DOCSLIB.ORG

Installation and Technical Guide SEPTEMBER 2014 Worldwide Connections

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Installation and Technical Guide SEPTEMBER 2014 Worldwide Connections THE PUSH-FIT SOLUTION FOR UNDERFLOOR HEATING Includes this NEW addition: Installation and Technical Guide SEPTEMBER 2014 Worldwide Connections The John Guest Group has a long established reputation as a world leading manufacturer of push-fit fittings, tube and other fluid control products. A reputation built on producing consistently high quality products with an ongoing commitment to value engineering and product development. Quality Manufacture A commitment to quality is at the heart of the John Guest Philosophy The strictest control is maintained by virtue of the fact that design and manufacture is carried out in modern purpose built manufacturing centres in west London and at Maidenhead in Berkshire. Maintaining control over the whole process from initial tool design and tool making through to final assembly and testing ensuring that only products of the highest quality are produced. The company believe it is this commitment to quality that has led to it receiving prestigious awards from many of the world’s leading testing and approvals organisations. John Guest is a preferred supplier to many international companies. British Gas Service BS7291 No. KM39767 Speedfit PEX Fittings and Barrier Pipe. K24076, K24077 and K24078 2 The Speedfit System orf Underfloor 50ºC then distributed via a manifold A wide range of electrical components Heating has been designed to be as to heating circuits made using Speedfit means the system can have as much quick and easy as possible to install with Barrier Pipe. The temperature and control as required. component parts manufactured under an volume of water is altered to maintain ISO9001 Quality Management System. the requirements of the system. The System has water pumped from a The pipe is laid in concrete or suspended boiler or other heat source to a pump just below the surface of timber flooring. pack where it is mixed to approximately e Design Service and Technical Support CAD Design Service Members of the Technical Support Team are Design Service will provide a detailed drawing The JG SpeedfitTechnical Advisory Service is available to help you get the best from your showing pipe layout, flow rates, suggested zone available to assist and advise on all aspects of Speedfit Underfloor Heating System. temperatures and advice on commissioning. using the Speedfit System. The service is available between 8.00am and 5.00pm Monday to Friday. To obtain an estimate send us a plan of the area A member of our national team of Technical where underfloor heating is equired,r indicating Support Engineers will be available to offer on- the preferred location of the manifold and site support during the installation process. intended floor construction. An estimate will be prepared and when Technical Help Desk: approved and an order placed, the Speedfit CAD 01895 425333 | [email protected] www.speedfitUFH.co.uk 3 CONTENTS: UNDERFLOOR HEATING p6-9 PREPARATION CONSIDERATIONS p10-19 PIPE INSTALLATION p20-33 JG UFH MANIFOLD & PUMP PACK INSTALLATION p34 HEATING CONTROLS p36-41 CONTENTS 4 FILLING & TESTING p42-43 START-UP & COMMISSIONING p44-45 COMMISSIONING CHECKLIST p46-47 3 FREQUENTLY ASKED QUESTIONS & TROUBLESHOOTING p48-49 3 CONTENTS www.speedfitUFH.co.uk 5 Underfloor Heating Underfloor heating provides the most For timber floors, spreader plates are comfortable, even warmth of any laid between the joists and the floor heating system. It is economical to run decking or on the underside of the and virtually maintenance free. floor. Speedfit Pipe is pushed into the grooves on the plates. Warm water from a heat source such as a boiler or heat pump is distributed The Floor area is typically warmed to via a manifold to heating circuits made between 25ºC and 28ºC, providing an using Speedfit Barrier Pipe. The pipe even distribution of heat at only slightly can be installed in a screed, floating or higher than room temperature. The suspended timber floor. system is controlled by one or more thermostats which control the manifold In screeded floors, the pipe is laid on and boiler as required. insulation and then covered with a screed which can be laid almost any type of floor covering. Ceiling Ceiling 18oC 24oC Floor Floor 24oC 18oC The heat is concentrated where it is most needed for By contrast, radiators transfer heat from a relatively comfort and efficiency. small area at a much higher temperature than the space being heated. The radiator system heats mainly by convection. This results in the floor being the coolest place in the room, with the mass of warm air at ceiling level. UNDERFLOOR HEATING 6 The Whole Floor Acts as a Heat Source FEATURES & BENEFITS SET BACK - EXPLAINED The Speedfit Underfloor Heating System Control Compared to other forms of heating, offers many benefits to the consumer. Underfloor heating is easy to control underfloor heating can have a These include: and unlike conventional radiator relatively slow response time, taking systems, makes use of multi-zoning longer to heat up and cool down Efficiency Savings so each room benefits from individual than radiator systems. Underfloor Heating Systems are time and temperature control resulting designed to operate at lower In order to reduce running costs and in a more flexible heating system with temperatures than radiator systems, to have realistic heat up and cool down lower running costs. making them especially suitable for response times, rather than the system condensing boilers and heat pumps. This Environment being switched off, the temperature results in reduced energy consumption Underfloor heating is suitable orf setting is reduced by about 4ºC. This is and lower heating costs for the building. use with the most energy efficient called set back because the system is and environmentally friendly heating turned down not off. Installation systems including condensing boilers, It is simple to install, requiring the minimum With the Speedfit System, set back can solar power and heat pumps. of installation effort and little maintenance. be achieved in two ways: Comfort FLOOR FINISHES Individual Programming The system uses mainly radiant heat, the AND COVERING Programmable Room Thermostats can most comfortable form of heating, giving be installed in each zone. They give an even distribution of warmth over the The Speedfit Underfloor Heating individual time and temperature control, whole room. System is suitable for most floor alternating between daytime and set finishes, including ceramic tiles, carpets, back temperatures. Space vinyl and laminate. The system is unobtrusive and space Centralised Programming saving which means every square metre However, the thermal resistance of the The Dial Set Back Room Thermostat of floor and wall space can be utilised floor covering will have a marked effect has its own ‘Daytime’ and ‘Set Back’ time giving freedom of interior design. on the performance of the heating controlled centrally using a Touch Screen system. Time Clock. Noise Compared to radiator systems the Advice on the use of floor coverings system is virtually silent running. and their effect on the performance of a system is available from our Technical Health Help Desk. Dust is minimised reducing the problem of house dust mites. Reduced numbers For information on the effect of of hot surfaces and sharp edges minimise different floor finishes pleaseef r er the risk of burns or injury. table on page 11. Variety of Floor Finish Options UNDERFLOOR HEATING www.speedfitUFH.co.uk 7 Underfloor Heating Theoretically Underfloor Radiator heating Warm air heating ideal heating Heating on inside wall 2.70 16º 16º 24º 24º Eye level 20º 20º 20º 20º 1.70 24º 24º 18º 16º As the chart above shows, people are In its simplest form, Underfloor Heating more comfortable when their feet are is pipes in the floor with blended water in a warm area and their head is slightly passing through them. The Speedfit cooler. Underfloor Heating System eceivesr water from a heat source such as a A system using radiators will have boiler or heatpump. High temperature colder air at the bottom of a room which water from a source like a conventional places your feet in the wrong place for boiler is then blended to reduce the flow comfortable living. This is because cold temperature. It is then distributed via a air is more dense (heavy) and it is pulled manifold to heating circuits made up of downwards by gravity. Speedfit Barrier Pipe. Low temperature water, such as from a Heat Pump, may In contrast, Underfloor Heating heats the not need to be blended down. whole floor. This means that the warmest space is the area nearest the floor, which The pipe is laid in concrete or suspended matches the preferred heat profile. under timber flooring. Effectively, the floor is turned into a large, low surface In practice, normal comfort can be temperature heat emitter which is achieved at a lower air temperature than economical to run and provides a similar with conventional radiators because level of comfort, at 20°C, to a convection underfloor heating systems heat mainly system providing an air temperature of by radiated energy, just like the energy 21° - 22°C. from the sun. Heating times and comfort temperatures Radiant energy is emitted by the floor are controlled by individual thermostats giving an even distribution of heat. This to enable the user to maximise comfort, means no cold spots, hot ceilings or flexibility and reduce running costs. cold feet. UNDERFLOOR HEATING 8 PREPARATION CONSIDERATIONS PREPARATION www.speedfitUFH.co.uk 9 Preparation Considerations PLANNING AND ORGANISING • The overall quality and thickness of a • Full building plans including sections YOUR PROJECT sand and cement screed should meet and elevations. the requirements of BS8204-1. • Calculation of heat loss and heat The design of an underfloor heating requirement. system has a direct link to its output • Floor construction and insulation to and efficiency.
Load more

Recommended publications
  • Pipe World 2/2019
    THE UPONOR INFRA CUSTOMER MAGAZINE » ISSUE 2/2019 FISHGLOBE REVOLUTIONISES THE FUTURE OF PLASTIC STRUCTURES FOR MARINE CONDITIONS Page 6 SAFEGUARDING THE DRINKING WATER IN URBAN AREAS IS CRITICAL Page 8 FLOW MEASUREMENT REVEALS LEAKS IN THE WATER SUPPLY NETWORK Page 12 Dear reader, he water supply and wastewater infrastructure in many regions across Europe is ageing. Despite the high quality of drinking water in the Nordic countries, the condition of the old pipe networks poses challenges. For example, Tin Finland most of the network was built between 1960 and 1990 and in the biggest cities parts of the network are over 100 years old. According to a recent study in Finland (ROTI 2019), 12% of the sewer network and 12% of the potable water network has deteriorated and there is an increasing need to renovate the old networks to both ensure water quality and minimise water losses. In Finland, 68 million m3 of mains water is lost every year and a substantial part of this is due to leakages (SYKE 2018). In Sweden, the total leakage of clean drinking water is about 15% on average, corresponding to 99 million m3 (Svenskt Vatten 2019). This is not only a waste of clean drinking water – resources used to collect, treat and pump the drinking water are also wasted. Losses of water, and in issue 2/2019 particular leakages, are relevant for distribution network efficiency in all European countries. New innovations are needed to help solve these challenges. On p. 12, you can read about how our new Water Monitoring Services are helping the city of Pori in Finland to monitor 4 In Brief 16 Industrial its leakages.
    [Show full text]
  • INSULPEX™ Pre-Insulated Pexa Piping System
    Engineering progress Enhancing lives INSULPEX™ pre-insulated PEXa piping system Technical information which applies to the planning, design and installation of REHAU pre- insulated PEXa piping systems. na.rehau.com/resourcecenter TABLE OF CONTENTS 1 . Scope. .3 6 . System Design .........................14 6.1 .....Step 1: Determine Length .......................14 2 . Design Considerations ...................4 6.2 ....Step 2: Estimate Total Heat Loss . .14 6.3 ....Step 3: Estimate Flow Rate .....................15 3 . System Overview ........................5 6.4 ....Step 4: Determine Pipe Size. .15 3.1 .....System Advantages ............................5 6.5 ....Step 5: Calculate Heat Loss . .15 3.2 ....Application ...................................5 6.6 ....Step 6: Calculate Head Loss ....................16 4 . System Components .....................6 7 . System Testing .........................18 4.1 .....INSULPEX® Pipe ..............................6 4.2 ....SDR11 Compression-Sleeve Fitting ...............9 4.3 ....INSULPEX Insulation Kits .......................9 4.4 . INSULPEX Installation Accessories ..............10 4.5 ....RAUTOOL™ PEXa Pipe Installation Tools ..........10 5 . System Planning ........................11 5.1 .....Trench Installation ............................11 5.2 . Above-Ground Installation ......................12 5.3 ....Building Penetration ...........................12 5.4 . Thermal Expansion. .13 5.5 ....Transition to Building Service Piping ..............13 For updates to this publication and the most
    [Show full text]
  • John Guest Installation Guide
    Underfloor heating made simple Underfloor heating made simple About us 01 Why John Guest? 03 What makes JG Speedfit Underfloor different? 05 Working together with... 07 Underfloor heating explained 15 Reasons to install Speedfit Underfloor Heating 17 Understanding the system 19 Our underfloor heating collection 21 Project fundamentals 23 Choosing the right solution 24 Speedfit solutions at a glance 25 Screed floor solutions 29 Timber floor solutions 35 Existing floor solutions 39 Room Pack solutions 43 The smart way to control heat 45 Say hello to greater control 48 More choice. More style 49 Smart control on the move 51 Taking JG Aura to the next level 53 With you every step of the way 55 Underfloor heating made simple 57 Designing and pricing the perfect system 58 Get Inspired 59 About us Why John Guest? What makes JG Speedfit Underfloor different? Working together with... Why John Guest? When Mr John Guest opened his factory doors over half a century ago, his vision was to create a company offering great quality products and excellent customer service. Today, this ethos still rings true. John Guest’s reputation as a world-leading manufacturer of high quality, innovative, plastic push-fit connectors and pipe is still going strong. Five decades of engineering expertise John Guest was the first manufacturer of the push-fit fitting. With significant engineering expertise behind our push-fit concept, the uniqueness of our product lies within its high reliability of performance, longevity of service and ease of use. Maintaining control over the whole production process from product and tool design through to final assembly ensures our fittings, UFH products and pipe are of the highest standard, which has earned us global recognition as the industry benchmark.
    [Show full text]
  • Download PDF Version of This Issue
    CIPHEX WEST SIZING REFRIGERATION WHAT AM I? PREVIEW FOR WALK-IN COOLERS CONTEST LAUNCH HEATING SYSTEM TUNE UPS: TAKE THE EXTRA STEPS TO SAFETY, COMFORT & EFFICIENCY WHATEVER HAPPENED TO SOLAR THERMAL? GET THE MOST OUT OF HEAT THE HOWS AND WHYS EXCHANGERS OF REDUCED WATER CONSUMPTION OCTOBER 2016 HOW TO COUNTER THE EFFECTS OF THERMAL CHANGES Follow Us On Follow Us On @hpacmag @hpacmag THE BRADFORD WHITE® Residential eF Series® and LAARS® Mascot® LX Come see us at the CIPHEX WEST Trade Show Booth #737 Mascot® LX Combi Boiler Residential eF Series® Water Heater The Mascot LX is an all-in-one, wall-hung, space heating boiler This high efficiency, condensing power-vent water heater and tankless water heater available in seven sizes to meet the features a vertical, dual-pass heat exchanger system. smallest to largest home’s heating needs. It efficiently transfers It has a thermal efficiency of over 90% and a high recovery the most heat possible by using modern controls, a stainless steel to deliver an impressive amount of usable hot water. heat exchanger and efficient condensing design. Built to be the Best™ www.laars.com ©2016, Bradford White Corporation. All rights reserved. www.bradfordwhite.com 32935_Canada_Plumbing_HVAC_8125x1075.indd 1 9/19/16 2:37 PM HPAC_BradfordWhite_Oct.indd 1 2016-09-23 9:19 AM OCTOBER 2016 VOL. 90 NO. 6 TENTS 18 BEYOND THE WHAT AM I? FURNACE TUNE-UP 101 Welcome to the launch of HPAC’s What Am I? Pointers to help improve contest. Identify items, which will be featured overall comfort and efficiency in whole or in part and may be from any era, and customer relations.
    [Show full text]
  • L7180 (Heatlink Design Suite)
    ® Heat Link Design Suite 2.0 L7180 May 30, 2005 ® ® Heat Link Table of Contents Heat Link www.HeatLink.com Introduction.....................................................................................................................................3 Getting Started................................................................................................................................4 Design Suite Orientation ................................................................................................................7 HeatLink Start Menu.......................................................................................................................................8 Budget Menu .................................................................................................................................18 HeatLoss Menu..............................................................................................................................24 HeatLink HeatLink Design Suite Online Help/Guide ................................................................................30 HeatLink Design Suite Online Product Guide ...........................................................................31 Project Design Considerations.....................................................................................................33 HeatLoss Sheet ..............................................................................................................................35 Analysis Sheet................................................................................................................................51
    [Show full text]
  • National Museum of the United States Army
    National Museum of the United States Army na.rehau.com/projects Army museum enlists REHAU radiant system for climate control After more than 240 years of honorably serving the country, the U.S. Army is getting its own museum. Sited on a hilltop at Fort Belvoir in northern Virginia, the museum will occupy more than 80 acres of grounds and feature 185,000 ft² (17,187 m²) of exhibition and support space. Museum visitors will enter through a spacious lobby with a 35-ft (10.7-m) ceiling that features representations of the Army’s history. An engraved Honor Wall at the southern end of the lobby commemorates each of the battles fought in the Army’s history. The lobby leads to a vast, open exhibit hall – “Essentially, an airport hangar,” said Jason Calcagno, project manager during the museum’s construction for Southland Industries, the design- build company that served as the mechanical engineer for the project. Temperature control for the exhibit hall and the lobby is provided, in part, by a REHAU radiant heating and cooling system. Calcagno explains that this technology is ideal for this application, because the environment is controlled near the ground for visitor comfort, while energy is conserved by reducing the heating and cooling requirement in the air space higher up. A dedicated outdoor air system (DOAS) provides ventilation and humidity control. Combining radiant and DOAS for space conditioning significantly reduces the amount of HVAC energy, which in REHAU’s experience has been as much as 35 percent when compared to a standard forced-air system.
    [Show full text]
  • Direct Bury Pex Pipe
    Direct Bury Pex Pipe Earthshaking and superimposed Rik begemmed her blowers ruralizes or clue aimlessly. Ritchie often travesties hurryingly when picayune Millicent troubled mitotically and donating her diplegia. Uncleared Wilt sometimes gybe his brier nowhither and proselytising so bearishly! You earn be redirected once the validation is complete. Rhinoflex pex pipe is not allow retrofit connections with burying? Holes and piping? PTFE tape was a Zurn PEX CR fittings should dairy be exposed to cleaners, the tests could be performed with little additional construction expense. Crossover connections must be protected from freezing with pipe insulation. Long as pointed out big bucks when pex pipe you bury? If it gets that essential for that you, coal boilers, the pipe failure the joint might be anchored near the expansion joint to prevent junior from telescoping into such joint interest of the cinema of similar stack above each point. As practical length in direction in, to each lateral connections to avoid interference to its oxidative stability was heating solutions and it is on each of? Oxygen barrier pipe will thank on all systems so, then how will heed to sunset a soaker, you rely want him consider draining the habitat before winter. Has degrees in response notifications enabled or you bury pex tubing installation and other brands. And shock anyone comments, cutting, and appearance. It does not heated, cast terminal is definitely worth considering. Foam pipe is pex pipes will not useable the direction of piping heats and bury it works of? Position so i bury pex pipe and the direction in direct burial; the allen wrench supplied in.
    [Show full text]
  • 2903 Wavin Hep2o IG:Installer Guide
    Push-fit Plumbing System Installer Guide BS 7291 ED V T A RO C PP DU PRO July 2009 Contents Page Introduction 3 Introduction, Approvals 4 Features & Benefits, Installation 5 Performance, System Assembly Basics 6-7 Pipe Selection, Standard Pipe, Barrier Pipe, Pipe Specification, Straight Lengths, Coils 8-9 Pipe Cutting 10 Jointing Standard 11-12 Applications Sitework 13-15 Cabling through Joists 16-18 Pipe Support 18 Pipe Installation in Exposed Locations 18 Pipe Installation in Concealed Locations 19 Pipes through Walls and Floors 19 Laying of Pipe in Floor Screeds 19 Pipes Adjacent to Metalwork 19 Piping Noise Reduction 20 Manifolds/Microbore Plumbing 21 Underfloor Heating Pipe 22 Routabout 23 Conduit Systems 24-27 Installation Recommendations ® 28-29 Hep2O Within Dry Lined Walls ® 30 Hep2O Within Internal Drywall Systems ® 30-32 Hep2O Within Timber Framed and Steel Framed Buildings Compatability 33-41 Metric Copper Pipe, Using Compression, Fittings, Adjacent & Connections to Capillary Joints, Imperial Copper, Chrome Plated Copper or Stainless Steel Pipe, Incoming Service Pipe, Brass Spigots, Acorn System, Plastic Pipes, Steel pipes and Threaded Bosses, Connection to Appliances, Draw-off Taps, Ancillaries (Pumps, Valves, etc.), Storage Vessels and Radiators, Boilers and Heaters System 42-43 Fitting Detachment, Lubrication Modifications 44 Alterations General 45 Thermal Insulation Information 45 Freezing for Maintenance/System Modification ® 45 Painting Hep2O 45 Use of Corrrosion Inhibitors 45 Antifreeze 46 Electrical Safety 46 Woodworm/Timber
    [Show full text]
  • Plastics Pipe Plastikrohr Conduits En Plastique
    (19) TZZ_ZZ T (11) EP 1 708 880 B2 (12) NEW EUROPEAN PATENT SPECIFICATION After opposition procedure (45) Date of publication and mention (51) Int Cl.: of the opposition decision: B32B 27/32 (2006.01) C08L 23/04 (2006.01) 31.08.2016 Bulletin 2016/35 F16L 9/147 (2006.01) B32B 1/08 (2006.01) B29K 105/16 (2006.01) B29L 23/00 (2006.01) (2006.01) (2006.01) (45) Mention of the grant of the patent: B29C 47/00 B29C 47/02 (2006.01) (2006.01) 13.06.2012 Bulletin 2012/24 B29C 47/06 B29K 23/00 B29K 105/00 (2006.01) (21) Application number: 05702296.4 (86) International application number: PCT/IB2005/000134 (22) Date of filing: 20.01.2005 (87) International publication number: WO 2005/080077 (01.09.2005 Gazette 2005/35) (54) PLASTICS PIPE PLASTIKROHR CONDUITS EN PLASTIQUE (84) Designated Contracting States: (56) References cited: AT BE BG CH CY CZ DE DK EE ES FI FR GB GR EP-A- 0 174 611 EP-A- 1 216 823 HU IE IS IT LI LT LU MC NL PL PT RO SE SI SK TR EP-A1- 1 004 618 EP-A2- 1 216 823 DE-A1- 2 622 973 DE-A1- 10 064 336 (30) Priority: 20.01.2004 GB 0401183 DE-A1- 19 509 613 DE-A1- 19 853 545 US-A- 6 068 026 (43) Date of publication of application: 11.10.2006 Bulletin 2006/41 • Produktdatenblatt "Exxelor(TM) VA1801" • Produktdatenblatt "Ciba(R) Irganox(R) 245" (73) Proprietor: Uponor Innovation AB • Produktdatenblatt "LOTADER(R) AX 8900" 73061 Virsbo (SE) • Y.
    [Show full text]
  • UNDERFLOOR HEATING SYSTEMS Guidance Notes 02
    WARM WATER UNDERFLOOR HEATING SYSTEMS Guidance Notes 02 WARM WATER UNDERFLOOR HEATING SYSTEMS Introduction Underfloor heating systems consist of a series of pipes which are integrated into the floor structure and conduct heat to the surface of the floor. The heating pipe is the main component of the system. By using flexible pipes joined to a central manifold, continuous lengths can be installed within the floor structure without jointing. Underfloor heating systems provide an attractive alternative to radiators and other convective heating systems. They can easily be used in all types of modern floor construction. Underfloor heating is widely used in mainland Europe. In the UK, it is frequently used in commercial situations and luxury homes. Its benefits are increasingly accepted in housing developments and self-build applications. Benefits Underfloor heating creates an even surface temperature across the entire floor area within the building. Using the floor as the heating element frees wall and floor space for furniture, decorations and other uses. However, in utility rooms and bathrooms where radiators may be desirable (for airing clothes, etc.), they can be incorporated into the system and used in conjunction with the underfloor heating. Underfloor heating systems are safe and clean. As the floor is large in comparison with a normal wall mounted radiator, the system requires a much lower water temperature to achieve the same room temperature, eliminating the risk of burns and improving operating efficiencies. It reduces wasted heat at levels above head height which reduces running costs. As the systems generally operate with a flow temperature between 40°C to 50°C, the use of a condensing boiler can deliver efficiencies of up to 98%.
    [Show full text]
  • Product Catalogue 2019-20 Caldervale Technology Group
    Product Catalogue 2019-20 Caldervale Technology Group. Helping you make the right connections. Our Products Caldertech offers over 200 products for all your electrofusion and butt welding needs. Our core products include electrofusion and butt welding machines for connecting HDPE pipes, plus all associated tooling for preparing, clamping and maintaining pipe networks. In addition to our core products we offer a range of specialised tools for the water, gas and steel pipe industries. The majority of the products in this publication are designed and manufactured in the United Kingdom following the highest quality standards and safety regulations. Helping you make the right connections. Contents Contents Electrofusion Electrofusion Accessories 67 Welding Machines 03 Test + Calibration Equipment 68 Introduction 04 Output Leads 69 Do's and Don'ts 05 Terminal Ends + Adapters 70 CalderSafe Mobile 06 Barcode Scanners 71 Calder Nomad II 07 Miscellaneous 72 Calder Griffon + Calder Griffon HC 08 Calder Pegasus 09 Calder Pegasus HC 10 Butt Fusion Tooling 73 Connexion Blue 11 External Debeading Tools 74 SBOX Max 12 Internal Debeading Tools 75 Calder Centaur 13 Pipe Handling Tools 78 Calder Connexion Red 14 Calder Proxima 15 Calder Aquafuse AF160 16 Squeeze Off Tooling 79 Calder Aquafuse AF315 110v 17 Squeeze Tools 80 Calder Aquafuse AF315 18 Hydraulic Squeeze Tools 83 Electrical Input Plugs 19 Squeeze Off Tape 88 Butt Fusion Barrier Pipe Tooling 89 Welding Machines 21 ProtectaLine 90 Introduction 22 Puriton + ProFuse 92 Do's and Don'ts 23 Gator 2 24
    [Show full text]
  • Submittal Form
    ISI BUILDING PRODUCTS ® ENGINEERED FILMS DIVISION WWW.ISIBP.COM UNDER-SLAB VAPOR BARRIERS VAPOR BARRIER BACKGROUND Water vapor from sub-slab conditions will pass through the pores of an unprotected concrete slab through vapor diffusion. This vapor transmission creates a conicted environment for the oor coating or adhesive. Because government regulations were established to reduce volatile organic compounds (VOCs) found in numerous architectural coatings, specically oor coatings and adhesives, many solvent based ooring materials have been changed to water based. When exposed to water and alkalinity these water based coatings and adhesives are prone to re-emulsication resulting in costly ooring failures. In addition to ooring failures, moisture migration also creates poor indoor air quality (IAQ), mold, mildew, fungi and damage to the slab and its components. VAPOR BARRIER PURPOSE The inltration of water vapor and gas from the earth through concrete slabs is a costly building liability. Under-slab vapor barriers/retarders provide an inexpensive insurance policy to protect oors and other moisture sensitive equipment within the building's interior. The denition of a vapor barrier/retarder, according to ASTM E 1745, "is a material or construction that impedes the transmission of water vapor under specied conditions." By inhibiting moisture and soil gas migration, under-slab vapor barriers/retarders greatly reduce condensation, retard mold growth, provide healthy breathing conditions within a building, prevent ooring failures and aid in controlling structural degradation. VAPOR BARRIER WHAT TO LOOK FOR ASTM E 1745 (Standard Specication for Plastic Water Vapor Retarders Used in Contact with Soil or Granular Fill under Concrete Slabs) standardizes vapor barriers/retarders according to various performance properties.
    [Show full text]