GE Thorn Lamps Catalogue March /99

GE Thorn Lamps Catalogue March /99/

GE Thorn Lamps Canlogue March 199í FLUORESCENT TUBES Compact Fluorescent Lmps ó-8 Main Rmge Linear Tubes 9-1ó Miscellmeous Fluorescent Tubes 17 19 General Infomat¡on 20

DISCHARGE LAMPS 21 General Lamp Infomation 22-23 Sodiun Lamps 24 30 Mercry Lmps 31-33 Metål Halide 34 38 Bem Lmp Dischilge Lamps for Spec¡al Applietions 40

ÌNC-ANDESCENT LAMPS 41 General Lamp Infomation 42 M¿dastylelightRmge 43-47 General Lighting Seûice Lamps 48-50 Spftial Seryice Lamps 51-53 Decorative 54 55 56-57 Line Illushations 58{0 Tmgden Halogen Lmps & Lmpholders 6145 Lamp Caps 66

PHOTOGR,APHIC, AUTO & MINTATURE LAMPS 67 Projector Lmps 68 Theatre SDotlisht lmDs 69 Photographic Lamps 70 Auto & Miniatue Lmps 7t-73

CONDITIONS OF SALE 7ç75

2 What is GE Thom Lamps Limited

GE Thorn Lamps Limited Thorn Lighting GE Thom is the U.K.'s newest lighting company. Formed Thom Lighting is the largest U.K. lighting manufacturer as a joint venture between two of the industry's leading and also the ma¡ket leader in the U.K., the Nordic count¡ies players, GE Thom combines the global expertise of GE, and Australasia. It has produced many innovative light the World's largest manufactwer of lightsources, and sources as well as a wide range of standard products, and is Thom Lighting, the U.K.'s market leader. This new alliance the world's largest light fittings manufacturer outside Japan provides a winning combination that willbecome the and the US. dominant force for lightsources in the U.K. Thom Lighting has marketing operations in 20 countries, GE Thom's activities are dedicated to supplying eleven of which also have manufacturing plants. lightsources. With over 1,500 products, our General Electric of the US has no con¡rection wiih the comprehensive range will guarantee that whether your English company of a similar name. requirement is for a ó0W GLS bulb, 4ft fluo¡escent fube, a linear tungsten halogen lamp, or a high performance metal halide lamp, then GE Thom will always be your first choice. And ou¡ extensive new produci development programme will ensure that GE Thom s ability to supply your everyday requirements willbe complemented by the most innovative, advanced lightsources available, including the 10W 2D compact fluorescent lamp, Arcstream metal halide lamp and colowed sealed beam minor lamps. Ou¡ commiiment to developing the very latest products is matched only by our commitment to providing a qualiLy product. All our U.K. factories have or will shortly attain 855750, giving you the confidence that when you buy GE Thom, you will be buying reliability, safety and per{ormance at all times.

GE Lighting GE Lighting, North America's leading lighting manufaclurer, produces a complete range of lamps including incandescent, fluorescent, high intensity discharge, photo, automotive and miniature lamps for both consumer and industrial markets. GE Lighting employs 35,000 people worldwide including GE Tungsram Lighting and has 55 manufactuiing locations including those in the US, Hungary Germany, Brazil, Canada, Chile, Venezuela, Mexico, Turkey, the Philippines and Korea. Most recently GE Lighting acquired the majority share of Tungsram of Hungary the largest single investment to date by a westem company in Eastem Europe.

3 þ FLUORESCET\TT TUBES

J'?

I Compact Fluorescent Lamps

Application These compact fluorescent lamps are designed as replacements for GLS lamps and long fluorescent tubes.

1óW 2D lamps replace GLS lamps of up to 100W whilst the larger 28 and 38W 2D lamps replace lamps of between 150 and 200W. The 38W 2D is an ideal light package for use in 300 x 300mm modular ceiling systems.

2L lamps replace long fluorescent tubes of at least twice their length and are used in commercial premises, e.g. shops, offices and hotels, whilst the smaller sizes are ideal fo¡ outdoor amenity lighting.

The elechonically ballasted 40W 2L is the optimum size and performance package for ó00 x ó00mm modules, which together with its ideal length (leaving no dark areas at the edges), and high frequency benefits (lack of flicker, instant starting and economy of operation) make it the ultimate solution for situations where only the best is good enough.

Colours Both 2D and 2L lamps use Polylux phosphors for high light output and good colour rendering.

2D lamps are available in Polylux 2700 which closely matches the colour of tungsten filament lamps for most indoor applications and Polylux 3500 to match the standard commercial lighting colour.

lóW versions are also available in seven vibrant colou¡ed hues fo¡ decorative and display use.

2L lamps are available in Polylux 3500, as the standard UK colour fo¡ commercial lighting, as well as Polylux 3000 for a warmer effect and Polylux 4000 to produce a cooler, more businesslike effect.

6 Compact Fluorescent Lamps

2D Lamps

DIMENSÌONS Tvpe A B C D Weiehts lóW 2D t40 1,40 27 15 65 28Wand38W2D 205 2oS 35 24 130 -t I Cap Options

1ów The 2-pin version is standard and includes a built-in starter switch, A 4'pin version is also available without intemal B slarter for use in special applications, e.g. emergency and transDort lishtins.

28w The 4-pin cap is standard but a 2-pin version is available for replacement purposes only. 38w

To order f Specify, for example, " 1.6W. 2D Z-pin 2700K"

ELECTRICAL DATA Rated Objective Tube Tube Average Watts Watts Volts Amps Life (hro) t6 15,5 97 0.20 5,000 28 28 107 0.32 10,000 38 38 110 0.43 10.000

Colour Options and Lumens*

Polylux Polylux 2700 3500 Red Green BIue Peach Lemon Lilac Maeenta lóW 100 hr 1050 1050 850 1400 400 I000 1050 575 700 2000 ttr 925 28W 100 hr 2050 2050 2000 hr 1850 I850 38w ',r00 hr 2950 2950 2000 hr 2600 2600

'Light output is at optimum operating conditions.

OPERATINC POSITION 1o and 28W Any 38w Any except.where leg "ct'is higher than bends "p m uder to keep region Ø ofcap. as cool

.7 I Compact Fluorescent Lamps

til

2L Lamps

DIMENSIONS (mm - Rated W B c D I Weight g 18 40 225 23.6 20 43.9 96 24 40 320 23.6 20 43.9 132 36 40 4t5 23.6 20 43.9 1,68 40 40 530 23.6 20 43.9 215

ELECTRICAL DATA Rated Objective Tube Tube Average wâtts watts volts anps r¿ted life (hre) 't8.2 l8 61 0.37 7,500 24.4 91 0.J4 7,500 36 36.4 112 0.43 7,500 40' 40 126 0.32 10,000

Values given are for operation on electronic ballasts.

Colour Options and Lumens A {0 ¡ All sizes available in Polylux 3000, 3500 and 4000 - same lumen outputs. L C l00hr lumens 2000hr lumens D r8w 1200 1130 24w r800 1690 3ów 2900 2725 40w 3500 3300

8 Fluorescent Tubes - Main Range

Definition of Lamp Types Polylux Tubes: THORN Polylux tubes are high efficiency, high colour rendering tri-phosphor tubes which are recommended for TitðRN all new installations. Polylux phosphors produce about 12% more light than conventional phosphors and give high colour rendering gORf, values. In the standa¡d 2ómm diameter Krypton filled versions, the¡e is also an 870 saving of energy for equivalent light output. These lamps also have excellent light output maintenance. Pluslux Tubes: THORN Pluslux tubes are 2ómm diameter ve¡sions of the standard colou¡ range. They offer the 870 energy saving of trrypion filled tubes without the inc¡eased light output and improved colour rendering characteristics of Polylux tubes.

Standard Tubes: Argon filled tubes usually 38mrn in diameter, but some ratings are in 2ómm diameter (e.g. 18" 15W,3' 30W, 1050mm 40W and 5' 50W). The phosphors are split into two types - ordinary and specialist. O Ordinary phosphors are generally halophosphates and comprise the colou¡s of White Warm White, Cool White, Natu¡al and TropicalDaylight and are used for general lighting. O Specialists phosphors are of the Deluxe type and are used for specific applications. For example 'Kolor-rite, Northlight, Ailificial Daylight, De Luxe Natural, Colour Data Rosetta, G¡olux and colours.

CIE/ Chromaticity CIBSE CIE Co-ordinates Type CCT Ra Group Clas x Y Polylux 2700 2700 U lB wam 0.464 0.41'6 Polvlux 3000 2950 85 1B wam 0.440 0.402 3500 3400 85 1B 0.415 0.402 4000 4000 85 1B 0.380 0.377 Pluslux 3000 Wam White 2900 51 J wam 0.440 0.403 Pluslux 1500 White 3500 54 3 intermeliâle 0.409 4000 CoolWhite 4200 58 3 cool 0.372 0.375 Natural 4000 73 , cool 0.381 0.37 5 93 1A cold 0.317 0.324 Artificial ó500 1A 0,313 0.329 "Kolor-¡ite 4000 89 1B 0.380 0.377 Deluxe Natur¿l 3500 92 1A intemediate 0.393 0.35ó Rosetta 3200 8ó 1B wam 0.385 0.310 Grolux 4 wam 0.i22 0.329

For furlher infomation see Data Sheet 4:92.9. CCT Co¡related Colour Temperature SPD - Spectral Power Dlstribuiion See pages 10- I2.

9 Fluorescent Tubes Main Range

Spectral Fower Distribution Curves

POLYLUX 2700 POLYLUX 3OOO

) ! å

POLYLUX 3500

PLUSLUX 35OO

: :

NATUNAL

10 Fluorescent Tubes Main Range

Spectral Power Distribution Curves

E ! i {

I 3

ROSETA

TROPICAL DAYLIGHT

I z

11 Fluorescent Tubes Main Range

BLUE

2 :

Ë g

T2 Fluorescent Tubes Main Range

Light Output Data 5FT 58WATT KRYPTON/ARGON T8 LAMP The lumen outputs quoted are measured at 25"C in 1 acco¡dance with 8S1853, i.e. in free air under draught F free conditions. Þ F Þ Effects of Temperafure Changes o When installed in a luminaire, the temperature of the air L (J suroundìng the tube can change and this can affect the light output of the tube. The effects of changes in ambient = temperature for a typical tube are shown below.

5 10 15 20 25 30 35,40 45 50 55 60 65 70 80 Ballast Lumen Factor AMBIENT TEMP IN DEG C Lumen outputs are given for tubes run on a reference ballast. Commercial ballasts can operate tubes at different Fig. (1) Light Output Relative to Ambient Temperature characteristics and a ballast lumen factor will be given for each ballast to determine actual light output figures.

Effects of High Frequency Operation A characteristic of fluorescent tubes is that their efficacy (lumens/watt) increases with fiequency. Increasing the frequency of operation from that of the normal mains supply of s0ló0Hz to 2513OkHz improves tube efficacy by approxilnately 1070.

Electronic ballasts also consume less power than wi¡ewound ballasts, giving a further increase in cìrcuit efficacy and 1 producing less heat. By designing the electronic ballasts to operate tubes at 9570 tE of bare tube lumens in an ambient temperature of 25"C, I / watts are reduced by about 14%. At more frequently o '¿,É encountered operating temperatures of approximately 35"C / to 40"C light output is equivalent to that in a conventional ¡ cìrcuit and at higher temperatures it is better. 7 23 A power saving of around 20% can be achieved over Frequency kHz conventional 50/ó0Hz systems with the same light output levels- Fig. (2) Variation of tube efficacy with operating frequency.

T3 Fluorescent Tubes - Main Range

Initial and Lighting Design Lumens (t.D.L.) Initial lumens are measu¡ed after 100 hours of operation. Lighting design lumens are measured at 2000 hows.

LICHT OUTPUT DATA Lumens 8' 8' 8' 6' 6' 5' 5' 5' 4' 4' 1050mm 1M 3' 2' 2' 2' 18" 100hre 125w 100w 85w 75l85W70W ó5l80W58W 50W 40W 3óW 40W 40W 30W 40W .20W 18W 15W 2000hrs Tr2 T't2 T12 T12 T8 T12 T8 T8 T12 T8 T8 T12 T8 T12 T12 T8 T8 Polylux 2700 9400 ó550 5400 3450 1450 8900 ó300 5100 3200 r.t00 Polylux 3000 9400 ó550 5400 3450 2500 1450 8900 6300 5100 3200 2300 1300 Polylux 3500 9400 ó550 5400 3450 3450 1450 8900 6300 5100 i200 3200 1300 Polylux 4000 10900 9400 8450 6700 6550 5400 5400 3450 3450 2s00 1450 1450 10350 8900 8000 ó350 ó300 5100 5100 3200 3200 2300 1300 1300 White/ 3500 9500 8ó00 7350 5850 5800 5000 4800 3800 30s0 3000 3050 2300 2000 1225 1225 950 Pluslux 8900 8100 ó850 5500 5500 4ó00 4450 3550 2800 2800 2800 2150 1700 1100 1100 800 Wam 3000 9500 8ó00 7350 5850 s800 5000 4800 3800 3050 3000 3050 2920 2300 1225 1225 950 White/Pluslux 8900 8100 ó850 5500 5500 4ó00 4450 3550 2800 2800 2800 2600 21,50 1100 1100 800 Cool 4ooo 9300 8450 71,s0 5700 5700 4850 4700 3000 3000 3000 2750 2250 "1200 1200 900 White/Pludux 8500 7800 6ss0 5450 4500 4350 2750 2750 2750 2550 2100 1100 1100 750 730 6s0 7700 6850 5800 4ó50 3875 2450 2150 1780 1000 740 7050 63s0 5350 4350 3550 2200 1950 1,600 890 ó50 'Kolor-rite 6300 5700 4800 3900 3300 æ00 I500 850 s700 5).00 4400 3500 3000 t\oo 1400 750 "r7s0 Delux Natural 5500 4900 43oo 3400 2900 2750 1750 1750 1ó50 1300 700 700 540 4800 4400 3800 2900 2500 2350 1500 1500 1500 1400 1150 ó00 600 440 Artifici¿l 5200 3300 2900 1750 700 Davlisht 4750 2850 2700 1,620 ó00 Northlight ó000 5500 4500 3700 J150 2000 1500 850 650 5ó00 5000 4100 3400 2900 1850 1400 750 550 Grolux/ Superq¡o 1500 *o ,oo ,to 250 Radar Red Pink 1500 1250 750 290

BIue 1400 1 I50 700 770

Green 5ó00 4600 2800 1 100 Gold 2900 2400 1450 550 Red 270 230 140 50 Rosettâ 5130 4590 3110 2960 2540 2550 1670 1620 1620 1460 1200 690 670 510 4260 3900 2580 2460 7110 2120 1420 1380 1380 1240 1,020 590 570 430

'Lumen figures not applicable.

t4 Fluorescent Tubes - Main Range

Life and Lumen Depreciation Factors The Effects of Switching 200 When a tube is operating, a small amount of the electron emissive material on the cathodes is continually consumed, H 1s0 but at starting a relatively large amount is dislodged. End of J life is reached when no active emitter remains on the roo FÊ cathode and the tube is unable to sta¡t. A frequently switched tube will fail much earlier than one 5so that is hardly in latter case its switched at all but the light 0 output will have fallen very low befo¡e actual failu¡e. 05101520253035 The graph shows the effect on life of different switching FREQUENCY OF SWTCHING PER 24 HOURS cycles.

Economic Life Most tubes employed in today's modem environment operate with an extended period (greater than 3 hours) between switchings which results in long lives, and because of this due consideration should be given to the "lighting economics".

The economic factor arises from the gradual degradation in the tube's light output during operation due to deterioration of the phosphors whereby it becomes desirable to replace the tube prior to actual failure. The favourable economics of Polylux tubes become apparent when compared with other tubes because of theìr superior lumen maintenance ch¿racteristics.

Typical lumen maintenance and survival curves for Pluslux/ Polylux fluorescent tubes

% Life Swvival % Lumen Maintenance 100

É 90 E \ 80 3 + POLYLUX ç 70 PLUSLUX o \ òe 60

50 0 1 2 3 4 5 6 7 I 9 1.071.1.21.31415 Thousand Hours use

One definition of 'economic life'is the time at which the Planned Lighting Maintenance light output has fallen to 7070 of the initial (100 hou¡) Themost sçnsible wayto arrange tubereplacement is to choose figure. This is defined as the time during which the light a planned lighting maintenance system. This ensures that: output - as a result of mortality and light reduction - has a) The installation maintains a uniform appearance. dropped 30% from the initial light output. b) The rìsk of damage to the control gear by tubes failing is ¡educed. c) Cleaning of the luminaires can be unde¡taken at the same time as the lamp change, at little extra cost.

The few individual tubes which faii between the planned replacement times should be replaced immediately.

ß Fluorescent Tubes Main Range

Electrical Data and Dimensions

Average performance tested at 25"C to 8S2818 and 8S1853. These standards allow for certain manufacturing tolerances.

Figures given are nominal and subject to tolerances.

Rated Objective Tube Length Diameler Tube Tube Tube Tube Ratins mm, mm. Watts Watts Volts Amps Polvlux & Pìuslux 8'100w 2400 38 r00 )02 t25 0.9ó ó' 70w r800 26 70 ó9 t28 0.70 5'58W 1500 26 58 58 r10 0.67 4'3ów 1200 26 i6 ló l0J 0.4-ì 2'18w ó00 26 r8 t8 57 0..17 Arson Filled Tubes 8'125w 2400 38 125 123 149 0.94

8'85W 2400 38 85 8_q 178 0.55 6' 75/B5w 1800 38 75 75 130 0.67 5'ó5l80w 1500 38 65 64 110 ô.67 s'50w 1500 16 50 48 r54 0.37 4'10w t200 38 40 39 r03 0.4J 1050mm 40W 1050 26 40 39 ltl 0.42 IM 4OW 997 l8 40 40 8l 0.5ó 3'3oW 900 26 30 l0 96 0.36 2'40w ó00 l8 10 37 15 0.88 2'20W ó00 38 20 l9 57 0.37

18" 15w 26 15 l5 5ó 0.31

t6 Fluorescent Tubes - Other Types

"u" Tubes

I T B C t I

Lensth Lenøth Lug Bulb Rated Nominal oveiall-A oveiall-B Cenke*C Diameter-D Wattage dimensions Cap Max. Max. Max. Max. 40 525 x 120 2xCl3 524.0 t20.66 94.0 26.66

Not¿: Maximum difference in lamp leg length = 2.0mm.

ËLECTRICAL DAT,A Raled Objective Tube Tube Watts Watts Volts Amps 40 39 t'12 0.42

COLOUR OPTIONS AND LUMENS 100hr Iumens 2000hr lumens

Polylux 3500 3250 3000 White 2875 2575 Wam White 787\ 2.515

17 Fluorescent Tubes - Other Types

Circular Fluorescent Tubes

DIMENSIONS Outside Lamp Buìb Rated Nominal di¿metetrC diameter-Dl Wattage diameter Cap max. max, 32 J05 C10q 311.2 34.1 40 406 C10q 412.8 34.1 60 406 GIoq 412.8 34.1

ÉLECTRICAL DATÀ Rated Objective Tube ,Tube Watts Watts Volts Amps 32 81 0.45 40 40 110 0.42 60 58 92 0.75

LUMENS I00hr lumens 2000hr lumens 32W 1800 ló00 40w 2500 ).300 ó0w 3700 3400 D1

Colour: Wam White only

B D Miniature Fluorescent Tubes

DIMENSIONS AND ELECTRICAL DATA Length Diameter Rated Objective Tube lube Tvp" mm. mm. Cap Watts Watts Volts Amps

21" 13W 525 15 C5 13 13 95 0.17 12" 8W 300 15 G5 I 7 5ó 0.15 9" 6W 225 t5 C5 6 6 42 0.1ó

6" 4W r50 t5 C5 4 4 29 0.17

COLOUR OPTIONS AND LUMTNS 100hr 2000hr 27" 73w 72" 8w 9" 6w 6" 4w White 850 480 300 150 750 420 250 720 Wam White 850 480 300 750 420 250 CoolWhite 800 450 ,on 700 400 250

18 Fluorescent Tubes - Other Types

Ultra Violet

These are standard fluorescent tubes in which the phosphor emits long wave ulha-violet (UV-A) ¡adiation together with a small amount of visible light. The peak output at 3ó5nm attracts insects and makes these tubes especially useful in insect traps. Other applications ìnclude chemical processing and some printing processes.

Caution These tubes emit UV radiation - recommendations for their safe use can be found in the publication "Protection against ulha violet radiation in the workplace" isued by the National Radiological Protection Board and available f¡om H.M.S.O.

Size Range O Standard producls 18" 15w 12" 8w ULTRAVIOLET (1sw) O Special products 260 other sizes and shapes may be made -t to special order È r,es É Electrical Characteristics and Dimensions o3 130 The same as standard tubes of the same rating. À

=At Life õvJ 3 UItra violet lamps should be replaced after 2000 hours 0 operation due to degradation of the UV producing 300 400 500 600 700 800 phosphor. Wavelength nm

19 General Information

British Standards Miscellaneous Tubes Fluorescent tubes described in this catalogue conform to Metal Strip Tubes (MCFA/U)

British Standard 1853 and Intemational Standard IEC81 These are supplied for use where ea¡thed metalwork is not where applicable. adjacent to the tube. A metallic conducting strip is GE Thom holds Licence no. 5247 for the manufacture of cemented to the outside of the tube, connected to both fluorescent tubes to BS 1853. caps, which must be earthed. A limited range of the more Marking of rated wattage on tubes popular tubes in ó00-1800mm lengths, can be supplied with The wattage dissipated and lumen output of any discharge metal strip. lamp, including a fluorescent tube, depend mainly on the Coloured Tubes cha¡acteristics of the ballast with which the particular lamp is operated and on the maìns supply voltage at any Red and Gold tubes are only for use on starter switch given time. circuits and not switchless-start circuits. given Because of this the marking of a rated wattage on any Colour Temperatures for Fluorescent Tubes fluorescent tube does not necessarily indicate the wattage The term'colour temperature'should shictly be applied which the tube is intended to dissipate in any given only to spectral dishibutions that give chromaticity circuit arrangement. co-o¡dinates close to the black body locus. Thus in The appropriate fluorescenl tube and associated ballast fluorescent tube colours the 'colour temperature' is merely specifications list the ¡ated or nominal wattage of any given an indication of the location of the chromaticity tube type and also the'objective wattage'which is the co-ordinates on a colour chart. actual target wattage the tube should dissipate when The 'colour temperatures' should not be used as a guide for operated under prescribed conditions in association with photographic purposes. a mid-point reference ballast. Ballast Lumen Factor Spectral Distribution The ratib of the light output of the lamp when the ballast Spechal distribution data is given in graphical form. under test is operated at its rated voltage, compared with Horizontal scales are wavelengths in nanometres the light output of the same lamp operated with the (10'' metres). supplied at its rated voltage appropriate reference ballast Vertical scales are power in milliwatts per 5 nanometre and frequency. band width per 1000 lumens for a 1500mm tube at 58W or Electrical Data ó5W as appropriate. This is given for standard conhol gear operated in 240V Lumen Outputs 5OHz tube ci¡cuits. Average performance is determined at The lumen quoted in this catalogue are measured at 25"C in accordance with BS 2818. The circuit watts quoted outputs 25"C in accordance with BS 1853. may be reduced by up to 570 when operating in somã luminaires because circuit watts reduce as the lamp Note that lumen outputs of individual tubes are within the operating temperature rises. limits specified in BS 1853 according to rating.

Tube Grades Initial Lumens There are different grades ol tube to suit varioui types lnitial lumens are measured after 100 hours operation. of control gear and the côrrect type must be used to obtain satisfactory starting performance. Lumens During Life

Standard 26mm and 38mm Diameter Tubes Lamp outputs at 2000 hours are also included as a guide to Altstandard THORN 2ómm and 38mm diameter argon lighting engineen planning scheme layouts. Lumen output filled tubes are lor use in all luminaires. beyond 2000 hours decreases by 270 to 470 per 1000 hours (see Fo¡ starterless circuits the metal chassis must extend the full use according to the colour and loading curves on length of the tube, be not more than 20mm from it, and be preceding pages). bonded to earth. Switchless start ci¡cuits must be used only BI-PIN/BC Adaptor GB 1515 on 200-250V 5OHz supplies where the neutral conducto¡ is at earth potential. 2ómm diameter Krypton filled Adaptor converting bi-pin lamp cap to BC. The overall (Pluslux and Polylux) tubes are suitable for switchstart, length of a 15OOmm bi-pin tube with these adaptors does Vivatronic or electronic ballast start only. not exceed the length of a BC tube.

z0 DTS GE LAMPS

2T General Discharge Lamp Information

Lamp Standards The info¡mation included in Lhis catalogue indicates typical performance of a represenlative number of lamps measured under controlled conditions, ìt is noI a guarantee of individual ìamp performance. The approprrate lamp standards allow for tolerances in electrical characteristics which, together wrth tolerances rn ballast impedances, and vanations in mains voltage supplies will resulI in the cha¡acteristics of individual lamps varyìng from lhe objective when measured under site conditions. THORN discharge lamps comply wilh, and values included in these tables conform to, lhe following standards. BS 3ó77 High Presure Mercury Vapour Lamps BS 37ó7 Low Pressure Sodium Vapour Lamps IEC 188 High Pressure Mercury Vapour Lamps IEC 192 Low Pressure Sodium Vapour Lamps IEC óó2 High Pressure Sodium Vâpour Lamps

Sydney Opera House Cap Designations ES 827 Lighting Advisory Service - CES E4O Discharge lamps are compacl high oulpuf light sources and - BC 822 their successful application for inte¡ior o¡ exterior use - 3pin BC 822-3 depends upon several factors, Luminaire design, layout and - decor are all important elements in achieving visual Ambient Temperature satisfaction. Discharge lamps will normally start at minimum temperatures of - 20"C [ - ¿0" for SON and - 30' for CSII. Mercury lamps which do not use a high voltage Supply Voltage ignitor device are dependent upon supply voltage, All lamps are suitable fo¡ 220V and 2+0V supplies using suitable conhol gear.

Lamps will starL and operate with a 10% reductron in ¡ated supply voltage provided the co¡rect control gear is used. STARTING OF MBF LAMPS However, in o¡der [o maxrmise lamp survival, lumen maintenance and colour uniformity rt is recommended thal 240 the.supply voltage and ballast design voltage should be within + 370. 220 \ Supply voltage excursions of * 570 from normal will not ë 2oo be detrimental provided that for most of the time the õ vanation is within * 3%. >* roo -q Fusing E 760 For a very short period afteir-switch-on, a discharge lamp may act as a rectifier and as a result the ballast may allow 1.40 several times the normal circuit current to flow. To prevent rectification occurring at end of life conlinuous -30 -20 -10 0 10 20 .30 operation of discharge lamps should be avoided and a switch off introduced at least once every 24 hours. Ambient Temperature "C

)) General Discharge Lamp Information

4:91 Series - Mercury and Metal Halide Lamps 4:97.2 MBF KOLORLUX 4:91.6 MBYMBIFKOLORARC 4:91.7 ARCSTREAM 4;91,11 MBIL 4:91..1.3 MBF Super Deluxe 4:99.7 IkW CSI Sealed Beam

4:96 Series - High and Low Pressure Sodium Lamps ' 4:9ó.1 SON-E' 4:96.2 SON-T 4:96.3 SONDL-E 4:96.4 SONDL-T 4:96.5 SON-TD 4:96.6 SON-R 4:96.7 SOX

Lamp Rating Run-up Re+irike Tvpe Watts time mins- time m¡ns. Gloucester Cathedral SOX l8 12 lnst¿nt Run-up and re-strike times .15 I lnstant When a discharge lamp is switched on, cunent first flows 55 9 lnst¿nt 90 9 t0 through the starting gas of the arc tube. The heat generated rJs I t0 vapourises the mercury, sodium or halide filling until the SOX,E 26 9 Instant operating conditions are achieved. Thrs is known as the 36 I lnst¿nt run-up. 66 9 IO

The following table shows typical times for both run up and 91 8 10

re-skike. The actual time will vary according to location, soN 50 3 Less than 1 luminaire and ambient temperature. Re-shike time is based 70 3 Less than I upon lamps that have fully run-up and are subject to a r00 4 Less than I momentary interruption to the supply voltage. Run-up r50 6 Less th¿n I 250 6 Less than I times are for the period up to 9070 normal light output. 400 I Less than I Most discharge lamps, except for mercury lamps are started r000 ó 3 by a high voltage pulse supplied by separate ignitor which SONDT 150 I Less than I ceases to function once the lamp has started. Extemal 250 I Less than I starting simplifies lamp construction and is very reliable. 400 I Less than I 250 2 7 AIITHORN SON lamps carry the intemationally agreed MBI/MBIF 400 2 7 lÀ symbol to indicate suitability for use with extemal 1000 2 ignitor circuits. MBI,TAIICSTIIEAM I50 I ¿ For information relating to Installation, Operation and 3000/4000 Disposal of discharge lamps, please refer to instructions MBT/IVIBFSD/MBFR 5O 5 I packed with the product. 80 3 4 125 3 4 Data Sheets 250 4 4 The following GE Thom Data sheets contain more 400 4 4 detailed information on specific subjects and lamp types 700 3 6

and are available on request. 1000 2

MBIL 750 2. I,l 2T 4:90 Series General Information - r500 2 15.20f 4:90.1 Lumen outputs of Discharge Lamps csr I000 t0'

4:90.2 Fuse Ratings for Drscharge Lamps f ln floodlight 4:90.3 Elechical Characteristics of Discharge Lamps ' Hot re strike version also avaiìable

23 SOX/SOX-E Lamps

!ittx :'ll

.lfl

,lo

')lt

1fl

,l U0 ltilt t;txl / oit llr l, Wilvclrftllh Írt

100 -___ 880 É, \- -= óo E r E40 W¿tts mm o Li[e survi\.dl 55 53 szo Lumen Mainten¿nce L - Watts mm 0 55 425 4 I 12 76 Thousand Hours

Low Pressure Sodium

The visible energy from a low pressure sodium lamp is Applications concentrated at wavelengths of 589 and 589.ómm. The high efficacy results in low power costs which makes This monochromatic ¡adiatron occurs close to the peak the lamps particularly suitable where long operating hours sensitivity of the human eye and therefore provides the are required. The main applications are for external Lghting highest luminous efficacy of lamp types for general - roads and pathways - and security lighting - car parks, lighting purposes. lt is this characteristic which produces subways, storage areas, construction sites. SOX lamps are the familiar yellow colour. also useful where monochromatic radiation is required for scientilic and graphic arts purposes. The lamps should not Description be used whe¡e colour discrimination is required. SOX lamps consist of a low pressure sodium discharge operating in a U-shaped arc tube which is mounted in a Operating position tubular ouLer bulb. This bulb has an intemal infra-red Horizontal * 20". 18-55W ratings may also be operated reflecLing coating to provide thermal insulation and to vertically, cap up. ensure the optimum operating temperature of the arc tube.

RANCE

Rating Lmp Lamp Lamp Cunent Lumen output Watts 100 hrs 2000 hrs 18 sox BC 57 0.35 r800 1750 35 SOX BC 70 0.6 4600 4500 55 sox BC 109 0.59 7650 7500 90 sox BC 112 0.94 127s0 12500 135 SOX BC 164 0.95 22000 21500

z4 SOX/SOX-E Lamps

A1(M) Hatlield Tunnel

Low Pressure Sodium SOX-E lamps confer the same luminous advantages Applications hours and low power associated with standard SOX lamps in that the Ai Íor SOX - where long operating monocluomatic radiation emitted by SOX-E corresponds costs are required. For example extemal lighting for roads, closely to the optimum sensitivity of the human eye. car parks, precincts etc. nature of this radiation means that colour performance The Operating Position is, therefore, also the same. However, by modifying the Hõrizontal t 20". 26, 36W rating may also be operated construction of the standard SOX lamp, power savings can vertically, cap up. be achieved and this amounts for the'T" suffix which stands foTECONOMY.

Description Note The construction of SOX-E is similar to standard SOX (see Although significant power savings can be achieved by previous page) except that the thermal insulation is substituting SOX-E lamþs for SOX, the rated Wattage irnptou.d. This in.reases the efficacy of the lamp and by figures for SOX-E will only be achieved when they are reducing the Wattage, significant power savings can be operated on control gear designed specifically for SOX-E. are for lamps achieved with only a small reduction in light output. Àll figures quoted in this catalogue for SOX-E operated on SOX control gear. SOX-E lamps are interchangeable with standard SOX lamps in the following way, Equivalent Ratings sox sox-E 3sw 26w 55w 3ów 90w 66w 135w 91w

RANCE Rating Lamp Current Lumen output Wâtts roo hrs 2000 htr 3800 26 BC 60 0.62 5750 36 BC 82 0.ó1 5950 10000 66 SOX-E BC 88 0.97 10500 9t 0.94 Ió3OO

SOX-E Lmens apply to operation on SOX ConholCear

z5 SON-T, SON-E Lamps

soN ri

lr'rv.lr¡'tl,r Dil'

'--=Èì \{-- -80 ioo 'õ \ E40 Watts mm I o Life survival (10 hour switching cycle) 250 47 .L szo --- LumenMaintenance F Watts mm - 250 257 0 ttt 6 1.2 78 24 Thousand Hours

High Pressure Sodium Description High pressure sodium lamps offer a distinct improvement in SON lamps consist of a high pressure sodium discharge colour appearance and colour rendering in comparison with operating withrn a sintered alumina arc tube which is low pressure sodium lamps. mounted in an outer glass bulb. Thìs bulb may be either SON lamps combine high efficacy, long life and tubular clear or diffuse elliptical shape. exceptiondlly good lumen maintenance which makes them All THORN lamps are marked /r\ which indicates that they particularly suitable for situations where operating costs are are suitable for use with extemal ignitor circuits. External high. SON lamps emit a pleasant golden-white light with starting simplifies lamp construction and is very reliable. adequate colour rendering for colour discrimination purposes. Applications The compact size of the lamps offers flexibility for The combination of high efficiency, good lumen luminairË design and better åptical control, píticularly with maintenance.and long life make this lamp suitable {or many the clear tubulãr applications both intemal and exterio¡. Warehouses, version. 'roadways, floodlighting and security lighting.

Operating Position Universal. IEC óó2 gives specific operating condìtions for all luminaires.

z6 SON-T, SON-E Lamps

f Watts mm 250 97 I nÌm 250 227 -l British Steel Coryora tion, Workington

RANCE Rating Lamp Lamp Lamp Cunent Lumen outout' Watts Tvpe cap voltage V amPs roo hrç 2000 hrs 50 SON-E ES 85 0.76 3s00 3100 70 SON.E ES 90 0,98 5800 5300 100 SON-E GES 100 t.2 9200 8800 T5O SON.E GES 100 1.8 15500 15000 250 SON-E GES r00 3.0 26500 25500 400 soN-Ë GË5 105 4.4 4ó000 4s000 1000 SON-E 110 r0.3 120000 110000

50 SON-T ES 85 0.75 3500 3100 70 SON-T ES 90 0.98 ó000 5500 100 SON-T GES 100 t.2 9600 9200 I5O SON-T GES r00 1.8 1ó000 15500 250 SON-T cEs 100 3.0 28500 28000 4OO SON-T GES 100 4.6 48000 47000 1000 SON-T CES 110 10.3 130000 120000

Correlated Colour 50-70w 100w 1s0-400w 1000w 1900 1950 2000 2050 x 0.542 0.530 0.530 0.520 0.415 0.418 0.415 0.415

General colour ¡endering index IRal 35 25 25 20

27 SONDL Lamps

( I0 hour snitching cycle) r00 \è\. ¿80 l,¡0W ¿nd ;ô0 100iv ã l-50!,V s=10 tt Liie survival iro --- LumcnM¿intenance 0 - ló9 tl Thous¡nd Hours

High Pressure Sodium - Deluxe SONDL lamps are available in either clear tubular or diffuse SONDL combines all of the energy saving benefits elliptical versions and because fhey are compact offer associated with standard SON but the colour appearance is considerable flexibility for luminaire design and good substantially whiter and the colou¡ rendering abilities of the optical control, particularly with the clear tubuÌa¡ versron. lamp are improved with a dramatic leap to Ra ó5 on the SONDL lamps are electrically and dimensionally Colour Rendering Index. inlerchangeable with standard SON. Description Applications SONDL lamps consist of a sodium discharge operating As a result of the improved colour, SONDL is ideally withrn a sintered alumina arc tube. However, in order to suitable for commerciaÌ interior applicalions or, in fact any achieve Lhe benefits in colour performance, this discharge applicalion where good colour rendering is prefened or operates at a higher pressure than is the case with standard required. However, SONDL is equally suitable for SON and for this reason, a specially desìgned arc tube is decorative fl oodlighting and amenity lighting. employed. Operating Position Universal. RANCI

Ratrng Lam¡ Lamp Lamp Current Lumen output Watis Type cuP voltage V amps A 100 hrs 2000 hr

r50 SONDL-E CES I00 Ì8 I 1500 I IOOO 250 SONDL E CES 100 J.0 20000 r9000 100 SONDL.E CES 105 l.,l 3.¡000 33000

r50 SONDL-T CES r00 t.8 I2000 I I500 250 SONDL T CES r00 J.tr 21000 20500 100 SONDI--T CES r00 4.6 35000 31000

Colour 2200 Dimensions see pages 26 and 27 co ordinates x 0.50.¡ 0.ll I colour l¡dex ó5

z8 SON-R Lamps

Ydv¡LtD{rh ¡rr

100 __+=+r I 980 l Euo

96 Éro Lifc suri'ivaì '- 20 (1 hour switching

I Lumen

C) ó 12 18 2.1 144 l+- - 4 Thousand Hours

High Pressure Sodium - Reflector Applications SOÑ-R can be used in a¡eas where the warm golden lighl is SON-R incorporates all the economic benefits of high useful for deco¡ative puryoses. It is partìcularly useful for pressrre sodium lamps - high efficacy, long life and downlighting in, for example, foyers, stairwells, canopy ieliability, With ¡ts intemal relleclor, however, SON-R . lighting. ln addition, Ihe accurate opticil control makes the provldei accurate optical control without the need lor lamp usefuì lor plant and [ìoral displays. expensive luminaires ¿nd also results in low mainLenance, especially cleaning costs. Operating Position Description UniversaÌ. SON-R operates in the same manner as standard SON. The high pressure sodium discharge operates in a sinte¡ed alumina arc tube which is mounted in a shaped glass bulb. This glass bulb incorporates the inLemal reflector'

RANCT Lumen outpuf Rating Lamp Lamp Curent loo 2ooo hrs Watts T hro 0.98 1800 70 ES 80

Correlated Colour Temp lKl 1900 Coìour co-ordinates x 0.512 v 0.J15 colour Index 35

BEAM INFORMATION 8.1

beam t8' 7o'

29 SON-TD Lamps

{

I v\ t.,; -- L lr'¡v.lî¡{¡t rtrr

100 '-:à Eao \r---- J60a Watts mm -õ 250 789 Ë40 Life survival F- 400 254- (10 hour switching cycle) -T o20 Maintenance 22.4 I 0 61218 z4 Thousand Hours

High Pressure Sodium - Linear Applications SON-TD is exclusive to market leaders THORN fo¡ Because of the excellent optical control which can be operation in luminaires which have been specially designed achieved when used in these luminai¡es and the economic to optimise the lamp's opticalperformance. All the advantages óf using high pressure sodium, SON-TD is ideal economic advantages of standard SON are inherent in for floodlighting applications. The lamp is used in widely SON-TD and the lamp combines economy of operation differing situations: outdoor and indoor sports arenas, ski and high performance with excellent optical control making slopes etc; decorative lighting of public buildings; security it an ideal choice where long operaiing hours are required. lighting floodlighting in hazardous areas.

Description Operating Position Horizontal A 20". SON-TD arc tube is similar to standard is SON but NB mounted in a clear tubular quartz outer jacket which is All lamp performance figures are quoted for operation in a double ended for use in specific luminaires. suitable luminai¡e. Performance will not be achieved in free air. Operation of the lamp in a vertical position may adversely

RANGE affect the quoted life. Rating Lamp Lamp Lamp Lumen output Watts Type Cap voltaeeV Qrr€nlA 100hrs 2000 hrs 250 SON-TD RxTs 100 3.0 2ó000 25000

400 SON-TD RxTs 105 4.4 48000 46000

Correlated Colour Temp lKì 2000 Colour co-ordinates x 0.530 0.415 Gene¡al colour renderins Index IRaì 25

30 MBF Lamps

rtril

3 /

4 ltrl

100

E¿oF I ioo ---l Watts mm -õ Et6 Life 250 9"1 t Ezo (10 hour switching cycle) - - Lumen Maintenance l. Watts mm -'-.' -l 0 250 227 6 1,2 18 24 Thousand Hours

High Pressure Mercury - KOLORLUX Applications Standard MBF lamps are of well established design and With their reasonable colour rendering abilities, MBF lamps have, over the years, proved themselvds to be highly may be used for intemal applications where some colour judgement reliable. They offer the typical benefits associated with is required. However, the lamps are more widely discharge lighting: high output; long life and low usedforextemalapplications suchasroadlighting,securityand operating costs. Two of the great features of the lamp are amenity lighting. that it provides white light with reasonable colour rendering ability and, because it operates on a simple ballast Operating Position Universal. circuit a KOLORLUX package is simple and rncurs low capital costs. Description MBF lamps consist of a high pressure mercury discharge Temp 3800 operating withrn a quarlz arc tube. The arc tube is mounted in Conelated Colour lKl Colour co-ordinates x 0.390 an elliptical glass bulb which is coated with a fluorescent 0.385 phosphor. This phosphor both improves the colour that would General colour normally be emitted from a bare arc tube and diffuses the light, renderins lndex IRal 45

RANCE Rating Lamp Lamp Lamp Cunent Lumen output Wath Tvpe Cap voltage V amps I00 hrs 2000 hrs 50 MBF ES 95 0.ó1 2000 1900 80 MBF ES 115 0.8 3850 3ó50

175 MBF ES 125 1. l5 ó300 5800 250 MBT CES 1J0 2.13 13500 12500 400 MBF cEs 135 3.25 23000 21500 700 MBI GES I40 5.2 42000 38000 1000 MBT GES 145 7.5 58000 55000

31 MBFSD Lamps

t1l t;

lrill t¡t {t

100 ---_ Fto l-\ T JÔU -Ë Watts mm t.ife 250 91. 840 (10 hour switching cycle) 'õ 20 I -- Lumen ! Watts mm 0 -l 6 12 18 24 250 227 Thousand Hours

High Pressure Mercury - Super Deluxe Applications MBFSD lamps operate in the same manner as standard MBF The improved colour performance means LhaL MBFSD.can except that these new lamps incorporate a new "Super be used for commercial applications or for any lighting Deluxe" phosphor which has recently been developed, This application where adequate coÌour rendering is required. ln phosphor converts even more of the light normally fact, because MBFSD is dimensionally and eleclrically produced from the arc tube into the 'îedder" part of the rnterchangeable with standard MBF, lhe new lamps can be spectrum than the phosphor in standard MBF lamps and used as direct replacements to improve lhe quality of thus the colour of the lamp improves significantly. lighting in any current MBF installation.

Description Operating Position The construction and operation of this lamp is the same as Universal. for standard MBF (see previous page) wrth a change in phosphor-coating only. This phosphor reduces the colour temperature to a warmer and more acceptable 3300K (allowrng an acceptable blend with fluorescent and tungsten Correìated Colour Temp lKl 3300 lighting) and improves the colour rendering Lo an Ra of 55. Colour co-ordinaies x 0.J20 In addition the lumen output for most ratings of MBFSD is 0.395 General colou¡ 5% more than that achieved from standard MBF. renderins Index lRal 55 RANCE Rating Lamp Lamp Lamp Current Lumen output Watts Type Cap voìtåge V ampi t00 hrs 2000 hrs 50 MBSFD ËS 95 0.ó1 2000 1900 80 MBSFD ES I t5 0.8 J850 3ó50 125 MBSFD ËS 125 l.l5 6500 6200 250 MBSFD GES 130 2.13 14000 t3300 400 MBSFD GES 135 3.25 24000 22800

32 /-

MBFR Lamps

tÙlt

{

,rllt l;lxt Vnvrl¡:tr{lh (¡h

r00 --- Fto l\ JÕU -õ .--\ Watts mm l. as Life survival 250 166 Ë20 (10 hour switching cycle) - - Lumen Mainlenance 0 t 61218 24 Watts mm r +l Thousand Hours 250 260

High Pressure Mercury - Reflector

MBFR lamps offer all the benefik of standard Mercury in a shaped, hard glass bulb which is coated with a lamps but, having in[ernal reflectors, offer two great colour-improving phosphor and a reflectìng layer. advantages. Firstly, the lamps provide good optical control Applications without the need for expensive reflector systems. Secondly MBFR lamps are particularly suitable for operation in dirty the optical performance is not reshicted by the build-up of indushial envi¡onments or lnaccessible areas where dir[ or corrosion on reflecting surfaces as is the case with minimum maintenance is required. In addilion, as the bulb is conventional luminaires. As a ¡esul[, the use of MBFR both shaped from hard glas, MBFR lamps can be used reduces capital cost and cleaning/maintenance costs. extemally. Description MBFR lamps consist of a high pressure mercury discharge Operating Position operating within a quartz arc tube. The arc tube is mounted Universal.

R,{NCE Rating Lamp Lamp Lamp Current Lumen output W¿tts Tvpe cap voltage V amps I0o hß 20oo hrs

250 MBFR CES 130 2.13 1 1500 r0500 400 MBFR CES 135 3.25 20500 18000 700 MBTR CES 140 5.20 J5000 J2500 1000 MBFR CES 145 7.50 52000 48000

BEAM INFORMATION Correlated Colour Temp lKl 3800 250w 400w 700w 1000w Colour co'ordinates x 0.395 Peak lntensitv (kcd) 13.5 3.r 5.Ì 9.1 0.400 7¿ peak beam ansle 112" I20" 120" 1t2" General colour '/o peak beam angle 150" 160" 1ó0" 1ó0" renderins Index lRal 35

33 MBI/MBIF Lamps

{

lr'¡v.lrtrtrl' û!'

f Watts mm 250 91. L l.- 1,yu¡¡r mm 250 zz7 -.1 Vtrv{lrrqtI nnr

Metal Halide - KOTORARC Operating Positions: ln terms of development, KOLORARC lamps are a BUH - Base Up to Horizontal. Operates in any position progression from standard mercury lamps. The luminous between cap up and cap 15" below horizontal. efficacy is almost 2570 higher and the lamps have H - Horizontal. Primarily designed to operate excellent colour rendering abilities and a clean white * 15' of horizontalbut canbe usedup to * ó0" colour appearance. of horizontal. BU - Base Up. Permitted operating position is base up Description within + 30" of the vertical. KOLORARC lamps consist of a high pressure discharge in BD - Base down. Permitted operating position is base mercury vapour with MetalHalide additives, operating in a down within * 30" of the vertical. quartz arc tube. It is these metallic additives which provide U - Universal. Suitable for operating in any position. the excellent colour performance. The quartz arc tube is Not all permutations of wattage and operating position mounted in an elliptical glass bulb which is either clear for are available with KOLORARC lamps. Please check the MBI version, or coated internally with a fluorescent before ordering. phosphor for the MBIF lamp. Notes Applications It is important that these lamps are operated in suitably KOLOMRC lamps are ideally suited for applications enclosed luminaires with UV absorbing cover glasses. where high quality white light is required. They are Full enclosure will also retaìn the fragments of glass in particularly suitable for commercial interiors, indushial the unusual evenl of the outer bulbs shattering at the end workshops and exhibition areas but are also suitable for of life. situations whe¡e television cameras are likely to be used or As there are no intemational standards for Metal Halide where any filming is likely to take place. Finally, the MBI lamps such as these it is important to check the version lends itself to floodlighting applications as the compatibility of lamp and control gear. clear lamp allows good optical control when used in suitable luminaires.

34 MBI/MBIF Lamps

r00

E8o E -= ó0 3 Ë10 MBI MBIF Ò Correlated Colour Temp IKI 41OO 3800 20 ¿ç Colour co-ordinates x 0.380 0.395 v 0.385 0.395 0

369 12 Index Thousand Hours In order to maintain uniformity of appearance group replacement is recommended.

RANCE

Rating Lamp L¿mo Lamp Current Lumen outpuI Watts TyPe cuP voltåse V amps 100 hrs 2000 hrs 250 MBIF/BUH GES 100 2.9 19000 1ó000 400- MBIF/BU GES 120 3.5 29000 24000 400' MBIF/H GES 120 3.5 29000 24000 1000 MBIF/U cEs 250 4.2 92000t 85000r

400- MBI/BtJ CES f20 3,5 29000 24000 1000 MBUU cEs 250 4.2 92000t 85000+ ' When opemted with THORN rontrol gear, lamp operates at 375W. Lumen oulputs quoted lor this condition. Ì Applies to vertical posilion; when opeiated horìzontally, reduce by l0%,

Globe, Stockholm

35 ARCSTREAM Lamps

I lil .1¡rrÍt ^1il:1, ^l I

4rilt i,r,lr l;llll V¿v.l.trqll' DnÌ

100

õso -óo5 F- \ E40 Life survival o (10 hour switching cycle) I' .- 27.5 20 Lumen Maintenance

I 0 l-- 76 0123456 -1 Thousand Hours

ARCSTREAM 3000 or 4000 Applications Metal Halide lamps - MBI-T. Arcstream's compact size, its high lumen output and colour A¡cstream is the very latest in metal halide lamp performance make it a highly versatile lightsource. Being development. II is extremely compact and while being a such a small, point like source, precise optical control can be low wattage lamp has a high Ìumen output and a long life achieved with equally compact fitLings. It is, therefore, which makes it a highly efficient lightsource. In addition particularly useful for display lighting where the qualìty of Arcstream's colour performance is excellent. With a high light and its conkollabllity ls vital. This controllability also Ra, colour rende¡ing is extremely accurate and with a makes Arcstream extremely useful as a means of choice of colour temperatures - 3000K (warm) and 4000K floodlighting. Equally, its ability to blend with other (cool), Arcsheam provides a high quality white light which lighting means lhaL Arcst¡eam is also an excelìent choice for is sure to match any lighting installation - particularly commercial lnteriors, particularly when used in conjunction Lightstream and fluorescent. with the new range of slim uplighters which have been specially designed for Arcstream.

Finally, being single-ended, installation and maintenance is much easier than for double-ended versions.

36 ARCSTREAM Lamps

Operating Position Universal.

Note It is important Lhat these lamps are operaled in suitably enclosed luminaires with a UV absorbing cover glass. Full enclosure will also retain any fragments oI quartz ìn the unusual event of the outer bulb shattering at the end of life

RANCE Rating Lamp Lamp Lamp Current Lumen output W¿tls Tvpe cup voltage V amPs I00 hrs 2000 hrs t50 MBI,T/BDH cl2 95 1.8 12000 t0000 I50 MBI-T/BDH cl2 95 t.8 12000 10000

Conelated Colour Temp lKl J000 t000 Colour co ordinatcs x 0.13.1 0.380 y 0.102 0.377 Ccnct¡l colour rcnderins Indcx llìal 80 8-s

Royal Museunt of Scotland

37 MBIL Lamps

ñtilt

W¡v.l(0tll on'

100

Ë80 F l-f _= ó0 E¿o + 254 Life survival = Ezo (10 hour switching ln.t --- LumenMaintenance 0t23456

Thousand Hours

Metal Halide - Linear Applications MBIL lamps are the powerfulmetalhalide lamps which With its high quality white light and high output MBIL is have changed floodlighting systems dramatically over exhemely useful for stadia Ìighting where T.V. broadcasts recent years. The laimps are slim and double-ended in design are likely to be made. It is also important for general sports which allows positive location in luminaires and ensures lighting - indoors and outdoors - tennis courts, ski slopes that focussing is extremely accurate. It is this control which or rìding schools. MBIL is also suitable for decorative and when combined with the right reflector design allows even security floodlighting - of publìc buildings, building sites or illumination without uncomfortable glare as a result of light car parks. spillage. Being metal halide, MBIL has excellent colou¡ Operating Position performance. Colour rendering is good and colou¡ Horizontal. temperature is 5200K - cool white light which approximates to daylight. Finally, despite its small size Notes MBIL has an extremely hìgh lumen output and.a long life. The 1500W lamp requires 380/415V supply or use of a Operational and maintenance costs are, therefore lower step-up hansformer. than would normally be achieved from conventional All lamp pelormance figures are quoted for operation in a floodlighting lamps. suitable fìtling. Performance will not be achieved in free air. Description MBIL lamps consist of a high pressure discharge with Metal 750W 1500w Halide additives operating in a double-ended quartz arc lKì 5200 5200 tube. The arc tube is not mounted in an oute¡ bulb but is left 0.340 0.340 0.3ó0 0.360 bare for use in suitably designed luminaires such as THORN Lighting's OW 1500.

RANCT

Rating Lamp Lo_*p Lamp Lamp Lumen Output Watts Type cuP voltage V current A 100 hrs 2000 hrs 750 MBIL 91-? 461 RxTs 500 1.75 67000 58500

I5OO MBIL 91-7 47 3 RxTs 250 6.70 120000 1 I0000

38 CSI Lamps

t00 Ëso E ó0 -ã-¡ I 840 205 E Life survival Ë20 I0 hour switching t Lumen Maintenance t-775-.-l 0 1 23 4 Thousand Hours

Metal Halide - Compact Source, Sealed Beam Applications CSI Sealed Beam lamps extend the posibilities of CSI are ideal for the long range projection of light from floodlighting scheme design by providing a projector or high towers. They are, therefore, most frequently used for spotlight rather than a wide beam flood which the MBIL major sporting stadia especially as their excellent colour offers. Being a Metal Halide lightsource, colou¡ rendering and appearance makes them highly suitable performance is excellent, with a high Ra and colour where televìsion cameras are used. However, with their temperature of 4000K. With its own in-buìlt reflecto¡ economy of operation, CSI lamps are frequently used for system, optical control is extremely accurate and is made many other general floodlighting applications, particularly even more controllable when used in conjunction wìth decorative lighting of buildings, monuments, columns or special luminaires such as THORN Lighting's OQ1000. CSI atria. lamps are also available in a hot restrike version so that in [he event of an interruption to the power supply, the lamps Operating Position will re-start immedìately. Finally, with their high efficacy Universal. and long life, operational and maintenance costs a¡e lower

than would be expected from conventional floodlighting 4000 lamps, 0.395 Description 0.395 colour CSI consists of a high pressure discharge with Metal Halide 80 additives operating in a quartz arc tube. The arc tube is mounted in a PAR ó4 sealed beam unit with a clear front BEAM INIORMATION glass. This unit not only provides thermal and physical Peak Intensitv Ikcdl 1500 protection for the arc tubes but also acts as an integral % peak beam ansle 6' peak precision reflector system. '/'o beam ansle 18' RANCE Rating Lamp Lamp Lamp Lamp Lumen Output Watts Tvpe rele¡ence Cap volt¿se V current A 100 hrs 2000 hrs 1000 CSI 99-1222 c38 70 85 15 76000 67000

39 Discharge Lamps for Special Applications

GE Thom are pleased to advise on the application of their A range of Xenon lamps, of the shorl arc high brightness, standard discharge sources for special situations. A typìcal high pressure type typically used in film projection and example of this is in the use of THORN MBI lamps by oplical and laboratory applications, is also available. Trinity House in unmarured Lighthouses, an application which makes full irse of their long life, good maintenance and white light characte¡istics. The lamps directly replace incandescenl lamps in optics of the rotating lens type.

Special discharge lamps have been made ['1 lH{.)R\ l,'r many specific and diverse applications. Typical cxamples are disco lighting, criminal forensic work, water sIerilisalron, planI growlh and a mulIitude of applications in the Graphrc Arts Indushy. THORN are the world's recognised leaders in the development of short arc mefal halide lamps. Such types as lheir CSI and CID range are used all ovcr the world for lighting in the Film and Television lnduslry. Sealed Beam (PARó4) types are used for sporls fields fìoodllghtlng especially where illuminalion is required [o television slandards.

40 IT\üCAT{DESCET\IT LAMPS

4I General Lamp Information

GE Thom offer a comprehensive range of incandescent Average Life and Initial Lumens lamps suitable for domestic, comme¡cial or industrial The quality control of GLS lamps has been extremely well applications. Over 99% of the lamps listed in this section developed, but because minute variations within laid down are manufactwed in our UK factories whe¡e meticulous production tolera¡ces produce proportionally greater attention is paid to quality conhol and where the latest changes in average life and lumens, it is impossible to high speed manufactwing equipment ensures that a sa{e guarantee these figuresfor m individuallamp.

and reliable product is produced. The average life (the rated life of a doublelife lamp is 2000 hou¡s: all others 1000 hours) and lumens quoted in our British and International Standards literature and on lamp cartons is calculated statistically by Lamps described in this section comply with the regularly measuring and life testing sample quantities of and European following British standards where lamps to BSló1 and IECó¿, and taking these results as being applicable: representative of our production of a particular type of British International lamp. These results are recorded and over a period of time Standard Equivalent Description an on-going indication of quality is established. The BS1ó1 IEC54 Specification for tungsten average life of a small quantity of lamps should not be filament lamps for general taken as typicalunless the results are read in conþction lighting service. with BSlól and IECó4. 855971. lEC432 Safety and interchangeability of Operating conditions, pàrticularly supply voltage and tungsten filament lamps for buming position, will affect achieved life. As can be seen and general lighting domestic from the following graph, a 5% increase in supply voltage purposes. will reduce the expected life by 5070, hence correct BS5 101 Specification for lamp caps and matching of lamp and supply voltage is essential. hoìders together with gauges

for the control of \ìrI onsolìünsilrn[Ln$l hm¡ .hMÞrn6 silh ó¡nFr i¡ \oLhs. interchangeability and safety. f 8561.79 Specification for tungsten filament lamps for general H lighting service with lives of 2000 hours.

a Lumen Ouþuts of GLS Lamps This information is given in the table below. The figures are I derived from Naiional and Intemational specifications and Ê ('r/ are provided for the guidance of lighting engineers. Initial lumens are the average lumen outputs at the start of life while Lighting Design Lumens are the average lumen î outputs throughout the life of the lamp.

240v Doublelife 2¿0V Netabulb 24ov 110v 50v 25V Initial Initial Initial lnitial Initial Initial Watts lumens LDL lumens LDL' lumens LDL lumens t.DL lumens LDL* lumens LDL. l5w 115 105 25w 27s 200 290 275 335 310 40w 410 390 370 350 385 365 500 460 495 465 620 580 ó0w 700 ó6s 630 595 660 625 840 770 870 820 998 940 75w 940 890 100w 1330 1260 1200 1140 1250 118¡ 1580 1450 tó00 1500 1720 1ó10 150w 2140 2030 1900 1800 2030 1,925 2360 2160 200w 2880 2730 3250 2980 300w 4550 4300 5050 4710 5400 5050 500w 8200 7700 8900 8270 1000w 18400 17300

Lighting design lumens.

42 MazdaStylelight Range

I L A I lu *F /* ç 5þ tt

{. ,

€,ñ v =*a{V Ë w & È ü# ,ww * s \

CLS 5 x l0 WAY (SHIìINKWRAPPìID) For line illustrations see pages 58-ó0 Pack ßox Volts W¡tts Cop Finish Type Diagram Ouantitv 2J0 25 BC Pearì T 50

210 l0 BC Pearl T 1 50 2r0 ô0 BC Pearl T 50

2.10 75 BC Pe¡rl T 1 50 210 100 ßC Pearl T I 50 210 I50 BC Pc¡rl T I 50

2l{l .10 BC Cle¡r T 1 50

240 ó0 BC Clear T I 50 210 I00 BC Clear T I 50

2.10 ó0 ES Pearì 1' 3 50

210 100 ES Pearl T 3 50 T: Tuckend B = BlisterPack CLS TWINPÂK 2 x 50 IVAY

P¿ck Box Volts C¿p Iinish Tvpe Di¿gr¿m Ouantii,,'

210 10 tsC Pearl T l 2x50

210 ó0 BC Pearl T I 2x50

2ó0 r00 BC Pc¿rl T 1 2x50

43 MazdaStylelight Range

NETABULBSxI0WAY T : Tuckend B : Blßter Pack Pack Box Volts Watts cup Finish Tvpe Diagram Quantity 240 40 BC Opal T 2 50 240 60 BC Opal T 2 50 240 100 BC Opal T 2 50

DOUBLELIFESx r0WAY Pack Box Volts Watts cuP Finish Type Diagram Quantity

240 40 BC Pearl T 1 50

240 60 BC Pearl T 1 50

240 100 BC Pearl T 1. 50

240 I50 BC Pea¡l T 1 50

240 40 BC CIear T 1 50

240 ó0 BC CIe¿r T 1 50

240 100 BC Clear T 1 50

COLOURED CLS Pack Box Volts Wâtts Cap Finish Tvpe Diasram Ouantitv

200/2s0 60 BC Amber B 1. 20

200/250 60 BC Blue B 1 20 20012s0 60 BC Yellow B I 20

200/250 ó0 BC Green B 1 20 200/250 60 BC Red B I 20

ó0 BC B 1 10

200/250 25 BC Creen, B 1 3x10

200/250 25 BC Pink, Amber, Yellow B 1 3x10

TIREGLOW Pack Box Volts Watts cap Finish Tvpe Diaeram Ouantitv 200/250 60 BC Lacquered B 6 20

NICHTLIGHT Pack Box Volts Watts cuP Finish Type Diagram Quantity 200/250 8lt2 BC Pearl B 3 20

PYGMY Pack Box Volts Watts Cap Finish Type Diagram Quantity 2001250 15 BC Clear R 7 20 200/250 15 sBc Clear B 7 20

200/250 I5 SËS Clear B 7 20

200/250 25 SBC Clear B 7 20

200/250 25 sËs Clear B 7 20

200/7s0 t5 BC Red B 7 20

200/250 15 SBC Red B 7 20

200/250 15 BC Amber B 7 20

200/250 15 SBC Amber B 7 20

CROWN SILVER Pack Box Volts Watts cap Finish Tvpe Diagram Ouantitv EC 200/2s0 60 Crown Silver B 21 20

44 MazdaStylelight Range

CANDLE 3ómm BLISTTR Pack Box Volts Watts Cap Finish Tvpe Diagram Quantify 240 25 BC Opal B t6 2x10 240 25 BC Clear B 16 2x 10 240 25 sBc opal B 1ó 2 x 10 240 25 SBC Clear B 16 2x70 240 40 BC Opal B 16 2x10 240 40 BC Clear B l6 2x10 240 40 SBC Opal B 16 2x10 240 40 SBC Clear B 16 2x10 '16 240 40 SES Opal B 2x10 240 40 SES Clear B 16 2x 10 240 ó0 BC Opal B 16 2x1,0 240 60 BC Clear B 16 2x10 240 60 sBc Opal B 16 2x1.0 240 60 SBC Clea¡ B 16 2x10 240 40 BC Wam Orange B 16 2 x"l0 240 40 BC Pink B 16 2x10 240 40 BC soft Pink B 16 2x lO 240 40 BC Pattemed B 16 2x10 240 40 BC Soft Creen B 16 2x10 240 40 BC Lemon B '16 2x10

DECOR SPOT 5omm Pack Box Volts Watts Cap Finish Tvpe Diagram Quantity 240 40 SES Diffuse B 22 20

DECOR SPOT ó3mm Pack Box Volts Watts Cap Finish Type Dìagram Quantity 240 óo BC Diffuse B 23 20 240 60 ES Diffuse B 20 240 60 ES Amber ß 23 20

2.40 60 ES Blue B 23 20

240 60 ES Green B 23 20 240 ó0 ES Red B 23 20

240 60 ES Yellow B 23 20

240 ôt, ES Neospot B 23 20

DECOR SPOT 80mm Pack Box Volts Watts hnrsh 240 60 BC Diffuse B 24 i0 240 60 ES Diffuse B 10 240 100 BC Dilfuse B 10 240 100 ES Diffuse B 24 10

DECOR SPOT 95mm Pack Box Volk Watts Cap Finish Tvpe D¡agram Quantity 240 75 BC Diffuse B 25 10 240 IJ ES Diffuse B 25 10

45 MazdaStylelight Range

DÈCOR ROUND a5m¡ir BLISTER PÁCK) Pack Box Volts Watts Cap ltntsh Tvpe Diagram Quantity

240 25 SES Opal B t8 2x 10 240 40 BC Clear B 18 2x10 240 40 BC Opal B I8 2x10 ).40 40 sBc Clear B l8 2x10

DECOR ROUND ó8mm Pack Box Volts Watts Cap Finish Tvpe Diagram Quantity 240 40 BC Opal B 18 20 740 60 BC Opal B I8 20

DECOR ROUND 95mm Pack Box Volts Watts Cap Finish Tvpe Diagram Quantity 240 60 BC Opal B 18 l0 240 100 BC Opal B I8 10 240 40 BC Purple B 18 10 240 40 BC Amber B l8 10 240 40 BC Creen B r8 IO 240 40 BC Red B 18 10

DECOR ROUND 12ómm Pack Box Volts Watts Cap Finish Type Diagram Quantity 240 100 BC Opal B 18 IO 240 150 BC B

CARRIACE LAMP Pack Box Volts W¿tts cap Finish Typ" Diagram Quantity B l8 t0

PAR 38 Pack Box Volts Watts Cap tinish Tvpe Di¡gram Quantity

240 100 ES Clear B 26 10

STRIPLICHT BULB Pack Box Volts Watts Cap Finish Tvpe Diagram Quantity 240 30 221mm Opal B 19 20

240 JO 221mm Clear B 19 20 240 l0 284mm Opal B 19 20 240 30 284mm Clear B t9 20 240 60 221mm Opal B 19 20 1.40 6n 284mm Clear B l9 20

46 Mazda Stylelight Softglow

Mazda SofLglorv is a range of GLS Lamps (240v ó0w BC) in four subtle shades, Apricol WhiLe, Primrose White, Apple WhiLe and Rose White, which give a hint of coÌouL designed to co-ordrnate wilh home deco¡. Manufaclured in the UK using the latest machinery Softglow lamps are rn[ernally coated to give a soft even spread lìght.

RANCE P¡ck ßox Volt5 I'Vatts cop [rnrsh Tvpe Diagranr Quantity 2¡0 ó0 BC Rosc I'lhite ß l0

2.10 ó0 BC Aprìcot l{hile B 10

210 ó0 BC Appìe lYhite B r0

210 óLl BC Primrose \'\'hite B l0

For line ilfustrations see pages 58-ó0

47 I General Lighting Service Lamps

$ $ For line illustrations see pages 58-()0 STANDARD CLS Box Volts W¿tts Cap Finrsh DiaRra¡r Ouantìly' 240 40 BC Pearl AB 240 ó0 ßC Pearl AB 110 r00 BC Pearl \ll )40 150 ßC Pearl AB

DOUBLE LIFE Box Volts Watls Cap finish Diagram Quantity' 240 40 BC Pearl I C 240 ó0 ßC Pc¡rÌ C 210 100 BC Pe¿rì c 210 t50 BC Pcarì c

48 t General Lighting Service Lamps

COLOURED

Box Volts Finish 200/250 15 Green, Pink, Yellow, Red I c 20012s0 BC Amber, Blue, Creen, Pink, Yellow, Red 1 C

2001250t 40 BC Amber, Blue, G¡een, Pink, Yellow, Red 1 C

ó0 BC 1

t Not suitable fo¡ outdoor use unless enclosed for protection agains[ rain,

NETABIJLB LAMP) 8or Volts Watts c.P Finish Diagram Quantitv' 240 40 BC 2

240 60 BC Silverlight 2 240 100 BC Silverlight 1

240 150 BC Silverlight 7

¡ BOX QUANTITIES A. 25 ìamps in tuckend cartons. B. 100 lamps in tuckend cartons, shrink wrapped in I0s. C. 5o lamps in tuckend cartons, shrink wrapped in l0s,

OTHER C.L.S, LAMPS 25 VOLT

Box Volts Watts Cap Finish D¡agram eu¿ntity 25 25 BC Pearl 3 25 25 25 ES Pearl l 25 25 40 BC Pearl 3 25 25 40 3 BC Pearl 3 25 25 40 ES Pearl 3 25 25 60 BC Pearl 25 FC 25 60 Pearl 3 25 25 100 BC Pearl l 25 25 100 ES Pea¡l 3 25

50 VOLT

50 25 BC Pearl 3

50 25 ES Pearl 3 25 50 40 BC Pearl 3 25 50 40 ES Pearl 3 25 50 60 BC Pearl 3 25 50 60 ES Pea¡l 3 25 50 100 BC Pearl 3 25 50 100 ES Pearl 3 25 50 300 cEs Clear 3 10

1 1O VOLT

110 40 BC Pearl 3 25 110 ó0 BC Clea¡ 3 25 1I0 60 BC, ES Pearl 3 110 100 BC Clear 3 25 110 100 BC, ES Pearl 3 25 110 150 BC, ES Pearl 25 110 200 Ës Pe¿rl 4 25

110 .100 GES Clear 5 25 110 500 5

49 General Lighting Service Lamps

240 voLT Box Volts Watts Finish 240 15 BC Clear 3 25 240 15 BC Pearl 3 25 240 25 BC, ES Pearl 3 240 BC Clear 3 25 240 40 ES Pearl 3 tt 240 40 BC Clear 3 25 240 60 ES Pearl 3 240 60 b5 Clear 3 25 240 75 BC 3 25 240 100 BC, ES Clear 3 25 240 100 ES Pearl 3 25 240 150 BC, ES Clear 4 25 240 150 E5 Pearl 4 25 240 200 BC, ES Clear 4 25 240 200 Pearl 4 25 240 300 GES 5 10 240 500 GES 5 10 240 1000 GES Clear 5 10

250 VOLT 250 25 BC Pe¿rl 3 25 250 40 BC Pearl 3 25 250 60 BC Pearl 3 25 250 I00 BC Clear 3 25 250 100 BC Pearl 3 25 250 150 BC Clear 4 25 250 150 BC Pearl 4 25 250 300 GES Clear 5 10 250 500 GES Clea¡ 5 10 2s0 r000 GES Clea¡ 10

50 SpecialService Lamps

j' ,l t:., ,f

* U*-'r qtÞV

For line illustrations see pages 58 ó0 TIRIìCLO\^¡ Pack Box Volts !V¡lts cap Finish Tl p. Diagrrrn Quantity t00/250 ó0 BC Lacquered u ô 20

PYC\'1Y Bo: Volis \^'al ts c¡p fi nish Dr.:g ram Quaniity

25 I5 ßC, SBC Clc¡r 50 50 l5 BC, SBC, ES Cle¿r 7 50 ó0 I5 ßC Clear 7 50

I Irl/ I 20 t5 BC,SBC, E5, SES Clear 7 50 I5L] f-i BC Cle¡r 7 50 200/250 l¡ BC, SB(, ES, SES Cìcar 50

t00i 250 l-5 BC, SBC An¡ber, Blue, Crecn, Pi¡k, Red, \'ellor', \{hitc 7 50 200/250 BC, SßC, ES. SES Clcar 7 50 2ó0/300 I5 BC Clea¡ 7 50

5l SpecialService Lamps

PYGMY SERVICE Box Volts Watts cap Finish Diagram Ouantitv 2001250 15 BC, SBC, SËS CIea¡ 7 50 200/250 BC, SBC, ES, SES CICAT 7 50

SWITCHBOARD INDICATOR Box Volts Watts Cap Finish Diasram Ouantitv 200/260 12 BC 7 50

PILOT INDICATOR- Box Volts Watts ftnlsh 50 10 SBC. CAND Clear I 25 100/130 10 SBC, SES, CAND I 200/250 r0 CAND Clear I * SES ve¡sions are intended for use in appliances only and not forgeneral lighting.

ROUGH SERVICE Box Volts Wath Cap Finish Diagram Ouantitv 110/120 40 BC, ES Pearl 9 25

110/120 60 BC, ES Pearl 25

1'10/120 ES Pearl 9 25 200/250 25 9 25 2001250 40 ES 9 25 2001250 40 BC 9 25 200/2s0 60 BC, ES Pearl 9 25 200/250 60 BC CIear 9 25 20012s0 100 BC, ES Pearl 9 25 200/250 100 BC Clear I 25

TRATIIC SIGNAL Nominal Box Volts Watts t.c.L.' Cap Finish Diasram Ouantitv 240t250 65 62 t5 10 25 . Light cenhe length in mm.

INFRA-RED REFLECTOR Hard glas bulb (domestic and other uses)

Box Volts Watts cap Finish Diagram Quantity 2001250 BC, ES Clear front 11 10 200/2so BC FS Rpd front 1I 10

SINCLE ENDED TUBULAR Box Volts Wat[s Iinish 200/230 25 BC Clear 12 50 240/250 25 SES Clea¡ t2 50 40 SBC l2 50

52 Special Service Lamps

NAVICATION LAMPS Box Volts Watts Cap Finish Diagram Ouantity 2201240 40 BC Clear 13 25

7201240 40 ES Clear 13 25 220/240 60 BC CIear 13 25

D.0/240 60 ES Clear 13 25

BUS LAMPS Interior Lamp Box Rel Volts Watts cap Finish Diagram Quantity 804 12 12 B22d Pearl 14 100 805 12 12 BA15d Pearl 14 r00

809 1.2 74 B22d Pearl 14 100 8r0 12 24 BÁ15d Pearl 14 100 816 24 12 Bt2d Pearl 14 100 8t7 24 12 BA15d Pearl t4 100 821 24 20 B22d Peal 14 100 822 24 20 BA15d Pearl 14 100

PHOTOCRAPHIC LAMPS CLASS P1 Lamp Box Ref Voìts Wâtts Cap Diagram Quantity PI/"1 240/250 BC 15

P1/1 240/250 ES 15 P1l2 240/250 500 BC 15

P"II2 2401250 500 ES 15 1

53 Decorative Lamps

*'_q*r¡ & \ñ* .tl'll&V .f. r.$ ,6, \

I:\ -*

t'o) * Q tr Vr

For line illustrations see pages 58 ó0 \ICHTLICHT ilox Vol ts \{al ts r-aP I frsìì Diagram Quanlit¡'

200/250 8,/ I2 BC Pe¡rl t0

PI AIN CANDLI 3ómnr Box

2J0 25 BC, SBC, SES 1ó 5 Y l0 110 .10 ßC, SBC, SES Clcar ró 5\l(ì l.r0 10 BC Anùcr, solt Pink, Pink tó -ìxl0 210 l0 llc, 5BC, SLS 5r r crìr¡l i Ió -¡ x 1L) 2t0 ó0 BC, SBC, StS Clear Itr 5 x I0 210 ó0 BC, SßC. SES Srlr er lrght ló 5 x l0

54 Decorative Lamps

PLAIN C,{NDLE aómm Box Volts Watts Cap Finish Diagram Quantity 240 ó0 BC, SBC Clear 16 5x10 240 60 BC, SBC Silverlieht t6 5x10 240 60 BC, SBC Pearl 16 5x10

TWISTED CANDLE 4ómm Box Volh Watts Cap ¡mrsh Diagran Quantity 240 40 BC, SBC Clear 1,7 5x10 240 40 BC, SBC Pearl t7 5xl0

240 60 sBc CIear 1.7 5x10 sBc 17

DECOR ROUND 45mm Box Volts Watts CaD Finish Di¿gr¿m Quantity

240 60 BC, SBC Silverlieht 18 5x10 240 60 BC, SBC Clear 18 5x10

DECOR ROUND ó8mm Box Volts Watts Cap tinish Diagram Quantity 240 40 BC, ES Silverlight 18 25 240 60 BC, ES Silverlisht I8 25

DECOR ROUND 95mm Box Volts Wâtts cup Finish Diagram Quantity 240 40 BC, ES Clear 18 10 240 40 BC, ES Silverlight I8 10 240 60 BC, ES Silverlieht 18 10 240 100 BC, ES Silverlieht 18 10 240 100 BC Clear 18 10 240 150 BC S¡lverì¡sht 18 10

DECOR ROUND l2ómm Bor Volts Watts Cap Finish Diagram Quantity 240 100 BC Silve¡lighl 18 10 )40 150 BC silverlieht 18 10

STRIPLICHTS Length Box Volts Watts mm Cap Finish Diagram Quantity 240 iO 721 S15s Clear 19 25 240 30 221 S15s Opal 19 25 240 30 284 SI5s Clea¡ 19 240 30 284 S15s opal 19 25

240 60 22"1 S15s Clear 19 25 240 60 221 SI5s Opal 19 25 240 60 184 S15s Clear l9 25 240 60 284 St5s Opal 19 25

55 Display Lamps

For line illustraÍions see pages 5840

tS 45 LEMON SHAPE Box Volts Watts cuP tinish Diagram Quantitv 240 40 SES Crown silvered 20 20

CROWN SILVER DISPLAY Box Volts Watts cup Finish Diagram Quantity 240 60 BC, ES C¡own silvererl 21 25

DECORSPOT 5O Box Volh Watts Finish

240 25 SES Diffuse front 22 15 240 40 SES Diffuse fro¡t 22 25

56 ) Display Lamps

DECORSPOT óJ Box Volts Watts Finish 240 40 ES Diffuse front 50

240 60 ES Clear front 23 50 240 ó0 ES, BC D¡ffuse front 23 50 240 ó0* ES Disco lamp, Lacquered Amber, Blue, Green, Red and Yellow z3 50

DECORSPOT 8O Box Volts Watts cap Finish Diagram Quantity 240 40 BC, ES Diffuse front 24 10 240 60 BC, ES Diffuse front 24 10 240 ó0 ES 24 10 240 ó0* ES Disco lamp, Amber Blue, C¡een, Red and 10 Yellow 240 100 BC, ES Satin etch IO ."These lamps are designed for non-continuous operation. If run continuously, lacquer could deteriorate after 500 hours.

DECORSPOT 95 Box Volts W¿tts Cup Finish Quantity 740/250 75 ES 25 t0

240/250 75 ES Diffuse front, Lacquered Amber, Blue, Green, Red and Yellow l0

240/250 100 BC, ES Diffuse front 25 l0 240/250 100 ES Diffuse front, Lacquered Amber, Blue, Creen, Red and Yellow 25 l0

DECORSPOT 125 Box Volts Watts Finish 2401250 150 BC, ES front 25 IO

PAR 38 SEALED BEAM Box Volts Watts Cap Finish Diagram Quantity 240 80 ES Clear front, Spot 26 1.2

240 80 ES Clear front, Flood 26 t7

240 100 ES Clear front, Spot 26 t2

240 100 ES Clear front, tlood 26 12

240 100 ES FIood ìacquered Blue, 26 12 Green. Red. Yellow. Anber

240 120 ES Clear front, Spot 26 12

240 120 ES Clear front, Flood 26 12 240 150 ES Clear front, Spot 26 12

240 150 ES Clear front, Flood 26 t2

PAR 58 SEALED BEAM Box Volts Watts Cap Finish Diagram Quantity 740/250 300 cx1ód Clear front, Wide beam 2? 6 240/250 300 GXIód Clear front, Medium beam 27 6 Nanow beam

57 Line Illustrations

7 2 3

[-nl AB AB AB 15,100W BC ó1nm 108.5mm 40,ó0,100W óImm 103.5mm 8/12-100WBC óImm 108.5mm 150W BC ó9mm 128.5mm 150W 7ómm 124.5mm (For ES Caps add 1.5mm

Standard GLS Netabulb to length of BC equivalent) Doublelife Other GLS Coloured GLS and Nightlight

4 5 6

B B B

l*- ¿ -J

AB AB A B 150W ó9mm 128.5mm 300WES 111.5mm 245mm óOWBC ó1mm 108.5mm 200WBC 81mm 1ó4.5mm 300-500WGES 111.5mm 239rnrn ó0W3-PINBC ólmm 108.5mm (For ES Caps add t.smm 1000WGES 13i.5mm 299mm to length of BC equivalent) 300-1000w Fireglow 15OW 2OOW GLS GLS

7 I 9

I l-,q J A AB AB 15-25WBC 29mm 59mm IOWSBC 19mm 43mm AB 15-25WSBC 29mm ó5mm 10WCAND 19mm 48mm 40-ó0w ó1mm 108.5mm 15-25WSES 29mm óómm IOWSES 19mm 49mm 110/120v 100w 6imm 108.5mm 200/2s0v 100w ó9mm 128.5mm Pygmy and Pìlot Switchboard fndicator Rough Service lndicator

58 Line Illustrations 10 11 Í2 I B lB rl *l nl* l-_ A _>l AB AB AB 25,40W BC. SBC, SES 2ómm 85mm ó5WES óImm 110mm 750-275W 127.5mm 182.5mm Single Traffic Signals Heating Ended Lamps Tubular

73 74 15

38 56 {

40w 1,28 38 ó0w 14s

53 l l*- a B P1/1. ólmm 108.5mm r 40W59 I 38 ,l++ P1/2 82mm 1ó4.5mm óOW ó5 Photographic Lamp (For ES Caps add Navigation/Caniage Lamp Bus Lamp 1.5mm to length of BC equivalent)

76 77 18

A B 25W-óOW BC 3ómm 97mm SBC 3ómm 103¡nm AB AB SES 3ómm 104mm 40W-ó0W BC 4ómm 130mm 40-150w BC 97mm 142.5mm óOW BC 4ómm 13Omm SBC 4ómm 135mm 40-100w ES 97mm 144mm SBC 4ómm 135mm Twisted Candle Decor Plain Candle Round

59 Line Illustrations

79 20 27 --ìAf--

t T i B B B

I t t t- --t L -l AB AB AB 30 and ó0W 2ómm 222nvn 40W 4ómm 77.5mm ó0w ólmm 108.5mm ó0W 30andó0W 2ómm 285mm 100w ó9mm 128.5mm 100W Stdplisht LS45 Lemon Shape Crown Silver

22 23 24 t B t B I B

1 I t-- A-l L A-*l -t AB AB AB 25W&40W 50mm 8ómm 40W&ó0W ó3.5mm 103mm 40W, ó0W 81mm 113mm & 100w Decorspot 50 Decorspot ó3 Decorspot 80

25 26 27

B IB _t AB t.- 75W &. 9ómm 150W 13ó.5mm -lAB 100W 127.5mm l8tmm 80,100,120& 123mm 138mm 150w B (For ES caps add 1.5mm to t-AB length of BC equivalent) Par 38 178.ómm 133.4mm Decorspot 95l125 -l Par 5ó

60 Tungsten Halogen Lamps

Linear Lamps Fusing Lamps below 500W use a quartz spine filament support It is recommended that a suitably rated fuse be used in the design which allows longer life and universal buming. All luminaire or extemal circuit, as listed. lamps up to 500W have an internal fuse, except for 120V lamps where it is not necessary.

Tubular Lamps Recommended tuse Ratings (HBC Type) These lamps are fused internally with a ballotini fuse. Lamp Watts 1101'120v 200/2s0v 100-300 3.154 2A Operating Temperatures 500 ó.JA During operation, the temperature of the lamp pinch seal 750 104 should not exceed 350"C, whilst the bulb wall temperature 1000 10^ ó,{ must not drop below 250"C in order to maintain the 1500 r0A tungsten halogen cycle. 2000 l0A

B 110mm

28mm 32mm

Dimensìons ove¡leaf.

6t Linear and Tubular Tungsten Halogen Lamps

High Voìtage Singìe Ended Tubular Lamps, Class K

Rated Average Colour Lamp Life Nominal Temp. Operating Volh Watts hrs. Lumens K Position K1ó 120 100 827 4000 I450 2850 K1ó 2001230 I00 827 4000 r350 2850 Universal K1ó 2401250 t00 827 4000 1350 2850 Universal K13 120 150 827 4000 2300 2850 Universal K13 200/230 150 Ê)7 4000 2100 2850 Universal K13 240/250 150 827 4000 2100 2850 Universal

High Voltage Double Ended Linear Lamps' Class K

Contact to Contact to Rated Lamp ceramic contacI averaSe Nominal Colour Operating type Volts Watts Caps max (A)mm. (B)mm. life hro. lumens' temp. K pos¡tion K14 120 100 R7s 78.3 74.9 + "r.6 4000 1450 2850 ljniversal K14 20012i0 100 R7s 78.3 74,9 + 1.6 4000 1350 2850 Universal K14 7401250 100 R7s 78.3 74.9 + L.6 4000 1350 2850 Universal Kl2 120 150 R7s 78.3 74.9 + 1..6 4O0O 23OO 2850 Universal K12 200/230 150 R7s 78.3 74.9 + 't.6 4000 2100 2850 Universal K12 2401250 150 R7s 78.3 74.9 + 1.6 4000 2100 2850 Universal Kii 120 200 R7s 117.6 "114.2 +"1.6 4000 3200 2900 Univers¿ì "11,4.2 Kti 2001230 200 R7s 117.6 + 1.6 4000 3100 2900 Universal Kll 240/250 200 R7s 117.6 114.2 + 1.6 4000 3100 2900 Universal K15 120 250 R7s 78.3 74.9 + "t.6 4000 43oo 29oo Universal Kr5 200/230 2s0 R7s 78.3 74.9 + 1.6 4000 4O0O 29OO Unive¡sal Kr5 2401250 250 R7s 78.i 74.9 + 1.6 4000 4000 2900 Universal K9 110/tI5 300 R7s 117.6 114,2 + 1,6 4000 5250 2900 Universal K9 200/230 300 R7s 117.6 11.4.2 + L.6 4000 5000 29oo Universal K9 240/250 300 R7s 11,7.6 114.2 + 1,6 4000 5000 2900 Universal K1 110 500 R7s 117.6 "114.2 +"L6 2000 10500 29oo Horizontal K1 '120 500 R7s 117.6 114.2 x 1.6 2000 10500 2900 Horizontal '114.2 K1 200/230 500 R7s 1t7.6 + 1.6 2000 95oo 29oo Horizontal K1 240/250 500 R7s 117,6 114.2 x 1.6 2000 9500 2900 Horizontal K3 2001230 7s0 R7s 189.1 185.7 +'1.6 2000 15000 3000 Horizontal K3 240/250 750 R7s 189.1 185.7 !. 1.6 7000 15000 3000 Horizontal K4 110 1000 R7s 189.1 185.7 + 1.6 2000 22000 3000 Horizontal K4 200/230 1000 R7s 189,1 t85.7 + 1.6 2000 21ooo 3000 Horizontal K4 240/250 1000 R7s 189.1 185.7 + 1.6 2000 21000 3000 Horizontal K10 200/230 1000 R7s 254.1 250.7 + 1.6 2000 21000 3000 Horizontal K10 2401250 1000 R7s 254.1 250.7 + 1.6 2000 21000 3000 Horizontal K5 2001230 1500 R7s 254.1 250.7 t 1.6 2000 33000 3000 Horizontal K5 2401250 1500 R7s 254.1 250.7 + 1.6 2000 33OOO JOOO Horizontal K8 2001230 2000 R7s 331.0 327.4 + 1.6 2000 44000 3000 Horizontal K8 2401250 2000 R7s 33L0 327.4 X 1.6 2000 44000 3000 Horizontal *The lumen output of individualìamps will be subject to nomal commercial tolerances.

62 Single Ended Dichroic Halogen Display Lamps

Thom's comprehensive range of low voltage dicluoic Lampholders halogen lamps offers considerable advantages. The appropriate lampholders covering this range are on 1. Low volt safety. page 65. 2. Cool beam. 3. Precision dichroic reflector. 4. Compactdesign. 5. Virtually 10070 capsule lumen maintenance. ó. Universal operating position. 7. High colour temperature. 8. High efficacy. 9. Robustconstruction. 10. Money saving.

Fusing It is recommended that a suitably rated fuse be used in the luminaire or extemal circuit.

Operating Temperafures During operation the temperature of the lamp pinch seal should not exceed 350"C. The bulb wall temperature should not drop below 250"C in order to maintain the tungsten-halogen cycle.

Low Voltage Single Cap Capsule Lamps

M¿ximum Maxinum Rated Overall Bulb Nominal Average Operating Lamp ANSI Volts Wâtts Base Length Diameter Lumens [ife Position Code mm. mm. hrs. M29 6 10 C4 30 r0 210 100

M30 ESB 6 20 c4 30 10 420 100 Universal M34 IHE 6 20 G4 30 10 350 2000 Universal M9r 17 t2 C4 30 10 150 2000 Universal M47 12 20 G4 30 10 350 2000 Universal M35 12 20 C4 30 10 400 200 Universal M76 12 20 cYó.35 44 12 300 3000 Universal M75 i5 cYó.35 44 17 600 3000 Universal M95 t2 35 cYó.35 44 t2 550 3000 Universal M32 12 50 cYó.J5 44 12 850 3000 Univers¿l M74 t2 50 GYó.35 44 12 900 3000 Universal Mti 17 /l cYó.35 44 t2 1350 3000 Universal M28 EVA 12 100 cYó.35 44 12 2400 2000 VBD + 90" M67 24 100 cYó.35 44 t2 1800 2000 VBD + 90" M33 24 250 cYó.35 55 t3.5 8400 300 VBD + 90" M3ó 24 250 GYó.35 58 16 5750 2000 VBD } 90"

63 Halogen Lamps

5Omm Single Ended Halogen Display Lamps with Dichroic Reflector - 'Lightsheam' Range Average Maximum Maximum Rated Overall Overall Beam Peak L¿mp ANS] Lamp Life Length Diameter Angle Beam Ref. Code Voits Watts hrs. mm. mm, to /, Candelas Mó8 ESX t2 20 GX5.3 3000 14.5 50.7 lt 5000 M94 BBF I2 20 cx5.J 3000 44.,5 50.7 z4 1000 M69 BAB t2 20 GX5.3 3000 44.5 50.7 36 500 M71 TRB 12 35 cx5.3 3000 44.5 50.7 8' 9000 i\470 FRA 12 35 cxs.J 3000 44.5 50.7 18 3ó00 M81 FMW 12 35 GX5.3 iooo 44.5 50.7 38" 970 M49 EXT 12 50 GX5.3 .1000 44.5 50.7 10" 12000 M57 12 50 sBciBr5d 3000 50.0 50.7 10' '12000 M50 EXZ t2 50 cxs.J 3000 44.5 50.7 21' 3700 MJó t2 50 sBC/815d 3000 50.0 50.7 2l' 3700 M58 EXN 17 50 cx5.3 J000 14.5 50.7 38' 1550 M80 FNV 11 50 GX5.3 3000 44.5 50.7 ôU 700 't2 MóO EYF 75 cx5.3 3000 44.5 50.7 12" tó000 M82 FNW t2 75 cx5.3 3000 44.5 50.7 18" 7500 MóI EYC 12 75 cx5j 3000 44.5 50.7 38" 2250 M98 12 75 CX5.J 3000 44.5 50.? ó0" 900

Dichroic co¿ted miron reduce by 5070 the heat forward. Consequently, higher temperatures can be generated behind the lamp than for comparable aluminised reflectors.

35mm Single Ended Halogen Display Lamps with Dichroic Reflector 'Lightstream'Range

Average Maximum Maximum Rated Overall Over¿ll Beam Peak Lamp ANSI Lamp Life Length Diamete¡ Angle Beam Ref. Code Voìk Watts cap hrs. mm, mm. lo Y, peak Candelas Mó4 FTA t2 12 CzA 2000 35.0 J5.3 7" 6400 M52 FTB 12 20 CZ4 3000 J5.0 35.3 l0' 5500 M55 FSS 12 20 SBC/Br5d 3000 42.0 35.3 10" 5500

M51 FTC 12 20 c,z4 3000 35.0 35.3 17" 17 60

M54 FST l1 20 sBC/815d t000 42.0 35.3 l7' 17 60 Moz FTD 1Z 20 cz4 3000 35.0 35.3 30" ó00 Mó3 FSV 12 20 sBc/815d 3000 42.0 J5,J 30" ó00 Mó5 FTE 12 35 cz4 3000 J5.0 35.J 8" 9000 M66 FTT l2 35 CZ4 3000 35.0 10" 3000

Dichtoic coated mirroro reduce by 50% the heat fovard. Consequently, higher temperahrres can be generated behind the lamp than for comparable aluminised reflectors.

64 Tungsten Halogen Lampholders

Fixing centres 28.5 x 13.5 Fìxing centres 28.5 x 13.5

22 -tt Nom. Nom

23 crs 32 \ Nom.

GL 1079-W GL 1079-SLW GL 1177 GL 1105 ß superceded by GL 1177 (same mounting centres) suitable íor GY9.5 caps e.g. A1/233, A1/247, and M38.

2l crs.

35Ø 57 Nom. 23.25 14.5 c¡s Nom. 20 30 10 3.0Ø Nom. Nom.

GL 1123-A GL 1226 GL 1210 Suitable for use with low volt For use with Lightstream GXS.3 Base Lampholder for 50nn Lightstrean miniature tungsten lamps having dßplay lanps. Lanp requires no front lanps with GX5.3 base e.g. M49, M50, G4 caps. eg. M29, MJA M34, M35. mount. etc. Fixing centres 38mm x 33mmØ. 4.0 5.3 .5 5.3 8.2 8.2 18.0 9.5 1 .t 3.2Ø 3.2Ø

14.0 Fly lead Fly lead crs. Fly lead crs. (Nom.) GL 1218 GL 1212 GL 1219 For lanps with GX5.3 Base e.g. M49, For lamps with G4/GZ4 Base e.g. For lamps wilh GX5.3 Base e.g. M49, M50. M29, M35, M4S and M51. M50.

4.0 7.5 84.0 nom 31.5 x ì<-

98.0 nom 41.0 Fly lead nom

GL 1211 suL 150 For larnps with G4/GZ4 Base e.g. For use with 15oW KI2 TH lanp. M29, M35, M4s and M51.

65 Lamp Caps

Common BS/IEC Designation Desc¡iption B15d SBC Small bavonet cap R22d BC Bavonet Cap B22d-3 3-pin BC Bayonet cap 3-pin 812 CAND Candelabr¿ screw Ê14 sEs Small Edison screw 827 ES Edison screw 840 CES Goliath Edison screw

. o E 1: tr -t + @ O @ @ @ 822ð. B15d P40s P28s

ü a a @ E40s E27s E14s 81.2 BA2Od

*E-û=-¡ ô ,rrfl -En_IEãI tffi W UU V f w Lâ C17q tr8\õ-

[l Flj¡!+= t:-:+ãE fì fr R7s Ñ@)-\7 ffi W rîffi G38 c6.35 G4 Gy7-9 GY1ó

[] E-;rì ÏT W T+ H H 5.3 4

c22 GY9.5 EMEP GX5.3 GZ4

66 FHOTOGRAPHTC AUTÛ &E

LAMPS

67 Photographic & Studio Lamps

MICROGRAPHIC AND FIBREOPTIC TAMPS

B Lamp Maximum Maxinum Rated Ref Overall Overalì Average ANSI Length Diameter Lfe Operalìng Code Volts Walh Cap. mm. mm. hours Position ENL t2 i0 C5.J 14.5 50.ó 3000 Universal tocal distance 381mm FLH 120 300 cY5.3 44.5 50.ó 35 BD + 90" Focal distance l52.5mm ENX 82 3ó0 CY5.3 44.5 50.ó 75 BD + 90" Focal distance 289mm A ----l I

ENL EHL I ENX

TUNCSTEN HALOCEN PROJECTOR LAMPS CL,ASS A1 AB C Maximum Maximum Light Rated Over¿ll Bulb Centre Average Lamp ANSI Length Dianeter Length Nomìnal Life Operating Ref. Code Volts watts mm. mm. mm, Lumens hours Position Al/220 BRL 12 S0 Có.3s 44 ll.5 30+0.25 1400 50 BDl90'Focaldistance32mm A1/230 ËFN 12 75 Có.35 42 50 HOR Focal distance 32mm A1/209 rDX 12 100 Có.35 44 l1 24-0.5 .lOO0 sO BD+90'- A1/215 FCR 12 100 Gó.3s 44 1l 30+0.25 3000 50 BD+90" A1/231 EFP 12 100 Gó.35 42 50 50 HOR Focal distance 32mm 'I5 A1i232 EFR 150 Gó.35 42 50 50 HOR Focaì distance 32mm A1/234 BRj 15 r50 Có.35 14 11 J0+0.2s Jó50 50 BD+90'- A1/21ó FCS 24 tso Có.35 47 t3.5 32-0.5 5000 50 BD + 90" - Altzs2 EIL 24 200 CX5.J 44.5 50.6 50 HOR Focal distance J2mm

Aìl these projector lamps should have a minimum bulb wall temperature of 350'C for the tungsten halogen cycle to function fully.

rB 1 F- B -'t l. A--l t- -*l I I I I B CA C B

I _t _l t_ _l _l 41,/230 A1/220 A1/234 A1/Zsz A1/231 l A1/215 A7/216 A1/232 A1/209

68 Photographic & Studio Lamps

THEATRE SPOTLICHT LAMPS CLASS T B C Maximum Maximum Lrght Rated Overall Bulb Centre Average Lamp Length Diameter Length Nominal Life Operating Ref. Volts Watts Cap. mm. mm, mm. Lumens hours Position TI28' 240 500 P28s 130 25 55.5 11000 750 BD*90" ReplacesT/l Tll2'. 240 ó50 GX9,5 110 25 55 13500 750 BD*90'ReplacesT/10 'r/fl't 240 1000 cx9.5 110 35 55 23000 750 BD Ì 90' Replaces T/9 1/19^ 240 1000 cx9.5 1I0 35 55 21000 750 BD + 90"

'3 or 4 amp HBC fuse necessary "5 or o amp HBC fuse necessary

*1 rB B B l

c C

T/1,2 T /1,7 T/1,1,T /19

69 Pho hic & Studio Lamps

TUNGSTEN HALOGEN PHOTOCRAPHIC TAMPS CLASS CP lSuitable for use with colour film b¿lanced for 3200K) B c Max¡mum Maximum Light Rated Ove¡all Bulb Cenfre Average Lamp ANSI Length Diameter Length Nominal Lûe Ref Code Voìts Wâtts mm, mm. mm. Lumens hours cP/58 240 1250/ GX38q 220 70 143 27000/59000 300 BD + 45' 2500 91000 1 FKK 240 2000 G38 210 40 127 54000 400 BD+ 2000 GYló r45 40 70 54000 400 BD+

PAR ó4 SEALED BEAM CP LAMPS

Peak Rated Lanp ANSI intensity Beam angle Field angle average Operating ReI Code Volts Watts Cup. K cds. to % peak (-) lol/rc (") life hours pos¡tion CP/ 86 740 500 EMEP 240 V7 x HlO V'13 x Hló 300 Universal Clear Spot

y17 cP/60 EXC 240 1000 EMEP 320 V9 xH17 xH20 300 Universaì Clear Spot \¡/20 CPl61 EXD 240 1000 EMEP t4O Vto x HI4 xld..t2 300 Universal Stipple Spot CP/ó2 EXE 240 1OOO EMEP 65 vIl x H24 V20x H38 300 Universal Flood

rB t- B

A C C C 80.5 150

CP/58 cPl4l CP/43 PARó4 CP

PHOTOCRAPHIC LAMPS CLASS P

Maximum Maximum Raled Overall Bulb Average Lamp ANSI Length Diamete¡ Nominal Life Operating Ref. Code Volts Watts Cap. mm, mm_ Lumens hours Position P1/13', BVM 240/250 650 28 20000 15 BD + 90' Pz/ßt DXX 240/250 800 R7s 80 15 20000 7s Universaì P3/ 3 240 75 BC,ES r08.5 61 1150 100 Universal *3 or 4 amp HBC fuse necessary 15 or ó amp HBC fuse necessary

P1,113 P2/1,3 P3/3

70 Auto and Miniature Lamps

Auto and Miniature Lamps

THORN manufacture a wide range of vehicle and mìniature lamps. These are supplied to the major European vehicle manufacturers fo¡ initialembodiment and the same high quality should be used for lamps for replacement purposes. AIITHORN Auto Lamps, where applicable, are manufactured to European Standard Regulation 37 and are marked accordingly.

Only a few representative types are shown here. A full listing appears in the Comprehensive Price List and' specialist brochures and data sheets for some lamps are available from your nearest THORN Lighting Regional Sales Offìce.

A selection of Auto and Miniature Lanps.

H4 TUNGSTEN HALOGEN HEADLAMPS 1 16 Lamp European Rel. Ref. Volfs Watts Cap. Diagram -l 472 H4 t7 60155 P43t I 475 H4 24 75/70 P43t 60 28.5 2970 12 100/80 P43t t_ -l 32 i

STOP AND TAIL TAMPS 2 Lamp European l*t5 I Ref Rel Volts Watts Cap. Diagram 380 Pz1tsw 12 2115 BAY15d 2 I 334 24 2416 BAYlsd Z 31.8 52.5

I _1

FLASHER AND STOP LAMPS 25 L¿mo European tr -1 Rpf' Ref Volh Watts Cap. Diagram 382 P21W t2 21 BAlss 3 335 PzrW 12 2"r BA15d 3 I 21 3 I 24t P2tW 24 BA15s r 52.5 346 P2iW 74 21 BAlsd i 31.8 l_ _l

7T Auto and Miniature Lamps

SIDE MARKER AND INTERIOR TAMPS 4 Lamp European f 18--1 Ref. Rel Volts Watts Cap. Diaqram 207 RsW t2 5 BAl5s 4 209 R5W 12 5 BA15d 4 I I t49 R5W 24 5 BAl5s 4 79.5 32.5 r50 R5w 24 5 BAr5d 4 l_ 245 R10W 12 I0 BÁlss 4 ß __t 246 R10W 24 r0 BAtss 4

SIDE FLASHER AND PANEL LAMPS 5 Lamp European f 10-1 Ref. Ref. Volts Watts Cap. Diagram 504 W3W 12 i W2.1 x 9.5d 5 -l 50s w3w 24 3 Wzj x 9.5¿ 5 501 w5w 12 5 W2.1 x 9.5d 5 507 W5W 24 5 W2.1 x 9.5d 5

PANEL LAMPS Lamp turopean Ref. Ref. Volts Watts Cap. Diagram 6 286 12 1.2 W2 x 4.ód 6 l5 r 508 24 1.2 W2 x 4.ód 6

1.4.5 HALOGEN MINERS LAMPS Lamp Eurone¿n 5.5 m Ref Ref.' Volts Watts Cao. Diaeram cH47 4 I amp P13.5s 7 CH49 4 1.2 amD Pl3.5s 7 GH144 4 1.5 amp P13.5s 7

7 ì10l* HALOCEN CYCLE TAMPS L Lamp European ó.55 I Ref. Ref. Volts Watts Cap. Diaeram 30 t cH90 HS3 6 2.4 P13.5s 1 cH98 HS3 6 P13.5s 7 I t (Yellow)

HALOCEN TORCH AND BATTERY TYPES l,amp European 8 Ref. ReL Volts Watts Cap. Diasram 18.5 r GH11 6 6 C4 I CH15 6 6 P13.5s 7 n-l GH2O 6 t0 C4 I GH24 6 l0 P13.5s 7 GH152 3.7 0.7 amD P13.5s 7 "lrffi GH153 5.2 0.7 P13.5s -:i 155 2.5 0.8 amp P13.5s 7 CHl57 4.75 0.5 amp P13.5s 7

7Z Auto and Miniature Lamps

STANDARD TORCH AND BÁTTERY TYRES 9 l*111 Lamp European Ref. Ref. Volts Watts Cap. D¡asram 278 2.5 0.3 amo P13.5s I L 972 2.5 0.3 amp 810/"1"1 l0 30 2094 2.7 0.42 amp P13.5s 9 T_ 2097 Krvpton 4.75 0.5 amD Pl3/5s 9 __l 5ó2ó Krypton 2.4 I anp Pl3.5s 9

10 111¡ I I )1 1.9.5

I i I

73 GE ThOrn Lamps Limited (hereinafter referred to as the company)

General COnditionS Of Sale (Applicable to sales in the united Kingdom only)

1, General L Loss or Damage in Transit All orders are accepted and executed oi the understan'ding that the When the price quoted incìudes deìivery, the Company shall repair or Purchaser is bound by these General Conditions of Sale. Where there is replace free of charge goods damaged in transit or not delivered in any inconsistency between these Conditions ofSale and any Condìtions accordance with the Advice Note provided that the Company is sent which the Purchaser seeks to impose these General Conditions of Sale shall written notification of such damage or non-delivery within 4 days, this prevail. period extending from the date the goods are deìivered in the event ofa claim arising out ofdamage in transit, or from receipt of the Company's 2. Validity of Quotation invoice in the event of a claim arising out of non-delivery. The Company reserves the right fo refuse the Purchaser's acceptance of a Notwithstanding the above undertaking, the Company will only consider quotation unless such guotation is stated to be open for a specific period claims for alleged shortage if they are received within 4 working days of and is not withdrawn in such period. In the event that no quotation is the receipt of the goods by the Purchaser [ogether with sufficient given by the Company and it has received an order from the Pu¡chaser, all informalion to enable the Company properly to identify the shortage deliveries are made subject to these General Conditions of Sale. incìuding the Advice Note number, case number and condition olcase. 3. Prices 9. Samples Unless othemise agreed in writing all orders are executed subject to prices Any samples submitted with the Company's quotation or at the ruling at the date of despatch and any price ìist of the Company whether Purchaser's request must be returned within ninety days of receipt and published or not shall not affect the right of the Company to charge for may be charged if not so returned. goods in this clause. All prices are subject to the additìon accordance with 10. Delivery of Value,A,dded Tax at the appropriate rate. (a) All times or dates for delìvery of the goods are given ìn good faìth but 4. Payments are approximate only and shall not.be of the essence of the contract. (a) Unless otherwise agreed in writing payment is due in full on delivery (b) Unless otherwise stated in writing the Company shall be entitled to of the goods. make partial deliveries of the goods.

(b) Where the contract is to be or may be fulfilled in separate instalments, (c) Subject to the foregoing, if a delivery date or schedule of deìivery deliveries or parts, payment lor each such instalment, delivery or part, dates has been agreed under this contract between the Company and shall be made as if the same constituted a separate contract. the Purchaser, and ifthere is any delay in delivery for any cause within the reasonabìe (c) Should the Purchaser default in paying sums due for goods supplied, control of the Company, and if as a result of such delay the Purchaser shalì have suffered the Company reserves the right in its absolute discretion to suspend all any loss, the Purchaser shall as liquidated and ascertained damages and further deliveries until the default is made good or cancel the balance in substitution for all other rights of the Purchaser in respect oÉ the said delay be entitled to of the orde¡. ln either case, the Company shall hold the Purchaser liable deduct from payment for costs incuned by the Company in producing goods already in the due in respect of the portion of the goods the subject of the delay 1% of the value course of manufacture orready for despatch. Whenever under this of such payment for each week by which delivery contract any sum ol money is overdue for paynent by the Purchaser, is delayed subject to a maximum of l0% thereof. the Company may deduct the same amount from any sum then due or 11, Force Maieure which at any time thereafter may become due to the Purchaser, under The Company shalì be under no liability for any loss or injury sulfered by this or any contract wilh lhe Company. the Purchaser where the Company is prevented from canying out any provisions of thecontract as a result ol any cause beyond its reasonable (d) Should the Pu¡chaser fail punctually to comply with the terms of conkol including (but not limited to) Acts of Cod, legislation, war, fire, payment, the Company shall be entitled to charSe interest on any drought, failure ofplant or power supply or collapse of structure, lock-out, amount overdue at the rate of 1% per annum above the base ¡ate for shike or other actions taken by employees in contemplation or furtherance the time being of the Company's bankers. of a trade dispute, or owing to any inability to procure materials required 5. Credit for the performance of the conhact. The conkact shall be suspended Any contract shall be subject to the Company being satisfied as to the during such delay but upon cessation of the cause of delay, the conhact Purchaser's credit references. shall again become fully operative provided that if such delay shall exceed a period of twelve months, either party may give written notice of ó, Carriage temination of this contract and thereupon the conhact shall teminate. (a) Unless othemise specified the price quoted includes insurance and 12. Passing of Property and Risk transportation to the Purchaser's premises, within the mainland of (a) The risk in the goods shall pass to the Purchaser immediately on Great Britain. The Company reserves the right to choose the method delivery of the goods to the Purchaser. of transport and to charge for deliveries outside the mainland of Creat (b) Britain. The property in the goods shall pass to the Purchaser on receipt by the Company ofpayment in full for all the goods received by the (b) Where the price quoted does not include insurance and transportation Purchaser in accordance with the terms of this contract. Until property and the Purchaser makes his own arrangements in this regard all the in the goods has passed to the Purchaser, the Company reserves the Company's goods are sent to fhe Pu¡chaser a[ the Purchaser's own risk. right to dispose of the goods. While the goods remain the property ol The Company takes all reasonable care and precautions in packaging the Company the Purchaser shall keep the goods identifiable and the goods and therefore cannot accept responsibility for d¿mage or separate from all other goods in its possession. delay during kansit unlesq it has lailed to take such reasonable care. It aforesaid has been received in full by the is the Purchaser's responsibility to arrange insurance cover unless {c) Until such payment as under an to redeliver the othemise agreed in writing between the parties. Company the Purchaser shall be obligation goods to the Company iI the Company so requires and the Company 7. Packing shall be entitled at any time to retake possession of the goods and for Where it is necessary [o despatch goods in crates, cases, pallets, stillages or that purpose to enter upon any land or premises of the Purchase¡ skids or other such packing a charge will be made for this. Unless where the goods may be for the time being. The Company shall be otheruise specified, this amount will be credited in fuìl on the return, entitled, where the goods have been fixed or attached to any other within one month, of ¡uch crates, cases, pallets, stilìages and skids etc. in product, to detach the goods in order to ¡ecover possession of them. good condition carriage paid, No charge is made for any other form of Such redelivery or retaking of possession shall be without prejudice to packaging and no credit will be allowed for its return. the obligation of the Purchaser to purchase the goods.

74 The Company reserves the right to amend these Terms and Conditions during the Life of this publication.

(d) If the Purchaser selìs any of the goods before the property in the either at the Company's own works or elsewhere on the Purchaser's behalf goods has passed to the Purchaser, the Purchaser shall hold the and all charges for storage for insurance or for demurrage shaìl be payable proceeds of such sale in kust for the Company. The Purchaser shall, at by the Purchaser. the request of the Company, assign to the Company its rights to receive the proceeds of such sale. 19. Descriptive Matter and Illustrations AII descriptions and illustrations and particuìars of weights and dimensions 13. Warranty issued by the Company in catalogues, price ìish, advertising matter and (a) The Company will make good by repair, or at the Company's option forwarding specifications are by way of generaì descriptions and by the supply of a replacement, delects which, under proper storage approximate only, and shall not form part of any contract or give rise to and use appear in the goods within the period of twelve c¿lendar any ìiabiìity on the part of the Company. It is the policy of the Company months aÍter the goods have been delivered and arise solely from to endeavour to develop and improve its products, and accordingly the faulty design (other than design made or furnished by the Purchaser), Company reserves the right to change all specifications without prior materials orworkmanship. notilication or public announcemenf pursuant to such policy. Provided (b) The Warranty given in this Clause is subject to the following provisos, that nothing in this Clause shall oblige the Purchaser to accept goods namely: which do not reasonably comply with the conhact. (i) that the Purchaser shall have followed all instructions issued by the Company in relation to the goods: 20, Variations (ii) that in the case of defeck which would have been reasonably In the event of variation or suspension of the work by fhe Purchaser's apparent to the Purchaser on reasonable examination of the goods inshuctions or lack of instructions, the contra(t price shall be adjusted to on delivery, the Purchaser shall notify the Company of the defects reflect costs involved. Where a price per unit has been quoted and the in writing within fourteen working days ofdelivery. Purchaser requires a smaller number of units to be delivered than those (iii) that in the case of any other defects, the Purchaser shall notify the quoted for the Company reserves the right to adjust the rates of prices Company of the defects in writing within seven working days of applicable thereto. the date when the defect becomes apparent. {iv) that where in discharge of its obligat¡ons under the Warranty given in this Clause the Company agrees that the Purchaser may 21. Patents The indemnify the Company against alì damages penalties undertake any repair or remedial work on its behaìf, the cost of Purchaser will expenses suflered by the Company or for which it may such work shall be agreed in writing between the Purchaser and costs losses and liable in respect of the infringement of any intellectual property the Company before the commencement of any such repair or become including (but without limitation) any patent copyright registered design remedial work. trade mark trade name or know-how arising out of the Company's 14, Consequential Loss manulacture of goods ìn accordance with specification design drawings or Save as may be expressly provided for herein the Company shall not be other data supplied by the Pu¡chaser or its servants or agents. Iiable for any consequential loss or indirect loss howsoever arising and of whatsoever nature suflered by the Purchaser, and in particular the 22. Bankruptcy and Winding-Up Company shall not be liable for any costs claims or damages or expenses In the event of the Purchaser committing any breach of this contract, or if arising out of any tortious act or omission or any breach ofcontract or any distress or execulion is levied upon the goods of the Purchaser or if he statutòry duty calculated by reference to profits income production or offers to make an anangement with or for the benefit of his creditors, or accruals or by relerence to accrual of such costs claims damages or commits any act of bankruptcy or (being a limited company) has a receiver expenses on a fime basis. appointed of its undertakings or assets or any part thereof, or þave for the purposes of a reconstruction or amalgamation without insolvency) goes 15. Special Orders into liquidation, the Conpany shaìl thereupon be entitled without voltages or types not included in Aìl orders for lamps of non-standard prejudice to their other rights, forthwith to suspend all further deìiveries are considered to be 'Special Orders' the product of which is catalogues until the default has been made good, or determine the contract or any understanding that the Purchaser will accept under or undertaken on the unfulfilled part thereof, or at the Company's option to make pattial of t0% of the price quoted per unit. over delivery to the extent deliveries.

16. Return of Goods 23. Performance In no circumstances may goods supplied against a firm order be retumed Any performance figures given by the Company are based on its without the Purchaser having first applied for and obtained the written experience and are such as the Company expects to obtain on test in its consent of the Company. A handìing charge may be deducted from any works. The Company shall be under no ìiability for damages or failure to credit allowed where it is estabì¡shed that the reason for their return was attain such ligures unless the Company has specifically guaranteed not the subject of the provisions of Clause I or 13 hereof or through any performance figures subject to the recognised tolerances applicable to such eror on the part of the Company. figures. The Purchaser assumes responsibility that goods stipulated by it are sulfìcient and suitable for its purposes save insofar as the Purchaser 17. Rejection may have reìied on the Companyi advice in con¡ectìon therewith. Unless otheruise agreed in writing or sPecifically provided for herein goods relected by the Purchaser as not complying with the Contracl must be reiected within l4 worling days of delivery. 24. Copyright All drawings, descriptions and other inlormation submitted by the Company shalì remain the property of the Company together with the 18. Storage copyright therein. Il the Company does not receive written foryarding instructions sufficient to enable it to despatch within 14 days after the Company has notified the Purchaser in writing that the goods are ready for delivery the Purchaser 25. Legal Construction shall take delivery or arange for storage. If the Purchaser does not so take These general conditions ol sale shall be construed in accordance with the delivery or arrange for storage, the Company shall be entitled to invoice law olEngland and in the event of a dispute or difference arising between and be paid for the goods as though the goods had been duly delivered in the parties the High Court ofJustice shall be the competent Court of accordance with these conditions and the Company may arrange storage ¡ur¡sdiction.

75 9L Printed in England by The Studio Press Print Group, Birmingham T

GI Ihorn lanps linited Miles Boad. Mitchan Surrey CB4 3YX, tngland Iel' 0B/ 640 / 221 , lelex. 25534 fax 0B/ 685 9625

THORN Lighting Ltd Scotland UK RegionalSales Offices

Order processing md lhe adminishation of sales of Lighl Sources are hmdled on behalf ol GE Thom by THORN Lighting al their regional offices. North East CE Thorn Regional Managers cm be contacled via New Malden on 087-949 31,31. GE Thom Lamps Limiled is constanlly Midlands developing and improving its products. AÌl descriplion, illustrations, drawings and specifications in this publication present only general particulars and shall not fom part of any contract. The right is reserved South West to chmge specifications withoul prior notification or public annomcement. All goods supplied by the Compmy are supplied subject to the Company's General Conditions of Sales, a copy of which is available on request.

London (lnside M25) South East 3 King George Close 3 King Ceorge Close Iastem Avenue West Eas[em Avenue West Romford, Essex RM7 7PP Romford, Esex RM7 7PP Telephone 0708 730888 Telephone 0708 730880 Teìex 897759 THLITE C Telex 897759 THLITE G Fax Sales 0708 732944 FaxSales 0708 7 32944 TechnicaloToS 727370 TechnlcaloToS 727370

South West North East Scotland Thom House, Penarlh Road California Drive Thom House, Industrial Eslate Cardiff, Wales CI1 7YP Caslle[ord Larkhall, Lmarkshire ML9 2PA Telephone 0222 344200 West Yorkshire WF10 5QH Telephone 0ó98 88ó007 Fu0222 344240 Telephone 0977 557272 Fax 0ó98 881óó0 Fax0977 574294

Midlands North West Northern I¡eland Emanuel Courl Thom House, The Towers, Prince Regent Road, Castlereagh l4-Tó Reddicroft Wilmdow Road, Didsbury Belfast BT5 óQR Sullon Coldfield Manchester M20 8SE Telephone 0232 401122 Bimingham 873 óÆ Telephone 0ó1-455 9988 Fax 0232 407338 Telephone 021-355 8000 Fd 0ó1-455 8191 Fu027-355 8492

0f lhorn lanps linited is at't'iliated with Genenl flecuic Conpany IJSA and ß not connected y,!t! tlte fngltsh Conpany 0f a s¡nilat nane. flegistered 7ifice; shortlands, Hannersnith, london W6 BBX. fleginered in fngland Iilo. 2555250.