AVK UL LISTED AND FM APPROVED PRODUCT RANGE FIRE PROTECTION SOLUTIONS

Transcription

1 AVK UL LISTED AND FM APPROVED PRODUCT RANGE FIRE PROTECTION SOLUTIONS

2 FIRE PROTECTION SOLUTIONS FROM AVK AVK place paramount importance on forming long term partnerships with its customers. We recognise that a quick response, with reliable and accurate advice is essential to maintain and develop a full and long term relationship. When it comes to Fire Protection and dealing with emergencies, you need products and a supplier you can trust and rely on. Production plants that work with flammable material or high temperatures must be effectively secured against fire. This is established by means of a fire water main that covers the entire production area with hydrants and monitors. These hydrants and monitors have a dual role to a) extinguish the fire and b) partly ensure that the areas not on fire are sprinkled with water to keep them cool. AVK can supply fire protection products for all parts of the water main from fire approved gate valves for isolation, to hydrants and monitors that extinguish the fire, all of which comply with the relevant approvals UL, FM and VdS. AVK s offer for fire protection includes: Wet barrel hydrants Dry barrel hydrants Below ground hydrants Monitors Indicators Gate valves Float valves Swing check valves Butterfly valves Ancillaries AVK s fire protection products hold internationally recognised approvals such as UL, FM and VdS. Since 1900 UL (Underwriters Laboratory) has worked to ensure fire safety in many fields. UL started originally in America but is today an internationally known institute signalling high quality and safe reliable products. The UL standards describe requirements for metallic parts, non-metallic parts, outlets/inlets, rated working pressure and marking as well as test methods of the approved products. FM (Factory Mutual) is an international leader in 3rd party certification and approval of fire protection equipment. FM has written its own product standards since the company was first established. FM has its own test laboratories and ensures continued, quality guarantee through follow up audits at the manufacturing sites with a minimum 4 times a year. VdS (Vertrauen durch Sicherheit - in English confidence through safety ) is a German test institute working within fire protection and security. VdS has more than 100 years of experience in fire protection and provides tests and certifications of both products and complete sprinkler systems. By choosing UL, FM or VdS approved AVK products for your fire protection system, you are ensured a reliable and safe function, which is essential when it comes to protecting your assets, and most importantly human lives! 2 FIRE PROTECTION

3 WHEN EVERY SECOND COUNTS COUNT ON AVK VALVES AND HYDRANTS COMPLIES WITH INTERNATIONAL SAFETY APPROVALS Safety comes first do not compromise on quality. AVK offers high quality, robust products that operate faultlessly even after a long period of inactivity. Build long life into your systems Firefighters rely fully on their equipment to function perfectly when needed. Therefore, it is crucial that the products installed are highly reliable, are easy to maintain and last a lifetime. AVK is a leading supplier of high quality hydrants and valves for fire protection and sprinkler systems. AVK s high quality design is based on thorough research of the customers needs. From design to finished product AVK products are manufactured in modern factories using state-of-the-art technology, computerised machining centres and robots to ensure precision and uniformity. The overall framework for quality, from development to distribution, is our extensive quality assurance system certified to ISO Extensive range The complete fire protection package complies with international standards and consists of: Hydrants NRS post indicator valves Handwheel operated OS&Y gate valves Post and wall indicators Swing check valves Butterfly valves All are UL/ULC listed and FM approved. Furthermore, AVK holds a VdS approval for NRS handwheel operated gate valves and butterfly valves. FIRE PROTECTION 3

4 DRY BARREL FIRE HYDRANTS Dry barrel fire hydrants are primarily designed for areas where the water main is located below the ground frost zone. AVK dry barrel fire hydrants meet or exceed AWWA C-502 and are UL/ULC listed and FM approved. They are designed for high performance, easy repair and minimum end user costs for labour and inventory. High performance and easy repair AVK dry barrel hydrants are designed with a breakable flange and a stem rod coupling which prevent leakage following road traffic impact. The hydrant s main valve has a ductile iron core which is fully encapsulated in EPDM rubber. The nozzle section can be rotated 360º. The upper section of the hydrant is repairable under pressure. AVK s dry barrel hydrants have two drain outlets located just above the water main level. The main valve disc is designed with the purpose of flushing the drain channels for soil and other impurities during opening, as these impurities could damage the main valve disc. The barrel will drain the water through the drain holes in the base when the hydrant is closed after service. Note: Where the installation is located in/around soil it is important that the base is surrounded by gravel allowing the hydrant to drain and flush. After turning the operation key 2 to 3 times, the drain will stop flushing and the barrel will be filled with water which will flow directly into the hoses and pumper or other appropriate connection. 4 FIRE PROTECTION

5 Features and Benefits: Modem or nostalgic styles available with interchangeable internal parts UU/ULC listed and FM approved High pressure rating PSI High strength ductile Iron nozzle section, barrel section and base 5 1 /4" of valve opening for high flow rating Hydrant top repairable under pressure 360º nozzle section rotation Replaceable nozzles secured with external stainless steel lock screw Light-weight, inexpensive hydrant tools Traffic flange designed for easy repair Stainless steel traffic coupling designed for longer operational life (resists elongation) and high corrosion resistance 360º all bronze drain channel, fast draining Travel stop nut In the nozzle section for additional safety Inlet shoe can be changed without dismantling hydrant - available in most configurations (MJ, FL, PO, PE) New tensile resistant polyethylene shoe connection available Hydrant shoe and nozzle section are epoxy lined and coated Hydrant drain easily plugged if required - may be plugged internally or externally Extensions available In lengths from 6" to 60" Stainless steel upper stem standard; lower stainless steel stem available AVK fully encapsulated one-piece hydrant main valve Patented AVK design -one place replaces up to 13 pieces Ductile iron core fully encapsulated in EPDM rubber No exposed metal-completely corrosion resistant (bottom stops of stainless steel) Easy maintenance Cost-effective, labour saving - reduced inventory UL/ULC listed and FM approved Optional extras: Monitor elbow. Multi outlet. Handwheel. Landing valves. Couplings. FIRE PROTECTION 5

6 DRY BARREL MONITOR FIRE HYDRANTS Monitor hydrants are primarily used for installation in chemical and petrochemical industrial plants as well as refineries, tank farms, airports and other plants with large quantities of inflammable liquids posing fire hazards. Fast and effective fire extinguishing The AVK monitor hydrant is based on the same design and components as our standard dry barrel fire hydrant. Therefore, it has all the same features and benefits as well as approvals, plus 3 or 4 flanged elbows for connecting a monitor, enabling immediate fire extinguishing directly from the hydrant without adding any hoses. The monitor hydrant is, like the dry barrel hydrant, available in many different configurations for inlet and outlet connections, dimensions, materials, colours etc. When used together with our standard monitor and spray nozzle it delivers more than 4000 litres/min. through the monitor. 6 FIRE PROTECTION

7 AVK s standard monitor Our high quality FM approved monitor is cast completely in brass for high corrosion resistance. The special casting shape with a cast-in guideway in the middle ensures a high flow rate of up to 4732 litres/min. It has a high vertical travel from -60 to +90 (150 ) and a continuous horizontal travel of 360. The nozzle can be adjusted to supply a straight stream to a 90 wide fog, and has an effective reach of up to 90m. As standard it is supplied with a manual tiller bar and lock-in-position screws for precise and fast control, it is also available with dual handwheels. FIRE PROTECTION 7

8 WET BARREL FIRE HYDRANTS Wet barrel fire hydrants are primarily designed for non-frost areas. AVK s wet barrel hydrant is designed to be easy to maintain, enabling one person to perform routine repairs and maintenance. The hydrant is rated for a working pressure of 200 psi, is UL listed and FM approved, and meets or exceeds the requirements of AWWA C503. For non-frost areas AVK s wet barrel hydrant is designed with the shut-off device directly at the outflow nozzle for hose or pumper connection. This means that the hydrant is constantly filled with water and therefore under pressure. The hydrant is mounted directly on the water main, giving full water pressure instantaneously when needed. Only after 1 /8 turn on the stem the water starts to flow, and after 12 turns the full flow capacity can be utilised. The hydrant is not to be used in temperatures below 0 C due to the risk of frost erosion. For service and maintenance purposes we recommend installing an isolating gate valve on the upstream side. Features and Benefits: UL listed and FM approved. Meets or exceeds AWWA C503 (latest). High pressure rating (200 psi). Two-way outlet (1 x 2½ NST hose outlet and 1 x 4 or 4 ½ pumper outlet). Three-way outlet (2 x 2½ NST hose outlets and 1 x 4 or 4½ pumper outlet). Inlet: 6 AWWA flange inlet (standard). Operating nuts: 1½ pentagon. 360º rotation possible when assembled with a breakable flange unit. Ductile iron nozzle section with removable nozzles secured with external stainless steel allen screws. Each stem sealed with two O-rings. Replaceable cast iron dummy nuts for extra stem protection. Fusion bonded polyester coating red RAL A wide range of nozzle thread specifications available. Available with monitor flange 4 to ANSI Class 150. Optional extras: Series 24/72 with working pressure 250 PSI Available in stainless steel and bronze 8 FIRE PROTECTION

9 POST INDICATORS AND GATE VALVES FOR POST INDICATORS Post indicators are mounted end to end with the extension spindle connecting the valve. They are mounted in places where direct access is impossible, for instance on gate valves mounted on a water ring main in an airport or a factory area with for example, oil refineries or chemical plants. Open or closed position The post indicator indicates whether the valve is in an open or closed position. According to government regulations it must be easy for firemen to identify whether the valve is open or closed, even at a long distance. The post indicator signs OPEN and SHUT are mounted on the target according to valve size. AVK post indicators have a unique telescopic stem design which eliminates the need to disassemble and saw off sections of the stem during installation. The operating wrench can be locked on to make the valves tamper proof, and the AVK post indicators have a pre-cast threaded boss for mounting a supervisory switch. The post indicator valves are used for underground installation in fire protection systems. The post indicator flange is incorporated in the top gland giving a compact design. AVK series 34/00 post indicators for fire protection waiting to be installed under pressure at FM Logistics - Petresti, Romania. FIRE PROTECTION 9

10 UNDERGROUND SQUAT FIRE HYDRANT The Series 29/388 squat fire hydrant is suitable for use with water and neutral liquids to a maximum temperature of 70 C. Replacing the popular S29/288, this new version has a greater flow rate. It also has an added benefit in that the efficient new design uses considerably less material which makes it lighter, which in turn reduces manufacturing and transportation costs therefore significantly reducing the environmental impact. The Series 29/388 complies with the requirements of BS 750:2012 and BS EN1074-2:2004 and EN14339:2005, underground hydrants. Also to BS EN for potable (drinking) water. Fully WRAS approved and Kitemarked as standard. With an auto-frost valve as standard it saves 6ltr/ min when in use and eliminates the need to fit a solid plug for testing. Features and Benefits: Kitemarked to BS 750:2012 Type 2 Fire Service and Water Utility s directive. Stainless steel outlet as standard. Ductile iron construction: Low weight design, more durable, carbon content recorded less per unit than its predecessor. Safer and easier to install and operate. Cost effective. 2 ½ London round thread outlet to BS 750. Exceeds BS flow requirements: Kv = 92 minimum 2000 l/min. Kv = 96.3 actual 2092 l/min. Internal holiday free coating and external fusion bonded epoxy coating in line with WIS Class B. Fully maintainable: Allows long term maintenance. Cost effective. Stainless steel A2 fastenings hex head bolts. No special tools required. Stem seals replaceable when hydrant closed and under pressure. Corrosion resistant construction compliant with BS EN for disinfection products. Universal drilled inlet flange: BS EN1092:1997, BS 10 Table D/E. Fixed, draining stopper: Fully vulcanised, no stagnation, corrosion resistant, less thread wear due to silt grit entrapment. 2 year product warranty as standard. WRAS approved product. Options PN25 version. Loose stopper: Fully vulcanised, no stagnation, corrosion resistant, less thread wear due to silt grit entrainment. Outlet options: Stainless steel (standard) or gunmetal to BS 750 round thread. Instantaneous (Morris). Belfast. London V thread. Internal screwed Norwegian. Bayonet (Dublin). S29/389 version for application in corrosive atmospheres or exposed locations. With all the benefits of the S29/388 the S29/389 has a stainless steel stem (316) and all exposed fasteners are in A4 stainless steel. Security device (as pictured below) 10 FIRE PROTECTION

11 THROUGH-BORE FIRE HYDRANT WITH DATA LOGGING PORT The Series 29/91 is the dimensional equivalent of a squat hydrant but with a full, straight bore from inlet to outlet. This allows a greatly enhanced flow-rate and ease of introduction and retrieval of pipe maintenance and measurement equipment. It is suitable for use with water and neutral liquids to a maximum temperature of +70 C. There is an optional data logger connection allowing hydrants to remain in service and available for use whilst data logging equipment is installed. The Series 29/91 Complies with the requirements of BS 750:2012 and BS EN1074-1:2000 and EN14339:2005, underground hydrants. Also to BS EN for potable (drinking) water. Resistant to corrosion of other component parts. Resistant to disinfection products. With an auto-frost valve as standard it saves 6ltr/ min when in use and eliminates the need to fit a solid plug for testing. Features and Benefits: Kitemarked to BS 750:2012 Type 2 Fire Service and Water Utility s directive. Stainless steel outlet as standard. Through bore: Bore dimension Min 80mm. Improved flow for low pressure areas. Providing ease of introduction and retrieval of monitoring, repair and flow stopping equipment. Optional data logger connection allowing hydrant to remain in service and available for use. Exceeds BS flow requirements: Min flow Bar (Kv=92): specified in BS EN Actual flow 4802 Bar (Kv=221) 0.3 bar = 2000 l/min. WRAS approved product. Internal holiday free coating and external fusion bonded epoxy coating in line with WIS Class B Fully maintainable: Cost effective. Ductile iron construction: More durable, carbon content recorded less per unit than its predecessor. Safer and easier to install and operate. Auto-frost drain valve as standard: No stagnant water left in hydrant after use. No bacterial build up. Frost resistant. Stem seal changed under pressure. 2 ½ London round thread outlet to BS 750. Corrosion resistant construction, compliant with BS EN for disinfection products. Universal drilled inlet flange: BS EN1092:1997, BS 10 Table D/E. Patented design. 2 year product warranty as standard. Internal holiday free coated to a thickness of 250 microns. Stainless steel A2 fasteners. Options: Outlet options: Stainless steel (standard) or gunmetal to BS 750 London round thread. Instantaneous (Morris). Belfast. London V thread. Internal screwed Norwegian. Bayonet (Dublin). Security device. Stainless steel stem & A4 bolts 25 Bar. Data logger. FIRE PROTECTION 11

12 GATE VALVES FOR SPRINKLER SYSTEMS AVK resilient seated gate valves are designed with a fully vulcanised rubber wedge and unique features ensuring optimum performance and high durability. Our flanged gate valves are OS&Y design and grooved end with pin indicators. Flanged gate valves The light weight flanged gate valve with pin indicator is suitable for use in fire protection systems as an isolating gate valve for maintenance purposes. The pin indicator indicates the wedge position. Micro switches for remote indication of the wedge position are available as an optional extra. The valves are VdS approved. The OS&Y gate valves with flanges are for use in above ground installations. The rising stem enables the easy identification of the wedge position, even at a distance. The valves are UL listed and FM approved. 12 FIRE PROTECTION

13 Resilient seated gate valves A test performed by AVK's own R&D scientists, has proved that impurities up to Ø 8.7 mm can be handled by a DN150 valve without any problems. The same test demonstrated that the unique AVK EPDM rubber is the only rubber quality which instantly returns to the original shape when the valve is opened again. Unique wedge design Fixed, integral wedge nut sealed with rubber prevents corrosion. Double bonding vulcanization process ensures maximum adhesion of the rubber. Guide rails with integrated wedge shoes ensure low friction and smooth operation. Rubber vulcanised to the core with min. 1.5mm on all pressure bearing surfaces and 4mm on all sealing surfaces gives optimum corrosion protection. Large rubber volume in the sealing area provides optimum sealing. Large plain and conical stem hole prevents stagnant water and accumulation of impurities. AVK s rubber compound features an outstanding compression set value. Grooved end gate valves The valves fit the quick clamp system and are machined according to AWWA C606. The grooved end on the valve is fixed to the pipe material e.g. steel or cast iron - by means of standard clamping couplings. Over the past 75 years, the grooved end clamping system has proved to be one of the fastest and most efficient ways of joining pipes due to its high degree of flexibility. It absorbs vibrations and noise transmission through the system and has a certain degree of angular deflection of the pipe joints and alignment in all positions 360º around the pipe axis. Therefore, the system has gained a footing in high rise buildings where vibrations and stress of pipe systems are of significant importance. The series 06/37 valve is a further development of the renowned VdS-approved gate valve series 06/35 which was originally designed for sprinkler systems. Additional features In addition to the unique wedge design AVK gate valves offer a number of great features: Rolled threads increase the stem s strength. Wedge stop on the stem provides a firm stop against the wedge nut to protect seals and coating. Triple safety stem sealing ensures tightness. Full circle thrust collar provides fixation of the stem and low free running torques. The bonnet gasket is fixed in a recess and encircles the bonnet bolts to prevent blow-out. The stainless steel bonnet bolts are countersunk and sealed to protect against corrosion. Full bore ensures low head loss. Low operating torques ensure easy operation. Electrostatically applied epoxy coating according to DIN FIRE PROTECTION 13

14 CHECK VALVES AND FLOAT VALVES Swing and ball check valves Secondary valves in a fire sprinkler system are not necessarily gate valves. AVK check valves are an excellent choice if you want to avoid reflux. Pump chambers for sprinkler systems often include liquids that are not in contact with fire safe water and as such, they do not require the same strict approvals. Examples are the supplementary water for the pumps, the replenishment of containers and reservoirs from the public water supply network. The ductile iron body, with soft sealing elements using an advanced rubber quality from AVK s own rubber factory, will ensure an efficient shutoff whenever needed. Ball float valves AVK s ball float valves can be installed in a sprinkler system s water tank or reservoir to ensure that it is constantly and automatically filled with water. The ball float valve automatically controls the discharge of water into a tank or reservoir in response to water level variation. The float mechanism holds the valve until the water level falls. The float then follows the water level, matching the inflow. If outflow ceases, the water level rises and the float closes the valve. UL/FM swing check valves AVK also offers swing check valves with either UL listing, FM approval or both. The range includes spring loaded swing check valves with flanged or grooved ends in DN The grooved end valves are also available in a shotgun version with a drainage thread machined on the wet side. The valve has a very compact design which makes it ideal for fast and easy installation. When fully open, the clapper is completely out of the flow stream to maintain a maximum flow area and to keep a low pressure drop. The spring loaded disc prevents slam closing caused by the backflow when the flow stops. 14 FIRE PROTECTION

15 BUTTERFLY VALVES Butterfly valves with fixed liner AVK fixed liner butterfly valves offer three different connections; wafer, semi lug and double flanged. AVK fixed liner centric butterfly valves feature an outstanding seating concept. The rubber is injection moulded directly on the valve body forming a permanent bond. Consequently, there is no risk of deformation or dislocation of the liner making the valves suitable under vacuum conditions. The streamlined disc with minimum flow resistance is made of stainless steel or alu-bronze. The valve will not cause any turbulence, pressure drops or valve vibration, and will reduce energy costs for the user. The energy costs can be up to several times the initial cost of the valve. Grooved end butterfly valves The new AVK butterfly valve with grooved ends is designed specifically for fire protection applications and is UL listed and FM approved. It features a rubber vulcanised disc with high quality rubber compounds produced at AVK s own rubber factory. The disc design ensures a high flow rate and a low pressure drop across the valve. The valve is delivered with a manual gearbox fitted with integrated electric supervisory switches. It is a compact valve, which requires the minimum of space for installation. The profiled disc edge requires minimal deformation of the liner to achieve a tight seal. The combination of the profiled disc edge and the excellent AVK rubber quality ensures maximum durability of the liner and low operating torques. All butterfly valves are supplied with an approved gear box, handwheel and opening indicator. FIRE PROTECTION 15

16 FIRE PROTECTION PRODUCTS 16 FIRE PROTECTION

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18 Ref. nos. DN PN / psi / bar Weight inch Kg Series 45/56 Gate Valves, flanged OS&Y Ductile Iron UL/FM X: 0 = EN 1092, PN 10 1 = EN 1092, PN 16 2 = ANSI B16.1, CL OX PN10/ OX ½ PN10/ OX PN10/ OX PN10/ OX PN10/ OX PN10/ OX PN10/ OX PN10/ OX PN10/ OX PN10/ OX PN10/ GATE VALVES / UL/FM Series 45/16 Gate Valves, grooved IPS OS&Y Ductile Iron UL/FM Series 45/59 Gate Valves, flanged for post indicator, 250 PSI Ductile Iron UL/FM X: 0 = EN 1092, PN 10 1 = EN 1092, PN 16 2 = ANSI B16.1, CL psi / 17.2bar psi / 17.2bar psi / 17.2bar psi / 17.2bar psi / 17.2bar OX614 2 PN10/ OX614 2½ PN10/ OX614 3 PN10/ OX614 4 PN10/ OX614 6 PN10/ OX614 8 PN10/ OX PN10/ OX PN10/ OX PN10/ OX PN10/ Series 45/59 Gate Valves, flanged NRS. 250 PSI Ductile Iron UL/FM X: 0 = EN 1092, PN 10 1 = EN 1092, PN 16 2 = ANSI B16.1, CL X614 2 PN10/ X614 2½ PN10/ X614 3 PN10/ X614 4 PN10/ X614 6 PN10/ X614 8 PN10/ X PN10/ X PN10/ X PN10/ X PN10/ Series 45/26 Gate Valves, Fl. x Gr. IPS OS&Y UL/FM psi / 17.2bar psi / 17.2bar psi / 17.2bar psi / 17.2bar 60 Series 45/46 Gate Valves, RF flange, ANSI B16.1.cl.250 UL/FM psi / 17.2bar psi / 17.2bar psi / 17.2bar psi / 17.2bar psi / 17.2bar FIRE PROTECTION

19 Ref. nos. DN psi / bar Weight inch Kg Series 45/76 Gate Valves, DI grooved, OS&Y UL/FM psi / 17.2bar psi / 17.2bar psi / 17.2bar psi / 17.2bar 71 Series 45/86 Gate Valves, DI grooved x FL OS&Y UL/FM psi / 17.2bar psi / 17.2bar psi / 17.2bar psi / 17.2bar 75 UL/FM / GATE VALVES Series 145/ Resilient wedge gate valve FL x FL UL/FM FFN 2½" 250psi / 17.2bar FFN 3" 250psi / 17.2bar FFN 4" 250psi / 17.2bar FFN 6" 250psi / 17.2bar FFN 8" 250psi / 17.2bar 77 Series 145/ Resilient wedge gate valve FL x FL OS&Y UL/FM FFN 2½" 250psi / 17.2bar FFN 3" 250psi / 17.2bar FFN 4" 250psi / 17.2bar FFN 6" 250psi / 17.2bar FFN 8" 250psi / 17.2bar 77 FIRE PROTECTION 19

20 Ref. nos. DN Stem Length Weight inch mm Kg Series 34/80 Post Indicator for Gate Valve, Wall Type Features: Operating - NRS hand wheel Mounting - Flanged Plate Extension spindle Materials: Body - Ductile Iron Rod - Steel UL/FM ½ UL/FM / POST INDICATORS Series 34 Post Indicator For Gate Valve, telescopic type Features: Operating - NRS Wrench operated Mounting - Flanged Plate Materials: Body - Ductile Iron Rod - Steel Barrel - Ductile Iron UL/FM ½ FIRE PROTECTION

21 Ref. nos. DN PN / psi / bar Weight inch / mm Kg Series 75 Butterfly Valves, wafer FM Note: Wieght without actuator PN ½ PN PN PN PN PN PN PN PN16 36 Series 815 Butterfly Valves, grooved FM Series 854/ Equilibrium Right Angled Ductile Iron Ball Float valve Lever: Hot dipped galvanised Coating: Internal and external blue fusion bonded epoxy 250 microns AB10 2½ 300psi / 20.6bar AB psi / 20.6bar AB psi / 20.6bar AB psi / 20.6bar AB psi / 20.6bar AB psi / 20.6bar PN PN PN PN PN PN PN UL/FM / BUTTERFLY VALVES Options; Large sizes, delayed action type, flange drillings Series 854/ Equilibrium Right Angled Ductile Iron Ball Float valve with stainless steel lever and float. Lever: Stainless steel Coating: Internal and external blue fusion bonded epoxy 250 microns PN PN PN PN PN PN PN Options; Large sizes, delayed action type, flange drillings FIRE PROTECTION 21

22 DRY BARREL HYDRANTS / UL/FM Series 27/00 Dry Barrel Hydrant To AWWA C502 UL Listed FM Approved 2 Hose Nozzles and 1 Pumper Nozzle Standard bases available: 6 FL 6 MJ 6 PO 4 FL or 4 MJ Modern style Ductile Iron Series 27/CA Dry Barrel Hydrant To AWWA C502 UL Listed 2 Hose Nozzles and 1 Pumper Nozzle Monitor Elbow 3 or 4 Standard bases available: 6 FL 6 MJ 6 PO 6 FL or 4 MJ Modern style Ductile Iron Ref. nos. DN psi / bar Weight inch Kg ½ or less 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request Series 27/80 Dry Barrel Hydrant To AWWA C502 UL Listed 2 Hose Nozzles and 1 Pumper Nozzle Standard bases available: 6 FL 6 MJ 6 PO 4 FL or 4 MJ Nostalgic style Ductile Iron ½ or less 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request Series 27/94 Dry Barrel Hydrant To AWWA C502 UL Listed/FM Approved 2 Hose Nozzles ONLY No Pumper Nozzle Standard bases available: 6 FL 6 MJ 6 PO 4 FL or 4 MJ Nostalgic style Ductile Iron ½ or less 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request 22 FIRE PROTECTION

23 Ref. nos. DN psi / bar Weight inch Kg Series 27/56 Dry Barrel Hydrant To AWWA C502 UL Listed 2 Pumper Nozzles ONLY No Hose Nozzle Standard bases available: 6 FL 6 MJ 6 PO 4 FL or 4 MJ Nostalgic style Ductile Iron Series 27/36 Dry Barrel Hydrant To AWWA C502 UL Listed 2 Pumper Nozzles ONLY No Hose Nozzle Standard bases available: 6 FL 6 MJ 6 PO 4 FL or 4 MJ Nostalgic style Ductile Iron ½ or less 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request UL/FM / DRY BARREL HYDRANTS Series 27/30 Dry Barrel Hydrant To AWWA C502 UL Listed 2 Hose Nozzles and 1 Pumper Nozzle Extended Alpine Upper Barrel Standard bases available: 6 FL 6 MJ 6 PO 4 FL or 4 MJ Modern style Ductile iron ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request Series 27/60 Dry Barrel Hydrant To AWWA C502 UL Listed 1 Pumper Nozzle ONLY No Hose Nozzle Standard bases available: 6 FL 6 MJ 6 PO 4 FL or 4 MJ Modern style Ductile Iron ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request FIRE PROTECTION 23

24 DRY BARREL HYDRANTS / WET BARREL HYDRANTS / UL/FM Series 27/12 Dry Barrel Hydrant To AWWA C502 UL Listed 1 Pumper Nozzle ONLY No Hose Nozzles Standard bases available: 6 FL 6 MJ 6 PO 4 FL or 4 MJ Modern style Ductile Iron Series 24/ Wet Barrel Hydrant with 1x2½ + 1x4/4½ outlets UL/FM approved EPDM rubber AWWA C550 Closing direction: CTC Series 24/ Wet Barrel Hydrant with 2x2½ + 1x4/4½ outlets to AWWA C 503 UL/FM approved EPDM rubber AWWA C550 Closing direction: CTC Series 24/20 Wet Barrel Hydrant 2x Pumper + 1 x hose outlet UL/FM Ref. nos. DN psi / bar Weight inch / mm Kg ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request ½ 250psi / 17.2bar Weight on request psi / 17.2bar Weight on request psi / 13.7bar psi / 13.7bar psi / 13.7bar psi / 13.7bar x2½ and 2x4 200psi / 13.7bar Weight on request x2½ and 2x4½ 200psi / 13.7bar Weight on request Series 24/72 Wet Barrel Hydrant To AWWA C 503 Threaded nozzles UL/FM approved One pumper and one hose Ductile Iron x½ and 1x4 250psi / 17.2bar Weight on request x2½ and 1x4½ 250psi / 17.2bar FIRE PROTECTION

25 Ref. nos. DN psi / bar Weight inch Kg Series 24/64 Dry Barrel Hydrant To AWWA C503 Commercial Bronze x2½ and 1x4 200psi / 13.7bar Weight on request x2½ and 1x4½ 200psi / 13.7bar Weight on request UL/FM / WET BARREL HYDRANTS FIRE PROTECTION 25

26 Series 29/91 Clearway Throughbore Fire Hydrant BS 750 Type 2 Kitemarked EPDM rubber Epoxy coated according to WIS class B WRAS approved Closing direction: CTC DN80 Ref. nos. DN PN Weight inch Kg PN PN16 19 UNDERGROUND HYDRANTS / BS Series 29/93 Isolating Throughbore Gate Valve Complete with bevel gear box Ductile Iron construction. PN16 WRAS approved for cold water use. Through bore. Bore Dimension min. 80mm DN80 Universal drilled inlet flange BS EN 1092:1997, BS 10 Table D/E. Complies with Annex ZA of BS EN in respect of Construction Products Directive (CPR) (EN) 305/ PN PN16 17 Series 29/388 Fire Hydrant BS 750 Type 2 Fixed stopper Stainless Steel London Round Thread outlet Epoxy coated according to WIS class B WRAS approved Universally drilled flange to BS EN 1092:1997 Auto frost valve DN80 Options on outlets: Gunmetal, Belfast, London V Thread, Bayonet (Dublin), Norwegian, Morris PN16 13 Series 29/388 Fire Hydrant BS 750 Type 2 Loose stopper Stainless Steel London Round Thread outlet. Epoxy coated according to WIS class B WRAS approved Universally drilled flange to BS EN 1092:1997 Auto frost valve DN80 Options on outlets: Gunmetal, Belfast, London V Thread, Bayonet (Dublin), Norwegian, Morris PN FIRE PROTECTION

27 Ref. nos. DN PN Weight inch Kg Series 29/288 Fire Hydrant BS 750 Type 2 Fixed stopper Cast Iron Body Stainless Steel London Round Thread outlet Epoxy coated according to WIS class B WRAS approved Universally drilled flange to BS EN 1092:1997 Auto frost valve DN80 Options on outlets: Gunmetal, Belfast, London V Thread, Bayonet (Dublin), Norwegian, Morris Series 29/389 Fire Hydrant BS 750 Type 2 For salt Laden environments 300 micron Fixed stopper Stainless Steel London Round Thread outlet WRAS approved Complies with Annex ZA of BS EN in respect of Construction Directive (CPD) 89/106/EEC Universally drilled flange to BS EN St. Steel Plug DN PN PN PN PN16 13 BS / UNDERGROUND HYDRANTS Options: Closing direction CTC / CTO Series 29/61 BS 750 Type 1 Hydrant Stainless Steel London Round Thread outlet EPDM rubber Epoxy coated according to WIS class B WRAS approved Standard flange drilling to EN (ISO ) Epoxy coated according to WIS class B Closing direction: CTC DN80 Options: outlets: Gunmetal, Belfast, London V Thread, Bayonet (Dublin), Norwegian, Morris Stainless Steel Outlet 80 PN Belfast Outlet 80 PN16 21 Series 29/10 Hydrant Security Device Suitable for use with Type 2 and Clearway Hydrants Key 3 FIRE PROTECTION 27

28 Ref. nos. DN psi / bar Weight inch Kg TP Series A53 Female to Male Hose Connection Gate Valve Brass UL/FM TP Series A53 2½ 300psi / 20.6bar Weight on request GATE VALVES / GLOBE VALVES / UL/FM TP Series A53G Male to Female Swivel Gate Valve Brass UL/FM TP Series A85 Double Female Straigh Globe Hose Valve Brass Threaded femaie UL/FM TP Series A53G 2½ 300psi / 20.6bar Weight on request TP Series A85 2½ 300psi / 20.6bar Weight on request Series YS-2101A Gate Valves straight, OS&Y Brass Threaded NPT female UL listed YS-2101A ¾ 175psi / 12bar Weight on request YS-2101A 1 175psi / 12bar Weight on request YS-2101A 1¼ 175psi / 12bar Weight on request YS-2101A 1½ 175psi / 12bar Weight on request YS-2101A 2 175psi / 12bar Weight on request Series YS-2104A Globe Valves straight, Brass - threaded NPT female UL listed YS-2104A ½ 175psi / 12bar Weight on request YS-2104A ¾ 175psi / 12bar Weight on request YS-2104A 1 175psi / 12bar Weight on request YS-2104A 1¼ 175psi / 12bar Weight on request YS-2104A 1½ 175psi / 12bar Weight on request YS-2104A 2 175psi / 12bar Weight on request 28 FIRE PROTECTION

29 Ref. nos. DN psi / bar Weight inch Kg TP Series A55 Double Female Angle Hose Valve Brass UL/FM TP Series A55 1½ 300psi / 20.6bar Weight on request 2½ 300psi / 20.6bar Weight on request TP Series A56 Female to Male Hose Connection Angle Hose Valve Brass UL/FM TP Series YS-2106A Globe Valves angle, for hose Brass Threaded NPT female UL listed/fm TP Series A56 1½ 300psi / 20.6bar Weight on request 2½ 300psi / 20.6bar Weight on request YS-2106A ½ 175psi / 12bar Weight on request YS-2106A ¾ 175psi / 12bar Weight on request YS-2106A 1 175psi / 12bar Weight on request YS-2106A 1¼ 175psi / 12bar Weight on request YS-2106A 1½ 175psi / 12bar Weight on request YS-2106A 2 175psi / 12bar Weight on request UL/FM / GLOBE VALVE / BALL VALVES TP Series YS-2050A 3-way Globe Valves Brass Threaded NPT female UL listed/fm YS-2050A ¼ Weight on request TP Series R910 Female to Female Full Port Ball Valve Brass Threaded NPT female UL/FM TP Series R910 ½ 600psi / 41bar Weight on request TP Series R910 ¾ 600psi / 41bar Weight on request TP Series R psi / 41bar Weight on request TP Series R910 1¼ 600psi / 41bar Weight on request TP Series R910 1½ 600psi / 41bar Weight on request TP Series R psi / 41bar Weight on request FIRE PROTECTION 29

30 Ref. nos. DN psi / bar Weight inch Kg Series A140 Swing Check Valve UL/FM A140 4 Weight on request SWING CHECK VALVES / UL/FM Series VCF01 Check Valve Swing Type - Flanged Ductile Iron Features Type - spring actuated Connection - Flanged Materials Body - Ductile GGG 50 Disc - Stainless Steel Seat - Bronze Seal - EPDM rubber UL Listed. FM Pending Series VCG01 Check Valve Swing Type Grooved End Ductile Iron Features Type - Spring actuated Connection - Flanged Materials Body - Ductile Iron Disc - Stainless Steel Seal - EPDM rubber UL/FM VCF psi / 24bar Weight on request VCF01 ½ 350psi / 24bar Weight on request VCF psi / 24bar Weight on request VCF psi / 24bar Weight on request VCF psi / 24bar Weight on request VCF psi / 24bar Weight on request VCG psi / 24bar 2.5 VCG01 2½ 350psi / 24bar 4 VCG psi / 24bar 6 VCG psi / 24bar 9 VCG psi / 24bar 19 VCG psi / 24bar 35 Series VCG02 Riser (Shotgun) Check Valve Swing Type - Grooved End Ductile Iron Features Working Pressure PSI / 24 bar Type - Spring actuated Connection - Grooved Materials Body - Ductile Iron Disc - Stainless steel Seat - Bronze Seal - PDM rubber UL/FM VCG02 2 with 1 NPT 350psi / 24bar Weight on request VCG02 2½ with 1¼ NPT 350psi / 24bar Weight on request VCG02 3 with 1¼ NPT 350psi / 24bar Weight on request VCG02 4 with 2 NPT 350psi / 24bar Weight on request VCG02 6 with 2 NPT 350psi / 24bar Weight on request VCG02 8 with 2 NPT 350psi / 24bar Weight on request 30 FIRE PROTECTION

31 Series XGQT1 Rigid Coupling 300psi Series XGQT2 Flexible Coupling 300psi Series M1 Rigid Coupling (heavy duty) 500psi Ref. nos. Nominal Size Pipe OD mm inch mm inch XGQT " XGQT1 32 1¼ " XGQT1 40 1½ " XGQT " XGQT " XGQT1 65 2½ " XGQT1 65 2½ " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT2 32 1¼ " XGQT2 40 1½ " XGQT " XGQT " XGQT2 65 2½ " XGQT2 65 2½ " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " XGQT " M1 65 2½ " M " M " M " M " M " M " M " M " M " M " UL/FM / GROOVED END COUPLING PRODUCTS Series M2 Flexible Coupling (heavy duty) 500psi M2 65 2½ " M " M " M " M " M " M " M " M " M " M " FIRE PROTECTION 31

32 GROOVED END COUPLING PRODUCTS / UL/FM Series XGQT3 Reducing Coupling Series XGQT08 Adaptor Flange Series XGQT081 Adaptor Flange ANSI 125/150 Ref. nos. Nominal Size Pipe OD mm inch mm inch XGQT3 50x40 2x1½ 60.3x x1.9" XGQT3 65x32 2½x1¼ 73x x1.669" XGQT3 65x40 2½x1½ 73x x1.9" XGQT3 65x50 2½x2 73x x2.375" XGQT3 65x50 2½x2 76.1x60.3 3x2.375" XGQT3 80x40 3x1½ 88.9x x1.9" XGQT3 80x50 3x2 88.9x x2.375" XGQT3 80x65 3x2½ 88.9x x2.875" XGQT3 80x65 3x2½ 88.9x x3" XGQT3 100x50 4x x x2.375" XGQT3 100x65 4x2½ 114.3x x2.875" XGQT3 100x65 4x2½ 114.3x x35" XGQT3 100x80 4x x x3.5" XGQT3 125x100 5x x x4.5" XGQT3 150x80 6x x x3.5" XGQT3 150x100 6x x x4.5" XGQT3 150x65 6x2½ 168.3x x2.875" XGQT3 150x100 6x x x4.5" XGQT3 150x125 6x x x5.563" XGQT3 200x150 8x x x6.625" XGQT XGQT ½ XGQT ½ XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT ½ XGQT XGQT XGQT Series XGQT09 Adaptor Flange XGQT XGQT ½ XGQT ½ XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT Series XGQTO91 Grooved Flange ANSI 125/150 XGQT XGQT ½ XGQT XGQT XGQT XGQT XGQT FIRE PROTECTION

33 Ref. nos. Nominal Size Pipe OD mm inch mm inch Series XGQT02 Threaded Flange XGQT ½ XGQT XGQT ½ XGQT XGQT Series XGQT06 Cap Series XGQT061 Cap with Eccentric Hole XGQT XGQT ¼ XGQT ½ XGQT XGQT ½ XGQT ½ XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT061 50x25 2x1 60.3xRc x1.327 XGQT061 50x32 2x1¼ 60.3xRc1 1/ x1.669 XGQT061 50x40 2x1½ 60.3xRc1 1/ x1.901 XGQT061 65x25 2½x1 76.1xRc1 3x1.327 XGQT061 65x32 2½x1¼ 76.1xRc 1/4 3x1.669 XGQT061 65x40 3x1½ 76.1xRc1 1/2 3x1.901 XGQT061 65x50 3x2 76.1xRc2 3x2.375 XGQT061 80x32 3x2½ 88.9xRc1 1/4 3x1.669 XGQT061 80x40 3x2½ 88.9xRC1 1/2 3x1.901 XGQT061 80x50 3x2 88.9xRc2 3.5x2.375 XGQT x40 4x1½ 114.3xRc1 1/2 4.5x1.901 XGQT x50 4x xRc2 4.5x2.375 XGQT x50 5x xRc2 5.5x2.375 XGQT x40 6x1½ 168.3xRc1 1/2 6.63x1.901 XGQT x50 6x xRc2 6.63x2.375 XGQT x50 8x xRc x2.375 UL/FM / GROOVED END COUPLING PRODUCTS FIRE PROTECTION 33

34 GROOVED END COUPLING PRODUCTS / UL/FM Series XGQT03 Tee Series XGQT05 Cross Series XGQT03 Threaded Reducing Tee Ref. nos. Nominal Size Pipe OD mm inch mm inch XGQT XGQT ¼ XGQT ½ XGQT XGQT ½ XGQT ½ XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT ½ XGQT ½ XGQT XGQT ,25 XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT03 50x25 2x1 60.3xRc x1.327 XGQT03 50x32 2x1¼ 60.3xRc¼ 2.375x1.669 XGQT03 50x40 2x1½ 60.3xRc1½ 2.37x1.9 XGQT03 65x25 2½x1 73.0xRc x1.375 XGQT03 65x32 2½x1¼ 73.0xRc1¼ 2.875x1.669 XGQT03 65x40 2½x1½ 73.0xRc1½ 2.875x1.9 XGQT03 65x25 2½x1 76.1xRc1 3x1.327 XGQT03 65x32 2½x1¼ 76.1xRc¼ 3x1.669 XGQT03 65x40 2½x1½ 76.1xRc1½ 3x1.9 XGQT03 65x50 2½x2 76.1xRc2 3x2.327 XGQT03 80x25 3x1 88.9xRc1 3.5x1.327 XGQT03 80x32 3x1¼ 88.9xRc1¼ 3.5x1.669 XGQT03 80x40 3x1½ 88.9xRc1½ 3.5x1.9 XGQT03 80x50 3x2 88.9xRc2 3.5x2.375 XGQT03 80x65 3x2½ 88.9xRc2½ 3.5x3 XGQT03 100x50 4x xRc2 4.25x2.375 XGQT03 100x65 4x2½ 108.0xRc2½ 4.25x3 XGQT03 100x80 4x xRc3 4.25x3.5 XGQT03 100x25 4x xRc1 4.5x1.327 XGQT03 100x32 4x1¼ 114.3xRc1¼ 4.5x1.669 XGQT03 100x40 4x1½ 114.3xRc1½ 4 4.5x1.9 XGQT03 100x50 4x xRc2 4.5x2.375 XGQT03 100x65 4x2½ 114.3xRc2½ 4.5x3 XGQT03 100x80 4x xRc3 4.5x3 XGQT03 125x50 5x xRc2 5.5x2.375 XGQT03 125x65 5x2½ 139.7xRc2½ 5.5x3 XGQT03 125x80 5x xRc3 5.5x3.5 XGQT03 125x100 5x xRc4 5.5x4.5 XGQT03 150x50 6x xRc2 6.25x2.375 XGQT03 150x65 6x2½ 159.0xRc2½ 6.25x3 XGQT03 150x25 6x xRc1 6.5x1.327 XGQT03 150x32 6x1¼ 165.1xRc1¼ 6.5x1.669 XGQT03 150x40 6x1½ 165.1xRc1½ 6.5x1.9 XGQT03 150x50 6x xRc2 6.5x2.375 XGQT03 150x65 6x2½ 165.1xRc2½ 6.5x3 XGQT03 150x80 6x xRc3 6.5x3.5 XGQT03 150x100 6x xRc4 6.5x4.5 XGQT03 200x50 8x xRc x2.375 XGQT03 200x65 8x2½ 219.1xRc2½ 8.625x3 XGQT03 200x80 8x xRc x3.5 XGQT03 200x100 8x xRc xRc4 34 FIRE PROTECTION

35 Series XGQT03 Grooved Reducing Tee Ref. nos. Nominal Size Pipe OD mm inch mm inch XGQT03 50x40 2x1½ 60.3x x1.9" XGQT03 65x40 2½x1½ 73.0x x1.9 XGQT03 65x50 2½x2 73.0x x2.375 XGQT03 65x50 2½x2 76.1x60.3 3x2.375 XGQT03 80x40 3x1½ 88.9x x1.9 XGQT03 80x50 3x2 88.9x X2.375 XGQT03 80x65 3x2½ 88.9x X2.875 XGQT03 80x65 3x2½ 88.9x X3 XGQT03 100x65 4x2½ 108.0x X3 XGQT03 100x80 4x x X3.5 XGQT03 100x65 4x2½ 114.3x x2.875 XGQT03 100x65 4x2½ 114.3x x3 XGQT03 100x80 4x x x3.5 XGQT03 125x50 5x x x2.375 XGQT03 125x65 5x2½ 139.7x x2.875 XGQT03 125x65 5x2½ 139.7x x3 XGQT03 125x80 5x x x3.5 XGQT03 125x100 5x x x4.25 XGQT03 125x100 5x x x4.5 XGQT03 150x65 6x2½ 159.0x x3 XGQT03 150x80 6x x x3.5 XGQT03 150x125 6x x x5.25 XGQT03 150x125 6x x x 5.5 XGQT03 150x50 6x x x3.5 XGQT03 150x100 6x x x4.5 XGQT03 150x125 6x x x5.5 XGQT03 150x125 6x x x5.563 XGQT03 150x65 6x2½ 168.3x x3 XGQT03 150x80 6x x x3.5 XGQT03 150x125 6x x x5.5 XGQT03 150x125 6x x x5.563 XGQT03 200x65 8x2½ 219.1x x3 XGQT03 200x80 8x x x3.5 XGQT03 200x100 8x x x4.25 XGQT03 200x100 8x x x4.5 XGQT03 200x125 8x x x5.25 XGQT03 200x125 8x x x5.5 XGQT03 200x150 8x x x6.25 XGQT03 200x150 8x x x6.5 XGQT03 250x100 10x x x4.24 XGQT03 250x100 10x x x4.5 XGQT03 250x125 10x x x5.25 XGQT03 250x125 10x x x5.5 XGQT03 250x150 10x x x6.25 XGQT03 250x150 10x x x6.5 XGQT03 250x200 10x x x8.625 XGQT03 300x150 12x x x6.25 XGQT03 300x150 12x x x6.5 XGQT03 300x200 12x x x XGQT03 300x250 12x x x10.75 XGQT03 350x200 14x x x8.625 UL/FM / GROOVED END COUPLING PRODUCTS FIRE PROTECTION 35

36 GROOVED END COUPLING PRODUCTS / UL/FM Series XGQT05 Grooved Reducing Cross Series XGQT O Elbow Ref. nos. Nominal Size Pipe OD mm inch mm inch XGQT05 65x50 2½x2 76.1x60.3 3x2,375 XGQT05 80x50 3x2 88.9x x2.375 XGQT05 80x65 3x2½ 88.9x x3 XGQT05 100x50 4x x x2.375 XGQT05 100x65 4x2½ 108.0x x3 XGQT05 100x50 4x x x2.375 XGQT05 100x65 4x2½ 114.3x x3 XGQT05 125x80 4x x x3.5 XGQT05 125x65 5x2½ 133.0x x3 XGQT05 125x80 5x x x3.5 XGQT05 125x100 5x x x4.25 XGQT05 125x100 5x x x4.5 XGQT05 125x65 5x2½ 139.7x x3 XGQT05 125x80 5x x x3.5 XGQT05 125x100 5x x x4.25 XGQT05 125x100 5x x x4.5 XGQT05 150x65 6x2½ 159.0x x3 XGQT05 150x80 6x x x3.5 XGQT05 150x100 6x x x4.25 XGQT05 150x100 6x x x4.5 XGQT05 150x125 6x x x5.25 XGQT05 150x125 6x x x5.5 XGQT05 150x50 6x x x2,375 XGQT05 150x65 6x2½ 165.1x x3 XGQT05 150x80 6x x x3.5 XGQT05 150x100 6x x x4,25 XGQT05 150x100 6x x x4.5 XGQT05 150x125 5x x x5.25 XGQT05 150x125 6x x x5.5 XGQT05 200x65 8x2½ 219.1x x3 XGQT05 200x80 8x x x3.5 XGQT05 200x100 8x x x4.25 XGQT05 200x100 8x x x4.5 XGQT05 200x125 8x x x5.25 XGQT05 200x125 8x x x5.5 XGQT05 200x150 8x x x6.25 XGQT05 200x150 8x x x6.5 XGQT XGQT XGQT XGQT XGQT XGQT Series XGQT O Elbow XGQT XGQT XGQT XGQT XGQT XGQT FIRE PROTECTION

37 Ref. nos. Nominal Size Pipe OD mm inch mm inch Series XGQT o Elbow Series XGQT01 90 o Elbow Series XGQT o Reducing Elbow XGQT XGQT ¼ XGQT ½ XGQT XGQT ½ XGQT ½ XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT ¼ XGQT ½ XGQT XGQT ½ XGQT ½ XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT XGQT014 80x65 3x2½ 88.9x x3 XGQT x65 4x2½ 114.3x x3 XGQT x80 4x x x3.5 XGQT x100 6x x x4.5 XGQT x100 6x x x4.5 UL/FM / GROOVED END COUPLING PRODUCTS FIRE PROTECTION 37

38 Ref. nos. Nominal Size Pipe OD mm inch mm inch Series HDPE HDPE Coupling HDPE HDPE HDPE HDPE HDPE GROOVED END COUPLING PRODUCTS / UL/FM Series XGQT041 U Bolt Mechanical Tee XGQT041 25x15 1x½ 33.7xRC ½ 1.327x0.825 XGQT041 32x15 1¼x½ 42.5xRc ½ 1.669x0.825 XGQT041 32x20 1¼x¾ 42.5xRc¾ 1.669x1.05 XGQT041 32x25 1¼x1 42.5xRc x1.327 XGQT041 40x15 1½x½ 48.3xRc½ 1.9x0.825 XGQT041 40x20 1½x¾ 48.3xRc¾ 1.9x1.05 XGQT041 40x25 1½x1 48.3xRc1 1.9x1.327 XGQT041 50x15 2x½ 60.3xRc½ 2.375x0.825 XGQT041 50x20 2x¾ 60.3xRc¾ 2.375x1.05 XGQT041 50x25 2x1 60.3xRc x1.327 XGQT041 65x15 2½x½ 73.0xRc½ 3x0.825 XGQT041 65x20 2½x¾ 73.0xRc¾ 3x1.05 XGQT041 65x25 2½x1 73.0xRc1 3x1.327 XGQT041 65x15 2½x½ 76.1xRc½ 3x0.825 XGQT041 65x20 2½x¾ 76.1xRc¾ 3x1.05 XGQT041 65x25 2½x1 76.1xRc1 3x1.327 XGQT041 80x25 3x1 88.9xRc1 3.5x FIRE PROTECTION

39 Series XGQT04 Threaded Mechanical Tee Ref. nos. Nominal Size Pipe OD mm inch mm inch XGQT04 50x15 2x½ 2.375x xRc½ XGQT04 50x20 2x¾ 2.375x xRc¾ XGQT04 50x25 2x x xRc½ XGQT04 50x32 2x1¼ 2.375x xRc1¼ XGQT04 50x40 2x1½ 2.375x xRc1½ XGQT04 65x25 2½x x xRc1 XGQT04 65x32 2½x1¼ 2.875x xRc1¼ XGQT04 65x40 2½x1½ 2.875x xRc½ XGQT04 65x15 2½x½ 3x xRc½ XGQT04 65x20 2½x¾ 3x xRc¾ XGQT04 65x25 2½x1 3x xRc½ XGQT04 65x32 2½x1¼ 3x xRc1¼ XGQT04 65x40 2½x1½ 3x xRc1½ XGQT04 80x15 3x½ 3.5x xRc½ XGQT04 80x20 3x¾ 3.5x xRc¾ XGQT04 80x25 3x1 3.5x xRc1 XGQT04 80x32 3x1¼ 3.5x xRc1¼ XGQT04 80x40 3x1½ 3.5x xRc1½ XGQT04 80x50 3x2 3.5x xRc2 XGQT04 100x25 4x x xRc1 XGQT04 100x40 4x1½ 4.250x xRc1½ XGQT04 100x50 4x x xRc2 XGQT04 100x65 4x2½ 4.250x xRc2½ XGQT04 100x25 4x1 4.5x xRc1 XGQT04 100x32 4x1¼ 4.5x xRc1¼ XGQT04 100x40 4x1½ 4.5x xRc1½ XGQT04 100x50 4x2 4.5x xRc2 XGQT04 100x65 4x2½ 4.5x xRc2½ XGQT04 100x80 4x3 4.5x xRc3 XGQT04 125x25 5x x xRc1 XGQT04 125x32 5x1¼ 5.250x xRc1¼ XGQT04 125x40 5x1½ 5.250x x Rc1½ XGQT04 125x50 5x x xRc2 XGQT04 125x65 5x2½ 5.250x xRc2½ XGQT04 125x25 5x1 5.5x xRc1 XGQT04 125x32 5x1¼ 5.5x xRc1¼ XGQT04 125x40 5x1½ 5.5x xRc1½ XGQT04 125x50 5x2 5.5x xRc2 XGQT04 125x65 5x2½ 5.5x xRc2½ XGQT04 125x80 5x3 5.5x xRc3 XGQT04 125x25 5x x xRc1 XGQT04 125x32 5x1¼ 5.563x xRc1¼ XGQT04 125x40 5x1½ 5.563x xRc1½ XGQT04 125x50 5x x xRc2 XGQT04 125x65 5x2½ 5.563x xRc2½ XGQT04 125x80 5x x xRc3 XGQT04 150x25 6x x xRc1 XGQT04 150x32 6x1¼ 6.250x xRc1¼ XGQT04 150x40 6x1½ 6.250x xRc1½ XGQT04 150x50 6x x xRc2 XGQT04 150x65 6x2½ 6.250x xRc2½ XGQT04 150x80 6x x xRc3 XGQT04 150x100 6x x xRc4 XGQT04 150x32 6x1¼ 6.5x xRc1¼ XGQT04 150x40 6x1½ 6.5x xRc1½ XGQT04 150x50 6x2 6.5x xRc2 XGQT04 150x65 6x2½ 6.5x xRc2½ XGQT04 150x80 6x3 6.5x xRc3 XGQT04 150x100 6x4 6.5x xRc4 XGQT04 150x25 6x x xRc1 XGQT04 150x32 6x1¼ 6.625x xRc1¼ XGQT04 150x40 6x1½ 6.625x xRc1½ XGQT04 150x50 6x x xRc2 XGQT04 150x65 6x2½ 6.625x xRc2½ XGQT04 150x80 6x x xRc3 XGQT04 150x100 6x x xRc4 XGQT04 200x25 8x x xRc1 XGQT04 200x32 8x1¼ 8.625x xRc1¼ XGQT04 200x40 8x1½ 8.625x xRc1½ XGQT04 200x50 8x x xRc2 XGQT04 200x65 8x2½ 8.625x xRc2½ XGQT04 200x80 8x x xRc3 XGQT04 200x100 8x x xRc4 XGQT04 250x65 10x2½ 10.75x xRc2½ XGQT04 250x80 10x x xRc3 UL/FM / GROOVED END COUPLING PRODUCTS FIRE PROTECTION 39

40 GROOVED END COUPLING PRODUCTS / UL/FM Series XGQT04 Grooved Mechanical Tee Ref. nos. Nominal Size Pipe OD mm inch mm inch XGQT04 50x32 2x1¼ 60.3x x1.669 XGQT04 50x40 2x1½ 60.3x x1.9 XGQT04 65x32 2½x1¼ 76.1x42.2 3x1.669 XGQT04 65x40 2½x1½ 76.1x48.3 3x1.9 XGQT04 80x32 3x1¼ 88.9x x1.669 XGQT04 80x40 3x1½ 88.9x x1.9 XGQT04 80x50 3x2 88.9x x2.375 XGQT04 100x25 4x x x1.327 XGQT04 100x32 4x1¼ 114.3x x1.669 XGQT04 100x40 4x1½ 114.3x x1.9 XGQT04 100x50 4x x x2.375 XGQT04 100x65 4x2½ 114.3x x2.875 XGQT04 100x65 4x2½ 114.3x x3 XGQT04 100x80 4x x x3.5 XGQT04 125x40 5x1½ 139.7x x1.9 XGQT04 125x50 5x x x2.375 XGQT04 125x65 5x2½ 139.7x x3 XGQT04 125x80 5x x x3.5 XGQT04 125x100 5x x x4.5 XGQT04 125x40 5x1½ 141.3x x1.9 XGQT04 125x50 5x x60,3 5,563x2.375 XGQT04 125x65 5x2½ 141.3x x3 XGQT04 125x80 5x x x3.5 XGQT04 125x100 5x x x4.5 XGQT04 150x50 6x x x2.375 XGQT04 150x65 6x2½ 159.0x x3 XGQT04 150x80 6x x x3.5 XGQT04 150x100 6x x x4.25 XGQT04 150x100 6x x x4.5 XGQT04 150x50 6x x x2.375 XGQT04 150x65 6x2½ 165.1x x2.875 XGQT04 150x65 6x2½ 165.1x x3 XGQT04 150x80 6x x x3.5 XGQT04 150x100 6x x x4.25 XGQT04 150x100 6x x x4.5 XGQT04 150x50 6x x x2.375 XGQT04 150x65 6x2½ 168.3x x3 XGQT04 150x80 6x x x3.5 XGQT04 150x100 6x x x4.5 XGQT04 200x50 8x x x2.375 XGQT04 200x65 8x2½ 219.1x x3 XGQT04 200x80 8x x x3.5 XGQT04 200x100 8x x x4.25 XGQT04 200x100 8x x x4.5 XGQT04 250x100 10x x x4.5 XGQT04 250x150 10x x x FIRE PROTECTION

41 Ref. nos. Nominal Size Pipe OD mm inch mm inch Series XGQT04 Grooved Mechanical Cross Series XGQT04 Threaded Mechanical Cross XGQT04 100x50 4x2 4.5x x60.3 XGQT04 125x50 5x2 5.5x x60.3 XGQT04 125x65 5x2½ 5.5x x76.1 XGQT04 150x65 6x2½ 6.25x x76.1 XGQT04 150x80 6x3 6.25x x88.9 XGQT04 150x50 6x2 6.5x x60.3 XGQT04 150x65 6x2½ 6.5x x76.1 XGQT04 150x80 6x3 6.5x x88.9 XGQT04 200x50 8x x x60.3 XGQT04 200x65 8x2½ 8.625x x76.1 XGQT04 200x80 8x x x88.9 XGQT04 200x100 8x x x108.0 XGQT04 200x100 8x x x114.3 XGQT04 65x25 2½x1 76.1xRc1 3x1.327 XGQT04 65x32 2½x1¼ 76.1xRc1¼ 3x1.669 XGQT04 80x25 3x1 88.9xRc1 3.5x1.327 XGQT04 80x32 3x1¼ 88.9xRc1¼ 3.5x1.669 XGQT04 80x40 3x1½ 88.9xRc1½ 3.5x1.9 XGQT04 100x25 4x xRc1 4.25x1.327 XGQT04 100x32 4x1¼ 108.0xRc1¼ 4.25x1.669 XGQT04 100x40 4x1½ 108.0xRc1½ 4.25x1.9 XGQT04 100x50 4x xRc2 4.25x2.375 XGQT04 100x25 4x xRc1 4.5x1.327 XGQT04 100x32 4x1¼ 114.3xRc1¼ 4.5x1.669 XGQT04 100x40 4x1½ 114.3xRc1½ 4.5x1.9 XGQT04 100x50 4x xRc2 4.5x2.375 XGQT04 125x25 5x xRc1 5.5x1.327 XGQT04 125x32 5x1¼ 139.7xRc1¼ 5.5x1.669 XGQT04 125x40 5x1½ 139.7xRc1½ 5.5x1.9 XGQT04 125x50 5x xRc2 5.5x2.375 XGQT04 125x65 5x2½ 139.7xRc2½ 5.5x3 XGQT04 150x32 6x1¼ 165.1xRc1¼ 6.5x1.669 XGQT04 150x40 6x1½ 165.7xRc1½ 6.5x1.9 XGQT04 150x50 6x xRc2 6.5x2.375 XGQT04 150x65 6x2½ 165.7xRc2½ 6.5x3 XGQT04 150x80 6x xRc3 6.5x3.5 XGQT04 200x25 8x xRc x1.327 XGQT04 200x32 8x1¼ 219.1xRc1¼ 8.625x1.669 XGQT04 200x40 8x1½ 219.1xRc1½ 8.625x1.9 XGQT04 200x50 8x xRc x2.375 XGQT04 200x65 8x2½ 219.1xRc2½ 8.625x3 XGQT04 200x80 8x xRc x3.5 XGQT04 200x100 8x xRc x4.5 UL/FM / GROOVED END COUPLING PRODUCTS FIRE PROTECTION 41

42 GROOVED END COUPLING PRODUCTS / UL/FM Series XGQT07 Threaded Reducer Ref. nos. Nominal Size Pipe OD mm inch mm inch XGQT07 50x25 2x1 60.3xRc x1.327 XGQT07 50x32 2x1¼ 60.3xRc1¼ 2.375x1.669 XGQT07 50x40 2x1½ 60.3xRc1½ 2.375x1.9 XGQT07 65x25 2½x1 73.0xRc x1.327 XGQT07 65x32 2½x1¼ 73.0xRc1¼ 2.875x1.669 XGQT07 65x40 2½x1½ 73.0xRc1½ 2.875x1.9 XGQT07 65x50 2½x2 73.0xRc x2.375 XGQT07 65x25 2½x1 76.1xRc1 3x1.327 XGQT07 65x32 2½x1¼ 76.1xRc1¼ 3x1.669 XGQT07 65x40 2½x1½ 76.1xRc1½ 3x1.9 XGQT07 65x50 2½x2 76.1xRc2 3x2.375 XGQT07 80x25 3x1 88.9xRc1 3.5x1.327 XGQT07 80x32 3x1¼ 88.9xRc1¼ 3.5x1.669 XGQT07 80x40 3x1½ 88.9xRc1½ 3.5x1.9 XGQT07 80x50 3x2 88.9xRc2 3.5x2.375 XGQT07 80x65 3x2½ 88.9xRc2½ 3.5x3 XGQT07 100x25 4x xRc1 4.25x1.327 XGQT07 100x32 4x1¼ 108.0xRc1¼ 4.25x1.669 XGQT07 100x40 4x1½ 108.0xRc1½ 4.25x1.9 XGQT07 100x50 4x xRc2 4.25x2.375 XGQT07 100x65 4x2½ 108.0xRc2½ 4.25x3 XGQT07 100x80 4x xRc3 4.25x3.5 XGQT07 100x25 4x xRc1 4.5x1.327 XGQT07 100x32 4x1¼ 114.3xRc1¼ 4.5x1.669 XGQT07 100x40 4x1½ 114.3xRc1½ 4.5x1.9 XGQT07 100x50 4x xRc2 4.5x2.375 XGQT07 100x65 4x2½ 114.3xRc2½ 4.5x3 XGQT07 100x80 4x xRc3 4.5x3.5 XGQT07 125x25 5x xRc1 5.25x1.327 XGQT07 125x32 5x1¼ 133.0xRc1¼ 5.25x1.669 XGQT07 125x40 5x1½ 133.0xRc1½ 5.25x1.9 XGQT07 125x50 5x xRc2 5.25x2.375 XGQT07 125x65 5x2½ 133.0xRc2½ 5.25x3 XGQT07 125x80 5x xRc3 5.25x3.5 XGQT07 125x25 5x xRc1 5.5x1.327 XGQT07 125x32 5x1¼ 139.7xRc1¼ 5.5x1.669 XGQT07 125x40 5x1½ 139.7xRc1½ 5.5x1.9 XGQT07 125x50 5x xRc2 5.5x2.375 XGQT07 125x65 5x2½ 139.7xRc2½ 5.5x3 XGQT07 125x80 5x xRc3 5.5x3.5 XGQT07 125x100 5x xRc4 5.5x4.5 XGQT07 150x25 6x xRc1 6.25x1.327 XGQT07 150x32 6x1¼ 159.0xRc1¼ 6.25x1.669 XGQT07 150x40 6x1½ 159.0xRc1½ 6.25x1.9 XGQT07 150x50 6x xRc2 6.25x2.375 XGQT07 150x65 6x2½ 159.0xRc2½ 6.25x3 XGQT07 150x80 6x xRc3 6.25x3.5 XGQT07 150x100 6x xRc4 6.25x4.5 XGQT07 150x25 6x xRc1 6.5x1.327 XGQT07 150x32 6x1¼ 165.1xRc1¼ 6.5x1.669 XGQT07 150x40 6x1½ 165.1xRc1½ 6.5x1.9 XGQT07 150x50 6x xRc2 6.5x2.375 XGQT07 150x65 6x2½ 165.1xRc2½ 6.5x3 XGQT07 150x80 6x xRc3 6.5x3.5 XGQT07 150x100 6x xRc4 6.5x4.5 XGQT07 200x25 8x xRc x1.327 XGQT07 200x32 8x1¼ 219.1xRc1¼ 8.625x1.669 XGQT07 200x40 8x1½ 219.1xRc1½ 8.625x1.9 XGQT07 200x50 8x xRc x2.375 XGQT07 200x65 8x2½ 219.1xRc2½ 8.625x3 XGQT07 200x80 8x xRc x3.5 XGQT07 200x100 8x xRc x FIRE PROTECTION

43 Series XGQT07 Grooved Reducer Ref. nos. Nominal Size Pipe OD mm inch mm inch XGQT07 50x32 2x1¼ 60.3x x1.669 XGQT07 50x40 2x1½ 60.3x x1.9 XGQT07 65x32 2½x1¼ 73.0x x1.669 XGQT07 65x40 2½x1½ 73.0x x1.9 XGQT07 65x50 2½x2 73.0x x2.375 XGQT07 65x40 2½x1½ 76.1x48.3 3x1.9 XGQT07 65x50 2½x2 76.1x60.3 3x2.375 XGQT07 80x32 3x1¼ 88.9x x1.669 XGQT07 80x40 3x1½ 88.9x x1.9 XGQT07 80x50 3x2 88.9x x2.375 XGQT07 80x65 3x2½ 88.9x x2.875 XGQT07 80x65 3x2½ 88.9x x3 XGQT07 100x50 4x x x2.375 XGQT07 100x65 4x2½ 108.0x x3 XGQT07 100x80 4x x x3.5 XGQT07 100x32 4x1¼ 114.3x x1.669 XGQT07 100x40 4x1½ 114.3x x1.9 XGQT07 100x50 4x x x2.375 XGQT07 100x65 4x2½ 114.3x x2.875 XGQT07 100x80 4x x x3.5 XGQT07 125x50 5x x x2.375 XGQT07 125x65 5x2½ 133.0x x3 XGQT07 125x80 5x x x3.5 XGQT07 125x100 5x x x4.25 XGQT07 125x100 5x x x4.5 XGQT07 125x50 5x x x2.375 XGQT07 125x65 5x2½ 139.7x x3 XGQT07 125x80 5x x x3.5 XGQT07 125x100 5x x x4.25 XGQT07 125x100 5x x x4.5 XGQT07 150x50 6x x x2.375 XGQT07 150x65 6x2½ 159.0x x3 XGQT07 150x80 6x x x3.5 XGQT07 150x100 6x x x4.25 XGQT07 150x100 6x x x4.5 XGQT07 150x125 6x5 159x x5.25 XGQT07 150x125 6x x x5.5 XGQT07 150x50 6x x x2.375 XGQT07 150x65 6x2½ 165.1x x3 XGQT07 150x80 6x x x3.5 XGQT07 150x100 6x x x4.25 XGQT07 150x100 6x x x4.5 XGQT07 150x125 6x x x5.25 XGQT07 150x125 6x x x5.5 XGQT07 150x50 6x x x2.375 XGQT07 150x65 6x2½ 168.3x x3 XGQT07 150x80 6x x x3.5 XGQT07 150x100 6x x x4.5 XGQT07 150x125 6x x x5.5 XGQT07 200x65 8x2½ 219.1x x3 XGQT07 200x80 8x x x3.5 XGQT07 200x100 8x x x4.25 XGQT07 200x100 8x x x4.5 XGQT07 200x125 8x x x5.5 XGQT07 200x150 8x x x6.25 XGQT07 200x150 8x x x6.5 XGQT07 200x150 8x x x6.625 XGQT07 250x100 10x x x4.25 XGQT07 250x100 10x x x4.5 XGQT07 250x125 10x x x5.25 XGQT07 250x125 10x x x5.5 XGQT07 250x150 10x x x6.25 XGQT07 250x150 10x x x6.5 XGQT07 250x200 10x x x8.625 XGQT07 300x100 12x x x4.5 XGQT07 300x125 12x x x5.25 XGQT07 300x125 12x x x5.5 XGQT07 300x150 12x x x6.25 XGQT07 300x150 12x x x6.625 XGQT07 300x200 12x x x8.63 XGQT07 300x250 12x x x10.75 UL/FM / GROOVED END COUPLING PRODUCTS FIRE PROTECTION 43

44 Ref. nos. Nominal Size Pipe OD mm inch mm inch Series XGQT071 Grooved Eccentric Reducer XGQT x80 4x x x3.5 XGQT x100 5x x x4.5 XGQT x100 6x x x4.5 XGQT x125 6x x x5.5 XGQT x100 8x x x4.5 XGQT x150 8x x x6.5 GROOVED END COUPLING PRODUCTS / UL/FM Series XGQT071 Threaded Eccentric Reducer XGQT x65 4x2½ 114.3xrC2 1/2 4.5x3 XGQT x65 6x2½ 165.1xrC2 1/2 6.5x3 44 FIRE PROTECTION

45 ADDITIONAL INFORMATION FIRE PROTECTION 45

46 ACCESSORIES Series 04 Extension spindle for gate valves Telescopic or fixed length Key adaptor #23-32 with spindle adaptor fitting to US type wrench nut DN Series 04/74 Surface box Reversible Ductile iron Series 04/15 T-key for below ground gate valves Series 04/24 Wrench nut for gate valves Series 27/00 6 base with PE 100 / PN 16 connection for series 27 dry barrel hydrants Series 27/00 Monitor elbow for series 27 hydrant 33 or 4 outlet flange Series 24/80 Breakable flange kit for series 24 wet barrel hydrant Series 24 Breakable flange for series 24 wet barrel hydrant Series 27 Traffic repair kit for series 27 dry barrel hydrant Series 27 Operating wrench for series 27 dry barrel hydrant Series 96/00 Micro switch with bracket for monitoring the position of OS&Y valves series 45 Series 96/00 Limit switch I 88 with bracket for monitoring the position of NRS gate valves UL listed Series 96/00 Limit switch BI 2 for monitoring the position of NRS gate valves UL listed Series 96/00 Supervisory switch for monitoring the position of post indicator valves and series 145 OS&Y valves UL listed FM approved Series 96/00 Mounting kit for micro switch (NRS valves) Ductile Iron DN Series 27/C1 Extension kit for Dry Barrel Hydrant AVK Flowgard II Water loss and cross contamination reduction valve For all American AVK Wet Barrel Hydrants 46 FIRE PROTECTION

47 OPERATION OF DRY BARREL FIRE HYDRANTS UL listed and FM approved The AVK dry barrel hydrant meets or exceeds the requirements of FM 1510 and UL 246. Hydrant bury depth of 1.5 meters to bottom of pipe: head loss = max bar per hose connection flow = min. 946 l/min per hose connection Hydrant with pumper connection: head loss = max bar, when flow = 3785 l/min Operating the hydrant The AVK modern hydrant is designed to be an easily operated low torque, high flow fire hydrant. The thrust bearing hydrant requires a minimum of torque to operate. It is possible to damage the hydrant by forcing it beyond its limits of travel with excess torque; therefore: Check direction of opening as marked on the hydrant weather shield. To open, turn the operating nut in the opening direction, indicated by an arrow on the weather shield, until the main valve is fully open (approximately 19 to 21 turns). The stop nut should prevent the hydrant from opening beyond the fully open position. Do not force the hydrant beyond full open as indicated by resistance. If water does not flow when the hydrant is open, it is probably due to a closed valve upstream from the hydrant. To close, turn the operating nut until the main valve stops the flow. It is not necessary to close this type of hydrant with great force. Once the flow has stopped, loosen the operating nut in the opening direction, ½ to 1 turn to take the strain off the operating parts of the hydrant and to make it easier to open the hydrant. Weather shield note: open is shown. Stop nut resting against internal lubrication reservoir in the nozzle section. FIRE PROTECTION 47

48 TECHNICAL APPENDIX FLOW CHARACTERISTICS Series 27 head loss - 4.½ Pumper nozzle 1,2 1 HEAD Head LOSS Loss (Bar) (BAR) 0,8 0,6 0,4 27/00 - flow/pressure loss 1 x hose (2,5") = 212 m³/hour 1 x pumper (4") = 450 m³/hour 1 x pumper (4,5") = 470 m³hour 0, LPM LPM 825-BC 2900 LPM (100PSI) REACH (METER) 889-BC PRESSURE AT 7 BAR VERTICAL REACH (METER) HORIZONTAL REACH (METER) #889-BC NOZZLE 48 FIRE PROTECTION

49 TECHNICAL APPENDIX CORROSION PROTECTION All cast components are blast cleaned according to ISO , SA 2½. The valve bodies and bonnets are epoxy coated according to DIN and GSK guidelines. The epoxy coating is electrostatically applied in an enclosed coating booth, max. 4 hours after the valve components are blast cleaned. The epoxy powder melts between ºC, and cures when in contact with the cleaned and preheated component, ensuring an optimal bonding. Test procedure: Coating thickness: The coating layer thickness must not be less than 250 μ. Pore-free coating: The coating must be completely free of penetrating pores to avoid subsequent corrosion of the casting underneath. A 3 kv holiday detector with a brush electrode is used to electrically reveal and locate any pores in the coating. Impact resistance: The impact resistance test is carried out at least 24 hours after the coating process by means of a stainless steel cylinder dropped on the coating surface through a one meter long tube corresponding to an impact energy of 5 Nm. After each impact the component is electrically tested, and to ensure no faults are detected. Cross linkage: Several drops of methyl isobutyl ketone are put on a horizontal epoxy resin coated surface of the test piece at room temperature. After 30 seconds the test area is wiped with a clean white cloth. It is checked that the test surface has not become matt or smeared, and that the cloth remains clean. The test is carried out 24 hours after the coating process. Adhesion: The adhesion of the powder coating on one of each type of component is tested at least four times a year using the punch separation method according to DIN The coating thickness over a dispersed area of the test item should be within the range 250 μ to 400 μ. The test pieces are immersed for seven days in deionised water at 90ºC, and then dried in an oven for 3 hours. Followed by a conditioning period of 3 to 5 days in normal atmosphere. Blisters should not appear during the period immersed in the water bath. The surface of the test piece is degreased and then roughened with abrasive paper. The roughened surface is cleaned from dust with oil-free compressed air and recleaned. The adhesion on both the core and the moulding sand sides is tested with a minimum pulling force of >12 N/mm². Cathodic disbonding: Cathodic disbonding tests are carried out on one of each type of component at least twice a year. No bubbles in the coating should develop during the test for cathodic disbonding. For this test, the coating thickness over a dispersed area of the test item should be within the range 250 μ to 400 μ. Approvals: The coating is approved for use in drinking water systems, meeting all specified toxicological conditions, by the following institutes: -- Hygiene Institute, Germany -- Hydrocheck, Belgium -- CARSO L.S.E.H.L., France Extra top coating: All our hydrants and post indicators have an additional layer of UV-resistant polyester coating. The polyester coating will protect the color of the products from fading, even though the products are installed in places with a strong UV-light exposure. FIRE PROTECTION 49

50 TECHNICAL APPENDIX RUBBER TECHNOLOGY Ability to regain shape: The high quality rubber used on the wedge has an excellent compression set also called memory (the ability to recover the original shape after being compressed). Even after many years of service where the wedge rubber has been compressed numerous times, the rubber will regain its original shape and ensure a tight sealing. Impurities will not affect the rubber surface or the tightness of the valve, as they will be absorbed in the rubber when the valve is in closed position. When the valve is reopened, the impurities will be flushed away, and the rubber will regain its shape. EN 681-1: A common European standard states the minimum requirements for the compression set (permanent deformation). To test the compression set, the rubber is deformed by 25% of its original thickness at a constant temperature for a specific time. The pressure on the rubber is relieved and the layer thickness is measured after half an hour. The smaller the deformation, the better the memory effect. Double bonding system: The wedge core is immersed in two different baths - the first to prepare the ductile iron core and the second to vulcanize the rubber to the core. The rubber is vulcanized to the metal wedge core with a process that fully bonds the two materials. Even if a sharp object penetrates the rubber the bonding is so strong that there is no risk of creeping corrosion underneath the rubber. As a result, AVK offer the best rubber adhesion and corrosion protection on the market. Since no international bonding standard is available, AVK has developed its own harsh test method to ensure that the adhesion also withstands a worst-case scenario. Testing is done both during production and after immersion in 90 C water for 3 weeks. When peeling off rubber from the core, the core must still be covered with rubber. Protection against wear The wedge guide rails and wedge shoes ensure a smooth operation and keep the operating torque to a minimum. The wedge shoes ensure that AVK products supersede the life time requirements stated in EN Even at maximum differential pressures and high flow velocities the friction between the body and wedge is kept to a minimum. A unique vulcanization process ensures that the entire wedge core is covered with rubber and that the shoes are attached to the wedge core. This process is one of the secrets keeping the wedge protected from corrosion and securing a long service life and smooth operation of the valve. High quality rubber compounds AVK uses rubber compounds durable enough to resist repeated open/close operations. Furthermore, the friction against the valve body s internal epoxy coating is very low with this rubber quality, whereby very low operating torques and closing torques are achieved. The ductile iron core is fully vulcanized with rubber both inside and outside. A minimum of 1.5mm rubber is applied on all pressure bearing surfaces and a minimum of 4mm on all sealing surfaces regardless of the design. 20 % compression set EN AVK EPDM AVK NBR EN AVK EPDM AVK NBR 23ºC, 72 hours, 25 % 70ºC, 72 hours, 25 % 50 FIRE PROTECTION

51 EXPECT SUSTAINABILITY Given the nature of the business that AVK operates in, we have the capability and desire to contribute to the preservation of the environment. For AVK sustainability and common sense go hand-in-hand. By reducing water waste you not only save money, you actively help reduce electricity consumption and protect one of our most valuable resources. Our high-quality solutions minimize environmental impacts that excavation, repair or replacement may cause. Thereby we ensure that your business is based on a sustainable foundation that lives up to the requirement of social responsibility and environmental conscience. Lasting solutions Sustainability is about creating a sustainable business. Our solutions reduce electricity consumption and CO2 emissions in facilities all over the world. They significantly reduce water wastage simply because we have put a lot of effort into perfecting our design. Innovation is a central part of a modern business, and we are dedicated to finding new ways to reduce water wastage and optimise your business. United Nations Global Compact principles The AVK Group realises that a global presence demands high ethical standards. Throughout our organisation and in all our actions we therefore recognise the principles laid out in the United Nations Global Compact document. International standard for environmental management (ISO 14001) AVK complies with the internationally accepted ISO standard, which provides a foundation for eco-management in companies. The AVK Group has outlined a number of strict objectives for its manufacturing companies regarding energy and water consumption, as we are aware that pure water is a scarce resource. Every AVK employee is motivated to identify areas of improvement in the way we do business to the benefit of the environment. We do not only focus on activities and processes in our manufacturing companies, we also focus on the behaviour and business models of our suppliers. The AVK Group of companies have agreed to a number of standards that our suppliers need to comply with in order to be a certified supplier of the AVK Group. In a world of intensified globalisation, resulting in increasing business relations between countries and cultures, it is vital for AVK to achieve sustainability throughout the supply chain. We wish to assure our customers that we work with responsible partners who adhere to the same standards as we do. Therefore, we seek partners with high ethical standards. Partners who also comply with international legislation in the field of labour. Thus we naturally also respect all child labour restrictions throughout the entire supply chain and do not accept any discrimination in respect of employment and occupation. AVK UK Carbon Emissions Management Policy The AVK UK Carbon Emissions Management Policy monitors, manages, reviews and reduces carbon emissions across AVK UK. Taking a significant initial step forward in understanding its carbon emissions, AVK UK is preparing for a carbon-restricted future. We are aware of and responding to the increasing importance that both UK and international governments are acting to reducing carbon emissions over the next few years. ANNUAL GREENHOUSE GAS REPORT AVK UK Group have produced an Annual Greenhouse Gas Report following DEFRA 2011 guidelines. It is anticipated that producing carbon emissions reports may become mandatory. Carbon Trust AVK UK has recently developed its carbon management regime by transferring to The Carbon Trust accreditation scheme which works around the world, with offices in the UK, China, South Africa, Mexico and the USA. The Carbon Trust has a main focus of promoting a low carbon society, and helping organizations around the world to reduce their ongoing emissions. These actions are critical in order to tackle global issues such as climate change and global warming. Organizations which currently work with the Carbon Trust include Coca Cola Enterprises, Marks and Spencer, British Telecom and Samsung Electronics. AVK is proud to have its name added to the list, as we take pride in working to cut down on our carbon footprint, and will continue our efforts to work towards an environmentally friendly future. THE Prince s Mayday Network AVK UK is part of The Prince s Mayday Network, formed by HRH The Prince of Wales, which is a network of forward thinking businesses, that have made a pledge to take action on climate change. FIRE PROTECTION 51