Wall mounted, two-hole, bar type thermostatic blending valve (various finishes, see model) incorporating a half turn ceramic disc for diverting flow between bath/off/shower positions and a thermostatic cartridge controlling the temperature independently, both with dome type operating members. The product also incorporates a self-cancelling diverter to a shower handset. The product is supplied with an overhead shower outlet , shower hose and handset. The spout outlet incorporates a plastic aerator. Each inlet Incorporates approved check valve cartridges; however, the complete product has not been fully tested to demonstrate it provides backflow protection and stainless-steel strainers. Maximum working pressure 10.0 bar. Maximum operating temperature 60°C.
Range of two-hole, single outlet fixed combination tap assemblies (chrome plated brass bodies) incorporating quarter turn ceramic disc headworks with single lever operating members and manual diverter to shower outlet. The spout outlets incorporate plastic flow straighteners. The products are supplied with, shower hose, handset and metal backnuts. Maximum working pressure 10.0 bar. Maximum working temperature 70°C
Two hole, single outlet (swivel) combination tap assembly (brass body - various finishes, see model), incorporating a ceramic cartridge headwork with a single lever operating member. The spout is supplied with a stainless steel braided PEX lined flexible hose assembly and a brass connecting nipple for installation onto a quick connect polyamide braided PE lined flexible hose assembly from the headwork. The quick connect hose incorporates an approved check valve cartridge, however, the complete product has not been fully tested to demonstrate it provides backflow protection The spout outlet incorporates a plastic aerator. Maximum working pressure 10.0 bar. Maximum operating temperature 60°C.
Range of three-hole, single outlet (fixed) combination tap assemblies (chrome plated brass) and trim sets incorporating quarter turn ceramic disc headworks with single lever or cross top operating members. The spout outlets incorporate a plastic aerator or flow straightener (depending on model). Models beginning with V7171-1, V7171-2 & V717-3 incorporate approved check valve cartridges, however, the complete products has not been fully tested to demonstrate they provide backflow protection. Maximum working pressure 5.0 Bar Maximum operating temperature 60.0°C
Range of floor standing bath mixers (chromium plated brass) incorporating a ceramic cartridge diverter headwork with dome type or single lever (F3034/6.WR model only) operating members. The spout outlet incorporates a plastic flow straightener. The products are supplied with a shower hose and handset and a floor mounting kit. Maximum working pressure 5.0 bar. Maximum working temperature 60°C.
Wall mounted spout outlet (chromium plated brass) incorporating a plastic aerator. Maximum operating temperature 60°C, open outlet use only.
Range of brass spout outlets with various finishes (see model). The products incorporate plastic flow straighteners. Maximum operating temperature 60.0°C
Range of expansion vessels with butyl membranes. Maximum working pressure 8.0, 10.0, 16.0 or 20.0 bar (please refer to model). Maximum operating temperature 70 or 100°C (please refer to model).
Range of expansion vessels with butyl membranes. Maximum working pressure 8.0, 10.0, 16.0 or 20.0 bar (please refer to model). Maximum operating temperature 70 or 100°C (please refer to model).
Range of expansion vessels with butyl membranes. Maximum working pressure 8.0, 10.0, 16.0 or 20.0 bar (please refer to model). Maximum operating temperature 70 or 100°C (please refer to model).
Range of expansion vessels with butyl membranes. Maximum working pressure 8.0, 10.0, 16.0 or 20.0 bar (please refer to model). Maximum operating temperature 70 or 100°C (please refer to model).
Range of expansion vessels with butyl membranes. Maximum working pressure 8.0, 10.0, 16.0 or 20.0 bar (please refer to model). Maximum operating temperature 70 or 100°C (please refer to model).
Range of brass press-fit fittings incorporating EPDM ‘O’-Rings and stainless steel crimp sleeves for use with Herz multi-layer PE-RT pipes. Maximum working pressure 10 bar. Maximum operating temperature 95°C.
Range of solder ring copper fittings for use with copper tube to EN 1057. Maximum working pressure 16.0 bar. Maximum operating temperature 85°C.
Range of solder ring copper fittings for use with EN1057 copper tube. Maximum working pressure and temperature for 15mm to 54mm 25 bar @ 30°C, 16 bar @ 65°C & 10 bar @ 100°.
CB Range of solder ring brass fittings for use with copper tube (manufactured to EN 1057). Maximum working pressure 16.0 bar. Maximum operating temperature 85°C.
Range of solder ring copper fittings for use with copper tube to EN 1057. The HLSRDPMFWT and HLSRDPMFZT models incorporate a captive nut on one end with a fibre gasket washer. Maximum working pressure 16.0 bar. Maximum operating temperature 85°C.
Range of solder ring brass fittings for use with copper tube (manufactured to EN 1057). Maximum working pressure 16.0 bar. Maximum operating temperature 85°C.
Range of brass compression fittings incorporating brass ring olive to be used with pipe manufactured to EN ISO 15875. Maximum working pressure 8.0 bar. Maximum operating temperature 90°C.
Range of ductile iron pipe couplings for use with stainless steel and carbon steel pipe. The carbon steel pipe must incorporate a suitable coating or lining for wholesome water use. For maximum working pressure and the type of pipe the fittings are for use with, please refer to model. For above and below ground use. Maximum operating temperature 65°C.
Page 89 of 311
We use cookies to give you the best possible experience with WRAS. Some are essential to provide website functions and ensure the website is secure. We also use cookies to help us understand how people use the site and to make improvements. Click "Accept All" to enable recommended settings or click "Manage cookies" to adjust your settings. For more details, see our Cookie Policy.
