Schedule of Compulsory Uganda Standards As at 31 March 2019

UGANDA NATIONAL BUREAU OF STANDARDS

SCHEDULE OF COMPULSORY UGANDA STANDARDS AS AT 31 MARCH 2019

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TABLE OF CONTENTS

FOOD AND AGRICULTURE ...... 1 ELECTROTECHNOLOGY PRODUCTS ...... 36 METROLOGY ...... 70 ENGINEERING PRODUCTS ...... 73 CHEMICAL AND CONSUMER PRODUCTS ...... 112 MANAGEMENT SYSTEMS ...... 155 INDEX ...... 172

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FOOD AND AGRICULTURE 6. US EAS 6:2017, Fresh pineapple — Specification This Uganda Standard specifies the requirements, 1. US EAS 1:2017, Wheat flour — Specification (2nd sampling and test methods for commercial varieties of Edition) pineapple grown from Ananas comosus (L.) Merr. of This Uganda Standard specifies requirements, the Bromeliaceae family, to be supplied fresh to the sampling and test methods for wheat flour prepared consumer. This standard does not apply to pineapple from common wheat, Triticum aestivum L. or club for ornamental use or industrial processing. (This wheat, Triticum compactum Host, or mixtures thereof Uganda Standard cancels and replaces US 2:2015, intended for human consumption. It does not apply to Fresh pineapple — Specification which has been wheat flour obtained from Triticum durum and technically revised). fortified wheat flour. (This standard cancels and 7. US EAS 8:2010 Raw cane sugar – Specification replaces US EAS 1:2013, Wheat flour — Specification This Uganda Standard specifies requirements, (1st Edition), that has been technically revised). methods of sampling and test for raw sugar produced 2. US EAS 2:2017, Maize grains — Specification (3rd from sugarcane and intended for further processing to Edition) make it fit for human consumption. This Uganda Standard specifies requirements, 8. US EAS 12:2014, Potable water — Specification sampling and test methods for maize grains of This Uganda Standard specifies requirements and varieties grown from common maize grains, Zea methods of sampling and test for potable water mays indentata L. and/or Zea mays indurata L. or (treated potable water and natural potable water). (This their hybrids intended for human consumption. (This standard cancels and replaces US 201:2008, Drinking standard cancels and replaces US EAS 2:2013, (potable) water – Specification, which has been Maize grains — Specification (2nd Edition), that has technically revised). been technically revised). 9. US EAS 13: 2018, Packaged mineral waters — 3. US CODEX STAN 3:1981, Standard for canned Specification (2nd Edition) salmon This Uganda Standard specifies requirements for This Uganda Standard applies to canned salmon. packaged mineral waters for human consumption. 4. US EAS 4:2013, Infant formula – Specification [This standard cancels and replaces US EAS 13: This Uganda Standard specifies the requirements and 2014, Packaged natural mineral water — methods of sampling and test for infant formula in Specification (1st Edition), which has been technically liquid or powdered form intended for use, where revised]. necessary, as a substitute for human milk in meeting 10. US 14:2002 Standard specification for pulses the normal nutritional requirements of infants. (This (excluding beans) Uganda Standard cancels and replaces US CODEX This Uganda Standard applies to the whole, shelled or STAN 72:1981, Standards for infant formula). split pulses which are intended for direct human 5. US EAS 5:2009 Refined white sugar – Specification consumption. This Uganda Standard applies to refined white sugar, 11. US EAS 14:2000 Specification for margarine obtained by processing raw sugars, which is intended This Uganda Standard specifies requirements, for human consumption. (This Uganda Standard is an methods of sampling and test for margarine. adoption of the East African Standard, EAS 5:2009, 12. US CAC/RCP 15:1976, Code of hygienic practice and it cancels and replaces US 30:1993, Refined white for eggs and egg products sugar - Specification).

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This Code of Hygienic Practice for eggs and egg 19. US 28:2002 Code of practice for hygiene in the food products is intended to provide guidance for the safe and drink manufacturing industry production of eggs and egg products. This Uganda Standard specifies the minimum 13. US EAS 16:2009, Plantation (mill) white sugar – requirements for factories and employees engaged in Specification the manufacture, processing, packaging, storage, This Uganda Standard specifies the requirements, handling, treatment and delivery of foods intended for methods of sampling and testing for plantation or mill human consumption. white sugar intended for human consumption. 20. US 31:1999 Standard specification for jam (fruits 14. US CODEX STAN 17:1981, Standard for canned preserves) and jellies applesauce This Uganda Standard applies to a class of fruit This Uganda Standard applies to canned applesauce spreads commonly known as jams and jellies which offered for direct consumption, including for catering are prepared from single fruits or from two or more purposes or for repacking if required. It does not apply fruits. to the product when indicated as being intended for 21. US 32:1999 Specifications for citrus marmalade further processing. This Uganda Standard applies to marmalade prepared 15. US 18:2004 Honey – Specification (Second edition)/ from citrus fruit. Corrigendum 1 2012-11-29 22. US 33:2017, Edible ices and ice mixes — This Uganda Standard applies to all honeys produced Specification (2nd Edition) by honeybees and covers all styles of honey This Uganda standard specifies the requirements, presentations which are processed and ultimately methods of sampling and test for edible ices ready for intended for direct consumption. It also covers honey human consumption and ice mixes in liquid or for industrial uses or as an ingredient in other foods, powdered/dried form (This Uganda Standard cancels and honey which is packed for sale in bulk containers, and replaces US 33:2002, Standard specification for which may be repacked into retail packs edible ices and ice mixes, which has been technically 16. US EAS 19:2017, Fresh avocado — Specification revised). This Uganda Standard specifies requirements, 23. US EAS 33:2006 Yoghurt — Specification sampling and test methods for avocados (Persea This Uganda Standard prescribes the requirements and americana Gartner or P. Grattisima mill) fruits of the methods of sampling and test for yoghurt. family Lauraceae to be supplied fresh to the 24. US EAS 35:2012, Fortified food grade salt — consumer. This standard does not apply to avocados Specification for industrial processing. (This Uganda Standard This Uganda Standard specifies the requirements and cancels and replaces US 3:2015, Fresh avocado — methods of sampling and test for fortified food grade Specification which has been technically revised). salt: coarse salt, crushed salt and table salt intended for 17. US EAS 22:2006 Butter — Specification human consumption. This Uganda Standard specifies requirements and 25. US CODEX STAN 36:1981, Standard for quick methods of sampling and test for butter intended for frozen finfish, eviscerated or un-eviscerated direct consumption or for further processing. This Uganda Standard applies to frozen finfish 18. US EAS 27:2006 UHT milk – Specification eviscerated and un-eviscerated. This Uganda Standard prescribes the requirements and 26. US CODEX STAN 37:1981, Standard for canned methods of sampling and test for UHT milk. shrimps or prawns This standard applies to canned shrimps or canned prawns. It does not apply to specialty products where

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shrimp constitutes less than 50 % (m/m) of the 33. US EAS 44:2017, Milled maize (corn) products — contents. Specification (2nd Edition) 27. US EAS 38:2013, Labelling of pre-packaged foods This Uganda Standard specifies requirements, — General requirements sampling and test methods for whole maize meal, This Uganda standard applies to the labelling of all granulated maize meal, sifted maize meal, maize grits prepackaged foods to be offered as such to the and maize flour from the grains of common maize consumer or for catering purposes and to certain (Zea mays L.) intended for human consumption. aspects relating to the presentation thereof. (This Maize grits intended for brewing, manufacturing of standard cancels and replaces US 7:2002, General starch and any other industrial use are not covered. standard for labelling of pre-packaged foods, which (This standard cancels and replaces US EAS 44:2011, has been technically revised). Milled maize (corn) products — Specification (1st 28. US CAC/RCP 39:1993, Code of hygienic practice Edition), that has been technically revised). for precooked and cooked foods in mass catering 34. US 45: 2019, General standard for food additives This Code of hygienic practice deals with the hygienic (7th edition) requirements for cooking raw foods and handling This Uganda Standard specifies the guidelines for the cooked and precooked foods intended for feeding use of food additives and lists the food additives that large groups of people, such as children in schools, the have been assigned Acceptable Daily Intakes (ADIs) elderly either in old people’s homes or by means of or determined, based on other criteria to be safe and "meals on wheels", patients in nursing homes and suitable for use in specific food products or food hospitals, persons in prisons, schools and similar product categories. [This standard cancels and institutions. replaces US 45: 2017, General Standard for Food 29. US 40:2000 Standard specification for papain Additives (6th Edition), which has been technically powder revised]. The Uganda Standard prescribes the requirements and 35. US EAS 46:2017, Dry beans — Specification (3rd methods for test for papain powder. Edition) 30. CODEX STAN 41:1981, Standard for quick frozen This Uganda Standard specifies requirements, peas sampling and test methods for dry beans (Phaseolus This standard applies to quick frozen peas of the vulgaris L.) intended for human consumption. (This species Pisum sativum L. offered for direct standard cancels and replaces US EAS 46:2013, Dry consumption without further processing, except for beans — Specification (2nd Edition), that has been size grading or repacking if required. It does not apply technically revised). to the product when indicated as intended for further 36. US 47:2011, Carbonated and non-carbonated soft processing, or for other industrial purposes drinks – Specification 31. US CODEX STAN 42:1981, Standard for canned This Uganda Standard specifies the requirements and pineapple methods of sampling and test for carbonated and non- This Uganda Standard applies to canned pineapple. carbonated soft drinks which may be concentrated 32. US EAS 43:2012, Bread — Specification/ (solid or liquid) or ready to drink. Corrigendum 1 2013-09-30 37. US 49:2000 Standard specification for mango This Uganda Standard specifies the requirements and chutney methods of sampling and test for bread intended for This Uganda Standard prescribes the specifications for human consumption. mango chutney.

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38. US EAS 49:2006 Dried whole milk and skimmed This Uganda Standard prescribes the requirements for milk powder — Specification roasted groundnuts (Arachis hypogea). This Uganda Standard prescribes the requirements and 45. US EAS 60:2013, Peanut butter – Specification (2nd methods of sampling and test for dried whole milk and Edition) dried skimmed milk made from cow milk. This Uganda Standard specifies the requirements and 39. US 51-1:2000 Specification for mayonnaise - Part methods of sampling and test for peanut butter derived 1: Real mayonnaise/ Corrigendum 1 2012-11-29 from seeds of peanuts (groundnuts) of the species This part of the standard prescribes the specifications Arachis hypogaea L. (This Uganda Standard cancels for real mayonnaise. and replaces US EAS 60:2000, Peanut butter – 40. US 51-2:2000 Specification for mayonnaise - Part Specification, which has been technically revised) 2: Low fat mayonnaise/ Corrigendum 1 2012-11-29 46. US CODEX STAN 60:1981, Standard for canned This part of the standard prescribes the specifications raspberries for low fat mayonnaise. This Uganda Standard applies to canned raspberries. 41. US EAS 51:2017, Wheat grains — Specification 47. US CODEX STAN 61:1981, Standard for canned (3rd Edition) pears This Uganda Standard specifies requirements, This Uganda Standard applies to canned pears offered sampling and test methods for wheat grain of varieties for direct consumption, including for catering (cultivars) grown from common wheat (Triticum purposes or for repacking if required. It does not apply aestivum L.) intended for human consumption. (This to the product when indicated as being intended for standard cancels and replaces US EAS 51:2013, further processing. Wheat grains — Specification (2nd Edition), that has 48. US EAS 61:2014, Opaque beer — Specification been technically revised). This Uganda Standard specifies the requirements and 42. US CODEX STAN 52:1981, Standard for quick methods of sampling and test for opaque beer. The frozen strawberries standard does not cover stout beer. This Uganda Standard applies to quick frozen 49. US CODEX STAN 62:1981, Standard for canned strawberries (excluding quick frozen strawberry strawberries puree) of the species Fragaria grandiflora L. and This Uganda Standard applies to canned strawberries. Fragaria vesca L. offered for direct consumption 50. US 62:2011, Fruit juice drinks – Specification without further processing, except for size grading or This Uganda Standard specifies the requirements and repacking if required. It does not apply to the product methods of sampling and test for drinks containing when indicated as intended for further processing or fruit juice. for other industrial purposes. 51. US EAS 63:2014, Beer — Specification 43. US EAS 57-1:2000 Groundnuts (peanuts) - This Uganda Standard specifies the requirements and Specification - Part 1: Raw groundnuts for table methods of sampling and test for beer. (This standard use and for oil milling cancels and replaces US 46:2001, Standard This Uganda Standard prescribes the requirements, specification for beer, which has been technically grading and methods of test for shelled groundnut revised). kernels. This Part I of the standard shall apply to 52. US CAC/GL 66–2008, Guidelines for the use of shelled groundnuts for table use, for oil milling and for flavourings making peanut butter. This Uganda Standard provides principles for the safe 44. US EAS 57-2:2000 Groundnuts (peanuts) - use of flavourings whose Acceptable Daily Intakes Specification - Part 2: Roasted groundnuts (ADIs) have been established or that have been

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evaluated and determined to present no safety concern offered for direct consumption as table olives, at the specified levels of application. The standard also including for catering purposes or olives packed in defines the principles for establishing practices for the bulk containers which are intended for repacking into use of flavourings to avoid misleading the consumer. consumer size containers. It does not apply to the 53. US EAS 66-1:2017, Tomato products — product when indicated as being intended for further Specification — Part 1: Canned (preserved) tomato processing. This Uganda Standard specifies requirements, 58. US CODEX STAN 67:1981, Standard for raisins sampling and test methods for canned (preserved) This Uganda Standard applies to dried grapes of tomatoes. (This Uganda Standard cancels and varieties conforming to the characteristics of Vitis replaces US EAS 66-1:2000, Tomato products — vinifera L. which have been suitably treated or Specification — Part 1: Canned tomato which has processed and which are offered for direct been technically revised). consumption as raisins or sultanas. It also covers 54. US EAS 66-2:2017, Tomato products — raisins packed in bulk containers which are intended Specification — Part 2: Tomato sauce and ketchup for repacking into consumer size containers. This This Uganda Standard specifies requirements, standard does not include a similar dried vine fruit sampling and test methods for tomato sauce and known as dried currants. ketchup (also known as catsup and catchup). (This 59. US EAS 67:2006 Raw cow milk – Specification Uganda Standard cancels and replaces US 38:1999, This Uganda Standard prescribes the requirements and Specification for tomato ketchup and US 39:1999, methods of sampling and test for raw cow milk. Specification for tomato sauce which have been 60. US EAS 69:2006 Pasteurized milk — Specification technically revised). This Uganda Standard specifies requirements and 55. US EAS 66-3:2017, Tomato products — methods of sampling for pasteurised liquid milk Specification — Part 3: Tomato juice offered for sale and intended for human consumption This Uganda Standard specifies requirements, 61. US CODEX STAN 69:1981, Standard for quick sampling and test methods for unfermented but frozen raspberries fermentable juice, intended for direct consumption, This Uganda Standard applies to quick frozen obtained from fresh tomatoes (Lycopersicum raspberries of the species Rubus idaeus L. offered for esculentum L.), puree, paste or concentrates. direct consumption without further processing, except 56. US EAS 66-4:2017, Tomato products — for repacking if required. It does not apply to the Specification — Part 4: Tomato concentrates (paste product when indicated as intended for further and puree) processing or for other industrial purposes. This Uganda Standard specifies requirements, 62. US EAS 70:2006 Dairy ices and dairy ice creams — sampling and test methods for tomato concentrates Specification (paste and puree). (This Uganda Standard cancels and This Uganda Standard specifies the requirements and replaces US 1508:2013, Tomato puree — sampling and methods of test for dairy ices and dairy Specification and US 1507:2013, Tomato paste — ice cream Specification which have been technically revised 63. US CODEX STAN 70:1981, Standard for canned 57. US CODEX STAN 66:1981, Standard for table tuna and bonito olives This Uganda Standard applies to canned tuna and This Uganda Standard applies to the fruit of the bonito. It does not apply to speciality products where cultivated olive tree (Olea europaea L.) which has the fish content constitutes less than 50 % (m/m) of been suitably treated or processed, and which is the contents.

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64. US EAS 72:2013, Processed cereal-based foods for repacking, if required. It does not apply to the product infants and young children – Specification when indicated as intended for further processing or This Uganda Standard specifies the requirements and for other industrial purposes. methods of sampling and test for processed cereal- 69. US CODEX STAN 78:1981, Standard for canned based foods intended for feeding infants as a fruit cocktail complementary food generally from the age of six This Uganda Standard applies to canned fruit cocktail. months onwards, taking into account infants’ 70. US EAS 78:2000 Milk-based baby foods – individual nutritional requirements, and for feeding Specification young children as part of a progressively diversified This Uganda Standard prescribes the requirements for diet. (This Uganda Standard cancels and replaces US infant milk-based foods. This standard does not CODEX STAN 74:1981, Standard for processed include foods covered by the standards for infant cereal-based foods for infants and young children). formula, for processed cereal-based foods for infants 65. US CODEX STAN 73:1981 Standard for canned and children and for canned baby foods. baby foods 71. US EAS 83:2017, Fresh tomato — Specification This Uganda Standard specifies requirements for baby This Uganda Standard specifies requirements, foods are foods intended primarily for use during the sampling and test methods for fresh tomato normal infant's weaning period and also for the (Lycopersicon esculentum) of the family Solanaceae progressive adaptation of infants and children to for direct human consumption. (This Uganda ordinary food. Standard cancels and replaces US 1506:2013, Fresh 66. US CODEX STAN 75:1981, Standard for quick tomatoes — Specification which has been technically frozen peaches revised). This Uganda Standard applies to quick frozen peaches 72. US CODEX STAN 86:1981, Standard for cocoa of the species Prunus persica L. offered for direct butter consumption without further processing, except This Uganda Standard applies exclusively to cocoa repacking, if required. It does not apply to the product butter used as an ingredient in the manufacture of when indicated as intended for further processing or chocolate and chocolate products. for other industrial purposes. 73. US EAS 87:2006 Sweetened condensed milk – 67. US CODEX STAN 76:1981, Standard for quick Specification frozen bilberries This Uganda Standard prescribes the requirements and This Uganda Standard applies to quick frozen the methods of sampling and test for sweetened bilberries of the species Vaccinium myrtillus L. condensed milk. offered for direct consumption, without further 74. US CODEX STAN 88-1981(Revised in 2015), processing, except for repacking, if required. It does Standard for corned beef not apply to the product when indicated as intended This Uganda Standard applies to canned beef products for further processing or for other industrial purposes designated as "Corned Beef" and sold in hermetically nor to the product covered by the special standard for sealed containers which have been heat treated after quick frozen blueberries. sealing to such an extent that the product is shelf- 68. US CODEX STAN 77:1981, Standard for quick stable. (This standard cancels and replaces US 36 CS frozen spinach 88:1993, Standard specification for canned corned This Uganda Standard applies to quick frozen spinach beef which has been technically revised). of the species Spinacia oleracea L. offered for direct 75. US CODEX STAN 89-1981(Revised in 2015), consumption without further processing except for Standard for luncheon meat

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This Uganda Standard applies to products designated suitable packing medium. It does not apply to as "Luncheon Meat" which have been packed in any speciality products where fish content constitute less suitable packing material. (This standard cancels and than 50 % (m/m) of the net contents of the can. replaces US 35 CS 89:1993, Standard specification 80. US CODEX STAN 95:1981, Standard for quick for luncheon meat which has been technically frozen lobsters revised). This Uganda Standard applies to quick frozen raw or 76. US EAS 89:2017, Millet flour — Specification (2nd cooked lobsters, rock lobsters, spiny lobsters and Edition) slipper lobsters. It also applies to quick frozen raw or This Uganda Standard specifies requirements, cooked squat lobsters (red and yellow). sampling and test methods for millet flour obtained 81. US EAS 95:2017, Sorghum flour – Specification from pearl millet of varieties (cultivars) “souna” and (2nd Edition) “sanio” grown from Pennisetum glaucum (L.) R.Br. This Uganda Standard specifies requirements, proso millet grown from Panicum miliaceum and sampling and test methods for sorghum flour finger millet grown from Eleusine coracana (L.) obtained from decorticated sorghum grains (Sorghum Gaertner intended for human consumption. It does not bicolour (L) Moench.) intended for human apply to grits obtained from pearl millet. (This consumption. It does not apply to grits or meal standard cancels and replaces US EAS 89:2011, obtained from sorghum. (This standard cancels and Millet flour — Specification (1st Edition), that has replaces US EAS 95:2011, Sorghum flour — been technically revised). Specification (1st Edition), that has been technically 77. US CODEX STAN 90:1981, Standard for canned revised). crab meat 82. US CODEX STAN 96:1981 (Revision:2015), This Uganda Standard applies to canned crab meat. It Standard for cooked cured ham (2nd edition) does not apply to specialty products where crab meat This Uganda Standard applies to products designated constitutes less than 50 % (m/m) of the contents. as "Cooked Ham" packaged in any suitable packaging 78. US EAS 91:2017, Passion fruits — Specification material. It does not apply to cooked ham products This Uganda Standard specifies requirements, with compositional characteristics different from those sampling and test methods for commercial varieties of specified. These products shall be designated with a passion fruits from the species golden passion qualifying statement which describes the true nature in fruit/sweet granadilla (Passiflora ligularis Juss), such a way that it does not mislead the consumer and purple passion fruit (Passiflora edulis Sims forma that it does not lead to confusion with products edulis), yellow passion fruit (Passiflora edulis Sims covered by this standard. [This Uganda Standard forma flavicarpa) and their hybrids grown from the cancels and replaces US CODEX STAN 96:1981 Passifloraceae family, to be supplied fresh to the (Revision 1991), Standard for cooked cured ham, consumer. This standard does not apply to passion which has been technically revised]. fruits for industrial processing. (This Uganda 83. US CODEX STAN 97:1981 (Revision:2015), Standard cancels and replaces US 1610:2015, Fresh Standard for cooked cured pork shoulder (2nd passion fruit — Specification which has been edition) technically revised). This Uganda Standard applies to products designated 79. US CODEX STAN 94:1981, Standard for sardines as "Cooked Pork Shoulder" packaged in any suitable and sardine type products packaging material. It does not apply to cooked pork This Uganda Standard applies to canned sardines and shoulder products with compositional characteristics sardine-type products packed in water or oil or other different from those specified. These products shall be

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designated with a qualifying statement which This Uganda Standard applies to quick frozen leek of describes the true nature in such a way that it does not the species Allium porrum L. offered for direct mislead the consumer and that it does not lead to consumption without further processing, except for confusion with products covered by this standard. sizing or repacking, if required. It does not apply to [This Uganda Standard cancels and replaces US the product when indicated as intended for further CODEX STAN 97:1981 (Revision 1991), Standard for processing or for other industrial purposes. cooked cured pork shoulder, which has been 90. US CODEX STAN 105:1981, Standard for cocoa technically revised]. powders (cocoas) and dry mixtures of cocoa and 84. US EAS 97:1999, Fishmeal — Specification sugars This Uganda Standard prescribes the requirements for This Uganda Standard applies to cocoa powders fishmeal for use in compounding livestock feeds. (cocoas) and dry mixtures of cocoa and sugars 85. US CODEX STAN 98:1981 (Revision:2015), intended for direct consumption. Standard for cooked cured chopped meat (2nd 91. US EAS 105:1999, Roasted coffee beans and edition) roasted ground coffee – Specification This Uganda Standard applies to products designated This Uganda Standard prescribes the requirements and as "Chopped Meat" which have been packed in any methods of sampling and test for roasted coffee beans suitable packaging material. [This Uganda Standard and roasted ground coffee. cancels and replaces US CODEX STAN 98:1981 92. US CODEX STAN 106:1981, General standard for (Revision 1991), Standard for cooked cured chopped irradiated foods meat, which has been technically revised]. This Uganda Standard applies to foods processed by 86. US EAS 98:1999, Curry powder – Specification ionizing radiation that is used in conjunction with This Uganda Standard prescribes the requirements and applicable hygienic codes, food standards and the methods of sampling and test for curry powder, transportation codes. It does not apply to foods which is used as a flavouring material in the exposed to doses imparted by measuring instruments preparation of foods. used for inspection purposes. 87. US CODEX STAN 99:1981, Standard for canned 93. US EAS 109:2018, Potable spirit — Specification tropical fruit salad (2nd Edition) This Uganda Standard applies to canned tropical fruit This Uganda Standard specifies requirements, salad. sampling and test methods for potable spirits. (This 88. US CODEX STAN 103:1981, Standard for quick standard cancels and replaces US EAS 109:2014, frozen blueberries Potable spirit — Specification, which has been This Uganda Standard applies to quick frozen technically revised). blueberries of the species Vaccinium corymbosum L., 94. US CODEX STAN 110:1981, Standard for quick Vaccinium angustifolium AIT. and Vaccinium ashei frozen broccoli READE, offered for direct consumption without This Uganda Standard applies to quick frozen broccoli further processing, except for repacking, if required. It of the species Brassica oleracea L. var. italica Plenck does not apply to the product when indicated as (Sprouting broccoli) offered for direct consumption intended for further processing or for other industrial without further processing, except for re-packing, if purposes, nor to the bilberries as covered by the required. It does not apply to the product when standard for quick frozen bilberries indicated as intended for further processing or for 89. US CODEX STAN 104:1981, Standard for quick other industrial purposes. frozen leek

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95. US CODEX STAN 111:1981, Standard for quick 100. US EAS 128:2017, Milled rice – Specification frozen cauliflower (3rd Edition) This Uganda Standard applies to quick frozen This Uganda Standard specifies requirements, cauliflower of the species Brassica oleracea L. var. sampling and test methods for milled rice of the botrytis L. offered for direct consumption without varieties grown from rice grains, Oryza spp. intended further processing, except for repacking, if required. It for human consumption. (This standard cancels and does not apply to the product when indicated as replaces US EAS 128:2013, Milled rice — intended for further processing or for industrial Specification (2nd Edition), that has been technically purposes revised). 96. US CODEX STAN 112:1981, Standard for quick 101. US CODEX STAN 131:1981, Standard for frozen Brussels sprouts unshelled pistachio nuts This Uganda Standard applies to quick frozen Brussels This Uganda Standard applies to unshelled pistachios sprouts of the species Brassica oleracea L. var. from varieties of Pistacia vera L. either in natural or gemmifera (DC) Schulz offered for direct in processed condition and which are offered for direct consumption, without further processing except for consumption. It also covers unshelled pistachios size grading or repacking, if required. It does not which are packed in bulk containers and which are apply to the product when indicated as intended for intended for repacking in consumer size containers. further processing or for other industrial purposes. 102. US EAS 138:2014, Still table wine — 97. US CODEX STAN 113:1981, Standard for quick Specification frozen green and wax beans This Uganda Standard specifies the requirements and This Uganda Standard applies to quick frozen green methods of sampling and test for still table wine beans and quick frozen wax beans from suitable prepared from fruits. (This standard cancels and varieties of the species Phaseolus vulgaris L. and replaces US 210:2000/EAS 138, Specification for still quick frozen green beans from suitable varieties of the table wine, which has been technically revised). species Phaseolus coccineus L. offered for direct 103. US EAS 139:2018, Fortified wine — consumption without further processing, except for Specification (2nd Edition) size-grading or repacking, if required. It does not This Uganda Standard specifies the requirements, apply to the product when indicated as intended for sampling and test methods for fortified wine. (This further processing or for other industrial purposes. standard cancels and replaces US EAS 139:2014, 98. US CODEX STAN 115:1981, Standard for pickled Fortified wine — Specification that has been cucumbers technically revised). This Uganda Standard applies to pickled cucumbers 104. US EAS 140:2018, Sparkling wine — Specification intended for direct consumption. (2nd Edition) 99. US CODEX STAN 119:1981, Standard for canned This Uganda Standard specifies the requirements, finfish sampling and test methods for sparkling wine. This This Uganda Standard applies to canned finfish standard also applies to carbonated wine. (This packed in water, oil or other suitable packing medium. standard cancels and replaces US EAS 140:2014, It does not apply to speciality products where the Sparkling wine — Specification, which has been canned finfish constitutes less than 50 % (m/m) of the technically revised). net contents of the can or to canned finfish covered by 105. US CODEX STAN 140:1983, Standard for other product standards. quick frozen carrots

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This Uganda Standard applies to quick frozen carrots cancels and replaces US EAS 143:2014, Brandy — of the species Daucus carota L. offered for direct Specification, which has been technically revised). consumption without further processing, except for 111. US EAS 144:2018, Neutral spirit ― Specification repacking, if required. It does not apply to the product (2nd Edition) when indicated as intended for further processing or This Uganda Standard specifies requirements, for other industrial purposes. sampling and test methods for neutral spirit intended 106. US CODEX STAN 141:1983, Standard for for use in the manufacture or blending of alcoholic cocoa (cacao) mass (cocoa/chocolate Liquor) and beverages. (This standard cancels and replaces US cocoa cake EAS 144:2014, Neutral spirit — Specification that This Uganda Standard applies to cocoa (cacao) mass has been technically revised). or cocoa/chocolate liquor, and cocoa cake, for the use 112. US EAS 145:2018, Gin ― Specification (2nd in the manufacture of cocoa and chocolate products. Edition) These products may also be sold directly to the Scope: This Uganda Standard specifies the consumer. requirements, sampling and test methods for gin and 107. US EAS 141:2018, Whisky — Specification (2nd flavoured gin. (This standard cancels and replaces Edition) US EAS 145:2014, Gin — Specification that has been Scope: This Uganda Standard specifies the technically revised). requirements, sampling and test methods for whisky (whiskey). (This standard cancels and replaces US 113. US EAS 146:2018, Rum ― Specification (2nd EAS 141:2014, Whisky — Specification, which has Edition) been technically revised). This Uganda Standard specifies the requirements, sampling and test methods for rum. (This standard nd 108. US EAS 142:2018, Vodka ― Specification (2 cancels and replaces US EAS 146:2014, Rum — Edition) Specification, which has been technically revised). This Uganda Standard specifies the requirements, 114. US CODEX STAN 145:1985,Standard for canned sampling and test methods for vodka. This standard chestnuts and chestnut puree also applies to flavoured vodka. (This standard This Uganda Standard applies to canned chestnuts and cancels and replaces US EAS 142:2014, Vodka — chestnut puree. Specification, which has been technically revised). 115. US CODEX STAN 151:1985, Standard for gari

109. US CODEX STAN 143:1985, This Uganda Standard applies to gari destined for Standard for dates direct human consumption which is obtained from the This Uganda Standard applies to commercially processing of cassava tubers (Manihot esculenta prepared whole dates in pitted or un-pitted styles Crantz). packed ready for direct consumption. It does not apply 116. US EAS 153:2014, Packaged drinking water — to other forms such as pieces or mashed dates or dates Specification intended for industrial purposes. This Uganda Standard specifies requirements and 110. US EAS 143:2018, Brandy ― Specification (2nd method of sampling and test for packaged drinking Edition) water for direct consumption. (This standard cancels Scope: This Uganda Standard specifies the and replaces US 42:2008, Packaged water other than requirements, sampling and test methods for brandy, natural mineral water – Specification, which has been fruit brandy and blended brandy. (This standard technically revised).

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117. US CODEX STAN 156:1987 Standards for follow- 124. US CODEX STAN 174:1989, General standard up formula for vegetable protein products This Uganda Standard applies to the composition and This Uganda Standard applies to vegetable protein labeling of follow-up formula. It does not apply to products (VPP) intended for use in foods, which are Infant Formula (US CODEX STAN 72). prepared by various separation and extraction 118. US CODEX STAN 159:1987, Standard for canned processes from proteins from vegetable sources other mangoes than single cell protein. This Uganda Standard applies to canned mangoes. 125. US 175:2000 Standard specification for edible 119. US CODEX STAN 163:1987, Standard for wheat sesame oil protein products This Uganda Standard applies to edible oil derived This Uganda Standard applies to wheat protein from sesame seeds. The standard does not apply to products prepared from wheat by various processes. sesame oil subject to further processing in order to 120. US 163: 2019, Milk and milk products — Hygiene render it suitable for human consumption. requirements (2nd Edition) 126. US CODEX STAN 177:1991, Standard for grated This Uganda Standard specifies the hygienic desiccated coconut requirements for production, handling, processing, This Uganda Standard applies to desiccated coconut. storage, transportation, marketing, distribution and This standard does not cover salted, sugared, sale of milk and milk products. (This standard flavoured or roasted products. cancels and replaces US 163: 2000, Code of hygienic 127. US CODEX STAN 179:1991 General standard for practice for milk and milk products (1st Edition) vegetable juices which has been technically revised). This Uganda Standard applies to all vegetable juices. 121. US 168:2006 Edible oils and fats - Specification It does not apply to vegetable juices for which specific (2nd Edition) Commodity Standards exist. This Uganda Standard prescribes the specification for 128. US CODEX STAN 181:1991, Standard for edible fats and oils intended for human consumption. formula foods for use in weight control It does not apply to any fat or oil, which is a subject of This Uganda Standard applies to formula foods for use specific Uganda Standard designated by specific in weight control diets. It does not apply to name. prepackaged meals controlled in energy and presented 122. US 170:2000 Standard specifications for edible in the form of conventional foods. cotton seed oil 129. CODEX STAN 183:1993, Standard for papaya This Uganda Standard specifies the requirements for This Uganda Standard applies to fruits of commercial edible oil derived from cottonseeds. The standard does varieties of papayas grown from Carica papaya L., of not apply to cottonseed oil which must be subject to the Caricaceae family, to be supplied fresh to the further processing in order to render it suitable for consumer, after preparation and packaging. Papayas human consumption. for industrial processing are excluded. 123. US 174:2000 Standard specifications for edible 130. US CODEX STAN 185:1993, Standard for nopal palm kernel oil This Uganda Standard applies to modified stem of This Uganda Standard specifies the requirements and commercial varieties of nopals grown from Opuntia test methods for to edible oil derived from palm ficus indica, O. tomentosa, O. hyptiacantha, O. kernels. The standard does not apply to palm kernel oil robusta, O. inermis, O. ondulata, of the Cactaceae subject to further processing in order to render it family, to be supplied fresh to the consumer, after suitable for human consumption

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preparation and packaging. Nopals for industrial This Uganda Standard prescribes the maximum processing are excluded. aflatoxin level and sampling plan for peanuts intended 131. US CODEX STAN 186:1993, Standard for prickly for further processing. pear 137. US 212-1:2000/EAS 147-1 Vinegar - Specification This Uganda Standard applies to the fruit of Part 1: Vinegar from natural sources commercial varieties of prickly pears grown from This Uganda Standard prescribes the requirements Opuntia ficus indica, O. streptachanthae, and O. methods of sampling and test for vinegar derived by lindheimeiri, of the Cactaceae family, to be supplied fermentation from suitable materials of agricultural or fresh to the consumer, after preparation and survicultural origin. packaging. Prickly pears for industrial processing are 138. US 212-2:2000/EAS 147-2 Vinegar - Specification excluded. Part 2: Vinegar from artificial sources 132. US CODEX STAN 187:1993, Standard for This specification applies to artificial vinegar carambola produced from glacial acetic acid and water with or This Uganda Standard applies to the fruit of without caramel as a colouring matter and intended for commercial varieties of carambolas grown from use as a condiment. Averrhoa carambola L., of the Oxalidaceae family, to 139. US CODEX STAN 213:1999, Standard for limes be supplied fresh to the consumer, after preparation This Uganda Standard applies tocommercial varieties and packaging. Carambolas for industrial processing of limes grown from Citrus latifolia Tanaka, of the are excluded. Rutaceae family, to be supplied fresh to the consumer, 133. US CODEX STAN 196:1995, Standard for litchi after preparation and packaging. Limes for industrial This Uganda Standard applies to commercial varieties processing are excluded. (cultivars) of litchis grown from Litchi chinensis 140. US CODEX STAN 214:1999, Standard for Sonn., of the Sapindaceae family, to be supplied fresh pummelos (citrus grandi) to the consumer, after preparation and packaging. This Uganda Standard applies to commercial varieties Litchis for industrial processing are excluded. of pummelos grown from Citrus grandis (L.) Osbeck 134. US CODEX STAN 201:1995, Standard for oats (syn. C. maxima Merr.), of the Rutaceae family, to be This Uganda Standard applies to oat grains intended supplied fresh to the consumer, after preparation and for processing for direct human consumption. This packaging. Pummelos for industrial processing are standard does not apply to Avena nuda (hulless oats) excluded. 141. US CODEX STAN 215:1999, Standard for guavas 135. US CODEX STAN 204:1997, Standard for This Uganda Standard applies to commercial varieties mangosteen of guavas grown from Psidium guajava L., of the This Uganda Standard applies to commercial varieties Myrtaceae family, to be supplied fresh to the of mangosteens grown from Garcinia mangostana L., consumer, after preparation and packaging. Guavas for of the Guttiferae family, to be supplied fresh to the industrial processing are excluded. consumer, after preparation and packaging. 142. US CODEX STAN 216:1999, Standard for Mangosteens for industrial processing are excluded. chayotes 136. US CODEX STAN 209:1999 (Rev. 1-2001) This Uganda Standard applies to commercial varieties Maximum level and sampling plan for total of chayotes grown from Sechium edule (Jacq.) Sw., of aflatoxins in peanuts intended for further the Cucurbitaceae family, to be supplied fresh to the processing consumer, after preparation and packaging. Chayotes for industrial processing are excluded.

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143. US 216-1:2000 Carbon dioxide for use in Araceae family, to be supplied fresh to the consumer, manufacture of beverages - Part 1: Specifications after preparation and packaging. Tannias for industrial This Uganda Standard prescribes the specification for processing are excluded. carbon dioxide used for the carbonation of beverages. 150. US CODEX STAN 225:2001, Standard for 144. US CODEX STAN 218:1999, Standard for ginger asparagus This Uganda Standard applies to the rhizome of This Uganda Standard applies to shoots of commercial commercial varieties of ginger grown from Zingiber varieties of asparagus grown from Asparagus officinale Roscoe, of the Zingiberaceae family, to be officinalis L., of the Liliaceae family, to be supplied supplied fresh to the consumer, after preparation and fresh to the consumer, after preparation and packaging. Ginger for industrial processing is packaging. Asparagus for industrial processing is excluded. excluded. 145. US CODEX STAN 219:1999, Standard for 151. US CODEX STAN 226:2001, Standard for cape grapefruits (Citrus paradisi) gooseberry This Uganda Standard applies to commercial varieties This Uganda Standard applies to commercial varieties of grapefruits grown from Citrus paradisi Macfad., of of cape gooseberries grown from Physalis peruviana the Rutaceae family, to be supplied fresh to the (L.), of the Solanaceae family, to be supplied fresh to consumer, after preparation and packaging. the consumer, after preparation and packaging. Cape Grapefruits for industrial processing are excluded. gooseberries for industrial processing are excluded. 146. US CODEX STAN 220:1999, Standard for 152. US EAS 230:2001, Maize bran as livestock feed — longans Specification This Uganda Standard applies to commercial varieties This Uganda Standard prescribes the requirements for of longans grown from Dimocarpus longan Lour., of maize bran as a livestock feed. the Sapindaceae family, to be supplied fresh to the 153. US EAS 231:2001, Bone meal for compounding consumer, after preparation and packaging. Longans animal feeds— Specification for industrial processing are excluded. This Uganda Standard prescribes the requirements for 147. US EAS 221:2001, Woven bags (100 % sisal) for bone meal used as a mineral supplement in animal coffee beans – Specification feeds. This Uganda Standard specifies the requirements for 154. US EAS 232: 2001, Maize gluten feed — woven bags (100 % sisal) for clean coffee beans. (This Specification Uganda Standard is an adoption of the East African This Uganda Standard prescribes the requirements for Standard EAS 221:2001). maize gluten feed used for livestock feeding. 148. US CODEX STAN 221-2001 (Revision in 2013), 155. US EAS 233: 2001, Ostrich feed — Specification Group standard for unripened cheese including This Uganda Standard specifies the requirements and fresh cheese test methods for ostrich feed. This Uganda Standard applies to unripened cheese 156. US CODEX STAN 241:2003, Standard for canned including fresh cheese, intended for direct bamboo shoots consumption or further processing. This Uganda Standard applies to canned bamboo 149. US CODEX STAN 224:2001, Standard for tannia shoots, complying with the characteristics of edible This Uganda Standard applies to the tubercles of varieties from species of bamboo shoots and offered commercial varieties of lilac tannia grown from for direct consumption, including for catering Xanthosoma violaceum Schott and white tannia grown purposes, repacking or further processing. from Xanthosoma sagittifolium (L.) Schott, of the

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157. US CODEX STAN 242:2003, Standard for canned consumer, after preparation and packaging. Grapes for stone fruits industrial processing are excluded. This Uganda Standard applies to canned stone fruits of 164. US CODEX STAN 260:2007, Standard for pickled the genus Prunus, and offered for direct consumption, fruits and vegetables including for catering purposes or for repacking if This Uganda Standard applies to pickled fruits and required. It does not apply to the product when vegetables and offered for direct consumption, indicated as being intended for further processing. including for catering purposes or for repacking if 158. US 243:2000/ EAS 173 Standard specification for required. It does not apply to the product when pasta indicated as being intended for further processing. This standard specifies requirements and methods of 165. US CODEX STAN 262-2006 (Revision in 2013), test for pasta products. Standard for Mozzarella 159. US CODEX STAN 243:2003 Standard for This Uganda Standard applies to Mozzarella intended fermented milks for direct consumption or for further processing. This Uganda Standard applies to fermented milks, that 166. US CODEX STAN 263-1966 (Revision in 2013), is fermented milk including, Heat Treated Fermented Standard for Cheddar Milks, Concentrated Fermented Milks and composite This Uganda Standard applies to Cheddar intended for milk products based on these products, for direct direct consumption or for further processing. consumption or further processing. 167. US CODEX STAN 264-1966 (Revision in 2013), 160. US CODEX STAN 249:2006, Standard for instant Standard for Danbo noodles This Uganda Standard applies to Danbo intended for This Uganda Standard applies to various kinds of direct consumption or for further processing. noodles. The instant noodle may be packed with 168. US CODEX STAN 265-1966 (Revision in 2013), noodle seasonings, or in the form of seasoned noodle Standard for Edam and with or without noodle garnish(s) in separate This Uganda Standard applies to Edam intended for pouches, or sprayed on noodle and ready for direct consumption or for further processing. consumption after dehydration process. This standard 169. US CODEX STAN 266-1966 (Revision in 2013), does not apply to pasta. Standard for Gouda 161. US CODEX STAN 251-2006, Blend of skimmed This Uganda Standard applies to Gouda intended for milk and vegetable fat in powdered form direct consumption or for further procesing. This Uganda Standard applies to a blend of skimmed 170. US CODEX STAN 267-1966 (Revision in 2013), milk and vegetable fat in powdered form, intended for Standard for Havarti direct consumption, or further processing. This Uganda Standard applies to Havarti intended for 162. US CODEX STAN 253:2006, Standard for dairy direct consumption or for further processing. fat spreads 171. US CODEX STAN 268-1966 (Revision in 2013), This Uganda Standard applies to dairy fat spreads Standard for Samsø intended for use as spreads for direct consumption, or This Uganda Standard applies to Samsø intended for for further processing. direct consumption or for further processing. 163. US CODEX STAN 255:2007, Standard for table 172. US CODEX STAN 269-1967 (Revision in 2013), grapes Standard for Emmental This Uganda Standard applies to commercial varieties This Uganda Standard applies to Emmental intended (cultivars) of table grapes grown from Vitis vinifera for direct consumption or for further processing. L., of the Vitaceae family, to be supplied fresh to the

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173. US CODEX STAN 270-1968 (Revision in 2013), This Uganda Standard applies to Brie intended for Standard for Tilsiter direct consumption or for further processing. This Standard applies to Tilsiter intended for direct 182. US 277:2017, General standard for the labelling of consumption or for further processing. food additives when sold as such (2nd Edition) 174. US CODEX STAN 271-1968 (Revision in 2013), This Uganda Standard specifies the requirements for Standard for Saint-Paulin labelling food additives and processing aids sold by This Uganda Standard applies to Saint-Paulin intended retail or other than by retail, including sales to caterers for direct consumption or for further processing. and food manufacturers for their businesses. This 175. US CODEX STAN 272-1968 (Revision in 2013), standard is an adoption of the latest revision of Standard for Provolone CODEX STAN 107-1981. (This Uganda Standard This Uganda Standard applies to Provolone intended cancels and replaces US 277:2002, General Standard for direct consumption or for further processing. for the Labelling of Food Additives when sold as such 176. US CODEX STAN 273-1968 (Revision in 2010), (1st Edition) which has been technically revised]. Standard for Cottage Cheese 183. US CODEX STAN 281:1971, Standard for This Uganda Standard applies to Cottage Cheese evaporated milks intended for direct consumption or for further This Uganda Standard applies to evaporated milks, processing. intended for direct consumption or further processing. 177. US CODEX STAN 273-1968 (Revision 2010), (This standard cancels and replaces US CODEX Cottage cheese STAN A-3:1999, Standard for evaporated milks which This Uganda Standard applies to cottage cheese has been technically revised). intended for direct consumption or for further 184. US CODEX STAN 283:1978, General standard processing. for cheese 178. US CODEX STAN 274-1969 (Revision in 2010), This Uganda Standard applies to cheese intended for Standard for Coulommiers direct consumption or further processing. (This This Uganda Standard applies to Coulommiers Uganda Standard cancels and replaces US CODEX intended for direct consumption or for further STAN A-6:1978 (Rev 1 1999, Amend 2003), General processing. standard for cheese which has been technically 179. US CODEX STAN 275-1973 (Revision 2007), revised). Cream cheese 185. US EAS 284:2013, Pearl millet grains – This Uganda Standard applies to cream cheese Specification (2nd Edition) intended for direct consumption or for further This Uganda Standard specifies the requirements and processing. In some countries, the term “cream methods of sampling and test for whole and cheese” is used to designate cheeses, such as high fat decorticated pearl millet of the Senegalese varieties ripened hard cheese. This standard does not apply to (cultivars) “souna” and “sanio” grown from such cheeses. Pennisetum glaucum (L.) R.Br. intended for human 180. US CODEX STAN 276-1973 (Revision in 2010), consumption. (This Uganda Standard cancels and Standard for Camembert replaces US EAS 284:2011, Pearl millet grains – This Uganda Standard applies to Camembert intended Specification, which has been technically revised). for direct consumption or for further processing. 186. US CODEX STAN 284:1971 (Revision in 2010), 181. US CODEX STAN 277:1973 (Revision in 2010), Standard for Whey Cheeses Standard for Brie This Uganda Standard applies to all products intended for direct consumption or further processing.

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187. US CODEX STAN 288:1976 (Revision in 2010), consumption. (This Uganda Standard cancels and Standard for Cream and Prepared Creams replaces US 171:2000, Standard specifications for This Uganda Standard applies to cream and prepared edible sunflower oil, which has been technically creams for direct consumption or further processing. revised). 188. US CODEX STAN 289:1995, Standard for whey 193. US EAS 300:2013, Edible groundnut oil – powders Specification This Uganda Standard applies to whey powder and This Uganda Standard specifies the requirements and acid whey powder, intended for direct consumption or methods of sampling and test for edible groundnut oil further processing. (This Uganda Standard cancels derived from seeds of Arachis hypogaea L. and replaces US CODEX STAN A-15:2003, Standard (groundnuts, peanuts). The standard does not apply to for whey powders which has been technically revised). groundnut oil intended for further processing in order 189. US CODEX STAN 290:1995, Standard for edible to render it suitable for human consumption. (This casein products Uganda Standard cancels and replaces US 172:2000, This Uganda Standard applies to edible acid casein, Standard specifications for edible groundnut oil, edible rennet casein and edible caseinate, intended for which has been technically revised). direct consumption or further processing. 194. US EAS 301:2013, Edible palm oil – Specification 190. US 292:2002 Specification for Black tea This Uganda Standard specifies the requirements and This Uganda standard specifies the parts of a named methods of sampling and test for virgin and refined plant that are suitable for making black tea for edible palm oil derived from fruit (mesocarp) of the consumption as a beverage and chemical requirements palm (Elaeis guineensis). This standard does not cover for black tea that are used to indicate that tea from that crude palm oil subject to further processing in order to source has been produced in accordance with good render it suitable for human consumption. (This production practice. Uganda Standard cancels and replaces US 173:2000, 191. US EAS 297:2013, Edible soya bean oil – Standard specifications for edible palm oil which has Specification been technically revised). This Uganda Standard specifies the requirements and 195. US CODEX STAN 302:2011, Standard for fish methods of sampling and test for edible soya bean sauce (soybean) oil derived from soya beans (seeds of This Uganda Standard applies to fish sauce produced Glycine max (L) Merr). This standard does not apply by means of fermentation by mixing fish and salt and to soya bean oil intended for further processing in may include other ingredients added to assist the order to render it suitable for human consumption. fermentation process. The product is intended for (This Uganda Standard cancels and replaces US direct consumption as a seasoning, or condiment or 169:2000, Standard specifications for edible soya ingredient for food. This standard does not apply to bean oil, which has been technically revised). fish sauce produced by acid hydrolysis. 192. US EAS 299:2013, Edible sunflower oil – 196. US CODEX STAN 303:2011 – Standard for tree Specification tomatoes This Uganda Standard specifies the requirements and This Uganda Standard applies to commercial varieties methods of sampling and test for edible sunflower oil of tree tomatoes grown from Cyphomandra betacea derived from the seeds of Hellanthus annuus L Sendt or Solanum betaceum Cav. of the Solanaceae intended for human consumption. The standard does family, to be supplied fresh to the consumer, after not apply to sunflower oil, intended for further preparation and packaging. Tree tomatoes for processing in order to render it suitable for human industrial processing are excluded.

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197. US EAS 304:2013, Edible corn oil – Specification This Uganda Standard specifies requirements and This Uganda Standard specifies the requirements and methods of sampling and test for the dry whole grains methods of sampling and test for edible corn oil of the green gram of the cultivar Vigna radiata derived from the embryo (endosperm) of maize or intended for direct human consumption. (This Uganda corn (Zea mays L.). The standard does not apply to Standard cancels and replaces US EAS 331:2011, corn oil intended for further processing in order to Green grams – Specification, which has been render it suitable for human consumption. (This technically revised). Uganda Standard cancels and replaces US 185:2000, 203. US 334: 2001 Barley grains-specification Standard specifications for edible corn oil, which has This Uganda Standard applies to kernels of cultivated been technically revised). barley (Hordeum vulgare L.) intended for processing 198. US CODEX STAN 310:2013, Standard for for human consumption. It does not apply to hull-less pomegranates barley or black barley. This Uganda Standard applies to fruits of commercial 204. US EAS 349:2014, Liquid glucose (glucose syrup) varieties of pomegranates grown from Punica – Specification granatum L., of the Punicaceae family, to be supplied This Uganda Standard specifies the requirements and fresh to the consumer after preparation and packaging. the methods of sampling and test for liquid glucose Pomegranates for industrial processing are excluded. (glucose syrup) for human consumption. (This 199. US CODEX STAN 318:2014, Standard for Okra standard cancels and replaces US 421:2002, This Uganda Standard applies to commercial varieties Specification for liquid glucose which has been of okra grown from varieties of Abelmoschus technically revised). esculentus (L.) Moench (syn. Hibiscus esculentus L.) 205. US EAS 350:2014, Hard boiled sweets – of the Malvaceae family, to be supplied fresh to the Specification consumer after preparation and packaging. This Uganda Standard specifies the requirements and 200. US CODEX STAN 321-2015, Standard for the methods of sampling and test for hard-boiled ginseng products sweets. (This standard cancels and replaces US This Uganda Standard applies to ginseng products 413:2002, Specification for hard boiled sugar offered for direct consumption, including for catering confectionery which has been technically revised). purposes or for repacking, if required. This Standard 206. US EAS 352:2014, Chewing gum and bubble gum applies to ginseng products used as a food or food – Specification ingredient and does not apply to products used for This Uganda Standard specifies the requirements and medicinal purposes. methods of sampling and testing for chewing gum and 201. US EAS 329:2017, Fresh mango — Specification bubble gum (This standard cancels and replaces US This Uganda Standard specifies requirements, 419:2002, Specification for chewing gum and bubble sampling and test methods for mango (Mangifera gum which has been technically revised). indica L.) from the family Anacardiaceae to be 207. US EAS 353:2004, Wheat bran for animal feeds — supplied fresh to the consumer. This standard does not Specification apply to green preserving mango and mango for This Uganda Standard prescribes requirements for industrial processing. (This Uganda Standard cancels wheat bran for use as animal feedstuff and or and replaces US 1611:2015, Fresh mango — ingredient for compounding animal feeds. Specification, which has been technically revised). 208. US 365:2002 Specification for powdered (icing) 202. US EAS 331:2013, Green grams – Specification sugar (2nd Edition)

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This standard applies to white powdered sugar provisions of those standards in connection with intended for use in toppings, icings and other sugar "marking". These guidelines do not apply to the content bakery products. labeling of prepackaged units for direct sale to the 209. US 395:2002 Specification for wheat semolina consumer. This standard applies to wheat semolina prepared from 216. US 571:2019, Baking powder — Specification (2nd common wheat, Triticum aestivum L. or club wheat, Edition) Triticum compactum Host or mixtures thereof, which This Uganda Standard specifies requirements, is pre-packaged ready for sale to the consumer or sampling and test methods for baking powder. (This destined for use in other food products for human standard cancels and replaces US 571: 2006, Baking consumption. powder — Specification (1st Edition), that has been 210. US 420:2002 Specification for Toffee technically revised). This standard prescribes requirements and methods of 217. US 572:2017, Sodium bicarbonate — Specification sampling and test for toffee. (2nd Edition) 211. US 446:2002 Oil-seed cakes for compounding This Final Draft Uganda Standard specifies livestock feed –Specification requirements, sampling and test and methods for This standard specifies requirements for oil-seed cakes sodium bicarbonate. (This Uganda Standard cancels used as livestock feed stuffs. and replaces US 572:2006, Sodium bicarbonate — 212. US EAS 456:2007 Organic products standard Specification (1st Edition) which has been technically This standard provides requirements for organic revised). production. It covers plant production, animal 218. US 615:2006 Soya beans – Specification husbandry, bee-keeping, the collection of wild This Uganda Standard specifies the requirements for products, and the processing and labelling of the soya beans for direct human consumption or for products there from. It does not cover procedures for further processing into food. It does not apply to other verification such as inspection or certification of products derived from soya beans for which other products. standards shall apply. 213. US 472:2002 Specification for durum wheat 219. US 616:2006 Sunflower seeds – Specification semolina This Uganda Standard specifies the requirements for This standard applies to durum wheat semolina for sunflower seeds (Helianthus annuus L.) for direct human consumption prepared from durum wheat, human consumption or for further processing into triticum durum Desf. which is prepackaged ready for edible products i.e., ready for its intended use as sale to the consumer or destined for use in other food human food, presented in packaged form or sold loose products. from the package directly to the consumer. It does not 214. US 473:2002 Specification for durum wheat flour apply to sunflower seeds for planting purposes. This standard applies to durum wheat flour for human 220. US 617: 2006 Specification for edible palm olein consumption prepared from durum wheat, triticum This Uganda Standard specifies the requirements for Desf. which is prepackaged ready for sale to the palm olein for direct human consumption or for consumer or destined for use in other food products. further processing into edible products i.e., ready for 215. US 569 General guidelines for labeling of fresh its intended use as human food, presented in packaged fruits and vegetables form or sold directly to the consumer. These guidelines concern the marking of 221. US 636:2006 Specification for edible palm stearin consignments of fresh fruit and vegetables to which This Uganda Standard specifies the requirements for common standards apply in accordance with the palm stearin for direct human consumption or for

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further processing into edible products i.e., ready for 226. US 737:2019, Production of packaged meat its intended use as human food, presented in packaged products (processed) — Hygienic requirements form or sold directly to the consumer. (2nd Edition) 222. US 642:2006 Olive oil – Specification Scope: This Uganda Standard specifies requirements This Uganda Standard specifies the requirements for for the production of packaged meat products virgin olive oil, refined olive oil, refined olive-pomace processed in an established meat processing factory. oil, blends of refined olive oil and virgin olive oil and (This standard cancels and replaces US 737:2007, blends of refined olive-pomace oil and virgin olive oil Requirements for hygiene in the production of for direct human consumption or for further packaged meat products (processed or processing into edible products i.e., ready for its manufactured) (1st Edition), that has been technically intended use as human food, presented in packaged revised). form or sold directly to the consumer. 227. US 738: 2019, General standard for contaminants 223. US 733:2019, Handling and transportation of and toxins in food and feed (6th Edition) slaughter animals — Requirements (2nd Edition) This Uganda Standard defines the recommended This Uganda Standard specifies the requirements for principles for dealing with contaminants and toxins in handling and transportation of live animals for food and feed, and specifies the maximum levels and slaughter. (This standard cancels and replaces US associated sampling plans for contaminants and 733:2007, Requirements for handling and natural toxicants in food and feed. This standard transportation of slaughter animals (1st Edition), that includes only maximum levels of contaminants and has been technically revised). natural toxicants in feed in cases where the 224. US 734:2019, Design and operation of abattoirs contaminated feed can be transferred to food of and slaughterhouses — Requirements (2nd animal origin and can be relevant to public health. Edition) [This standard cancels and replaces US 738:2017, This Uganda Standard specifies the requirements General standard for contaminants and toxins in food applying to domestic animals commonly slaughtered and feed (5th Edition), which has been technically in slaughterhouses, that is, cattle, buffalo, sheep, revised]. goats, deer, horses, pigs, ratites, camelids and 228. US EAS 738:2010, Fresh sweet cassava – poultry. (This standard cancels and replaces US Specification 734:2007, Requirements for the design and operation This Uganda Standard specifies requirements and of abattoirs and slaughterhouses (1st Edition), that methods of sampling and test for varieties of fresh has been technically revised). sweet cassava roots of Manihot esculenta Crantz, of 225. US 736:2019, Hygienic requirements for the Euphorbiaceae family, to be supplied to the butcheries (2nd Edition) consumer, intended for direct human consumption. This Uganda Standard specifies hygienic Cassava root intended for industrial processing is requirements that apply to butcheries as minimum excluded. standards required of them to satisfy the consumers 229. US 739:2012, Sausages — Specification need for safe, healthy and hygienic meat and meat This Uganda Standard specifies requirements and products. (This standard cancels and replaces US methods of sampling and test for sausages intended for 736:2007, Hygienic requirements for butcheries (1st use as food or as an ingredient in other foods. Edition) that has been technically revised). 230. US EAS 739:2010, Dried cassava chips – Specification

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This Uganda Standard specifies the requirements and cancels and replaces US 702:2007, Fried potato chips methods of sampling and test for dried cassava chips – Specification, which has been revised). intended for human consumption. 238. US EAS 748:2017, Fresh ware potato — 231. US EAS 740:2010, Cassava flour – Specification Specification This Uganda Standard specifies requirements and This Uganda Standard specifies the requirements, methods of sampling and test for cassava flour, which sampling and test methods for fresh ware potato of is obtained from the processing of cassava (Manihot varieties (cultivars) grown from (Solanum tuberosum esculenta Crantz) intended for human consumption. L.) of the family Solanaceae for human consumption. 232. US EAS 741:2010, Cassava composite wheat flour This standard does not apply to ware potato for – Specification industrial processing and seed potato. (This Uganda This Uganda Standard specifies the requirements and Standard cancels and replaces US EAS 748:2010, the methods of sampling and test for cassava-wheat Fresh potato tuber (ware potato tuber) — composite. This standard does not apply to other Specification which has been technically revised). composite flours from non-wheat sources which may 239. US EAS 749:2010, Brown sugar – Specification be used in different products. This Uganda Standard specifies the requirements, 233. US EAS 742:2010, Food grade cassava starch – methods of sampling and testing for light brown and Specification brown sugar intended for human consumption. This This Uganda Standard specifies the requirements and standard does not apply to soft brown sugars. the methods of sampling and test for food grade 240. US EAS 753:2011, Seed potato – Specification cassava starch. This Uganda Standard specifies requirements and 234. US EAS 743:2010, Cassava crisps – Specification methods of sampling and test for seed potato. It This Uganda Standard specifies requirements and specifies requirements for varietal identity, purity; methods of sampling and test for crisps made from genealogy, traceability, pests and diseases, internal sweet varieties of cassava (Manihot esculenta Crantz). and external quality, physiology, sizing, packaging 235. US EAS 745:2010, Potato crisps – Specification and labeling. This tubers (Solanum tuberosum L.). (This Uganda 241. US EAS 754:2013, Chickpeas – Specification (2nd Standard cancels and replaces US 703:2007, Potato Edition) crisps – Specification, which has been revised). This Uganda Standard specifies requirements for 236. US EAS 746:2010, Frozen potato chips – methods of sampling and test for dry chickpeas of the Specification varieties (cultivars) grown from Cicer arietinum Linn. This Uganda Standard specifies the requirements and intended for human consumption. (This Uganda methods of sampling and test for frozen potato Standard cancels and replaces US EAS 754:2011, (Solanum tuberosum L.) chips to be supplied Chickpeas – Specification, which has been technically packaged either in retail packs or in bulk for human revised). consumption. (This Uganda Standard cancels and 242. US EAS 755:2013, Cowpeas – Specification (2nd replaces US 708:2007, Frozen potato chips – Edition) Specification, which has been revised). This Uganda Standard specifies the requirements and 237. US EAS 747:2010, Fried potato chips – methods of sampling and test for dry cowpeas of the Specification varieties (cultivars) grown from Vigna unguiculata This Uganda Standard specifies requirements and Linn.Sync. Vigna sinensis (L.) Hassk. intended for methods of sampling and test for deep fried potato human consumption. (This Uganda Standard cancels chips ready for consumption. (This Uganda Standard

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and replaces US EAS 755:2011, Cowpeas – of varieties (cultivars) grown from Lens culinaris Specification, which has been technically revised). Medic. Syn. Lens esculenta Moench. intended for 243. US EAS 756:2013, Pigeon peas – Specification (2nd human consumption. (This Uganda Standard cancels Edition) and replaces US EAS 760:2011, Lentils – This Uganda Standard specifies the requirements, Specification, which has been technically revised). methods of sampling and test for dry pigeon peas of 248. US EAS 761:2013, Dry split peas – Specification the varieties (cultivars) grown from Cajanus cajan (2nd Edition) Linn. intended for human consumption. (This Uganda This Uganda Standard specifies the requirements and Standard cancels and replaces US EAS 756:2011, methods of sampling and test for dry split peas of Pigeon peas – Specification, which has been varieties (cultivars) grown from Pisum sativum L. and technically revised). Pisum sativum var. arvense (L.) Poir. intended for 244. US EAS 757:2013, Sorghum grains – Specification human consumption. (This Uganda Standard cancels (2nd Edition) and replaces US EAS 761:2011, Dry split peas – This Uganda Standard specifies the requirements and Specification, which has been technically revised). methods of sampling and test for sorghum grains of 249. US EAS 762:2017, Dry soybeans — Specification varieties (cultivars) grown from Sorghum bicolor (L.) (3rd Edition) Moench intended for human consumption. (This This Uganda Standard specifies requirements, Uganda Standard cancels and replaces US EAS sampling and test methods for dry soybeans of 757:2011, Sorghum – Specification, which has been varieties (cultivars) grown from Glycine max (L.) technically revised). Merr. intended for human consumption. (This 245. US EAS 758:2013, Finger millet grains – standard cancels and replaces US EAS 762:2013, Dry Specification (2nd Edition) soybeans — Specification (2nd Edition), that has been This Uganda Standard specifies the requirements and technically revised). methods of sampling and test for finger millet grains 250. US EAS 763:2013, Faba beans – Specification (2nd of varieties (cultivars) grown from Eleusine coracana Edition) (L.) Gaertner intended for human consumption. (This This Uganda Standard specifies the requirements and Uganda Standard cancels and replaces US EAS methods of sampling and test for faba beans of 758:2011, Finger millet grains – Specification, which cultivated varieties (cultivars) grown from Vicia faba has been technically revised). L. intended for human consumption. (This Uganda 246. US EAS 759:2013, Dry whole peas – Specification Standard cancels and replaces US EAS 763:2011, (2nd Edition) Faba – Specification, which has been technically This Uganda Standard specifies the requirements and revised). methods of sampling and test for dry whole peas of 251. US EAS 764:2013, Rough (Paddy) rice – varieties (cultivars) grown from Pisum sativum L. and Specification (2nd Edition) Pisum sativum var. arvense (L.) Poir. intended for This Uganda Standard specifies the requirements and human consumption. (This Uganda Standard cancels methods of sampling and test for rough rice of the and replaces US EAS 759:2011, Dry whole peas – varieties grown from Oryza spp., used for further Specification, which has been technically revised). processing. (This Uganda Standard cancels and 247. US EAS 760:2013, Lentils – Specification (2nd replaces US EAS 764:2011, Rough (Paddy) rice – Edition) Specification, which has been technically revised). This Uganda Standard specifies the requirements and methods of sampling and test for shelled whole lentils

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252. US EAS 765:2013, Brown rice – Specification (2nd varieties of bitter cassava, Manihot esculenta Crantz, Edition) for preparation before human consumption This Uganda Standard specifies the requirements and 259. US 778:2019, Animal stock routes, check points methods of sampling and test for brown rice of the and holding grounds — Requirements (2nd varieties grown from Oryza spp., intended for human Edition) consumption or for processing to milled rice. (This This Uganda Standard specifies the requirements for Uganda Standard cancels and replaces US EAS animal stock routes, animal check points and holding 765:2011, Brown rice – Specification, which has been grounds for control of animal movement for the technically revised). purposes of trade, breeding, or other purposes other 253. US EAS 770:2012, Fortified sugar — Specification than for grazing within a given locality. (This This Uganda Standard specifies the requirements and standard cancels and replaces US 778:2007, methods of sampling and test for fortified brown Requirements for animal stock routes, check points sugars and fortified plantation (mill) white sugar and holding grounds (1st Edition), that has been intended for direct human consumption. technically revised). 254. US EAS 771:2012, Fresh sweet potato — 260. US 779:2019, Transportation of meat and meat Specification products — Requirements (2nd Edition) This Uganda Standard specifies the requirements and This Uganda Standard specifies requirements for the methods of sampling and test for fresh sweet potatoes transportation of meat and meat products. (This [Ipomoea batatas (L.) Lam.] to be supplied fresh and standard cancels and replaces US 779:2007, either packaged or sold loose for human consumption. Requirements for the transportation of meat and meat 255. US EAS 772:2012, Dried sweet potato chips — products (1st Edition), that has been technically Specification revised). This Uganda Standard specifies the requirements and 261. US EAS 779:2012, High quality cassava flour — methods of sampling and test for dried sweetpotato Specification chips intended for human consumption. This Uganda Standard specifies requirements and 256. US EAS 773:2012, Sweet potato flour — methods of sampling and test for high quality cassava Specification flour, which is obtained from the processing of This Uganda Standard specifies the requirements and cassava (Manihot esculenta Crantz), intended for methods of sampling and test for flour which is human consumption, industrial use and other obtained from the processing of sweetpotato [Ipomoea applications. batatas (L.) Lam.] intended for human consumption. 262. US 780:2012, Powdered silver cyprinid (Mukene) 257. US EAS 774:2012, Sweet potato crisps – — Specification Specification This Uganda Standard specifies requirements and This Uganda Standard specifies the requirements and methods of sampling and test for powdered silver methods of sampling and test for crisps made from cyprinid (mukene) of the species Rastrineobola storage roots of sweetpotato [Ipomoea batatas (L.) argentea, intended for human consumption. Lam.] intended for human consumption 263. US EAS 780:2012, Fresh cassava leaves — 258. US EAS 778:2012, Fresh bitter cassava — Specification Specification This Uganda Standard specifies the requirements and This Uganda Standard specifies the requirements and methods of sampling and test for fresh cassava leaves methods of sampling and test for fresh roots of of Manihot esculenta Crantz, for preparation before human consumption

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264. US EAS 781:2012, Biscuits — Specification This Uganda standard specifies requirements and This Uganda Standard specifies the requirements and methods of sampling and test for soya milk intended methods of sampling and test for biscuits intended for for human consumption human consumption. 270. US EAS 801:2014, Soya protein products — 265. US EAS 782:2012, Composite flour – Specification Specification This Uganda Standard specifies requirements and This Uganda standard specifies requirements and methods of sampling and test for composite flour methods of sampling and test for soya protein products intended for human consumption. intended for human consumption. (This standard 266. US EAS 797:2013, Vitamin and mineral food cancels and replaces US 984:2013, Soy protein supplements – Requirements products – Specification, which has been technically This Uganda Standard specifies the requirements for revised). vitamin and mineral food supplements intended for 271. US EAS 802:2014, Textured soya protein products use in supplementing the daily diet with vitamins — Specification and/or minerals. This standard covers vitamin and This Uganda Standard specifies requirements and mineral food supplements in concentrated forms of methods of sampling and test for textured soya protein those nutrients singly or in combinations, marketed in products intended for human consumption. forms such as capsules, tablets, powders, paste and 272. US EAS 803:2014, Nutrition labelling — solutions. This standard does not cover vitamin and Requirements mineral products intended for special dietary uses or This Uganda Standard specifies requirements for the medical/therapeutic purposes. nutrition labelling of foods. The standard applies to 267. US EAS 798:2013, Lipid food supplements – the nutrition labeling of all foods except for foods for Requirements special dietary uses. (This standard cancels and This Uganda Standard specifies the requirements for replaces US 500:2003, Requirements for nutrition lipid food supplements used for complementing the labelling of foods, which has been technically normal diet with essential fatty acids. This standard revised). covers lipid food supplements primarily providing 273. US EAS 804:2014, Claims on food — essential fatty acids and presented in forms such as Requirements capsules, paste or liquid. The product may be taken This Uganda Standard specifies general requirements directly or added to another food with the primary for claims made on a food irrespective of whether or objective of increasing the energy content of the food not the food is covered by an individual East African and provide essential fatty acids. This standard does Standard. (This standard cancels and replaces US not cover lipid food supplements intended for special 566:2006, Use of nutrition claims – Requirements, dietary uses or medical/therapeutic purposes. which has been technically revised). 268. US EAS 799:2014, Edible full fat soya flour — 274. US EAS 805:2014, Use of nutrition and health Specification claims — Requirements This Uganda Standard specifies requirements and This Uganda Standard specifies requirements for the methods of sampling and test for edible full fat soya use of nutrition and health claims in food labelling and flour for human consumption. (This standard cancels in advertising. This standard applies to all foods for and replaces US 349:2001, Specification for edible which nutrition and health claims are made without soy flour, which has been technically revised). prejudice to specific provisions under other standards 269. US EAS 800:2014, Soya milk — Specification or guidelines relating to foods for special dietary uses and foods for special medical purposes. These

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requirements for nutrition and health claims do not for further processing. (This standard cancels and apply to foods for infants and young children. (This replaces US 817:2008, Milk fat products — standard cancels and replaces US 508:2003, Specification, which has been technically revised). Requirements for nutritional and health claim for 284. US 818:2019, Fruit juices and nectars — food, which has been technically revised). Specification (2nd Edition) 275. US 806:2009, Poultry feeds — Specification This Uganda Standard specifies requirements and This Uganda Standard prescribes specifications for the methods of sampling and test for fruits juices, nectars following poultry feeds: broiler starter feed; broilers and concentrated fruit juices intended for direct human finishing feed; chick and duck feed; poultry grower consumption or for further processing. (This standard feed; turkey starter feed; layer feed; and breeders feed. cancels and replaces US 818:2011, Fruit juice and 276. US 807:2009, Cattle feeds — Specification nectars — Specification, which has been technically This Uganda Standard prescribes requirements for the revised). cattle feeds, licks and concentrates; dry calf starter 285. US EAS 818:2014, Sugar cane jaggery – feed, calf feed, dairy feed, high energy protein beef Specification feed, high energy urea beef feed, low urea lick, high This Uganda Standard specifies requirements and urea lick and calf lick. methods of sampling and test for sugar cane jaggery. 277. US 808:2009, Dog feeds — Specification 286. US EAS 819:2014, Molasses – Specification This Uganda Standard prescribes requirements for the This Uganda Standard specifies requirements and dog feeds. methods of sampling and test for molasses for 278. US 811:2009, Pig feeds — Specification industrial use. This Uganda Standard prescribes requirements for the 287. US EAS 820:2014, Dextrose monohydrate (glucose following feeds: pig creep feed; pig growers feed; pig powder) – Specification finishing feed; and pig breeders feed (sow and weaner This Uganda Standard specifies the requirements and feed). methods of sampling and test for dextrose 279. US 812:2009, Goats and sheep feeds — monohydrate (glucose powder) intended for human Specification consumption as food and industrial applications. This This Uganda Standard prescribes requirements for the standard does not apply to dextrose monohydrate for goats and sheep feeds. intravenous applications 280. US 813:2009, Rabbit feeds — Specification 288. US EAS 821:2014, Maize seed – Requirements for This Uganda Standard prescribes requirements for certification rabbit feeds. This Uganda Standard specifies the certification 281. US 814:2009, Fish feeds — Specification requirements for the production of pre-basic, basic and This Uganda Standard prescribes requirements for fish certified seed of maize (Zea mays L.). It includes feeds. requirements for eligible varieties, field standards, 282. US 815:2009, Cat feeds — Specification field inspections, seed sampling, laboratory standards, This Uganda Standard prescribes requirements for cat certificates, packaging and labelling and post-control feeds. tests. 283. US 817: 2019, Milk fat products — Specification 289. US EAS 822:2014, Sorghum seed – Requirements (2nd edition) for certification This Uganda Standard specifies requirements, This Uganda Standard specifies the certification sampling and test methods for anhydrous milk fat, requirements for the production of pre-basic, basic and anhydrous butter oil and butter oil, which are intended certified seed of sorghum (Sorghum bicolor (L.)

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Moench). It includes requirements for eligible This Uganda Standard specifies requirements and varieties, field standards, field inspections, seed methods of sampling and test for fresh and frozen sampling, laboratory standards, certificates, packaging whole fin fish. and labeling, and post control tests. 295. US EAS 828:2017, Dried and salted-dried fish — 290. US EAS 823:2014, Sunflower seed – Requirements Specification for certification This Uganda Standard specifies the requirements and This Uganda Standard specifies the certification the methods of sampling and test for dried and salted- requirements for the production of pre-basic, basic and dried fish. This standard does not apply to certified seed of sunflower (Helianthus annuus L.). It Rastrineobola argentea and smoked fish. (This includes requirements for eligible varieties, field Uganda Standard cancels and replaces US 920:2012, standards, field inspections, seed sampling, laboratory Dried and dried-salted fish — Specification which has standards, certificates, packaging and labelling, and been technically revised). post-control tests. 296. US EAS 830:2015, Fresh fish sticks (fish fingers), 291. US EAS 824:2014, Soybean seed — Requirements fish portions and fish fillets – Breaded or in batter for certification – Specification This Uganda Standard specifies the certification This Uganda Standard specifies requirements and requirements for the production of pre-basic, basic and methods of sampling and test for frozen fish sticks certified seed of soybean (Glycine max (L.) Merrill). It (fish fingers), fish portions and fish fillets – breaded or includes requirements for eligible varieties, field in batter, intended for human consumption. standards, field inspections, seed sampling, laboratory 297. US EAS 831:2015, Frozen fish fillets – standards, certificates, packaging and labelling, and Specification post-control tests. This Uganda Standard specifies requirements and 292. US EAS 825:2014, Groundnut seed — methods of sampling and test for frozen fish fillets Requirements for certification intended for human consumption. This Uganda Standard specifies the certification 298. US EAS 870:2017, Crackers from marine and requirements for the production of pre-basic, basic and freshwater fish, crustacean and molluscan certified seed of groundnut (Arachis hypogaea L.). It shellfish — Specification includes requirements for eligible varieties, field This Uganda Standard specifies requirements, standards, field inspections, seed sampling, laboratory sampling and test methods for crackers prepared from standards, certificates, packaging and labelling, and marine and freshwater fish, crustacean and molluscan post-control tests. shellfish. It does not include ready-to-eat fried as well 293. US EAS 826:2017, Dried silver cyprinid as artificially flavored fish, crustacean and molluscan (Rastrineobola argentea) — Specification shellfish crackers. This Uganda Standard specifies the requirements and 299. US 871:2011, Malted cereal beverages — methods of sampling and test for dried silver cyprinid Specification (Rastrineobola argentea). (This Uganda Standard This Uganda Standard specifies requirements and cancels and replaces US 919:2012, Dried silver methods of sampling and test for malted cereal cyprinid (Mukene) — Specification which has been beverages. technically revised). 300. US EAS 871:2017, Fish sausages — Specification 294. US EAS 827:2015, Fresh and frozen whole fin fish This Uganda Standard specifies requirements, – Specification sampling and test methods for fish sausages intended for human consumption. This standard applies to fresh

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fish sausage, smoked fish sausage, dried fish sausage 308. US 882: 2011, Fruit chips and crisps — and fermented fish sausage. Specification 301. US EAS 872:2015, Frozen octopus — Specification This Uganda Standard specifies requirements and This Uganda Standard specifies requirements, methods of sampling and test for fruits chips and sampling and test methods for frozen octopus intended crisps which have been suitably treated and which are for human consumption. offered for direct consumption or for further 302. US 872:2011, Fermented (non-alcoholic) cereal processing. beverages — Specification 309. US 889:2011, Dried vegetables and herbs for food This Uganda Standard specifies requirements and use – Specification methods of sampling and test for fermented (non- This Uganda Standard specifies requirements and alcoholic) cereal beverages. methods of sampling and test for dried vegetables and 303. US EAS 873:2017, Frozen tuna loins — herbs which have been suitably treated and which are Specification offered for direct consumption or use in food industry. This Uganda Standard specifies requirements, This standard does not apply to vegetables and herbs sampling and test methods for frozen tuna loins for which specific standards have been declared. intended for human consumption. 310. US 890:2011 Dried tomatoes – Specification 304. US EAS 875:2017, Quick frozen prawns or This Uganda Standard specifies requirements and shrimps — Specification methods of sampling and test for dried tomatoes of This Uganda Standard specifies requirements, varieties (cultivars) grown from Lycopersicon sampling and test methods for quick frozen prawns or esculentum Mill and its hybrids, intended for direct shrimps. (This Uganda Standard cancels and replaces consumption without further processing or for use in US CODEX STAN 92:1981, Standard for quick frozen the food industry. shrimps and prawns which has been technically 311. US 891:2011 Dried carrots – Specification revised). This Uganda Standard specifies requirements and 305. US EAS 876:2017, Smoked fish, smoke-flavoured methods of sampling and test for dried carrots (Daucus fish and smoke-dried fish — Specification carota L.) which have been suitably treated and which This Uganda Standard specifies requirements, are offered for direct consumption or further sampling and test methods for smoked fish, smoke- processing. flavoured fish and smoke-dried fish intended for 312. US EAS 891:2017, Fresh carrot — Specification human consumption. The standard covers all fish This Uganda Standard specifies requirements, species. sampling and test methods for carrots of varieties 306. US 876:2009, Chillies, whole and ground (cultivars) grown from Daucus carota (L.) of (powdered) — Specification Apiaceae family to be supplied fresh to the consumer. This Uganda Standard specifies requirements for (This Uganda Standard cancels and replaces US whole and ground (powdered) chillies [Capsicum 1617:2015, Fresh carrot — Specification which has frutescens L. Capsicum annum L.]. been technically revised). 307. US 877: 2011, Dried fruits — Specification 313. US EAS 892:2016, Fresh sweet banana — This Uganda Standard specifies requirements and Specification methods of sampling and test for tropical dried fruits This Uganda Standard specifies requirements, and other fruits which have been suitably treated and sampling and test methods for fresh sweet banana of which are offered for direct consumption or further Musa spp, Musaceae family, in an unripe or ripe state, processing. to be supplied to the consumer. Bananas intended for

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cooking (plantains and East Africa highland banana) 320. US EAS 899: 2017, Tuna canned in oil — or industrial processing are excluded. (This Uganda Specification Standard cancels and replaces US 1533:2013, Fresh This Uganda Standard specifies requirements, bananas — Specification which has been technically sampling and test methods for tuna canned in oil revised). intended for human consumption. 314. US EAS 893:2017, Chilli sauce — Specification 321. US 907:2011, Instant coffee – Specification This Uganda Standard specifies requirements, This Uganda Standard specifies requirements and sampling and test methods for chilli sauce for human methods of sampling and test for instant coffee. consumption. (This Uganda Standard cancels and 322. US 908:2013, Nutrient-concentrated foods for replaces US 972:2013, Chilli sauce — Specification therapeutic uses – Specification which has been technically revised). This Uganda Standard specifies the requirements and 315. US EAS 894:2017, Fresh onions — Specification methods of sampling and test for nutrient-concentrated This Uganda Standard specifies the requirements, foods for therapeutic uses. sampling and tests methods for fresh bulb onions 323. US 917:2012, Dressed poultry — Specification Allium cepa (L.) of the family Alliaceae to be supplied This Uganda Standard specifies requirements and to the consumer. This standard does not apply to methods of sampling and test for dressed poultry. It onions for industrial processing. (This Uganda applies to poultry including chickens, ducks, geese, Standard cancels and replaces US 1501:2013, Fresh turkeys, pigeons, guinea fowl or any other onions — Specification which has been technically domesticated bird. revised). 324. US 922:2011, Meat grading system – 316. US 894:2011 Dried edible mushrooms – Requirements – Part 1: Beef Specification This Uganda Standard specifies requirements for a This Uganda standard specifies requirements and system for grading of whole carcasses of cattle which methods of sampling and test for dried edible are fit for human consumption at the abattoir. It mushrooms after preparation and packaging. applies to all categories of cattle. The veterinary and 317. US EAS 895:2017, Fish protein concentrate — food safety requirements which are expected to be Specification conformed to and are covered in other standards have This Uganda Standard specifies requirements, not been reproduced in this standard. sampling and test methods for fish protein concentrate 325. US 931:2012, Minced meat — Specification intended for human consumption. This Uganda Standard specifies requirements and 318. US EAS 896:2017, Fried fish — Specification methods of sampling and test for minced meat This Uganda Standard specifies requirements, intended for use as food or as an ingredient in foods sampling and test methods for fried fish of all species, 326. US 932:2012, Bovine (beef) carcasses and cuts — which may be whole or portions intended for human Specification consumption. This Uganda Standard specifies requirements for 319. US EAS 897:2017, Frozen lobster tails — bovine (beef) carcasses and cuts meant for human Specification consumption. This Uganda Standard specifies requirements, 327. US 952:2013, Amaranth grain — Specification sampling and test methods for frozen lobster tails of This Uganda Standard specifies requirements and all the species of the genera Panulirus, Thunnus and methods of sampling and test for whole grains Peurulus intended for human consumption obtained from Amaranthus caudutus, A.

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hypochondaricus and A. cruentus intended for human This Uganda Standard specifies requirements and consumption. methods of sampling and test for banana (matooke) 328. US 953:2013, Amaranth flour — Specification flour. This Uganda Standard specifies requirements and 336. US 985:2014, Apple — Specification methods of sampling and test for flour prepared from This Uganda Standard applies to fruits of commercial dried amaranth grain (Amaranthus caudutus, A. varieties (cultivars) of apples grown from Malus hypochondaricus, A. cruentus) intended for human domestica Borkh, of the Rosaceae family, to be consumption. supplied fresh to the consumer, after preparation and 329. US ISO 959-1:1998, Pepper (Piper nigrum L.), packaging. Apples for industrial processing are whole or ground — Specification —Part 1: excluded. Black pepper 337. US 997:2014, Cooking banana (matooke) — This Uganda Standard part specifies requirements for Specification black pepper (Piper nigrum L.), whole or ground. This Uganda standard specifies requirements for 330. US ISO 959-2:1998, Pepper (Piper nigrum L.), cooking banana (matooke) grown from Musa spp. whole or ground – Specification – Part 2: White (AAA-EAH) and of family Musaceae to be supplied pepper raw to the consumer. This part of Uganda Standard specifies requirements 338. US 998:2014, Plantain (gonja) — Specification for white pepper (Piper nigrum L.), whole or ground, This Uganda standard specifies requirements for at the following commercial stages: a) semi-processed plantain (gonja) (AAB genome) banana grown from (SP); b) processed (P). It is not applicable to white Musa spp. (AAA-B) and of family Musaceae. pepper categories called "light". 339. US 999:2013, Fresh chilli pepper— Specification 331. US ISO 972:1997, Chillies and capsicums, whole This Uganda Standard specifies requirements for fresh or ground (powdered) – Specification chili peppers of varieties grown from Capsicum This Uganda Standard specifies requirements for species to be supplied fresh to the consumer. This chillies and capsicums in the whole or ground standard does not cover requirements for chili pepper (powdered) form. It does not apply to “chili powder” for industrial processing. and paprika . 340. US ISO 1003:2008, Spices — Ginger (Zingiber 332. US ISO 973:1999, Pimento (allspice) [Pimenta officinale Roscoe) — Specification dioica (L.) Merr.], whole or ground – Specification This Uganda Standard specifies requirements for This Uganda Standard specifies requirements for ginger (Zingiber officinale Roscoe). pimento or allspice [Pimentadioica (L.) Merr.], whole 341. US ISO 1237:1981, Mustard seed – Specification or ground. This Uganda Standard specifies requirements for 333. US 979:2013, Breakfast cereals — Specification mustard seed. This Uganda Standard specifies requirements and 342. US 1501:2013, Fresh onions — Specification methods of sampling and test for breakfast cereals This Uganda Standard specifies requirements for intended for human consumption. onions of varieties (cultivars) grown from Allium cepa 334. US 980:2013, Herbal tea – Specification L. to be supplied to the consumer in the natural state. This Uganda Standard specifies the requirements and This standard does not specify requirements for methods of sampling and test of herbal tea. Bermuda onions, Creole onions, green onions with full 335. US 983:2015, Banana (matooke) flour – leaves and onions for industrial processing. Specification 343. US 1502:2013, Fresh Bermuda onions — Specification

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This Uganda Standard specifies requirements for 351. US 1576:2015, Biofertilizer – Specification onions of varieties (cultivars) of Bermuda-Granex- This Uganda Standard specifies requirements and Grano grown from Allium cepa L. to be supplied to the methods of sampling and test for biofertilizers. This consumer in the natural state. This standard does not standard does not cover requirements for conventional specify requirements for Bermuda onions for chemical fertilizers. industrial processing. 352. US 1577:2015, Biopesticide – Specification 344. US 1503:2013, Fresh common green onions — This Uganda Standard specifies requirements and Specification methods of sampling and test for biopesticides. This This Uganda Standard specifies requirements for fresh standard does not cover requirements for conventional common green onions of varieties (cultivars) grown chemical pesticides and Plant Incorporated from Allium fistulosum, Allium ascalonicum, Allium Protectants. chinense and other non-bulbing onion cultivars to be 353. US 1584:2017, Organic fertilizer — Specification supplied fresh to the consumer. This standard does not This Uganda Standard specifies requirements, specify requirements for green onions for industrial sampling and test methods for organic fertilizers. processing. 354. US 1597:2017, Flavoured milk — Specification 345. US 1504:2013, Fresh Creole onions — (2nd Edition) Specification This Uganda Standard specifies requirements and This Uganda Standard specifies requirements for methods of sampling and test for flavoured milk from Creole onions of varieties (cultivars) grown from cow, goat, camel, buffalo, or sheep milk. This Allium cepa L. to be supplied to the consumer in the standards does not apply to raw flavoured milk. (This natural state. This standard does not specify Uganda Standard cancels and replaces US requirements for Creole onions for industrial 1597:2015, Flavoured UHT milk — Specification, processing. which has been technically revised). 346. US 1534:2014, Liqueur — Specification 355. US 1598:2015, Alcoholic beverages —Ready to This Uganda standard specifies requirements and Drink (RTD) — Specification methods of sampling and test for spirit-based liqueurs This Uganda Standard specifies the requirements, 347. US 1541:2013, Chocolate and chocolate products – method of sampling and test for Ready to Drink Specification alcoholic beverages (RTD). The Uganda Standard specifies the requirements and 356. US 1599:2015, Pastry – Specification methods of sampling and test for chocolate and This Uganda Standard specifies requirements and chocolate products intended for human consumption. methods of sampling and test for pastries. This standard does not apply to products in which 357. US 1600:2015, Dairy whitener – Specification chocolate is used as an enhancer. This Uganda Standard requirements and methods of 348. US 1545:2015, Soya beverage – Specification sampling and test for dairy whitener (sweetened This Uganda Standard specifies requirements and partially skimmed milk powder). methods of sampling and test for soya beverage. 358. US 1603: 2016, Chia seed — Specification 349. US 1548:2013, Raw goat milk – Specification This Uganda Standardspecifies the requirements, This Uganda Standard specifies the requirements and sampling and test methods for chia seed (Salvia methods of sampling and test for raw goat milk. hispanica L.) for human consumption. This standard 350. US 1558:2015, Food grain snacks – Specification does not apply to chia seed as a planting material. This Uganda Standard specifies requirements and 359. US 1612:2015, Fresh mushroom – Specification methods of sampling and test for food grain snacks.

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This Uganda Standard specifies requirements for the 365. US 1619:2015, Fresh tangerine – Specification carpophores (fruiting bodies) of strains grown from This Uganda Standard specifies requirements for the genus Agaricus (syn. Psalliota) to be supplied tangerines (Citrus tangerina hort. ex Tanaka) grown to fresh to the consumer. This standard does not apply to be supplied fresh in the export and local markets. This mushrooms for industrial processing. standard does not apply to tangerine for industrial 360. US 1613:2015, Fresh papaya – Specification processing. This Uganda Standard specifies requirements for 366. US 1620:2015, Fresh lemon – Specification commercial varieties of papayas grown from Carica This Uganda Standard specifies requirements for papaya L., of the Caricaceae family, to be supplied lemons of varieties (cultivars) grown from the species fresh to the consumer. This standard does not apply to Citrus limon (L.) Burm. F. to be supplied fresh in the papayas for industrial processing. export and local markets. This standard is also 361. US 1614:2015, Fresh orange – Specification applicable to Citron, Citrus medica Linn. This standard This Uganda Standard specifies requirements for does not apply to lemons for industrial processing. commercial varieties (cultivars) of oranges grown 367. US 1621:2015, Fresh grapes – Specification from Citrus Sinensis (L.) Osbeck (sweet oranges) and This Uganda Standard specifies requirements for Citrus Aurantium. L. (sour oranges) of the Rutaceae grapes of varieties (cultivars) grown from Vitis family, to be supplied fresh to the consumer. This vinifera L. to be supplied fresh to the consumer. This standard does not apply to oranges for industrial standard does not apply to fresh grapes for industrial processing. processing. 362. US 1615:2015, Fresh jack fruit – Specification 368. US 1628:2016, Sesame – Specification This Uganda Standard specifies requirements for This Uganda Standard specifies requirements, jackfruit grown from Artocarpus heterophyllus sampling and test methods for sesame (Sesamun Lamarck of the family Moraceae, to be supplied fresh indicum.L.) for human consumption. to the consumer. This standard does not apply to 369. US 1636:2016, Shea nut – Specification jackfruit for industrial processing. This Uganda Standard specifies requirements, 363. US 1616:2015, Fresh headed cabbage – sampling and test methods for shea nut/kernel Specification originating from fruits of the tree Vitellaria paradoxa This Uganda Standard specifies requirements for Cf Gaertn of the family Sapotaceae which is headed cabbages of varieties (cultivars) grown from processed into fat/oil and other products destined for Brassica oleracea var. capitata L. (including red human use. cabbages and pointed cabbages) and from Brassica 370. US 1635 2016, Shea butter – Specification oleracea L. var. bullata DC. and var. sabauda L. This Uganda Standard specifies requirements, (savoy cabbages) to be supplied fresh to the consumer. sampling and test methods for shea butter Vitellaria This standard does not apply to headed cabbages for paradoxa derived from the kernels of the nut of industrial processing. Vitellaria paradoxa 364. US 1618:2015, Fresh water melon – Specification 371. US 1653:2017, Dairy based beverages — This Uganda Standard specifies requirements for Specification watermelons of varieties (cultivars) grown from This Uganda Standard specifies the requirements, Citrullus lanatus (Thunberg), Matsumara & Nakai sampling and test methods for dairy based beverages. (also called C. vulgaris) to be supplied fresh to the 372. US 1659:2017, Materials in contact with food — consumer. This standard does not apply to watermelons Requirements for packaging materials for industrial processing.

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This Uganda Standard provides the general This Uganda Standard specifies requirements, requirements of packaging items for food contact and sampling and test methods for plant protein-based their subsequent use. yoghurt obtained from protein isolates. 373. US 1660:2017, Inorganic foliar fertilizer — 380. US 1698:2017, Caprine (goat) meat — Carcasses Specification and cuts — Specification This Uganda Standard specifies the requirements, This Uganda Standard specifies the requirements, sampling and test methods for inorganic foliar sampling and test methods for raw caprine (goat) meat fertilizers. carcasses and cuts fit for the food industry and human 374. US.1661:2017, Magnesium sulphate fertilizer — consumption. Specification 381. US 1699:2017, Porcine (pig) meat — Carcasses and This Uganda Standard specifies requirements, cuts — Specification sampling and test methods for magnesium sulphate This Uganda Standard specifies the requirements, fertilizer. sampling and test methods for raw porcine (pig) meat 375. US 1676:2017, Pulse flour — Specification cuts and carcasses fit for the food industries and This Uganda Standard specifies requirements, human consumption. sampling and test methods for pulse flour for human 382. US 1702:2017, Raw macadamia nuts – consumption. This standard does not apply to soy bean Specification flour for which standards exist. This Uganda Standard specifies requirements, 376. US 1677:2017, Poultry feed premix — sampling and test methods for macadamia nuts of Specification varieties grown from Macadamia integrifolia, This Uganda Standard specifies requirements, Macadamia tetraphylla, Macadamia ternifolia sampling and test methods for compounded poultry (Maiden & E.Betche), and their hybrids, intended for feed premixes used as a sole source of vitamins and human consumption. trace elements for poultry. 383. US 1703:2017, Roasted macadamia nuts — 377. US 1678:2017, Dairy cattle feed premix — Specification Specification This Uganda Standard specifies requirements, This Uganda Standard specifies requirements and sampling and test methods for roasted macadamia nuts sampling for compounded dairy cattle feed premixes of varieties grown from Macadamia integrifolia, used in animal feeds as a sole source of vitamins and Macadamia tetraphylla, Macadamia ternifolia trace elements for dairy cattle. (Maiden & E. Betche), and their hybrids, intended for 378. US 1683:2017, Egg powder — Specification human consumption. This Uganda Standard specifies the requirements, 384. US 1704:2017, Raw cashew nuts — Specification sampling and test methods for egg powder obtained This Uganda Standard specifies requirements, from poultry eggs. This includes all egg powder sampling and test methods for cashew nuts obtained processed from edible birds’ eggs domesticated for from cashew tree (Anacardium occidentale Linnaeus). human consumption. 385. US 1705:2017, Roasted cashew nuts — 379. US 1684:2017, Plant protein-based yoghurt Specification (vegetable curd) — Specification This Uganda Standard specifies requirements, sampling and test methods for roasted cashew nuts. 386. US 1723: 2017, Sucralose — Specification

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This Uganda Standard specifies requirements, This Uganda Standard specifies requirements, sampling and test methods for food grade sucralose. sampling and test methods for food grade saccharin. 387. US 1778:2017, Sugarcane juice — Specification 396. US 1926: 2019, Food grade aspartame — This Uganda Standard specifies the requirements Specification sampling and test methods for sugarcane juice This Uganda Standard specifies requirements, intended for direct human consumption. sampling and test methods for food grade aspartame 388. US 1800:2019, Dry roasted silver cyprinid 397. US 1957: 2019, Green coffee beans — (Mukene) — Specification Specification This Uganda Standard specifies requirements and This Uganda Standard specifies the requirements, sampling and test methods for dry roasted silver sampling and test methods for wet and dry processed cyprinid (Mukene) of the species Rastrineobola green coffee beans intended for human consumption. argentea, intended for human consumption. This standard applies to both Arabica (Coffea Arabia 389. US 1801:2019, Dried fish maws — Specification Linn), Robusta (Coffee canephora) coffee beans and This Uganda Standard specifies the requirements, Liberia (Coffea liberica). [This standard cancels and sampling and test methods for dried fish maws replaces US EAS 130:1999, Green coffee beans – processed from the air bladder of fish. Specification that has been technically revised]. 390. US 1810:2019, Beeswax — Specification 398. US 1967:2019, Sesame paste — Specification This Uganda Standard specifies requirements, This Uganda Standard specifies the requirements, sampling and test methods for crude and refined sampling and test methods for sesame paste, also beeswax. known as Tehena, for human consumption. 391. US 1851:2019, Rice flour — Specification 399. US 1980: 2019, Unsweetened condensed milk — This Uganda Standard specifies the requirements, Specification sampling and test methods for rice flour from Oryza This Uganda Standard specifies the requirements, sativa L for human consumption. sampling and test methods for unsweetened 392. US 1852:2019, Instant cereal composite flour — condensed milks, intended for direct consumption or Specification further processing. This Uganda Standard specifies the requirements, 400. US 1987: 2019, Whipping cream — Specification sampling and test methods for instant cereal Scope: This Uganda Standard specifies requirements, composite flour intended for human consumption. sampling and test methods for whipping cream, 393. US 1853:2019, Pre-cooked dehydrated pulse intended for direct human consumption or further products — Specification processing. This Uganda Standard specifies the requirements, 401. US 2022:2019, Vegetable and nut spread — sampling and test methods for pre-cooked dehydrated Specification pulse products for human consumption. This Uganda Standard specifies the requirements, 394. US 1902: 2017, Baker’s yeast — sampling and test methods for vegetable and nut Specification spread for human consumption. This Uganda Standard specifies requirements, 402. US 2037: 2019, Kombucha drink — Specification sampling and test methods for baker’s yeast. This Uganda Standard specifies requirements 395. US 1925:2019, Food grade saccharin sampling and test methods for Kombucha drink. — Specification 403. US 2038:2019, Blended fertilizer — Specification

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This Uganda Standard specifies the requirements, This Uganda Standard specifies requirements for sampling and test methods for blended fertilizers (or whole black and blond caraway (Carum carvi physical mixtures of fertilizers) intended for use as Linnaeus), having biennal and annual fructification fertilizers. respectively. It does not apply to Carum 404. US 2078:2019, Organic-inorganic compound Buibocastanum. fertilizer — Specification 412. US ISO 5562:1983, Turmeric, whole or ground This Uganda standard specifies the requirements, (powdered) —Specification sampling and test methods of organic-inorganic This Uganda Standard specifies requirements for compound fertilizer. turmeric (Curcuma longa Linnaeus), whole or ground 405. US 2081:2019, Compound microbial fertilizer — powdered. Specification 413. US ISO 5563:1984, Dried peppermint (Mentha This Uganda Standard specifies requirements and piperita Linnaeus) –Specification sampling and test methods for compound microbial This Uganda Standard specifies requirements for dried fertilizers. leaves, or broken or rubbed dried leaves, of 406. US ISO 2254:1980, Cloves, whole and ground peppermint. (powdered) — Specification 414. US ISO 5565-1:1999, Vanilla [Vanilla fragrans This Uganda specifies requirements for whole and (Salisbury) Ames] — Part 1: Specification ground (powdered) cloves [Eugenia caryophyllus This part of US ISO 5565 specifies requirements for (C.Sprenge) Bullock and Harrison]. vanilla belonging to the species Vanilla fragrans 407. US ISO 2256:1984, Dried mint (spearmint) (Salisbury) Ames, syn. Vanilla planifolia Andrews. (Mentha spicata Linnaeus syn. Mentha viridis This standard is applicable to vanilla in pods, bulk, cut Linnaeus) — Specification or in the form of powder. It is not applicable to vanilla This Uganda Standard specifies requirements for extracts. leaves of dried mint (spearmint) in whole, broken or 415. US ISO 6079:1990, Instant tea in solid form — rubbed form. Specification 408. US ISO 3632-1:2011, Spices – Saffron (Crocus This Uganda Standard specifies requirements for sativus L.) – Part 1: Specification instant tea in solid form. It does not apply to: instant This Uganda Standard establishes specifications for tea containing non-tea carbohydrates as bulking/filling dried saffron obtained from the pistils of Crocus agents (normally referred to as "filled instant tea"); sativus L. flowers. preparations of instant tea containing added aromatic 409. US ISO 5559:1995, Dehydrated onion (Allium material unless these are derived exclusively from the cepa Linnaeus) —Specification plant Camellia sinensis; and decaffeinated instant tea. This Uganda Standard specifies requirements for 416. US ISO 6465:2009, Spices – Cumin (Cuminum dehydrated onion (Allium cepa Linnaeus) in its cyminum L.) – Specification (2nd Edition) various commercial forms. This Uganda Standard specifies requirements for fruits 410. US ISO 5560:1997, Dehydrated garlic (Allium of cumin (Cuminum cyminum L.). (This Uganda sativum L.) — Specification Standard cancels and replaces US ISO 6465:1984, This Uganda Standard specifies requirements for Whole cumin (Cuminurn cyminum Linnaeus) — dehydrated garlic (Allium sativum L.). Specification which has been technically revised). 411. US ISO 5561:1990, Black caraway and blond 417. US ISO 6539:2014, Cinnamon (Cinnamomum caraway (Carum carvi Linnaeus), whole — zeylanicum Blume) – Specification (2nd Edition) Specification

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This Uganda Standard specifies requirements for This Uganda Standard defines the requirements for whole or ground (powdered) cinnamon, of the Sri ground paprika. Lankan, Madagascan and Seychelles types obtained 423. US ISO 8391-2:1986, Ceramic cookware in from the bark of the tree or shrub Cinnamomum contact with food — Release of lead and cadmium zeylanicum Blume. (This Uganda Standard cancels – Part 2: Permissible limits and replaces US ISO 6539:1997, Cinnamon, Sri This Uganda Standard specifies the permissible limits Lankan type, Seychelles type and Madagascan type for the release of lead and cadmium by ceramic (Cinnamomum zeylanicum Blume) — Specification cookware intended for use in contact with food. This which has been technically revised.) part of ISO 8391 is applicable to ceramic cookware 418. US ISO 6574:1986, Celery seed (Apium graveolens intended to be used for the preparation of foods by Linnaeus) — Specification heating. This Uganda Standard specifies requirements for 424. US ISO 10620:1995, Dried sweet marjoram whole celery seed’) (Apium graveolens Linnaeus) for (Origanum majorana L.) —Specification use as a spice. It does not apply to seeds used for This Uganda Standard specifies requirements for dried agricultural purposes. sweet marjoram (Origanum majorana L.) both as 419. US ISO 6577:2002, Nutmeg, whole or broken, and bunches (bouquets) and as rubbed. mace, whole or in pieces (Myristica fragrans 425. US ISO 10622:1997, Large cardamom (Amomum Houtt.) — Specificatio subulatum Roxb.), as capsules and seeds — This Uganda Standard specifies requirements for Specification nutmeg, whole or broken, and for mace, whole or in This Uganda Standard specifies requirements for large pieces, obtained from the nutmeg tree (Myristica cardamom as capsules and seeds (Amomum fragrans Houtt.) for wholesale commercial purposes subulatum Roxb) 420. US ISO 6754:1996, Dried thyme (Thymus vulgaris 426. US ISO 11162:2001, Peppercorns (Piper nigrum L.) — Specification L.) in brine — Specification and test methods This Uganda Standard specifies the requirements for This Uganda Standard specifies the requirements for dried thyme (Thymus vulgaris L.) leaves in the rubbed peppercorns (Piper nigrum L.) in brine. form. 427. US ISO 11163:1995, Dried sweet basil (Ochwm 421. US ISO 7086-2:2000, Glass hollowware in contact basilicum L.) — Specification with food — Release of lead and cadmium — Part This Uganda Standard specifies the requirements for 2: Permissible limits dried sweet basil (Ocimum basilicum L.) in the form This Uganda Standard specifies permissible limits for of cut (rubbed) leaves. the release of lead and cadmium from glass 428. US ISO 11164:1995, Dried rosemary (Rosmarinus hollowware that is intended to be used in contact with officinalis L.) —Specification food. This part of US ISO 7086 is applicable to glass This Uganda Standard specifies the requirements for hollowware intended for use in the preparation, dried rosemary (Rosmarinus officinalis L.) leaves in cooking, serving and storage of food and beverages, cut form. excluding glass ceramic ware, glass flatware, and all 429. US ISO 11165:1995, Dried sage (Salvia officinalis articles used in food manufacturing industries or those L.) — Specification in which food is sold This Uganda Standard specifies the requirements for 422. US ISO 7540:2006, Ground paprika (Capsicum dried sage (Salvia officinalis L.) in the form of whole annuum L.) — Specification or cut leaves.

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430. US ISO 11178:1995, Star anise (Illicium verum Hook. f.) – Specification This Uganda Standard specifies requirements for the dried fruits of the star anise tree (Illicium verum Hook. f.). 431. US ISO 21469:2006, Safety of machinery — Lubricants with incidental product contact — Hygiene requirements This Uganda Standard specifies hygiene requirements for the formulation, manufacture, use and handling of lubricants which, during manufacture and processing, can come into incidental contact (e.g. through heat transfer, load transmission, lubrication or the corrosion protection of machinery) with products and packaging used in the food, food-processing, cosmetics, pharmaceutical, tobacco or animal-feeding-stuffs industries.

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This part 1 of the standard specifies requirements for

ELECTROTECHNOLOGY PRODUCTS plain flexible conduits, made of PVC material or any other suitable material. 432. US 150:2000 Specifications for fluorescent lights 437. US 261-2:2000/EAS 179 Specification for PVC for use in photovoltaic systems conduits for electric wiring. Part 2: Corrugated This Uganda Standard specifies the minimum conduits requirements for fluorescent tube lights powered with This part 2 of the standard specifies requirements for direct current (dc) inverter ballasts for use in flexible corrugated conduits of insulating materials photovoltaic systems. 438. US 369-3: 2001 Batteries - Part 3: General 433. US EAS 168:2014, Junction boxes for use in information - Definitions, abbreviations and electrical installations — Specification (2nd symbols. Edition) This part of US 369 details the definitions, This Uganda Standard specifies requirements and abbreviations, symbols and formulae used throughout methods of sampling and test for junction boxes of the other parts of the standard surface or flush mounting types for use in fixed wiring 439. US EAS 372-2:2005 Specifications for installations. This standard applies to junction boxes telecommunications installations – Part 2: used in a.c. and d.c. circuits where the rated voltage Telecommunications pathways and spaces for does not exceed 250 V and where the conductors are commercial buildings not subject to mechanical tension in normal use. It This standard is limited to the telecommunications covers junction boxes having fixed terminals with aspects of commercial building design and capacity for cable conductors up to 10 mm2. It does construction, encompassing telecommunications not apply to junction boxes for use in conditions considerations both within and between buildings. where special protection against the ingress of dust or Telecommunications aspects in this context generally moisture is required. means the pathways into which telecommunications 434. US EAS 203:2014, Boxes for enclosure of media are placed, and the rooms and areas associated electrical accessories — Specification (2nd Edition) with the building used to terminate cabling and This Uganda Standard specifies requirements and accommodate associated telecommunications methods of test for boxes intended to contain one or equipment. more electrical accessories and to be recessed into a 440. US EAS 372-3:2005 Specification for wall, ceiling or similar flat-surfaced structure. telecommunications installations – Part 3: 435. US EAS 205:2014, Controls for heating units in Integrated telecommunications cabling systems household electric ranges — Specification (2nd for small office residential premises Edition) This standard covers telecommunications wiring This Uganda Standard specifies the requirements and systems installed within an individual building with test methods for control units for household electric residential (single, multi-unit or home office) and light ranges. It applies to multi-heat switches, energy commercial (small office, manufacturing, store, retail, regulators and thermostats including those for ovens, etc.) end use. It does not apply to caravan parks or hotplates and rotisseries. marinas. Installation of basic telephone services not 436. US 261-1:2000/ EAS178 Specification for PVC intended for advanced applications or integrated conduits for electric wiring. Part 1: Plain flexible services is not the subject of this Standard. 441. US EAS 373:2005 External TV aerials in the frequency range 30MHz – 1GHz – Specification

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This standard specifies the performance requirements This Uganda Standard is applicable to cables for and methods of measurement of fixed receiving inside installations, intended for the interconnection of aerials, for domestic use, in the frequency range of transmission equipment; telecommunications 30MHz to 1GHz. equipment; and equipment for data processing. 442. US EAS 375-5:2005 Low – voltage switchgear and 446. US EAS 498-3:2008, Low-frequency cables and control gear assemblies – Part 5: Particular wires with PVC insulation and PVC sheath — requirements for assemblies intended to be Part 3: Equipment wires with solid or stranded installed outdoors in public places – cable conductor wires, PVC insulated, in distribution cabinets (CDCs) for power singles, pairs and triples distribution in networks This Uganda Standard is applicable to equipment This standard gives supplementary requirements for wires with solid or stranded conductor, polyvinyl cable distribution cabinets (CDCs), which are chloride (PVC) insulated, in singles, pairs and triples stationary, type-tested assemblies (TTA) for outdoor to be used for internal wiring of telecommunication installation in places which are exposed to the public, equipment, industrial and consumer electronic but where only skilled persons have access for their equipment. use. They are for use in public three-phase systems. 447. US EAS 507:2008, Aluminium-magnesium-silicon 443. US EAS 376-1:2005 Safety of machinery – alloy wire for overhead line conductors Electrical equipment of machines – Part 1: This Uganda Standard is applicable to aluminium- General requirements magnesium-silicon alloy wires of two types having This part of US EAS 376 applies to the application of different mechanical and electrical properties for the electrical, electronic and programmable electronic manufacture of stranded conductors for overhead equipment and systems to machines not portable by power transmission purposes. It specifies the hand while working, including a group of machines mechanical and electrical properties of wires in the working together in a co-ordinated manner. diameter range 1.50 mm to 4.50 mm. 444. US EAS 497:2008, Colours of the cores of flexible 448. US EAS 512:2008, Thermal-resistant aluminium cables and cords alloy wire for overhead line conductor This Uganda Standard applies to flexible cables and This Uganda Standard is applicable to thermal- cords with not more than five cores. The object of this resistant aluminium alloy wires before stranding for standard is to establish standard colour identification manufacture of stranded conductors for overhead for the earthing core in flexible cables and cords. The lines. It specifies the mechanical, electrical and introduction of the same identification code in all thermal resistant properties of wires in the diameter countries would remove the risk of accidents due to range commercially available. connecting plugs to flexible cables or cords attached to 449. US EAS 513:2008, Overhead electrical conductors imported appliances. This risk may occur where the — Formed wire, concentric lay, stranded colour standardized for the identification of the conductors earthing core in the country of import is different from This Uganda Standard specifies the electrical and that standardized in the country of export. mechanical characteristics of 445. US EAS 498-2:2008, Low-frequency cables and a) concentric lay, overhead conductors of wires wires with PVC insulation and PVC sheath — formed or shaped before, during or after. Part 2: Cables in pairs, triples, quads and b) stranding, made of combinations of any of the quintuples for inside installations following metal wires: c) hard aluminium as per IEC 60889 designated A1;

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d) hard aluminium as per IEC 60889 designated 454. US 605:1995 Standard Specification for A1F wire shaped before stranding; conductors in insulated cables and cords e) hard aluminium alloy as per IEC 60104 This standard specifies the nominal cross-sectional designated A2 or A3; areas and requirements, including numbers and sizes f) hard aluminium alloy as per IEC 60104 of wires and resistance values, for conductors in designated A2F or A3F shaped before stranding; electric cables and cords of a wide range of types. g) regular strength steel, designated S1A or S1B, These conductors include solid and stranded copper where A and B are zinc coating classes, and aluminium conductors in cables for fixed h) corresponding respectively to classes 1 and 2; installations and flexible copper conductors i) high strength steel, designated S2A or S2B; 455. US 611:1995 Standard specification for ii) extra high strength steel, designated S3A; aluminium stranded conductors and aluminium iii) aluminium clad steel, designated SA. stranded conductors, steel-reinforced for 450. US 601:1995 Standard specification for PVC - overhead power transmission Aluminium Insulated cables for electricity supplies stranded conductors This standard specifies requirements and dimensions This standard applies to aluminium stranded for PVC-insulated cables for operation at nominal conductors for overhead power transmission voltages up to and including 1900 V to armour or 456. US 695:2006 Fluorescent lamps for general earth and 3300 V between conductors. Covers cables lighting intended for general use where the combination of the This standard specifies requirements for tubular hot ambient temperature and temperature rise due to the cathode fluorescent lamps for general lighting service, loading current results in a conductor temperature not for operation with or without starters, at room exceeding 70 degree C. temperature of 10 °C to 40 °C. 451. US 602:1995 Standard specification for PVC - 457. US ISO 764:2002, Horology — Magnetic resistant Insulated cables (non armoured) for electric watches power and lighting This Uganda Standard specifies the minimum This standard specifies requirements and dimensions requirements and test methods for magnetic resistant for non-armoured Poly Vinyl Chloride (PVC) watches. It is based on the simulation of an accidental insulated cables for fixed installations and for exposure of a watch to a direct current magnetic field operation at voltages up to and including 450 V to of 4 800 A/m. Annex A deals with watches designated earth and 750 V a.c. between conductors. as magnetic resistant with an additional indication of 452. US 603:1995 Standard specification for Electro intensity of a magnetic field exceeding 4 800 A/m. technical, power, telecommunication, electronics, 458. US EAS 811-1: 2014, Code of practice for safety of lighting and colour terms. Terms particular to electrical installations — Part 1: General power engineering - Electric cable terminology This Uganda Standard specifies the terms and This standard is for the purpose of clarification of definitions, symbols and methods of earthing of terms used in all standards pertaining to electric cables electrical supply, communication facilities and and wires. associated equipment. It applies to all new and 453. US 604:1995 Standard specification for PVC existing installations and extensions. This standard insulation and sheath of electric cables does not cover the earthed return of electric railways This standard specifies the physical and electrical nor those lightning protection wires that are normally requirements for the types of PVC insulation and independent of supply or communication wires or sheath of electric cables. equipment.

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459. US EAS 811-2:2014, Code of practice for safety of electric supply lines, communication lines and electrical installations — Part 2: Installation and equipment maintenance of electric supply stations and This Uganda Standard specifies the practical work equipment requirements to be followed during installation, This Uganda Standard specifies the safety operation and maintenance of electric supply and requirements for installations, operations and communications lines and equipment as a means of maintenance of electric supply stations. It also safeguarding employees and the public from injury. provides safety guidelines to personnel involved in 463. US 819:2008, General labeling of electrical electric supply stations and their associated structural appliances — Instructions for use arrangements that are accessible only to qualified This standard establishes the principles of, and gives personnel. recommendations on the design and formulation of 460. US EAS 811-3:2014, Code of practice for safety of instructions for the use of consumer products with electrical installations — Part 3 :Installation and specific reference to electrical appliances. It is maintenance of overhead electric supply and intended for committees preparing standards for communication lines consumer products, and product designers, This Uganda Standard specifies safety requirements manufacturers, technical writers or other people for installation and maintenance of overhead electric engaged in the work of conceiving and drafting such supply and communication lines and their associated instructions. It also guides consumers and traders of equipment. It prescribes the associated structural electrical items on the instructions used on these arrangements of such systems and the extension of items. such systems into buildings. It includes requirements 464. US 854-1:2011, Thermal solar systems & for spacing, clearances, and strength of construction. components — Solar collectors — Part 1: General This part of US EAS 811 does not apply to requirements installations in electric supply stations except as This Uganda Standards specifies requirements on required by US EAS 811-1. durability (including mechanical strength), reliability 461. US EAS 811-4:2014, Code of practice for safety of and safety for liquid heating solar collectors. It also electrical installations — Part 4: Installation and includes provisions for evaluation of conformity to maintenance of underground electric supply and these requirements. It is not applicable to those communication lines collectors in which thermal storage unit is an integral This Uganda Standard specifies safety requirements part of the collector to such an extent that the for the installation and maintenance of underground collection process cannot be separated from the electric supply and communication lines. It prescribes storage process for purposes of making measurements the associated structural arrangements and the of these two processes. extension of such systems into buildings. It also 465. US 855-1:2011, Thermal solar systems & covers the cables and equipment employed primarily components – Factory made solar systems –Part for the utilization of electric power when such cables 1: General requirements and equipment are used by the utility in the exercise of This Uganda Standard specifies requirements on its function as a utility. This standard does not apply durability, reliability and safety for Factory Made for installations in electric supply stations. thermal solar heating systems. The standard also 462. US EAS 811-5: 2014, Code of practice for safety of includes provisions for evaluation of conformity to electrical installations — Part 5: Operation of these requirements. The requirements in this standard apply to factory made solar systems as products. The

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installation of these systems itself is not considered, purposes, for use in luminaires and with lamp ballasts but requirements are given for the documentation for connected to a 240 V 50 Hz single phase or similar the installer and the user which is delivered with the mains supply. system. 470. US 903-2:2011, Double-capped fluorescent lamps 466. US 857-1: 2011, Custom built solar systems – Part — Performance specifications — Part 2: 1: General requirements Procedure for quantitative analysis of mercury This Uganda Standard specifies requirements on present in fluorescent lamps durability, reliability and safety of small and large This Uganda Standard outlines a procedure for custom built solar heating systems with liquid heat quantitative analysis of mercury present in fluorescent transfer medium for residential buildings and similar lamps that are used in general lighting service. The applications. The standard contains also requirements testing method specifies the procedures that can be on the design process of large custom built systems. used to determine accurately the mercury content in a 467. US 900-1:2011, Performance of household fluorescent lamp in which mercury is introduced as the electrical appliances refrigerating appliances Part medium for discharge between the electrodes. 1: Energy labeling and minimum energy 471. US 904-1:2011, Performance of electrical lighting performance standards requirements equipment-ballasts for fluorescent lamps — Part This Uganda Standard specifies the energy labeling 1: Energy labeling and Minimum Energy and Minimum Energy Performance Standard (MEPS) Performance Standards requirements requirements for vapour compression refrigerating This Uganda Standard specifies requirements for the appliances that can be connected to mains power and classification of ballasts for a range of fluorescent which are within the scope of US 900-2. Such lamp types according to their Energy Efficiency Index refrigerating appliances that are used in the (EEI) and the form of labeling of the EEI, which is commercial sector are included within the scope. generally shown on the ballast rating plate. 468. 292. US 902:2011, Self-ballasted lamps for 472. US 904-2:2011, Performance of electrical lighting General Lighting Services (GLS) — Performance equipment — Ballasts for fluorescent Lamps — requirements Part 2: Method of measurement to determine This Uganda Standard specifies the performance energy consumption and performance of ballast- requirements, together with the test methods and lamp circuits conditions required to show compliance of tubular This Uganda Standard provides methods of fluorescent and other gas-discharge lamps with measurement of ballast energy consumption and integrated means for controlling starting and stable performance when used with their associated operation (self-ballasted lamps), intended for domestic fluorescent lamp(s). and similar general lighting purposes. 473. US 905-1:2011, Rotating electrical machines — 469. US 903-1:2011, Double-capped fluorescent lamps- General requirements — Part 1: Three phase cage performance specifications — Part 1: Minimum induction motors — High efficiency and Energy Performance Standard (MEPS) Minimum Energy Performance Standards This Uganda Standard specifies Minimum Energy requirements Performance Standard (MEPS) requirements for This Uganda Standard applies to three-phase cage double-capped tubular fluorescent lamps with a induction motors with ratings from 0.73 kW and up to nominal length of 550 mm to 1500 mm and having but not including 185 kW. The scope covers motors of nominal lamp wattage of 16 watts or more. This rated voltages up to 1100 V a.c standard covers lamps for general illumination

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474. US ISO 1413:1984, Horology — Shock resistant 477. US ISO 8528-3:2005, Reciprocating internal watches combustion engine driven alternating current This Uganda Standard specifies the minimum generating sets — Part 3: Alternating current requirements for shock-resistant watches and generators for generating sets describes the corresponding method of test. It is This Uganda Standard specifies the principal intended to allow homologation testing of watches characteristics of Alternating Current (a.c.) generators rather than the individual control of all watches of a under the control of their voltage regulators when used production batch. Indeed, assuming that each watch in generating set applications. It supplements the could comply with the minimum requirements without requirements of IEC 60034-1. This part of US ISO apparent damage, readjustment could still be made 8528 applies to a.c. generators used in a.c. generating necessary because the test can lead to an alteration of sets driven by reciprocating internal combustion (RIC) the initial rate of a watch. This standard is based on engines for land and marine use, excluding generating the simulation of the shock received by a watch on sets used on aircraft or to propel land vehicles and falling accidentally from a height of 1 m on to a locomotives. For some specific applications (e.g. horizontal hardwood surface. essential hospital supplies, high-rise buildings), 475. US ISO 6425:1996, Divers’ watches supplementary requirements may be necessary. The This Uganda Standard specifies requirements and test provisions of this part of US ISO 8528 should be methods for divers’ watches and for divers’ watches regarded as the basis for establishing any for use in deep diving. supplementary requirements. For a.c. generating sets 476. US ISO 8528-2:2005, Reciprocating internal driven by other reciprocating-type prime movers (e.g. combustion engine driven alternating current steam engines) the provisions of this part of US ISO generating sets — Part 2: Engines 8528 should be used as a basis for establishing these This Uganda Standard specifies the principal requirements. characteristics of a Reciprocating Internal Combustion 478. US ISO 8528-4:2005, Reciprocating internal (RIC) engine when used for alternating current (a.c.) combustion engine driven alternating current generating set applications. It applies to RIC engines generating sets — Part 4: Control gear and for a.c. generating sets for land and marine use, switchgear excluding generating sets used on aircraft or to propel This Uganda Standard specifies the criteria for control land vehicles and locomotives. For some specific gear and switchgear for generating sets with applications (e.g. essential hospital supplies, high rise reciprocating internal combustion engines. It applies buildings), supplementary requirements may be to Alternating Current (a.c.) generating sets driven by necessary. The provisions of this part of ISO 8528 Reciprocating Internal Combustion (RIC) engines for should be regarded as the basis for establishing any land and marine use excluding generating sets used on supplementary requirements. The terms which define aircraft or to propel land vehicles and locomotives. the speed governing and speed characteristics of RIC For some specific applications (e.g. essential hospital engines are listed and explained where they apply supplies and high-rise buildings), supplementary specifically to the use of the engine for driving a.c. requirements may be necessary. The provisions of this generators. For other reciprocating-type prime movers part of US ISO 8528 should be regarded as a basis for (e.g. steam engines), the provisions of this part of US establishing any supplementary requirements. For ISO 8528 should be used as a basis for establishing generating sets driven by other prime movers (e.g. these requirements. steam engines), this part of US ISO 8528 should be regarded as a basis for establishing these requirements.

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479. US ISO 8528-5:2013, Reciprocating internal generating sets — Part 12: Emergency power combustion engine driven alternating current supply to safety services generating sets — Part 5: Generating sets This Uganda Standard applies to generating sets This Uganda Standard defines terms and specifies driven by reciprocating internal-combustion (RIC) design and performance criteria arising out of the engines for emergency power supply to safety combination of a Reciprocating Internal Combustion services. It applies, for example, to safety equipment (RIC) engine and an Alternating Current (a.c.) in hospitals, high-rise buildings, public gathering generator when operating as a unit. It applies to a.c. places etc. This part of US ISO 8528 establishes the generating sets driven by RIC engines for land and special requirements for the performance, design and marine use, excluding generating sets used on aircraft maintenance of power generators used in the or to propel land vehicles and locomotives. For some applications referred to above and taking into account specific applications (e.g. essential hospital supplies the provisions of US ISO 8528-1 to US ISO 8528-6 and high-rise buildings) supplementary requirements and US ISO 8528-10. can be necessary. The provisions of this part of US 482. US ISO 8528-13:2016, Reciprocating internal ISO 8528 are a basis for establishing any combustion engine driven alternating current supplementary requirements. For generating sets generating sets — Part 13: Safety driven by other reciprocating-type prime movers (e.g. This Uganda Standard specifies the safety steam engines), the provisions of this part of US ISO requirements for reciprocating internal combustion 8528 can be used as a basis for establishing these (RIC) engine driven generating sets up to 1 000 V requirements. consisting of an RIC engine, an alternating current 480. US ISO 8528-7:1994, Reciprocating internal (AC) generator including the additional equipment combustion engine driven alternating current required for operating, e.g. controlgear, switchgear, generating sets — Part 7: Technical declarations auxiliary equipment. It is applicable to generating sets for specification and design for land and marine use (domestic, recreational and This Uganda Standard specifies the requirements and industrial application). It is not applicable to parameters for the specification and design of a generating sets used on board of seagoing vessels and reciprocating internal combustion (RIC) engine driven mobile offshore units as well as on aircraft or to propel generating set, with reference to the definitions given road vehicles and locomotives. The special in US ISO 8528-1 to US ISO 8528-6. lt applies to requirements needed to cover operation in potentially alternating current (a.c.) generating sets driven by RIC explosive atmospheres are not covered in this part of engines for land and marine use, excluding generating US ISO 8528. The hazards relevant to RIC engine sets used on aircraft or to propel land vehicles and driven generating sets are identified in Annex A. This locomotives. For some specific applications (for part of US ISO 8528 deals with the special example, essential hospital supplies, high-rise requirements of test and safety design which should be buildings, etc.) supplementary requirements may be observed in addition to the definitions and necessary. The provisions of this part of US ISO 8528 requirements in US ISO 8528-1, US ISO 8528-2, US should be regarded as a basis. For other reciprocating- ISO 8528-3, US ISO 8528-4, US ISO 8528-5 and US type Prime movers (e.g. sewage gas engines, steam ISO 8528-6, where applicable. It specifies safety engines), the provisions of this part of US ISO 8528 requirements in order to protect the user from danger. should be used as a basis. 483. US ISO 22810:2010, Horology — Water-resistant 481. US ISO 8528-12:1997, Reciprocating internal watches combustion engine driven alternating current

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This Uganda Standard establishes the requirements 488. US IEC 60064:2005, Tungsten filament lamps for and specifies the test methods used to verify the water domestic and similar general lighting purposes — resistance of watches. Moreover, it indicates the Performance requirements marking which the manufacturer is authorized to apply This Uganda Standard applies to tungsten filament to them. Divers' watches, specified as such, are incandescent lamps for general lighting service (GLS) covered by US ISO 6425 which establishes special which comply with the safety requirements in IEC requirements. 432-1 and having: rated wattage of 25 W to 200 W, 484. US IEC 60034 – 1:2004 Rotating electrical inclusive; rated voltage 100 V to 250 V, including machines – Part 1: Rating and Performance marked voltage range not exceeding ± 2.5 % of the This standard is applicable to all rotating electrical mean voltage; bulbs of the A or PS shapes; bulbs with machines except those covered by other IEC standards clear, frosted or equivalently coated finishes. – for example, IEC 60349. Machines within the scope This standard states the performance requirements for of this standard may also be subject to superseding, lamps, including test methods and means of modifying or additional requirements in other confirming compliance with the requirements 485. US IEC 60061-1:2007, Lamp caps and holders 489. US IEC 60065:2005 Audio, video and similar together with gauges for the control of electronic apparatus – Safety requirements interchangeability and safety – Part 1: Lamp caps This standard applies to receiving apparatus for sound This Uganda Standard contains the recommendations or vision, amplifiers, load and source transducers, of the IEC in regard to lamp caps and holders in motor-driven apparatus (radio-gramophones, tape general use, together with relevant gauges, with the recorders and sound-film projectors, etc.) which are to object of securing international interchangeability. be connected to the mains, directly or indirectly, and 486. US IEC 60061-2:2007,Lamp caps and holders which are intended for domestic and similar indoor together with gauges for the control of use. Gives a safety and classification terminology interchangeability and safety – Part 2: Lamp based on IEC 60536. Specifies requirements for holders marking, insulation, components, electrical This standard contains the recommendations of the connections and fixings, protection against ionizing IEC in regard to lamp caps and holders in general use, radiation, resistance to heating, mechanical strength together with relevant gauges, with the object of and stability, etc., as well as a requirement for splash- securing international interchangeability. proof mains operated electronic equipment. Does not 487. US IEC 60061-3:2003 Lamp caps and holders apply to apparatus designed for rated supply voltage together with gauges for the control of exceeding 433 V (r.m.s.) between phases in the case of interchangeability and safety – Part 3: Gauges three-phase supply and 250 V (r.m.s.) in all other This standard is based on the third edition (1969) and cases. Has the status of a group safety publication in its supplements A(1970), B(1971), C(1971), D(1972), accordance with IEC Guide 104. E(1972), F(1975), G(1977), H(1980), J(1983), 490. US IEC 60076-1:2011, Power transformers — K(1987), L(1989), M(1992), N(1994), P(1994), Part 1: General Q(1995), R(1996), S(1996), T(1996), U(1997) and This Uganda Standard applies to three-phase and amendments 20(1998), 21(1999), 22(1999), 23(2000), single-phase power transformers (including auto- 24(2001), 25(2001), 26(2001), 27(2002), 28(2002), transformers) with the exception of certain categories 29(2002), 30(2003) and 31(2003). of small and special transformers such as: single-phase transformers with rated power less than 1 kVA and three-phase transformers less than 5 kVA;

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transformers, which have no windings with rated transformers as defined in the scope of US IEC 60076- voltage higher than 1 000 V; instrument transformers; 1. (This Uganda Standard cancels and replaces US amongst others. (This Uganda Standard cancels and EAS 371-5:2005, Specification for power transformers replaces US EAS 371-1:2005, Specification for power — Part 5: Ability to withstand short circuit, which has transformers — Part 1: General requirements, which been technically revised). has been technically revised). 494. US IEC 60081:2002 Double – capped fluorescent 491. US IEC 60076-2:2011, Power transformers — lamps — Performance specifications Part 2: Temperature rise for liquid-immersed This standard specifies the performance requirements transformers for double-capped fluorescent lamps general lighting This Uganda Standard applies to liquid-immersed service. The requirements of this standard relate only transformers, identifies power transformers according to type testing. Conditions of compliance, including to their cooling methods, defines temperature rise methods of statistical assessment, are under limits and gives the methods for temperature rise tests. consideration. (This Uganda Standard cancels and replaces US EAS 495. US IEC 60086-1: 2011, Primary batteries — 371-2:2005, Specification for power transformers — General Part 2: Specification for temperature rise This Uganda Standard is intended to standardize requirements, which has been technically revised). primary batteries with respect to dimensions, 492. US IEC 60076-3:2013, Power transformers — nomenclature, terminal configurations, markings, test Part 3: Insulation levels, dielectric tests and methods, typical performance, safety and external clearances in air environmental aspects. As a primary battery This Uganda Standard applies to power transformers classification tool, electrochemical systems are also as defined by and in the scope of US IEC 60076-1. It standardized with respect to system letter, electrodes, gives details of the applicable dielectric tests and electrolyte, nominal and maximum open circuit minimum dielectric test levels. Recommended voltage. This standard specifies test methods for minimum external clearances in air between live parts testing primary cells and batteries. (This Uganda and between live parts and earth are given for use Standard cancels and replaces US 481-1:2003, when these clearances are not specified by the Primary batteries — Part 1: General, which has being purchaser. (This Uganda Standard cancels and renumbered). replaces US EAS 371-3:2005, Specification for power 496. US IEC 60086-2: 2011, Primary batteries — Part transformers — Part 3: Insulation levels and 2: Physical and electrical specifications dielectric tests, which has been technically revised). This Uganda Standard is applicable to primary 493. US IEC 60076-5:2006, Power transformers — batteries based on standardized electrochemical Part 5: Ability to withstand short circuit systems. It specifies the physical dimensions and the This Uganda Standard identifies the requirements for discharge test conditions and discharge performance power transformers to sustain without damage the requirements. (This Uganda Standard cancels and effects of overcurrent originated by external short replaces US 481-2:2003 Primary batteries — Part 2: circuits. It describes the calculation procedures used to Physical and electrical specifications, which has been demonstrate the thermal ability of a power transformer renumbered). to withstand such over currents and both the special 497. US IEC 60086-3: 2011, Primary batteries — Part test and the theoretical evaluation method used to 3: Watch batteries demonstrate the ability to withstand the relevant This Uganda Standard specifies dimensions, dynamic effects. The requirements apply to designation, methods of tests and requirements for

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primary batteries for watches. In several cases, a menu 501. US IEC 60095-2:2009, Lead-acid starter batteries of test methods is given. When presenting battery — Part 2: Dimensions of batteries and dimensions electrical characteristics and/or performance data, the and marking of terminals manufacturer specifies which test method was used. This Uganda Standard is applicable to lead-acid (This Uganda Standard cancels and replaces US 481- batteries used for starting, lighting and ignition of 3:2003 Primary batteries — Part 3: Watch batteries, passenger cars and light vehicles with a nominal which has been renumbered). voltage of 12 V. (This Uganda Standard cancels and 498. US IEC 60086-4: 2007, Primary batteries — Part replaces US 369-2:2001, Batteries — Lead-acid 4: Safety of lithium batteries starter batteries — Part 2: Dimensions of batteries This Uganda Standard specifies tests and requirements and dimensions and making of terminals, which has for primary batteries to ensure their safe operation been technically revised). under intended use and reasonably foreseeable misuse. 502. US IEC 60104:1987, Aluminium-magnesium- (This Uganda Standard cancels and replaces US 481- silicon alloy wire for overhead line conductors 4:2003, Primary batteries — Part 4: Safety of lithium, This Uganda Standard is applicable to aluminium- which has been renumbered). magnesium-silicon alloy wires of two types having 499. US IEC 60086-5: 2011, Primary batteries — Part different mechanical and electrical properties for the 5: Safety of batteries with aqueous electrolyte manufacture of stranded conductors for overhead This Uganda Standard specifies tests and requirements power transmission purposes. It specifies the for primary batteries with aqueous electrolyte to mechanical and electrical properties of wires in the ensure their safe operation under intended use and diameter range 1.50 mm to 4.50 mm. The two types reasonably foreseeable misuse. (This Uganda are designated Type A and Type B respectively. (This Standard cancels and replaces US EAS 481-5:2003 Uganda Standard cancels and replaces US EAS Primary batteries — Part 5: Safety of batteries with 507:2008, Aluminium-magnesium-silicon alloy wire aqueous electrolyte, which has been renumbered). for overhead line conductors, which has been 500. US IEC 60095-1:2006, Lead-acid starter batteries republished). — Part 1: General requirements and methods of 503. US IEC 60155:1993 Glow – starters for test fluorescent lamps This Uganda Standard is applicable to lead-acid This standard specifies interchangeable glow-starters batteries with a nominal voltage of 12 V, used used with pre-heat type fluorescent lamps, hereafter primarily as a power source for the starting of internal called “starters”. combustion engines, lighting and for auxiliary 504. US IEC 60188:2001 High – pressure mercury equipment of internal combustion engine vehicles. vapour lamps — Performance specifications These batteries are commonly called "starter This standard specifies the performance requirements batteries". This standard specifies general for high-pressure mercury vapour lamps for general requirements; essential functional characteristics, lighting purposes, with or without a red correcting relevant test methods and results required, for several fluorescent coating. classes of starter batteries; according to the general 505. US IEC 60192:2001 Low – pressure sodium type of application; and according to the type of vapour lamps — Performance specifications product. (This Uganda Standard cancels and replaces This standard specifies the performance requirements US 369-1:2001 Batteries — Lead acid starter for low-pressure sodium vapour lamps for general batteries — Part 1: General requirements and lighting purposes. methods of test, which has been technically revised.)

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506. US IEC 60227-1:2007, Polyvinyl chloride comply with the appropriate requirements given in US insulated cables of rated voltages up to and IEC 60227-1 and the particular requirements of this including 450/750 V — Part 1: General part. (This Uganda Standard cancels and replaces US requirements (2nd Edition) EAS 499-4:2008, Polyvinyl chloride insulated cables This Uganda Standard applies to rigid and flexible of rated voltages up to and including 450/750 V — cables with insulation, and sheath if any, based on Part 4: Sheathed cables for fixed wiring and US IEC

polyvinyl chloride, of rated voltages Uo/U up to and 60227-4:2005 Polyvinyl chloride insulated cables of including 450/750 V used in power installations of rated voltages up to and including 450/750V — Part nominal voltage not exceeding 450/750 V a.c. (This 4: Sheathed cables for fixed wiring, which has been Uganda Standard cancels and replaces US EAS 499- renumbered). 1:2008, Polyvinyl chloride insulated cables of rated 509. US IEC 60227-5:2011, Polyvinyl chloride voltages up to and including 450/750 V — Part 1: insulated cables of rated voltages up to and General requirements and US IEC 60227-1:2005, including 450/750 V — Part 5: Flexible cables Polyvinyl chloride insulated cables of rated voltages (cords) up to and including 450/750V — Part 1: General This Uganda Standard details the particular requirements, which has been technically revised). specifications for polyvinyl chloride insulated flexible 507. US IEC 60227-3:1997, Polyvinyl chloride cables (cords), of rated voltages up to and including insulated cables of rated voltages up to and 300/500 V. All cables comply with the appropriate including 450/750 V — Part 3: Non-sheathed requirements given in IEC 60227-1 and each cables for fixed wiring individual type of cable complies with the particular This Uganda Standard details the particular requirements of this part. (This Uganda Standard specifications for polyvinyl chloride insulated single- cancels and replaces US EAS 499-5:2008, Polyvinyl core non-sheathed cables for fixed wiring of rated chloride insulated cables of rated voltages up to and voltages up to and including 450/750V. All cables including 450/750 V — Part 5: Flexible cables shall comply with the appropriate requirements given (cords), which has been renumbered). in US IEC 60227-1 and the individual types of cables 510. US IEC 60227-6: 2001, Polyvinyl chloride shall each comply with the particular requirements of insulated cables of rated voltages up to and this part. (This Uganda Standard cancels and replaces including 450/750 V — Part 6: Lift cables and US EAS 499-3:2008, Polyvinyl chloride insulated cables for flexible connections cables of rated voltages up to and including 450/750 V This Uganda Standard details the particular — Part 3: Non-sheathed cables for fixed wiring and specifications for both circular and flat lift cables and US IEC 60227-3:2005, Polyvinyl chloride insulated cables for flexible connections of rated voltages up to cables of rated voltages up to and including 450/750 V and including 450/750 V. Each cable complies with — Part 3: Non-sheathed cables for fixed wiring, which the appropriate requirements given in US IEC 60227- has been renumbered). 1, and with the particular requirements of this part of 508. US IEC 60227-4:1997, Polyvinyl chloride US IEC 60227. (This Uganda Standard cancels and insulated cables of rated voltages up to and replaces US EAS 499-6:2008, Polyvinyl chloride including 450/750 V — Part 4: Sheathed cables for insulated cables of rated voltages up to and including fixed wiring 450/750 V — Part 6: Lift cables and cables for flexible This Uganda Standard details the particular connections, which has been renumbered). specification for light polyvinyl chloride sheathed 511. US IEC 60227-7:2012, Polyvinyl chloride cables of rated voltage of 300/500 V. Each cable shall insulated cables of rated voltages up to and

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including 450/750 V — Part 7: Flexible cables supply. These lamp holders are not intended for retail screened and unscreened with two or more sale. conductors 514. US IEC 60245-1:2007, Rubber insulated cables — This Uganda Standard details the particular Rated voltages up to and including 450/750 V — specifications for polyvinyl chloride insulated, Part 1: General requirements screened and unscreened control cables of rated This Uganda Standard applies to rigid and flexible voltages up to and including 300/500 V. All cables cables with insulation, and sheath if any, based on comply with the appropriate requirements given in US vulcanized rubber of rated voltages Uo/U up to and IEC 60227-1 and each individual type of cable including 450/750 V used in power installations of complies with the particular requirements of this part. nominal voltage not exceeding 450/750 V a.c. (This (This Uganda Standard cancels and replaces US EAS Uganda Standard cancels and replaces, US EAS 503- 499-7:2008, Polyvinyl chloride insulated cables of 1:2008, Rubber insulated cables — rated voltages up rated voltages up to and including 450/750 V — Part to and including 450/750 V — Part 1: General 7: Flexible cables screened and unscreened with two requirements, which has been republished). or more conductors, which has been renumbered). 515. US IEC 60245-3:1994, Rubber insulated cables — 512. US IEC 60228:2004, Conductors of insulated Rated voltages up to and including 450/750 V — cables Part 3: Heat resistant silicone insulated cables This Uganda Standard specifies the nominal cross- This Uganda Standard details the particular sectional areas, in the range 0.5 mm2 to 2 500 mm2, for specifications for silicone rubber insulated cables of conductors in electric power cables and cords of a rated voltage of 300/500 V. Each cable should comply wide range of types. Requirements for numbers and with the appropriate requirements given in IEC 245-1 sizes of wires and resistance values are also included. and the particular requirements of this part. (This (This Uganda Standard cancels and replaces, US EAS Uganda Standard cancels and replaces, US EAS 503- 501:2008, Conductors of insulated cables, which has 3:2008, Rubber insulated cables — rated voltages up been republished). to and including 450/750 V — Part 3: Heat resistant 513. US IEC 60238:2004, Edison screw lamp holders silicone insulated cables, which has been This Uganda Standard applies to lampholders with republished). Edison thread E14, E27 and E40, designed for 516. US IEC 60245-4:2011, Rubber insulated cables — connection to the supply of lamps and semi-luminaires Rated voltages up to and including 450/750 V — only. It also applies to switched-lamp holders for use Part 4: Cords and flexible cables in a.c. circuits only, where the working voltage does This Uganda Standard details the particular not exceed 250 V r.m.s. This standard also applies to specifications for rubber insulated and braided cords lampholders with Edison thread E5 designed for and for rubber insulated and rubber or connection to the supply mains of series connected polychloroprene or other equivalent synthetic lamps, with a working voltage not exceeding 25 V, to elastomer sheathed cords and flexible cables of rated be used indoors, and to lampholders with Edison voltages up to and including 450/750 V. (This Uganda thread E10 designed for connection to the supply Standard cancels and replaces, US EAS 503-4:2008, mains of series connected lamps, with a working Rubber insulated cables — rated voltages up to and voltage not exceeding 60 V, to be used indoors or including 450/750 V — Part 4: Cords and flexible outdoors. It also applies to lampholders E10 for cables, which has been republished). building-in, for the connection of single lamps to the

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517. US IEC 60245-5:1994, Rubber insulated cables — covered cords of rated voltage 300/300 V, for use in Rated voltages up to and including 450/750 V — applications where high flexibility is required, for Part 5: Lift cables example iron cords. All cables should comply with the This Uganda Standard details the particular appropriate requirements given in US IEC 60245-1 specifications for rubber insulated lift cables of rated and the individual types of cables should each comply voltage of 300/500 V. (This Uganda Standard cancels with the particular requirements of this part. (This and replaces, US EAS 503-5:2008, Rubber insulated Uganda Standard cancels and replaces, US EAS 503- cables — rated voltages up to and including 450/750 8:2008, Rubber insulated cables — rated voltages up V — Part 5: Lift cables, which has been republished) to and including 450/750 V — Part 8: Cords for 518. US IEC 60245-6:1994, Rubber insulated cables — applications requiring high flexibility, which has been Rated voltages up to and including 450/750 V — republished). Part 6: Arc welding electrode cables 521. US IEC 60282-1:2014, High-voltage fuses — Part This Uganda Standard details the particular 1: Current-limiting fuses specifications for rubber insulated arc welding This Uganda Standard applies to all types of high- electrode cables. Each cable should comply with the voltage current-limiting fuses designed for use appropriate requirements given in IEC 245-1 and the outdoors or indoors on alternating current systems of particular requirements of this part. (This Uganda 50 Hz and 60 Hz and of rated voltages exceeding 1 Standard cancels and replaces, US EAS 503-6:2008 000 V. (This Uganda Standard cancels and replaces Rubber insulated cables — rated voltages up to and US EAS 388-1:2005, High-voltage fuses — Part 1: including 450/750 V — Part 6: Arc welding electrode Current-limiting fuses, which has been technically cables, which has been republished). revised). 519. US IEC 60245-7:1994, Rubber insulated cables — 522. US IEC 60282-2:2008, High-voltage fuses — Part Rated voltages up to and including 450/750 V — 2: Expulsion fuses Part 7: Heat resistant ethylene-vinyl acetate This Uganda Standard specifies requirements for rubber insulated cables expulsion fuses designed for use outdoors or indoors This Uganda Standard details the particular on alternating current systems of 50 Hz and 60 Hz, specifications for ethylene-vinylacerate rubber and of rated voltages exceeding 1 000 V. This insulated cables of rated voltages up to and including standard covers only the performance of fuses, each 450/750 V. Each cable should comply with the one comprising a specified combination of fuse-base, appropriate requirements given in IEC 245-1 and the fuse-carrier and fuse-link which have been tested in particular requirements of this part. (This Uganda accordance with this standard; successful performance Standard cancels and replaces, US EAS 503-7:2008, of other combinations cannot be implied from this Rubber insulated cables — rated voltages up to and standard. (This Uganda Standard cancels and replaces including 450/750 V — Part 7: Heat resistant US EAS 388-2:2005, High-voltage fuses — Part 2: ethylene-vinyl acetate rubber insulated cables, which Expulsion fuses, which has been technically revised). has been republished). 523. US IEC 60335-1: 2010, Household and similar 520. US IEC 60245-8:2012, Rubber insulated cables — electrical appliances — Safety — Part 1: General Rated voltages up to and including 450/750 V — requirements (2nd Edition) Part 8: Cords for applications requiring high This Uganda Standard deals with the safety of flexibility electrical appliances for household and similar This Uganda Standard details the particular purposes, their rated voltage being not more than 250 specifications for rubber insulated and textile braid

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V for single phase appliances and 480 V for other 528. US IEC 60335-2-6: 2008, Household and similar appliances. electrical appliances — Safety — Part 2-6: 524. US IEC 60335-2-2:2002 Household and similar Particular requirements for stationary cooking electrical appliances – Safety – Part 2-2: ranges, hobs, ovens and similar appliances (2nd Particular requirements for vacuum cleaners and Edition) water-suction cleaning appliances This Uganda Standard deals with the safety of This standard deals with the safety of electric vacuum stationary electric cooking ranges, hobs, ovens and cleaners and water suction cleaning appliances for similar appliances for household use, their rated household and similar purposes, including vacuum voltages being not more than 250 V for single phase cleaners for animal grooming, their rated voltage appliances connected between phase and neutral, and being not more than 250 V. It also applies to centrally- 480 V for other appliances. sited vacuum cleaners. 529. US IEC 60335-2-7: 2012, Household and similar 525. US IEC 60335-2-3: 2012, Household and similar electrical appliances — Safety — Part 2-7: electrical appliances — Safety — Part 2-3: Particular requirements for washing machines Particular requirements for electric irons (2nd (2nd Edition) Edition) This Uganda Standard deals with the safety of electric This Uganda Standard deals with the safety of electric washing machines for household and similar use, that dry irons and steam irons, including those with a are intended for washing clothes and textiles, their separate water reservoir or boiler having a capacity not rated voltage being not being more than 250 V for exceeding 5 L, for household and similar purposes, single phase appliances and 480 V for other their rated voltage being not more than 250 V. appliances. This standard also deals with the safety of Appliances not intended for normal household use, but electric washing machines for household and similar which nevertheless may be a source of danger to the use employing an electrolyte instead of a detergent. public, such as appliances intended to be used by 530. US IEC 60335-2-8:2002 Household and similar laymen in shops, in light industry and on farms, are electrical appliances – Safety – Part 2-8: within the scope of this standard Particular requirements for shavers, hair clippers 526. US IEC 60335-2-4:2003 Household and similar and similar appliances electrical appliances – Safety – Part 2-4: This standard deals with the safety of electric shavers, Particular requirements for spin extractors hair clippers and similar appliances intended for This standard deals with spin extractors incorporated household and similar purposes, their rated voltage in washing machines that have separate containers for being not more than 250 V. washing and spin extraction are within the scope of 531. US IEC 60335-2-9:2002 Household and similar this standard. electrical appliances – Safety – Part 2-9: 527. US IEC 60335-2-5:2003 Household and similar Particular requirements for grills, toasters and electrical appliances – Safety – Part 2-5: similar portable cooking appliances Particular requirements for electric dishwashers This standard deals with the safety of electric portable This standard deals with the safety of electric appliances for household purposes that have a cooking dishwashers for household use that are intended for function such as baking, roasting and grilling, their washing and rinsing dishes, cutlery and other utensils, rated voltage being not more than 250 V. their rated voltage being not more than 250 V for 532. US IEC 60335-2-10:2002 Household and similar single-phase appliances and 480 V for other electrical appliances – Safety – Part 2-10: appliances.

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Particular requirements for floor treatment Particular requirements for appliances for heating machines and wet scrubbing machines liquids This standard deals with the safety of electric floor This standard deals with the safety of electrical treatment and wet scrubbing machines intended for appliances for heating liquids for household and household and similar purposes, their rated voltage similar purposes, their rated voltage being not more being not more than 250 V. than 250 V. 533. US IEC 60335-2-11:2003 Household and similar 538. US IEC 60335-2-21: 2009, Household and similar electrical appliances – Safety – Part 2-11: electrical appliances — Safety — Part 2-21: Particular requirements for tumble dryers Particular requirements for storage water heaters This standard deals with the safety of electric tumble (2nd Edition) dryers intended for household and similar purposes, This Uganda Standard deals with the safety of storage their rated voltage being not more than 250 V for water heaters for household and similar purposes and single phase appliances and 480 V for other intended for heating water below boiling temperature, appliances. their rated voltage being not being more than 250 V 534. US IEC 60335-2-12:2002 Household and similar for single phase appliances and 480 V for other electrical appliances – Safety – Part 2-12: appliances. As far as is practicable, this standard deals Particular requirements for warming plates and with the common hazards presented by appliances that similar appliances are encountered by all persons in and around the This standard deals with the safety of electric warming home. plates, warming trays and similar appliances intended 539. US IEC 60335-2-23:2003 Household and similar to keep food or vessels warm, for household and electrical appliances – Safety – Part 2-23: similar purposes, their rated voltage being not more Particular requirements for appliances for skin or than 250 V. hair care 535. US IEC 60335-2-13:2004 Household and similar This standard deals with the safety of electric electrical appliances – Safety – Part 2-13: appliances for the care of skin or hair of persons or Particular requirements for deep fat fryers, frying animals and intended for household and similar pans and similar appliances purposes, their rated voltage being not more than 250 This standard deals with the safety of electric deep fat V. fryers having a recommended maximum quantity of 540. US IEC 60335-2-24: 2012, Household and similar oil not exceeding 5 l, frying pans, woks and other electrical appliances — Safety — Part 2-24: appliances in which oil is used for cooking, and Particular requirements for refrigerating intended for household use only, their rated voltage appliances, ice-cream appliances and ice-makers being not more than 250 V. (2nd Edition) 536. US IEC 60335-2-14:2002 Household and similar This Uganda Standard deals with the safety of electrical appliances – Safety – Part 2-14: refrigerating appliances, ice-cream appliances and ice- Particular requirements for kitchen machines makers, their rated voltage being not being more than This standard deals with the safety of electric kitchen 250 V for single phase appliances, 480 V for other machines for household and similar purposes, their appliances and 24 V d.c for appliances when battery rated voltage being not more than 250 V. operated. 537. US IEC 60335-2-15:2003 Household and similar 541. US IEC 60335-2-25:2002 Household and similar electrical appliances – Safety – Part 2-15: electrical appliances – Safety – Part 2-25:

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Particular requirements for microwave ovens, 547. US IEC 60335-2-32:2002 Household and similar including combination microwave ovens electrical appliances – Safety – Part 2-32: This standard deals with the safety of microwave Particular requirements for massage appliances ovens for household use, their rated voltage being not This standard deals with the safety of electric massage more than 250 V. appliances for household and similar purposes, their 542. US IEC 60335-2-26:2002 Household and similar rated voltage being not more than 250 V for single electrical appliances – Safety – Part 2-26: phase appliances and 480 V for other appliances. Particular requirements for clocks 548. US IEC 60335-2-34:2002 Household and similar This standard deals with the safety of electric clocks electrical appliances – Safety – Part 2-34: having a rated voltage not more than 250 V. Particular requirements for motor compressors 543. US IEC 60335-2-27:2004 Household and similar This standard deals with the safety of sealed (hermetic electrical appliances – Safety – Part 2-27: and semi-hermetic type) motor-compressors, their Particular requirements for appliances for skin protection and control systems, if any, which are exposure to ultraviolet and infrared radiation intended for use in equipment for household and This standard deals with the safety of electrical similar purposes and which conform with the appliances incorporating emitters for exposing the skin standards applicable to such equipment. It applies to to ultraviolet or infrared radiation, for household and motor-compressors tested separately, under the most similar use, their rated voltage being not more than severe conditions that may be expected to occur in 250 V for single-phase appliances and 480 V for other normal use, their rated voltage being not more than appliances. 250 V for single-phase motor-compressors and 480 V 544. US IEC 60335-2-28:2002 Household and similar for other motor-compressors. electrical appliances – Safety – Part 2-28: 549. US IEC 60335-2-35:2002 Household and similar Particular requirements for sewing machines electrical appliances – Safety – Part 2-35: This standard deals with the safety of electric sewing Particular requirements for instantaneous water machines for household and similar use, their rated heaters voltage being not more than 250 V for single-phase This standard deals with the safety of electric appliances and 480 V for other appliances. instantaneous water heaters for household and similar 545. US IEC 60335-2-29:2004 Household and similar purposes and intended for heating water below boiling electrical appliances – Safety – Part 2-29: temperature, their rated voltage being not more than Particular requirements for battery chargers 250 V for single-phase appliances and 480 V for other This standard deals with the safety of electric battery appliances. chargers for household and similar use having an 550. US IEC 60335-2-36:2002 Household and similar output at safety extra-low voltage, their rated voltage electrical appliances – Safety – Part 2-36: being not more than 250 V. Particular requirements for commercial electric 546. US IEC 60335-2-31:2002 Household and similar cooking range, ovens, hobs and hob elements electrical appliances – Safety – Part 2-31: This standard deals with the safety of electrically Particular requirements for range hoods operated commercial cooking and baking ranges, This standard deals with the safety of electric range ovens, hobs, hob elements and similar appliances not hoods intended for installing above household cooking intended for household use, their rated voltage being ranges, hobs and similar cooking appliances, their not more than 250 V for single-phase appliances rated voltage being not more than 250 V. connected between one phase and neutral and 480 V for other appliances.

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551. US IEC 60335-2-37:2002 Household and similar 555. US IEC 60335-2-41:2004 Household and similar electrical appliances – Safety – Part 2-37: electrical appliances – Safety – Part 2-41: Particular requirements for commercial electric Particular requirements for pumps deep fat fryers This standard deals with the safety of electric pumps This standard deals with the safety of electrically for liquids having a temperature not exceeding 90 °C, operated commercial deep fat fryers including intended for household and similar purposes, their pressurized types not intended for household use, their rated voltage being not more than 250 V for single- rated voltage being not more than 250 V for single- phase appliances and 480 V for other appliances. phase appliances connected between one phase and 556. US IEC 60335-2-42:2002 Household and similar neutral and 480 V for other appliances. electrical appliances – Safety – Part 2-42: 552. US IEC 60335-2-38:2002 Household and similar Particular requirements for commercial electric electrical appliances – Safety – Part 2-38: forced convection ovens, steam cookers and Particular requirements for commercial electric steam-convection ovens griddles and griddle grills This standard deals with the safety of electrically This standard deals with the safety of electrically operated commercial forced convection ovens, steam operated commercial griddles and griddle grills not cookers, steam-convection ovens and, exclusive of any intended for household use, their rated voltage being other use, steam generators, not intended for not more than 250 V for single-phase appliances household use, their rated voltage being not more than connected between one phase and neutral and 480 V 250 V for single-phase appliances connected between for other appliances. one phase and neutral and 480 V for other appliances. 553. US IEC 60335-2-39:2002 Household and similar 557. US IEC 60335-2-44:2003 Household and similar electrical appliances – Safety – Part 2-39: electrical appliances – Safety – Part 2-44: Particular requirements for commercial electric Particular requirements for ironers multi-purpose cooking pans This standard deals with the safety of portable electric This standard deals with the safety of electrically heating tools and similar appliances, their rated operated commercial multipurpose cooking pans not voltage being not more than 250 V. Appliances not intended for household use, their rated voltage being intended for normal household use, but which not more than 250 V for single-phase appliances nevertheless may be a source of danger to the public, connected between one phase and neutral and 480 V such as appliances intended to be used by laymen in for other appliances. shops, in light industry and on farms, are within the 554. US IEC 60335-2-40:2002 Household and similar scope of this standard. electrical appliances – Safety – Part 2-40: 558. US IEC 60335-2-45:2002 Household and similar Particular requirements for electrical heat pumps, electrical appliances – Safety – Part 2-45: air- conditioners and dehumidifiers Particular requirements for portable heating tools This standard deals with the safety of electric heat and similar appliances pumps, including sanitary hot water heat pumps, air- This standard deals with the safety of electrically conditioners, and dehumidifiers incorporating sealed operated commercial boiling pans not intended for motor compressors, their maximum rated voltages household use, their rated voltage being not more than being not more than 250 V for single phase appliances 250 V for single-phase appliances connected between and 600 V for all other appliances. one phase and neutral, and 480 V for other appliances. 559. US IEC 60335-2-47:2002 Household and similar electrical appliances – Safety – Part 2-47:

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Particular requirements for commercial electric This standard deals with the safety of electric boiling pans stationary circulation pumps intended for use in This standard deals with the safety of electrically heating systems or in service water systems, having a operated commercial boiling pans not intended for rated power input not exceeding 300 W, their rated household use, their rated voltage being not more than voltage being not more than 250 V for single-phase 250 V for single-phase appliances connected between appliances and 480 V for other appliances. one phase and neutral, and 480 V for other appliances. 564. US IEC 60335-2-53:2002 Household and similar 560. US IEC 60335-2-48:2002 Household and similar electrical appliances – Safety – Part 2-53: electrical appliances – Safety – Part 2-48: Particular requirements for sauna heating Particular requirements for commercial electric appliances grillers and toasters This standard deals with the safety of electric sauna This standard deals with the safety of electrically heating appliances having a rated power input not operated commercial grillers and toasters not intended exceeding 20 kW, their rated voltage being not more for household use, their rated voltage being not more than 250 V for single-phase appliances and 480 V for than 250 V for single-phase appliances connected other appliances. between one phase and neutral, and 480 V for other 565. US IEC 60335-2-54:2004 Household and similar appliances. Rotary or continuous grillers and toasters electrical appliances – Safety – Part 2-54: and similar appliances intended for grilling by radiant Particular requirements for surface cleaning heat such as rotisseries, salamanders, etc. are within appliances for household use employing liquids or the scope of this standard. steam 561. US IEC 60335-2-49:2002 Household and similar This standard deals with the safety of electric cleaning electrical appliances – Safety – Part 2-49: appliances for household use that are intended for Particular requirements for commercial electric cleaning surfaces such as windows, walls and empty hot cupboards swimming pools by using liquid cleansing agents or This standard deals with the safety of electrically steam, their rated voltage being not more than 250 V. operated commercial hot cupboards not intended for It also covers wallpaper strippers. household use, their rated voltage being not more than 566. US IEC 60335-2-56:2002 Household and similar 250 V for single-phase appliances connected between electrical appliances – Safety – Part 2-56: one phase and neutral, and 480 V for other appliances. Particular requirements for projectors and 562. US IEC 60335-2-50:2002 Household and similar similar appliances electrical appliances – Safety – Part 2-50: This standard deals with the safety of electric Particular requirements for commercial electric projectors and similar appliances for household and bains-marie similar purposes, their rated voltage being not more This standard deals with the safety of electrically than 250 V. operated commercial bains-marie not intended for 567. US IEC 60335-2-58:2002 Household and similar household use, their rated voltage being not more than electrical appliances – Safety – Part 2-58: 250 V for single-phase appliances connected between Particular requirements for commercial electric one phase and neutral, and 480 V for other appliances. dishwashing machines 563. US IEC 60335-2-51:2002 Household and similar This standard deals with the safety of electrically electrical appliances – Safety – Part 2-51: operated dishwashing machines for washing plates, Particular requirements for stationary circulation dishes, glassware, cutlery and similar articles, with or pumps for heating and service water installations without means for water heating or drying, not

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intended for household use, their rated voltage being cleaners, including power brush, for industrial not more than 250 V for single-phase appliances and commercial use connected between one phase and neutral and 480 V This standard deals with the safety of electrical motor- for other appliances. operated vacuum cleaners and includes appliances and 568. US IEC 60335-2-59:2002 Household and similar stationary equipment specifically designed for wet electrical appliances – Safety – Part 2-59: suction, dry suction, or wet and dry suction for Particular requirements for insect killers industrial and commercial use with or without This standard deals with the safety of electric insect attachments, for example for suction to withdraw dust killers for household and similar purposes, their rated or the like from work benches and production voltage being not more than 250 V. Appliances not machines, their rated voltage being not more than 250 intended for normal household use but that V for single-phase appliances and 480 V for other nevertheless may be a source of danger to the public, appliances. such as appliances intended to be used by laymen in 572. US IEC 60335-2-70:2004 Household and similar shops, in light industry and on farms, are within the electrical appliances – Safety – Part 2-70: scope of this standard. Particular requirements for milking machines 569. US IEC 60335-2-64:2003 Household and similar This standard deals with the safety of milking electrical appliances – Safety – Part 2-64: machines, to be used in stalls and in the open, that are Particular requirements for commercial electric designed for milking farm animals, such as cows, the kitchen machines rated voltage of the milking machine being not more This standard deals with the safety of electrically than 250 V for single-phase operation and 480 V for operated commercial kitchen machines not intended other operations. for household use, their rated voltage being not more 573. US IEC 60335-2-71:2002 Household and similar than 250 V for single phase appliances connected electrical appliances – Safety – Part 271: between one phase and neutral, and 480 V for other Particular requirements for electrical heating appliances. appliances for breeding and rearing animals 570. US IEC 60335-2-67:2002 Household and similar This standard deals with the safety of all kinds of electrical appliances – Safety – Part 2-67: electrical heating appliances used for livestock rearing Particular requirements for floor treatment and and breeding, such as: heat-radiating appliances, floor cleaning machines, for industrial and electrical sitting-hens, incubators, chicken breeding commercial use units and heating plates for animals, the rated voltage This standard deals with the safety of electric motor- of the appliances being not more than 250 V for operated appliances primarily designed for industrial single-phase appliances and 480 V for other and commercial use, with or without attachments, appliances. including appliances incorporating wet and/or dry 574. US IEC 60335-2-73:2002 Household and similar suction, their rated voltage being not more than 250 V electrical appliances – Safety – Part 2-73: for single-phase appliances and 480 V for other Particular requirements for fixed immersion appliances. Such appliances may be used for floor heaters polishing (including waxing and buffing), scrubbing This standard deals with the safety of fixed electric and grinding, scarifying and carpet shampooing. immersion heaters for household and similar purposes 571. US IEC 60335-2-69:2002 Household and similar that are intended for installation in a water tank for electrical appliances – Safety – Part 2-69: heating water to a temperature below its boiling point. Particular requirements for wet and dry vacuum

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The rated voltage is not more than 250 V for single- shops, in light industry and on farms, are within the phase appliances and 480 V for other appliances. scope of this standard. 575. US IEC 60335-2-74:2003 Household and similar 579. US IEC 60335-2-80: 2008, Household and similar electrical appliances – Safety – Part 2-74: electrical appliances — Safety — Part 2-80: Particular requirements for portable immersion Particular requirements for fans (2nd Edition) heaters This Uganda Standard deals with the safety of electric This standard deals with the safety of portable electric fans for household and similar purposes, their rated immersion heaters for household and similar purposes, voltage being not more than 250 V for single phase their rated voltage being not more than 250 V. appliances and 480 V for other appliances. Appliances not intended for normal household use but 580. US IEC 60335-2-82:2002 Household and similar which nevertheless may be a source of danger to the electrical appliances – Safety – Part 2-82: public, such as appliances intended to be used by Particular requirements for amusement machines laymen in shops, in light industry and on farms, are and personal service machines within the scope of this standard. This standard deals with the safety of electric 576. US IEC 60335-2-76:2002 Household and similar commercial amusement machines and personal service electrical appliances – Safety – Part2-76: machines, their rated voltage being not more than 250 Particular requirements for electric fence V for single phase appliances and 480 V for other energizers appliances. This standard deals with the safety of electric fence 581. US IEC 60335-2-89:2002 Household and similar energizers, the rated voltage of which is not more than electrical appliances – Safety – Part 2-89: 250 V and by means of which fence wires in Particular requirements for commercial agricultural, feral animal control and security fences refrigerating appliances with an incorporated or may be electrified or monitored. remote refrigerant condensing unit or compressor 577. US IEC 60335-2-77:2002 Safety of household and This standard specifies safety requirements for similar electrical appliances – Part 2-77: electrically operated commercial refrigerating Particular requirements for pedestrian controlled appliances that have an incorporated compressor or mains-operated lawnmowers that are supplied in two units for assembly as a single This standard deals with the safety of pedestrian appliance in accordance with the manufacturer’s controlled mains-operated electrical, cylinder or rotary instructions (split system). lawnmowers designed primarily for use around the 582. US IEC 60335-2-90:2002 Household and similar home or for similar purposes, their rated voltage being electrical appliances – Safety – Part 2-90: not more than 250 V single phase. Particular requirements for commercial 578. US IEC 60335-2-78:2002 Household and similar microwave ovens electrical appliances – Safety – Part 2-78: This standard deals with the safety of microwave Particular requirements for outdoor barbecues ovens intended for commercial use, their rated voltage This standard deals with the safety of outdoor being not more than 250 V for single-phase appliances barbecues for household and similar use, their rated connected between one phase and neutral and 480 V voltage being not more than 250 V. Appliances not for other appliances. Appliances covered by this intended for normal household use but that standard incorporate a door for user access to the nevertheless may be a source of danger to the public, cavity. such as appliances intended to be used by laymen in 583. US IEC 60335-2-91:2002 Household and similar electrical appliances – Safety – Part 2-91:

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Particular requirements for walk behind and Particular requirements for multifunctional hand-held lawn trimmers and lawn hedge shower cabinets trimmers This standard deals with the safety of electric This standard deals with the safety of microwave multifunctional shower cabinets for household and ovens intended for commercial use, their rated voltage similar purposes, their rated voltage being not more being not more than 250 V for single-phase appliances than 250 V for single phase appliances and 480 V for connected between one phase and neutral and 480 V other appliances. Appliances not intended for normal for other appliances. Appliances covered by this household use but which nevertheless may be a source standard incorporate a door for user access to the of danger to the public, such as appliances intended to cavity. be used by laymen in hotels, fitness centers and 584. US IEC 60335-2-103:2003 Household and similar similar locations, are within the scope of this standard. electrical appliances – Safety – Part 2-103: 587. US IEC 60400:1999 Lamp holders for tubular Particular requirements for drives for gates, doors fluorescent lamps and starter holders and windows This standard states the technical and dimensional This standard deals with the safety of gas, oil and requirements for lamp holders for tubular fluorescent solid-fuel burning appliances having electrical lamps and for starter-holders, and the methods of test connections, for household and similar purposes, their to be used in determining the safety and the fit of the rated voltage being not more than 250 V for single- lamps in the lamp holders and the starters in the starter phase appliances and 480 V for other appliances. This holders. Standard deals with the safety of electric drives for 588. US IEC 60432-1:1999+AMD1:2005+AMD2:2011, horizontally and vertically moving gates, doors and Incandescent lamps — Safety specifications — windows for household and similar purposes, their Part 1: Tungsten filament lamps for domestic and rated voltage being not more than 250 V for single- similar general lighting purposes phase appliances and 480 V for other appliances. It This Uganda Standard specifies the safety and also covers the hazards associated with the movement interchangeability requirements of tungsten filament of the driven part. This standard covers the electrical incandescent lamps for general lighting service. (This safety and some other safety aspects of these Uganda Standard cancels and replaces US 254:2000, appliances. Specification for tungsten filament lamps for general 585. US IEC 60335-2-104:2004 Household and similar lighting service, which has been republished). electrical appliances – Part 2-104: Particular 589. US IEC 60502-1:2009, Power cables with extruded requirements for appliances to recover and/or insulation and their accessories for rated voltages recycle refrigerant from air conditioning and from 1 kV (Um = 1,2 kV) up to 30 kV (Um = 36 refrigeration equipment kV) - Part 1: Cables for rated voltages of 1 kV This standard applies to appliances not intended for (Um = 1,2 kV) and 3 kV (Um = 3,6 kV) normal household use but which nevertheless may be This Uganda Standard specifies the construction, a source of danger to the public, such as appliances dimensions and test requirements of power cables with intended to be used by laymen in shops, offices, extruded solid insulation for rated voltages of 1 kV hotels, restaurants, hospitals, in industry and on farms, (Um = 1,2 kV) and 3 kV (Um = 3,6 kV) for fixed are within the scope of this standard. installations such as distribution networks or industrial 586. US IEC 60335-2-105:2004 Household and similar installations. (This Uganda Standard cancels and electrical appliances - Safety - Part 2-105: replaces, US EAS 506-1:2008, Power cables with extruded insulation and their accessories for rated

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voltages from 1 kV (Um = 1.2 kV) up to 30 kV (Um = exceeding 440 V and a rated current not exceeding 63 36 kV) — Part 1: Cables for rated voltages of 1 kV A, intended for household and similar fixed electrical (Um = 1.2 kV) and 3 kV (Um = 3.6 kV), which has installations, either indoors or outdoors. been republished). 593. US IEC 60669-2-1:2002 Switches for household 590. US IEC 60502-2:2014, Power cables with extruded and similar fixed electrical installations – Part 2-1: insulation and their accessories for rated voltages Particular requirements - Electronic switches

from 1 kV (Um = 1,2 kV) up to 30 kV (Um = 36 kV) This standard applies to manually operated general

– Part 2: Cables for rated voltages from 6 kV (Um purpose switches for a.c. only, with a rated voltage not

= 7,2 kV) up to 30 kV (Um = 36 kV) exceeding 440 V and a rated current not exceeding 63 This Uganda Standard specifies the construction, A. dimensions and test requirements of power cables with 594. US IEC 60669-2-2:2002 Switches for household extruded solid insulation from 6 kV up to 30 kV for and similar fixed electrical installations – Part 2: fixed installations such as distribution networks or Particular requirements – Section 2: Remote- industrial installations. (This Uganda Standard control switches (RCS) cancels and replaces, US EAS 506-2:2008, Power This standard applies to electronic switches and to cables with extruded insulation and their accessories associated electronic extension units for household for rated voltages from 1 kV (Um = 1.2 kV) up to 30 and similar fixed electrical installations either indoors kV (Um = 36 kV) — Part 2: Cables for rated voltages or outdoors. from 6 kV (Um = 7.2 kV) up to 30 kV (Um = 36 kV), 595. US IEC 60669-2-3:1997 Switches for household which has been republished) and similar fixed electrical installations – Part 2-3: 591. US IEC 60502-4:2010, Power cables with extruded Particular requirements – Time-delay switches insulation and their accessories for rated voltages (TDS)

from 1 kV (Um = 1,2 kV) up to 30 kV (Um = 36 kV) This standard applies to remote-control switches - Part 4: Test requirements on accessories for (hereinafter referred to as RCS). This standard applies

cables with rated voltages from 6 kV (Um = 7,2 to electromagnetic RCS with a rated voltage not

kV) up to 30 kV (Um = 36 kV) exceeding 440 V and a rated current not exceeding 63 This Uganda Standard specifies the test requirements A, and to electronic RCS with a rated voltage not for type testing of accessories for power cables with exceeding 250 V and a rated current not exceeding 16 rated voltages from 3,6/6 (7,2) kV up to 18/30 (36) A, intended for household and similar fixed electrical kV, complying with IEC 60502-2. (This Uganda installations, either indoors or outdoors. Standard cancels and replaces, US EAS 506-4:2008, 596. US IEC 60669-2-4:2004 Switches for household Power cables with extruded insulation and their and similar fixed electrical installations – Part 2-4: accessories for rated voltages from 1 kV (Um = 1.2 Particular requirements – Isolating switches kV) up to 30 kV (Um = 36 kV) — Part 4: Test This standard applies to time-delay switches requirements on accessories for cables with rated (hereinafter referred to as TDS) with a rated voltage voltages from 6 kV (Um = 7.2 kV) up to 30 kV (Um = not exceeding 440 V and a rated current not exceeding 36 kV), which has been republished) 63 A, intended for household and similar fixed 592. US IEC 60669-1: 2007, Switches for household electrical installations, either indoors or outdoors, and similar fixed-electrical installations — Part 1: operated by hand and/or by remote control and which General requirements (2nd Edition) are provided with a mechanical, thermal, pneumatic, This Uganda Standard applies to manually operated hydraulic or electrical operated time-delay device or general switches, for a.c only with a rated voltage not with a device which combines any of them.

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597. US IEC 60686:1980 Stabilized power supplies, a.c. 32 A, intended for household and similar proposes, output either, indoors or outdoors. This standard applies to stabilized power supplies 602. US IEC 60884-2-1:2005 Plugs and socket-outlets designed to supply a.c. power from an a.c. or d.c. for household and similar purposes Part 2- source. Power supplies for electrical measurements are 1: Particular requirements for fused plugs excluded. This Part of the standard applies where fuses are 598. US IEC 60670-1:2002 Boxes and enclosures for primarily intended to protect the flexible cable or cord electrical accessories for household and similar (e.g. with ring circuits). fixed electrical installations – Part 1: General 603. US IEC 60884-2-2:2005 Plugs and socket-outlets requirements for household and similar purposes Part 2-2: This standard applies to manually operated general Particular requirements for socket-outlets for purpose isolating switches with a rated voltage not appliances exceeding 440 V and a rated current not exceeding This Part of the standard applies to socket-outlets 125 A, intended for household and similar fixed integrated or intended to be incorporated in or fixed to electrical installations, either indoors or outdoors. appliances. 599. US IEC 60670-21:2004 Boxes and enclosures for 604. US IEC 60884-2-3:2005 Plugs and socket-outlets electrical accessories for household and similar for household and similar purposes - Part 2-3: fixed electrical installations – Part 21: Particular Particular requirements for switched socket- requirements for boxes and enclosures with outlets without interlock for fixed installations provision for suspension means This Part of the standard applies to fixed switched This standard applies to boxes, enclosures and parts of socket-outlets for a.c. only, with or without earthing, enclosures (hereafter called “boxes” and “enclosures”) with a rated voltage not exceeding 440 V and a rated for electrical accessories with a rated voltage not current not exceeding 32 A. exceeding 1 000 V a.c. and 1 500 V d.c. intended for 605. US IEC 60884-2-4:2005 Plugs and socket-outlets household or similar fixed electrical installations, for household and similar purposes Part 2-4: either indoors or outdoors. Particular requirements for plugs 'and socket- 600. US IEC 60670-22:2003 Boxes and outlets for SELV enclosures for electrical accessories for This Part of the standard applies to plugs, fixed or household and similar fixed electrical portable socket-outlets, and to socket-outlets for installations – Part 22: Particular appliances with d.c. or a.c. (50/60 Hz) SELV with requirements for connecting boxes and rated current of 16 A. enclosures 606. US IEC 60884-2-5:2005 Plugs and socket-outlets This standard applies to boxes and enclosures with for household and similar purposes Part 2- provision for suspension means. 5: Particular requirements for adaptors 601. US IEC 60884-1:2005 Plugs and This standard applies to shuttered and non-shuttered, socket-outlets for household and similar fused and non-fused adaptors for a.c. only. purposes Safety - Part 1: General 607. US IEC 60888:1987, Zinc-coated steel wires for requirements stranded conductors This Part of the standard applies to plugs and fixed or This Uganda Standard applies to zinc-coated steel portable socket-outlets for a.c. only, with and without wires used in the construction and/or reinforcement of earthing contact, with a rated voltage above 50 V but conductors for overhead power transmission purposes. not exceeding 440 V and a rated current not exceeding It is intended to cover all wires used in constructions

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where the individual wire diameters, including 611. US IEC 60921:2004 Ballasts for tubular coating, are in the range of 1.25 mm to 5.50 mm. fluorescent lamps — Performance requirements Three grades of steel are included to reflect the needs This standard specifies the performance requirements of conductor users: regular steel, high strength steel for ballasts, excluding resistance types, for use on a.c. and extra high strength steel. Two classes of coating supplies up to 1 000 V at 50 Hz or 60 Hz, associated represented by minimum zinc mass per unit area are with tubular fluorescent lamps with pre-heated included: Class 1 and Class 2. (This Uganda Standard cathodes operated with or without a starter or starting cancels and replaces, US EAS 509:2008, Zinc-coated device and having rated wattages, dimensions and steel wires for stranded conductors, which has been characteristics as specified in IEC 60081 and 60901. It republished). applies to complete ballasts and their component parts 608. US IEC 60889:1987, Hard-drawn aluminium wire such as resistors, transformers and capacitors. A.C. for overhead line conductors supplied electronic ballasts for tubular fluorescent This Uganda Standard is applicable to hard-drawn lamps for high frequency operation specified in IEC aluminium wires for the manufacture of stranded 61347-2-3 are excluded from the scope of this conductors for overhead power transmission purposes. standard. It specifies the mechanical and electrical properties of 612. US IEC 60934:2000 Circuit breakers for wires in the diameter range 1.25 mm to 5.00 mm. equipment (CBE) (This Uganda Standard cancels and replaces, US EAS This Uganda Standard is applicable to mechanical 510:2008, Hard-drawn aluminium wire for overhead switching devices designed as "circuit breakers for line conductors, which has been republished). equipment (CBE) intended to provide protection to 609. US IEC 60901:1996 Single-capped fluorescent circuits within electrical equipment. This standard is lamps – Performance specifications also applicable to switching devices for protection of This standard specifies the performance requirements electrical equipment in case of under voltage and/or for single-capped fluorescent lamps for general over voltage. It is applicable for a.c. not exceeding 440 lighting service. The requirements of this standard V and/or d.c. not exceeding 250 V and a rated current relate only to type testing. Conditions of compliance, not exceeding 125 A. including methods of statistical assessment, are under 613. US IEC 60947-1:2004 Low-voltage switchgear and consideration. control gear – Part 1: General rules 610. US IEC 60904-2:2015, Photovoltaic This standard applies, when required by the relevant devices – Part 2: Requirements for product standard, to switchgear and control gear photovoltaic reference devices hereinafter referred to as "equipment" and intended to This Uganda Standard gives requirements for the be connected to circuits, the rated voltage of which classification, selection, packaging, marking, does not exceed 1 000 V a.c. or 1 500 V d.c. calibration and care of photovoltaic reference devices. 614. US IEC 60947-2:2003 Low-voltage switchgear and This standard covers photovoltaic reference devices control gear – Part 2: Circuit breakers used to determine the electrical performance of This standard applies, when required by the relevant photovoltaic cells, modules and arrays under natural product standard, to switchgear and controlgear and simulated sunlight. It does not cover photovoltaic hereinafter referred to as "equipment" and intended to reference devices for use under concentrated sunlight. be connected to circuits, the rated voltage of which (This Uganda Standard cancels and replaces, US 463- does not exceed 1 000 V a.c. or 1 500 V d.c. 2:2005 Photovoltaic devices — Part 2: Requirements for reference solar cells, which has been republished).

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615. US IEC 60947-3:1999 Low-voltage switchgear and this standard are not normally designed to interrupt control gear – Part 3: Switches, disconnectors, short-circuit currents. switch-disconnectors and fuse-combination units 619. US IEC 60947-5-1:2003 Low-voltage switchgear This standard applies to circuit-breakers, the main and control gear – Part 5-1: Control circuit contacts of which are intended to be connected to devices and switching elements – circuits, the rated voltage of which does not exceed 1 Electromechanical control circuit devices 000 V a.c. or 1 500 V d.c.; it also contains additional This standard applies to a.c. semiconductor non-motor requirements for integrally fused circuit-breakers. It load controllers and contactors intended for applies whatever the rated currents, the method of performing electrical operations by changing the state construction or the proposed applications of the of a.c. electric circuits between the ON-state and the circuit-breakers may be. OFF-state. 616. US IEC 60947-4-1:1990 Low-voltage switchgear 620. US IEC 60950-1:2001 Information technology and control gear – Part 4-1: Contactors and equipment - Safety – Part 1: General motor-starters - Electromechanical contactors and requirements motor- starters This standard is applicable to mains-powered or This standard applies to switches, disconnectors, battery-powered information technology equipment, switch-disconnectors and fuse-combination units to be including electrical business equipment and associated used in distribution circuits and motor circuits of equipment, with a rated voltage not exceeding 600 V. which the rated voltage does not exceed 1 000 V a.c. This standard is also applicable to such information or 1 500 V d.c. Auxiliary switches fitted to equipment technology equipment: designed for use as within the scope of this standard shall comply with the telecommunication terminal equipment and requirements of IEC 60947-5-1. This standard does telecommunication network infrastructure equipment, not include the additional requirements necessary for regardless of the source of power; designed and electrical apparatus for explosive gas atmospheres. intended to be connected directly to, or used as 617. US IEC 60947-4-2:1999 Low-voltage switchgear infrastructure equipment in a cable distribution and control gear – Part 4-2: Contactors and system, regardless of the source of power; and motor-starters – AC semiconductor motor designed to use the ac mains supply as a controllers and starters communication transmission medium. This part of standard applies to the types of equipment 621. US IEC 60968:2015, Self-ballasted fluorescent listed in 1.1 and 1.2 whose main contacts are intended lamps for general lighting services — Safety to be connected to circuits the rated voltage of which requirements (2nd edition) does not exceed 1 000 V a.c. or 1 500 V d.c. This Uganda Standard specifies the safety and 618. US IEC 60947-4-3:1999 Low-voltage switchgear interchangeability requirements, together with the test and control gear – Part 4-3: Contactors and methods and conditions required to show compliance motor-starters - A.C. semiconductor controllers of tubular fluorescent lamps with integrated means for and contactors for non-motor loads controlling starting and stable operation (self-ballasted This standard applies to controllers and starters, which fluorescent lamps). (This Uganda Standard cancels may include a series mechanical switching device, and replaces US IEC 60968:1999, Self-ballasted intended to be connected to circuits, the rated voltage lamps for general lighting services — Safety of which does not exceed 1 000 V a.c. This standard requirements, which has been technically revised). characterizes controllers and starters with and without bypass means. Controllers and starters dealt with in

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622. US IEC 60969:2016, Self-ballasted compact addition, attention is drawn to the distinction between fluorescent lamps for general lighting services — electromagnetic compatibility (EMG) tests carried out Performance requirements (2nd edition) in a standardized set-up and those carried out at the This Uganda Standard specifies performance location where a device (equipment or system) is requirements together with test methods and installed (in situ tests). conditions required to show compliance of self- 627. US IEC 61035-1:1990 Specification for conduit ballasted compact fluorescent lamps intended for fittings for electrical installations – Part 1: general lighting services. This standard applies to self- General requirements ballasted compact fluorescent lamps of voltages >50V This Uganda Standard specifies requirements for and all power ratings with lamp caps complying with conduit fittings for use with conduits for the protection IEC 60061-1. (This Uganda Standard cancels and of conductors and/or cables in electrical installations, replaces US IEC 60969:1999, Self-ballasted lamps for and type tests for the quality of joints of conduit general lighting services — Performance requirements, fittings to conduit. which has been technically revised). 628. US IEC 61035-2-1:1993 Specification for conduit 623. US IEC 60974-1:1998 Welding arc equipment – fittings for electrical installations – Part 2: Part 1: Welding power sources Particular specifications – Section 1: Metal This standard is applicable to power sources for arc conduit fittings welding and allied processes designed for industrial This Uganda Standard specifies requirements for and professional use and supplied by a voltage within metal conduit fittings, for use with circular, threadable the low voltage range (as specified in IEC 38) or or non-threadable conduits complying with IEC driven by mechanical means. This standard is not 60614. This standard is not applicable to fittings for applicable to welding power sources for manual metal use with flexible conduits. arc welding with limited duty operation which are 629. US IEC 61035-2-2:1993 Specification for conduit designed mainly for use by laymen. fittings for electrical installations – Part 2: 624. US IEC 60974-11:2004 Welding arc equipment – Particular specifications – Section 2: Conduit Part 11: Electrode holders fittings of insulating material This standard specifies safety and performance This Uganda Standard specifies requirements for requirements of electrode holders; is applicable to conduit fittings of insulating material, for use with electrode holders for manual metal arc welding with circular conduits complying with IEC 60614. It is not electrodes up to 10 mm in diameter. applicable to fittings for use with flexible conduits. 625. US IEC 60974-12:1992 Welding arc equipment – 630. US IEC 61035-2-3:1993 Specification for conduit Part 12: Coupling devices for welding cables fittings for electrical installations – Part 2: This standard specifies the test and construction Particular specifications – Section 3: Fittings for requirements of coupling devices for flexible welding flexible conduits of metal, insulating or cables. composite materials and for pliable conduits of 626. US IEC 61000-1-1: 1992, Electromagnetic metal or composite materials compatibility This standard specifies requirements for conduit The Uganda Standard describes and interprets various fittings for use with flexible conduits of metal, terms considered to be of basic importance to concepts insulating or composite materials and with pliable and practical application in the design and evaluation conduits of metal or composite materials. of electromagnetically compatible systems. In 631. US IEC 61035-2-4:1995 Specification for conduit fittings for electrical installations – Part 2:

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Particular specifications – Section 4: Conduit actuating a sensing unit. The actuating member or fittings of aluminium alloy sensing unit can be integral with or arranged This standard specifies requirements for aluminium separately, either physically or electrically, from the alloy conduit fittings, for use with alumimium alloy switch and may involve transmission of a signal, for conduits. example electrical, optical, acoustic or thermal, 632. US IEC 61058-1:2001 Switches for appliances – between the actuating member or sensing unit and the Part 1: General requirements switch. This standard applies to switches for appliances 635. US IEC 61058-2-5:1994 Switches for appliances – actuated by hand, by foot or by other human activity Part 2-5: Particular requirements for change-over for use in, on or with appliances and other equipment selectors for household and similar purposes, with a rated This Uganda Standard applies to change-over selectors voltage not exceeding 440 V and a rated current not for appliances actuated by hand, by foot, or by other exceeding 63 A. Also covers the indirect actuation of human activity for use in, on, or with, appliances and the switch when the function of the actuating member other equipment for household and similar purposes, is provided by a part of an appliance or equipment. with rated voltage not exceeding 440 V and a rated 633. US IEC 61058-2-1:1992 Switches for appliances – current not exceeding 63 A. Part 2-1: Particular requirements for cord 636. US IEC 61084-1:1991 Cable trunking and ducting switches systems for electrical installations – Part 1: This standard applies to switches intended to be General requirements connected to a flexible cable and: For switches used in This standard specifies requirements for cable tropical climates, additional requirements may be trunking and cable ducting systems intended for the necessary; Attention is drawn to the fact that the accommodation, and where necessary for the standards for appliances and equipment may contain segregation, of conductors, cables or cords and/or additional or alternative requirements for switches; other electrical equipment in electrical installations. It Throughout this standard the word “appliance” means does not apply to conduit, cable tray or cable ladder or “apparatus” or “equipment”; This part of standard is current-carrying parts within the system. applicable when testing cord switches; Throughout 637. US IEC 61084-2-1:1996 Cable trunking and this standard the word “switch” means ”cord switch” ducting systems for electrical installations – unless otherwise stated; and Throughout this standard Part 2: Particular requirements – Section 1: Cable the term “flexible cable” means “flexible cable or trunking and ducting systems intended for cord”. mounting on walls or ceilings 634. US IEC 61058-2-4:2003 Switches for appliances – This standard specifies requirements for cable Part 2-4: Particular requirements for trunking and ducting systems intended for mounting independently mounted switches on walls or ceilings. The cable trunking and ducting This standard applies to independently mounted systems accommodate and, where necessary, switches for appliances (mechanical or electronic) segregate conductors, cables or cords and other actuated by hand, by foot or by other human activity, electrical equipment. The systems are intended to be to operate or control electrical appliances and other mounted directly on walls or ceilings, flush or semi equipment for household or similar purposes with a flush, or indirectly on walls or ceilings or on structures rated voltage not exceeding 480 V and a rated current away from walls or ceilings. Cable trunking and not exceeding 63 A. These switches are intended to be ducting systems are hereinafter called CTIDS. This operated by a person, via an actuating member or by standard does not apply to conduits, cable trays or

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cable ladders, electrical accessories e.g. switches, 641. US US IEC 61215-1:2016, Terrestrial photovoltaic socket-outlets or the like, for which other IEC (PV) modules — Design qualification and type standards apply, or current carrying parts within the approval — Part 1: Test requirements system. This Uganda Standard lays down IEC requirements 638. US IEC 61084-2-2:2003 Cable trunking and for the design qualification and type approval of ducting systems for electrical installations – Part terrestrial photovoltaic (PV) modules suitable for long 2-2: Particular requirements - Cable trunking term operation in general open air climates, as defined systems and cable ducting systems intended for in IEC 60721-2-1. (This Uganda Standard cancels and underfloor and flushfloor installation replaces US IEC 61215:2005, Crystalline silicon This standard specifies requirements for cable terrestrial photovoltaic (PV) modules — Design trunking systems and cable ducting systems intended qualification and type approval, which has been for the accommodation, and where necessary for the technically revised). segregation, of conductors, cables or cords and/or 642. US IEC 61215-1-1:2016, Terrestrial photovoltaic other electrical equipment in electrical installations. It (PV) modules — Design qualification and type applies to cable trunking systems and cable ducting approval — Part 1-1: Special requirements for systems which are mounted beneath or flush with the testing of crystalline silicon photovoltaic (PV) top face of the finished floor, including their system modules components. This specification does not apply to This Uganda Standard lays down IEC requirements conduits, cable trays or cable ladders or to current- for the design qualification and type approval of carrying parts within the system. terrestrial photovoltaic modules suitable for long-term 639. US IEC 61084-2-4:1996 Cable trunking and operation in general open air climates, as defined in ducting systems for electrical installations – Part IEC 60721-2-1. (This Uganda Standard cancels and 2: Particular requirements – Section 4: Service replaces US IEC 61215:2005, Crystalline silicon poles terrestrial photovoltaic (PV) modules — Design This standard specifies requirements for service poles qualification and type approval, which has been intended for the accommodation, and where necessary technically revised). for the segregation, of conductors, cables or cords 643. US IEC 61215-2:2016, Terrestrial photovoltaic and/or other electrical equipment in electrical (PV) modules — Design qualification and type installations. This standard does not apply to conduits, approval — Part 2: Test procedures cable trays or cable ladders or to current-carrying parts This Uganda Standard lays down IEC requirements within the system. for the design qualification and type approval of 640. US IEC 61199:1999 Single-capped fluorescent terrestrial photovoltaic modules suitable for long-term lamps– Safety specifications operation in general open air climates, as defined in This standard specifies the safety requirements for IEC 60721-2-1. This part of US IEC 61215 is intended single-capped fluorescent lamps for general lighting to apply to all terrestrial flat plate module materials purposes of all groups having 2G7, 2GX7, GR8, such as crystalline silicon module types as well as G10q, GR10q, GX10q, GY10q, 2G11, G23, GX23, thin-film modules. (This Uganda Standard cancels G24, GX32 and 2G13 caps. Also specifies the method and replaces US IEC 61215:2005, Crystalline silicon a manufacturer should use to show compliance with terrestrial photovoltaic (PV) modules — Design the requirements of this standard. qualification and type approval, which has been technically revised).

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644. US IEC 61386-1:1996 Conduit systems for used in photovoltaic energy systems and to the typical electrical installations – Part 1: General methods of test used for the verification of battery requirements performances. This part deals with cells and batteries This standard specifies requirements and tests for used in photovoltaic off-grid applications. (This conduit systems, including conduits and conduit Uganda Standard cancels and replaces US 149- fittings, for the protection and management of 1:2002, Secondary cells and batteries for solar insulated conductors and/or cables in electrical photovoltaic energy systems — Part 1: General installations or in communication systems up to 1 000 requirements and methods of test, which has been V a.c. and/or 1 500 V d.c. technically revised). 645. US IEC 61386-21:2002 Conduit systems for cable 650. US IEC 61427-2:2015; Secondary cells and management – Part 21: Particular requirements – batteries for renewable energy storage — General Rigid conduit systems requirements and methods of test — Part 2: On- This standard specifies the requirements for rigid grid applications conduit systems. This Uganda Standard relates to secondary batteries 646. US IEC 61386-22:2002 Conduit systems for cable used in on-grid Electrical Energy Storage (EES) management – Part 22: Particular requirements – applications and provides the associated methods of Pliable conduit systems test for the verification of their endurance, properties This standard specifies the requirements for pliable and electrical performance in such applications. The conduit systems including self-recovering conduit test methods are essentially battery chemistry neutral, systems. i.e. applicable to all secondary battery types. (This 647. US IEC 61386-23:2002 Conduit systems for cable Uganda Standard cancels and replaces US 149- management – Part 23: Particular requirements – 1:2002, Secondary cells and batteries for solar Flexible conduit systems photovoltaic energy systems — Part 1: General This standard specifies the requirements for flexible requirements and methods of test, which has been conduit systems. technically revised). 648. US IEC 61386-24:2004 Conduit systems for cable 651. US IEC 61646: 2008, Thin-film terrestrial management – Part 24: Particular requirements – photovoltaic (PV) modules — Design qualification Conduit systems buried underground and type approval This standard specifies requirements and tests for This Uganda Standard lays down requirements for the conduit systems buried underground including design qualification and type approval of terrestrial, conduits and conduit fittings for the protection and thin-film photovoltaic modules suitable for long term management of insulated conductors and/or cables in operation in general open-air climates as defined in electrical installations or in communication systems. IEC 60721-2-1. This standard is intended to apply to This standard applies to metallic, non-metallic and all terrestrial flat plate module materials not covered composite systems including threaded and non- by US IEC 61215. (This Uganda Standard cancels threaded entries which terminate the system and replaces US 553:2005, Thin film terrestrial PV 649. US IEC 61427-1:2013, Secondary cells and (PV) modules – design qualification and type batteries for renewable energy storage — General approval, which has been republished). requirements and methods of test — Part 1: 652. US IEC 61702: 1995, Rating of direct coupled Photovoltaic off-grid application photovoltaic (PV) pumping systems This Uganda Standard gives general information This Uganda Standard defines predicted short-term relating to the requirements for the secondary batteries characteristics (instantaneous and for a typical daily

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period) of direct coupled photovoltaic (PV) water 655. US IEC 62040-3:1999 Uninterruptible power pumping systems. It also defines minimum actual systems (UPS) – Part 3: Method of specifying the performance values to be obtained on-site. It does not performance and test requirements address PV pumping systems with batteries. This standard applies to electronic direct a.c. converter 653. US IEC 62040-1:2013, Uninterruptible power systems with electrical energy storage means in the systems (UPS) — Part 1: General and safety d.c. link. It ensures continuity of an alternating power requirements for UPS source. And also includes the method of specifying all This Uganda Standard applies to uninterruptible power power switches that form integral parts of a UPS and systems (UPS) with an electrical energy storage are associated with its output. Included are device in the d.c. link. (This Uganda Standard cancels interrupters, bypass switches, isolating switches, load and replaces US IEC 62040-1-1:2004, Uninterruptible transfer switches and tie switches does not refer to power systems (UPS) — Part 1-1: General and safety conventional mains distribution boards, rectifier input requirements for UPS used in operator access areas; switches or d.c. switches or UPS based on rotating and US IEC 62040-1-2:2004, Uninterruptible power machines. It defines a complete uninterruptible power systems (UPS) — Part 1-2: General and safety system in terms of its performance and not individual requirements for UPS used in restricted access UPS functional units. locations; which has been technically revised). 656. US IEC 62052-11:2003, Electricity metering 654. US IEC 62040-2:2005, Uninterruptible power equipment (AC) – General requirements, tests and systems (UPS) — Part 2: Electromagnetic test conditions – Part 11: Metering equipment compatibility (EMC) requirements (2nd Edition) This Uganda Standard covers type tests for electricity This Uganda Standard applies to UPS units intended metering equipment for indoor and outdoor to be installed application and applies to newly manufactured  as a unit or in UPS systems comprising a number equipment designed to measure the electrical energy of interconnected UPS and associated on 50Hz or 60Hz networks, with a voltage up to 600V. control/switchgear forming a single power 657. US IEC 62052-21:2004, Electricity metering system; and equipment (AC) – General requirements, tests and  in any operator accessible area or in separated test conditions – Part 21: Tariff and load control electrical locations, connected to low-voltage equipment supply networks for either industrial or This Uganda Standard specifies general requirements residential, commercial and light industrial for the type of newly manufactured indoor tariff and environments. load control equipment, like electronic ripple control This part of US IEC 62040 is intended as a product receivers and time switches that are used to control standard allowing the EMC conformity assessment of electrical loads, multi-tariff registers and maximum products of categories C1, C2 and C3 as defined in demand indicator devices. (This Uganda Standard is this standard, before placing them on the market. (This an adoption of the International Standard IEC 62052- Uganda Standard cancels and replaces US IEC 21:2004). 62040-2:1999, Uninterruptible power systems (UPS) 658. US IEC 62053-11:2003, Electricity metering — Part 2: Electromagnetic compatibility (EMC) equipment (AC) – Particular requirements – Part requirements, which has been technically revised). 11: Electromechanical meters for active energy (classes 0.5, 1 and 2) This Uganda Standard applies only to newly manufactured electromechanical watt-hour meters of

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accuracy classes 0.5, 1 and 2, for the measurement of networks and it applies to their type tests only. For alternating current electrical active energy of 50Hz or practical reasons, this standard is based on a 60Hz networks and it applies to their type tests only. It conventional definition of reactive energy for applies only to electromechanical watt-hour meters for sinusoidal currents and voltages containing the indoor and outdoor application consisting of a fundamental frequency only. (This Uganda Standard is measuring element and register(s) enclosed together in an adoption of the International Standard IEC 62053- a meter case. It also applies to operation indicator(s) 23:2003). and test output(s). 661. US IEC 62053-31:1998, Electricity metering 659. US IEC 62053-22:2003, Electricity metering equipment (AC) — Particular requirements — equipment (AC) – Particular requirements – Part Part 31: Pulse output devices for 22: Static meters for active energy (classes 0.2S electromechanical and electronic meters (two and 0.5S) wires only) This Uganda Standard applies only to newly This Uganda Standard is applicable to passive, two- manufactured static watt-hour meters of accuracy wire, externally powered pulse output devices to be classes 0.2S and 0.5S, for the measurement of used in electricity meters as defined by the relevant alternating current electrical active energy in 50Hz or standards as well as future standards for static VA- 60Hz networks and it applies to their type tests only. It hour meters. (This Uganda Standard is an adoption of applies only to transformer operated static watt-hour the International Standard IEC 62053-31:1998) meters for indoor application consisting of a 662. US IEC 62053-52:2005, Electricity metering measuring element and register(s) enclosed together in equipment (AC) – Particular requirements – Part a meter case. It also applies to operation indicator(s) 52: Symbols and test output(s). If the meter has a measuring This Uganda Standard applies to letter and graphical element for more than one type of energy (multi- symbols intended for marking on and identifying the energy meters), or when other functional elements, function of electromechanical or static a.c electricity like maximum demand indicators, electronic tariff meters and their auxiliary devices. registers, time switches, ripple control receivers, data The symbols specified in this standard shall be marked communication interfaces, etc. are enclosed in the on the name-plate, dial-plate, external labels or meter case, then the relevant standards for these accessories, or shown on the display of the meter as elements also apply. It does not apply to: watt-hour appropriate. (This Uganda Standard is an adoption of meters where the voltage across the connection the International Standard IEC 62053-52:2005). terminals exceeds 600V (line-to-line voltage for 663. US IEC (TR) 62055-21:2005 Electricity metering – meters for polyphase systems); portable meters and Payment systems – Part 21: Framework for meters for outdoor use; data interfaces to the register standardization of the meter; and reference meters. This Uganda Standard sets out a framework for the 660. US IEC 62053-23:2003, Electricity metering integration of standards into a system specification for equipment (AC) – Particular requirements – Part electricity payment metering systems. It addresses the 23: Static meters for reactive energy (classes 2 and payment metering system application process, generic 3) processes, generic functions, data elements, system This Uganda Standard applies only to newly entities and interfaces that exist in present payment manufactured static var-hour meters of accuracy metering systems. The approach taken in the classes 2 and 3, for the measurement of alternating framework is sufficiently generic to payment metering current electrical reactive energy in 50Hz or 60Hz systems so that it should be equally applicable to

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future systems. (This Uganda Standard is an adoption  Generic requirements for an STS-compliant of the International Standard IEC/TR 62055-21:2005). key management system; 664. US IEC 62055-41:2014, Electricity metering —  Guidelines for a key management system; Payment systems — Part 41: Standard transfer  Entities and identifiers used in an STS specification (STS) — Application layer protocol system; for one-way token carrier systems  Code of practice for the management of TID This Uganda Standard specifies the application layer roll-over key changes in association with the protocol of the STS for transferring units of credit and revised set of base dates; other management information from a point of sale  Code of practice and maintenance support (POS) system to an STS-compliant payment meter in a services from the STS Association. one-way token carrier system. It is primarily intended 665. US IEC 62056-47:2006, Electricity metering — for application with electricity payment meters Data exchange for meter reading, tariff and load without a tariff employing energy-based tokens, but control — Part 47: COSEM transport layers for may also have application with currency-based token IPv4 networks systems and for services other than electricity. It This Uganda Standard specifies the transport layers specifies: for COSEM communication profiles for use on IPv4  A POS to token carrier interface structured networks. These communication profiles contain a with an application layer protocol and a connection-less and a connection-oriented transport physical layer protocol using the OSI model layer, providing OSI-style services to the service user as reference; COSEM application layer. The connection-less  Tokens for the application layer protocol to transport layer is based on the Internet standard User transfer the various messages from the POS Datagram Protocol. The connection-oriented transport to the payment meter; layer is based on the Internet standard Transmission Control Protocol. (This Uganda Standard is an  security functions and processes in the adoption of the International Standard IEC 62056- application layer protocol such as the 47:2006). Standard Transfer Algorithm and the Data Encryption Algorithm, including the 666. US IEC 62058-11:2008, Electricity metering generation and distribution of the associated equipment (a.c.) - Acceptance inspection – Part cryptographic keys; 11: General acceptance inspection methods The general acceptance inspection methods specified  Security functions and processes in the in this standard apply to newly manufactured application layer protocol at the payment electricity meters produced and supplied in lots of 50 meter such as decryption algorithms, token and above. (This Uganda Standard is an adoption of authentication, validation and cancellation; the International Standard IEC 62058-11:2008).  Specific requirements for the meter 667. US IEC 62058-31:2008, Electricity metering application process in response to tokens equipment (ac) – Acceptance inspection – Part 31: received; Particular requirements for static meters for  A scheme for dealing with payment meter active energy (classes 0.2S, 0.5S 1, and 2) functionality in the meter application This Uganda Standard specifies particular process and associated companion requirements for acceptance inspection of newly specifications; manufactured direct connected or transformer

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operated static meters for active energy (classes 0.2S, electrification — Part 9-5: Integrated systems — 0.5S 1, and 2) delivered in lots of quantities above 50. Selection of stand-alone lighting kits for rural The method of acceptance of smaller lots should be electrification agreed upon by the manufacturer and the customer. This Uganda Standard applies to stand-alone The process described herein is primarily intended for rechargeable electric lighting appliances or kits that acceptance inspection between the manufacturer and can be installed by a typical user without employing a the purchaser. (This Uganda Standard is an adoption technician. This standard presents a quality assurance of the International Standard IEC 62058-31:2008). framework that includes product specifications (a 668. US IEC 62106:2000 Specification of the radio data framework for interpreting test results), test methods, system (RDS) for VHF/FM sound broadcasting in and standardized specification sheets (templates for the frequency range from 87,5 to 108,0 MHz communicating test results). This standard deals with Radio Data System, RDS, is 671. US IEC 62305-1:2010, Protection against lightning intended for application to VHF/FM sound broadcasts – Part 1: General principles in the range 87.5 MHz to 108.0 MHz which may carry This Uganda Standard provides general principles to either stereophonic (pilot-tone system) or monophonic be followed for protection of structures against programmes. The main objectives of RDS are to lightning, including their installations and contents, as enable improved functionality for FM receivers and to well as persons. The following cases are outside the make them more user-friendly by using features such scope of this standard: railway systems; vehicles, as Programme Identification, Programme Service ships, aircraft, offshore installations; underground name display and where applicable, automatic tuning high pressure pipelines; and pipe, power and for portable and car radios, in particular. The relevant telecommunication lines placed outside the structure. basic tuning and switching information therefore has (This Uganda Standard is an adoption of the to be implemented by the type 0 group (see 3.1.5.1), International Standard IEC 62305-1:2010). and it is not optional unlike many of the other possible 672. US IEC 62305-2:2010, Protection against lightning features in RDS. – Part 2: Risk management 669. US IEC 62109-1:2010, Safety of power converters This Uganda Standard is applicable to risk assessment for use in photovoltaic power systems — Part 1: for a structure due to lightning flashes to earth. Its General requirements purpose is to provide a procedure for the evaluation of This Uganda Standard applies to the power conversion such a risk. Once an upper tolerable limit for the risk equipment (PCE) for use in Photovoltaic (PV) systems has been selected, this procedure allows the selection where a uniform technical level with respect to safety of appropriate protection measures to be adopted to is necessary. This standard defines the minimum reduce the risk to or below the tolerable limit. (This requirements for the design and manufacture of PCE Uganda Standard is an adoption of the International for protection against electric shock, energy, fire, Standard IEC 62305-2:2010). mechanical and other hazards. This standard provides 673. US IEC 62305-3:2010, Protection against lightning general requirements applicable to all types of PV – Part 3: Physical damage to structures and life PCE. There are additional parts of this standard that hazard provide specific requirements for the different types of This Uganda Standard provides the requirements for power converters. protection of a structure against physical damage by 670. US IEC/TS 62257-9-5:2016, Recommendations for means of a lightning protection system (LPS), and for renewable energy and hybrid systems for rural protection against injury to living beings due to touch

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and step voltages in the vicinity of an LPS (see IEC  interface functions. 62305-1). This standard is applicable to: design, This standard does not cover MPPT performance, but installation, inspection and maintenance of an LPS for it is applicable to BCC units that have this feature. structures without limitation of their height, and 676. US IEC 62560:2015, Self-ballasted led-lamps for establishment of measures for protection against injury general lighting services by voltage >50V — Safety to living beings due to touch and step voltages. specifications 674. US IEC 62305-4;2010 Protection against lightning This Uganda Standard specifies the safety and – Part 4: Electrical and electronic systems within interchangeability requirements, together with the test structures methods and conditions required to show compliance This Uganda Standard provides information for the of LED-lamps with integrated means for stable design, installation, inspection, maintenance and operation (self-ballasted LED-lamps), intended for testing of electrical and electronic system protection domestic and similar general lighting purposes, (SPM) to reduce the risk of permanent failures due to having: lightning electromagnetic impulse (LEMP) within a  a rated wattage up to 60 W; structure. This standard does not cover protection  a rated voltage of >50 V upto 250 V; against electromagnetic interference due to lightning,  caps according to Table 1. which may cause malfunctioning of internal systems. 677. US IEC 62612:2013+AMD1:2015, Self-ballasted This standard provides guidelines for cooperation LED lamps for general lighting services with between the designer of the electrical and electronic supply voltages >50V — Performance requirements system, and the designer of the protection measures, in This Uganda Standard specifies the performance an attempt to achieve optimum protection requirements, together with the test methods and effectiveness. This standard does not deal with conditions, required to show compliance of LED detailed design of the electrical and electronic systems lamps with integral means for stable operation, themselves. intended for domestic and similar general lighting 675. US IEC 62509:2010, Battery charge controllers purposes, having: for photovoltaic systems — Performance and  a rated power up to 60 W; functioning  a rated voltage of >50 V a.c. up to 250V a.c. This Uganda Standard establishes minimum a lamp cap as listed in IEC 62560. requirements for the functioning and performance of

battery charge controllers (BCC) used with lead acid

batteries in terrestrial photovoltaic (PV) systems. The

main aims are to ensure BCC reliability and to

maximize the life of the battery. This standard shall be

used in conjunction with IEC 62093, which describes

test and requirements for intended installation

application. In addition to the battery charge control

functions, this standard addresses the following

battery charge control features:

 photovoltaic generator charging of a battery,

 load control,

 protection functions, and

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METROLOGY This standard applies to those thermometers called “clinical thermometers” of the mercury in glass type, 678. US 1000:2014, Hexagonal weights — Specification with a maximum device, intended for the This Uganda Standard specifies metrological and measurement of internal human body temperature. technical requirements for hexagonal weights made of 684. US 1016:2006 Non-invasive mechanical grey cast iron sphygmomanometers 679. US 1002:1999/OIML R23 Standard specification This standard specifies general, performance, for tyre pressure gauges for motor vehicles efficiency and mechanical and electrical safety This Uganda Standard lays down the principal requirements, including test methods for type metrological (measurement) characteristics to which approval, for non-invasive mechanical pressure gauges intended for the measurement of the sphygmomanometers and their accessories which by inflation pressures in motor-vehicle tyres shall means of inflatable cuff, are used for non-invasive conform. measurement of arterial blood pressure. 680. US 1003:1999/OIML R111 Standard specification 685. US 1017:2006 Taximeters for weights of classes E1, E2, F1, F2, M1, This Uganda standard concerns time and distance M2, M3 counters known as taximeters for fitting on public hire This standard contains the principle physical vehicles. characteristics and metrological requirements for 686. US 1018:2006 Medical syringes weights which are used for the verification of This Uganda Standard applies to medical syringes weighing instruments for the verification of weights of with glass barrels, intended for general use. a lower class accuracy with weighing instruments. 687. US 1019:2006 Diaphragm gas meters 681. US 1004:1999/OIML R76-1 Standard specification This Uganda Standard applies to diaphragm gas for Non-automatic weighing instruments meters, that are gas volume meters in which the gas This standard specifies the metrological and technical flow is measured by means of measuring chambers requirements non-automatic weighing instruments that with deformable walls, including gas meters with a are subject to official metrological control .It is built in temperature conversion device. intended to provide standardized requirements and 688. US 1020:2006 Rotary gas meters and turbine gas testing procedures to evaluate the metrological and meters technical characteristics in a uniform and traceable This Uganda standard applies to rotary piston gas way. meters in which internal walls defining the measuring 682. US 1005:1999/OIML R 117 Standard specification chambers are set in rotation and the number of for measuring systems for liquids other than revolutions of these walls represents measurement of water the volume of the gas passed and to turbine gas meters This standard specifies the metrological and technical where the gas flow rotates a turbine wheel and the requirements applicable to dynamic measuring number of revolutions of this wheel represents the systems for quantities of liquids other than water volume of the gas passed. subject to legal controls. It also provides requirements 689. US 1021:2006 Accuracy classes of measuring for the approval of parts of the measuring systems instruments (meter, etc.). This Uganda standard lays down the principles of 683. US 1015:2006 Clinical thermometers (mercury in classification of measuring instruments according to glass with maximum devices) their accuracy.

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690. US 1022-1:2013, Material measures of length for 693. US 1026:2006 Automatic gravimetric filling general use — Part 1: Metrological and technical instruments - Part 1: Metrological and technical requirements (2nd Edition) requirements – Tests This Uganda Standard applies to material measures of This Uganda standard specifies metrological and length for general use, hereinafter called “measures”. technical requirements for automatic gravimetric This standard specifies the technical, metrological and filling instruments which produce predetermined mass administrative conditions which are mandatory for of individual fills of products from one or more loads these measures. It also includes the requirements for by automatic weighing. digital readouts on the cases of tapes, whether 694. US 1027:2006 Fixed storage tanks – General electronic or mechanical. This standard does not apply requirements to high-precision measures used by industry in the This Uganda standard covers fixed storage tanks at field of mechanics or in geodesy (for example: gauge atmospheric pressure or under pressure that are built blocks, geodetic wires and precision line measures). It for bulk liquid storage and may be used for also does not address safety aspects, for example the measurement of volumes (quantities) of liquid use of material measures with electronic devices in contained, which are subject to national metrological hazardous areas. Guidelines for these aspects should control shall comply to this standard. be followed in accordance with the applicable 695. US 1028:2013, Labelling requirements for international, regional or national regulations or other prepackaged products (2nd Edition) standards. This Uganda Standard specifies requirements for the 691. US 1024:2006 Continuous totalizing automatic labelling of prepackaged products with constant weighing instruments (belt weighers) - Part 1: nominal content with respect to the identity of the Metrological and technical requirements – Tests product, the name and place of business of the This Uganda standard specifies the metrological and manufacturer, packer, distributor, importer or retailer technical requirements for continuous totalizing and the net quantity of the product. This standard does automatic weighing instruments of the belt conveyor not apply to the labeling of prepackaged foods for type(belt weighers) that are subject to national which a separate standard applies. metrological control. It is intended to provide 696. US 1029:2006 Road and rail tankers standardized requirements and testing procedures to This Uganda standard concerns tankers for transport evaluate metrological and technical characteristics in a by rail or road of liquid products and used (in addition uniform and traceable way. to their functions as carriers), as measuring 692. US 1025:2013, Moisture meters for cereal grain instruments subject to national metrological controls, and oilseeds — Specification (2nd Edition) and tankers whose effective volumes must be known This Uganda Standard specifies requirements for in order to determine their maximum permissible moisture meters for cereal grains and oilseeds, that is filling loads for reasons of transport safety. to say instruments measuring and indicating, either 697. US 1030:2013, Quantity of product in prepackages directly or by means of conversion tables and (or) (2nd Edition) correction tables, the moisture content of cereal grains This Uganda Standards specifies the legal Metrology and the moisture and volatile matter content of requirements for prepackaged products (also called oilseeds. This standard applies only to moisture meters prepackaged commodities or prepackaged goods) used for measurements on statistical samples. labelled in predetermined constant nominal quantities of weight, volume, linear measure, area, or count; and sampling plans and procedures for use by legal

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metrology officials in verifying the quantity of product percentage alcoholic strength by volume, referred to as in prepackages. volume alcoholometers, and glass hydrometers 698. US 1031:2006 Automatic rail weighbridges - Part indicating density in kilogram per cubic metre, 1: Metrological and technical requirements – referred to as alcohol hydrometers. Tests 703. US 1043:2014, Radar equipment for measurement This Uganda standard specifies the requirements and of the speed of vehicles — Specification test methods for automatic rail bridges that are used to This Uganda Standard specifies requirements for determine the mass of rail wagons when they weighed microwave Doppler radar equipment (hereafter in motion. referred to as radar) for the measurement of traffic 699. US 1032:2006 Discontinuous totalizing automatic speed on roads, when the results of measurement are weighing instruments (totalizing hopper weighers) to be used in legal proceedings. - Part 1: Metrological and technical requirements – Tests This Uganda standard specifies the requirements and test methods for discontinuous totalizing automatic weighing instruments (totalizing hopper weighers). 700. US 1035:2013, Wood moisture meters — General provisions for verification methods and equipment This Uganda Standard prescribes the methods, equipment and conditions for the initial and periodic verifications of wood moisture meters. This standard covers all moisture meters, irrespective of their principles of operation. 701. US 1039:2013, Speedometers, mechanical odometers and chronotachographs for motor vehicles — Metrological requirements This Uganda Standard specifies the requirements for speedometers, mechanical odometers and chronotachographs for motor vehicles. 702. US 1042:2013, Alcoholometers and alcohol hydrometer; and thermometers for use in alcoholometry— Specification This Uganda Standards specifies the requirements for alcoholometers and alcohol hydrometers used for the determination of the alcoholic strength of mixtures of water and ethanol, and to thermometers for use in alcoholometry. It sets out technical and metrological specifications for these instruments, in accordance with International Alcoholometric Tables. This standard covers glass hydrometers indicating percentage alcoholic strength by mass, referred to as mass alcoholometers, glass hydrometers indicating

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This Uganda Standard specifies the scheme for the

ENGINEERING PRODUCTS assessment and verification of constancy of performance (AVCP) of cements to their 704. US ISO 7-1:2007, Pipe threads where pressure- corresponding product specification standards, tight joints are made on the threads — Part 1: including certification of constancy of performance by Dimensions, tolerances and designation a product certification body. (This standard cancels This Uganda Standard specifies the requirements for and replaces US 310-2:2016, Cement — Part 2: thread form, dimensions, tolerances and designation Conformity evaluation, which has been technically for jointing pipe threads, sizes 1/16 to 6 inclusive, for revised). joints made pressure-tight by the mating of the 708. US 65:2002 Specification for precast paving threads. These threads are taper external, parallel blocks internal or taper internal and are intended for use with This Uganda Standard specifies requirements for pipes suitable for threading and for valves, fittings or precast concrete paving blocks intended for the other pipeline equipment interconnected by threaded construction of low speed roads and, industrial and joints. other paved surfaces subjected to all categories of 705. US EAS 11:2013, Galvanized plain and static and vehicular loading and pedestrian traffic corrugated steel sheets — Specification 709. US 101:2002 Specification for aggregates from This Uganda Standard specifies requirements and natural sources for concrete methods of sampling and test for galvanized plain and This Uganda standard specifies the quality and corrugated steel sheets for roofing, cladding, fencing, grading requirements for aggregates obtained by fabrication and general use. This standard does not processing natural materials for use in concrete. cover special purpose profiles. (This Uganda Standard 710. US 102:1995 Standard specification for burnt clay cancels and replaces US 301:2006, Specification for bricks galvanized plain and corrugated iron sheets, which This Uganda Standard covers requirements for has been technically revised and republished). dimensions, compressive strength, water absorption, 706. US EAS 18-1:2017, Cement — Part 1: efflorescence and sampling of burnt bricks made from Composition, specification and conformity criteria clay, brick earth or shale, for use in walling. It also for common cements gives methods for classification. This Uganda standard gives the specifications which 711. US EAS 108:2013, Hot-rolled, heavy-thickness include mechanical, physical and chemical carbon steel sheets, coils and strips — requirements of 27 distinct common cements, seven Specification sulphate resisting common cements as well as three This Uganda Standard specifies requirements for hot- distinct low early strength blast furnace cements and rolled, heavy-thickness carbon steel sheets, coils and two sulphate resisting low early strength blast cements strips of commercial quality, drawing quality special and their constituents. (This standard cancels and killed, and structural quality. replaces US 310 -1:2016, Cement — Part 1: 712. US EAS 134:2013, Cold rolled steel sections — Composition, specifications, and conformity criteria Specification (2nd Edition) for common cements, which has been technically This Uganda Standard specifies the dimensions and revised). sectional properties of cold rolled steel sections of 707. US EAS 18-2:2017, Cement — Part 2: Conformity thickness up to 8 mm for use in structural applications. evaluation (This Uganda Standard cancels and replaces US EAS

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134:1999, Cold rolled steel sections – Specification, 719. US 160:2000 Steel wire and wire products - which has been technically revised). General - Wire and wire dimensions 713. US 153-1:2000, Uncoated Aluminium Hollow- This Uganda Standard specifies the tolerances on Ware Utensils Part 1: Domestic aluminium diameter of round wire and, where applicable, on the cooking pots(sufuria) and lids length of round wire, cut to length, for bright steel This Uganda Standard specifies the materials wire (i.e. uncoated), metallic coated steel wire and construction and preferred sizes of domestic non-metallic coated steel wire. aluminium cooking pots and lids (sufurias). 720. US 161:2000 Specifications for hurricane lanterns 714. US 153-2:2000, Uncoated aluminium hollow -ware This Uganda Standard covers the requirements for utensils Part 2: Aluminium cooking pans hurricane lanterns complete with globe and wick, This Uganda Standard specifies the materials burning kerosene from the wick at atmospheric construction and preferred sizes of uncoated pressure. aluminium pans and covers aluminium saucepans, 721. US 162:2019, Machetes — Specification (2nd stew pans and frying pans. Edition) 715. US 154:1995 Standard specification for concrete This Uganda Standard specifies the requirements, roofing tiles sampling and test methods straight blade, curved This Uganda Standard specifies requirements for two blade, and double-edged blade machetes (panga). groups of concrete roofing tiles (and slates) including: (This standard cancels and replaces US 162:2000, Group A: Plain, double lap, non-interlocking tiles. Specification for machetes, which has been Group B: Single-lap, interlocking tiles. technically revised). 716. US 156-1:2017, Building limes — Part 1: 722. US 192-1:2000 Specification for locks and latches Specification for doors in buildings This Uganda Standard specifies requirements for This Uganda Standard specifies tests and levels of building limes used for construction purposes. (This performance for locks and latches for doors used in Uganda Standard cancels and replaces US 156:1995, buildings. Standard specification for building limes (inc. 723. US 194-1:2016, Nails — Part 1: Steel nails — methods of test) which has been technically revised). Specification nd 717. US 158:2019, Wheelbarrows — Specification (2 This Uganda Standard specifies requirements for Edition) preferred form and dimensions, tolerance on This Uganda Standard specifies the requirements and dimensions, finish and surface coating for the type of test methods for five types of wheelbarrows of single steel nails and of loose steel wire nails for general wheel make suitable for domestic, industrial, applications. (This Uganda Standard cancels and agricultural and building-site conditions. (This replaces US 194:2001, Specification for nails, which standard cancels and replaces US 158:2000, has been technically revised). Specifications for wheel barrows, which has been 724. US 195:2000 Specification for Zinc coated fencing technically revised). wires 718. US 159:2000 Specification for steel pipes for water This Uganda Standard specifies the characteristics of and gas suitable for screwing drawn mild steel wire; zinc coated by hot- dip process, This Uganda Standard specifies requirements for to be used for line fencing wire or barbed fencing wire welded steel pipes and socket suitable for screwing. for general purposes.

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725. US 196:2000 Specification for window stays manufactured from the F range, or the heavier W20 fasteners and handles for vertically hinged range, of steel window sections. windows 731. US ISO 209:2007, Aluminium and aluminium This Uganda Standard specifies performance and alloys — Chemical composition functional requirements of window stays, fasteners This Uganda Standard specifies the designations and handles for vertically hinged windows. indicating the chemical composition of aluminium and 726. US EAS 196:2013, High-strength low-alloy aluminium alloys. Carbon Steel for hot rolled sheet and cold rolled 732. US 219:2000 Specification for laminated leaf sheet — Specification springs for automobiles This Uganda Standard specifies the requirements for This Uganda Standard specifies requirements for steel sheet in coils and cut lengths. It applies to the laminated leaf springs for automobiles. carbon steel and high-strength, low-alloy steel 733. US 220:2019, Hoes — Specification (2nd Edition) (HSLA) supplied as hot-rolled sheet and cold-rolled This Uganda Standard specifies the requirements, sheet. This standard is not applicable to hot-rolled, sampling and test methods for forged hoes (jembes), heavy-thickness carbon sheet coils. In case of any both plain and fork hoes (jembes) used for digging. conflict in requirements, the requirements of the (This standard cancels and replaces US 220:2003, individual material specification shall prevail over Specification for hoes, both plain and fork hoes, those of the general specification. For the purposes of which has been technically revised). determining conformance with this specification and 734. US 252:2004 Low Pressure Gas Cylinders - the various material specifications, values shall be Specification for Welded Low Carbon Steel Gas rounded to the nearest unit in the right-hand place of Cylinders exceeding 5-Litre Water Capacity for figures used in expressing the limiting values. Low Pressure Liquefiable Gases 727. US 197:2000 Specification for forks This specification deals with welded low carbon steel This Uganda Standard specifies the preferred range, cylinders intended for storage and transportation of dimensions, materials, construction, finish and testing low pressure liquefiable gases, other than toxic gases, peg general-purpose tools. of nominal capacity, above 5 litres up to and including 728. US 198:2019, Spades — Specification (2nd Edition) 250 litres water capacity and design pressure of 18 This Uganda standard specifies requirements, N/mm2. This standard lays down the requirements for sampling and test methods for spades. (This standard the material to be used in the manufacture of cancels and replaces US 198:2000, Specification for cylinders, their construction, marking, and testing. spades, which has been technically revised). 735. US 263:2000/EAS 181 Fuel tank assembly for 729. US 199:2000 Specification for shovels automotive: Safety requirements This Uganda Standard specifies the dimensions, This standard covers the safety requirements for the materials, construction, finish and testing. It also integrity and security of fuel tanks, fuel tank filter provides for the preferred range and permits certain deliver pipes and fuel tank connections, used on variations to the preferred range. automotive vehicles to minimize fire hazards resulting 730. US 200:2000 Specification for steel from fuel spillage during and after crash and/or windows, sills, and window boards and doors collision. This Uganda Standard specifies requirements for the 736. US 264-1:2000/EAS 182-1 Specification for pipes materials, construction, finishes and hardware for steel and fittings made of Unplasticized Poly Vinyl windows, sills, window boards and doors

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Chloride (PVC-U) for water supply - Part 1: 742. US EAS 322:2002 Wood poles and blocks for General requirements power and telecommunication lines— This Standard Specification for plasticized PVC pipes Specification for cold water services specifies requirements for This Uganda Standard specifies materials and UPVC Pipes up to and including a nominal diameter performance requirements for solid wood poles. The of 630mm for conveying cold water at pressures up to poles described herein are considered as simple and including 4, 6, 10, 12.5 and 16 bars at 250C cantilever members subject to transverse loads only. depending on the size. 743. US 323:2002 Timber - Dimensions for coniferous 737. US 264-2:2000/EAS 182-1 Specification for Pipes sawn timber (Cypress and Pine) Sizes of sawn and and Fittings made of Unplasticized Poly Vinyl planed timber Chloride (PVC-U) for water supply - Part 2: This Uganda standard specifies dimensions for a range Nominal diameters, wall thicknesses and nominal of coniferous sawn timber sizes in metric units. pressures( metric series) 744. US 324:2006 Preservation of timber– This standard specifies nominal pressure outside Specifications diameters, calculated wall thicknesses and nominal This Uganda Standard specifies requirements for pressures of circular section Unplasticised Polyvinyl preservative treatment of timber. The preservatives, Chloride (UPVC) pipes used for water services. methods of application and suggested average 738. US 288:2000 Specification for lime for soil retention levels have all been specified with the stabilization objective of achieving long service life. This standard covers quick limes and slaked limes of 745. US 329-1/ISO 3134-1 Light metals and their alloys three types, namely, calcium, magnesium and – Terms and definitions – Part 1: Materials dolomitic, for use in soil stabilization and produced by This part of Uganda Standard US 329 gives terms for calcimining of limestone or treatment of calcium and definitions of materials in the field of light metals carbide. and their alloys. 739. US 289:2001 Specification for limestone for 746. US 329-2/ISO 3134-2 Light metals and their alloys chemical industries – Terms and definitions – Part 2: Unwrought This standard covers the requirements for the quality products of limestone of various grades. It also covers seashells This part of Uganda Standard US 329 gives terms for and calcite, a crystalline form of naturally occurring and definitions of unwrought products of light metals calcium carbonate. and their alloys. 740. US 291:2000 Specification for Lime (Quicklime 747. US 329-3/ISO 3134-3 Light metals and their alloys and Hydrated Lime) for Chemical Industries – Terms and definitions – Part 3: Wrought This standard prescribes the requirements for quality products quicklime and hydrated lime of various grades for use This part of Uganda Standard US 329 gives terms for in chemical industries. and definitions of wrought products of light metals 741. US 306:2000 Specification for standard sand for and their alloys. use in the testing of cement 748. US EAS 357:2004, Pneumatic tyres for trucks and This Uganda standard specifies the source, preparation buses — Specification and properties of standard to be used with a standard This Uganda Standard specifies tyre dimensions coarse aggregate for making for making concrete designation and marking requirements; and load prisms used for testing cement. ratings. It also gives laboratory test requirements for strength endurance for tyres primarily intended for

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trucks and buses. (This standard cancels and replaces This Uganda Standard specifies properties of the US 514:2004, Specification for new pneumatic tyres constituents of common cements and proportions in — Trucks and buses). which they are to be combined to produce a range of 749. US EAS 358:2004, Pneumatic tyres for passenger types, compositions and strength classes. cars — Specification 754. US 402:1993 Standard specification for portable This Uganda Standard specifies tyre dimensions reflective triangles designation and marking requirements; and load This standard specifies requirements for portable ratings. It also gives laboratory test requirements for retro-reflective triangular road safety signs for bead unseating resistance, strength, endurance and indicating temporary obstruction in a roadway which high-speed performance for tyres primarily intended may constitute a traffic hazard. for passengers. (This standard cancels and replaces 755. US 403:2002 Standard specification for deep well US 513:2004, Specification for new pneumatic tyres CBMS hand pump (model U3) — Passenger cars). This standard covers Community Based Maintenance 750. US EAS 359:2004, Pneumatic tyres for light System (CBMS) handpumps for lifting water from trucks — Specification boreholes with static water levels from 24 m up to 50 This Uganda Standard specifies tyre dimensions, m. The pumps shall be used for boreholes fitted with designation, marking requirements and load ratings. It casing pipes of nominal diameters minimum 100mm also gives laboratory test requirements for bead to 150mm. unseating, strength and endurance performance for 756. US 404:2002 Standard specification for Extra light truck tyres. This standard also specifies sampling deepwell CBMS handpumps methods and disposition of non-conforming tyres. This standard covers Community Based Maintenance (This standard cancels and replaces US 515:2004, System (CBMS) handpumps for lifting water from Specification for new pneumatic tyres — Light trucks). boreholes with static water levels from 51 m up to 751. US EAS 360:2004, Pneumatic tyres for 90m. The pumps shall be used for bore holes fitted agricultural implements — Specification casing pipes of nominal diameters minimum 100mm This Uganda Standard specifies tyre dimensions, to 150mm. designation and marking requirements and load 757. US 405:2002 Standard specification for shallow ratings. It also gives laboratory test equipment for well handpumps (model U2/U3) strength for tyres primarily intended for agricultural This standard covers Handpumps for lifting water implements. (This standard cancels and replaces US from boreholes with static water levels from 3m up to 516:2004, Specification for new pneumatic tyres — 21m. Agricultural implements). 758. US 406:1995 Standard specification for deep well 752. US 366-1:2004 Masonry cement – Part 1: hand pump (model U2) Specification This standard covers handpumps for lifting water from This standard gives the definition and composition of boreholes with static water levels from 24m up to masonry cements as commonly used in East Africa for 50m. the production of mortar for bricklaying and block 759. US EAS 412-1:2013, Steel for the reinforcement of laying and for rendering and plastering. It includes concrete — Part 1: Plain bars physical, mechanical and chemical requirements and This Uganda Standard specifies technical defines strength classes. requirements for plain bars to be used as 753. US 371:2003 Hydraulic road binders – reinforcement in concrete. This part of US EAS 412 Composition, specification and conformity criteria covers nine steel grades not intended for welding

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(B240A-P, B240B-P, B240C-P, B240D-P, B300A-P, 763. US 468-3:2002 Specification for photovoltaic B300B-P, B300C-P, B300D-P and B420D-P), and one systems -systems design, installation, operation, steel grade (B420DWP) intended for welding. This monitoring and maintenance - Part 3: Test standard covers products delivered in straight lengths. procedure for main components –inverters Plain bars produced from finished products, such as This part of 3 US 468 specifies test procedures for plates and railway rails, are excluded from this inverters for use of photovoltaic systems. standard. (This Uganda Standard cancels and replaces 764. US 482-1:2003 High density polyethylene (PE-HD) US 155-1:2003, Specification for steel bars for pipes- Part 1: General quality requirements reinforcement of concrete — Plain bars, which has This standard applies to straight round seamless pipes been technically revised and republished). made of High-Density Poly-Ethylene (HDPE). 760. US EAS 412-2:2013, Steel for the reinforcement of Individual requirements specified in this standard may concrete — Part 2: Ribbed bars be omitted or supplemented in technical delivery This Uganda Standard specifies technical conditions relating to particular applications. requirements for ribbed bars to be used as 765. US 482-2:2003 High Density Polyethylene (PE- reinforcement in concrete. This part of US EAS 412 HD) pipes- Part 2: Dimensions covers six steel grades not intended for welding This standard applies to pipes made of High Density (B400A-R, B400B-R, B400C-R, B500A-R, B500B-R Polyethylene (PE-HD). Pipes as specified in this and B500C-R), and nine steel grades (B400AWR, standard shall meet the requirements given in US 482- B400BWR, B400CWR, B400DWR, B420DWR, 1. B500AWR, B500BWR, B500CWR and B500DWR) 766. US EAS 489:2008, Concrete poles for telephone, intended for welding. The steel grades are designated power and lighting purposes — Specification with steel names allocated in accordance with ISO/TS This Uganda Standardspecifies the characteristics of 4949. (This Uganda Standard cancels and replaces pre-cast reinforced, partially pre-stressed and pre- US 155-2:2003, Specification for steel bars for stressed concrete poles. Possible uses for the poles reinforcement of concrete — Ribbed bars, which has include electrical reticulation and distribution, railway been technically revised and republished). traction, telephone line support, street lighting 761. US 465-1:2003 Stabilized materials for civil standards and high mast lighting structures. engineering purposes. Part 1 General 767. US EAS 491:2008, Incineration plant for the requirements, sampling, sample preparation and destruction of hospital waste — Specification tests on materials before stabilization This Uganda Standard specifies the performance This part 1 of US 465 deals with general requirements, requirements for incineration plant, assisted by sampling sample preparation and preliminary test auxiliary fuel if required, suitable for the destruction carried out on materials in the unsterilized condition to of hospital waste. Devices which utilize intensities of assess their suitability for stabilization. combustion exceeding an average heat release rate of 762. US EAS 468:2013, Pre-painted metal coated steel 350 W/m3 are not included. This standard does not sheets and coils — Specification specify materials or methods of construction. This Uganda Standard specifies requirements for the 768. US 512:2003 Specification for axes and hatchets pre-painted hot-dip metal-coated steel sheets and coils This Uganda Standard specifies the requirements on for exterior use. (This Uganda Standard cancels and dimensions, weight and performance for axes and replaces US 663:2006, Pre-painted metal coated steel hatchets. sheets and coils — Specification, which has been 769. US 533:2006 Retro reflective warning signs for technically revised and republished) road vehicles – Chevron signs

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This standard specifies requirements for retro- 776. US EAS 581:2008, Road vehicles – Retro- reflective chevron signs that incorporate a substrate reflective registration plates for motor vehicles and that are intended for use on motor vehicle that and trailers – Specification operate on public roads. This Uganda Standard specifies the provisions 770. US 540:2006 Hot-dip aluminium –zinc plain and applicable to retro-reflective registration plates for corrugated steel sheets— Specification motor vehicles and their trailers. This Uganda Standard specifies requirements for 777. US 618:2006 Industrial standard for hot-dip zinc- continuous hot- dip Aluminium-Zinc (AZ) coated coated steel sheets and coils plain and corrugated steel sheets for roofing, cladding, This Uganda Standard specifies the steel sheets and fencing, fabrication and general use. The Aluminium- coils, (hereafter referred to as "sheet and coil"), Zinc alloy composition by mass is normally 55% equally zinc-coated on both surfaces applied by Aluminium, 1,6% Silicon and the balance Zinc. dipping in a bath or molten zinc containing not less 771. US 545: 2004 Seat belt assemblies for motor than 97% of zinc in percentage by mass (provided that vehicles – Specification the aluminium content is normally 0,30% or less). In This Uganda Standard specifies the requirements for this case the term “sheet” includes not only sheets in automobile seat belt assemblies, which are designed to flat form but also sheets with corrugations of specified accommodate one adult and are fitted, in the main, to shape and dimensions all seats for the safety of all vehicle occupants in the 778. US ISO 630-1:2011, Structural steels — Part 1: event of a traffic accident. General technical delivery conditions for hot- 772. US 546: 2004 Anchorages for automobile seat rolled products belts – Specification This Uganda Standard specifies the general technical This Uganda Standard specifies the requirements to be delivery conditions for steel flat and long products followed in the choice of position of the anchorages, (plate/sections/wide flats and bars) used principally for the force that the anchorages must be able to withstand general-purpose structural steels. The steels specified and the tests to which they are to be subjected. in this part of US ISO 630 are intended for use in 773. US 548: 2004 Motor vehicle safety specification - welded or bolted structures. This part of US ISO 630 Strength of seats and of their anchorages does not include structural steels sheet and strip; and This specification covers the strength of seats and of tubular products. their anchorages for motor vehicles for carrying 779. US ISO 630-2:2011, Structural steels — Part 2: passengers. Technical delivery conditions for structural steels 774. US EAS 565:2006, Road vehicles — Spark-plugs for general purposes — Test methods and requirements This part of US ISO 630 specifies qualities for steels This Uganda Standard specifies the test methods and for general structural use. This part of US ISO 630 requirements for the mechanical and electrical applies to steel plates rolled on a reversing mill, wide performance of spark-plugs for use with spark ignition flats, hot-rolled sections and bars, which are used in engines. (This Uganda Standard is an adoption of the the as-delivered condition and normally intended for East African Standard 565:2006). welded or bolted structures. This part of US ISO 630 775. US EAS 566:2008, Road vehicles — Spark-plugs does not include structural steels sheet and strip; and — Terminals tubular products. This Uganda Standard specifies the dimensions of the 780. US ISO 630-3:2012, Structural steels — Part 3: solid post terminals and threaded terminals for spark- Technical delivery conditions for fine-grain plugs for use with spark ignition engines structural steels

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This part of US ISO 630 specifies requirements for coil, sheet for on-site-formed applications (e.g. flat and long products of hot-rolled weldable fine- standing seam roofs, roll cap). grain structural steels in the as-rolled (for SG grades 784. US 646:2006 Roofing products from metal sheet only), normalized/normalized-rolled and — Fully supported roofing products of copper thermomechanical-rolled delivery conditions. It sheet — Specification applies to steel plates rolled on a reversing mill, wide This Uganda Standard specifies requirements for flats, hot-rolled sections and bars, which are intended roofing products used for assembly into coverings for for use in heavily loaded parts of welded or bolted pitched roofs, made from copper sheet. The standard structures. establishes general characteristics, definitions and 781. US 643:2006 Roofing products from metal sheet labeling for the products, together with requirements — Fully supported products of stainless steel sheet for the materials from which the products can be — Specification manufactured. This Uganda Standard specifies requirements for 785. US 648:2006 Cold reduced sheet of structural roofing products used for assembly into coverings for quality pitched roofs, made from stainless steel, terne coated, This Uganda Standard applies to cold-reduced steel tin coated or organic coated stainless steel sheet. The sheet of structural quality in grades CR220, CR250, standard establishes general characteristics, definitions CR320 and CH550 in the classes given in table 1, and labeling for the products, together with usually without the use of micro alloying elements. requirements for the materials from which the The product is intended for structural purposes where products can be manufactured. particular mechanical properties are required. It is 782. US 644:2006 Roofing products from metal sheet generally used in the delivered condition for — Fully supported roofing products of steel sheet fabricating purposes, such as bending, forming or — Specification welding. This product is commonly produced in This Uganda Standard specifies requirements for thicknesses from 0,36 mm up to 3 mm and in widths roofing products used for assembly into coverings for of 600 mm and over, in coils and cut lengths. Cold pitched roofs, made from metallic coated steel sheet reduced sheet less than 600 mm wide may be slit from with or without additional organic coatings. The wide sheet and will be considered as sheet. standard establishes general characteristics, definitions 786. US ISO 657-1:1989 Hot-rolled steel sections – Part and labeling for the products, together with 1: Equal-leg angles – Dimensions requirements for the materials from which the This Uganda Standard consists of parts integrating any products can be manufactured. shapes of sections. US ISO 657-1 specifies dimensions 783. US 645:2006 Roofing products from metal sheet— of hot-rolled equal-leg angles. Fully supported roofing products of zinc sheet— 787. US ISO 657-2: 1989 Hot-rolled sections – Part 2: Specifications Unequal-leg angles – Dimensions This Standard specifies requirements for roofing This Uganda Standard consists of parts integrating any products used for assembly into coverings for pitched shapes of sections. US ISO 657-2 specifies dimensions roofs, made from Zinc-copper-titanium alloy sheet of hot-rolled unequal-leg angles. with or without additional coatings. The standard 788. US ISO 657-5:1976 Hot-rolled sections – Part 5: establishes the general characteristics, definitions, Equal-leg angles and unequal-leg angles – labeling and quality control for the products. Products Tolerances for metric and inch series can be prefabricated or semi formed products (e.g. interlocking tiles, slates, flashings) as well as strip,

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This Uganda Standard includes tolerances on leg  three-phase equipment with a current rectification length, on thickness, cutting tolerance for length, in the input of the welding transformer tolerances on mass, straightness and out-of-square (sometimes called frequency convertor); and 789. US 662:2008, Code of practice for inspection and  three-phase equipment with inverter welding acceptance of audio, video and similar electronics transformers. apparatus This standard applies neither to welding transformers This Code of practice is intended to form a basic sold separately nor to safety requirements reference document for acceptable used electronic 791. US 708:2006 Carbon steel tubes for general apparatus in Uganda and promote the safe usage and structural purposes dumping of used electronic apparatus to safeguard the This Uganda Standard specifies the carbon steel tubes environment. Any contract adhering to these general used for civil engineering, architecture, steel towers, procedures with the intention of providing such safe scaffolding, struts piles for suppression of landslide and performing used electronic apparatus should be and other structures. eligible to apply for certification to this code. This 792. US 709:2006 Carbon square pipes for general code of practice applies to used electronic apparatus structural purposes designed to be fed from the mains, from a supply This Uganda Standard specifies the carbon steel apparatus, from batteries or from remote power square pipes, hereinafter referred to as the “square feeding and intended for reception, generation, tubes”, used for civil engineering, architecture and recording or reproduction respectively of audio, video other structures and associated signals. This code also concerns 793. US 735:2008, Code of practice for repair and apparatus intended for household and similar general service of electrical and electronic use but which may also be used in places of public machines/devices assembly such as schools, theatres, places of worship This code of practice specifies the requirements for and the workplace. repairers of electrical and electronic machines/devices. 790. US ISO 669:2000, Resistance welding — It provides the essential elements and conditions for Resistance welding equipment — Mechanical and service points centres or workshops undertaking electrical requirements servicing or repairing of electrical equipments or This Uganda Standard applies to resistance welding devices equipment, to guns with inbuilt transformers and to 794. US 765:2007, Wood charcoal and charcoal complete movable welding equipment. The following briquettes for household types are included: This Uganda Standard specifies requirements for  single-phase equipment with alternating welding charcoal that is derived entirely from wood, in lump or current; briquette form, and that is intended for household use.  single-phase equipment with rectified welding 795. US 774:2011, Specification for protective helmets current by rectification of the output of the for motorcycle users welding transformer; This Uganda Standard specifies types, sizes and  single-phase equipment with inverter welding tolerances, components, materials and construction, transformer; requirements, marking and labeling, sampling and  three-phase equipment with rectified welding criteria for conformity and testing for protective current by rectification of the output of the helmets for motorcycle users (riders and passengers). welding transformer;

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796. US 775-1:2008, Retro-reflective registration plates 802. US 833-2:2013, Sawn softwood timber — Part 2: for motor vehicles — Specification — Part 1: Stress-graded structural timber and timber for Blanks (metal) frame wall construction — Specification This part of US 775 specifies requirements for the This Uganda Standard specifies requirements for three type of blank intended for use in the production of the stress grades of visually graded structural timber and embossed registration plates that are covered by US three stress grades of mechanically graded structural 775-2. timber (including finger-jointed structural timber). 797. US 775-2:2008, Retro-reflective registration plates 803. US 833-3:2013, Sawn softwood timber — Part 3: for motor vehicles — Specification — Part 2: Industrial timber — Specification Metallic registration number plates This Uganda Standard specifies requirements for six This Uganda Standard specifies requirements for grades of timber intended for industrial use. This metallic registration number plates that are intended standard does not apply timber intended for structural for use on motor vehicles (including motor cycles and use. tricycles) and trailers. 804. US 833-4:2013, Sawn softwood timber — Part 4: 798. US 776:2008, Furniture — Chairs and tables for Brandering and battens — Specification educational institutions — Functional sizes This Uganda Standard specifies requirements for one This Uganda Standard specifies the basic functional grade of timber suitable for use as brandering and sizes for seating and tables in educational institutions. battens intended for being fixed against beams and It does not include any special requirements that apply joists in roofs for the attachment of ceilings and for the to "special schools" or to adjustable furniture. boxing in of eaves, and for use as supports on roof 799. US EAS 783:2013, Stainless steel tanks ― trusses for the fixing of roofing slates, tiles, wooden Specification shingles and thatch. This Uganda Standard specifies material, dimensional, 805. US 839: 2009 Particleboards – Specification and constructional requirements for stainless steel This Uganda Standard specifies the requirements for tanks. resin-bonded unfaced particleboards. This standard 800. US 816:2008, Specification for clay roofing tiles does not give requirements for Oriented Boards (OSB) and ridges and does not apply to extruded particleboards. This Uganda Standard covers clay roofing tiles and 806. US 837:2009 Decorative melamine-faced boards ridges intended for use as roof coverings where This Uganda Standard specifies the requirements for durability and appearance are required to provide a decorative aminoplast-faced boards, which are weather-resistant surface of specified design. This referred to as decorative melamine-faced boards standard specifies requirements for Mangalore, (MFB) or low-pressure laminates, and are used, for Marseilles, Roman and Portuguese roofing tiles and example, for furniture and interior work. clay roofing ridges. 807. US 845:2017, Road vehicles — Requirements for 801. US 833-1:2013, Sawn softwood timber — Part 1: inspection and testing of used motor vehicles for General requirements roadworthiness (2nd edition) This Uganda Standard specifies requirements for This Uganda Standard specifies the safety, operational visually, mechanically and proof-graded sawn and performance related characteristics of used motor softwood timber, for use as structural timber, vehicles and their inspection and testing for brandering and batten, for frame wall construction and roadworthiness. for structural purposes derived from the trees of genus Pinus.

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808. US 849:2011, Specification for industrial purposes including internal and external stabilized soil blocks plumbing, air conditioning, heating installations, This Uganda Standard specifies the requirements for Chemical, Natural Gas, LPG and chemical stabilized soil blocks using cement and/or lime for transportation. This specification includes a system of usein general construction. nomenclature for PE-AL-PE pipes, the requirements 809. US 895-1:2011, Specification for and test methods for materials, the dimensions and expanded metal — Part 1: Sheets and plates strengths of finished pipe, adhesion test and the burst This Uganda Standard covers expanded metal sheets and sustained pressure performance test along with or plates for general use. requirements and methods for marking. This 810. US 895-2:2011, Specification for specification excludes fittings and connectors. expanded metal — Part 2: Building products 814. US 928-1:2012, Threaded This Uganda Standard covers eight types of building unplasticized polyvinyl chloride (PVC-U) product made from expanded metal and intended for water well filter pipes and casings — Part 1: use as a plaster base or as a reinforcing medium for DN 35 to DN 100 Pipes with Whitworth pipe brickwork. thread 811. US 898-1:2011, Polypropylene (PP) This Uganda Standard specifies dimensions and pipes — Dimensions requirements for DN 35 to DN 100 unplasticized This Uganda Standard specifies dimensions and polyvinyl chloride (PVC-U) filter pipes and casings tolerances for seamless pipes of circular cross section, with Whitworth pipe thread for use in well made from homopolymer polypropylene (PP-H 100), construction. block copolymer polypropylene (PP-B 80) or random 815. US 928-2:2012, Threaded copolymer polypropylene (PP-R 80). It covers all unplasticized polyvinyl chloride (PVC-U) available types of polypropylene pipes for all possible water well filter pipes and casings — Part 2: applications. DN 100 to DN 200 pipes with trapezoidal 812. US 898-2 :2011, Types 1, 2 and 3 thread Polypropylene (PP) pipes — Part 2: General This Uganda Standard specifies dimensions and quality requirements and testing requirements for DN 100 to DN 200 unplasticized This Uganda Standard specifies requirements and the polyvinyl chloride (PVC-U) filter pipes and casings relevant methods of test for seamless pipes of circular with trapezoidal thread for use in well construction. cross section made from propylene homo polymers 816. US 928-3:2012, Threaded (PP-H) (type 1), thermoplastic propylene impact unplasticized polyvinyl chloride (PVC-U) copolymers (PP-B) (type 2) or thermoplastic water well filter pipes and casings — Part 3: propylene random copolymers (type 3). DN 250 to DN 400 pipes with trapezoidal 813. US 927:2011, thread Polyethylene/aluminium/ polyethylene (PE- This Uganda Standard specifies dimensions and AL-PE) and polyethylene-RT/aluminium/ requirements for DN 250 to DN 400 unplasticized polyethylene-RT (PERT-AL-PERT) composite polyvinyl chloride (PVC-U) filter pipes and casings pressure pipes — Specification with trapezoidal thread for use in well construction. This Uganda Standard covers a coextruded 817. US 945-1:2012, Pre-insulated flexible polyethylene composite pressure pipe ranging from 12 pipe systems — Part.1: Classification, general mm to 110 mm in diameter. These pipes are used for requirements and methods of test conveyance of water supply for domestic and

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This Uganda Standard specifies the classification, This Uganda Standard specifies the sizes of rubber and general requirements and methods of test for flexible, plastics hoses and the minimum and maximum inside pre-insulated, directly buried district heating pipe diameters permitted for each hose size. For this systems. Depending on the pipe assembly, this purpose, hoses are divided into four types according to standard can be used for maximum operating the process by which they are manufactured. The temperatures of 95 °C to 140 °C and operating standard also specifies tolerances on cut-to-length pressures of 6 bar to 25 bar. The pipe systems are rubber and plastics hoses for industrial and automotive designed for a lifetime of 30 years. For pipe systems applications. This standard is intended to be used with with plastic service pipes, the respective temperature the relevant hoses product standard unless there is profiles are defined in US 945-2. justification for using a different hose size or unless a 818. US 945-2:2012, Pre-insulated flexible hose size needs a different inside-diameter range for a pipe systems – Part 2: Non bonded system particular application with plastic service pipes — Requirements and 822. US ISO 1401:1999, Rubber hoses for methods of test agricultural spraying This Uganda Standard specifies the requirements and This Uganda Standard specifies requirements for three methods of test for flexible, pre-insulated, direct types of flexible rubber hose for pressure spraying of buried district heating pipes with plastic service pipes agropharmaceutical and/or fertilizer products within a and no bonding between the layers of the pipes. This temperature range of –10 °C to + 60 °C standard is valid for maximum operating temperatures 823. US ISO 1403:2005, Rubber hoses, of 95 °C and maximum operating pressures up to 10 textile-reinforced, for general-purpose water bar for a design lifetime of at least 30 years. This applications — Specification standard does not cover surveillance systems. This Uganda Standard specifies the requirements for 819. US 970-2:2012, Agglomerated stone- three types of general-purpose textile-reinforced slabs and cut-to-size product — Part 2: rubber water hose with an operating temperature range Product requirements of −25 °C to +70 °C and a maximum working pressure This Uganda Standard specifies requirements for slabs of up to 25 bar.These hoses are not intended to be used and cut-to-size product of agglomerated stone which for conveyance of potable (drinking) water, for are made for use as vanity, kitchen tops and other washing-machine inlets, as firefighting hoses, for similar uses in furnishing and modular tiles of special agricultural machines or as collapsible water agglomerated stone which are made for use as flooring hoses. These hoses may be used with additives which and stairs for internal and external uses, fixed by lower the freezing point of wate mortar or adhesives. 824. US ISO 1436:2009, Rubber hoses 820. US ISO 1089:1980, Electrode taper and hose assemblies — Wire-braid-reinforced fits for spot welding equipment — Dimensions hydraulic types for oil-based or water-based This Uganda Standard lays down the taper dimensions fluids — Specification and tolerances of electrode taper fits for spot welding This Uganda Standard specifies requirements for six electrode, electrode adaptors, electrode holders and types of wire-braid-reinforced hose and hose assembly similar parts. of nominal size from 5 to 51 plus, for one of the five 821. US ISO 1307:2006, Rubber and types (type R2ATS), nominal size 63. They are plastics hoses — Hose sizes, minimum and suitable for use with water-based hydraulic fluids maximum inside diameters, and tolerances on HFC, HFAE, HFAS and HFB as defined in ISO 6743- cut-to-length hoses 4 at temperatures ranging from to −40 °C to +60 °C or

84 | P a g e oil-based hydraulic fluids HH, HL, HM, HR and HV bare/coated/laminated foil for pharmaceutical as defined in ISO 6743-4 at temperatures ranging from packaging applications. It is applicable for 0.020 −40 °C to +100 °C. This standard does not include 830. US 1664:2017, Containers for requirements for end fittings. It is limited to packaging of natural mineral water and requirements for hoses and hose assemblies. packaged drinking water — Specification 825. US ISO 1461:2009, Hot dip This Uganda Standard specifies the requirements for galvanized coatings on fabricated iron and raw materials, dimensions and performance, sampling steel articles — Specification and test methods and test methods for plastic containers except ﬂexible This Uganda Standard specifies the general properties pouches, for packaging of natural mineral water and of coatings and test methods for coatings applied by packaged drinking water. dipping fabricated iron and steel articles (including 831. US 1666:2017, Polystyrene — Safe use certain castings) in a zinc melt (containing not more in contact with foodstuffs, pharmaceuticals than 2 % of other metals). and drinking water — Specification 826. US 1560:2013, Rotational moulded This Uganda Standard specifies requirements, polyethylene water storage tank — sampling and test methods for polystyrene (crystal and Specification high impact) materials for the manufacture of plastic This Uganda Standard specifies the requirements and items used in contact with foodstuffs, pharmaceuticals methods of sampling and test for rotational moulded and drinking water. This standard does not cover polyethylene water storage tanks (closed and open top requirements of a packaging media for a particular tank). This standard is not applicable to underground foodstuff and drinking water other than toxicological tanks and mobile water tanks and horizontal considerations. cylindrical water tanks 832. US 1668:2017, Polyethylene — Safe 827. US 1566:2017, Pressed steel tanks — use in contact with foodstuffs, pharmaceuticals Specification and drinking water — Specification This Uganda Standard specifies requirements for This Uganda Standard specifies the requirements, materials, fabrication, erection and supply of pressed sampling and test methods for polyethylene plastic steel tanks for the storage of cold and hot water and materials for the manufacture of plastic items used in certain other liquids, under a pressure not greater than contact with foodstuffs, pharmaceuticals and drinking the static head corresponding to the depth of the tank. water. This standard does not cover requirements of a 828. US 1663-1:2017, Aluminium and packaging media for a particular foodstuff and aluminium alloys — Part 1: Bare foil for food drinking water other than toxicological considerations. packaging — Specification 833. US 1670:2017, Padlocks — This Uganda Standard covers the requirements of Specification annealed aluminium and aluminium alloy bare foil for This Uganda Standard specifies the requirements, food packaging. It is applicable for 0.011mm (11µm) inspection, sampling and test methods of various types to 0.075mm (75µm) thickness and grades of padlocks. 829. US 1663-2: 2019, Aluminium and 834. US 1671:2017, Plastic cling wrap film aluminium alloys — Part 2: Foil for for food contact use — Specification pharmaceutical packaging — Specification This Uganda Standard specifies the definitions and This Uganda Standard covers the requirements of terms, product classifications, marking, requirements, aluminium and aluminium alloy- test methods, inspection rules, labels, packaging,

85 | P a g e transport and storage of plastic cling wrap film for This Uganda Standard specifies the requirements, food contact use. sampling and test methods for polyalkylene 835. US 1672:2017, Copper and copper terephthalates also known as thermoplastic saturated alloys — Copper rod, bar and wire for general polyesters polymer materials for the manufacture of electrical purposes — Specification plastic items used in contact with foodstuffs and This Uganda Standard specifies the composition, drinking water. This standard applies to polyethylene property requirements including electrical properties, terephthalates (PET) and Polybutylene terephthalates and tolerances on dimensions and form for copper rod, (PBT). This standard does not cover requirements of a bar and wire, sampling procedures and test methods packaging media for a particular foodstuff and for general electrical purposes. drinking water other than toxicological considerations 836. US 1673-1:2017, Steel tubes for non- 841. US ISO 1728:2006, Road vehicles — pressure purposes — Sections for scaffolding Pneumatic braking connections between general engineering and structural motor vehicles and towed vehicles — applications — Part 1: Specification Interchangeability This Uganda Standard specifies the general This Uganda Standard specifies the requirements requirements, manufacturing process and test methods which ensure interchangeability of the pneumatic for tubes for scaffolding, hollow sections for structural braking connections between motor vehicles and and general engineering purposes and cold-drawn and towed vehicles. It concerns vehicle combinations cold-formed hollow sections made from welded or equipped with pneumatic braking systems with two seamless tubes lines: one control line and one supply line. 837. US 1642:2016, Domestic biogas 842. US ISO 1825:2010, Rubber hoses stoves — Specification and hose assemblies for aircraft ground This Uganda Standard covers construction, operation, fuelling and defuelling — Specification safety requirements and methods of test for stoves This Uganda Standard specifies the dimensions and intended for use with domestic biogas systems. construction of, and requirements for, four types of 838. US 1643:2016, Domestic biogas lamp hose and hose assembly for use in all operations — Specification associated with the ground fuelling and defuelling of This Uganda Standard covers construction, operation, aircraft. All four types are designed for use with safety requirements, sampling and methods of test for petroleum fuels having an aromatic-hydrocarbon lamps intended for use with biogas content not exceeding 30 % by volume; operation 839. US 1679:2017, Polyvinyl chloride within the temperature range of −30 °C to +65 °C and (PVC) — Safe use in contact with such that they will be undamaged by climatic foodstuffs, pharmaceuticals and conditions of −40 °C to +70 °C when stored in static drinking water — Specification conditions; andoperation at up to 2,0 MPa (20 bar) This Uganda Standard specifies the requirements, maximum working pressure, including surges of sampling and test methods for polyvinyl chloride pressure which the hose can be subjected to in service. (PVC) and its copolymers for the manufacture of 843. US 1855:2019, Motorcycle rubber plastic items used in contact with foodstuffs, wheel inner tubes — Specification pharmaceuticals and drinking water. This Uganda Standard specifies requirements, 840. US 1680:2017, Polyalkylene sampling and test methods for motorcycle inner tubes terephthalates — Safe use in contact with made of natural rubber (hereinafter referred to as inner foodstuffs and drinking water — Specification tube).

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844. US 1867: 2019, Stainless steel milk steel shelving cabinets with hinged doors with or cans — Specification without the provision of a locker. This Uganda Standard specifies the requirements, 850. US 1908:2019, Furniture — Steel sampling criteria and test methods for stainless steel filing cabinets for general office purposes — milk cans used for collection and distribution of fluid Specification milk. This Uganda Standard specifies requirements for materials, sizes, construction and finish and tests of 845. US 1869:2019, Sickles — steel filing cabinets for general office purposes. Specification 851. US 1910-1:2019, Furniture — Metal This Uganda Standard specifies the requirements, chairs for office purposes — Part 1: sampling and test methods for plain and serrated blade Specification for non-revolving and non-tilting sickles for harvesting of fodder, grasses, cereal crops, chairs among other activities. This Uganda Standard covers requirements for 846. US 1904:2019, Furniture — Dining materials, construction, dimensions and finish of non- tables —Specification revolving and non-tilting metal chairs for office This Uganda Standard covers requirements for purposes. materials, sizes and functional dimensions of all types 852. US 1910-2:2019, Furniture — Metal of dining tables. chairs for office purposes — Part 2: 847. US 1906-1:2019, Library furniture Specification for revolving and tilting chairs and fittings — Specification — Part 1: Timber This Uganda Standard covers the requirements of This Uganda Standard specifies the requirements for materials, dimensions, construction and finish of the following items of wooden furniture meant for use revolving and tilting metal chairs for office purposes. in a library: unit book rack; bay guide holder; book trolley; catalogue cards tray and cabinet; catalogue 853. US 1911:2019, Furniture — Wooden cards box; catalogue cards work tray; control region shelving cabinets (adjustable type) — fittings; charging trays; reading room table; study Specification table; periodicals display rack; chairs; and display This Uganda Standard covers the requirements for stand. materials, sizes, construction and finish of adjustable 848. US 1906-2:2019, Library furniture wooden shelving cabinets with hinged doors. and fittings — Specification — Part 2: Steel This Uganda Standard specifies the requirements for 854. US 1912:2019, Furniture — the following items of steel furniture and fittings Composite office table — Specification meant for use in a library: book racks; book trolley; This Uganda Standard covers the requirements of book ends; catalogue cards tray; card index cabinets; materials, sizes, construction and finish for composite catalogue cards work tray; charging trays; reading- office tables. room table; study table; chairs; book cases; and glass- front cabinets. 855. US 1920:2019, Furniture — Wooden 849. US 1907:2019, Furniture — Steel wardrobes (adjustable and non-adjustable) — shelving cabinets (adjustable type) — Specification Specification This Uganda Standard covers requirements for This Uganda Standard covers the requirements for materials, sizes, construction and finish of wooden materials, sizes, construction and finish of adjustable portable wardrobes with hinged doors.

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856. US 1928:2019, Road vehicles — Bus This Uganda Standard establishes general rules for the body design and construction —Specification classification of plywood by its surface appearance. It This Uganda Standard specifies requirements for bus does not apply to overlaid plywood. body design and construction. This standard applies to 860. US ISO 2426-2:2000, Plywood — buses with bodies designed and constructed for Classification by surface appearance — Part carriage of persons. This standard does not include 2: Hardwood provisions for persons of reduced mobility. This Uganda Standard specifies the nature and 857. US 2023:2019, Automotive vehicles limits of characteristics inherent in wood and — Retreaded pneumatic tyres for passenger manufacturing defects enabling the visual cars — Specification assessment of the plywood for allocation to an This Uganda Standard provides requirements for the appearance class. production of re-treaded tyres intended to be fitted to 861. US ISO 2426-3:2000, Plywood — passenger cars and their trailers used on the road. This Classification by surface appearance — Part standard does not apply to: 3: Softwood a) re-treaded tyres for commercial vehicles This Uganda Standard specifies the nature and limits and their trailers; of characteristics inherent in wood and manufacturing b) re-treaded tyres with a speed capability defects enabling the visual assessment of the plywood below 120 km/h or above 240 km/h (limit for allocation to an appearance class. of below 120 km/h is not applicable for 862. US ISO 2929:2014, Rubber hoses bias-ply tyres); and hose assemblies for bulk fuel delivery by c) tyres for cycles and motor cycles; truck — Specification d) tyres originally produced without speed This Uganda Standard specifies the requirements for symbols and load indices; two groups of rubber hoses and rubber hose e) tyres designed exclusively for competition assemblies for loading and discharge of liquid or off road use and marked accordingly; hydrocarbon fuels with a maximum working pressure and of 10 bar (1,0 MPa). Both groups of hoses are f) tyres designated as ‘T’ type temporary use designed for: spares.  use with hydrocarbon fuels having an aromatic- 858. US ISO 2398:2006, Rubber hoses, hydrocarbon content not exceeding 50 % by textile-reinforced, for compressed air — volume and containing up to 15 % of oxygenated Specification compounds; and This Uganda Standard specifies the requirements for  operation within the temperature range of − 30 three types, three classes and two categories of textile- °C to + 70 °C, undamaged by climatic conditions reinforced rubber hose for compressed air, up to a of − 50 °C to + 70 °C when stored in static maximum working pressure of 25 bar with an conditions. operating-temperature range of – 40 °C to + 70 °C, 863. US ISO 2503:2009, Gas welding depending on the type and category equipment — Pressure regulators and 859. US ISO 2426-1:2000, Plywood — pressure regulators with flow-metering devices Classification by surface appearance — Part for gas cylinders used in welding, cutting and 1: General allied processes up to 300 bar (30 MPa

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This Uganda Standard specifies requirements for e.g. decorative cork or wood veneers, with or without single or two-stage pressure regulators without flow applied colours. This standard includes a classification metering devices for connection to gas cylinders used system based on intensity of use which shows where for compressed gases up to 300 bar 1) (30 cork floor tiles should give satisfactory service (see MPa),dissolved acetylene,liquefied petroleum gases EN 685). It also specifies requirements for marking, (LPG),methylacetylene-propadiene mixtures (MPS), labelling and packing andcarbon dioxide (CO2),for use in welding, cutting 867. US ISO 3821:2008, Gas welding and allied processes. It does not cover pressure equipment — Rubber hoses for welding, regulators having a nominal outlet pressure p2 > 20 cutting and allied processes bar. This standard also specifies requirements for This Uganda Standard specifies requirements for single or two-stage pressure regulators with flow rubber hoses (including twin hoses) for welding, metering devices for connection to gas cylinders used cutting and allied processes. This standard specifies for compressed gases or mixtures up to 300 bar (30 requirements for rubber hoses for normal duty of 2

MPa), and carbon dioxide (CO2), for use in welding, MPa (20 bar) and light duty [limited to hoses for cutting and allied processes. This standard does not maximum working pressure of 1 MPa (10 bar) and cover pressure regulators intended for direct use on with bore up to and including 6,3 mm]. This standard cylinder bundles. applies to hoses operated at temperatures −20 °C to 864. US ISO 3739-1:2007, Industrial tyres +60 °C and used in:⎯ gas welding and cutting;⎯ arc and rims — Part 1: Pneumatic tyres (metric welding under the protection of an inert or active gas; series) on 5 degrees tapered or flat base rims and⎯ processes allied to welding and cutting, in — Designation, dimensions and marking particular, heating, brazing, and metallization.This This Uganda Standard specifies the main requirements standard applies neither to thermoplastics hoses nor to of the metric series of pneumatic tyres primarily hoses used for high pressure [>0,15 MPa (>1,5 bar)] intended for industrial vehicles, including acetylene designations, dimensions and markings. 868. US ISO 3861:2005, Rubber hoses for 865. US ISO 3739-3:2008, Industrial tyres sand and grit blasting — Specification and rims — Part 3: Rims This Uganda Standard specifies the requirements for This Uganda Standard specifies the main rubber hoses for wet and dry sand and grit blasting, requirements, including size designation and marking, suitable for use up to a maximum working pressure of of 5° tapered and flat base rims, with diameters not 6,3 bar and over an operating temperature range of exceeding rim diameter code 15 for pneumatic tyres −25 °C to +70 °C. and for solid tyres for pneumatic tyre rims, primarily 869. US ISO 3862:2009, Rubber hoses intended for industrial vehicles for use on prepared and hose assemblies — Rubber-covered spiral- surfaces wire-reinforced hydraulic types for oil-based 866. .ISO 3813:2004, Resilient floor or water based fluids — Specification coverings — Cork floor tiles — Specification This Uganda Standard specifies requirements for five This Uganda Standard specifies the requirements for types of spiral-wire-reinforced hydraulic hose and cork floor coverings made from agglomerated hose assembly of nominal size from 6,3 to 51. They composition cork supplied in tile form which are are suitable for use with water-based hydraulic fluids designed to be used with a factory finish and/or an in HFC, HFAE, HFAS and HFB as defined in ISO 6743- situ finish. Cork floor coverings can be covered with 4 at temperatures ranging from −40 °C to +60 °C and other complementary layers of decorative materials, oil-based hydraulic fluids HH, HL, HM, HR and HV

89 | P a g e as defined in ISO 6743-4 at temperatures ranging from 4 at temperatures ranging from −40 °C to +60 ºC or −40 °C to +100 °C for types 4SP and 4SH and −40 °C oil-based hydraulic fluids HH, HL, HM, HR and HV to +120 °C for types R12, R13 and R15. as defined in ISO 6743-4 at temperatures ranging from 870. US ISO 3949:2009, Plastics hoses and −40 °C to +100 °C. This standard does not include hose assemblies — Textile-reinforced types for requirements for end fittings. It is limited to hydraulic applications — Specification requirements for hoses and hose assemblies. This Uganda Standard specifies requirements for three 873. US ISO 4081:2010, Rubber hoses types of textile-reinforced thermoplastics hose and and tubing for cooling systems for internal hose assembly of nominal size from 3,2 to 25. Each combustion engines — Specification type is divided into two classes dependent on electrical This Uganda Standard specifies the requirements for conductivity requirements. They are suitable for use straight or pre-formed rubber hoses and tubing for use with water-based hydraulic fluids HFC, HFAE, HFAS in pressurized or unpressurized cooling circuits and HFB as defined in ISO 6743-4 at temperatures containing 1,2-ethanediol-based coolants in internal ranging from 0 °C to +60 °C and oil-based hydraulic combustion engines for vehicles with an unladen mass fluids HH, HL, HM, HR and HV as defined in ISO (as defined in ISO 1176) of 3,5 t or less. In addition, 6743-4 at temperatures ranging from −40 °C to +100 this specification may also be applied as a °C. This standard does not include requirements for classification system to enable original equipment end fittings. It is limited to the performance of hoses manufacturers (OEMs) to detail a “line call-out” of and hose assemblies. tests for specific applications where these are not 871. US ISO 3994:2007, Plastics hoses — covered by the main types specified. Helical-thermoplastic reinforced 874. US ISO 4209-2:2012, Truck and bus thermoplastics hoses for suction and discharge tyres and rims (metric series) — Part 2: Rims of aqueous materials — Specification This Uganda Standard specifies the designations, This Uganda Standard specifies the requirements for contours and dimensions of drop-centre (one-piece) three types of helical-thermoplastic-reinforced rims for use on trucks and buses. thermoplastics hoses for suction and discharge of 875. US ISO 4210-2:2014, Cycles — water, weak aqueous chemical solutions and abrasive Safety requirements for bicycles — Part solids and slurries, for use in the ambient temperature 2:Requirements for city and trekking, young range from − 10 °C to + 55 °C. The three types of adult, mountain and racing bicycles hose are for light-, medium- and heavy-duty This Uganda Standard specifies safety and applications. The types of hoses covered in this performance requirements for the design, assembly, standard are not intended for use with flammable or and testing of bicycles and sub-assemblies. combustible materials, nor with aromatic solvents 876. US ISO 4586-1:1997: High-pressure 872. US ISO 4079:2009, Rubber hoses laminates – Sheets from thermosetting resins and hose assemblies — Textile-reinforced – Part 1: Classification and hydraulic types for oil-based or water-based specifications fluids — Specification This Uganda Standard establishes a classification This Uganda Standard specifies requirements for five system for high-pressure decorative laminated sheets types of textile-reinforced hydraulic hose and hose according to their performance and main assembly of nominal size from 5 to 100. They are recommended fields of application, including suitable for use with water-based hydraulic fluids materials with special characteristics, for example post HFC, HFAE, HFAS and HFB as defined in ISO 6743- formability or defined reaction to fire.

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877. ISO 4641:2010, Rubber hoses and (see Clause 4). This part of US ISO 4642 applies to hose assemblies for water suction and delivery hoses for fire-fighting purposes intended for discharge — Specification use at a minimum ambient temperature of −20 °C. This Uganda Standard specifies the minimum 880. US ISO 4951-1:2001 High yield requirements for textile-reinforced, smooth-bore strength steel bars and sections – Part 1: rubber water-suction and discharge hoses and hose General delivery requirements assemblies. Three types of hoses and hose assemblies This Uganda Standard specifies the requirements for are specified according to their operating duty the general delivery conditions of hot rolled bars and requirements, i.e. their ambient and water temperature sections, in high yield strength steels for use in bolted, ranges: ambient temperatures: −25 °C to +70 °C; riveted or welded structures. andwater temperatures during operation: 0 °C to +70 881. US ISO 4951-2:2001 High yield °C. strength steel bars and sections – Part 2: 878. US ISO 4642-1:2009, Rubber and Delivery conditions for normalized, plastics hoses, non-collapsible, for fire-fighting normalized rolled and as rolled steels service — Part 1: Semi-rigid hoses for fixed This Uganda Standard specifies the requirements for systems hot rolled bars and sections of diameter or thickness ≤ This Uganda Standard specifies the requirements and 150 mm in high yield strength steels in the test methods for semi-rigid reel hoses for fire-fighting normalized, normalized rolled or as rolled delivery purposes for use with fixed systems. The hoses are conditions for use in bolted, riveted or welded intended for use at a maximum working pressure of structures. 1,2 MPa for hoses of 19 mm and 25 mm inside 882. US ISO 4998:2011, Continuous hot- diameter and 0,7 MPa for hoses of 33 mm inside dip zinc-coated carbon steel sheet of structural diameter. Hoses conforming to this part of US ISO quality 4642 are intended for applications where long This Uganda Standard applies to continuous hot-dip intervals can occur between the occasions of use, for zinc- and zinc-iron-alloy-coated carbon steel sheet of example on fixed fire hose reels in buildings and other structural quality. The product is intended for construction works. This part of US ISO 4642 applies applications where resistance to corrosion is of prime exclusively to hoses for fire-fighting purposes importance. The steel sheet is produced in a number of intended for use at ambient conditions in non- grades, coating mass, ordering conditions and surface aggressive or non-corrosive atmospheres within the treatments. This standard does not cover steels temperature range −20 °C to +60 °C. designated as commercial quality, or drawing quality. 879. US ISO 4642-2:2009, Rubber and (This Uganda Standard cancels and replaces US plastics hoses, non-collapsible, for fire-fighting 649:2006, Continuous hot-dip zinc-coated carbon service — Part 2: Semi-rigid hoses (and hose steel sheet of structural quality, which has been assemblies) for pumps and vehicles technically revised and republished) This Uganda Standard specifies the requirements and 883. US ISO 5019-1:1984, Refractory test methods for semi-rigid reel hoses for use on fire- bricks — Dimensions — Part 1: Rectangular fighting vehicles and trailer pumps. The hoses are bricks intended for use at a maximum working pressure of This Uganda Standard specifies the dimensions of two 1,5 MPa for normal pressure hoses (category I) and series of rectangular refractory bricks. These two 4,0 MPa for high pressure hoses (category II). The series of bricks may be used in conjunction with the hoses are further subdivided into types and classes

91 | P a g e series of arch bricks whose dimensions are specified in compressed gas systems at pressures up to 30 MPa US ISO 5019-2. (300 bar) in welding, cutting and allied processes. It 884. US ISO 5019-2: 1984, Refractory also covers use for dissolved acetylene and for bricks — Dimensions — Part 2: Arch bricks liquefied gases under pressure. It does not cover This Uganda Standard specifies the dimensions of two gauges for acetylene in acetylene-manufacturing series of refractory arch bricks, each with a constant plants median dimension and one series of refractory arch 890. US ISO 5172:2006, Gas welding bricks with a constant backface dimension. These equipment — Blowpipes for gas welding, series of bricks may be used in conjunction with the heating and cutting — Specifications and test two series of rectangular bricks whose dimensions are This Uganda Standard specifies specifications and specified in US ISO 5019-1. tests for blowpipes for gas welding, heating and 885. US ISO 5019-3:1984, Refractory cutting of metals. It applies to manual blowpipes for bricks — Dimensions — Part 3: Rectangular welding and heating with a nominal thermal power up checker bricks for regenerative furnaces to 32 000 kcal/h, and manual and machine cutting This Uganda Standard specifies the dimensions of blowpipes with a cutting range up to 300 mm. This rectangular checker bricks for regenerative furnaces. standard does not apply to air-aspirated blowpipes which are covered in US ISO 9012. 886. US ISO 5019-4:1988, Refractory 891. US ISO 5175:1987, Equipment used bricks — Dimensions — Part 4: Dome bricks in gas welding, cutting and allied processes — for electric arc furnace roofs Safety devices for fuel gases and oxygen or This Uganda Standard specifies the dimensions of compressed air — General specifications, refractory bricks for use in the domes of electric arc requirements and tests furnace roofs. The dimensions of special bricks also This Uganda Standard lays down the general used for the construction of these furnaces are given specifications, requirements and tests of safety devices for information only. for fuel gases and oxygen or compressed air used 887. US ISO 5019-5:1984, Refractory downstream of cylinder or pipeline outlet regulators bricks — Dimensions — Part 5: Skewbacks and of pipeline outlet valves, and upstream of This Uganda Standard specifies the dimensions of two blowpipes for welding, cutting and allied processes. lt skewbacks, one for use with bricks of a course height does not specify location and combination of these 64 mm and one for use with bricks of a course height devices in the gas system. 76 mm. 892. US ISO 5182:2008, Resistance 888. US ISO 5019-6:2005, Refractory welding — Materials for electrodes and bricks — Dimensions — Part 6: Basic bricks ancillary equipment for oxygen steel-making converters This Uganda Standard specifies the characteristics of This Uganda Standard specifies the dimensions of materials for resistance welding electrodes and basic refractory bricks for use in oxygen steel-making ancillary equipment which are used for carrying converters current and transmitting force to the work. 889. US ISO 5171:2009, Gas welding 893. US ISO 5183-1:1998, Resistance equipment — Pressure gauges used in welding equipment — Electrode adaptors, welding, cutting and allied processes male taper 1:10 — Part 1: Conical fixing, This Uganda Standard specifies requirements for taper 1:10 Bourdon-tube pressure gauges normally used with

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This Uganda Standard specifies the dimensions and for use in rotary kilns. lt does not apply to special tolerances of resistance spot welding electrode closure bricks for use in completing circles. adaptors where the fixing element for the cap is a male 897. US ISO 5771:2008, Rubber hoses taper of 1:10 and for which the electrode taper fits in and hose assemblies for transferring conformance with US ISO 1089. anhydrous ammonia — Specification 894. US ISO 5183-2:2000, Resistance This Uganda Standard specifies the minimum welding equipment — Electrode adaptors, requirements for rubber hoses used for transferring male taper 1:10 — Part 2: Parallel shank ammonia, in liquid or in gaseous form, at ambient fixing for end-thrust electrodes temperatures from −40 °C up to and including +55 °C. This Uganda Standard specifies the dimensions and It does not include specifications for end fittings, but tolerances of resistance spot welding electrode is limited to the performance of the hoses and hose adaptors where the fixing element for the cap is a male assemblies. taper of 1:10 and a parallel shaft is used to fix the 898. US ISO 5772:1998, Rubber hoses adaptor to the electrode holder in accordance with US and hose assemblies for measured fuel ISO 8430-3. dispensing — Specification 895. US ISO 5359:2008, Low-pressure This Uganda Standard specifies the requirements for hose assemblies for use with medical gases three types of rubber hose and hose assembly used for This Uganda Standard specifies requirements for low- measured fuel dispensing, including oxygenated fuels pressure hose assemblies intended for use with the (up to a maximum of 15 % oxygenated compounds). following medical gases: oxygen; nitrous oxide; The three types of hose are as follows: type 1: hoses medical air; helium; carbon dioxide; xenon; specified with textile reinforcement suitable for reeling on a mixtures of the gases listed above; oxygen-enriched drum or hanging in bends; type 2: hoses with textile air; air for driving surgical tools; nitrogen for driving and helical wire reinforcement designed for torsional surgical tools; vacuum. It is intended in particular to flexibility, suitable for coiling, reeling on a drum or ensure gas-specificity and to prevent cross-connection hanging in bends; andtype 3: hoses with fine wire between systems conveying different gases. These reinforcement designed for low dilation, suitable for hose assemblies are intended for use at maximum reeling on a drum or hanging in bends. operating pressures of less than 1 400 kPa. This 899. US ISO 5774:2006 Plastics hoses — standard specifies the allocation of (NIST), (DISS), Textile-reinforced types for compressed-air (SIS) connectors to medical gases and specifies the applications — Specification dimensions of non-interchangeable screw-threaded This Uganda Standard specifies the requirements for (NIST) connectors. This standard does not four types of flexible thermoplastic hose, textile specify:requirements for coaxial hoses used for the reinforced, for compressed-air applications in the supply and disposal of air for driving surgical tools; temperature range from − 10 °C to + 60 °C. The four andrequirements for electrical conductivity.This types are classified as light service for a maximum standard does not specify the intended uses of hose working pressure of 7 bar at 23 °C and 4,5 bar at 60 assemblies. °C, medium service for a maximum working pressure 896. US ISO 5417:1986, Refractory bricks of 10 bar at 23 °C and 6,5 bar at 60 °C, heavy service for use in rotary kilns — Dimensions for a maximum working pressure of 16 bar at 23 °C This Uganda Standard specifies a range of dimensions and 11 bar at 60 °C, and heavy service for use in of basic, fireclay and high alumina refractory bricks mining for a maximum working pressure of 25 bar at 23 °C and 13 bar at 60 °C

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900. US ISO 5775-2:1996, Bicycle tyres connected to water-cooled lugs. The secondary and rims — Part 2: Rims connecting cables are used for connection between the This Uganda Standard specifies rim dimensions for secondary terminals of a welding transformer and the bicycle tyres: it gives only those rim contour electrode holders. dimensions necessary for tyre mounting and to fit the 904. US ISO 6134:2005, Rubber hoses tyre on the rim. US ISO 5775-1 covers designations and hose assemblies for saturated steam — and dimensions for tyres. ISO 5775 covers straight Specification side (SS) rims, hooked bead (HB) rims and crotchet This Uganda Standard specifies requirements for two type (C) rims. types of hoses and hose assemblies, low pressure with 901. US ISO 5822:1988, Spot welding a maximum working pressure of 6 bar and high equipment — Taper plug gauges and taper pressure with a maximum working pressure of 18 bar, ring gauges made of rubber and hose fittings made of metal, This Uganda Standard specifies requirements for taper designed to convey saturated steam and hot water plug and ring gauges used for the checking of type A, condensate. B and C tapers according to US ISO 1089. 905. US ISO 6224:2011 Thermoplastics 902. US ISO 5826:2014, Resistance hoses, textile-reinforced, for general-purpose welding equipment — Transformers — water applications — Specification General specifications applicable to all This Uganda Standard specifies the requirements for transformers general-purpose textilereinforced thermoplastics This Uganda Standard gives specifications applicable water-discharge hoses. Three types of hose are to the following types of transformers for use in specified according to their operating duty resistance welding equipment:single-phase requirements, i.e. their ambient and water temperature transformers for a.c. welding, typically operating at 50 ranges:ambient temperatures: −10 °C to +60 °C; Hz or 60 Hz;single-phase transformers with connected andwater temperature during operation: 0 °C to +60 rectifier for d.c. welding, typically operating at 50 Hz °C. or 60 Hz;single-phase inverter transformers with 906. US ISO 6361-1:2011, Wrought connected rectifier for d.c. welding, typically aluminium and aluminium alloys — Sheets, operating at 400 Hz to 2 kHz; andthree-phase strips and plates — Part 1: Technical transformers with connected rectifier for d.c. welding, conditions for inspection and delivery typically operating at 50 Hz or 60 Hz.For the purposes This Uganda Standard specifies the technical of this standard, the term transformer can refer to the conditions for inspection and delivery of wrought transformer alone or with connected rectifier aluminium and aluminium alloy sheets, strips and (transformer-rectifier unit). This standard applies to plates for general engineering applications. It applies transformers built to protection class I or II according to flat-rolled products with a thickness over 0.15 mm to IEC 61140. up to and including 400 mm. (This Uganda Standard 903. US ISO 5828:2001, Resistance cancels and replaces US 328-1:2001/EAS 202-1/ISO welding equipment — Secondary connecting 6361-1, Wrought aluminium and aluminium alloy cables with terminals connected to water- sheets, strips and plates — Part 1: Technical cooled lugs — Dimensions and characteristics conditions for inspection and delivery, which has been This Uganda Standard specifies dimensions and technically revised). characteristics of secondary connecting cables which 907. US ISO 6361-2:2014, Wrought are aircooled over their length and with terminals aluminium and aluminium alloys — Sheets,

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strips and plates — Part 2: Mechanical Uganda Standard cancels and replaces US 328- properties 4:2001/EAS 202-4/ISO 6361-4, Wrought aluminium This Uganda Standard specifies the mechanical and aluminium alloy sheets, strips and plates — Part properties of wrought aluminium and aluminium alloy 4: Sheets and plates — Tolerances on shape and sheets, strips, and plates for general engineering dimensions, which has been technically revised). applications. It applies to flat-rolled products. (This 910. US ISO 6361-5:2011, Wrought Uganda Standard cancels and replaces US 328- aluminium and aluminium alloys — Sheets, 2:2001/EAS 202-2/ISO 6361-2, Wrought aluminium strips and plates — Part 5: Chemical and aluminium alloy sheets, strips and plates — Part composition 2: Mechanical properties, which has been technically This Uganda Standard specifies the chemical revised). composition of wrought aluminium and aluminium 908. US ISO 6361-3:2014, Wrought alloys. aluminium and aluminium alloys — Sheets, 911. US ISO 6362-1:2012, Wrought strips and plates — Part 3: Strips: Tolerances aluminium and aluminium alloys — Extruded on shape and dimensions rods/bars, tubes and profiles — Part 1: This Uganda Standard specifies the tolerances on Technical conditions for inspection and shape and dimensions for wrought aluminium and delivery aluminium alloy strip by cold-rolling for general This Uganda Standard specifies the technical engineering applications. It applies to products with conditions for inspection and delivery of wrought thickness of over 0.15 mm up to, and including 16 aluminium and aluminium alloy rods/bars, tubes and mm. It does not apply to semi-finished rolled products profiles for general engineering applications. in coiled form to be subjected to further rolling (reroll 912. US ISO 6362-2:2014, Wrought stock), or to special products such as those that are aluminium and aluminium alloys — Extruded corrugated or embossed. (This Uganda Standard rods/bars, tubes and profiles — Part 2: cancels and replaces US 328-3:2001/EAS 202-3/ISO Mechanical properties 6361-3, Wrought aluminium and aluminium alloy This Uganda Standard specifies the mechanical sheets, strips and plates — Part 3: Strips — properties of wrought aluminium and aluminium alloy Tolerances on shape and dimensions, which has been extruded rods/bars, tubes, and profiles for general technically revised). engineering applications. It applies to extruded 909. US ISO 6361-4:2014, Wrought products. aluminium and aluminium alloys — Sheets, 913. US ISO 6362-3:2016, Wrought strips and plates — Part 4: Sheets and plates: aluminium and aluminium alloys — Extruded Tolerances on shape and dimensions rods/bars, tubes and profiles — Part 3: This Uganda Standard specifies the tolerances on Extruded rectangular bars — Tolerances on shape and dimensions for wrought aluminium and shape and dimensions aluminium alloy sheet and plate by hot-rolling or cold- This Uganda Standard specifies the tolerances on rolling for general engineering applications. It applies dimensions and shape of wrought aluminium and to products with a thickness over 0,15 mm up to and aluminium alloy extruded rectangular bars, having including 203 mm. It does not apply to semi-finished thicknesses in the range from 2 mm up to 240 mm and rolled products in coiled form to be subjected to widths in the range from 10 mm up to 600 mm. It further rolling (reroll stock) or to special products, applies to extruded rectangular bars. such as those that are corrugated or embossed. (This

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914. US ISO 6362-4:2016, Wrought 917. US ISO 6362-7:2016, Wrought aluminium and aluminium alloys — Extruded aluminium and aluminium alloys — Extruded rods/bars, tubes and profiles — Part 4: rods/bars, tubes and profiles — Part 7: Profiles — Tolerances on shape and Chemical composition dimensions This Uganda Standard specifies the chemical This Uganda Standard specifies the tolerances on composition of wrought aluminium and aluminium dimensions and shape of wrought aluminium and alloys. aluminium alloy extruded profiles with a cross-section 918. US ISO 6698:1989, Cycles — Screw contained within a circumscribing circle not greater threads used to assemble freewheels on bicycle than 800 mm. This part of US ISO 6362 applies to hubs extruded profiles for general engineering applications This Uganda Standard specifies the thread profile and only. limits and tolerances for the screw threads used to 915. US ISO 6362-5:2016, Wrought assemble freewheels on bicycle hubs. It is based on aluminium and aluminium alloys — Extruded the use of the ISO basic thread profile given in ISO rods/bars, tubes and profiles — Part 5: 68; satisfactory interchangeability with the Round, square and hexagonal bars — corresponding British Standard Cycle (B.S.C.) thread; Tolerances on shape and dimensions this has required the use of an inch pitch (t.p.i.);the use This Uganda Standard specifies the tolerances on of screw thread tolerance grades and tolerance dimensions and shape of the following: positions given in ISO 965-l1; and the use of gauges  wrought aluminium and aluminium alloy made to ISO 1502. extruded round bars, having diameters in the 919. US ISO 6699:1990, Cycles — Stern range from 8 mm up to 350 mm; and handlebar bend — Assembly dimensions  wrought aluminium and aluminium alloy This Uganda Standard specifies the dimensions and extruded square and hexagonal bars, having tolerances to ensure secure assembly between the stem widths across flats in the range from 10 mm up to and the handlebar bend of a bicycle. lt applies to 220 mm. bicycles intended for use on public roads, and on It applies to extruded round, square and hexagonal which the saddle can be adjusted to provide a saddle bars. height of 635 mm or more. lt does not apply to 916. US ISO 6362-6:2016, Wrought specialized types of bicycle such as tradesmen’s aluminium and aluminium alloys — Extruded delivery bicycles, tandems, toy bicycles and bicycles rods/bars, tubes and profiles — Part 6: designed and equipped for use in sanctioned Round, square, rectangular and hexagonal competitive events. tubes — Tolerances on shape and dimensions 920. US ISO 6742-1:2015, Cycles — This Uganda Standard specifies the tolerances on Lighting and retroreflective devices — Part dimensions and shape of wrought aluminium and 1:Lighting and light signalling devices aluminium alloy extruded round bars having diameters This Uganda Standard is applicable to lighting devices in the range from 8 mm up to 350 mm; and square and used on cycles intended to be used on public roads hexagonal bars having widths across flats in the range and, especially, bicycles complying with US ISO 4210 from 10 mm up to 220 mm. It applies to extruded and US ISO 8098. This part of US ISO 6742 specifies round, square and hexagonal bars. the functions, safety requirements, photometric performance and test methods of lighting and signalling devices that can be used on cycles.

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921. US ISO 6742-2:2015, Cycles — ISO 4210 and US ISO 8098. This part of US ISO 6742 Lighting and retroreflective devices — Part specifies requirements and test methods for the 2:Retroreflective devices performance of lighting systems not powered by the This Uganda Standard is applicable to retro-reflective cycle’s movement. It applies to light devices devices used on cycles intended to be used on public complying with ISO 6742-1. Lighting systems include roads and, especially, bicycles complying with US lighting devices and power not supplied by cycle’s ISO 4210 and US ISO 8098. This part of US ISO 6742 movement such as battery. specifies photometric and physical requirements of 925. US ISO 6804:2009, Rubber and retro-reflective devices. plastics inlet hoses and hose assemblies for 922. US ISO 6742-3:2015, Cycles — washing-machines and dishwashers — Lighting and retroreflective devices — Part Specification 3:Installation and use of lighting and retro- This Uganda Standard specifies the requirements for reflective devices three types of rubber or plastics inlet hoses and hose This Uganda Standard is applicable to lighting and assemblies for washing-machines and dishwashers retro-reflective devices used on cycles intended to be connected to the domestic water supply at a pressure used on public roads and, especially, bicycles not exceeding 1 MPa (10 bar).It is applicable to the complying with US ISO 4210 and US ISO 8098. This following types of hose: Type 1: rubber hoses for part of US ISO 6742 specifies the safety requirements unheated water supply (maximum temperature 70 °C). and test methods of lighting and retro-reflective Type 2: rubber hoses for heated water supply devices for fastening devices, control, (guidelines for (maximum temperature 90 °C).Type 3: plastics hoses maintenance), instructions for mounting and use. for unheated water supply (maximum temperature 60 923. US ISO 6742-4:2015, Cycles — °C). Lighting and retroreflective devices — Part 4: 926. US ISO 6807:2003, Rubber hoses Lighting systems powered by the cycle’s and hose assemblies for rotary drilling and movement vibration applications — Specification This Uganda Standard is applicable to lighting This Uganda Standard specifies the requirements for systems used on cycles intended to be used on public textile- and steel-reinforced rubber hoses and hose roads and, especially, bicycles complying with US assemblies for use with water-based and/or oil-based ISO 4210 and US ISO 8098. This part of US ISO 6742 muds, up to a maximum temperature of 82 °C, which specifies requirements and test methods for the are pumped at high pressure in large volumes in rotary performance of lighting systems powered by the drilling service and which, when tested in accordance cycle’s movement. It applies to light devices with ISO 2977, have a minimum aniline point of 66 complying with US ISO 6742-1. Lighting systems °C. This standard applies to hoses which are suitable include lighting devices and power supplied by cycle's for use at ambient temperatures between − 20 °C and movement such as generator. + 52 °C, unless changed by a supplementary 924. US ISO 6742-5:2015, Cycles — requirement on request of the purchaser, and are Lighting and retroreflective devices — Part 5: resistant to ageing and tropical conditions. This Lighting systems not powered by the cycle’s standard does not apply to hoses which are intended movement for use with gases. This Uganda Standard is applicable to lighting 927. US ISO 6935-3:1992, Steel for the systems used on cycles intended to be used on public reinforcement of concrete — Part 3: Welded roads and, especially, bicycles complying with US fabrics

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This Uganda Standard specifies technical occupants of a building. It is intended to cover only requirements for factory made sheets or rolls of those devices which derive their operating power by welded fabric, manufactured from steel wires or bars means of a physical electrical connection to an with diameters from 4 mm to 16 mm and designed for external source such as a fire alarm system. This part the reinforcement of concrete structures and the of US ISO 7240 is also intended to cover audible ordinary reinforcement of pre-stressed concrete alarm devices capable of giving voice messages by the structures. (This Uganda Standard cancels and application of specific requirements, tests and replaces US EAS 412-3:2005, Steel for the performance criteria. This standard specifies fire alarm reinforcement of concrete — Part 3: Welded fabric, audible alarm devices for two types of application which has been republished). environment, type A for indoor use and type B for 928. US ISO 7165:2009 Firefighting — outdoor use. This part of US ISO 7240 is not intended Portable fire extinguishers — Performance to cover: loudspeaker-type devices primarily intended and construction for emitting emergency voice messages that are This Uganda Standard specifies the principal generated from an external audio source; and requirements intended to ensure the safety, reliability supervisory audible alarm devices, e.g. within the and performance of portable fire extinguishers. It is control and indicating equipment. applicable to a fully charged extinguisher having a 932. US ISO 7240-4:2003, Fire detection maximum mass of 20 kg. Subject to local acceptance, and alarm systems — Part 4: Power supply application to extinguishers having a total mass of up equipment to 25 kg when fully charged is permitted This Uganda Standard specifies requirements, test 929. US ISO 7175-1:1997, Children's cots methods and performance criteria for power supply and folding cots for domestic use — part 1: equipment (p.s.e.) for use in fire detection and alarm safety requirements systems installed in buildings. It is not necessarily This Uganda Standard specifies requirements relating applicable to power supply equipment with special to the safety of children’s cots and folding cots for characteristics, developed for particular applications, domestic use. It is applicable to cots and folding cots which could require further tests. with an internal length of between 900 mm and 1 400 933. US ISO 7240-5:2012, Fire detection mm. It does not cover rocking and swinging cots. and alarm systems — Part 5: Point-type heat 930. US ISO 7240-2:2003, Fire detection detectors and alarm systems — Part 2: Control and This Uganda Standard specifies requirements, test indicating equipment methods and performance criteria for point-type heat This Uganda Standard specifies requirements, test detectors for use in fire detection and fire alarm methods and performance criteria for control and systems for buildings (see US ISO 7240-1). For other indicating equipment (c.i.e.) for use in fire detection types of heat detector or for detectors intended for use and fire alarm systems installed in buildings. in other environments, this standard should only be 931. US ISO 7240-3:2010, Fire detection used for guidance. This standard is not applicable to and alarm systems — Part 3: Audible alarm heat detectors with special characteristics and devices developed for specific risks. This Uganda Standard specifies the requirements, test 934. US ISO 7240-6:2011, Fire detection methods and performance criteria for audible alarm and alarm systems — Part 6: Carbon devices intended to signal an audible warning of fire monoxide fire detectors using electro-chemical between a detection and alarm system and the cells

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This Uganda Standard specifies requirements, test and heat multi-sensor fire detectors working on methods and performance criteria for point fire different principles, this standard can be used for detectors using electro-chemical cells that operate guidance. CO and heat multi-sensor fire detectors with using carbon-monoxide detection principles for use in special characteristics and developed for specific risks fire detection and alarm systems installed in buildings are not covered by this standard. (see US ISO 7240-1). For the testing of other types of 937. US ISO 7240-10:2012, Fire detection CO fire detectors working on different principles, this and alarm systems — Part 10: Point-type part of US ISO 7240 can be used only for guidance. flame detectors Fire detectors with special characteristics and This Uganda Standard specifies requirements, test developed for specific risks are not covered by this methods and performance criteria for point-type, standard. resettable flame detectors that operate using radiation 935. US ISO 7240-7:2011, Fire detection from a flame for use in fire detection systems installed and alarm systems — Part 7: Point-type in buildings. This standard is not applicable to flame smoke detectors using scattered light, detectors with special characteristics, developed for transmitted light or ionization specific risks. This Uganda Standard specifies requirements, test 938. US ISO 7240-11:2011, Fire detection methods and performance criteria for point-type and alarm systems — Part 11: Manual call smoke detectors that operate using scattered light, points transmitted light or ionization, for use in fire detection This Uganda Standard specifies the requirements; test and alarm systems installed in buildings (see US ISO methods and performance criteria for manual call 7240-1). This standard also covers point smoke points in fire detection and alarm systems in and detectors that incorporate more than one smoke sensor around buildings (see US ISO 7240-1). It takes into operating on these principles. Additional requirements account indoor and outdoor conditions, the appearance and test methods for such detectors are given in Annex and operation of the manual call points for type A N. For the testing of other types of smoke detectors, or “direct operation” and type B “indirect operation”, and smoke detectors working on different principles, this covers those which are simple mechanical switches, standard can be used only for guidance. Smoke those which are fitted with simple electronic detectors with special characteristics, developed for components (e.g. resistors, diodes) and those which specific risks, are not covered contain active electronic components and which work 936. US ISO 7240-8:2007, Fire detection with the control and indicating equipment for and alarm systems — Part 8: Carbon signalling and identifying, for example, an address or monoxide fire detectors using an electro- location. This standard does not cover manual call chemical cell in combination with a heat points for special applications, for example manual sensor call points that are intrinsically safe or for use in This Uganda Standard specifies requirements, test hazardous conditions, if such applications require methods and performance criteria for point multi- additional or other requirements or tests than those sensor fire detectors that incorporate an given in this standard. electrochemical cell for sensing carbon monoxide 939. US ISO 7240-12:2006, Fire detection (CO) in combination with one or more heat sensors, and alarm systems — Part 12: Line type for use in fire detection and alarm systems installed in smoke detectors using a transmitted optical buildings (see US ISO 7240-1). For the testing of beam other types of CO multi-sensor fire detectors, or CO

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This Uganda Standard specifies requirements, test resettable multisensor fire detectors for use in fire methods and performance criteria for line-type smoke detection systems installed in buildings, incorporating detectors for use in fire detection systems installed in in one mechanical enclosure at least one smoke sensor buildings. The detectors consist of at least a and at least one other sensor which responds to heat, transmitter and a receiver and can include reflector(s), and in which the signal(s) of the smoke sensor(s) is for the detection of smoke by the attenuation and/or (are) combined with the signal(s) of the heat sensor(s). changes in attenuation of an optical beam. This 942. US ISO 7240-16:2007, Fire detection standard does not coverline-type smoke detectors and alarm systems — Part 16: Sound system designed to operate with separations between opposed control and indicating equipment components of less than 1 m; line-type smoke This Uganda Standard specifies the requirements, test detectors whose optical path length is defined or methods and performance criteria for sound system adjusted by an integral mechanical connection; control and indicating equipment (s.s.c.i.e.) for use in andline-type smoke detectors with special buildings and structures as part of a sound system for characteristics, which cannot be assessed by the test emergency purposes (s.s.e.p.) (see in US ISO 7240-1). methods in this standard. The s.s.c.i.e. is primarily intended to broadcast 940. US ISO 7240-13:2005, Fire detection information for the protection of lives within one or and alarm systems — Part 13: Compatibility more specified areas in an emergency, to effect a rapid assessment of system components and orderly mobilization of occupants in an indoor or This Uganda Standard specifies the requirements for outdoor area. This includes systems using compatibility and connectability assessment of system loudspeakers to broadcast voice announcements for components that either comply with the requirements emergency purposes, alert signals complying with ISO of US ISO 7240 or with a manufacturer’s specification 7731, and evacuate signals complying with ISO 8201. where there is standard. This standard includes only The overall requirements of an s.s.e.p., especially system requirements when these are necessary for concerning audibility and intelligibility, are contained compatibility assessment. This standard also specifies within ISO 7240-19. In addition to ensuring requirements for the integrity of the fire detection and compliance with this standard, the manufacturer fire alarm system when connected to other systems. should also consider the requirements of ISO 7240-19, This standard does not specify the manner in which national regulations, codes and standards that affect the system is designed, installed and used in any the s.s.c.i.e. design and usability. For example, some particular application. This standard is applicable to regulations require certain optional functions to be systems where the components are connected to available on all s.s.c.i.e. installed within the control-and-indicating equipment (c.i.e.) and where jurisdiction. The use of the equipment for normal the components are interconnected by electrical wires. sound reinforcement and distribution systems For fire detection and fire alarm systems using other purposes under nonhazardous circumstances is not means of interconnection (for example optical fibre or excluded. This standard can also be used for the radio frequency links), this standard may be used as assessment of similar control and indicating guidance. equipment for use in systems where the warning- 941. US ISO 7240-15:2004, Fire detection signal broadcast does not include a voice message. and alarm systems — Part 15: Multisensor This standard does not apply to systems using only fire detectors sounders or bells. This Uganda Standard specifies requirements, test methods and performance criteria for point-type

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943. US ISO 7240-17:2009, Fire detection performance requirements for any special and alarm systems — Part 17: Short-circuit characteristics are beyond the scope of this standard. isolators 946. US ISO 7240-21:2005, Fire detection This Uganda Standard specifies requirements, test and alarm systems — Part 21: Routing methods and performance criteria for short-circuit equipment isolators, for use in fire detection and alarm systems This Uganda Standard specifies requirements, for buildings; see US ISO 7240-1. Means of isolation methods of test, and performance criteria for fire- or protection incorporated within control and alarm routing (transmitting) equipment (see US ISO indicating equipment in US ISO 7240-1 are not 7240-1) and for fault (trouble) warning routing covered by this standard. equipment (see US ISO 7240-1) for use in fire 944. US ISO 7240-18:2009, Fire detection detection and fire alarm systems installed in buildings. and alarm systems — Part 18: Input/output 947. US ISO 7240-22:2007, Fire detection devices and alarm systems — Part 22: Smoke- This Uganda Standard specifies requirements, test detection equipment for ducts methods and performance criteria for input/output This Uganda Standard specifies requirements, test devices connected to a transmission path of a fire methods and performance criteria for smoke-detection detection and alarm system used to receive and/or equipment for ducts (s.d.e.d.) for use in fire-detection transmit signals to or from the transmission path, and fire alarm systems installed in buildings (see US necessary for the operation of the fire detection and ISO 7240-1). The s.d.e.d. samples the air from a duct fire alarm system and/or fire protection system. An and detects smoke in the sample. input/output device can be a physically separate 948. US ISO 7240-23:2013, Fire detection device or its function can be integrated into another and alarm systems — Part 23: Visual alarm device, in which case this standard can be used to devices assess this function. An input/output device can This Uganda Standard specifies the requirements, test include signal amplifiers and signal transfer in methods and performance criteria for visual alarm separate enclosures, in which case the requirements of devices in a fixed installation intended to signal a this standard shall apply. Control and indicating visual warning of a fire between a fire detection and equipment and ancillary control and indicating alarm system and occupants in and around buildings. equipment (e.g. repeater panels and fire brigade This standard specifies visual alarm devices for three panels) are not covered by this standard. types of application environment. It is only applicable 945. US ISO 7240-20:2010, Fire detection to pulsing or flashing visual alarm devices, for and alarm systems — Part 20: Aspirating example xenon beacons or rotating beacons. It is not smoke detectors applicable to devices giving continuous light output. This Uganda Standard specifies the requirements, test This standard is not intended to cover visual methods and performance criteria for aspirating smoke indicators, for example, on detectors or on the control detectors for use in fire detection and alarm systems and indicating equipment. installed in buildings. Aspirating smoke detectors 949. US ISO 7240-24:2010, Fire detection developed for the protection of specific risks that and alarm systems — Part 24: Sound-system incorporate special characteristics (including loudspeakers additional features or enhanced functionality for which This Uganda Standard specifies requirements, test this standard does not define a test or assessment methods and performance criteria for loudspeakers method) are also covered by this standard. The intended to broadcast a warning of fire between a fire

101 | P a g e detection and alarm system and the occupants of a electrochemical-cell carbon-monoxide sensor building (see US ISO 7240-1). This standard specifies and a heat sensor loudspeakers for two types of application This Uganda Standard specifies requirements, test environment: type A, generally for indoor use, and methods and performance criteria for multi-sensor type B, generally for outdoor use. This standard does point-type fire detectors that incorporate an optical or not cover loudspeakers for special applications, for ionization smoke sensor, an electro-chemical cell for example loudspeakers for use in hazardous sensing carbon monoxide (CO) and, optionally, one or applications, if such applications require additional or more heat sensors, for use in fire detection and alarm other requirements or tests other than those given in systems installed in buildings (see US ISO 7240-1). this standard. This standard is not intended to cover For the testing of other types of fire detectors using addressable loudspeakers or loudspeakers with active smoke, CO and, optionally, heat sensors working on components. different principles, this standard can be used only for 950. US ISO 7240-25:2010, Fire detection guidance. Fire detectors using smoke, CO and, and alarm systems — Part 25: Components optionally, heat sensors which have special using radio transmission paths characteristics and which have been developed for This Uganda Standard specifies requirements, test specific risks are not covered by this standard. methods and performance criteria for components 952. US ISO 7240-28:2009, Fire detection used in fire detection and alarm systems, installed in and alarm systems — Part 28: Fire protection and around buildings, which use radio-frequency (r.f.) control equipment transmission paths. It specifies requirements for the This Uganda Standard specifies requirements, assessment of conformance of the components to the methods of test and performance criteria for fire requirements of this standard. Where components protection control equipment (f.p.c.e.) (see ISO 7240- work together and this requires knowledge of the 1) connected to automatic fire protection equipment system design, this standard also specifies (a.f.p.e.) (see ISO 7240-1) installed in buildings. The requirements for the system. When the fire detection f.p.c.e. receives signals from control and indicating and alarm system uses wired and r.f. transmission equipment (see ISO 7240-1), sends control signals to, paths, the relevant parts of US ISO 7240 apply and indicates the condition of, the a.f.p.e. The control together with this part of US ISO 7240. Requirements signals are used to initiate automatic fire protection relevant to wire transmission paths are superseded or equipment, such as pumps associated with fire modified by those included in this standard. This suppression systems, control doors, dampers, fans and standard does not restrict the intended use of radio the like. spectrum, e.g. frequency, power output of devices; the 953. US ISO 7291:2010, Gas welding allowed maximum number of the components using equipment — Pressure regulators for r.f. transmission paths within the fire detection and manifold systems used in welding, cutting and alarm system or one wire transmission path and/or r.f. allied processes up to 30 MPa (300 bar) transmission path; andthe allowed maximum number This Uganda Standard specifies requirements and test of the components affected by loss of one wire methods for pressure regulators in manifold systems transmission path and/or r.f. transmission path. used in welding, cutting, and allied processes for: 951. US ISO 7240-27:2009, Fire detection compressed gases up to 30 MPa (300 bar);dissolved and alarm systems — Part 27: Point-type fire acetylene;liquefied petroleum gases detectors using a scattered-light, transmitted- (LPG);methylacetylene-propadiene-mixtures

light or ionization smoke sensor, an (MPS);carbon dioxide (CO2).It is not applicable to

102 | P a g e pressure regulators fitted directly to the gas cylinders, This Uganda Standard specifies the requirements for as defined in US ISO 2503. four types of textile-reinforced thermoplastics 954. US ISO 7900:2006, Steel wire and collapsible water hoses for general applications for use wire products for fences — Zinc- and zinc- in the temperature range of−10 °C to +55 °C. Such alloy coated steel barbed wire hoses are classified into four types, as follows:low This Uganda Standard specifies the characteristics of pressure, designed for a maximum working pressure zinc- and zinc-alloy-coated steel barbed wire, with of up to 4,0 bar at 23 °C and up to 2,0 bar at 55 conventional and reverse twist consisting of two °C;medium pressure, for a maximum working stranded line wires, around which the barbs are tightly pressure of up to 7,0 bar at 23 °C and up to 3,6 bar at wound, a twist being imparted between the barbs to 55 °C;high pressure, for a maximum working pressure restrict their movement. The barbed-wire of up to 10,0 bar at 23 °C and up to 5,1 bar at 55 °C; entanglement has a single line wire, around which the andextra-high pressure, for a maximum working barbs are wound. (This Uganda Standard cancels and pressure of up to 15,5 bar at 23 °C and up to 7,9 bar at replaces US 193:2001, Specification for steel wires 55 °C.This standard does not apply to products used and wire products used for fencing, which has been for fire-fighting or the conveyance of drinking water technically revised and republished). 959. .US ISO 8066-2:2001, Rubber and 955. US ISO 7931: 1985, Insulation taps plastics hoses and hose assemblies for and bushes for resistance welding equipment automotive air conditioning — Specification This Uganda Standard specifies dimensions and — Part 2: Refrigerant 134a requirements for insulated taps and bushes in the This Uganda Standard specifies the requirements for secondary circuit for resistance welding equipment, rubber or thermoplastic hoses and hose assemblies especially for use in back-ups according to ISO 5827. used for circulating liquid and gaseous R134a 956. US ISO 7989-2:2007, Steel wire and (tetrafluoroethane) in the air-conditioning systems of wire products — Nonferrous metallic coatings automobiles. The hoses and hose assemblies are on steel wire — Part 2: Zinc or zinc-alloy designed in such a way as to restrict losses of coating refrigerant and contamination of the system. The This Uganda Standard specifies the requirements for operational temperature range is 40 °C to +125 °C the coating mass per unit area, for other properties and 960. US ISO 8098:2014, Cycles — Safety also for testing of zinc or zinc-alloy coatings on steel requirements for bicycles for young children wire and steel wire products, of circular or other This Uganda Standard specifies safety and section. performance requirements and test methods for the 957. US ISO 8028:1999, Rubber and/or design, assembly and testing of fully assembled plastics hoses and hose assemblies for airless bicycles and sub-assemblies for young children. paint spraying — Specification 961. US ISO 8430-1:1988, Resistance spot This Uganda Standard specifies the requirements for welding — Electrode holders — Part 1: Taper four types, differentiated by burst pressure and fixing 1:10 temperature of use, of elastomeric hose and hose This Uganda Standard specifies the dimensions and assembly for use in airless paint spraying. tolerances of resistance spot welding electrode holders 958. US ISO 8029:2007, — General- (type AI without offset and with the facility for cable purpose collapsible water hose, textile clamping, and where a male taper 1:10 is used to fix reinforced — Specification the holder directly to the welding cylinder in multiple spot welding equipment.

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962. US ISO 8430-2:1988, Resistance spot gaseous phase, at a controlled pressure by a regulator, welding — Electrode holders — Part 2: Morse through a gas supply hose;air-aspirated hand taper fixing blowpipes which are fed with a liquefied fuel gas in This Uganda Standard specifies the dimensions and the gaseous phase at the container pressure, through a tolerances of resistance spot welding electrode holders gas supply hose; andso-called liquid-phase blowpipes (type 9) without offset and with a facility for cable which are fed with a fuel gas in the liquid phase, and clamping, and where a male Morse taper is used to fix where thermal evaporation takes place within the the holder directly to the welding cylinder in multiple blowpipe. It does not apply to blowpipes in which the spot welding equipment. fuel gas leaves the injector in the liquid phase, or to 963. US ISO 8430-3:1988, Resistance spot so-called “cartridge” blowpipes where the gas supply welding — Electrode holders — Part 3: is fixed directly onto the blowpipe and possibly Parallel shank fixing for end thrust constitutes the shank. This Uganda Standard specifies the dimensions and 967. US ISO 9090:1989, Gas tightness of tolerances of resistance spot welding electrode holders equipment for gas welding and allied (type C) without offset and with a facility for cable processes clamping, and where a clamp is used to fix the holder This Uganda Standard specifies the maximum external directly to the welding cylinder in multiple spot leakage rates which are acceptable for equipment used welding equipment. for welding, cutting and allied processes. It applies to 964. US ISO 8488:1986, Cycles — Screw individual components which are used in the gas threads used to assemble head fittings on supply to a blowpipe from the connecting point of the bicycle forks hose (outlet of the cylinder valve or connecting point This Uganda Standard specifies details of the screw to a gas supply plant). It does not apply to gas supply threads used to assemble head races and locknuts, i.e. plants. fittings, on bicycle fork steering columns. 968. US ISO 9312:2013, Resistance 965. US ISO 8720:1991, Passenger cars — welding equipment — Insulated pins for use in Specifications for mechanical jacks electrode back-ups This Uganda Standard specifies requirements to This Uganda Standard specifies the requirements for ensure the safety in use of original equipment insulated pins used to pin parts in the secondary circuit mechanical jacks supplied with passenger cars (as of resistance welding equipment, or other live defined in ISO 3833), in changing wheels and putting equipment, which need to be insulated from each on chains. other. 966. US ISO 9012:2008, Gas welding 969. US ISO 9313:1989, Resistance equipment — Air-aspirated hand blowpipes welding equipment — Cooling tubes — Specifications and tests This Uganda Standard specifies dimensions and This Uganda Standard specifies requirements and test tolerances of cooling tubes for resistance spot welding methods for air-aspirated hand blowpipes. This equipment. standard applies to blowpipes for brazing, soldering, 970. US ISO 9539:2010, Gas welding heating, fusion and other allied thermal processes, equipment — Materials for equipment used in which use a fuel gas and aspirated air (injector-type gas welding, cutting and allied processes blowpipes), and are intended for manual use. This This Uganda Standard specifies the general, and some International Standard is applicable to:air-aspirated of the special, requirements on materials used for the hand blowpipes which are fed with a fuel gas in the construction of equipment used in gas welding, cutting

104 | P a g e and allied processes. Additional requirements on series)for pneumatic tyre rims — Part 2: Load materials for some equipment are given in other ratings standards. This standard is not applicable to materials This Uganda Standard specifies the load ratings of the used for the construction of welding hoses which are metric series of rubber solid tyres for pneumatic tyre specified in US ISO 3821. rims primarily intended for industrial vehicles for use 971. US ISO 10131-1:1997, foldaway beds on prepared surfaces. Designation, dimensions and — safety requirements and tests — part 1 marking are covered in US ISO 10499-1; rim contours safety requirements fitting these tyres are specified in US ISO 3739-3. This Uganda Standard specifies requirements relating 976. US ISO 11237:2010, Rubber hoses to the safety and strength of foldaway beds for and hose assemblies — Compact wire-braid domestic use. It also deals with the strength of the reinforced hydraulic types for oil-based or mounting of the bed to the building structure, where water-based fluids — Specification applicable. This part of ISO 10131 does not specify This Uganda Standard specifies requirements for five the properties of the materials or electrical equipment types of compact, wire-braid-reinforced hose and hose used in the construction of foldaway beds. assembly of nominal size from 5 to 31,5. They are suitable for use with water-based hydraulic fluids 972. US ISO 10225:2013, Gas welding HFC, HFAE, HFAS and HFB as defined in ISO 6743- equipment — Marking for equipment used for 4 at temperatures ranging from −40 °C to +60 °C and gas welding, cutting and allied processes oil-based hydraulic fluids HH, HL, HM, HR and HV This Uganda Standard specifies the gas letter code to as defined in ISO 6743-4 at temperatures ranging from be used for marking the equipment for gas welding, −40 °C to +100 °C. This standard does not include cutting and allied processes, when the full name of the requirements for end fittings. It is limited to gas cannot be used. requirements for hoses and hose assemblies. 973. US ISO 10380:2012, Pipework — 977. US ISO 11424:1996, Rubber hoses Corrugated metal hoses and hose assemblies and tubing for air and vacuum systems for This Uganda Standard specifies the minimum internal-combustion engines — Specification requirements for the design, manufacture, testing and This Uganda Standard specifies requirements for installation of corrugated metal hoses and metal hose vulcanized-rubber hoses and tubing for use in the assemblies various air and vacuum systems found on internal 974. US ISO 10499-1:1991, Industrial combustion engines. The standard does not cover tyres and rims — Rubber solid tyres (metric hoses used for direct power-brake actuation in trucks series)or pneumatic tyre rims — Part 1: and trailers, nor for air intakes and ducting within the Designation, dimensions and marking passenger compartment. The highest-temperature This Uganda Standard specifies the main hoses are generally used for turbocharger applications. requirements, including designations, dimensions and All hoses and tubing remain serviceable down to - 40 markings, of the metric series of rubber solid tyres for “C. pneumatic tyre rims primarily intended for industrial 978. US ISO 11425:1996, Rubber hoses machines for use on prepared surfaces. Rim contours and hose assemblies for automobile power fitting these tyres will be specified in a future part of steering systems — Specification ISO 3739. This Uganda Standard specifies requirements for five 975. US ISO 10499-2:1998, Industrial types of hose and hose assembly used in automobile tyres and rims — Rubber solid tyres (metric power-steering systems, the five types differing in

105 | P a g e their pressure ratings and volumetric expansion. They welding in accordance with US ISO 14112;air- are for use with fluids in the temperature range - 40 “C aspirated blowpipes for welding and allied to + 135 “C. This standard is based on performance processes;miniature welding such as jewellery work, tests and, in order to take account of technological dental work excluding acetylene applications; andarc developments, no requirements are included for welding with shielding gas. specific materials, detailed construction or 984. US ISO 12540:2017, Glass in manufacturing methods. building — Tempered soda lime silicate safety 979. US ISO 11530:1993, Road vehicles — glass Hydraulic jacks — Specifications This Uganda Standard covers product definitions, This Uganda Standard specifies design and safety product characteristics, i.e. tolerances, flatness, requirements, and test methods for hydraulic jacks for edgework, etc., fracture characteristics, including road vehicles, used for changing wheels and putting fragmentation, and the physical and mechanical on chains. characteristics of flat tempered soda lime silicate 980. US ISO 11601:2008 Firefighting — safety glass for use in buildings. Wheeled fire extinguishers — Performance 985. US ISO 12821: 2013, Glass and construction packaging — 26 H 180 crown finish — This Uganda Standard specifies the principal Dimensions requirements intended to ensure the safety, reliability This Uganda Standard specifies the dimensions of the and performance of wheeled fire extinguishers. 26-mm-tall crown finish for glass bottles containing 981. US ISO 11602-1:2000, Fire beverages. The tall crown finish is designed to use a protection — Portable and wheeled fire metal crown closure. extinguishers — Part 1: Selection and 986. US ISO 13006:2012, Ceramic tiles — installation Definitions, classification, characteristics and This part of US ISO 11602 gives requirements for the marking selection and installation of portable and wheeled fire This Uganda Standard defines terms and establishes extinguishers. It should be used in conjunction with classifications, characteristics and marking US ISO 11602-2. requirements for ceramic tiles of the best commercial 982. US ISO 11602-2:2000 Fire protection quality (first quality). This International Standard is — Portable and wheeled fire extinguishers — not applicable to tiles made by other than normal Part 2: Inspection and maintenance processes of extrusion or dry pressing. It is not This part of US ISO 11602 specifies the inspection, applicable to decorative accessories or trim such as maintenance, and periodic testing of portable and edges, corners, skirting, capping, coves, beads, steps, wheeled fire extinguishers. curved tiles and other accessory pieces or mosaics (i.e. 983. US ISO 12170:1996, Gas welding any piece that can fit into an area of 49 cm2). (This equipment — Thermoplastic hoses for welding Uganda Standard cancels and replaces US EAS and allied processes 421:2005, Ceramic tiles — Definitions, classification, This Uganda Standard specifies the requirements and characteristics and marking, which has been relevant methods of measurement and testing of two technically revised and republished). types of thermoplastic hoses with maximum design 987. US ISO 13007-1:2010, Ceramic tiles working pressure of 1 MPa and of 2 MPa, used for — Grouts and adhesives — Part 1: Terms, flexible gas supply lines in specific fields of definitions and specifications for adhesives (2nd application as follows:small kits for brazing and Edition)

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This Uganda Standard defines terms concerning the digital records can be active or residing in a products, working methods and application properties repository. These procedures do not comprehensively for ceramic tile adhesives. It specifies values of cover backup systems; preservation of digital records; performance requirements for all ceramic tile functionality of trusted digital repositories; the process adhesives [cementitious (C), dispersion (D) and of converting analogue formats to digital formats and reaction resin (R) adhesives]. This part of US ISO vice versa. 13007 is applicable to ceramic tile adhesives for internal and external tile installations on walls and 990. US ISO 13106:2014, Plastics — Blow-moulded floors. It is not applicable to criteria or polypropylene containers for packaging of liquid recommendations for the design and installation of foodstuffs ceramic tiles. (This Uganda Standard cancels and This Uganda Standard provides the requirements of replaces US ISO 13007-1:2005, Ceramic tiles — polypropylene resins intended for use in blow- Grouts and adhesives — Part 1: Terms, definitions moulded, round containers with capacities up to, and and specifications for adhesives, which has been including two litres intended for the packaging of technically revised). liquids for human consumption. This standard also 988. US ISO 13007-3:2010, Ceramic tiles provides tolerances on mass, dimensions, methods of — Grouts and adhesives — Part 3: Terms, sampling, testing, and performance requirements definitions and specifications for grouts (2nd 991. US ISO 13216-1:1999, Road vehicles — Edition) Anchorages in vehicles and attachments to This Uganda Standard defines terms concerning the anchorages for child restraint systems — Part 1: products, working methods and application properties Seat bight anchorages and attachments for ceramic tile grouts. It specifies values of performance requirements for all ceramic tile grouts This Uganda Standard specifies the dimensions, [cementitious (CG) and reaction resin (RG) grouts]. general requirements and static strength requirements This part of US ISO 13007 is applicable to ceramic of rigid anchorages for anchoring child restraint tile grouts for internal and external tile installations on systems (CRS) in vehicles. It is applicable to fittings walls and floors. It is not applicable to criteria or for the installation of CRSs for children with a mass recommendations for the design and installation of of up to 22 kg, by means of two rigid anchorages ceramic tiles. (This Uganda Standard cancels and positioned in the seat bight area, in passenger replaces US ISO 13007-3:2004, Ceramic tiles — carrying vehicles. Grouts and adhesives — Part 3: Terms, definitions and specifications for grouts, which has been 992. US ISO 13216-2:2004, Road vehicles — technically revised). Anchorages in vehicles and attachments to 989. US ISO 13008:2012, Information and anchorages for child restraint systems — Part 2: documentation — Digital records conversion and Top tether anchorages and attachments migration process Scope: This Uganda Standard establishes the This Uganda Standard specifies the planning issues, positioning zones, dimensions and general and static- requirements and procedures for the conversion and/or strength requirements for top tether anchorages used migration of digital records (which includes digital together with seat bight anchorages according to ISO objects plus metadata) in order to preserve the 13216-1 or with other systems for anchoring child authenticity, reliability, integrity and usability of such restraint systems (CRS) in road vehicles. It is records as evidence of business transactions. These

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applicable to child restraint systems intended for compressed oxygen, air or an air/oxygen mixture for children with a mass of up to 22 kg. combustion. It is applicable to appliances which use gases contained in refillable containers having a 993. US ISO 13216-3:2006, Road vehicles — maximum water capacity of 5 litres, or in disposable Anchorages in vehicles and attachments to containers with maximum water capacity of 1 litre. It anchorages for child restraint systems — Part 3: is not applicable to the following: appliances using Classification of child restraint dimensions and acetylene or hydrogen as combustible gas;air-aspirated space in vehicle appliances;appliances working with an oxygen This Uganda Standard classifies the spatial generator; andappliances working by electrolysis. requirements in a vehicle to enable a child restraint 996. US ISO 14113:2013, Gas welding system (CRS) to be conveniently mounted. It also equipment — Rubber and plastics hose and specifies the dimensions of child restraint systems, in hose assemblies for use with industrial gases order to ensure that they will fit in vehicles. up to 450 bar (45 MPa) 994. US ISO 13363:2004, Rubber and This Uganda Standard specifies requirements for plastics hoses for marine engine wet-exhaust rubber and plastics hose and hose assemblies for use systems — Specification with compressed, liquefied, and dissolved gases up to This Uganda Standard specifies requirements for three a maximum working pressure of 450 bar (45 MPa), types and two classes of hose. The hoses are intended within the ambient temperature range of −20 °C to for use in marine-engine wet-exhaust systems (where +60 °C. This standard applies to hose assemblies used the exhaust gases are mixed with the discharge of to connect industrial gas cylinders to manifolds or cooling water).The three types are:type 1: a softwall bundles prior to any pressure reduction stage. This hose, made of oil-resistant material, with a synthetic- standard does not cover rubber or thermoplastic hoses fabric reinforcement;type 2: a hardwall hose, made of for welding, cutting, and allied processes (see US ISO oil-resistant material, with a synthetic-fabric 3821 and US ISO 12170). This standard does not reinforcement with a helical wire embedded in it; apply to refrigerated liquefied gases or to liquefied andtype 3: a hose or tube (flexible connector), made of petroleum gases (LPG). oil-resistant material, with or without a reinforcement 997. US ISO 14114:1999, Gas welding or cover, intended for use in short lengths in locations equipment — Acetylene manifold systems for where the connector is protected from mechanical welding, cutting and allied processes — damage.The two classes are:class A intended for General requirements diesel engines; andclass B intended for petrol engines, This Uganda Standard is applicable to acetylene and for diesel engines with a very high exhaust cylinder manifold systems extending from the cylinder temperature valve or the bundle outlet connections to the 995. US ISO 14112:1996, Gas welding connection of the flame arrestor. It specifies equipment — Small kits for gas brazing and requirements for design, materials and testing of welding cylinder manifold systems for the supply of acetylene This Uganda Standard specifies safety requirements for use in welding, cutting and allied processes. This for the construction of small kits for brazing, soldering standard applies to acetylene cylinder manifold and welding for non-professional use. This standard is systems in which up to 16 acetylene single cylinders applicable to appliances whose welding equipment is or two acetylene bundles are coupled for collective gas completely set up in the factory and which use a withdrawal. liquefied gas or gas mixture as combustible gas, and

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998. US ISO 14373:2006, Resistance This Uganda Standard specifies the requirements for welding — Procedure for spot welding of the design, manufacture and testing of four principal uncoated and coated low carbon steels types of stripwound metal hose and hose assemblies, This Uganda Standard specifies requirements for of which only one type is for pressure applications. resistance spot welding in the fabrication of The four are: single overlap, unpacked and packed; assemblies of uncoated and metallic coated low double overlap, unpacked and packed, the last of these carbon steel, comprising two or three sheets of metal, having maximum allowable pressures of up to 40 bar. where the maximum single sheet thickness of These hoses and hose assemblies may be supplied in components to be welded is within the range 0,4 mm nominal sizes from DN 6 to DN 500 and may operate to 3 mm, for the following materials: at temperatures up to 600 °C dependent on materials  uncoated steels; of construction  hot-dip zinc or iron-zinc alloy (galvannealed) 1001. US ISO 15615:2013, Gas welding coated steel; equipment — Acetylene manifold systems for  electrolytic zinc, zinc-iron, or zinc-nickel coated welding, cutting and allied processes — Safety steel; requirements in high-pressure devices  aluminium coated steel; ad This Uganda Standard establishes the general  zinc-aluminium coated steel. specifications, requirements and tests for devices This standard is applicable to the welding of sheets of located on the high-pressure side of acetylene the same or dissimilar thickness, where the thickness manifold systems as defined in US ISO 14114. It does ratio is less than or equal to 3:1. It applies to the not cover the high-pressure piping, flexible hoses and welding of three thicknesses, where the total thickness the regulator. is less than or equal to 9 mm. Welding with the 1002. US ISO 15763:2002, Road vehicles — following types of equipment is within the scope of Alarm systems for buses and commercial this standard: vehicles of maximum authorized total mass  pedestal welding equipment; greater than 3.5 t  gun welders;

 automatic welding equipment where the This Uganda Standard defines terms and specifies components are fed by robots or automatic requirements and tests for vehicle alarm systems feeding equipment; (VAS) intended for installation within buses and  multi welders; and commercial vehicles (as defined in ISO 3833) having  robotic welders. a maximum authorized total mass (code ISO-M08 as 12170). This standard does not apply to refrigerated defined in ISO 1176) of greater than 3.5 t. liquefied gases or to liquefied petroleum gases (LPG). 1003. US ISO 16120-1:2011, Non-alloy steel 999. US ISO 14557:2002, Fire-fighting rod for drawing and/or cold rolling — Part 1: hoses — Rubber and plastics suction hoses General requirements and hose assemblies This Uganda Standard is applicable to wire rod of This Uganda Standard gives requirements and test non-alloy steel intended for wire drawing and/or cold methods for rubber and plastics suction hoses for fire- rolling. The cross-section can be circular, oval, square, fighting purposes. rectangular, hexagonal, octagonal, half-round or 1000. US ISO 15465:2004, Pipework — another shape, generally with at least 5 mm nominal Stripwound metal hoses and hose assemblies dimension, and with a smooth surface.

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1004. US ISO 16120-3:2011, Non-alloy steel rod for  first threaded joint for screwed connections; drawing and/or cold rolling — Part 3: Specific  face of the first flange for bolted, flanged requirements for nominal and rimmed substitute connections; low carbon steel rod  first sealing surface for proprietary connections This Uganda Standard is applicable to wire rod made or fittings; of low-carbon, low-silicon, rimmed and rimmed  safety accessories, where necessary. substitute steel with high ductility intended for In relation to the geometry of pressure-containing drawing and/or cold rolling. parts for boilers, the scope of this standard covers the 1005. US ISO 16120-4:2011, Non-alloy steel rod for following: drawing and/or cold rolling — Part 4: Specific  feedwater inlet (including the inlet valve) to requirements for wire rod for special applications steam outlet (including the outlet valve), This Uganda Standard is applicable to steel wire rod including all inter-connecting tubing that can be with improved characteristics intended for drawing exposed to a risk of overheating and cannot be and/or cold rolling. isolated from the main system; 1006. US ISO 16438:2012, Agricultural irrigation  associated safety accessories; equipment — Thermoplastic collapsible hoses for  connections to the boilers involved in services, irrigation — Specifications and test methods such as draining, venting, superheating, etc. This Uganda Standard specifies requirements and test This standard does not apply for nuclear components, methods for reinforced and non-reinforced railway and marine boilers, gas cylinders or piping thermoplastic collapsible hoses, which are intended to systems or mechanical equipment, e.g. turbine and be used as main and sub-main supply lines for the machinery casings. conveyance and distribution of water for irrigation at 1008. US ISO 17165-1:2007, Hydraulic fluid power water temperatures up to 50 °C. It is applicable to — Hose assemblies — Part 1: Dimensions and irrigation hoses with nominal diameters between 40 requirements mm and 500 mm and working pressures between 0,3 This Uganda Standard specifies requirements for hose bar (0,03 MPa) and 6 bar (0,6 MPa). This standard is assemblies that are manufactured from hoses that applicable to two types of hose configurations: conform to US ISO 3949 and to all parts of US ISO distributor hose (with outlet connections) and plain 1436, US ISO 3862, US ISO 4079 and US ISO 11237 hose (without outlet connections). and hose fittings with elastomeric seals that conform 1007. US ISO 16528-1:2007, Boilers and pressure to US ISO 12151-1, US ISO 12151-2, US ISO 12151- vessels — Part 1: Performance requirements 3 and ISO 12151-6. This part of US ISO 17165 This Uganda Standard defines the performance contains information of the most important criteria for requirements for the construction of boilers and the selection of preferred types of hoses and hose pressure vessels. It is not the intent of this standard to fittings with elastomeric sealing for use in hydraulic address operation, maintenance and in-service fluid power applications. inspection of boilers and pressure vessels. In relation 1009. US ISO 18595:2007, Resistance welding — to the geometry of the pressure-containing parts for Spot welding of aluminium and aluminium alloys pressure vessels, the scope of this standard includes — Weldability, welding and testing the following: This Uganda Standard specifies requirements for  welding end connection for the first resistance spot welding in the fabrication of circumferential joint for welded connections; assemblies of aluminium sheet, extrusions (both work-

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and age-hardening alloys) and/or cast material maximum working pressure is governed by the lowest comprising two or three thicknesses of metal, where maximum working pressure of the components the maximum single (sheet) thickness of components 1012. US ISO 23560: 2015, Woven polypropylene to be welded is within the range 0,6 mm to 6 mm. This sacks for bulk packaging of foodstuffs standard is applicable to the welding of sheets or This Uganda Standard specifies the general plates of dissimilar thickness where the thickness ratio characteristics, requirements, and methods of test for is less than or equal to 3:1. It applies to the welding of woven polypropylene (PP) sacks. It is applicable to three thicknesses where the total thickness is less than woven PP sacks, having a capacity of 50 kg or 25 kg, or equal to 9 mm. Welding with the following types of intended for the transport and storage of foodstuffs, machines is within the scope of this International such as cereals, sugar, and pulses. Standard:pedestal welding machines;gun 1013. US ISO 24011:2009, Resilient floor coverings welders;automatic welding equipment where the — Specification for plain and decorative linoleum components are fed by robots or automatic feeding This Uganda Standard specifies the characteristics of equipment;multi-welders; androbotic welders plain and decorative linoleum, supplied as either tiles 1010. US ISO 20349:2010, Personal or rolls. To encourage the consumer to make an protective equipment — Footwear protecting informed choice, this standard includes a classification against thermal risks and molten metal system based on the intensity of use, which shows splashes as found in foundries and welding — where resilient floor coverings provide satisfactory Requirements and test method service. This Uganda Standard specifies requirements and test 1014. US ISO 26986:2010, Resilient floor coverings methods for footwear protecting users against thermal — Expanded (cushioned) poly(vinyl chloride) risks and molten iron or aluminium metal splashes floor covering — Specification such as those encountered in foundries, welding and This Uganda Standard specifies the characteristics of allied process. floor coverings based on expanded (cushioned) poly 1011. US ISO 23297:2008, Thermoplastics hoses and (vinyl chloride), supplied as either tiles or rolls. This hose assemblies — Wire or synthetic yarn standard includes a classification system based on the reinforced single-pressure types for hydraulic intensity of use, which shows where resilient floor applications — Specification coverings give satisfactory service. This Uganda Standard specifies requirements for eight 890. US ISO 27769-1:2009, Wood-based panels — Wet classes and two types (construction with adhesive process fibre board — Part 1: Classifications bond between layers and construction without This Uganda Standard provides a classification matrix adhesive bond between layers) of wire or synthetic and related mandatory tests for two types of wet yarn reinforced hydraulic hoses and hose assemblies process fibre board: soft boards and hardboards. (This of nominal size from 3,2 to 31,5. Each class has a Uganda Standard is an adoption of the International single maximum working pressure for all sizes. Such Standard ISO 27769-1:2009). hoses are suitable for use with hydraulic fluids HH, 891. US ISO 27955:2010, Road vehicles — Securing of HL, HM, HR, and HV as defined in ISO 6743-4 at cargo in passenger cars, station wagons and multi- temperatures ranging from −40 °C to +100 °C for purpose vehicles — Requirements and test methods grades A and B and −40 °C to +120 °C for grades C This Uganda Standard applies to devices for the and D. This standard does not include requirements securing of cargo in passenger cars, station wagons for end fittings. It is limited to the performance of and multi-purpose passenger cars, where the seats hoses and hose assemblies. The hose assembly directly delimit the loading space. This standard

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defines minimum requirements and tests for front and tablets or bars, produced from vegetable or animal oils rear seats and partitioning or fats or a blend of all or part to these materials. It does not cover liquid soap for household purposes,

and bar soap, in which synthetic detergents have been

added to enhance its performance. (This Uganda

Standard cancels and replaces US EAS 31:2011,

Laundry soap — Specification, which has been

technically revised).

894. US ISO 32:1977, Gas cylinders for medical use —

Marking for identification of content

This Uganda Standard establishes a system of marking

and a series of colours for the identification of the

content of gas cylinders intended for medical use only.

895. US EAS 64: 2017, Groundnut (peanut) oil for

cosmetic industry — Specification

This Uganda Standard specifies the requirements,

sampling and test methods for groundnut (peanut) oil

for cosmetic industry.

896. US EAS 65: 2017, Coconut oil for cosmetic

industry — Specification

This Uganda Standard specifies the requirements,

sampling and test methods for coconut oil for cosmetic

industry.

897. US EAS 86: 2017, Sesame (simsim) oil for cosmetic

industry — Specification

This Uganda Standard specifies the requirements,

sampling and test methods for sesame oil for cosmetic

industry.

898. US EAS 96-1:2018, Sanitary towels — Specification

— Part 1: Disposable (2nd Edition) CHEMICAL AND CONSUMER PRODUCTS This Uganda Standard specifies requirements, 892. US 1: 2011, National flag of Uganda – Specification sampling, and test methods for disposable sanitary This Uganda Standard prescribes requirements for the towels (also known as sanitary pads/sanitary materials, design and make of two types (internal and napkins). This standard does not apply to reusable external) of the national flag of the Republic of sanitary towels. (This standard cancels and replaces Uganda US EAS 96: 2009, Sanitary towels — Specification, nd 893. S EAS 31: 2013, Laundry soap — Specification (2 which has been technically revised). Edition 899. US EAS 121:2006 Water for lead acid batteries — This Uganda Standard specifies requirements, Specification (2nd Edition) sampling and test methods for two grades of laundry This standard specifics requirements for sampling and soaps. This standard covers two grades of laundry testing water for lead acid batteries. soap pure and built laundry soap in the form of cakes, 900. US EAS 122:1999, Sulfuric acid — Specification

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This Uganda Standard prescribes the requirements and standard cancels and replaces US 244:2000/EAS the methods of sampling and test for sulfuric acid. 154, Standard specification for baby napkins, which 901. US EAS 123:2006 Distilled water — Specification has been technically revised.) (2nd Edition) 908. US EAS 156-1:2000, Woven bags from natural This East African Standard prescribes the fibres — Specification — Part 1: Woven bags for requirements and methods of test for water, distilled cereals quality intended for general laboratory use, This Uganda Standard specifies the constructional and photograph washings, etc. performance requirements of woven bags made from 902. US EAS 125: 2011 Safety matches — Specification natural fibres to contain 90 kg load of any type of This Uganda Standard specifies the requirements, cereal or pulses. It also prescribes the packing and sampling and methods of testing for safety matches marking requirements of a bale containing the bags, that has been packed in any suitable material. ready for dispatch. (This standard cancels and 903. US 126:2003 Specification for Toilet paper replaces US 246:2000 Woven bags made from natural This Uganda Standard specifies the requirements and fibres for cereals and pulses). methods of sampling and test for toilet paper, 909. US EAS 156-2:2000, Woven bags from natural bathroom tissue and other related products supplied in fibres — Specification — Part 2: Woven bags for rolls, reels and sheets milled products 904. US 127:2000 National cheque –Specification This Uganda Standard specifies the bag cloth and This Uganda standard prescribes the general making-up requirements for woven bags made from requirements for the personal cheque and corporate natural fibres for packing and storage of milled cheque. products. (This standard cancels and replaces US 905. US EAS 127-1: 2013, Synthetic detergent powders 250:2000/EAS 175 Specification for woven bags made — Specification — Part 1: Household hand use (2nd from natural fibres for milled products). Edition) 910. US EAS 156-3:2000, Woven bags from natural This Uganda Standard specifies the requirements and fibres — Specification — Part 3: Woven bags for methods of sampling and test for synthetic detergents sugar for household use. This standard does not cover This Uganda Standard specifies minimum machine wash and industrial detergent powders. (This requirements and other particulars of natural fibre Uganda Standard cancels and replaces US EAS bags made from sisal, jute or kenaf for the packaging 127:2011, Synthetic laundry detergents for household of sugar. (This standard cancels and replaces US use — Specification, which has been technically 251/EAS 175 Specification for woven bags made from revised). natural fibres for sugar). 906. US EAS 127-2:2014, Synthetic detergent powders 911. US EAS 158:2012, Automotive gasoline (Premium — Specification — Part 2: Machine wash motor spirit) — Specification (2nd Edition) This Uganda Standard specifies the requirements and This Uganda Standard specifies requirements and methods of sampling and test for synthetic detergents methods of sampling and test for automotive gasoline, for machine wash. It does not cover hand wash Premium Motor Spirit (PMS), also commonly known powders and industrial detergent powders. as petrol, for use in spark ignition engines, including 907. US EAS 154:2018, Baby napkins — Specification those equipped with devices to reduce emitted (2nd Edition) pollutants. The standard applies to PMS as This Uganda Standard specifies the requirements, manufactured, stored, transported and marketed. (This sampling and test methods for baby napkins. (This Final Draft Uganda cancels and replaces US EAS

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158: 2011, Automotive gasoline, premium motor 917. US 202-2:2015, Flexible polyurethane foam — Part spirit, — Specification, which has been technically 2: Mattresses — Specification revised). This Uganda Standard specifies requirements, 912. US EAS 177:2012, Automotive gas oil (automotive sampling and test methods for foam mattresses diesel) —Specification (2nd Edition) suitable for domestic and hotel use. This Uganda Standard specifies the requirements and 918. US 202-3:2015, Flexible polyurethane foams — methods of sampling and test for automotive gas oil, Part 3: Reconstituted foams — Specification AGO (automotive diesel) as manufactured, stored, This Uganda Standard specifies requirements, transported and marketed. (This Final Draft Uganda sampling and test methods for seven classes (based on cancels and replaces US EAS 177: 2011, Automotive density) of reconstituted flexible polyurethane foams, gas oil (automotive diesel) — Specification, which has in the form of blocks, slabs, sheets, or other shapes cut been technically revised). from these. 913. US EAS 186: 2013, Toilet soap — Specification (2nd 919. US 202-4:2015, Flexible polyurethane foams — Edition) Part 4: Polyester type — Specification This Uganda Standard specifies requirements, This Uganda Standard specifies requirements, sampling and test methods for toilet soap. It does not sampling and test methods for five classes (based on apply to carbolic soap or specialty soaps such as density) of flexible polyurethane foams of the medicated soap, transparent soap, floating soap, liquid polyester type, in the form of blocks, slabs, sheets, or soap or sea-water soap. (This Uganda Standard other shapes cut from these. Each class is subdivided, cancels and replaces US EAS 186: 2011, Toilet soap according to the hardness of the foam, into two grades. — Specification, which has been technically revised). 920. US ISO 216:2007, Writing paper and certain 914. US 189:2000/EAS 187:2000 Standard specification classes of printed matter — Trimmed sizes — A for toothpaste and B series, and indication of machine direction This Uganda Standard specifies the basic requirements This Uganda Standard specifies the trimmed sizes of for fluoridated toothpaste for use with a brush in the writing paper and certain classes of printed matter. It cleaning of natural teeth. It does not include tooth applies to trimmed sizes of paper for administrative, paste intended for children and non-fluoridated commercial and technical use, and also to certain toothpaste. classes of printed matter, such as forms, catalogues, 915. US 191: 2016 Petroleum jelly — Specification (3rd etc. It does not necessarily apply to newspapers, Edition) published books, posters or other special items which This Uganda Standard specifies the requirements and may be the subject of separate International Standards. methods of sampling and test for petroleum jelly for This standard also specifies the method for the cosmetic use. (This Uganda Standard cancels and indication of the machine direction for trimmed sheets. replaces US 191:2007 which has been technically 921. US EAS 220:2018, Knitted polyester fabric — revised). Specification 916. US 202-1:2015, Flexible polyurethane foams — This Uganda Standard specifies the requirements, Part 1: Polyether type — Specification sampling and test methods for knitted polyester fabric This Uganda Standard specifies requirements, for apparel purposes. sampling and test methods for seven classes (based on 922. US EAS 222:2018, Knitted polyester-cellulosic density) of flexible polyurethane foams of the blended fabric — Specification polyether type, in the form of blocks, slabs, sheets, This Uganda Standard specifies the requirements, and shapes cut from these. sampling and test methods for knitted polyester-

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cellulosic blended fabric for apparel purposes. (This This Uganda Standard specifies the requirements, standard cancels and replaces US 360:2002, sampling and test methods for woven umbrella Specification for knitted polyster/cellulosic blended fabrics made of silk fibres. (This standard cancels fabric, which has been technically revised). and replaces US EAS 225-3:2001, Umbrella fabrics 923. US EAS 223:2001, Zippers — Specification — Specification — Part 3: Silk fabrics, which has This Uganda Standard specifies performance been technically revised). requirements for zippers made from interlocking 929. US EAS 226:2018, Kitenge — Specification (2nd components mounted on textile tapes. Edition) 924. US EAS 224:2018, Cotton khanga — Specification This Uganda Standard specifies the requirements, This Uganda Standard specifies the requirements, sampling and test methods for Kitenge. (This sampling and test methods for cotton khanga. (This standard cancels and replaces US EAS 226:2001, standard cancels and replaces US 424:2002, Cotton Kitenge — Specification, which has been technically khanga — Specification, which has been technically revised). revised). 930. US EAS 227:2018, Knitted cotton fabric — 925. US ISO 225:1983 Rubber footwear, lined Specification (2nd Edition) industrial, for use at low temperatures This Uganda Standard specifies the requirements, This Uganda Standard specifies the requirements for sampling and test methods for knitted cotton fabric lined industrial rubber footwear for use at low suitable for apparel purposes. (This standard temperatures, to ensure that a sufficient degree of cancels and replaces US EAS 227:2001, Knitted flexibility is retained to allow for comfort in wear. cotton fabric — Specification, which has been 926. US EAS 225-1:2018, Umbrella fabrics — technically revised). Specification — Part 1: Cotton fabrics (2nd 931. US EAS 228:2018, Cotton bed sheets — Edition) Specification (2nd Edition) This Uganda Standard specifies the requirements, This Uganda Standard specifies the requirements, sampling and test methods for woven umbrella sampling and test methods for bed sheets made from fabrics composed of cotton fibres. (This standard cotton fabrics. This standard applies to finished bed cancels and replaces US EAS 225-1:2001, Umbrella sheets made from bleached fabrics, printed fabrics, fabrics — Specification — Part 1: Cotton fabrics dyed fabrics and dyed and printed fabrics. (This which has been technically revised). standard cancels and replaces US EAS 228:2001, 927. US EAS 225-2:2018, Umbrella fabrics — Cotton bed sheets — Specification, which has been Specification — Part 2: Man-made fibre fabric technically revised). (2nd Edition) 932. US EAS 229:2001, Crepe bandages — Specification This Uganda Standard specifies the requirements, This Uganda Standard specifies requirements for crepe sampling and test methods for woven umbrella bandages used for surgical dressings. fabrics composed of man-made fibres. (This 933. US 249-1:2019, Engine oil — Performance standard cancels and replaces US EAS 225-2:2001, classifications — Part 1: General Umbrella fabrics — Specification — Part 2: Man- This Uganda Standard covers classification for made fibre fabric, which has been technically crankcase engine lubricating oils, for automotive type revised). internal combustion and spark-ignition engines, two 928. US EAS 225-3:2018, Umbrella fabrics — stroke and four-stroke cycle motorcycle engines that Specification — Part 3: Silk fabrics (2nd Edition) employ a crankcase scavenging system. (This standard, together with US 249-2:2019, US 249-

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3:2019, US 249-4:2019 and US 249-5:2019, cancels This Uganda Standard specifies performance and replaces US 249:1999/EAS159, Engine oil— requirements, sampling and test methods for four- Specification, which has been technically revised). stroke cycle spark ignition engines employing a common sump containing the lubricating oil for both 934. US 249-2:2019, Engine oil — Performance the engine and associated drive train (transmission, classification — Part 2: API specification for clutch, starter) of motorcycles, motor scooters, all- spark ignition (petrol) engine lubricating oils terrain vehicles (ATVs) and related equipment. (This This Uganda Standard specifies performance standard, together with US 249-1:2019, US 249- requirements, sampling and test methods for spark 2:2019, US 249-3:2019 and US 249-5:2019, cancels ignition engine lubricating oil of passenger cars, light and replaces US 249:1999/EAS159, Engine oil— duty trucks, vans and related equipment meeting or Specification, which has been technically revised). exceeding API service category SJ. It does not cover 937. US 249-5:2019, Engine oil — Performance engine lubricating oil for compression ignition classification — Part 5: Specification for internal engines, aviation equipment, outboard motors, lawn combustion engine lubricating oils used in two- mowers, railroad locomotives or ocean going vessels. stroke cycle motorcycle gasoline engines and (This standard, together with US 249-1:2019, US 249- associated drive trains 3:2019, US 249-4:2019 and US 249-5:2019, cancels This Uganda Standard specifies requirements and test and replaces US 249:1999/EAS159, Engine oil— methods for motorcycle engine lubricating oils for Specification, which has been technically revised). two-stroke cycle spark ignition gasoline engines that 935. US 249-3:2019, Engine oil — Performance employ a crankcase scavenging system and are used classification — Part 3: API Specification for light in transportation and leisure applications. This and heavy duty compression ignition (diesel) standard specifies the performance classification of engine lubricating oils two-stroke cycle gasoline engine oils based on the This Uganda Standard specifies requirements, API classification, JASO and ISO classifications. sampling and test methods of engine lubricating oil (This standard, together with US 249-1:2019, US for light and heavy duty naturally aspirated, turbo- 249-2:2019, US 249-3:2019 and US 249-4:2019, charged or super-charged compression-ignition cancels and replaces US 249:1999/EAS159, Engine engines, meeting or exceeding API Service Category oil— Specification, which has been technically CH-4. This standard does not cover engine revised). lubricating oil for spark ignition engines, aviation 938. US 250:200/EAS 175 Specification for woven bags equipment, outboard motors, lawn mowers, railroad, made from natural fibres for milled products locomotives, industrial and marine application. (This This standard specifies the sacking and marking-up standard, together with US 249-1:2019, US 249- requirements for woven bags made from natural fibres 2:2019, US 249-4:2019 and US 249-5:2019, cancels for packing and storage of milled products. and replaces US 249:1999/EAS159, Engine oil— 939. US 251/EAS 175 Specification for woven bags Specification, which has been technically revised). made from natural fibres for sugar 936. US 249-4:2019, Engine oil — Performance This standard specifies the sacking and marking-up classification — Part 4: Specification for internal requirements for woven bags made from natural fibres combustion engine lubricating oils used in four- for packing and storage of sugar. stroke cycle motorcycle gasoline engines and 940. US ISO 269:1985, Corresponding envelopes — associated drive trains Designation and sizes

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This Uganda Standard specifies the designations and 945. US EAS 296:2011, Liquid household hand the sizes of correspondence envelopes intended for dishwashing detergent Specification postal purposes. It does not contain any specification This Uganda Standard specifies requirements for as to the ways of closing them. liquid detergent for household dishwashing and for 941. US EAS 290-2:2002, Polishes — Specification — cleaning of hard surfaces such as painted surfaces, Part 2: Floor polish solvent type (liquid and paste) floors, ceilings, ceramic and plastic tiles, and the This Uganda Standard prescribes the requirements and surfaces of equipment for machine dishwashing. It the methods of test for solvent based floor polishes does not cover detergent for machine dishwashing. (liquid and paste). The standard applies to solvent 946. US 307:2014, Mosquito nets — Specification (3RD based floor polishes liquid or paste, that are intended Edition) for use on all wooden and solvent-resistant floors. This Uganda Standard specifies requirements for long (This standard cancels and replaces US 411-2:2001, lasting insecticidal mosquito nets intended for malaria Specification for polishes — Part 2: Floor polish vector control. (This Uganda Standard cancels and solvent type). replaces US 307:2011, Netting materials for malaria 942. US EAS 290-3:2002, Polishes — Specification — vector control — Specification, which has been Part 3: Floor polish water emulsion buffable type technically revised). This Uganda Standard prescribes requirements and 947. US 308:2001 Standard specification for insecticide methods of test for water emulsion floor polish for treatment of mosquito nets buffable type. This standard applies to a buffable This standard prescribes the general requirements for water emulsion floor polish for general application on insecticide intended for use in the treatment of vinyl, thermoplastic, linoleum, rubber vinyl asbestos, mosquito nets. asphalt terrazo, marble, cured concentrate ceramic and 948. US 313:2002 Cigarettes – Specification (Amd quarry tiles. It shall not be used on wooded, cork or 1:2006) magnesite floors unless these are properly sealed. This Ugandan Standard specifies the requirements and Floor polish in this specification is for polishes used methods of sampling and test for cigarettes. The on floor areas that are subjected to heavy abraise foot tobacco blend of cigarettes is produced from leaves of traffic and any areas where buffing is desired. the cultivated plant Nicotianatobaccum and N. 943. US EAS 294:2002, Scouring powders — Rustica. This standard does not cover the requirements Specification for flavour and aroma of cigarettes and cigars. This Uganda Standard specifies requirements and 949. US EAS 323:2002, Specification for wood methods of test for synthetic household detergent preservation by means of pressure creosoting scouring powder for the removal of tenacious soil This Uganda Standard specifies methods that can be from hard surfaces and kitchen utensils. (This used for the preservation of wood by pressure standard cancels and replaces US 326:2001, Scouring creosoting and other methods of treatment with coal powders — Specification). tar creosote. 944. US EAS 295:2002, Sodium hypochlorite solutions 950. US EAS 326:2002, Copper/chromium/arsenic for domestic use — Specification composition for the preservation of timber — This Uganda Standard specifies requirements for Specification dilute solutions of sodium hypochlorite intended for This Uganda Standard specifies requirements for two domestic use. (This standard cancels and replaces US types of water-borne preservatives containing 327:2001, Sodium hypochlorite solutions for domestic mixtures of compounds of copper, chromium and use — Specification). arsenic.

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951. US EAS 334: 2013, List by category of cosmetic This Uganda Standard specifies the requirements and products methods of sampling and test for hair creams, lotions This Uganda Standard lays down the list of products and gels based on vegetable oil or mineral oil, or any that are classified as cosmetics. (This Uganda combination of the above, with fatty acids or fatty acid Standard cancels and replaces US 442-1:2002, emulsions. It also applies to hair conditioners and Illustrative list by category of cosmetic products, setting lotions. This standard does not cover hair which has been technically revised and republished). sprays, hair sheens or hair oils including hair creams, 952. US EAS 335: 2013, Cologne — Specification lotions and gels for which therapeutic claims are This Uganda Standard specifies the requirements and made. (This Uganda Standard cancels and replaces methods of test for cologne intended for human use. US 487:2003, Hair creams, lotions and gels – This standard shall also apply to toilet waters, Specification, which has been technically revised and lavender waters and all alcohol-based fresheners. (This republished). Uganda Standard cancels and replaces US 505:2003, 957. US EAS 340: 2013, Nail polish — Specification Cologne — Specification, which has been technically This Uganda Standard specifies the requirements and revised and republished). methods of test for nail polishes used for cosmetic 953. US EAS 336: 2013, Chemical depilatories — purposes. Specification 958. US EAS 341: 2013, Nail polish removers — This Uganda Standard specifies the requirements and Specification methods of sampling and test for chemical depilatories This Uganda Standard specifies the requirements and of alkaline-thioglycollic acid composition. This methods of sampling and test for nail polish removers standard does not cover depilatories of epilatory type used for cosmetic purposes. (This Uganda Standard and those having metallic sulphides or stannite cancels and replaces US 486:2003, Nail polish composition. (This Uganda Standard cancels and removers — Specification — Part 1: Organic solvent replaces US 506:2003, Chemical depilatories – based, which has been technically revised and Specification, which has been technically revised and republished). republished). 959. US EAS 342: 2013, Pomades and solid brilliantines 954. US EAS 337: 2013, Henna powder — Specification — Specification This Uganda Standard specifies the requirements, and This Uganda Standard specifies requirements and methods of sampling and test for pure henna powder. methods of sampling and test for pomades and solid (This Uganda Standard cancels and replaces US brilliantines for general use. It applies to pomades and 507:2003 Specification for henna powder, which has solid brilliantines which are either vegetable oil or been technically revised and republished). petroleum based but excludes oil emulsions. This 955. US EAS 338: 2013, Chemical hair relaxers and hair standard does not cover liquid brilliantines. (This waving products — Specification Uganda Standard cancels and replaces US 485:2003, This Uganda Standard specifies requirements and Pomades and brilliantines — Specification, which has methods of sampling and test for chemical hair been technically revised and republished). relaxers and hair waving products. This standard 960. US EAS 346: 2013, Labelling of cosmetics — applies to chemical cream hair relaxers based on General requirements alkalis or thioglycollates, as well as hair waving This Uganda Standard specifies requirements for the (curling) products based on thioglycollates labelling of cosmetic products. (This Uganda 956. US EAS 339: 2013, Hair creams, lotions and gels — Standard cancels and replaces US 484:2007, Specification Labelling of cosmetic products — General

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requirements, which has been technically revised and This Uganda Standard prescribes the requirements and republished). the methods of test for carbaryl dusting powders. 961. US 356:2002 Size designation of clothes - Men's 967. US 363:2006 Household insecticidal aerosols — and boy outerwear garments Specification This standard establishes system of designating the This Uganda Standard prescribes the requirements and sizes of men's and boy's outerwear garments: covering methods of test for non-returnable, hand-held, the upper or the whole body, or covering the lower insecticide aerosol dispensers intended for use in body only and applies to civilian and uniform domestic and similar situations. The insecticide garments. solution may be that supplied to a standard 962. US EAS 356:2004, Code of practice for inspection formulation or that permitted as an approved and acceptance criteria for used textile products alternative. This Uganda Standard prescribes a code of practice for 968. US EAS 377-1: 2013, Cosmetics and cosmetic the inspection and acceptance criteria for used textile products — Part 1: List of substances prohibited in products. It also applies to used garments of all types, cosmetic products sizes and fibre composition. [This standard cancels This Uganda Standard prescribes the chemical name, and replaces US 502:2003, Code of practice for state and formulation under which specific use as inspection and acceptance criteria for used textile substance is prohibited in the cosmetic products. This products (Mitumba)]. standard applies only to cosmetic products and not to 963. US 357:2002 Size designation of clothes -Women's medicinal products, medical devices or biocidal and girl's outerwear garments products. (This Uganda Standard cancels and This standard establishes a system of designating the replaces US 442-2:2002, Cosmetics — List of sizes of women's and girl's outerwear garments substances which must not form part of the (including knitwear and swimwear) that are classified composition of any cosmetic product, which has been as: covering the upper or the whole body, or covering technically revised and republished). the lower body only and applies to civilian and 969. US EAS 377-2: 2013, Cosmetics and cosmetic uniform garments. products — Part 2: List of substances which 964. US 358:2002 Size designation of clothes -Infants cosmetic products must not contain except subject garments to the restrictions laid down This standard establishes a system of designating the This Uganda Standard prescribes the list of substances sizes of infant's garments. Both the control dimension which cosmetic products must not contain except on which the size designation is based and the method subject to the restrictions laid down. This standard of indicating the size designation on a garment label applies only to cosmetic products and not to medicinal are laid down. products, medical devices or biocidal products. (This 965. US 359:2002 Bed sheets and pillow cases Uganda Standard cancels and replaces US 442- specification 3:2003, List of substances which cosmetics must not This standard specifies requirements for flat bed- contain except subject to conditions applicable to sheets and pillow cases made from woven cotton or drugs and conditions laid down, which has been polyster fabrics or their blends meant for household technically revised and republished). purposes. 970. US EAS 377-3: 2013, Cosmetics and cosmetic 966. US EAS 361:2004, Carbaryl dusting powders — products — Part 3: List of colorants allowed in Specification cosmetic products

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This Uganda Standard prescribes the list of colorants used for determining the fibre content of textiles and allowed in cosmetic products. This standard includes textile products. the salts and flakes of substances and when a colorant 977. US 434:2002 Specification for files and folders is expressed as a specific salt, its other salts and flakes This Uganda standard specifies the requirements for shall also be included. files and folders made of board. The standard applies 971. US EAS 377-4: 2013, Cosmetics and cosmetics to files and folders with or without back intended for products — Part 4: List of preservatives allowed in housing papers of A4 or smaller sizes. cosmetic products 978. US 435:2003 Duplicating paper –specification This Uganda Standard prescribes the list of This standard specifies requirements for duplicating preservatives allowed in cosmetic products. papers. It applies to duplicating paper for stencil 972. US EAS 377-5: 2013, Cosmetics and cosmetic duplicators using emulsion or oil based inks. products — Part 5: List of UV filters allowed in 979. US EAS 461: 2013, Hair dyes — Part 1: Aryl cosmetic products diamine based formulated powders — This Uganda Standard prescribes the list of UV filters Specification allowed in cosmetic products. This Uganda Standard specifies the requirements and 973. US EAS 383: 2013, Synthetic organic liquid methods of sampling and test for aryl diamine based detergent for household use — Specification formulated powder hair dyes. This standard only This Uganda Standard prescribes the requirements and covers permanent powder hair dyes based on aryl di- methods of sampling and test for synthetic liquid amines which act as primary intermediates in dyes. It detergents for household use both for general purpose does not apply to vegetable-based hair dyes, metallic- and dishwashing liquid detergent. based hair dyes and liquid hair dye. (This Uganda 974. US EAS 386:2005, Used footwear ― Inspection Standard cancels and replaces US 489:2003, and acceptance criteria ― Code of practice Formulated powder, hair dyes, aryl diamine based — This Uganda Standard prescribes a Code of Practice Specification, which has been technically revised and for the inspection and acceptance criteria for used republished). footwear. This standard applies to used footwear of all 980. US 466:2006 Toothbrushes – Specification types and sizes irrespective of their intended end use. This specification covers toothbrushes of four sizes 975. US EAS 425-1: 2017, Skin powders — and four grades, having tufts of synthetic Specification — Part 1: Body and face powder monofilaments, and intended to be used manually for This Uganda Standard specifies the requirements, general oral hygiene. It does not cover electrically sampling and test methods for body and face powders operated toothbrushes or toothbrushes with natural which cover talcum powders, toilet powders, bristle tufts. deodorant powders and dusting powders, for adult use 981. US 483:2003 Ballpoint pens for general use – only. This standard does not apply to medicated Specification powders for which medicinal claims are made. This standard establishes minimum quality 976. US 426:2002 Code of practice for fibre content requirements for ball point pens (refillable or non- labelling of textiles and textile products refillable) and refills for general use. This specifies alternative methods for designating the 982. US 488:2003 Skin powders –specification - Part 2: fibre content of textiles and textile products and for Baby powders applying this information to made-up products, piece This standard prescribes the requirements and methods goods and yarns. It also specifies the methods to be of test for baby powders.

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983. US EAS 490:2008, Meter rules and rulers for This standard prescribes requirements and methods of school and office use — Specification sampling and testing for household washing bars. This Uganda Standard specifies requirements for 989. US 653:2006 Disinfectants – Quaternary metre rules and rulers for school and office use. ammonium based – Specification 984. US 573:2017, Shoe polish — Specification (2nd This standard specification covers formulations based edition) on quaternary ammonium compounds in liquid or This Uganda Standard specifies requirements, powder form for disinfecting inanimate spaces. It is sampling and test methods for shoe polish in the form intended primarily for destruction of pathogens on of paste, liquid and cream suitable for the general floors, walls and other hard surfaces. application to leather footwear. (This Uganda 990. US 704: 2014; Absorbent cotton wool — Standard cancels and replaces US 573:2006, Wax Specification Shoe polish – Specification which has been technically This Uganda Standard specifies requirements and revised). methods of test for absorbent cotton (surgical cotton or 985. US 575:2006 Polish paste for floor and wooden cotton wool) wool for medical use. furniture – Specification 991. US 706:2011, Non-woven surgical dressings — This Uganda Standard prescribes requirements and Specification methods of sampling and test for wax-solvent and This Uganda Standard prescribes the requirements and wax-emulsion type of polishes, paste for floor and methods of test for three types of non-woven surgical wooden furniture dressings; unpadded swabs, padded swabs and 986. US ISO 623:1974, Paper and board — Folders and surgical pads. files — Sizes 992. US 743:2007, Decorative high gloss paints — This Uganda Standard specifies the sizes of folders Specification and files manufactured from paper or board intended This Uganda Standard specifies the requirements for to receive either sheets of Paper of the A4 size (210 two grades of air-drying gloss enamel paints for use mm X 297 mm) or simple folders (without back) or on suitably primed and uncoated steel, wood, folders or, when possible, files with a very small back; masonry, hard board, compressed fibre board and not forming part of any particular filing system; and similar materials used in the construction and finishing not adapted to filing cabinets of a special character. of buildings. This standard does not apply to box files and transfer 993. US 745-1:2007 Road and runway marking paints storage cases. — Specification — Part 1: Single pack solvent 987. US 634:2006 Specification for plastic monobolic borne and water-borne paints chairs This Uganda Standard specifies requirements for This Uganda Standard sets out requirements for the conventional solvent-borne and water-borne paints evaluation and selection of plastic monobloc chairs for suitable for marking traffic-bearing bituminous or adults but does not include chairs intended for concrete road and runway surfaces, and makes bathroom use. It specifies minimum requirements for provision for white, yellow and other colours. strength, durability and stability of the completed 994. US 745-2:2007, Road and runway marking paints chair, but does not account for materials, design, — Specification — Part 2: Single pack water borne construction or the process of manufacture. paints 988. US 638:2006 Household washing bars – This part of US 745 specifies requirements for Specification conventional water-borne paints suitable for marking traffic-bearing bituminous or concrete road and

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runway surfaces, and makes provision for white, chloride (muriate of potash) fertilizer grade — yellow and other colours. Specification, which has been technically revised). 995. US 756:2017, Urea fertilizer — Specification 1000. US 762:2017, Illuminating candles — (2nd edition) Specification This Uganda Standard specifies requirements, The Uganda Standard specifies requirements, test and sampling and test methods for Urea fertilizer. (This sampling methods for candles suitable for illuminating Uganda Standard cancels and replaces US 756:2007, purposes. This Uganda Standard does not cover Urea fertilizer grade — Specification, which has been decorative (ornamental) candles. (This Uganda technically revised). standard cancels and replaces US 762:2007, 996. US 757:2017, Ammonium sulphate nitrate Illuminating candles— Specification, which has been fertilizer — Specification (2nd edition) technically revised). This Uganda Standard specifies the requirements, 1001. US 766:2007, Plastic basins — Specification sampling and test methods for ammonium sulphate This Uganda Standard specifies the requirements for nitrate (ASN) fertilizer. (This Uganda Standard basins made from polyolefine for domestic purposes. cancels and replaces, US 757:2007, Ammonium 1002. US EAS 766-1: 2013, Antibacterial toilet soap sulphate nitrate fertilizer — Specification, which has — Specification — Part 1: Solid been technically revised). This Uganda Standard specifies the requirements and 997. US 758:2017, Calcium ammonium nitrate fertilizer methods of sampling and test for solid antibacterial — Specification (2nd edition) toilet soap. (This Uganda Standard cancels and This Uganda Standard specifies requirements, replaces US EAS 766: 2011, Antibacterial solid toilet sampling and test methods for calcium ammonium soap — Specification, which has been technically nitrate (CAN) fertilizer. (This Uganda Standard revised). cancels and replaces, US 758:2007, Calcium 1003. US EAS 766-2: 2013, Antibacterial toilet soap ammonium nitrate fertilizer — Specification, which — Specification ― Part 2: Liquid has been technically revised). This Uganda Standard specifies the requirements, and 998. US 759:2017, Monoammonium phosphate (MAP) methods of sampling and test for liquid antibacterial and Diammonium phosphate (DAP) fertilizer — toilet soap. It includes antibacterial (bacteriostatic) and Specification (2nd edition) antifungal (fungal static). This standard does not cover This Uganda Standard specifies requirements, synthetic hand wash liquid detergents, shampoo and sampling and test methods for Monoammonium products for specific purposes such as those for phosphate (MAP) and Diammonium phosphate (DAP) industrial and surgical uses. fertilizers. (This Uganda Standard cancels and 1004. US 767-1:2007, Safety razor blades and razors replaces, US 759:2007, Monoammonium phosphate — Part 1: Blades — Specification (MAP) and diammonium phosphate fertilizer — This Uganda Standard specifies the requirements for Specification, which has been technically revised). double-edged safety razor blades used for shaving and 999. US 760:2017, Potassium chloride (muriate of cutting. potash) fertilizer — Specification (2nd edition) 1005. US 767-2:2007, Safety razor blades and This Uganda Standard specifies requirements, razors— Part 2: Razors— Specification sampling and test methods for potassium chloride This Uganda Standard specifies the requirements for (muriate of potash) fertilizer. (This Uganda Standard safety razors with two shaving sides and forms. cancels and replaces, US 760:2007, Potassium 1006. US 768:2007, Insulated flasks — Specification

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This Uganda Standard specifies requirements for sanitizers. The standard does not cover non-alcohol insulated flasks and vacuum ware for domestic use based hand sanitizers. with food or drinks. It also specifies the requirements 1012. US EAS 790: 2013, Liquid soap — for materials in contact with food. Specification 1007. US 773:2007, Flat and carrier plastic bags — This Uganda Standard specifies requirements and Specification methods of sampling and test for liquid soap for This Uganda Standard specifies requirements and general purposes. It does not cover shampoos and methods of sampling and test for carrier bags and flat products intended for specific purposes, such as those bags that are made from thermoplastic materials. This for industrial and surgical uses. standard covers plastic carrier bags and flat bags, both 1013. US EAS 791: 2013, Oven cleaner and grease domestically produced and imported for use in remover — Specification Uganda. This standard covers the thickness and This Uganda Standard specifies the requirements and printing requirements of these bags. This standard methods of sampling and test for oven cleaner and does not cover primary packaging such as barrier grease remover. The standard covers three types of bags. oven cleaners and grease removers that are suitable for 1008. US EAS 786: 2013, Skin care creams, lotions the removal of carbon deposits, grease, baked-on fats and gels — Specification and other surface contaminants from industrial and This Uganda Standard specifies requirements and domestic cooking ovens, grills, fryers and other steel methods of sampling and test for creams, lotions and kitchen equipment, but that are not intended for use in gels for skin care. This standard does not apply to skin self-cleaning ovens. care products, for which therapeutic claims are made 1014. US EAS 792: 2013, Carpet and upholstery and also does not apply to non-emulsified lotions and shampoo — Specification gels. (This Uganda Standard cancels and replaces US This Uganda Standard specifies the requirements and 339:2006, Specification for creams, lotions and gels methods of sampling and test for a liquid foaming for skin care, which has been technically revised and shampoo used for both general cleaning and spot republished). cleaning of colourfast carpets and upholstery that are 1009. US EAS 787: 2013, Synthetic industrial not damaged by water alone. detergent powder — Specification 1015. US EAS 793-1: 2013, Toilet cleansers ― This Uganda Standard specifies the requirements and Specification ― Part 1: Acidic liquid toilet methods of sampling and test for synthetic industrial cleansers detergent powders based predominantly on alkyl aryl This Uganda Standard specifies requirements and sulphonates. methods of test for acidic liquid toilet cleansers. This 1010. US EAS 788: 2013, Synthetic detergent paste standard applies to a liquid acid, heavy- duty — Specification compound suitable for cleaning toilet bowls and This Uganda Standard specifies the requirements and urinals. methods of sampling and test for synthetic detergent 1016. US 803:2008, Kerosene for domestic heating pastes based predominantly on alkyl aryl sulphonates and illuminating (BIK) for hand and machine wash. This Uganda Standard specifies the requirements for a 1011. US EAS 789: 2013, Instant hand sanitizers — hydrocarbon fuel suitable for use in wick-fed, pressure Specification vaporizing and other kerosene burning appliances for This Uganda Standard specifies the requirements and space heating, cooking and illumination. methods of test for alcohol based instant hand

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1017. US EAS 812-1:2015, Liquid hand wash — 1024. US EAS 835-1: 2017, Bath preparations — Specification — Part 1: Synthetic and Part 1: Synthetic detergent-based foam baths and combined (soap and synthetic) hand wash shower gels — Specification This Uganda Standard specifies the requirements This Uganda Standard specifies the requirements, and methods of test for synthetic and combined sampling and test methods for synthetic foam baths (soap and synthetic) hand wash. This standard and shower gels. This standard covers synthetic does not apply to soap-based hand wash. detergent-based foam baths (also referred to as cream 1018. US EAS 815: 2015, Soap noodles — baths), shower gels (also referred to as body wash, Specification cream wash, cream shower, bath shower, and shower This Uganda Standard specifies requirements and shampoo), and other such related products. This methods of test for soap noodles used as an standard does not apply to bath salts, bath oils, bath intermediate product for subsequent conversion powders, and soap-based bath and shower products. into a marketable soap. This standard does not apply to medicinal products for 1019. US EAS 816-1: 2015, Synthetic liquid laundry which therapeutic claims are made. detergents — Specification — Part 1: Hand 1025. US EAS 837: 2017, Avocado oil for cosmetic wash industry — Specification This Uganda Standard specifies the requirements This Uganda Standard specifies the requirements, and methods of sampling and test for hand wash sampling and test methods for avocado oil for use as a synthetic liquid laundry detergents. raw material in the cosmetic industry. This standard 1020. US EAS 816-2:2015, Synthetic liquid laundry does not apply to packaged avocado oil, ready for use. detergents — Specification — Part 2: Machine 1026. US EAS 840: 2017, Shaving cream — Specification wash This Uganda Standard specifies the requirements, This Uganda Standard specifies the requirements sampling and test methods for shaving creams. This and methods of sampling and test for machine standard covers two types of shaving cream: Type 1; wash synthetic liquid laundry detergents. and Type 2. 1021. US EAS 817:2015, Stain remover for 1027. US EAS 841: 2017, Hair oils — Specification tableware — Specification This Uganda Standard specifies the requirements, This Uganda Standard specifies the requirements and sampling and test methods for hair oils. The standard methods of test for a stain remover used in hard or soft covers three types of hair oils as follows: Type 1; water to remove coffee, tea and other adsorbed food Type 2; and Type 3. Hair oils for which therapeutic stains, primarily from plastic tableware, by immersion. claims are made are not covered by this standard. 1022. US 820:2008, Scholastic stationery — 1028. US 841:2009, Requirements for packaging and Specification labelling of tobacco products This specification covers several types of books and This Uganda standard specifies requirements for sheets of paper intended for scholastic and related packaging and labelling requirements for tobacco uses. It specifies the covers, the bindings, the grades of products. It applies to the message content; language paper and the types of ruling. and design requirements in terms of the appropriate 1023. US 821:2008, Bond paper — Specification location, size and colour. This specification covers four classes (based on 1029. US 842:2009 General requirements for the grammage) of general purpose bond paper suitable for production, distribution, publishing and filing printing, typewriting and for pen and ink writing and of audio/audiovisual works of art that are supplied in sheets or reels.

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This Uganda Standard lays down the requirements for This Uganda Standardspecifies requirements, the production, publication, reproduction, distribution, sampling and test methods for water-thinned priming making available and filing of audio/audiovisual paints intended for application by brush, roller spray works of art normally distributed in electronic formats or any other suitable method to the exterior and for entertainment through mediums (carriers) such as interior of soft wood joinery. Compact Discs (CDs), Digital Video Discs (DVDs), 1035. US EAS 849:2016, Silk (sheen) emulsion paint Video Compact Discs (VCDs), Audio or Video for interior use — Specification Cassette and any other storage medium. This Uganda Standardspecifies requirements, 1030. US EAS 842-1: 2017, Hair shampoo — Part 1: Soap sampling and test methods for silk (sheen) emulsion based — Specification paint for interior use. This Uganda Standard specifies requirements, 1036. US EAS 850:2016, Matt solvent-borne paint sampling and test methods for soap-based hair for interior and exterior use — Specification shampoo. This Uganda Standardspecifies requirements, 1031. US EAS 842-2: 2017, Hair shampoo — Part 2: sampling and test methods for matt solvent-borne Synthetic detergent-based — Specification paint for interior and exterior use, intended for This Uganda Standard prescribes the requirements, application by brush, spray or roller and any other sampling and test methods for synthetic detergent- suitable method. based hair shampoo. (The standard cancels and 1037. US EAS 851:2016, Matt emulsion paint for replaces US 1624-1:2015, Hair shampoo — Part 1: interior and exterior use — Specification Synthetic detergent-based — Specification, which has This Uganda Standardspecifies requirements, been technically revised). sampling and test methods for matt emulsion paint for 1032. US EAS 844: 2017, Aryl di-amine-based liquid interior and exterior use. oxidation hair dyes — Specification 1038. US EAS 852: 2016, Air-dried roofing paint — This Uganda Standard specifies requirements, Specification sampling and test methods for permanent liquid This Uganda Standardspecifies requirements, oxidation hair dyes which are aryl di-amine based. sampling and test methods for solvent-borne air dried This standard does not apply to powder hair dyes, roofing paint for use on galvanized iron sheet, zinc plant-based hair dyes, and metallic-based hair dyes and zinc alloy coated steel. (temporary). (The standard cancels and replaces US 1039. US EAS 853-1:2016, Auto-refinishing paint — 1623-1:2015, Hair dyes — Liquid oxidation hair dyes Specification — Part 1: Synthetic resin based — Part 1: Aryl di-amine based— Specification which This Uganda Standardspecifies the requirements, has been technically revised). sampling and test methods for auto-refinishing paint, 1033. US EAS 845: 2017, Cosmetic pencils — synthetic resin based. Specification 1040. US EAS 853-2:2016, Auto-refinishing paint — This Uganda Standard specifies the requirements, Specification — Part 2: Nitrocellulose resin sampling and test methods for cosmetic pencils. The based standard covers four types of cosmetic pencils: eye- This Uganda Standardspecifies the requirements, brow pencil; eye-liner pencil; bindi pencil; and lip- sampling and test methods for auto-refinishing paint, liner pencil. nitrocellulose resin based. 1034. US EAS 848:2016, Water-thinned priming 1041. US EAS 854:2016, Thinner for nitrocellulose paints for wood —Specification resin-based paints and lacquers — Specification

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This Uganda Standardspecifies requirements, recycled pulp paper serviettes (napkins) in sheet form sampling and test methods for thinners for nitro- used for hygienic purposes. cellulose resin based paints and lacquers. 1050. US EAS 862:2017, Facial tissue paper — 1042. US EAS 855:2016, Thinner for synthetic resin Specification based auto-refinishing paints — Specification This Uganda Standard specifies the requirements, This Uganda Standardspecifies requirements, sampling and test methods for facial tissue paper in sampling and test methods for thinners for synthetic sheet form for facial hygiene. resin based auto-refinishing paints. 1051. US EAS 863:2017, Paper and board — Cut-size 1043. US EAS 856: 2016, 2-Pack acrylic resin based for general purpose — Specification auto-refinishing paint —Specification This Uganda Standard specifies the requirements, This Uganda Standardspecifies requirements, sampling and test methods for cut-size paper and sampling and test methods for thinners for 2-Pack board for general use. acrylic resin based auto-refinishing paint. 1052. US EAS 864:2017, Photocopy paper — 1044. US EAS 857:2016, Thinner for acrylic resin Specification based auto-refinishing paints — Specification This Uganda Standard specifies requirements, This Uganda Standardspecifies requirements, methods of sampling and test for photocopy paper. sampling and test methods for thinner for acrylic 1053. US EAS 865:2017, Corrugated fibre board boxes resin based auto-refinishing paints. for general packaging —Specification 1045. US EAS 857:2017, Carbon paper — Specification This Uganda Standard specifies requirements, This Uganda Standard specifies requirements, sampling and test methods for corrugated fibreboard sampling and test methods for carbon paper. It covers boxes for general packaging. This standard does not carbon papers for typewriting and carbon papers for include special treatment measures of the boxes in handwriting with their respective grades. case of expected contamination of the contents. 1046. US EAS 858:2017, Base paper for carbon paper — 1054. US EAS 866:2017, Paper sacks for packaging of Specification cement — Specification This Uganda Standard specifies requirements, This Uganda Standard specifies requirements, sampling and methods of test for base paper for sampling and test methods for valve sewn-gusseted carbon paper with their respective grades. and valve-pasted ends paper sacks for packaging of 1047. US EAS 859:2017, Paper bags — Specification cement. This Uganda Standard specifies requirements and test 1055. US EAS 867:2017, Waxed paper for bread wrap methods for gusseted paper bags that have — Specification rectangular bottoms and are intended primarily for This Uganda Standard specifies requirements packaging and/or carrying items. sampling and test methods for waxed paper for bread 1048. US EAS 860 2015, Base paper for waxed bread wrap. wrap — Specification 1056. US EAS 868:2017, Natural and extensible sack This Uganda Standard specifies requirements, Kraft paper — Specification sampling and test methods for base paper for waxed Scope: This Uganda Standard specifies requirements, bread wrap. sampling and test methods for natural and extensible 1049. US EAS 861:2017; Paper serviettes (napkins) — sack Kraft paper. Specification 1057. US EAS 869:2017, Wrapping paper — This Uganda Standard specifies requirements, Specification sampling and test methods for virgin, blended or

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This Uganda Standard specifies requirements, materials and gloves with smooth surfaces or with sampling and test methods for wrapping paper. textured surfaces over all or part of the glove. 1058. US 875: 2019, Lipstick — Specification (2nd 1062. US 883-2:2011, Single-use medical Edition) examination gloves — Part 2: Specification for This Uganda Standard specifies the requirements, gloves made from poly (vinyl chloride) sampling and test methods for lipstick. (The standard This part of the Uganda Standard, US 883, specifies cancels and replaces US 875:2009, Lipstick — requirements and test methods for packaged sterile, or Specification, which has been technically revised). bulked non-sterile, poly(vinyl chloride) gloves 1059. US EAS 877: 2017, Bathing bars — Specification intended for use in medical examinations, and This Uganda Standard specifies requirements, diagnostic or therapeutic procedures, to protect the sampling and test methods for bathing bars. This patient and the user from cross-contamination. It also standard applies to bathing bars supplied in the form covers poly (vinyl chloride) gloves intended for use in of bars/cakes and produced from vegetable or animal handling contaminated medical materials. oils or fats, fatty acids, or from a blend of all or part 1063. US 914-1:2011, Bed blankets — Part 1 — of these materials, with or without the addition of Specifications of blankets made from suitable rosins or non-soapy surfactants. (This standard flame resistant fabrics cancels and replaces US 637: 2006, Bathing bars – This Uganda Standard specifies the requirements, Specification, which has been technically revised). method of sampling and test for a flame resistant 1060. US EAS 878: 2017, Antibacterial bathing bars — blanket composed of suitable flame resistant fabrics. Specification 1064. US 914-2:2011, Bed blankets — Part 2 – This Uganda Standard specifies the requirements, Specifications for blankets made from wool sampling and test methods for solid antibacterial and wool/polyamide. bathing bars. This standard applies to antibacterial This Uganda Standard specifies requirements for bathing bars supplied in the form of bars/cakes and woven wool and woven wool/polyamide blankets produced from vegetable or animal oils or fats, fatty intended for institutional and household use. It deals acids, or from a blend of all or part of these with the composition, manufacture, make-up, materials, with or without the addition of rosins or dimensions and colour of the blankets. Values are non-soapy surfactants. (This standard cancels and prescribed for percentage fibre content and mass per replaces US 637: 2006, Bathing bars – Specification, unit area, threads per unit length in warp and weft, which has been technically revised). breaking strength, dimensional change on washing 1061. US 883-1:2011, Single-use medical and colour fastness. examination gloves — Part 1: Specification for 1065. US 915-1:2011, Resilient floor coverings — gloves made from rubber latex or rubber Expanded (cushioned) polyvinyl chloride solution floor covering — Specification This Uganda Standard, US 883-1 specifies This Uganda Standard specifies the requirements requirements and methods of test for packaged sterile, for floor coverings based on expanded (cushioned) or bulked non-sterile, rubber gloves intended for use polyvinyl chloride, supplied as either tiles or rolls. in medical examinations and diagnostic or therapeutic To encourage the consumer to make an informed procedures to protect the patient and the user from choice, the document includes a classification cross-contamination. It also covers rubber gloves system based on the intensity of use, which shows intended for use in handling contaminated medical where resilient floor coverings should give satisfactory service.

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1066. US 916:2011, Specification for denatured fuel as marketed and delivered to be used as a blend ethanol as used for blending with gasoline component for automotive fuel for diesel engines. This This Uganda Standard prescribes the requirements and standard applies to the blend of biodiesel and the methods of sampling and test for anhydrous automotive gas oil to be used for automotive diesel denatured fuel ethanol intended to be blended with engines, as in heavy commercial vehicles, diesel unleaded motor gasoline of premium grade for use as engine vehicles and tractors. It does not cover diesel a spark-ignition automotive engine fuel fuel used in industrial burners or stationary diesel 1067. US 918:2011, Textiles — Fabrics for engine household curtains and drapery — 1072. US 947-1:2019, Handling of petroleum Specification products and their derivatives — Part 1: Siting, This Uganda Standard specifies performance design and construction of service stations (2nd requirements of fabrics for curtains and drapery. It Edition) covers all knit, lace, stitch-bonded, foam back and This Uganda Standard covers the siting, design and woven fabrics to be used in the manufacture of construction of service stations, installation and curtains and drapery. It is applicable to all fabrics operation of equipment in service stations for except those made of glass. Except where otherwise handling, storage and dispensing of petroleum indicated, these requirements also apply to fabrics for products and their derivatives, other than equipment window blinds. used in transportation. This standard does not cover 1068. US 925:2012, Chemicals used for treatment of the installation of pressurized storage tanks such as water intended for human consumption — liquefied petroleum gas (LPG) storage vessels. (This Sodium hypochlorite — Specification standard cancels and replaces the US 947-1:2011, This Uganda Standard specifies the requirements and Handling of petroleum products and their derivatives methods of sampling and test for sodium hypochlorite — Part 1: Siting, design and construction of service solution used for disinfection of water intended for station which has been technically revised). human consumption. 1073. US 948-1:2011, Textiles — Sewing threads — 1069. US 926:2012, Chemicals used for treatment of Part 1: Sewing thread made wholly or partly water intended for human consumption — from synthetic fibres — Specification Polyamides — Specification This Uganda standard specifies requirements for This Uganda Standard specifies the requirements and sewing threads made wholly or partly from synthetic methods of sampling and test for polyamines used for fibres. This Part 1 applies to sewing threads made water treatment intended for human consumption. from the following fibres and combinations of 1070. US 933:2011, Gasohol — Specification for E5 continuous filament polyester; staple fibre polyester; and E10 air-jet (Loop) textured polyester; false twist (Crimp) This Uganda Standard prescribes the requirements and textured polyester; continuous filament nylon6.6; methods of sampling and test for blends of gasoline staple fibre nylon6.6; staple aramid nylon; crimp with anhydrous ethyl alcohol (denatured fuel ethanol) textured nylon6.6; polyester and cotton core spun for use as a fuel in the automobile spark ignition (continuous filament polyester core, cotton sheath); internal combustion engines of vehicles. polyester and polyester core spun (continuous filament 1071. US 946:2011, Specification for biodiesel fuel polyester core, polyester sheath); and polyester and as used for blending with automotive gas oil cotton component plied. This Uganda Standard specifies requirements and methods of sampling and testing for 100 % biodiesel

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1074. US 949-1:2011, Textiles — Upholstery fabrics gowns, surgical drapes and clean air suits used as — Part 1: Plain, tufted, or flocked woven medical devices for patients, clinical staff and upholstery fabrics — Specification equipment. This standard does not include This Uganda Standard prescribes the performance requirements for incision drapes. requirements for plain, tufted or flocked woven 1078. US 966-3:2011, Medical devices — Surgical upholstery fabrics as used in the manufacture of gowns, drapes and clean air suits, — Part 3: indoor furniture. The requirements apply to both the Performance requirements and performance warp and weft directions for those factors where each levels fabric direction is pertinent. It is not applicable to This Uganda Standard specifies performance fabrics used in contract, porch, deck and lawn requirements for surgical drapes, gowns and clean air furniture; nor for knitted fabrics, bounded or laminated suits fabrics, or surface coated fabrics (such as vinyl and 1079. US 971-4:2014, Liquefied Petroleum Gases urethanes). (LPG) — Part 4: Specification 1075. US 949-2:2011, Textiles — Upholstery fabrics This Uganda Standard specifies the requirements and — Part 2: Knitted upholstery fabric — methods of sampling and test for those products Specification commonly referred to as liquefied petroleum gases, This Uganda standard prescribes the performance consisting predominantly of C3 hydrocarbons requirements for knitted upholstery fabrics as used in (propane/propene); C4 hydrocarbons (butane/butene); the manufacture of indoor furniture. The requirements and mixtures of C3 and C4 hydrocarbons. apply to both the wale and course directions for those 1080. US 1511:2014, Oxygen for medical use — factors where each fabric direction is pertinent. It is Specification not applicable to fabrics used in contract, porch, deck This Uganda Standard specifies the requirements, and lawn furniture; nor for woven fabrics, bounded or methods of sampling and test requirements for oxygen laminated fabrics, or surface coated fabrics (such as for medical use only. vinyl and urethanes test methods for disposable baby 1081. US 1512:2014, Adhesives — Ethyl & methyl diapers. cyanocrylate types 1,2 and 3 — Specification 1076. US 950:2019, Disposable baby diapers — This Uganda Standard specifies requirements and Specification (2nd Edition) methods of test for two grades of one component This Uganda Standard specifies the requirements and Grade M - methyl 2-cyanoacrylate and Grade E - test methods for disposable baby diapers. (This ethyl-2-cyanoacrylate (commonly sold under trade standard cancels and replaces US 950:2011, name such as "Super Glue"). Disposable baby diapers — Specification, which has 1082. US 1532:2013, Hair extensions — Specification been technically revised). This Uganda Standard specifies the requirements and 1077. US 966-1:2011, Medical devices — Surgical methods of test for hair extensions for use on humans. gowns, drapes and clean air suits, — Part 1: 1083. US 1565:2014, Standard specification for General requirements water emulsion floor polish This Uganda Standard specifies information to be This Uganda Standard covers floor polish intended for supplied to users and third party verifiers, in addition use on all non-wood floors and on sealed-wood floors. to the usual labelling of medical devices (ISO 15223), 1084. US 1570:2014, Standard consumer safety concerning manufacturing and processing specification for soft infant and toddler requirements. This standard gives general guidance on carriers the characteristics of single-use and reusable surgical

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This Uganda Standard establishes performance cancels and replaces US 1583:2014, Fishing nets — requirements, test methods and marking requirements Specification, which has been technically revised). to promote safe use of soft infant and toddler carriers. 1091. US 1625:2015, Acid based instant hand 1085. US 1572:2014, Standard specification for sanitizers— Specification epoxy (flexible) adhesive for bonding metallic This Uganda Standard specifies the requirements, and non- metallic materials sampling and test methods for acid based instant The Uganda Standard covers a two-part modified sanitizers. epoxy paste adhesive for bonding metallic and 1092. US 1654-1:2017, Footwear — Specification for nonmetallic materials. The adhesive should be suitable men’s shoes — Part 1: Closed shoes/ for forming bonds that can withstand environmental Correction 1_2019 exposure to temperatures from –184 to 82 °C (–300 to This Uganda Standard specifies the requirements, 180 °F) when exposed to an expected combination of sampling and test methods for men’s closed shoes stress, temperature, and relative humidity to be made from all types of materials and of all encountered in service constructions and designs. (This Uganda Standard 1086. US 1574:2014, Standard performance cancels and replaces US 582-1:2007, Men's shoes specification for towel products for with stuck-on outer soles — Part 1: Flat lasted institutional and household use construction — Specification; US 582-2:2007, Men's This Uganda Standard covers the evaluation of shoes with stuck-on outer soles — Part 2: California specific performance characteristics of importance in type construction — Specification; US 582-3:2007, woven and knitted kitchen towel, dishcloth, crash Men's shoes with stuck-on outer soles — Part 3: towel, huck towel, washcloth, hand towel, bath towel, Moccasin type construction — Specification; US and bath sheet products for use in institutional and 639:2006 Specification for the production of men’s household environments. heavy boots, service type made according to the Good 1087. US 1575:2014, Spring mattresses — Year Welted principle; which are being reissued as a Specification single standard). This Uganda Standard specifies requirements and test 1093. US 1654-2:2017, Footwear — Specification for methods for spring mattresses intended for men’s shoes — Part 2: Open shoes/ Correction institutional and domestic use. 1_2019 1088. US 1578-1:2017, Pillows for domestic use — This Uganda Standard specifies the requirements, Specification — Part 1: Synthetic-fibre filled sampling and test methods for men’s open shoes made This Uganda Standard specifies the requirements, from all types of materials and of all constructions and sampling and test methods for synthetic-fibre filled designs. pillows for domestic use. 1094. US 1655-1:2017, Footwear — Specification for 1089. US 1578-2:2017, Pillows for domestic use — ladies’ shoes — Part 1: Closed shoes/ Specification — Part 2: Plumage filled Correction 1_2019 This Uganda Standard specifies the requirements, This Uganda Standard specifies the requirements, sampling and test methods of plumage filled pillows sampling and test methods for ladies’ closed shoes for domestic use. made from all types of materials and of all 1090. US 1583:2019, Fishing gill nets — Specification (2nd constructions and designs. (This Uganda Standard Edition) cancels and replaces US 654:2006, Ladies shoes, flat This Uganda Standard specifies the requirements and lasted with stuck on outer soles – Specification, which methods of test for fishing gill nets. (This standard is being reissued).

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1095. US 1655-2:2017, Footwear — Specification for This Uganda Standard specifies the requirements, ladies’ shoes — Part 2: Open shoes/ sampling and test methods for non-absorbable surgical Correction 1_2019 sutures. This Uganda Standard specifies the requirements, 1101. US 1959:2019, Surgical suture needles — sampling and test methods for ladies’ open shoes Specification made from all types of materials and of all This Uganda Standard specifies the requirements, constructions and designs. sampling and test methods for surgical suture needles. 1096. US 1656-1:2017, Footwear — Specification for 1102. US 1968:2019, Textiles — Cotton T-shirts — children’s shoes — Part 1: 2 years and below/ Specification Correction 1_2019 This Uganda Standard prescribes the constructional, This Uganda Standard specifies the requirements, dimensional details, sampling and other particulars sampling and test methods for children’s shoes of as a guideline to manufacturers of various types of children aged 2 years and below. (This Uganda T-shirts manufactured from 100 % cotton yarn. Standard cancels and replaces US 651:2006, Young 1103. US 1969:2019, Textiles — Hospital cotton people’s shoes, stuck on and stitch down construction bedsheets — Specification – Specification, which is being reissued). This Uganda Standard describes the constructional 1097. US 1656-2:2017, Footwear — Specification for details of hospital cotton bedsheets. children’s shoes — Part 2: Between 2 and 6 1104. US 1674:2017, Surface polish — Specification years/ Correction 1_2019 This Uganda Standard specifies requirements, This Uganda Standard specifies the requirements, sampling and test methods for wax-based polishes in sampling and test methods for children’s shoes of the form of paste and liquid intended for use on children age between 2 to 6 years. (This Uganda surfaces like plastics, leather, rubber, finished Standard cancels and replaces US 651:2006, Young furniture and car interiors. people’s shoes, stuck on and stitch down construction 1105. US 1685:2017, Standard Specification for – Specification, which is being reissued). Denatured Ethanol for use as Cooking and 1098. US 1662:2017, Waste management — Requirements Appliance Fuel This Uganda standard specifies requirements for the This Uganda Standard covers denatured ethanol management of hazardous waste and nonhazardous intended to be used as a cooking or appliance fuel, or waste. This standard covers amongst other things, both. collection, storage, transportation, treatment and 1106. US 1687-1:2019, School clothing — Part 1: General disposal of waste. It also includes provisions for requirements monitoring and regulation of waste. The standard This Uganda Standard specifies the general applies to a range of industry sectors whose activities requirements for the materials, workmanship, packing, generate, store, or handle any quantity of waste sampling, care-labelling, marking and inspection of 1099. US 1958-1:2019, Surgical sutures — Specification — school clothing. Part 1: Absorbable 1107. US 1687-2:2019, School clothing — Part 2: Blazers This Uganda Standard specifies the requirements, This Uganda Standard specifies requirements for the sampling and test methods for absorbable surgical materials, the sizes and make of school blazers for sutures. boys and girls. 1100. US 1958-2:2019, Surgical sutures — Specification — 1108. US 1687-3:2019, School clothing — Part 3: Part 2: Non-absorbable Trousers and shorts

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This Uganda Standard specifies requirements for the This Uganda Standard specifies the performance, materials, cut, make and trim of trousers and shorts. requirements, sampling and test methods of sports 1109. US 1687-4:2019, School clothing — Part 4: Shirts footwear. This Uganda Standard specifies requirements for the 1118. US 1693:2017, Disinfectants/sanitizers — materials, cut, make and trim of shirts for boys and Specification girls. This Uganda Standard specifies requirements, 1110. US 1687-5:2019, School clothing — Part 5: Dresses, sampling and test methods for disinfectants/sanitizers tunics and gyms intended for general use on inanimate surfaces This Uganda Standard specifies requirements for the including food contact and non-food contact surfaces. materials, cut, make and trim of girls' dresses, tunics This standard is applicable to disinfectants/sanitizers and gyms. represented for use on non-critical medical devices, 1111. US 1687-6:2019, School clothing — Part 6: Girls’ environmental surfaces and other inanimate objects. slacks and skirts This standard does not apply to disinfectants/sanitizers This Uganda Standard specifies requirements for the containing iodophor(s) and aldehydes as active materials, cut, make and trim of girls' slacks and ingredients. skirts. 1119. US 1700-1:2019, School wear fabrics — Part 1112. US 1687-7:2019, School clothing — Part 7: Knee 1: Basic requirements high stockings and ankle socks This Uganda Standard specifies the basic requirements This Uganda Standard specifies requirements for two for packing, labelling, marking, sampling, inspection types of knee-high stockings and two types of ankle and testing of fabrics that are suitable for use in the socks for school wear. manufacture of school clothing. 1113. US 1687-8:2019, School clothing — Part 8: Jerseys 1120. US 1700-2:2019, School wear fabrics — Part and cardigans 2: Blazer fabrics This Uganda Standard specifies requirements for the This Uganda Standard specifies requirements for six materials, size, and make of school jerseys and types of plain dyed fabric and one type of striped cardigans. fabric suitable for use in the manufacture of school 1114. US 1687-9:2019, School clothing — Part 9: Briefs wear blazers. This Uganda Standard specifies requirements for the 1121. US 1700-3:2019, School wear fabrics — Part materials, sizes and make of school briefs for girls. 3: Polyester and wool fabrics 1115. US 1687-10:2019, School clothing — Part 10: This Uganda Standard specifies requirements for Tracksuits polyester-and-wool fabrics suitable for use in the This Uganda Standard specifies requirements for the manufacture of school clothing. materials, size and make of tracksuits. 1122. US 1700-4:2019, School wear fabrics — Part 1116. US 1687-11:2019, School clothing — Part 11: 4: Polyester and viscose fabrics Athletic wear This Uganda Standard specifies requirements for This Uganda Standard specifies the requirements for polyester and viscose fabrics, of three weave structures, the materials, size and make of athletic wear made suitable for use in the manufacture of school clothing. from woven or knitted fabrics (or both). 1123. US 1700-5:2019, School wear fabrics — Part 1117. US 1688:2017, Footwear — Sports shoes — 5: Polyester and cotton fabrics Specification This Uganda Standard specifies requirements for polyester and cotton fabrics, of two weave structures, suitable for use in the manufacture of school clothing.

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1124. US 1700-6:2019, School wear fabrics — Part 1131. US 1756-2:2017, Commercial blasting explosives — 6: Shirting and blouse fabrics Specification — Part 2: Ammonium nitrate fuel oil This Uganda Standard specifies requirements for explosives fabrics suitable for use in the manufacture of school This Uganda Standard specifies requirements, wear shirts and blouses. sampling and test methods for ammonium nitrate fuel 1125. US 1700-7:2019, School wear fabrics — Part oil explosives. 7: Fabrics containing textured yarns 1132. US 1756-3:2017, Commercial blasting explosives — This Uganda Standard specifies requirements for Specification — Part 3: Ammonium nitrate for fabrics, of two weave structures, containing textured explosives yarns and suitable for use in the manufacture of school This Uganda Standard specifies requirements, clothing. sampling and test methods for ammonium nitrate 1126. US 1700-8:2019, School wear fabrics — Part intended primarily for use in explosives. 8: Warp-knitted fabrics 1133. US 1776:2017, Light metal in hazardous locations This Uganda Standard specifies requirements for one at mines — Guidelines for use type of warp-knitted fabric suitable for use in the The Uganda Standard provides guidelines regarding manufacture of school clothing. the use of light metals in hazardous locations at mines, 1127. US 1701:2017, Hairspray — Specification and gives a short description of the hazards or risks The Uganda Standard specifies the requirements, associated with such metals. sampling and test methods for hair spray. This 1134. US 1781:2017, Wall fillers — Specification standard is applicable to both water based and oil This Uganda Standard specifies requirements, sampling based hair sprays delivered by the aerosol or non- and test methods for fillers in form of powder and paste aerosol system. used on both interior and exterior surfaces for levelling 1128. US 1709:2017, Disinfectants/sanitizers based of surface imperfections, filling dents, cracks and other on iodophors — Specification uneven surfaces on any wall and partitions like plaster, This Uganda Standard specifies requirements, concrete, ceilings and building boards. The standard sampling and test methods for disinfectants/sanitizers does not apply to sand filling and structural cracks that contain iodophor(s) as active ingredient(s) and 1135. US 1782:2017, Reusable sanitary towels — intended for use on inanimate surfaces. Specification 1129. US 1710:2017, Disinfectants/sanitizers based This Uganda Standard specifies the requirements, on glutaraldehyde for general use — sampling and test methods for reusable sanitary towels Specification (including reusable panty liners) for external use. This This Uganda Standard specifies requirements, standard does not apply to disposable sanitary towels. sampling and test methods for two types of 1136. US 1783:2017, Disposable adult absorbent disinfectants/sanitizers based on glutaraldehyde and (incontinence) products — Specification intended for general use on inanimate surfaces This Uganda Standard specifies requirements, 1130. US 1756-1:2017, Commercial blasting sampling and test methods for disposable adult explosives — Speciﬁcation — Part 1: Emulsion absorbent products for managing incontinence explosive including adult diapers, adult briefs, adult under pads This Uganda Standard specifies requirements, (inserted in pants) and others. sampling and test methods for emulsion explosives. 1137. US 1799:2019, Methylated spirit — Specification

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This Uganda Standard specifies requirements, (Butyrospermum parkii). This standard does not cover sampling and test methods for methylated spirit as a products for which therapeutic claims are made. finished product suitable for general purpose 1144. US 1932:2019, Lip balm (salve) — Specification disinfection and cleaning. This standard does not This Uganda Standard specifies requirements, apply to industrial methylated spirits. sampling and test methods for lip balm which are 1138. US 1898:2019, Industrial methylated spirit — petroleum or vegetable oil based. This standard does Specification not cover lip balm for which therapeutic claims are This Uganda Standard specifies requirements, made, lipsticks, lip gloss and emulsion types. sampling and test methods for industrial methylated 1145. US 1933:2019, Lip shine (gloss) — Specification spirit. This Uganda Standard specifies the requirements, 1139. US 1832:2019, Glycerine for cosmetic use — sampling and test methods for lip shine (gloss) based Specification on refined vegetable or mineral oils. This standard This Uganda Standard specifies requirements, does not cover lip shine (gloss) for which therapeutic sampling and test methods for glycerine for cosmetic claims are made. This standard does not apply to lip use. sticks and lip balms. 1140. US 1833:2019, Baby oils — Specification 1146. US 1934:2019, Aftershave — Specification This Uganda Standard specifies requirements, This Uganda Standard specifies the requirements, sampling and test methods for baby oils intended for sampling and test methods for aftershave. This use on the babies. Products for which therapeutic standard covers both alcoholic and non-alcoholic claims are made are not covered by this standard. aftershaves. This standard does not cover aftershave 1141. US 1877:2019, Deodorants and antiperspirants for which therapeutic claims are made. — Specification 1147. US 1963:2019, Caustic soda — Specification This Uganda Standard specifies the requirements, This Uganda Standard specifies requirements, sampling and test methods for deodorants and sampling and test methods for caustic soda, pure and antiperspirants. This standard does not apply to the technical grade. It covers the material in the solid and medicated deodorants and antiperspirants, which claim lye form. This standard does not apply to sodium therapeutic value. hydroxide for medical or pharmaceutical use, or 1142. US 1921:2019, Body oils — Specification sodium hydroxide for photographic use. This Uganda Standard specifies the requirements, 1148. US 1971:2019, Green surgical fabric for gowns and sampling and test methods for body oils based on drapery — Specification refined vegetable oils or vegetable oils blends, mineral This Uganda Standard specifies requirements for the oils or mixture of the vegetable oils and mineral oils performance, of green coloured surgical gowns and meant for application on the skin. It does not cover drapes materials used in the operating theatre skin creams, lotions, hair oils and pure essential oils. 1149. US ISO 2928: 2003, Rubber hoses and hose Body oils for which therapeutic claims are made are assemblies for liquefied petroleum gas (LPG) not covered by this standard. in the liquid or gaseous phase and natural gas 1143. US 1931:2019, Shea butter for cosmetic industry— up to 25 bar (2.5 MPa) — Specification Specification This Uganda Standard specifies requirements for This Uganda Standard specifies requirements, rubber hoses and rubber hose assemblies used for the sampling and test methods for shea butter for cosmetic transfer of liquefied petroleum gas (LPG) in the liquid use derived from the kernels of the sheanuts or gaseous phase and natural gas and designed for use at working pressures ranging from vacuum to a

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maximum of 25 bar (2.5 MPa) within the temperature to extreme worldwide temperatures (- range 30 °C to +70 °C or, for low-temperature hoses °C) used for compressed, liquefied or dissolved gases. (designated -LT), within the temperature range −50 °C Transportable large cylinders of water capacity above to +70 °C. 150 l and up to 500 l may be manufactured and 1150. US ISO 4074:2015, Natural rubber latex male certified to this standard provided handling facilities condoms — Requirements and test methods are provided. This standard is primarily intended to be (2nd edition) used for industrial gases other than Liquefied This Uganda Standard specifies requirements and test Petroleum Gas (LPG), but may also be applied for methods for male condoms made from natural rubber LPG. For specific LPG applications see ISO 22991. latex. (The Uganda Standard cancels and replaces US 1154. US ISO 4925:2005, Road vehicles — ISO 4074:2002, Natural latex rubber condoms — Specification of non-petroleum-base brake Requirements and test methods, which has been Fluids for hydraulic systems technically revised). This Uganda Standard gives the specifications, 1151. US ISO 4261:2013, Petroleum products — requirements and test methods, for non-petroleum- Fuels (class F) — Specifications of gas turbine base fluids used in road-vehicle hydraulic brake and fuels for industrial and marine applications clutch systems that are designed for use with such This Uganda Standard specifies the requirements for fluids and equipped with seals, cups or double-lipped petroleum fuels for gas turbines (see ISO 3977) used type gland seals made of styrene-butadiene rubber in public utility, industrial, and marine applications. It 1155. US ISO 5423:1992, Moulded plastics footwear does not cover requirements for gas turbine fuels for — Lined or unlined polyurethane boots for aviation use. This standard is intended for the general industrial use — Specification guidance of users such as turbine manufacturers, This Uganda Standard specifies requirements for suppliers, and purchasers of gas turbine fuels. This boots, moulded from polyurethane compound, for standard sets out the properties of fuels at the time and general industrial use. The boots may be either fabric- place of transfer of custody to the user. lined or tinlined and of any style from ankle boots to 1152. US ISO 4643:1992, Moulded plastics footwear full thigh height inclusive. — Lined or unlined poly(vinyl chloride) boots 1156. US ISO 5832-1:2016, Implants for surgery — for general industrial use — Specification Metallic materials — Part 1: Wrought stainless This Uganda Standard specifies requirements for steel boots, moulded from poly(vinyl chloride) compounds, This Uganda Standard specifies the characteristics of, for general industrial use. The boots may be either and corresponding test methods for, wrought stainless fabric-lined or unlined and of any style from ankle steel for use in the manufacture of surgical implants. boots to full thigh height inclusive. 1157. US ISO 6009:2016, Hypodermic needles for 1153. US ISO 4706:2008, Gas cylinders — Refillable single use — Colour coding for identification welded steel cylinders — Test pressure 60 bar This Uganda Standard establishes a colour code for and below the identification of single-use hypodermic needles of This Uganda Standard specifies the minimum designated metric size in the range of 0.18 mm (34 requirements concerning material selection, design, Gauge) to 3.4 mm (10 Gauge). It applies to regular- construction and workmanship, procedure and test at walled, thin-walled, extra-thin-walled and ultra-thin manufacture of refillable welded-steel gas cylinders of walled needles and to opaque and translucent colours. a test pressure not greater than 60 bar1), and of water This standard is not applicable to pen-needles. capacities from 0.5 l up to and including 500 l exposed

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1158. US ISO 6710:2017, Single-use containers for 1162. US ISO 7740:1985, Instruments for surgery — human venous blood specimen collection Scalpels with detachable blades — Fitting This Uganda Standard specifies requirements and test dimensions methods for evacuated and non-evacuated single-use This Uganda Standard has been prepared to meet the venous blood specimen containers. It does not specify need for good fitting and interchangeability of requirements for blood collection needles, needle detachable blades for scalpels. holders, blood culture receptacles or “arterial” blood 1163. US ISO 7741:1986, Instruments for surgery — gas collection devices that can be used for venous Scissors and shears — General requirements and blood. test methods This Uganda Standard specifies general requirements 1159. US ISO 6935-3:1992, Steel for the and corresponding routine test methods for scissors reinforcement of concrete — Part 3: Welded and shears which are used in surgery. fabrics

This Uganda Standard specifies technical 1164. US ISO 7864:2016, Sterile hypodermic needles requirements for factory made sheets or rolls of for single use — Requirements and test methods welded fabric, manufactured from steel wires or bars (2nd Edition) with diameters from 4 mm to 16 mm and designed for This Uganda Standard specifies requirements for the reinforcement of concrete structures and the sterile hypodermic needles for single use of designated ordinary reinforcement of pre-stressed concrete metric sizes 0.18 mm to 1.2 mm. It does not apply to structures. (This Uganda Standard cancels and those devices that are covered by their own standard replaces US EAS 412-3:2005, Steel for the such as dental needles and pen needles. (The standard reinforcement of concrete — Part 3: Welded fabric, cancels and replaces US ISO 7864:1993, Sterile which has been republished). hypodermic needles for single use which has been 1160. US ISO 7225:2005, Gas cylinders — technically revised). Precautionary labels This Uganda Standard specifies the design, content 1165. US ISO 7866:2012, Gas cylinders — Refillable (that is, hazard symbols and text) and application of seamless aluminium alloy gas cylinders — precautionary labels intended for use on individual gas Design, construction and testing cylinders containing single gases or gas mixtures. This Uganda Standard specifies minimum Labels for cylinders of bundles and labels for bundles requirements for the material, design, construction and are not covered by this standard. workmanship, manufacturing processes and tests at 1161. US ISO 7439:2015, Copper-bearing time of manufacture of refillable seamless aluminium contraceptive intrauterine devices — alloy gas cylinders of water capacities up to and Requirements and tests including 150 litres for compressed, liquefied and This Uganda Standard specifies requirements and tests dissolved gases for worldwide use (normally up to for single-use, copper-bearing contraceptive +65 °C). intrauterine devices (IUDs) and their insertion 1166. US ISO 7885:2010, Dentistry — Sterile instruments. It is not applicable to IUDs consisting injection needles for single use only of a plastics body or whose primary purpose is to This Uganda Standard gives dimensional and release progestogens. performance requirements for sterile injection needles for single use which are used in dental cartridge syringes complying with ISO 9997 for injection of

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dental local anaesthetics. It further specifies the syringe is automatically rendered unusable. This requirements with respect to their packaging, labelling part of ISO 7886 does not specify the design of the and colour coding. It does not cover needles for auto-disable feature, which is left to the discretion of special applications or techniques. the manufacturer. This part of ISO 7886 is not 1167. US ISO 7886-1:2017, Sterile hypodermic applicable to syringes for use with insulin (specified in syringes for single use — Part 1: Syringe for ISO 8537), syringes made of glass (specified in ISO manual use (2nd Edition) 595), syringes for use with power-driven syringe This Uganda Standard specifies requirements and test pumps (specified in ISO 7886-2), auto-disable methods for verifying the design of empty sterile syringes for variable dose delivery and syringes single-use hypodermic syringes, with or without designed to be prefilled. It does not address needle, made of plastic or other materials and intended compatibility with injection fluids/vaccines. for the aspiration and injection of fluids after filling by 1170. US ISO 7886-4:2006, Sterile hypodermic the end-users. This standard does not provide syringes for single use — Part 4: Syringes with requirements for lot release. The syringes are re-use prevention feature primarily for use in humans. (This standard cancels This part of ISO 7886 specifies requirements for and replaces US ISO 7886-1:1993, Sterile hypodermic sterile single-use hypodermic syringes made of syringes for single use — Part 1: Syringes for manual plastics materials with or without needle, and intended use, which has been technically revised). for the aspiration of fluids or for the injection of fluids immediately after filling and of design such that the 1168. US ISO 7886-2:1996, Sterile hypodermic syringe can be rendered unusable after use. This part syringes for single use — Part 2: Syringes for of ISO 7886 is not applicable to syringes made of use with power-driven syringe pumps glass (specified in ISO 595), auto-disable syringes for This part of ISO 7886 specifies requirements for fixed dose immunization (ISO 7886-3) and syringes sterile Single-use hypodermic syringes of nominal designed to be pre-filled. It does not address capacity 5 ml and above, made of plastics materials compatibility with injection fluids. Other standards and intended for use with power-driven Syringe can be applicable when syringes are used for any other Pumps. This part of ISO 7886 does not apply to intended purpose than those specified in this part of syringes for use with insulin (specified in ISO 8537), ISO 7886. Single-use syringes made of glass (specified in ISO 1171. US ISO 8009:2014, Mechanical contraceptives 595), syringes prefilled with the injection by the — Reusable natural and silicone rubber manufacturer and syringes supplied with the injection contraceptive diaphragms — Requirements as a kit for filling by a pharmaeist. It does not address and tests compatibility with injection fluids. This Uganda Standard specifies the minimum 1169. US ISO 7886-3:2005, Sterile hypodermic requirements and test methods to be used for reusable syringes for single use — Part 3: Autodisable diaphragms made from natural rubber and silicone syringes for fixed-dose immunization rubber. These diaphragms are intended for This part of ISO 7886 specifies the properties and contraceptive use. This Uganda Standard is not performance of sterile single-use hypodermic syringes applicable to other vaginal contraceptive barriers, with or without needle, made of plastic materials and such as those known as cervical caps, vaginal stainless steel and intended for the aspiration of sponges, and vaginal sheaths. vaccines or for the injection of vaccines immediately after filling. Upon delivering a fixed dose of vaccine,

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1172. US ISO 8124-1:2014, Safety of toys — Part 1: Products covered by this part of US ISO 8124 include Safety aspects related to mechanical and swings, slides, seesaws, carousels, rocking toys, physical properties (3rd Edition) climbing frames, fully enclosed toddler swing seats This Uganda Standard applies to all toys, i.e. any and other products intended to bear the mass of one or product or material designed or clearly intended for more children. Products not included within the scope use in play by children under 14 years of age. They of this part of US ISO 8124 are: are applicable to a toy as it is initially received by the a) fitness and sporting equipment unless consumer and, in addition, they apply after a toy is attached to the activity toy; subjected to reasonably foreseeable conditions of b) equipment intended for use in schools, day normal use and abuse unless specifically noted care centres, kindergartens, public otherwise. (This Final Draft Uganda Standard cancels playgrounds, restaurants, shopping centres and replaces US ISO 8124-1: 2007, Safety of toys — and similar public places; Part 1: Safety aspects related to mechanical and c) juvenile care products such as, but not physical properties, which has been technically limited to, infant swings, revised). playpens/enclosures, beds or furniture 1173. US ISO 8124-2:2007, Safety of toys — Part 2: including picnic tables, cradle rockers and Flammability (2nd Edition) products specifically designed for This Uganda Standard specifies the categories of therapeutic use. flammable materials that are prohibited in all toys, and 1176. US ISO 8216-1:2005, Petroleum products — requirements concerning flammability of certain toys Fuels (class F) classification — Part 1: when they are subjected to a minor source of ignition. Categories of marine fuels (This standard cancels and replaces the first edition This Uganda Standard establishes the detailed US ISO 8124-2:2005, Safety of toys — Part 2: classification of marine fuels within class F Flammability, which has been technically revised). (petroleum fuels). It is intended to be read in 1174. US ISO 8124-3:2010/Amd.1:2014, Safety of conjunction with US ISO 8216-99. toys — Part 3: Migration of certain elements 1177. US ISO 8216-2:1986, Petroleum products — (2nd Edition) Fuels (class F) — Classification — Part 2: This Uganda Standard specifies maximum acceptable Categories of gas turbine fuel marine levels and methods of sampling and extraction prior to applications analysis for the migration of the elements antimony, This Uganda Standard establishes the detailed arsenic, barium, cadmium, chromium, lead, mercury classification of gas turbine fuels for industrial and and selenium from toy materials and from parts of marine applications, but excluding aircraft fuels. It toys. (This standard cancels and replaces the first should be read in conjunction with ISO 8216/0. The edition, US ISO 8124-3:2005, Safety of toys — Part 3 fuels in this classification are for use in industrial gas Migration of certain elements, which has been turbines and gas turbines derived from aviation technically revised). turbines that are used in static and marine applications. 1175. US ISO 8124-4:2010, Safety of toys — Part 4: The classification includes only fuels that are liquid Swings, slides and similar activity toys for under atmospheric pressure and at their normal storage indoor and outdoor family domestic use temperatures. Petroleum fuels, being the result of the This Uganda Standard specifies requirements and test processing of crude oils of diverse origin, cannot be methods for activity toys for domestic family use chemically defined, but may be categorized generally intended for children under 14 years to play on or in. within the scope of this part of US ISO 8216.

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1178. US ISO 8216-99:2002, Petroleum products — Quenched and tempered steel cylinders with Fuels (class F) — Classification — Part 99: tensile strength less than 1 100 MPa General This Uganda Standard specifies minimum This Uganda Standard establishes a general system of requirements for the material, design, construction and classification which applies to petroleum fuels workmanship, manufacturing processes, examination designated by the prefix letter “F”. Within class F, five and testing at manufacture of refillable quenched and families (designated as categories) of products are tempered seamless steel gas cylinders of water defined according to the type of fuel and listed in capacities from 0.5 l up to and including 150 l for decreasing order of volatility. One category, D, is compressed, liquefied and dissolved gases. This defined further by subgroups on the basis of volatility standard is applicable to cylinders with a maximum

and flash point, because of the safety implications of actual tensile strength Rma of less than 1 100 MPa. different customary titles for such fuels in different 1182. US ISO 9809-2:2010, Gas cylinders — parts of the world. Refillable seamless steel gas cylinders — 1179. US ISO 8217:2012, Petroleum products — Design, construction and testing — Part 2: Fuels (class F) — Specifications of marine Quenched and tempered steel cylinders with fuels tensile strength greater than or equal to 1 100 This Uganda Standard specifies the requirements for MPa petroleum fuels for use in marine diesel engines and This Uganda Standard specifies minimum boilers, prior to appropriate treatment before use. The requirements for the material, design, construction and specifications for fuels in this standard can also be workmanship, manufacturing processes, examination applicable to fuels for stationary diesel engines of the and testing at manufacture of refillable quenched and same or similar make and type as those used for tempered seamless steel gas cylinders of water marine purposes. This standard specifies four capacities from 0.5 l up to and including 150 l for categories of distillate fuel, one of which is for diesel compressed, liquefied and dissolved gases. This part engines for emergency purposes. It also specifies six of US ISO 9809 is applicable to cylinders with a

categories of residual fuel. maximum tensile strength Rma ≥ 1 100 MPa. It is not

1180. US ISO 8669-2: 1996, Urine collection bags — applicable to cylinders with Rma, max >1 300 MPa for Part 2: Requirements and test methods diameters >140 mm and guaranteed wall thicknesses This Uganda Standard specifies performance a’ ≥ 12 mm and Rma, max >1 400 MPa for diameters requirements and test methods for open-ended and ≤ 140 mm and guaranteed wall thicknesses a’ ≥ 6 mm, closed-ended urine collection bags of the following because beyond these limits, additional requirements types: can apply. a) urine collection bags intended to be worn on the 1183. US ISO 9809-3:2010, Gas cylinders — body (body-worn bags); Refillable seamless steel gas cylinders — b) urine collection bags intended to be used with a Design, construction and testing — Part 3: hanger or a floor stand (non-body-worn bags). Normalized steel cylinders It does not apply to urostomy bags, urimeters and This Uganda Standard specifies minimum urine bags intended specifically for paediatric use. requirements for the material, design, construction and workmanship, manufacturing processes, examination 1181. US ISO 9809-1: 2010, Gas cylinders — and testing at manufacture of refillable normalized or Refillable seamless steel gas cylinders — normalized and tempered seamless steel gas cylinders Design, construction and testing — Part 1:

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of water capacities from 0.5 l up to and including 150 l 1187. US ISO 10290: 1993, Textiles — for compressed, liquefied and dissolved gases. Cotton yarns — Specification 1184. US ISO 9809-4:2014, Gas cylinders — This Uganda Standard specifies criteria, with relevant Refillable seamless steel gas cylinders — test methods, to be applied in describing single spun Design, construction and testing — Part 4: grey cotton yarns, which are widely used in Stainless steel cylinders with an Rm value of international trade. less than 1 100 MPa 1188. US ISO 10405:2000, Petroleum and natural This Uganda Standard specifies the minimum gas industries — Care and use of casing and requirements for the material, design, construction and tubing workmanship, manufacturing processes, examinations, This Uganda Standard establishes practices for care and tests at manufacture of refillable seamless and use of casing and tubing. It specifies practices for stainless steel gas cylinders of water capacities from running and pulling casing and tubing, including 0.5 l up to and including 150 l for compressed, drifting, stabbing, making up and lowering, field liquefied, and dissolved gases. This part of US ISO makeup, drifting and landing procedures. Also 9809 is applicable to cylinders with a maximum actual included are causes of trouble, as well as tensile strength, Rma, of less than 1 100 MPa. transportation, handling and storage, inspection and 1185. US ISO 9994: 2005 Lighters — Safety field welding of attachments. specification/ US ISO 9994: 2005/Amd.1: 2008, 1189. US ISO 10407-2:2008, Petroleum and natural Lighters — Safety specification gas industries — Rotary drilling equipment — This standard establishes requirements for lighters to Part 2: Inspection and classification of used ensure a reasonable degree of safety for normal use or drillstem elements reasonably foreseeable misuse of such lighters by This Uganda Standard specifies the required users. The safety specification given in this Standard inspection for each level of inspection and procedures applies to all flame-producing products commonly for the inspection and testing of used drill stem known as cigarette lighters, cigar lighters and pipe elements. For the purpose of this part of US ISO lighters. It does not apply to matches, nor does it apply 10407, drill stem elements include drill pipe body, tool to other flame-producing products intended solely for joints, rotary-shouldered connections, drill collar, igniting materials other than cigarettes, cigars, and HWDP and the ends of drill stem elements that make pipes. The safety specification given in this standard up with them. This part of US ISO 10407 has been cannot eliminate all hazards, but is intended to reduce prepared to address the practices and technology potential hazards to users. commonly used in inspection 1186. US ISO 10282:2014, Single-use sterile rubber 1190. US ISO 10417:2004, Petroleum and natural surgical gloves — Specification (2nd Edition) gas industries — Subsurface safety valve This Uganda Standard specifies requirements for systems — Design, installation, operation and packaged sterile rubber gloves intended for use in redress surgical procedures to protect the patient and the user This Uganda Standardestablishes requirements and from cross-contamination. (This standard cancels and provides guidelines for configuration, installation, test, replaces US ISO 10282:2002, Single-use sterile operation and documentation of subsurface safety rubber surgical gloves — Specification, which has valve (SSSV) systems. In addition, this standard been technically revised). establishes requirements and provides guidelines for selection, handling, redress and documentation of SSSV downhole production equipment.

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1191. US ISO 10423:2009, Petroleum and natural 1195. US ISO 10426-1:2009, Petroleum and natural gas industries — Drilling and production gas industries — Cements and materials for equipment — Wellhead and christmas tree well cementing — Part 1: Specification equipment This Uganda Standard specifies requirements and This Uganda Standard specifies requirements and gives recommendations for six classes of well gives recommendations for the performance, cements, including their chemical and physical dimensional and functional interchangeability, design, requirements and procedures for physical testing materials, testing, inspection, welding, marking, 1196. US ISO 10426-2:2003, Petroleum and natural handling, storing, shipment, purchasing, repair and gas industries — Cements and materials for remanufacture of wellhead and christmas tree well cementing — Part 2: Testing of well equipment for use in the petroleum and natural gas cements industries. This Uganda Standard specifies requirements and 1192. US ISO 10424-1:2004, Petroleum and natural gives recommendations for the testing of cement gas industries — Rotary drilling equipment — slurries and related materials under simulated well Part 1: Rotary drill stem elements conditions. This Uganda Standard specifies requirements for the 1197. US ISO 10427-1:2001, Petroleum and natural following drill stem elements: upper and lower Kelly gas industries — Equipment for well valves; square and hexagonal kellys; drill stem subs; cementing — Part 1: Casing bow-spring standard steel and non-magnetic drill collars; drilling centralizers and coring bits. This Uganda Standard provides minimum 1193. US ISO 10424-2:2007, Petroleum and natural performance requirements, test procedures and gas industries — Rotary drilling equipment — marking requirements for casing bow-spring Part 2: Threading and gauging of rotary centralizers for the petroleum and natural gas shouldered thread connections industries. The procedures provide verification testing This Uganda Standard specifies requirements on for the manufacturer’s design, materials and process rotary shouldered connections for use in petroleum specifications, and periodic testing to confirm the and natural gas industries, including dimensional consistency of product performance. requirements on threads and thread gauges, 1198. US ISO 10427-2:2004, Petroleum and natural stipulations on gauging practice, gauge specifications, gas industries — Equipment for well as well as instruments and methods for inspection of cementing — Part 2: Centralizer placement thread connections. These connections are intended and stop-collar testing primarily for use in drill-string components. This Uganda Standard provides calculations for 1194. US ISO 10425:2003, Steel wire ropes for the determining centralizer spacing, based on centralizer petroleum and natural gas industries — performance and desired standoff, in deviated and Minimum requirements and terms of dogleg holes in wells for the petroleum and natural gas acceptance industries. It also provides a procedure for testing stop This Uganda Standardspecifies the minimum collars and reporting test results. requirements and terms of acceptance for the 1199. US ISO 10431:1993, Petroleum and natural manufacture and testing of steel wire ropes not gas industries — Pumping units — exceeding rope grade 2160 for the petroleum and Specification natural gas industries. This Uganda Standard lays down specification covering the design and rating of pumping units.

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1200. US ISO 10432:2004, Petroleum and natural systems and auxiliaries — Part 2: Special- gas industries — Downhole equipment — purpose oil systems Subsurface safety valve equipment This Uganda Standard, in conjunction with of US ISO This Uganda Standardprovides the minimum 10438-1, specifies requirements for oil systems for acceptable requirements for subsurface safety valves special purpose applications. These oil systems can (SSSVs). It covers subsurface safety valves including provide lubrication oil, seal oil or both. These systems all components that establish tolerances and/or can serve equipment such as compressors, gears, clearances which may affect performance or pumps and drivers. interchangeability of the SSSVs. It includes repair 1204. US ISO 10438-3:2007, Petroleum, operations and the interface connections to the flow petrochemical and natural gas industries — control or other equipment, but does not cover the Lubrication, shaft-sealing and control-oil connections to the well conduit. systems and auxiliaries — Part 3: General- 1201. US ISO 10437:2003, Petroleum, petrochemical purpose oil systems and natural gas industries — Steam turbines This Uganda Standard, in conjunction with US ISO — Special-purpose applications 10438-1, specifies requirements for oil systems for This Uganda Standard specifies requirements and general purpose applications. These oil systems can gives recommendations for the design, materials, provide lubrication oil, but not seal oil and can serve fabrication, inspection, testing and preparation for equipment such as compressors, gears, pumps. shipment of steam turbines for special-purpose 1205. US ISO 10438-4:2007, Petroleum, applications. It also covers the related lube-oil petrochemical and natural gas industries — systems, instrumentation, control systems and Lubrication, shaft-sealing and control-oil auxiliary equipment. It is not applicable to general- systems and auxiliaries — Part 4:Self-acting purpose steam turbines, which are covered in ISO gas seal support systems 10436. This Uganda Standard in conjunction with US ISO 1202. US ISO 10438-1:2007, Petroleum, 10438-1 specifies requirements for support systems petrochemical and natural gas industries — for self-acting gas seals (dry gas seals), for example as Lubrication, shaft-sealing and control-oil described in ISO 10439 and ISO 10440-1. These systems and auxiliaries — Part 1: General systems can serve equipment such as compressors, requirements gears, pumps and drivers. This Uganda Standard specifies general requirements 1206. US ISO 10439-1:2015, Petroleum, for lubrication systems, oil-type shaft-sealing systems, petrochemical and natural gas industries — dry-gas face-type shaft-sealing systems and control-oil Axial and centrifugal compressors and systems for general- or special-purpose applications. expander compressors ⎯ Part 1: General General-purpose applications are limited to lubrication requirements systems. These systems can serve equipment such as This Uganda Standard specifies minimum compressors, gears, pumps and drivers. This part of requirements and gives recommendations for axial US ISO 10438 is intended to be used in conjunction compressors, single-shaft, and integrally geared with US ISO 10438-2, US ISO 10438-3 or US ISO process centrifugal compressors, and expander 10438-4, as appropriate. compressors for special purpose applications that 1203. US ISO 10438-2:2007, Petroleum, handle gas or process air in the petroleum, petrochemical and natural gas industries — petrochemical, and natural gas industries. This part of Lubrication, shaft-sealing and control-oil US ISO 10439 specifies general requirements

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applicable to all such machines. This standard does This Uganda Standardspecifies the requirements for not apply to fans or blowers that develop less than 34 couplings for the transmission of power between the kPa (5 psi) pressure rise above atmospheric pressure. rotating shafts of two machines in special-purpose This standard also does not apply to packaged, applications in the petroleum, petrochemical and integrally geared centrifugal plant, and instrument air natural gas industries. Such applications are typically compressors. Hot gas expanders over 300 °C (570 °F) in large and/or high speed machines, in services that are not covered by this standard. can be required to operate continuously for extended 1207. US ISO 10439-2:2015, Petroleum, chemical periods, are often unspared and are critical to the and gas service industries ⎯ Axial and continued operation of the installation. centrifugal compressors and expander 1210. US ISO 10461:2005, Gas cylinders — Seamless compressors ⎯ Part 2: Non-integrally geared aluminium-alloy gas cylinders — Periodic centrifugal and axial compressors inspection and testing This Uganda Standard specifies minimum This Uganda Standard deals with seamless aluminium- requirements and gives recommendations for axial alloy transportable gas cylinders intended for compressors, single-shaft, and integrally geared compressed and liquefied gases under pressure, of process centrifugal compressors and expander- water capacity from 0.5 l to 150 l; it also applies, as compressors for special purpose applications that far as practical, to cylinders of less than 0.5 l water handle gas or process air in the petroleum, capacity. This standard specifies the requirements for petrochemical, and natural gas industries. This part of periodic inspection and testing to verify the integrity US ISO 10439 specifies requirements for non- of such gas cylinders for further service. This standard integrally geared centrifugal and axial compressors, in does not apply to periodic inspection and testing of addition to the general requirements specified in US acetylene cylinders or composite cylinders with ISO 10439-1. These machines do not have gears aluminium-alloy liners. integral with their casing but can have external gears. 1211. US ISO 10555-1:2013, Intravascular catheters 1208. US ISO 10439-3:2015, Petroleum, chemical — Sterile and single-use catheters — Part 1: and natural gas service industries — Axial and General requirements (2nd Edition) centrifugal compressors and expander This Uganda Standard specifies general requirements compressors — Part 3: Integrally geared for intravascular catheters, supplied in the sterile centrifugal compressors condition and intended for single use, for any This Uganda Standard specifies minimum application. (This standard cancels and replaces US requirements and gives recommendations for axial ISO 10555-1: 1995, Sterile, Single-use intravascular compressors, single-shaft and integrally geared catheters - Part 1: General requirements and US ISO process centrifugal compressors, and expander 10555-2:1996, Sterile, single-use intravascular compressors for special purpose applications that catheters - Part 2: Angiographic catheters, which has handle gas or process air in the petroleum, been technically revised). petrochemical, and natural gas industries. This part of 1212. US ISO 10555-3:2013, Intravascular catheters — US ISO 10439 specifies integrally geared centrifugal Sterile and single-use catheters — Part 3: Central compressors in conjunction with US ISO 10439‑1. venous catheters (2nd Edition) 1209. US ISO 10441:2007, Petroleum, petrochemical This Uganda Standard specifies requirements for and natural gas industries — Flexible central venous catheters supplied in the sterile couplings for mechanical power transmission condition, and intended for single use. (This standard — Special-purpose applications cancels and replaces US ISO 10555-3:1996, Sterile,

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single-use intravascular catheters - Part 3: Central 1217. US ISO 11118:1999, Gas cylinders — Non- venous catheters, which has been technically revised). refillable metallic gas cylinders — 1213. US ISO 10555-4:2013, Intravascular catheters — Specification and test methods Sterile and single-use catheters — Part 4: Balloon This Uganda Standard specifies minimum dilatation catheters (2nd Edition) requirements for the material, design, construction and This Uganda Standard specifies requirements for workmanship, manufacturing processes and tests at balloon dilatation catheters supplied in the sterile manufacture of non-refillable metallic gas cylinders of condition, and intended for single use. (This standard welded, brazed or seamless construction for cancels and replaces US ISO 10555-4:1996, Sterile, compressed, liquefied and dissolved gases exposed to single-use intravascular catheters - Part 4: Balloon extreme worldwide ambient temperatures. dilation catheters, which has been technically revised). 1218. US ISO 11119-1: 2012, Gas cylinders — 1214. US ISO 10555-5:2013, Intravascular catheters — Refillable composite gas cylinders and tubes Sterile and single-use catheters — Part 5: Over- — Design, construction and testing — Part 1: needle peripheral catheters (2nd Edition) Hoop wrapped fibre reinforced composite This Uganda Standard specifies requirements for over- gas cylinders and tubes up to 450 l needle peripheral intravascular catheters, intended for This Uganda Standard specifies requirements for accessing the peripheral vascular system, supplied in composite gas cylinders and tubes between 0.5 l and the sterile condition and intended for single use. (This 450 l water capacity, for the storage and conveyance standard cancels and replaces US ISO 10555-5:1996, of compressed or liquefied gases. This standard Sterile, single-use intravascular catheters - Part 5: applies to type 2 hoop wrapped cylinder or tube with a Over-needle peripheral catheters, which has been load-sharing metal liner and composite reinforcement technically revised). on the cylindrical portion only. This standard is 1215. US ISO 11040-2:2011, Prefilled syringes — limited to cylinders and tubes with composite Part 2: Plunger stoppers for dental local reinforcement of carbon fibre, aramid fibre or glass anaesthetic cartridges fibre (or a mixture thereof) within a matrix or steel This part of ISO 11040 specifies the shape, wire to provide circumferential reinforcement. dimensions, material, performance requirements and 1219. US ISO 11119-2: 2012, Gas cylinders — labelling of plunger stoppers for dental local Refillable composite gas cylinders and tubes anaesthetic cartridges intended for single use only. — Design, construction and testing — Part 2: 1216. US ISO 11114-1:2012, Gas cylinders — Fully wrapped fibre reinforced composite gas Compatibility of cylinders and valve materials cylinders and tubes up to 450 l with load- with gas contents — Part 1: Metallic materials sharing metal liners This Uganda Standard provides requirements for the This Uganda Standard specifies requirements for selection of safe combinations of metallic cylinder and composite gas cylinders and tubes between 0.5 l and valve materials and cylinder gas content. The 450 l water capacity, for the storage and conveyance compatibility data given is related to single gases and of compressed or liquefied gases. This standard to gas mixtures. Seamless metallic, welded metallic applies to type 3 fully wrapped cylinders or tubes with and composite gas cylinders and their valves, used to a load-sharing metal liner and composite contain compressed, liquefied and dissolved gases, are reinforcement on both the cylindrical portion and the considered. dome ends. This standard is limited to cylinders and tubes with composite reinforcement of carbon fibre,

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aramid fibre or glass fibre (or a mixture thereof) This Uganda Standard specifies the technical delivery within a matrix. conditions for steel pipes (casing, tubing and pup 1220. US ISO 11119-3: 2013 Gas cylinders— joints), coupling stock, coupling material and Refillable composite gas cylinders and tubes accessory material and establishes requirements for Part 3: Fully wrapped fibre reinforced three Product Specification Levels (PSL-1, PSL-2, composite gas cylinders and tubes up to 450 l PSL-3). with non-load –sharing metallic or non- 1226. US ISO 11961:2008, Petroleum and natural metallic liners gas industries — Steel drill pipe This Uganda Standard specifies requirements for This Uganda Standard specifies the technical delivery composite gas cylinders up to 150 l water capacity conditions for steel drill-pipes with upset pipe-body and composite tubes above 150 l water capacity and ends and weld-on tool joints for use in drilling and up to 450 l water capacity, for the storage and production operations in petroleum and natural gas conveyance of compressed or liquefied gases. This industries for three product specification levels (PSL- standard does not address the design, fitting and 1, PSL-2 and PSL-3). performance of removable protective sleeves. 1227. US ISO 12465:2007, Plywood — Specifications 1221. US ISO 11469:2001, Plastics — Generic This Uganda Standard establishes requirements for the identification and marking of plastics specification of plywood for general and structural products use, in dry, tropical dry/humid and high- This Uganda Standard specifies a system of uniform humidity/exterior conditions. It includes requirements marking of products that have been fabricated from for the quality of veneer, glue bond, lay-up plastics materials. Provision for the process or (construction), dimensions and tolerances, processes to be used for marking is outside the scope conformance verification and marking. of this standard. 1228. US 1SO 12924:2010, Lubricants, industrial 1222. US ISO 11859: 1999, Textile floor coverings — oils and related products (Class L) — Family X Pure wool, hand-knotted pile carpets — (Greases) — Specification Specification This Uganda Standard specifies the requirements of This Uganda Standard specifies requirements for greases used for the lubrication of equipment, hand-knotted carpets produced from pure wool, of components of machines, vehicles, etc. dimensions agreed between the purchaser and the 1229. US ISO 13085:2014, Petroleum and natural supplier. gas industries — Aluminium alloy pipe for use 1223. US ISO 11860: 1999, Textile floor coverings — as tubing for wells Jute carpet backing fabric — Specification This Uganda Standard specifies the technical delivery This Uganda Standard specifies requirements for condition, manufacturing process, material primary and secondary jute carpet backing fabrics. requirements, configuration and dimensions, and 1224. US ISO 11861: 1999, Textile floor coverings — verification and inspection procedures for aluminium Coir mats — Types and specification alloy pipes for use as tubing for wells in petroleum This Uganda Standard specifies the requirements for and natural gas industries. mats produced from coir fibre, with or without pile 1230. US ISO 13500:2008, Petroleum and natural 1225. US ISO 11960:2014, Petroleum and natural gas industries — Drilling fluid materials — gas industries — Steel pipes for use as Specifications and tests casing or tubing for wells This Uganda Standard covers physical properties and test procedures for materials manufactured for use in

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oil- and gas-well drilling fluids. The materials covered abandonment of pipeline systems used for are barite, haematite, bentonite, nontreated bentonite, transportation in the petroleum and natural gas OCMA-grade bentonite, attapulgite, sepiolite, industries. technical-grade low-viscosity carboxymethylcellulose 1235. US ISO 13626:2003, Petroleum and natural (CMC-LVT), technical-grade high-viscosity gas industries — Drilling and production carboxymethylcellulose (CMC-HVT), starch, low- equipment — Drilling and well-servicing viscosity polyanionic cellulose (PAC-LV), high- structures viscosity polyanionic cellulose (PAC-HV) and This Uganda Standard specifies requirements and drilling-grade Xanthomonas campestris (Xanthan gives recommendations for suitable steel structures for gum). drilling and well-servicing operations in the petroleum 1231. US ISO 13533:2001, Petroleum and natural industry, provides a uniform method of rating the gas industries — Drilling and production structures, and provides two product specification equipment — Drillthrough equipment levels. This Uganda Standard specifies requirements for 1236. US ISO 13680:2010, Petroleum and natural performance, design, materials, testing and inspection, gas industries — Corrosion-resistant alloy welding, marking, handling, storing and shipping of seamless tubes for use as casing, tubing and drill-through equipment used for drilling for oil and coupling stock — Technical delivery gas. It also defines service conditions in terms of conditions pressure, temperature and wellbore fluids for which This Uganda Standard specifies the technical delivery the equipment will be designed. conditions for corrosion-resistant alloy seamless 1232. US ISO 13534:2000, Petroleum and natural tubulars for casing, tubing and coupling stock. gas industries — Drilling and production 1237. US ISO 13691:2001, Petroleum and natural equipment — Inspection, maintenance, gas industries — High-speed special-purpose repair and remanufacture of hoisting gear units equipment This Uganda Standardspecifies the minimum This Uganda Standard gives guidelines and establishes requirements for enclosed, precision, single and requirements for inspection, maintenance, repair and double helical, one- and two-stage speed increasers remanufacture of items of hoisting equipment used in and reducers of parallel shaft design with pinion drilling and production operations, in order to speeds of 3000 min−1 or greater, or pitch line maintain the serviceability of this equipment. velocities of 25 m/s or greater, for special purpose 1233. US ISO 13535:2000, Petroleum and natural applications. gas industries — Drilling and production 1238. US ISO 13706:2011, Petroleum, petrochemical equipment — Hoisting equipment and natural gas industries — Air-cooled heat This Uganda Standard provides requirements for the exchangers design, manufacture and testing of hoisting equipment This Uganda Standard gives requirements and suitable for use in drilling and production operations. recommendations for the design, materials, 1234. US ISO 13623: 2009, Petroleum and natural fabrication, inspection, testing and preparation for gas industries — Pipeline transportation shipment of air-cooled heat exchangers for use in the systems petroleum, petrochemical and natural gas industries. This Uganda Standard specifies requirements and This standard is applicable to air-cooled heat gives recommendations for the design, materials, exchangers with horizontal bundles, but the basic construction, testing, operation, maintenance and concepts can also be applied to other configurations.

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1239. US ISO 13707:2000, Petroleum and natural This Uganda Standard specifies the requirements for gas industries ⎯ Reciprocating compressors design, specification and type testing for dedicated This Uganda Standard covers the minimum LPG self-closing cylinder valves specifically for use requirements for reciprocating compressors and their with transportable refillable LPG cylinders from 0,5 l drivers used in the petroleum and natural gas up to 150 l water capacity. It includes references to industries with either lubricated or no lubricated associated equipment for vapour or liquid service. cylinders. 1244. US ISO 14313:2007, Petroleum and natural 1240. US ISO 13709:2009, Centrifugal pumps for gas industries — Pipeline transportation petroleum, petrochemical and natural gas systems — Pipeline valves industries This Uganda Standard specifies requirements and This Uganda Standard specifies requirements for provides recommendations for the design, centrifugal pumps, including pumps running in reverse manufacturing, testing and documentation of ball, as hydraulic power recovery turbines, for use in check, gate and plug valves for application in pipeline petroleum, petrochemical and gas industry process systems meeting the requirements of US ISO 13623 services. This standard is applicable to overhung for the petroleum and natural gas industries. This pumps, between-bearings pumps and vertically standard is not applicable to subsea pipeline valves, as suspended pumps. Clause 9 provides requirements they are covered by a separate International Standard applicable to specific types of pump. All other clauses (ISO 14723). This standard is not applicable to valves of this standard are applicable to all pump types. for pressure ratings exceeding PN 420. Illustrations are provided of the various specific pump 1245. US ISO 14693:2003, Petroleum and natural types and the designations assigned to a specific type. gas industries — Drilling and wellservicing 1241. US ISO 13710: 2004, Petroleum, equipment petrochemical and natural gas industries — This Uganda Standard provides general principles and Reciprocating positive displacement pumps specifies requirements for design, manufacture and This Uganda Standard specifies requirements for testing of new drilling and well-servicing equipment reciprocating positive-displacement pumps and pump and of replacement primary load-carrying components units for use in the petroleum, petrochemical and manufactured subsequent to the publication of this natural gas industries. It is applicable to both direct- standard acting and power-frame types. 1246. US ISO 14732: 2013, Welding personnel — 1242. US ISO 13847: 2013, Petroleum and natural Qualification testing of welding operators and gas industries — Pipeline transportation weld setters for mechanized and automatic systems — Welding of pipelines welding of metallic materials This Uganda Standard specifies requirements for the This Uganda Standard specifies requirements for petroleum, petrochemical and natural gas industries, qualification of welding operators and also weld for producing and inspecting girth, branch and fillet setters for mechanized and automatic welding. welds in the pipeline part of pipeline transportation 1247. US ISO 14998:2013, Petroleum and natural systems which meet the requirements of US ISO gas industries — Downhole equipment — 13623 or equivalent. Completion accessories 1243. US ISO 14245:2006, Gas cylinders — This Uganda Standard provides requirements and Specification and testing of LPG cylinder guidelines for completion accessories, as defined valves — Self closing herein for use in the petroleum and natural gas industry. This Uganda Standard provides requirements

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for the functional specification and technical carbon and low-alloy steels for service in equipment specifications including: design, design verification used in oil and natural gas production and natural gas

and validation, materials, documentation and data treatment plants in H2S-containing environments, control, redress, repair, shipment, and storage. This whose failure can pose a risk to the health and safety standard covers the pressure containing, load bearing, of the public and personnel or to the environment. It disconnect/reconnect, tubing movement, and opening can be applied to help to avoid costly corrosion a port functionalities of completion accessories. damage to the equipment itself. It supplements, but 1248. US ISO 15136-1: 2009, Petroleum and natural does not replace, the materials requirements of the gas industries —Progressing cavity pump appropriate design codes, standards or regulations. systems for artificial lift —Part 1: Pumps 1251. US ISO 15156-3:2015, Petroleum and natural

This Uganda Standard provides requirements for the gas industries — Materials for use in H2S- design, design verification and validation, containing environments in oil and gas manufacturing and data control, performance ratings, production — Part 3: Cracking-resistant functional evaluation, repair, handling and storage of CRAs (corrosion-resistant alloys) and other progressing cavity pumps for use in the petroleum and alloys natural gas industry. This part of US ISO 15136 is This Uganda Standardgives requirements and applicable to those products meeting the definition of recommendations for the selection and qualification of progressing cavity pumps (PCP) included herein. CRAs (corrosion-resistant alloys) and other alloys for Connections to the drive string and tubulars are not service in equipment used in oil and natural gas

covered by this part of US ISO 15136. production and natural gas treatment plants in H2S- 1249. US ISO 15136-2: 2006, Petroleum and natural containing environments whose failure can pose a risk gas industries —Progressing cavity pump to the health and safety of the public and personnel or systems for artificial lift —Part 2: Surface- to the environment. It can be applied to help avoid drive systems costly corrosion damage to the equipment itself. It This Uganda Standard provides requirements for the supplements, but does not replace, the materials design, design verification and validation, requirements of the appropriate design codes, manufacturing and data control, performance ratings standards, or regulations. and repair of progressing cavity pump surface-drive 1252. US ISO 15223-1:2016, Medical devices — systems for use in the petroleum and natural gas Symbols to be used with medical device labels, industry. This part of US ISO 15136 is applicable to labelling and information to be supplied — Part 1 those products meeting the definition of surface-drive — General requirements systems. Additionally, informative annexes provide This Uganda Standard identifies requirements for information on brake system selection, installation, symbols used in medical device labelling that convey and operation; and sucker rod selection and use. information on the safe and effective use of medical 1250. US ISO 15156-2:2015, Petroleum and natural devices. It also lists symbols that satisfy the

gas industries — Materials for use in H2S- requirements of this document. containing environments in oil and gas 1253. US ISO 15223-2:2010, Medical devices — Symbols production — Part 2: Cracking-resistant to be used with medical device labels, labelling and carbon and low-alloy steels, and the use of cast information to be supplied — Part 2 — Symbol irons development, selection and validation This Uganda Standardgives requirements and recommendations for the selection and qualification of

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This Uganda Standard specifies a process for This Uganda Standardgives requirements and developing, selecting and validating symbols for recommendations for the mechanical design, materials inclusion in US ISO 15223-1. The purpose of this part selection, fabrication, inspection, testing, and of US ISO 15223 is to ensure that symbols included in preparation for shipment of brazed aluminium plate- US ISO 15223-1 are readily understood by the target fin heat exchangers for use in petroleum, group. petrochemical and natural gas industries 1258. US ISO 15551-1:2015, Petroleum and natural 1254. US ISO 15463:2003, Petroleum and natural gas industries — Drilling and production gas industries — Field inspection of new equipment — Part 1: Electric submersible casing, tubing and plain-end drill pipe pump systems for artificial lift This Uganda Standard specifies the technical delivery This Uganda Standardprovides requirements for the conditions, manufacturing process, material design, design verification and validation, requirements, configuration and dimensions, and manufacturing and data control, performance ratings, verification and inspection procedures for aluminium functional evaluations, handling, and storage of alloy drill pipes with or without attached steel tool tubing-deployed electrical submersible pump (ESP) joints, for use in drilling and production operations in systems as defined herein. the petroleum and natural gas industries. 1259. US ISO 15589-1:2015, Petroleum and natural 1255. US ISO 15546:2011, Petroleum and natural gas industries — Cathodic protection of gas industries — Aluminium alloy drill pipe pipeline transportation systems — Part 1: On- This Uganda Standard specifies the technical delivery land pipelines conditions, manufacturing process, material This Uganda Standard specifies requirements and requirements, configuration and dimensions, and gives recommendations for the pre-installation verification and inspection procedures for aluminium surveys, design, materials, equipment, installation, alloy drill pipes with or without attached steel tool commissioning, operation, inspection, and joints, for use in drilling and production operations in maintenance of cathodic protection systems for on- the petroleum and natural gas industries. land pipelines, as defined in US ISO 13623 for the 1256. US ISO 15547-1:2005, Petroleum, petroleum, petrochemical, and natural gas industries. petrochemical and natural gas industries — 1260. US ISO 15589-2:2012, Petroleum and natural Plate-type heat exchangers — Part 1: Plate- gas industries — Cathodic protection of and-frame heat exchangers pipeline transportation systems — Part 2: This Uganda Standardgives requirements and Offshore pipelines recommendations for the mechanical design, materials This Uganda Standard specifies requirements and selection, fabrication, inspection, testing, and gives recommendations for the pre-installation preparation for shipment of plate-and-frame heat surveys, design, materials, equipment, fabrication, exchangers for use in petroleum, petrochemical and installation, commissioning, operation, inspection and natural gas industries. It is applicable to gasketed, maintenance of cathodic protection (CP) systems for semi-welded and welded plate-and-frame heat offshore pipelines for the petroleum, petrochemical exchangers and natural gas industries as defined in US ISO 13623. 1257. US ISO 15547-2:2005, Petroleum, 1261. US ISO 15590-3:2004, Petroleum and natural petrochemical and natural gas industries — gas industries — Induction bends, fittings and Plate-type heat exchangers — Part 2: Brazed flanges for pipeline transportation systems — aluminium plate-fin heat exchangers Part 3: Flanges

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This Uganda Standard applies to weldneck and blind to be considered during the development, flanges (full face, raised face, and RTJ groove) as well manufacture, quality verification and procurement of as anchor, swivel-ring flanges and orifice flanges. This condoms. It encompasses the aspects of quality part of US ISO 15590 specifies the technical management systems in the design, manufacture and requirements for carbon steel and low-alloy steel delivery of condoms with an emphasis on forged flanges for use in pipeline transportation performance, safety and reliability. (The Uganda systems for the petroleum and natural gas industries as Standard cancels and replaces US ISO 16038:2005, defined in US ISO 13623. This part of US ISO 15590 Rubber Condoms — Guidance on the use of ISO 4074 designates those categories of flanges that meet the in quality management of natural rubber latex industry’s need to match ISO 3183 pipe. These flanges condoms, which has been technically revised). are for normal and low-temperature service and 1265. US ISO 16070:2005, Petroleum and natural include supplementary requirements where required gas industries — Downhole equipment — for sour service. Lock mandrels and landing nipples 1262. US ISO 15621:2017, Absorbent incontinence This Uganda Standard provides the requirements for aids for urine and/or faeces — General guidelines lock mandrels and landing nipples within the on evaluation (2nd Edition) production/injection conduit for the installation of This Uganda Standard gives guidelines for evaluating flow control or other equipment used in the petroleum absorbent incontinence aids for urine and/or faeces. It and natural gas industries. It includes the interface provides a context for the procedures described in connections to the flow control or other equipment, other International Standards and published testing but does not cover the connections to the well conduit. procedures. General factors relating to incontinence 1266. US ISO/TS 16530-2:2014, Well integrity — products and their usage are also addressed. (This Part 2: Well integrity for the operational standard cancels and replaces US ISO 15621:2011, phase Urine-absorbing aids — General guidelines on This Uganda Standardprovides requirements and evaluation, which has been technically revised). methods to the oil and gas industry to manage well 1263. US ISO 15995:2006, Gas cylinders — integrity during the well operational phase. Specifications and testing of LPG cylinder 1267. US ISO 16812:2007, Petroleum, petrochemical valves — Manually operated and natural gas industries — Shell and-tube This Uganda Standard specifies the requirements heat exchangers for design, specification and type testing of This Uganda Standard specifies requirements and dedicated LPG manually operated cylinder valves gives recommendations for the mechanical design, specifically for use with transportable refillable material selection, fabrication, inspection, testing and LPG cylinders from 0,5 l up to 150 l water preparation for shipment of shell-and-tube heat capacity. It includes references to associated exchangers for the petroleum, petrochemical and equipment for vapour or liquid service natural gas industries. This standard is applicable to 1264. US ISO 16038: 2017, Male condoms — the following types of shell-and-tube heat exchangers: Guidance on the use of ISO 4074 and ISO heaters, condensers, coolers and reboilers. This 23409 in the quality management of condoms standard is not applicable to vacuum-operated steam (2nd Edition) surface condensers and feed-water heaters. This Uganda Standard provides guidance on using ISO 4074 and ISO 23409 and addresses quality issues

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1268. US ISO 17078-1:2004, Petroleum and natural equipment — Part 4: Practices for side-pocket gas industries — Drilling and production mandrels and related equipment equipment — Part 1: Side-pocket mandrels This Uganda Standard provides informative This Uganda Standard provides requirements for side- documentation to assist the user/purchaser and the pocket mandrels used in the petroleum and natural gas supplier/manufacturer in specification, design, industry. This part of US ISO 17078 includes selection, testing, calibration, reconditioning, specifying, selecting, designing, manufacturing, installation and use of side-pocket mandrels, flow- quality control, testing, and preparation for shipping of control devices and associated latches and installation side-pocket mandrels. tools. The product design and manufacturing-related 1269. US ISO 17078-2:2007, Petroleum and natural requirements for these products are included within gas industries — Drilling and production the other parts of US ISO 17078. equipment — Part 2: Flow-control devices for 1272. US ISO 17348:2016, Petroleum and natural side-pocket mandrels gas industries — Materials selection for high

This Uganda Standard provides requirements for content CO2 for casing, tubing and downhole subsurface flow-control devices used in side-pocket equipment mandrels (hereafter called flow-control devices) This Uganda Standardprovides guidelines and intended for use in the worldwide petroleum and requirements for material selection of both seamless

natural gas industry. This includes requirements for casing and tubing, and downhole equipment for CO2 specifying, selecting, designing, manufacturing, gas injection and gas production wells with high

quality-control, testing and preparation for shipping of pressure and high CO2 content environments [higher

flow-control devices. Additionally, it includes than 10 % (molar) of CO2 and 1 MPa CO2 partial information regarding performance testing and pressure]. Oil production wells are not covered in this calibration procedures standard. This standard only considers materials 1270. US ISO 17078-3:2009, Petroleum and natural compatibility with the environment. gas industries — Drilling and production 1273. US ISO 17420-3:2012, Respiratory protective equipment — Part 3: Running tools, pulling devices — Performance requirements — Part 3: tools and kick-over tools and latches for side- Thread connection pocket mandrels This Uganda Standard is applicable to an unassisted This Uganda Standard provides requirements and filtering device and specifies a standard thread guidelines for running tools, pulling tools, kick-over connection between a filter and the respiratory tools and latches used for the installation and retrieval interface as required in US ISO 17420-2. This part of of flow control and other devices to be installed in US ISO 17420 also includes the description of test side-pocket mandrels for use in the petroleum and simulators that are necessary for the assessment of natural gas industries. This includes requirements for some of the requirements. specifying, selecting, designing, manufacturing, 1274. US ISO 17824:2009, Petroleum and natural quality control, testing and preparation for shipping of gas industries — Downhole equipment — these tools and latches. Additionally, it includes Sand screens information regarding performance testing and This Uganda Standardprovides the requirements and calibration procedures guidelines for sand control screens for use in the 1271. US ISO 17078-4:2010, Petroleum and natural petroleum and natural gas industries. Included are the gas industries — Drilling and production requirements for design, design validation, functional

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evaluation, manufacturing, storage and transport. The mechanical risks, slip resistance, thermal risks, requirements of this standard are applicable to wire- ergonomic behaviour. Special risks are covered by wrap screens, pre-pack screens and metal-mesh complementary job-related standards (e.g. footwear screens as defined herein. for firefighters, electrical insulating footwear, 1275. US ISO 18776:2008, Laminated Veneer protection against chain saw injuries, protection Lumber (LVL) — Specifications against chemicals and molten metal splash, protection This Uganda Standard specifies the requirements for for motor cycle riders). (This standard cancels and Laminated Veneer Lumber (LVL) for general replaces US 614:2005 Industrial safety footwear - purposes and structural applications, in dry, tropical- Specification for leather protective and safety dry/humid or high humidity/exterior conditions. footwear for general and heavy-duty use). Laminated Veneer Lumber (LVL) is a general 1279. US ISO 20347:2012, Personal protective description for an assembly of veneers laminated with equipment — Occupational footwear an adhesive in which the grain direction of the outer This Uganda Standard specifies basic and additional veneers and most other veneers is in the longitudinal (optional) requirements for occupational footwear that direction. This standard specifies requirements for the is not exposed to any mechanical risks (impact or quality of veneers, bond durability, tolerances on compression). Special risks are covered by dimensions, and structural characterization. complementary job-related standards (e.g. footwear 1276. US ISO 20312:2011, Petroleum and natural for firefighters, electrical insulating footwear, gas industries — Design and operating limits protection against chain saw injuries, protection of drill strings with aluminium alloy against chemicals and against molten metal splash, components protection for motor cycle riders). (This standard This Uganda Standard applies to design and operating cancels and replaces US 614:2005 Industrial safety limits for drill strings containing aluminium alloy footwear - Specification for leather protective and pipes manufactured in accordance with US ISO safety footwear for general and heavy-duty use). 15546. 1280. US ISO 21809-1:2011, Petroleum and natural 1277. US ISO 20345: 2011, Personal protective gas industries — External coatings for buried equipment — Safety footwear or submerged pipelines used in pipeline This Uganda Standard specifies basic and additional transportation systems — Part 1: Polyolefin (optional) requirements for safety footwear used for coatings (3-layer PE and 3-layer PP) general purpose. It includes, for example, mechanical This Uganda Standard specifies requirements of plant- risks, slip resistance, thermal risks, ergonomic applied external three-layer polyethylene- and behaviour. Special risks are covered by polypropylene-based coatings for corrosion protection complementary job-related standards (e.g. footwear of welded and seamless steel pipes for pipeline for firefighters, electrical insulating footwear, transportation systems in the petroleum and natural protection against chain saw injuries, protection gas industries in accordance with US ISO 13623. against chemicals and molten metal splash, protection 1281. US ISO 21809-2:2014, Petroleum and natural for motor cycle riders). gas industries — External coatings for buried 1278. US ISO 20346:2014, Personal protective or submerged pipelines used in pipeline equipment — Protective footwear transportation systems — Part 2: Single layer This Uganda Standard specifies basic and additional fusion-bonded epoxy coatings (optional) requirements for protective footwear used This Uganda Standard specifies the requirements for for general purpose. It includes, for example, qualification, application, testing and handling of

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materials for plant application of single layer fusion- This Uganda Standard specifies the requirements for bonded epoxy (FBE) coatings applied externally for qualification, application, testing and handling of the corrosion protection of bare steel pipe for use in materials required for the application of reinforced pipeline transportation systems for the petroleum and concrete coating externally to either bare pipe or pre- natural gas industries as defined in US ISO 13623. coated pipe for use in pipeline transportation systems 1282. US ISO 21809-3:2011, Petroleum and natural for the petroleum and natural gas industries as defined gas industries — External coatings for buried in US ISO 13623. The external application of concrete or submerged pipelines used in pipeline is primarily used for the negative buoyancy of pipes transportation systems — Part 3: Field joint used in buried or submerged pipeline systems and/or coatings for the mechanical protection of the pipe and its pre- This Uganda Standard specifies requirements for field coating. This part of US ISO 21809 is applicable to joint coating of seamless or welded steel pipes for concrete thicknesses of 25 mm or greater. pipeline transportation systems in the petroleum and 1285. US ISO 23409:2011, Male condoms — natural gas industries as defined in US ISO 13623. Requirements and test methods for condoms This part of US ISO 21809 specifies the qualification, made from synthetic materials application and testing of the corrosion protection This Uganda Standard specifies the minimum coatings applied to steel surfaces left bare after the requirements and the test methods applicable to male pipes and fittings (components) are joined by welding. condoms produced from synthetic materials or blends This part of US ISO 21809 does not address additional of synthetic materials and natural rubber latex which mechanical protection, thermal insulation or joint are used for contraceptive purposes and to aid in the infills for concrete weight-coated pipes. This part of prevention of sexually transmitted infections. US ISO 21809 defines and codifies the different types 1286. US ISO 25841: 2017, Female condoms — of field joint coatings for buried or submerged Requirements and test methods (2nd Edition) pipelines. This Uganda Standard specifies the minimum 1283. US ISO 21809-4:2009, Petroleum and natural requirements and test methods for female condoms gas industries — External coatings for buried that are supplied to consumers for contraceptive or submerged pipelines used in pipeline purposes and for assisting in the prevention of transportation systems — Part 4: Polyethylene sexually transmitted infections (STIs). (The standard coatings (2-layer PE) cancels and replaces US ISO 25841:2014, Female This Uganda Standard specifies the requirements for condoms — Requirements and test methods, which has qualification, application, inspection, testing, handling been technically revised). and storage of materials for plant application of two- 1287. US ISO 25518:2009, Single-use rubber gloves layer polyethylene coatings (2-layer PE) applied for general applications — Specification externally for the corrosion protection of bare steel This Uganda Standard specifies the physical pipe for use in pipeline transportation systems for the requirements and methods of sampling and testing for petroleum and natural gas industries as defined in US single-use rubber gloves, made from natural rubber ISO 13623. latex, synthetic rubber latex or rubber solution, 1284. US ISO 21809-5:2010, Petroleum and natural intended for general applications, but not gloves gas industries — External coatings for buried intended for medical purposes. It does not cover the or submerged pipelines used in pipeline safe and proper usage of the gloves. transportation systems — Part 5: External

concrete coatings

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1288. US ISO 27627:2014, Petroleum and natural gas industries — Aluminium alloy drill pipe thread connection gauging This Uganda Standard specifies the technical delivery condition, manufacturing process, material requirements, configuration and dimensions, and verification and inspection procedures for aluminium alloy drill pipes manufactured in accordance with US ISO 15546. 1289. US ISO 27769-2:2009, Wood-based panels — Wet-process fibre board — Part 2: Requirements This Uganda Standard specifies the manufacturing property requirements for wet-process fibre board. 1290. US ISO 28781:2010, Petroleum and natural gas industries — Drilling and production equipment — Subsurface barrier valves and related equipment This Uganda Standard provides the requirements for subsurface barrier valves and related equipment as they are defined herein for use in the petroleum and natural gas industries. Included are the requirements for design, design validation, manufacturing, functional evaluation, repair, redress, handling and storage. Subsurface barrier valves provide a means of isolating the formation or creating a barrier in the tubular to facilitate the performance of pre- and/or post-production/injection operational activities in the well. This standard can be used by any public, private or community enterprise, association, group or individual. US ISO/TR 31004 is not specific to any industry or sector, or to any particular type of risk, and can be applied to all activities and to all parts of organizations. 1291. US ISO 29942:2011, Prophylactic dams — Requirements and test methods This Uganda Standard specifies the minimum requirements and test methods for prophylactic dams used to assist in the prevention of sexually transmitted infections.

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included; however, gas processing for liquids recovery

MANAGEMENT SYSTEMS is not addressed. 1295. US 1793:2019, Handling, storage and disposal 1292. US 1580-1:2017, Gaming equipment — of pesticides Requirements for casinos This Uganda Standard specifies constructional and This Uganda Standard specifies the procedures and operational requirements for gaming devices that requirements for the handling, storage and disposal of reside on, or are operated on (or both), the gaming pesticides by household users, farmers, pest control floor of a casino. Equipment covered by the operators, distributors, manufacturers, formulators’ requirements of this standard includes gaming packers and re-packers to ensure the least risk to machines, jackpot controllers and displays and health and safety to property and the environment. machine consoles. This standard applies among First-aid actions to be taken in the case of an incident, others to all types of gaming devices operated within and firefighting procedures, are also covered. the casino which include: gaming machines, jack pot 1296. US 1813:2017, Standard Guide on Playground controllers and displays and machines consoles as Surfacing specified in the scope of the National Lotteries and This Uganda Standard covers the selecting and Gaming Act 2016. specifying surface systems under and around 1293. US 1580-2:2017, Gaming equipment — playground equipment. This guide describes how to Requirements for limited payout gaming apply standards to evaluate the impact attenuation, This Uganda Standard specifies the general hardware accessibility characteristics and product characteristics and software requirements and the list of significant when selecting surfacing systems for use under and events for gaming equipment to be used in venues around playground equipment. holding site licenses for limited pay-out machines. 1297. US 1814:2017, Standard Practice for Health Requirements Relating to Occupational Exposure 1294. US 1585:2017, Environmental protection — to Respirable Crystalline Silica Onshore oil and gas production operations — This Uganda Standard covers a description of several Requirements actions that should be taken to reduce the risk of This Uganda Standard provides requirements for harmful occupational exposures to humans in environmentally sound practices for onshore oil and environments containing respirable crystalline silica. gas production operations and is applicable to 1298. US 1815:2017, Standard Guide for Recording contractors, service providers as well as operators. Occupational Injuries and Illnesses Facilities within the scope of this standard include all This Uganda Standard is intended to establish production facilities, including produced water definitions and criteria for recording occupational handling facilities. Offshore and arctic areas are injuries and illnesses to be used for measuring safety beyond the scope of this document. Operational performance, evaluating safety program performance, coverage begins with the design and construction of and improving consistency when comparing access roads and well locations, and includes international performance. A measurement system is reclamation, abandonment, and restoration operations. desired that is precise and accurate, difficult to Gas compression for transmission purposes or manipulate, significant and meaningful for safety production operations, such as gas lift, pressure program evaluation, and appropriate for accountability maintenance, or enhanced oil recovery (EOR) is purposes in a global environment.

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1299. US 1816:2017, Terminology Relating to present, care and judgment must still be exercised Occupational Health and Safety before concluding that all atmospheric contaminants at This Uganda Standard gives terms that are used in the the site are under control and that a reasonable safe fields of occupational health and safety. The terms are work environment exists. used to describe the limits of exposure under different 1303. US 1820:2017, Standard Guide for conditions, the meanings of terms used in describing Consensus-based Process for an Occupational events and the types of items measured. They will Safety and Health Standard that Includes an commonly be used to express the effect of an event or Occupational Exposure Guideline the limit of a chemical exposure on human beings. This Uganda Standard presents a framework for a 1300. US 1817:2017, Standard Specifications for stakeholder- focused consensus-based decision- Personal Climbing Equipment making process for occupational safety and health This Uganda Standard covers the specifications and standard development activities that include adoption qualification testing of the following: climbers, or development of occupational exposure guidelines climber straps, climber pads, climber footplates, body (OEGs) as a part of Occupational Health and Safety belts, work positioning devices with locking snap standards. hooks/carabiners, Wood Pole Fall Restriction Devices (WPFRD), arborist saddle, harnesses, energy 1304. US 1821:2017, Standard Guide for Personal absorbing lanyards. Protective Equipment for the Handling of Flat 1301. US 1818:2017, Standard Guide for Disposal Glass of Laboratory Chemicals and Samples This Uganda Standard covers the minimum This Uganda Standard is intended to provide the requirements for proper personal protective equipment chemical laboratory manager, chemical laboratory (PPE) for the safe handling of flat glass. safety officer, and other relevant staff with guidelines 1305. US 1822:2017, Standard Practice for Design, for the disposal of small quantities of laboratory Manufacture, Operation, and Maintenance of wastes safely and in an environmentally sound Inflatable Amusement Devices manner. This Uganda Standard covers the design, manufacture, 1302. US 1819:2017, Standard Guide for Air and operation of inflatable amusement devices and Monitoring at Waste Management Facilities for their associated operating environments. The Worker Protection document specifically excludes inflatable devices that This Uganda Standard is intended to provide a are used for professional exhibition or stunt work; standardized approach for establishing and carrying safety and rescue activities; aerial or aviation out an air monitoring program to protect workers at structures or devices; exhibit floats; or similar waste management facilities. This standard may apply inflatable devices. to routine operations at an active treatment, storage or 1306. US 1823:2017, Standard Practice for Design, disposal site or the extraordinary conditions that can Manufacture, Installation, Operation, be encountered in opening and cleaning up a remedial Maintenance, Inspection and Major Modification action site. The user shall understand that it is of Trampoline Courts impossible to predict all the issues that could arise at a The Uganda Standard guides on how to delineate waste management facility due to hazardous airborne requirements regarding the design, manufacture, emissions. Although air contaminant measurements installation, operation, maintenance, inspection and obtained in accordance with this guide may indicate major modification of commercial or institutional acceptable or tolerable levels of toxic agents are

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trampoline courts with the primary purpose of 1312. US 1829:2017, Standard Guide for amusement, entertainment or recreation. Evacuation Route Diagrams 1307. US 1824:2017, Standard Practice for Aerial This Uganda Standard is intended to provide Adventure Courses minimum guidelines for the design and placement of This Uganda Standard establishes criteria for the evacuation route diagrams (ERDs) used in buildings. design, manufacture, installation, operation, It covers the evacuation of building occupants when maintenance, auditing and major modification of directed by emergency response authorities in aerial adventure courses which occur(s). emergencies such as fire, earthquake, and bomb threat. 1308. US 1825:2017, Standard Practice for 1313. US ISO 3864-1:2011, Graphical symbols — Ownership, Operation, Maintenance, and Safety colours and safety signs — Part 1: Inspection of Amusement Rides and Devices Design principles for safety signs and safety This Uganda Standard provides guidelines for markings operations, maintenance, and inspection procedures This Uganda Standard establishes the safety for amusement rides and devices to be performed by identification colours and design principles for safety the owner/operator. signs and safety markings to be used in workplaces 1309. US 1826:2017, Standard Practice for and in public areas for the purpose of accident Operations of Amusement Railway Rides, Devices, prevention, fire protection, health hazard information and Facilities and emergency evacuation. It also establishes the basic This Uganda Standard applies to operations of principles to be applied when developing standards amusement railway ride(s) that have a track gauge containing safety signs. This standard is applicable to greater than or equal to 12 in. (305 mm) measured all locations where safety issues related to people need between the heads of the rails. This excludes patron to be addressed. However, it is not applicable to the powered ride vehicles specifically designed for signalling used for guiding rail, road, river, maritime children. and air traffic and, generally speaking, to those sectors 1310. US 1827:2017, Standard Practice for subject to a regulation which may differ. Pressure Water Cleaning and Cutting 1314. US ISO 3864-3:2012, Graphical symbols — This Uganda Standard covers personnel requirements, Safety colours and safety signs — Part 3: operator training, operating procedures, and Design principles for graphical symbols for recommended equipment performance/design for the use in safety signs proper operation of all types of pressure water-jet This Uganda Standard gives principles, criteria and cleaning and cutting equipment as normally used by guidance for the design of graphical symbols for use industries concerned with construction, maintenance, in safety signs as defined in US ISO 3864-1, and for repair, cleaning, cutting, and demolition work. the safety sign element of product safety labels as 1311. US 1828:2017, Standard Guide for defined in US ISO 3864-2. Integration of Ergonomics/Human Factors into 1315. US ISO 3864-4:2011, Graphical symbols — New Occupational Systems Safety colours and safety signs — Part 4: This Uganda Standard is intended to assist in the Colorimetric and photometric properties of integration of ergonomic principles into the design and safety sign materials planning of new occupational systems from the This Uganda Standard establishes the colorimetric and earliest design stages through implementation. Doing photometric requirements and test methods for the so may reduce or eliminate the necessity for later colours of safety signs to be used in workplaces and redesign that could have been foreseen. public areas. It provides the colorimetric and

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photometric specifications for the named safety and users in real-world occupational settings, who contrast colours prescribed in US ISO 3864-1. The may lack the training and motivation to wear physical requirements that safety signs have to meet hearing protectors in an optimum manner. are primarily related to daytime colour and normally 1318. US ISO 6385:2016, Ergonomics principles in lit environments. This standard also includes the the design of work systems (2nd Edition) colorimetric requirements and test methods for safety This Uganda establishes the fundamental signs and phosphorescent material which also operate principles of ergonomics as basic guidelines for in unlit environments. US ISO 3864-4:2011 is the design of work systems and defines relevant applicable to all locations where safety issues related basic terms. It describes an integrated approach to to people need to be addressed. However, it is not the design of work systems, where ergonomists applicable to signalling used for guiding rail, road, will cooperate with others involved in the design, river, maritime and air traffic and, generally speaking, with attention to the human, the social and the to those sectors subject to a regulation that may differ. technical requirements in a balanced manner The colorimetric and photometric properties of during the design process. Users of this standard retroreflective safety signs, retroreflective materials will include executives, managers, workers (and combined with fluorescent or phosphorescent their representatives, when appropriate) and materials, or luminous safety signs activated by a professionals, such as ergonomists, project radioactive source are not specified in US ISO 3864- managers and designers who are involved in the 4:2011. design or redesign of work systems. Those who 1316. US ISO 4869- 2:1994, Acoustics — Hearing use this standard can find a general knowledge of protectors — Part 2: Estimation of effective A- ergonomics (human factors), engineering, design, weighted sound pressure levels when hearing quality and project management helpful. (This protectors are worn Final Draft Uganda Standard cancels and This Uganda Standard describes three methods replaces US ISO 6385:2004, Ergonomic (the octave-band, HML and SNR methods) of principles in the design of work systems, which estimating the A-weighted sound pressure levels has been technically revised). effective when hearing protectors are worn. The 1319. US ISO 7010:2011, Graphical symbols — methods are applicable to either the sound Safety colours and safety signs — Registered safety pressure level or the equivalent continuous sound signs pressure level of the noise. Although primarily This Uganda Standard prescribes safety signs for intended for steady noise exposures, the methods the purposes of accident prevention, fire are also applicable to noises containing impulsive protection, health hazard information and components. emergency evacuation. The shape and colour of 1317. US ISO/TS 4869-5:2013, Acoustics — Hearing each safety sign are according to US ISO 3864-1 protectors — Part 5: Method for estimation of and the design of the graphical symbols is noise reduction using fitting by inexperienced according to US ISO 3864-3. This standard is test subjects applicable to all locations where safety issues This Uganda Standard specifies a method for related to people need to be addressed. However, measuring noise reduction of passive hearing it is not applicable to the signalling used for protectors at the threshold of hearing. The guiding rail, road, river, maritime and air traffic method is designed to provide estimates of the and, in general, to those sectors subject to a noise reduction obtained by typical groups of

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regulation which may differ with regard to user to connect into a personal fall-arrest system certain points of this standard and of the US ISO (PFAS), which will be specified in a future 3864 series. This standard specifies the safety International Standard (see US ISO 10333-6 in the sign originals that may be scaled for Bibliography), such that if an arrest takes place, the reproduction and application purposes. arresting force will not exceed 6 kN. 1320. US ISO 8317:2015, Child-resistant packaging 1324. US ISO 10333-2:2016, Personal fall-arrest — Requirements and testing procedures for re- systems — Part 2: Lanyards and energy closable packages absorbers This Uganda Standard specifies performance This Uganda Standard specifies requirements, test requirements and test methods for reclosable packages methods, instructions for use and maintenance, designated as resistant to opening by children. marking, labelling and packaging, as appropriate, for Acceptance criteria are given for the packages when lanyards and energy absorbers. Lanyards and energy tested by specified methods. These methods not only absorbers are used together as a connecting subsystem provide a measure of the effectiveness of the in personal fall-arrest systems (PFAS) which will be packaging in restricting access by children, but also specified in a future standard. Two classes of energy cover the accessibility to the contents by adults. This absorbers are specified for the purposes of this part of standard is applicable to reclosable packages for any US ISO 10333: product intended to be exposed or removed from the Type 1: used in PFAS where, due to installation, the packaging in normal use. This standard is intended for potential free-fall distance can be limited to a type approval only and is not intended for quality maximum of 1,8 m and, if a fall takes place, the assurance purposes. arresting force is limited to a maximum of 4,0 kN; 1321. US ISO 9241-391:2016, Ergonomics of human- Type 2: used in PFAS where, due to installation, the system interaction — Part 391: Requirements, potential free-fall distance can be limited to a analysis and compliance test methods for the maximum of 4,0 m and, if a fall takes place, the reduction of photosensitive seizures arresting force is limited to a maximum of 6,0 kN. This Uganda Standardprovides requirements and This standard is applicable only to lanyards and recommendations for reducing photosensitive seizures energy absorbers limited to single-person use of a total (PSS), while viewing images on electronic displays. mass not exceeding 100 kg. 1322. US ISO 9241-161:2016, Ergonomics of human- 1325. US ISO 10333-3:2016, Personal fall-arrest system interaction — Part 161: Guidance on systems — Part 3: Self-retracting lifelines visual user-interface elements This Uganda Standard specifies requirements, test This Uganda Standard describes visual user-interface methods, instructions for use and maintenance, elements presented by software and provides marking, labelling and packaging, as appropriate, for requirements and recommendations on when and how self-retracting lifelines, including self-retracting to use them. lifelines that have an integral-rescue facility. Self- 1323. US ISO 10333-1:2000, Personal fall-arrest retracting lifelines are used as a connecting subsystems — Part 1: Full-body harnesses system in personal fall-arrest systems (PFAS), which This Uganda Standard specifies the requirements, test will be specified in a future standard, and are attached methods, instructions for general use, marking, to anchor devices that are above the work place. This packaging and maintenance for full-body harnesses standard is applicable only to self-retracting lifelines (FBH). The main purpose of a FBH is to allow the limited to single-person use of a total mass not exceeding 100 kg.

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1326. US ISO 10333-4:2016, Personal fall-arrest is both important and desirable to ascertain systems — Part 4: Vertical rails and vertical satisfactory system performance and interactive lifelines incorporating a sliding-type fall component compatibility. It includes PFAS arrester performance tests using a rigid torso test mass as This Uganda Standard specifies requirements, a surrogate for the faller. Examples of personal test methods, instructions for use and fall arrest systems, as well as descriptions of how maintenance, marking, labelling and packaging, components or subsystems may be connected as appropriate, for vertical rails and vertical together to constitute a system, are also given. lifelines which incorporate a sliding-type fall This standard is applicable to PFAS limited to arrester. When connected to a full-body harness single-person use of a total mass not exceeding as specified in US ISO 10333-1, vertical rails and 100 kg and, when activated, will arrest the person vertical lifelines which incorporate a sliding-type and limit the arresting force to a maximum of fall arrester constitute a personal fall-arrest 6 kN. It is not applicable to system (PFAS), which will be specified in a  PFAS which use waist belts or chest future standard. Vertical rails and vertical harnesses as the sole body holding lifelines which incorporate a sliding-type fall component, arrester in accordance with this part of US  PFAS incorporating lanyards without energy ISO 10333 are limited to use by a single person absorbers or without a means of energy of total mass not exceeding 100 kg. dissipation, 1327. US ISO 10333-5:2001, Personal fall-arrest  subsystems and components outside the systems — Part 5: Connectors with self-closing PFAS scopes of the other parts of US and self-locking gates ISO 10333 and US ISO 14567, or This Uganda Standard specifies requirements,  equipment used for material lifting purposes. test methods, instructions for use and 1329. US ISO 11611:2015, Protective clothing for maintenance, marking, labelling and packaging, use in welding and allied processes (2nd as appropriate, for connectors with self-closing Edition) and self-locking gates made from metallic This Uganda Standard specifies minimum basic materials. Connectors are used in personal fall- safety requirements and test methods for arrest systems (PFAS), which will be specified in protective clothing including hoods, aprons, a future standard, such that, if an arrest takes sleeves and gaiters that are designed to protect place, the arresting force will not exceed 6 kN. the wearer's body including head (hoods) and feet This part of US ISO 10333 is applicable only to (gaiters) and that are to be worn during welding connectors limited to single person use of a total and allied processes with comparable risks. . mass not exceeding 100 kg. (This Uganda Standard cancels and replaces US 1328. US ISO 10333-6:2004, Personal fall-arrest ISO 11611:2007 which has been technically systems — Part 6: System performance tests revised). This Uganda Standard specifies tests and 1330. US ISO 11612:2015, Protective clothing — requirements for complete personal fall arrest Clothing to protect against heat and flame — systems (PFAS) made up from specific Minimum performance requirements combinations of components and subsystems This Uganda Standard specifies performance selected from those conforming to the other parts requirements for protective clothing made from of US ISO 10333 and to US ISO 14567, where it

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flexible materials, which are designed to protect procedures for compatibility testing including the the wearer's body, except the hands, from heat identification of any limitations to be performed and/or flame. For protection of the wearer's head by wearers. and feet, the only items of protective clothing 1333. US ISO 11999-3:2015, PPE for firefighters — falling within the scope of this standard are Test methods and requirements for PPE used gaiters, hoods, and over boots. However, by firefighters who are at risk of exposure to concerning hoods, requirements for visors and high levels of heat and/or flame while fighting respiratory equipment are not given. The fires occurring in structures — Part 3: performance requirements set out in this standard Clothing are applicable to protective clothing which could This Uganda Standard specifies the minimum be worn for a wide range of end uses, where there design and performance requirements for is a need for clothing with limited flame spread clothing as part of personal protective equipment properties and where the user can be exposed to (PPE) to be used by firefighters, primarily but not radiant or convective or contact heat or to molten solely to protect against exposure to flame and metal splashes. high thermal loads. To assist with choice based 1331. US ISO 11999-1:2015, PPE for firefighters — on user risk assessment, a number of levels of Test methods and requirements for PPE used protection are included. by firefighters who are at risk of exposure to 1334. US ISO 12480-3:2016, Personal equipment for high levels of heat and/or flame while fighting protection against falls — Descending devices fires occurring in structures — Part 1: This Uganda Standard establishes required General practices for the safe use of tower cranes. It is This Uganda Standard specifies minimum design intended to be used in conjunction with ISO and performance requirements for personal 12480-1. Subjects covered include safe systems protective equipment (PPE) to be used by of work, management, planning, selection, firefighters, primarily but not solely to protect erection and dismantling, special base, operation against exposure to flame and high thermal loads. and maintenance of cranes and the selection of To assist with choice based on user risk operators, slingers and signallers. It does not assessment, types and performance levels for cover manually (non-powered) operated cranes, different categories of protection are included. or cranes in which at least one of its motions is 1332. US ISO/TS 11999-2:2015, PPE for firefighters manually operated — Test methods and requirements for PPE 1335. US ISO 12609-1:2013, Eyewear for protection used by firefighters who are at risk of against intense light sources used on humans exposure to high levels of heat and/or flame and animals for cosmetic and medical while fighting fires occurring in structures — applications — Part 1: Specification for Part 2: Compatibility products This Uganda Standard describes compatibility for This Uganda Standard specifies performance and ensembles of firefighter’s personal protective labelling of eye protectors used for ILS equipment (PPE) to be used by firefighters, who equipment used on humans and animals for are at risk of exposure to high levels of heat cosmetic and medical applications against and/or flame while fighting fires occurring in excessive exposure to optical radiation in the structures. This standard includes methods for compatibility testing in laboratories and

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spectral range 250 nm to 3 000 nm, with the innocuousness, size designation, ageing, exception of laser radiation. compatibility and marking of protective clothing 1336. US ISO 12609-2:2013, Eyewear for protection and the information to be supplied by the against intense light sources used on humans manufacturer with the protective clothing. US and animals for cosmetic and medical ISO 13688:2012 is only intended to be used in applications — Part 2: Guidance for use combination with other standards containing This Uganda Standard gives guidance and requirements for specific protective performance information to users, manufacturers, suppliers, and not on a stand-alone basis and safety advisors on the selection and use of 1340. US ISO 13705: 2012, Petroleum, eye protectors for intense light source (ILS) petrochemical and natural gas industries — equipment used on humans and animals for Fired heaters for general refinery service cosmetic and medical applications against This Uganda Standard specifies requirements and excessive exposure to optical radiation in the gives recommendations for the design, materials, spectral range 250 nm to 3 000 nm, with the fabrication, inspection, testing, preparation for exception of laser radiation. shipment, and erection of fired heaters, air 1337. US ISO 13009:2015, Tourism and related heaters (APHs), fans and burners for general services — Requirements and refinery service. This standard is not intended to recommendations for beach operation apply to the design of steam reformers or This Uganda Standard establishes general pyrolysis furnaces. requirements and recommendations for beach 1341. US ISO 13857:2008, Safety of machinery — operators that offer tourist and visitor services. It Safety distances to prevent hazard zones being provides guidance for both beach operators and reached by upper and lower limbs users regarding the delivery of sustainable This Uganda Standard establishes values for safety management and planning, beach ownership, distances in both industrial and non-industrial sustainable infrastructure and service provision environments to prevent machinery hazard zones needs, including beach safety, information and being reached. The safety distances are appropriate for communication, cleaning and waste removal. protective structures. It also gives information about This standard is applicable to beaches during the distances to impede free access by the lower limbs. bathing season. 1342. US ISO 13879:2015, Petroleum and natural 1338. US ISO 13200:1995, Cranes — Safety signs gas industries — Content and drafting of a and hazard pictorials — General principles functional specification This Uganda Standard establishes general This Uganda Standard provides guidance on the principles for the design and application of safety content and drafting of a functional specification. A signs and hazard pictorials permanently affixed to functional specification may not be necessary if a cranes. The standard describes the basic safety user/purchaser wishes to obtain a known standard sign formats, specifies colors for safety signs and product, process or service manufactured/supplied to a provides guidance on developing the various recognized standard. panels that together constitute a safety sign. 1339. US ISO 13688:2013, Protective clothing -- 1343. US ISO 13880:1999, Petroleum and natural General requirements gas industries —Content and drafting of a This Uganda Standard specifies general technical specification performance requirements for ergonomics,

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This Uganda Standard provides guidance for the to the non-powered adjustable parts (e.g. foldable, content and drafting of a technical specification in slidable) and movable parts of fixed ladder systems. order to ensure that all technical requirements of a 1348. US ISO 14567:1999, Personal protective product, process or service are included and can be equipment for protection against falls from a verified as complying with specified performance height — Single-point anchor devices requirements, such as may be specified in a functional This Uganda Standard specifies requirements, test specification (see US ISO 13879). methods, and marking, labelling and packaging, as 1344. US ISO 14122-1:2016, Safety of machinery — appropriate, of both permanent and temporary single- Permanent means of access to machinery — point anchor devices exclusively for the attachment of Part 1: Choice of fixed means and general personal protective equipment (PPE) for protection requirements of access against falls from a height for fall arrest, work This Uganda Standard gives general requirements for positioning and travel restriction. access to stationary machines and guidance about the 1349. US ISO 15190:2003, Medical laboratories — correct choice of means of access when necessary Requirements for safety access to the stationary machine is not possible This Uganda Standard specifies requirements for safe directly from the ground level or from a floor. It is practices in the medical laboratory. applicable to permanent means of access which are a 1350. US ISO 15442:2012, Cranes — Safety part of a stationary machine, and also to non-powered requirements for loader cranes adjustable parts (e.g. foldable, slidable) and movable This Uganda Standard specifies the minimum parts of fixed means of access. requirements for the design, calculation, examination 1345. US ISO 14122-2:2016, Safety of machinery — and testing of hydraulic powered loader cranes and Permanent means of access to machinery — their mountings onto chassis or static foundations. It is Part 2: Working platforms and walkways not applicable to loader cranes used on board ships or This Uganda Standard gives requirements for non- floating structures or to articulated boom system powered working platforms and walkways which are a cranes designed as a total integral part of special part of a stationary machine, and to the non-powered equipment such as forwarders. adjustable parts (e.g. foldable, sliding) and movable 1351. US ISO 15544:2000, Petroleum and natural parts of those fixed means of access. gas industries — Offshore production 1346. US ISO 14122-3:2016, Safety of machinery — installations — Requirements and guidelines Permanent means of access to machinery — for emergency response Part 3: Stairs, stepladders and guard-rails This Uganda Standard describes objectives, functional This Uganda Standard gives requirements for non- requirements and guidelines for emergency response powered stairs, stepladders and guard-rails which are a (ER) measures on installations used for the part of a stationary machine, and to the non-powered development of offshore hydrocarbon resources. It is adjustable parts (e.g. foldable, slidable) and movable applicable to fixed offshore structures or floating parts of those fixed means of access. production, storage and off-take systems 1347. US ISO 14122-4:2016, Safety of machinery — 1352. US ISO 15663-1:2000, Petroleum and natural Permanent means of access to machinery — gas industries —Life cycle costing —Part 1: Part 4: Fixed ladders Methodology This Uganda Standard gives requirements for fixed This Uganda Standard specifies requirements for ladders which are a part of a stationary machine, and undertaking life-cycle costing for the development and

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operation of facilities for drilling, production and safe and durable service. This standard does not cover pipeline transportation within the petroleum and rigid rail systems, nor is it intended to cover flexible natural gas industries. guardrails, hand lines and work-positioning anchor 1353. US ISO 15663-2:2001, Petroleum and natural lines. gas industries —Life-cycle costing —Part 1356. US ISO 16069:2004, Graphical symbols — Safety 2:Guidance on application of methodology and signs — Safety Way Guidance Systems (SWGS) calculation methods This Uganda Standard describes the principles This Uganda Standard provides guidance on governing the design and application of visual application of the methodology for life-cycle costing components used to create a safety way guidance for the development and operation of facilities for system (SWGS).This standard contains general drilling, production and pipeline transportation within principles valid both for electrically powered and for the petroleum and natural gas industries. This part of phosphorescent components. Special information US ISO 15663 also provides guidance on the which is related to the type of component is given to application and calculations of the life-cycle costing assist in defining the environment of use, choice of process defined in US ISO 15663-1. This part of US material, layout, installation and maintenance of ISO 15663 is not concerned with determining the life- SWGS. cycle cost of individual items of equipment, but rather 1357. US ISO/TS 16901:2015, Guidance on with life-cycle costing in order to estimate the cost performing risk assessment in the design of differences between competing project options. onshore LNG installations including the 1354. US ISO 15663-3:2001, Petroleum and natural ship/shore interface gas industries —Life-cycle costing —Part 3: This Uganda Standard provides a common approach Implementation guidelines and guidance to those undertaking assessment of the This Uganda Standard provides guidelines for the major safety hazards as part of the planning, design, implementation of life-cycle costing for the and operation of LNG facilities onshore and at development and operation of the facilities for drilling, shoreline using risk-based methods and standards, to production and pipeline transportation within the enable a safe design and operation of LNG facilities. petroleum and natural gas industries. This part of US 1358. US ISO/TS 16975-1:2016, Respiratory ISO 15663 is applicable when making decisions on protective devices — Selection, use and maintenance any option which has cost implications for more than — Part 1: Establishing and implementing a one cost element or project phase. respiratory protective device programme 1355. US ISO 16024:2005, Personal protective This Uganda Standard specifies detailed information equipment for protection against falls from a to assist persons responsible for establishing and height — Flexible horizontal lifeline systems implementing a programme for respiratory protective This Uganda Standard specifies design and devices (RPD) that meet the performance performance requirements, test methods, user requirements of the performance standards. This part instructions, marking and labelling as appropriate, of of US ISO 16975 does not apply to RPD programmes flexible horizontal lifeline systems for use at any one for RPD used exclusively under water, for use in time by up to three persons, exclusively for the aircraft, and medical life support respirators and attachment of personal protective equipment for resuscitators. protection against falls from a height. It does not 1359. US ISO/TS 16975-2:2016, Respiratory stipulate designs for flexible horizontal lifelines, protective devices — Selection, use and maintenance except for design limitations that are necessary for

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— Part 2: Condensed guidance to establishing and representing three body sizes as a function implementing a respiratory protective device of metabolic rates. programme 1361. US ISO/TS 16976-2:2015, Respiratory This Uganda Standard provides brief guidance to protective devices — Human factors — Part 2: assist persons responsible for establishing and Anthropometrics implementing a programme for respiratory protective This Uganda Standard provides information on devices (RPD) that meet the performance factors related to human anthropometry, requirements. There are special applications where the physiology, ergonomics, and performance for the selection of suitable RPD using this guide is not preparation of standards for design, testing, and appropriate. These are: use of respiratory protective devices. It contains a) fire fighting – structural and wild land information related to anthropometry. In firefighting, hazardous materials and rescue particular, information is given for: applications;  anthropometric measurement methods; b) CBRN (Chemical, Biological, Radiological  anthropometric data for head, face, and neck and Nuclear agents); dimensions; c) marine – shipboard or off-shore firefighting  anthropometric data for torso dimensions; or hazardous materials applications;  human test panels; d) mining – underground mining or firefighting  models of headforms. 1362. US ISO/TS 16976-3:2011, Respiratory and rescue applications; and protective devices — Human factors — Part 3: e) escape – general, fire, CBRN, marine and Physiological responses and limitations of mining. oxygen and limitations of carbon dioxide in 1360. US ISO/TS 16976-1:2015, Respiratory the breathing environment protective devices — Human factors — Part 1: This Uganda Standard gives: Metabolic rates and respiratory flow rates a) description of the factors contributing to the This Uganda Standard provides information on present content of the Earth's atmosphere; factors related to human anthropometry, b) description of the physiology of human physiology, ergonomics, and performance for the respiration; preparation of standards for performance c) survey of the current biomedical literature requirements, testing, and use of respiratory on the effects of carbon dioxide and oxygen protective devices. This part of US ISO/TS 16976 on human physiology; contains information related to respiratory and d) examples of environmental circumstances metabolic responses to rest and work at various where the partial pressure of oxygen or intensities. Information is provided for the carbon dioxide can vary from that found at following: metabolic rates associated with sea level. various intensities of work; 1363. US ISO/TS 16976-4:2012, Respiratory a) oxygen consumption as a function of protective devices — Human factors — Part 4: metabolic rate and minute ventilation for Work of breathing and breathing resistance: persons representing three body sizes; Physiologically based limits b) peak inspiratory flow rates during conditions This Uganda Standard describes how to calculate of speech and no speech for persons the work performed by a person's respiratory

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muscles with and without the external respiratory This standard does not cover requirements related impediments that are imposed by RPD of all to the specific hazard for which the RPD is kinds, except diving equipment. This standard designed. describes how much additional impediment 1366. US ISO/TS 16976-7:2013, Respiratory people can tolerate and contains values that can protective devices — Human factors — Part 7: be used to judge the acceptability of an RPD. Hearing and speech 1364. US ISO/TS 16976-5:2013, Respiratory This Uganda Standard contains information protective devices — Human factors — Part 5: related to the interaction between respiratory Thermal effects protective devices and the human body functions This Uganda Standard provides information on of hearing and speech. factors related to human anthropometry, 1367. US ISO/TS 16976-8:2013, Respiratory physiology, ergonomics and performance for the protective devices — Human factors — Part 8: preparation of standards for design, testing and Ergonomic factors use of respiratory protective devices. It contains This Uganda Standard gives guidance on the information related to thermal effects of generic ergonomic factors for the preparation of respiratory protective devices on the human standards for performance requirements, testing body, in particular: temperatures of surfaces and use of respiratory protective devices (RPD). associated with discomfort sensation and harmful It specifies principles relating to: effects on human tissues; thermal effects of a) the biomechanical interaction between RPD breathing gas temperatures on lung airways and and the human body; tissues; effects of breathing gas temperature and b) the interaction between RPD and the human humidity on respiratory heat exchange; effects of senses: vision, hearing, smell, taste and skin respiratory protective devices on overall body 1368. US ISO 17049:2013, Accessible design — heat exchange. The information represents data Application of braille on signage, equipment and for adult healthy men and women aged between appliances 20 and 60 years. This Uganda Standard specifies the fundamental 1365. US ISO/TS 16976-6:2014, Respiratory requirements for braille used on signage, equipment protective devices — Human factors — Part 6: and appliances, including the dimensional parameters Psycho-physiological effects of braille and the characteristics of materials used, and This Uganda Standard provides information on the guidelines for practical implementation. the psycho-physiological effects related to the wearing of respiratory protective devices (RPD) 1369. US ISO 17069:2014, Accessible design — and it is intended for the preparation of standards Consideration and assistive products for accessible for selection and use of RPD. It specifies for the meeting writers of RPD standards, principles relating to This Uganda Standard specifies considerations to be  the interaction between RPD and the human taken, as well as support and assistive products that physiological and psychological perception, can be used when organizing a physical meeting in  the acceptance by the wearer, and which older persons and persons with disabilities can  the need for training to improve acceptance actively participate. Teleconferences and web of the RPD by the wearer. conferences are important methods that can be used to

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include older persons and persons with disabilities in stages, side shows, and structures for artistic aerial meetings. displays. The above items, hereafter called amusement 1370. US ISO 17096:2015, Cranes — Safety — Load devices or simply “devices”, are intended to be lifting attachments installed both repeatedly without degradation or loss This Uganda Standard specifies safety requirements of integrity, and temporarily or permanently in for the following non-fixed load lifting attachments fairgrounds and amusement parks or any other for cranes, hoists, and manually controlled load locations. Fixed grandstands, construction site manipulating devices: plate clamps; vacuum lifters; installations, scaffolding, removable agricultural self-priming; non-self-priming (pump, venturi, structures and simple coin operated children's turbine); electric lifting magnets (battery-fed and amusement devices intended for up to 3 children are main-fed); permanent lifting magnets; electro- not covered by this document. permanent lifting magnets; lifting beams/spreader 1374. US ISO 17842-2:2015, Safety of amusement beams; C-hooks; lifting forks; and clampscontact. rides and amusement devices — Part 2: 1371. US ISO 17249:2013, Safety footwear with Operation and use resistance to chain saw cutting This Uganda Standard specifies the minimum This Uganda Standard specifies requirements for requirements necessary to ensure the safe safety footwear with resistance to chain saw cutting. maintenance, operation, inspection and testing of the 1372. US ISO 17680:2015, Tourism and related following: mobile, temporary or permanently installed services -- Thalassotherapy -- Service machinery and structures, e.g. roundabouts, swings, requirements boats, ferris wheels, roller coasters, chutes, This Uganda Standard establishes the requirements for grandstands, membrane or textile structures, booths, the provision of services in thalassotherapy centres stages, side shows, and structures for artistic aerial using marine environment's beneficial effects with displays. curative or preventive purposes, aiming at ensuring 1375. US ISO 17842-3:2015, Safety of amusement a) Good quality services responding to rides and amusement devices — Part 3: customer's implicit and explicit needs, Requirements for inspection during design, b) The respectful use of the thalassotherapy manufacture, operation and use concept, This Uganda Standard defines requirements for the c) Very specifically, the implementation of necessary inspections, in accordance with US ISO/IEC hygiene and safety principles, and 17020, of amusement devices designed, manufactured, d) The comfort to the customers. operated and used according to US ISO 17842-1 and 1373. US ISO 17842-1:2015, Safety of amusement US ISO 17842-2. rides and amusement devices — Part 1: Design and 1376. US ISO 17916:2016, Safety of thermal cutting manufacture machines This Uganda Standard specifies the minimum This Uganda Standardspecifies the safety requirements necessary to ensure the safe design, requirements and measures for machinery covering calculation, manufacture, and installation of the design, construction, production, transport, following: mobile, temporary or permanently installed installation, operation, maintenance, and putting out of machinery and structures, e.g. roundabouts, swings, service. This standard applies to machinery using boats, ferris wheels, roller coasters, chutes, thermal cutting and or marking processes such as oxy- grandstands, membrane or textile structures, booths, fuel, plasma arc. This standard applies to machinery

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the basis of which is either designed as open gantry, principles and requirements for a security operations cantilever machine, or the track of which is management system (SOMS). This standard provides incorporated in the cutting table. a business and risk management framework for 1377. US ISO 17929:2014, Biomechanical effects on organizations conducting or contracting security amusement ride passengers operations and related activities and functions while This Uganda Standard has been drawn up with the demonstrating: objective of ensuring the safety of amusement ride a) conduct of professional security operations passengers, based on the international experience of to meet the requirements of clients and other manufacture and operation of such structures stakeholders; throughout the world gained over decades prior to its b) accountability to law and respect for human publication. It enables the identification of potential rights; hazards and classification of biomechanical effects, c) consistency with voluntary commitments to including information on recommended acceleration which it subscribes. limits, rate of their onset and their duration, to ensure d) This standard is applicable to any acceptable degrees of biomechanical risks at the stage organization that needs to: of amusement ride design, as well as to take such risks e) establish, implement, maintain and improve into account during development of operational an SOMS; procedures and information on use limitations for f) assess its conformity with its stated security amusement ride guests. It does not cover devices used operations management policy; in the circus, theatre or sports, or other devices g) demonstrate its ability to consistently intended for use only by specially trained people. provide services that meet client needs and Nevertheless, it can be used in the design of any are in conformance with applicable laws and similar structural or passenger-carrying device even if human rights requirements. it does not explicitly mention the device (This standard cancels and replaces US 1378. US ISO 18158:2016, Workplace air – 796:2009, Code of conduct and ethics for the Terminology private security sector, which has been This Uganda Standard specifies terms and definitions technically revised). that are related to the assessment of workplace 1380. US ISO 19008:2016, Standard cost coding exposure to chemical and biological agents. These are system for oil and gas production and either general terms or are specific to physical and processing facilities chemical processes of air sampling, the analytical This Uganda Standard describes the standard cost method, or method performance. The terms included coding system (SCCS) that classifies costs and are those that have been identified as being quantities related to exploration, development, fundamental because their definition is necessary to operation and removal of oil and gas production avoid ambiguity and ensure consistency of use. and processing facilities and to the petroleum, 1379. US ISO 18788:2015, Management system for petrochemical and natural gas industry. private security operations — Requirements Upstream, midstream, downstream and with guidance for use petrochemical business categories are included. This Uganda Standard provides a framework for 1381. US ISO 19026:2015, Accessible design — Shape establishing, implementing, operating, monitoring, and colour of a flushing button and a call button reviewing, maintaining and improving the management of security operations. It provides the

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and their arrangement with a paper dispenser 1384. US ISO 19029:2016, Accessible design installed on the wall in public restroom auditory guiding signals in public facilities This Uganda Standard specifies shapes and colours of This Uganda Standard specifies the sound a flushing button and a call button of lavatory which characteristics of auditory guiding signals for persons are installed on the wall and their arrangement with a with seeing impairment and blindness to provide the paper dispenser. This standard is only applicable in location and direction information of particular public case of installing a flushing button and/or a call button facilities. The public facilities include facilities such as on the wall of seat-type lavatory in public restrooms railway stations, airports, ports, bus terminals, (general toilet compartments and toilet compartments government offices, libraries, community centres, with various functions) used by an unspecified large parks, schools, hospitals, theatres, large supermarkets, number of people, except restrooms with a big paper and its toilets, stairs, etc. holder where it is difficult to place a flushing button 1385. US ISO 19224:2017, Continuous surface and a call button above the holder, and Type A toilet miners (CSM) — Safety requirements with lateral transfer from both sides of ISO 21542. This Uganda Standard deals with safety requirements 1382. US ISO 19027:2016, Design principles for for continuous surface miners (CSM). It specifies communication support board using pictorial common requirements for the design and symbols construction of CSM to protect workers from This Uganda Standard specifies basic configurations accidents and health hazards that can occur during for communication support boards, which are operation, loading, transport and maintenance. This necessary to facilitate communication. A variety of document deals with known significant hazards, communication support boards can be designed for hazardous situations or hazardous events relevant to specific communication purposes. This standard CSM, when they are used as intended and under specifies basic elements common to different types of conditions of misuse which are reasonably formats/media, such as simple boards, book style or foreseeable by the manufacturer. This document also digital media. This standard does not regulate any specifies the appropriate technical measures to specific design or any specific pictorial symbols for eliminate or reduce risks arising from the significant communication support boards. As for design hazards as identified in Annex A. principles of pictorial symbols, this standard 1386. US ISO 19434:2017, Mining — Classification of introduces examples of design principles applicable mine accidents when designing and developing pictorial symbols. This Uganda Standard establishes a classification of 1383. US ISO 19028:2016, Accessible design — mine accidents by their origin or causes, by the type Information contents, figuration and display of accident, and by their results or consequences. The methods of tactile guide maps latter includes only the accidents resulting into This Uganda Standard specifies information contents, consequences on people, not equipment or figuration and display methods of tactile guide maps machinery. Different categories of causes, types and providing location information of buildings, including consequences of mine accidents are briefly defined, those for the general public, public transport and and a 3-digit code is assigned to each category. These parks, and also the surroundings in the close vicinity, can be combined to ultimately allocate a unique 15- including access routes to them in order to enable digit code to each type of mine accident. This code persons with seeing impairment and blindness to move can then be used in statistical analysis. Similarly, an safely and smoothly in those facilities. allocated code clearly shows to which categories of

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causes, type of accident and resulting consequences 1391. US ISO 22159:2007, Personal equipment for the mine accident belongs to. This document is protection against falls — Descending devices applicable to all surface and underground mines. This Uganda Standard specifies requirements, test methods, marking and information to be supplied by 1387. US ISO 20187:2016, Inflatable play equipment the manufacturer for descending devices. It also — Safety requirements and test methods specifies some basic requirements for the descent lines This Uganda Standardis applicable to inflatable play to be used with the descending devices. equipment intended for use by children up to 14 years 1392. US ISO 22727:2007, Graphical symbols — of age individually and as a group activity. This Creation and design of public information standard specifies safety requirements for inflatable symbols — Requirements play equipment for which the primary activities are This Uganda Standard specifies requirements for the bouncing and sliding. creation and design of public information symbols. It 1388. US ISO 20712-1:2008, Water safety signs and specifies requirements for the design of public beach safety flags — Part 1: Specifications for information symbols for submission for registration as water safety signs used in workplaces and approved public information symbols, including line public areas width, the use of graphical symbol elements and how This Uganda Standard prescribes water safety signs to indicate negation. It also specifies templates to be intended for use in connection with the aquatic used in the design of public information symbols. It is environment. It is intended for use by owners and for use by all those involved in the commissioning and operators of aquatic environments and by the creation and design of public information symbols. manufacturers of signs and equipment. This standard is not applicable to safety signs, 1389. US ISO 20712-2:2007, Water safety signs and including fire safety signs, or to traffic signs for use on beach safety flags — Part 2: Specifications for the public highway. beach safety flags — Colour, shape, meaning 1393. US ISO 22846-1:2003, Personal equipment for and performance protection against falls — Rope access systems This Uganda Standard specifies requirements for the — Part 1: Fundamental principles for a shape and colour of beach safety flags for the system of work management of activities on coastal and inland This Uganda Standard gives the fundamental beaches, to be used for giving information on wind principles for the use of rope access methods for work and water conditions and other hazardous conditions, at height. It is intended for use by employers, and to indicate the location of swimming and other employees and self-employed persons who use rope- aquatic activity zones extending from the beach into access methods, by that commissioning rope-access the water. work and by rope-access associations. 1390. US ISO 20815:2008, Petroleum, petrochemical 1394. US ISO 22846-2:2012, Personal equipment for and natural gas industries — Production protection against falls — Rope access systems assurance and reliability management — Part 2: Code of practice This Uganda Standard introduces the concept of This Uganda Standard provides recommendations and production assurance within the systems and guidance on the use of rope access methods for work operations associated with exploration drilling, at height and expands on the fundamental principles exploitation, processing and transport of petroleum, given in ISO 22846-1, in conjunction with which it is petrochemical and natural gas resources. intended to be used. It is intended for use by employers, employees and self-employed persons who

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use rope access methods, by those commissioning possible to use it to evaluate existing flare rope access works and by rope access associations. facilities. This part of US ISO 22846 is applicable to the use of 1398. US ISO 27065:2011, Protective clothing — rope access methods in any situation where ropes are Performance requirements for protective used as the primary means of access, egress or support clothing worn by operators applying liquid and as the primary means of protection against a fall, pesticides on both man-made and natural features. This Uganda Standard establishes minimum 1395. US ISO 23601:2009, Safety identification — performance, classification, and labelling Escape and evacuation plan signs requirements for protective clothing worn by This Uganda Standard establishes design principles for operators applying liquid pesticide products displayed escape plans that contain information diluted in water. Protective clothing covered by relevant to fire safety, escape, evacuation and rescue this standard includes, but is not limited to, shirts, of the facility's occupants. These plans may also be jackets, trousers, coveralls, and spray-tight or used by intervention forces in case of emergency. liquid-tight garments. The standard addresses These plans are intended to be displayed as signs in protection provided by protective accessories, public areas and workplaces. This standard is not with the exception of those used for the intended to cover the plans to be used by external protection of the head, hands, and feet. It does not safety services nor detailed professional technical address protection against biocides, fumigants or drawings for use by specialists. highly volatile liquids. 1396. US ISO 24505:2016, Ergonomics — Accessible . design — Method for creating colour combinations taking account of age-related changes in human colour vision This Uganda Standardprovides a method for creating conspicuous colour combinations for use in visual signs and displays taking into account viewer age. It is based on the perceived similarity of colours at photopic and mesopic lighting conditions.

1397. US ISO 25457:2008, Petroleum, petrochemical and natural gas industries — Flare details for general refinery and petrochemical service This Uganda Standard specifies requirements and provides guidance for the selection, design, specification, operation and maintenance of flares and related combustion and mechanical components used in pressure-relieving and vapour-depressurizing systems for petroleum, petrochemical and natural gas industries. Although this standard is primarily intended for new flares and related equipment, it is also

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INDEX

Absorbent incontinence aids, 150 Baby oils, 134 Accuracy, 70 bags, 13, 116, 123 Adhesives, 129 Baking powder, 18 aflatoxin, 12 bamboo shoots, 13 Aftershave, 134 banana, 28 agglomerated stone, 84 Banana (matooke) flour, 28 aggregates, 73 Barley grains, 17 Agricultural irrigation, 110 Base paper, 126 air- conditioners, 52 Base paper for carbon paper, 126 Alcoholic beverages basins, 122 Ready to Drink, 29 Bath preparations, 124 alcoholometers, 72 bathing bars, 127 Alcoholometers, 72 Bathing bars, 127 Aluminium, 37, 38, 74, 79 batteries, 81, 112 aluminium alloy, 37, 38, 62, 136, 145, 149, 152 Batteries, 36 Aluminium alloy drill pipe, 149, 154 Battery charge, 69 Aluminium alloy pipe, 145 battery chargers, 51 Aluminium and aluminium alloys, 75, 85 beach operators Aluminium-magnesium-silicon alloy wire, 45 BEACH OPERATIONS, 162 Amaranth flour, 28 beach safety flags, 170 Amaranth grain, 27 beans, 1, 8, 13, 18, 21 amplifiers, 43 Bed sheets, 119 amusement rides and amusement devices, 167 beds, 105, 138 Anchorages, 79 beer, 4 anchorages for child restraint systems, 107, Beer, 4 108 Beeswax, 32 Anchorages in vehicles, 107, 108 Bermuda onions, 28, 29 ankle socks, 132 Bicycle tyres and rims, 94 Antibacterial bathing bars, 127 bicycles, 90, 96, 97, 103 Antibacterial toilet soap, 122 Biofertilizer, 29 antiperspirants, 134 Biopesticide, 29 Apple, 28 Biscuits, 23 Arc welding electrode cables, 48 Blazer fabrics, 132 Aryl diamine, 120 Blazers, 131 Aryl di-amine, 125 Blend of skimmed milk and vegetable fat in Athletic wear, 132 powdered form, 14 audio, 81, 124, 125 Blended fertilizer, 32 audiovisual, 124, 125 Blow-moulded, 107 Automatic rail weighbridges, 72 board, 111, 120, 121, 154 automotive, 75, 128 Body oils, 134 Automotive gas oil, 114 boiling pans, 52, 53 avocado, 2 Bond paper, 124 Avocado oil, 124 boots, 135 axes, 78 Bovine (beef), 27 baby diapers, 129 boxes, 36, 58, 126 Baby napkins, 113 Boxes, 36, 58

172 | P a g e boy, 119 Ceramic cookware, 34 Brandy, 10 ceramic cookware intended for use in contact bread wrap, 126 with food, 34 Breakfast cereals, 28, See Ceramic tiles, 106, 107 Briefs, 132 cereal-based foods, 6 brilliantines, 118 cereals, 113 briquettes, 81 charcoal, 81 Brussels sprouts, 9 chayotes, 12 bubble gum, 17 cheese, 15 Bus body design and construction, 88 Chemical depilatories, 118 Butter, 2 chestnuts, 10 cabbages, 30 Chewing gum, 17 cables, 37, 38, 39, 46, 47, 48, 61, 62, 63, 64, 94 Chia seed, 29 candles, 122 Chickpeas, 20 canned applesauce, 2 children, 6, 114 canned mangoes, 11 children’s shoes, 131 canned pineapple, 3 Children's cots, 98 canned raspberries, 4 Chilli sauce, 27 canned salmon, 1 Chillies, 26 carambola, 12 Chocolate, 29 caraway, 33 chocolate products, 29 Carbaryl dusting powders, 119 chronotachographs, 72 Carbon dioxide, 13 Cigarettes, 117 Carbon paper, 126 Circuit breakers, 59 Carbon square, 81 civil engineering, 78, 81 Carbon Steel, 75 Claims on food, 23 carbon steel sheet, 91 clay bricks, 73 carbon steel sheets, 73 cleaning, 49, 53, 54, 114, 117 Carbon steel tubes, 81 clocks, 51 Carbonated and non-carbonated, 3 Closed shoes, 130 cardamom, 34 cocoa, 6, 8, 10 cardigans, 132 cocoa butter, 6 care, 50 cocoa powders, 8 carpets, 145 coconut, 11 carrots, 9, 10, 26 Coconut oil, 112 cassava, 19, 20, 22 Code of hygienic practice for precooked and Cassava crisps, 20 cooked foods in mass catering, 3 cassava flour, 20, 22 coffee, 8, 13, 27 Cassava flour, 20 Coir mats, 145 Cattle feeds, 24 Cold rolled, 73, 74 Caustic soda, 134 cold rolled sheet, 75 CBMS, 77 Cologne, 118 Celery, 34 colorants, 119, 120 cellulosic, 115 composite flour, 23, 32 cellulosic blended fabric, 114, 115 Composite flour, 23 cement, 76, 77 Compound microbial fertilizer, 33 Cement, 73 concrete, 73, 74, 76, 121 Centrifugal pumps, 147 Concrete poles, 78

173 | P a g e condoms, 153 deepwell, 77 conductors, 36, 37, 38, 45, 47, 61, 62, 63, 64 dehumidifiers, 52 Conductors of insulated cables, 47 Denatured Ethanol, 131 consumer safety, 129 Deodorants, 134 contaminants, 123 detergent powders, 113 contaminants and toxins in food and feed, 19 Dextrose monohydrate, 24 Continuous surface miners, 169 Diaphragm, 70 cooking, 49, 50, 51, 52, 74, 123 diesel, 114, 128 cooking appliances, 49, 51 Digital records conversion and migration cooking ranges, 49, 51 process, 107 Copper, 117 dishwashing machines, 53 Copper and copper alloys, 86 Disinfectants/sanitizers, 132 Copper rod, bar and wire, 86 Disposable baby diapers, 129 Cork floor tiles, 89 Divers’ watches, 41 corn oil, 17 Dog feeds, 24 corned beef, 6 doors, 56, 74, 75 corrugated, 36, 73, 79 Downhole equipment, 150 Corrugated fibre board boxes, 126 Dresses, 132 cosmetic, 118, 119, 120 Dried and salted-dried fish, 25 Cosmetic pencils, 125 Dried fish maws, 32 cosmetic products, 118 dried fruits, 26 cosmetics, 118 Dried fruits, 26 Cosmetics, 119, 120 Dried silver cyprinid, 25 Cottage cheese, 15 Dried sweetpotato chips, 22 Cotton bed sheets, 115 Drilling and production equipment, 141, 146, Cotton khanga, 115 149, 151, 154 cotton seed oil, 11 Dry beans, 3 Cotton T-shirts, 131 Dry roasted silver cyprinid (Mukene), 32 cotton wool, 121 Dry soybeans, 21 Cotton yarns, 140 Duplicating paper, 120 Cowpeas, 20, 21 edible casein, 16 crab meat, 7 edible fats and oils, 11 Cranes, 162, 163, 167 Edible oils and fats, 11 Cream cheese, 15 Edison screw lamp, 47 creams, 5, 118, 123 Egg powder, 31 Creole onions, 28, 29 eggs and egg products, 1, 2 Crepe bandages, 115 electric bains-marie, 53 Curry powder, 8 electric fence energizers, 55 Cycles, 90, 96, 97, 103, 104 electric hot cupboards, 53 Dairy based beverages, 30 electric irons, 49 Dairy cattle feed premix, 31 electrical installations, 62 dairy fat spreads, 14 electrical accessories, 58, 63 Dairy whitener, 29 electrical appliances, 39, 40, 48, 49, 50, 51, 52, dates, 10 53, 54, 55, 56, 62 Decorative high gloss, 121 electrical conductors, 37 deep fat fryers, 50, 52 electrical installations, 57, 58, 61, 62, 63, 64 deep fat fryers, frying pans and similar Code of Practice, 36, 38, 39, 57 appliances, 50 Electricity metering, 65, 66, 67

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Electrode taper, 84 flavourings, 4 Electromagnetic, 61 floor coverings, 89, 111, 127 Electromechanical meters, 65 Floor polish, 117 electronics, 38, 81 fluorescent, 36, 38, 40, 44, 45, 56, 59, 63 enclosure of electrical accessories, 36 Fluorescent lamps, 38 Engine oil, 115, 116 foam baths, 124 envelopes, 116, 117 foil for food packaging, 85 Environmental protection, 155 foldaway beds, 105 epoxy, 130 folders, 120 Ergonomics, 158, 159, 171 folding cots, 98 Ergonomics of human-system interaction, 159 follow-up formula, 11 ethylene-vinyl acetate, 48 food additives, 3, 15 evaporated milks, 15 Food grade aspartame, 32 expanded metal, 83 Food grade saccharin, 32 extinguishers, 98, 106 food safety, 27 fabric, 129 footwear, 111, 115, 120 Fabrics, 128, 133 Footwear, 111, 130, 131 faced boards, 82 forks, 75 fans, 55 formula foods, 11 fasteners, 75 Fortified food grade salt, 2 feeding infants, 6 Fortified sugar, 22 Female condoms, 153 Fortified wine, 9 fences, 55, 103 Fresh carrot, 26 fencing wires, 74 fresh cassava, 22 Fermented (non-alcoholic) cereal beverages, fresh fruits, 18 26 Fresh grapes, 30 files, 120, 121 Fresh headed cabbage, 30 fillers Fresh jack fruit, 30 Filla, 133 Fresh lemon, 30 fin fish, 25 Fresh mushroom, 29 finfish, 2, 9 Fresh onions, 27, 28 Finger millet grains, 21 Fresh orange, 30 fire, 75, 90, 98, 106 Fresh papaya, 30 Fire detection, 98, 99, 100, 101, 102 Fresh sweet banana, 26 Fired heaters, 162 Fresh sweetpotato, 22 Fire-fighting hoses, 109 Fresh tangerine, 30 fish, 24 Fresh tomato, 6 Fish feeds, 24 Fresh water melon, 30 fish fillets, 25 Fried fish, 27 fish fingers, 25 Frozen octopus, 26 fish maws, 32 frozen raspberries, 5 Fish protein concentrate, 27 Frozen tuna loins, 26 fish sauce, 16 Fruit chips and crisps, 26 Fish sausages, 25 Fruit juice, 4 fish sticks, 25 Fruit juice drinks, 4 Fishing gill nets, 130 Fruit juices and nectars, 24 Fishmeal, 8 fruit salad, 8 Fixed storage tanks, 71 Fuel tank, 75

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Furniture, 82, 87 Groundnuts, 4 Galvanized, 73 guavas, 12 Gaming equipment, 155 hair, 49, 50, 118, 129 gari, 10 hair clippers, 49 garlic, 33 hair dyes garments, 119 Liquid, 120 Gas, 75, 83, 88, 89, 92, 102, 104, 105, 106, 108 Hair dyes, 120, 125 Gas cylinders, 112, 135, 136, 139, 140, 143, Hair extensions, 129 144, 145, 147 Hair oils, 124 Gas Cylinders, 75 Hair shampoo, 125 gas meters, 70 Hairspray, 133 gas turbine fuel, 138 hand pump, 77 gas turbine fuels, 135 handles, 75 Gas welding, 88, 89, 92, 102, 104, 105, 106, handpumps, 77 109 hatchets, 78 gas welding,, 92, 104 health claims, 23 Gasohol, 128 heat exchangers, 146, 150 gasoline, 113, 128 heat pumps, 52 gels, 118, 123 heaters, 51, 54, 55 generating sets heating appliances, 54 Generators, 41, 42 heating liquids, 50 Gin, 10 heating units, 36 Ginger, 28 helmets, 81 ginseng, 17 Henna powder, 118 girl, 119 Herbal tea, 28 Glass, 106 herbs, 26 Glass hollowware in contact with food, 34 High density polyethylene, 78 Glass in building, 106 hobs, 49, 51 gloves, 127 Hoes, 75 glucose powder, 24 holders glucose syrup, 17 lamp Holders, 43, 47, 56, 61 Glycerine, 134 Honey, 2 goat milk, 29 Horology, 38, 41, 42 Goats and sheep feeds, 24 Hospital cotton bedsheets, 131 gonja, 28 hot rolled sheet, 75 grapes, 5, 30 hot-dip zinc, 79 Graphical symbols, 170 Hot-rolled, 73, 80 Greases, 145 Household, 49, 50, 51, 52, 53, 54, 55, 56, 119, Green coffee beans, 32 121 Green grams, 17 hurricane lanterns, 74 green onions, 28, 29 Hydrated Lime, 76 Green surgical fabric, 134 Hydraulic, 77 griddle grills, 52 Hydraulic fluid power, 110 grillers and toasters, 53 Hydraulic jacks, 106 Groundnut (peanut) oil, 112 hygiene, 2, 120 groundnut oil, 16 Hygiene requirements, 11, 35 Groundnut seed, 25 hypodermic needles, 135, 136 groundnuts, 4 Hypodermic needles, 135

176 | P a g e hypodermic syringes, 137 Labelling, 3, 71, 118 ice, 5 ladies’ shoes, 130, 131 ice-cream appliances, 50 laminated, 75, 90, 129, 152 ice-makers, 50 Lamp caps, 43 Illuminating candles, 122 lamps, 38, 40, 43, 44, 45, 47, 56, 59, 63 Implants for surgery, 135 Laundry soap, 112 Incineration plant, 78 lead acid, 112 Industrial methylated spirit, 134 leaf springs, 75 Infant formula, 1 lemons, 30 infants, 6 length, 40, 74, 81, 127 Infants, 119 Lentils, 21 Inflatable play equipment, 170 Library furniture, 87 Information and documentation, 107 Light metals, 76 Information technology, 60 lighters, 140 Information Technology, 60 Lighters, 140 infrared, 51 lightning, 68, 69 inner tubes, 86 lime, 76 Inorganic foliar fertilizer, 31 limes, 12, 76 insect killers, 54 limestone, 76 insecticidal aerosols, 119 Lip balm, 134 insecticide, 119 Lip shine (gloss), 134 Insecticide, 117 Lipid food, 23 inspection, 18, 67, 69, 81, 106 Liqueur, 29 Instant cereal composite flour, 32 liquid detergent, 117, 120 Instruments for surgery, 136 Liquid glucose, 17 Insulated flasks, 122 litchi, 12 insulation, 37, 38, 43 lithium batteries, 45 Insulation taps, 103 loader cranes, 163 internal combustion engine driven alternating lobster tails, 27 current, 41, 42 lobsters, 7 Intravascular catheters, 143, 144 locks and latches, 74 iodophors, 133 lotions, 118, 123 ironers, 52 Lubricants, 35, 145 irradiated foods, 8 luncheon meat, 6, 7 jackfruit, 30 macadamia nuts, 31 jam, 2 Machetes, 74 jellies, 2 Magnesium sulphate fertilizer, 31 Jerseys, 132 Maize, 13 joints, 61, 73 Maize bran, 13 Junction boxes, 36 Maize gluten feed, 13 Kerosene, 123 Maize grains, 1 kitchen machines, 50, 54 Maize seed, 24 Kitenge, 115 Male condoms, 150 Knitted cotton fabric, 115 Malted cereal beverages, 25 Knitted polyester, 114 mango, 3, 17 Knitted polyester fabric, 114 mango chutney, 3 Kombucha drink, 32 margarine, 1 labeling, 11, 18, 20, 39, 40, 80, 81 marine fuels, 138, 139

177 | P a g e marjoram, 34 Gum Boots, 135 marmalade, 2 mukene, 22 Masonry, 77 Mukene, 22 massage appliances, 51 mushrooms, 27, 30 Material measures of length, 71 Mustard seed, 28 Materials in contact with food Nail polish, 118 Food Packaging, 30 National cheque, 113 matooke, 28 natural gas, 134, 140, 141, 142, 143, 145, 146, Matt emulsion paint, 125 147, 148, 149, 150, 151, 152, 154, 162, 163, Matt solvent-borne paint, 125 164, 170, 171 mayonnaise, 4 Neutral spirit, 10 measuring systems, 70 noodles, 14 meat, 27 nopal, 11 Meat, 27 Nutmeg, 34 mechanical jacks, 104 Nutrition labelling, 23 medical device labels, 148 oats, 12 Medical laboratories, 163 odometers, 72 Men, 119 Olive oil, 19 men’s shoes, 130 onion, 33 metal coated, 78 onions, 28, 29 Meter rules, 121 Onshore oil and gas production operations, Metering equipment, 65 155 methylated spirit, 134 Opaque beer, 4 Methylated spirit, 133 Open shoes, 131 microwave ovens, 51, 55, 56 oranges, 30 milk, 2, 4, 5, 6, 14 Organic, 18 milk powder, 4 Organic fertilizer, 29 Milk-based baby foods, 6 Organic-inorganic compound fertilizer, 33 milking machines, 54 Ostrich feed, 13 milks, 14 outdoor barbecues, 55 Milled maize (corn) products, 3 ovens, 49, 51, 52 Milled rice, 9 overhead line, 37 millet, 15, 21 Oxygen, 129 Millet flour, 7 Packaged drinking water, 10 millet grains, 15 Packaged mineral waters, 1 mineral food, 23 packaging materials, 30 mineral waters, 1 paints, 121, 125, 126 Mining, 169 palm kernel oil, 11 moisture meters, 71, 72 palm oil, 16 Moisture meters, 71 palm olein, 18 Molasses, 24 palm stearin, 18 mosquito, 117 papain, 3 Mosquito nets, 117 papayas, 11, 30 motor compressors, 51, 52 paper, 113, 114, 120, 124 motor vehicles, 70, 79, 82 Paper, 121 Motorcycle rubber wheel inner tubes, 86 Paper and board, 121, 126 motor-operated, 54 Paper bags, 126 Moulded plastics footwear Paper sacks, 126

178 | P a g e

Paper serviettes, 126 pickled cucumbers, 9 paprika, 34 pickled fruits, 14 Particleboards, 82 Pig feeds, 24 Passenger cars, 77, 104 Pigeon peas, 21 Passion fruits, 7 pillow cases, 119 pasta, 14 Pillows, 130 Pasteurized, 5 pipe systems, 83, 84 Pastry, 29 Pipe threads, 73 paving blocks, 73 pipes, 75, 76, 77, 78, 81, 83, 140 Peanut butter, 4 Pipework, 109 peas, 3, 21 pistachio nuts, 9 PE-HD, 78 Plain bars, 77, 78 Pepper, 28 Plant protein-based yoghurt (vegetable curd), Peppercorns, 34 31 peppermint, 33 Plantain, 28 Performance, 43, 98, 106 plastic, 117, 121, 123 Performance specifications Plastic cling wrap film for food contact use, Electronic Apparatus, 45 85 Electronic Apparatus, 40, 44 plastic monobloc chairs, 121 Electronic Apparatus, 59 plastics, 145 Personal equipment for protection against Plastics, 90, 93, 107, 145 falls, 161, 170 plastics footwear, 135 Personal fall-arrest systems, 159, 160 plastics hoses, 84 Personal protective, 111 Plastics hoses, 90, 93 Personal protective equipment, 111, 152, 163, Plugs, 58 164 PPE, 152 Plywood, 145 petrochemical, 142, 143, 146, 147, 162, 170, Pneumatic tyres, 76, 77 171 Polish paste, 121 petroleum, 86, 89, 102, 108, 109, 118, 128, 129, polishes, 117, 118, 121, 131 134, 135, 138, 139, 141, 142, 143, 145, 146, Polishes, 117 147, 149, 150, 164, 170, 171 Polyester and viscose fabrics, 132 Petroleum, 129, 135, 138, 139, 140, 141, 142, Polyester type Mattresses, 114 143, 145, 146, 147, 148, 149, 150, 151, 152, Polyether type 154, 162, 163, 164, 170, 171 Mattresses, 114 Petroleum and natural gas industries, 140, polyethylene water storage tank, 85 141, 142, 145, 146, 147, 148, 149, 150, 151, Polypropylene (PP), 83 152, 153, 154, 162, 163, 164 polypropylene containers, 107 Petroleum Gases, 129 polypropylene sacks, 111 Petroleum products, 135 polyster, 115 Petroleum products — Fuels (class F), 135, polyurethane foam 138, 139 Mattresses, 114 Petroleum, petrochemical and natural gas polyurethane foams industries, 142, 143, 146, 147, 150, 162, 170, Mattresses, 114 171 Polyvinyl chloride insulated cables Photocopy paper, 126 PVC Cables, 46, 47 photovoltaic, 36, 78 Pomades, 118 Photovoltaic devices, 59 pools, 53 photovoltaic reference devices, 59 Potable spirit, 8

179 | P a g e

Potable water, 1 refrigerating, 40, 55 potato, 20 refrigerating appliances, 40, 50, 55 Potato crisps, 20 relaxers, 118 poultry, 24, 27 Resilient floor coverings, 89, 111, 127 Poultry feed premix, 31 Resistance welding, 81, 92, 93, 94, 104, 110 Poultry feeds, 24 Retreaded pneumatic tyres, 88 Power, 58 retroreflective devices, 96, 97 Power cables, 56, 57 Ribbed bars, 78 power converters, 68 rice, 21, 22 PPE for firefighters, 161 Rice flour, 32 prawns, 2, 26 rims, 89, 94 Pre-cooked dehydrated pulse products, 32 Rims, 89, 90, 94 Pre-insulated flexible pipe, 83, 84 risk assessment, 68, 164 Premium motor spirit, 113 Road and rail tankers, 71 prepackaged, 18 Road and runway, 121 prepackages, 71, 72 Road vehicles, 79, 86, 88, 107, 108, 135 Pre-painted, 78 roofing, 74, 79, 80, 82 pressure, 93 roofing paint, 125 prickly pear, 12 roofing tiles, 74, 82 Primary batteries, 44, 45 Rotary drill stem elements, 141 protection against falls, 164 Rotary drilling equipment, 140, 141 Protective clothing, 171 Rotating electrical machines, 40, Generators, public information symbols, 170 Generators Pulse flour Rubber, 84, 86, 88, 89, 90, 91, 93, 94, 97, 103, Bean Flour, 31 105, 108, 109, 115, 150 pummelos, 12 Rubber and plastics, 84, 91 pump systems, 148 Rubber footwear, 115 pumps, 52, 53, 77 rubber gloves, 153 Pumps, 137, 148 Rubber hoses, 84, 86, 88, 89, 90, 91, 93, 94, 97, PVC, 36, 37, 38, 76 105, 134 PVC-U, 76, 83 Rubber insulated cables, 47, 48 quality management, 150 rulers, 121 quantities, 68, 70, 71 Rum, 10 Quantity of product, 71 Safety footwear, 152 Quicklime, 76 Safety of batteries, 45 Rabbit feeds, 24 safety of children’s cots, 98 Radar equipment, 72 Safety of machinery, 37, 163 radio data system, 68 Safety requirements, 43, 75 raisins, 5 safety signs, 77, 158, 162, 170 range hoods, 51 salt, 2 razor blades, 122 salve, 134 razors, 122 Sanitary towels, 112 Ready to Drink alcoholic beverages, 29 sanitizers, 123, 130, 133 Reconstituted foams sardines, 7 Mattresses, 114 sauna heating appliances, 53 reflective, 78, 79, 82 Sausages, 19 reflective triangles, 77 Sawn softwood timber, 82 Refractory bricks, 91, 92, 93 scaffolding, 81, 86

180 | P a g e

Scholastic stationery, 124 Soya beverage, 29 School clothing, 131, 132 soya flour, 23 School wear fabrics, 132, 133 Soya milk, 23 Scouring powders, 117 soya protein, 23 Seat belt assemblies, 79 Soya protein, 23 security, 55, 75 Soybean seed, 25 service stations, 128 Spades, 75 Sesame (simsim) oil, 112 Sparkling wine, 9 sesame oil, 11 Spark-plugs, 79 Sesame paste, 32 Speedometers, 72 sewing machines, 51 sphygmomanometers, 70 shampoo, 122, 123 spot welding, 84, 93, 103, 104 shavers, 49 Spot welding, 94 Shaving cream, 124 Spring mattresses, 130 Shea butter, 30, 134 Stabilized materials, 78 Shirting and blouse fabrics, 133 Stabilized power supplies, 58 Shirts, 132 Stainless, 82 shovels, 75 Stainless steel milk cans, 87 shower gels, 124 starch, 20 shrimps, 2, 26 stays, 75 Sickles, 87 Steel, 74, 75, 77, 78, 97, 98, 103, 136 Silk (sheen) emulsion paint, 125 steel bars, 91 silver cyprinid, 22 Steel for the reinforcement of concrete, 77, 78, single-use catheters, 143, 144 97, 98, 136 Single-use containers for human venous steel pipes, 74 blood specimen collection, 136 steel sections, 73, 80 Skin care, 123 steel sheets, 73, 78, 79 skin exposure, 51 steel sheets and coils, 79 skin or hair care, 50 steel tanks, 82 Skin powders, 120 Steel tubes for non-pressure purposes, 86 skirts, 132 steel wire, 74 slacks, 132 Steel wire, 74, 103 Smoked fish, 26 steel wires, 58, 103 smoke-dried fish, 26 Sterile hypodermic needles, 136 smoke-flavoured fish, 26 Sterile hypodermic syringes, 137 snacks, 29 sterile rubber gloves, 140 soap, 112 stockings, 132 socket, 58, 63, 74 stone fruits, 14 Sodium bicarbonate, 18 stone-slabs, 84 Sodium hypochlorite, 117, 128 strawberries, 4 soft drinks, 3 structural quality, 80 soil blocks, 83 Structural steels, 79 solar, 39, 40 structural timber, 82 Solar, 39 sugar, 1, 2, 17, 18, 20, 22, 116 Sorghum grains, 21 Sugar cane jaggery Sorghum seed, 24 JAGGERY, 24 Soya, 18 sugars, 1, 20 soya bean oil, 16 Sulfuric acid, 112

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Sunflower, 18 Tourism, 162, 167 sunflower oil, 16 toys, 138 Sunflower seed, 25 Tracksuits, 132 supplements, 23, 43 transformers, 59 Surface polish, 131 treatment, 117 surgical dressings, 121 tricycles, 82 surgical gloves, 140 Trousers and shorts, 131 surgical gowns, 129, 134 tuna and bonito, 5 Surgical sutures, 131 Tuna canned in oil, 27 suture needles, 131 tuna loins, 26 sweet banana, 26 Tungsten filament lamps, 43 Sweetpotato crisps, 22 tunics, 132 Sweetpotato flour, 22 Turmeric, 33 sweets, 17 TV aerials, 36 swimming, 53 tyre, 70 Switches, 57, 60, 62 tyres, 70, 76, 77, 89, 94 switchgear, 37, 59, 60 UHT, 2 symbols, 36, 66 ultraviolet, 51 syringes, 70, 137, 144 Umbrella fabrics, 115 table grapes, 14 Umbrella fabrics, 115 table olives, 5 Uninterruptible power systems, 65 tangerines, 30 units, 18, 54, 55, 57, 60, 65, 76 Taximeters, 70 Unplasticized, 75, 76 tea, 16, 28, 33 unplasticized polyvinyl chloride, 83 telecommunication lines, 68 Unsweetened condensed milk, 32 telecommunications, 36, 37 UPS, 65 Telecommunications, 36 Urine collection bags, 139 Tempered soda lime silicate safety glass, 106 Use of nutrition, 23 Textile floor coverings, 145 used garments, 119 textiles, 120 used textile Textiles, 128, 129, 140 Mitumba, Mivumba, 119 Thermal, 37, 39 UV filters, 120 thermal cutting machines, 167 vacuum cleaners, 49, 54 Thermoplastics hoses, 94, 111 Vanilla, 33 Thin-film terrestrial photovoltaic, 64 Vegetable and nut spread, 32 timber, 76, 82, 117 vegetable protein products, 11 Timber, 76 vegetables, 18, 26 tobacco, 117, 124 video, 43, 81 Toilet paper, 113 Vinegar, 12 Toilet soap, 114 volume meters, 70 tomato, 5, 6 Wall fillers, 133 Tomato concentrates (paste and puree), 5 warming plates and similar appliances, 50 Tomato juice, 5 Warp-knitted fabrics, 133 Tomato products, 5 washing machines, 49 Tomato sauce and ketchup, 5 Waste management, 131 tomatoes, 16, 26 Watch batteries, 44, 45 Toothbrushes, 120 water, 12, 49, 51, 52, 53, 54, 70, 73, 74, 75, 76, toothpaste, 114 77, 83, 112, 113, 117, 121

182 | P a g e water emulsion, 129 whey powders, 16 water heaters, 50 Whipping cream, 32 Water safety signs, 170 Whisky, 10 watermelons, 30 window, 75, 128 waving, 118 windows, 53, 56, 75 wax beans, 9 wine, 9 Waxed paper, 126 wire, 37, 38, 66, 74 weighing, 70, 71, 72 wire products, 74, 103 weights of classes, 70 wires, 37, 38, 45, 55, 66, 71, 98, 100, 103, 136 Welded fabrics, 97, 136 Women, 119 welding, 61, 77, 78, 80, 81, 88, 89, 92, 94, 102, wood, 81, 117, 121 103, 104, 105, 106, 108, 109 Wood, 111 Welding arc, 61 Wood moisture meters, 72 Well integrity, 150 Wood-based panels, 111, 154 wet scrubbing machines, 50 Workplace air, 168 wheat, 11, 17, 18, 20 Woven bags, 113 Wheat, 17 Wrapping paper, 126 wheat flour, 18, 20 Writing paper, 114 Wheat flour, 1 Yoghurt, 2 Wheat grains, 4 Zinc, 74, 79, 80 Wheelbarrows, 74 Zinc-coated steel wires, 58, 59

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