Range of wall mounted thermostatic bar shower mixers (brass bodies – various finishes) incorporating either a quarter turn ceramic disc headwork or two-way ceramic disc diverter with a dome or cubed type operating member. The temperature is controlled independently via a thermostatic cartridge with dome or cubed type operating members that incorporate a manual override button. The inlets incorporate approved single check valve cartridges, however, the complete assembly has not been fully tested to demonstrate that it provides backflow protection. Models ( ET 106, HT 106 & CV 106) are supplied with shower hose, handset, overhead shower and riser rail assembly. Maximum working pressure 5.0 bar. Maximum operating temperature 70°C.
Range of wall mounted thermostatic bar shower mixers incorporating a non-rising spindle headwork controlling the flow. The temperature is controlled independently via a thermostatic cartridge that incorporates a manual override button. Both using either dome, cubed or single lever type operating members. The inlets incorporate stainless steel strainer washers and an approved check valve cartridge, however, the complete product has not been fully tested to demonstrate it provides backflow protection. The products are supplied with a shower hose, handset and riser rail assembly. Maximum working pressure 10 bar. Maximum operating temperature 65°C
Range of wall mounted, concealed, thermostatic shower valves (brass bodies – various finishes) incorporating a quarter turn ceramic disc headwork which controls the flow using various operating members. Temperature is controlled independently via a thermostatic cartridge with a manual override button also using various operating members. Both inlets incorporate an approved check valve cartridge, however, the complete product has not been fully tested to demonstrate it provides backflow protection. Maximum working pressure 5.0 bar. Maximum operating temperature 75°C
Range of wafer, lug or flanged butterfly valves (lever or handwheel operation) with cast iron or stainless steel bodies (blue epoxy coated), EPDM seat and stainless-steel disc. Maximum working pressure 16.0 Bar Maximum operating temperature 90.0 to 100.0°C
Range of lever operated butterfly valves incorporating fusion bonded Epoxy coated ductile iron bodies, with stainless steel discs and end faces incorporating an EPDM seat. For use with Stainless steel pipe manufactured to EN 10217-7 (or Equivalent). For above and Below ground. Maximum working pressure; 16 Bar Maximum operating temperature; 65°C
Range of 2-way ceramic disc diverters, that incorporate a shut off position with plastic bodies. For insertion into specifically dimensioned tap bodies. Maximum working pressure 10.0 Bar. Maximum operating temperature 65 °C.
Wall mounted, concealed, 2-way diverter valve (brass bodies – various finishes) with a dome type operating member. Maximum working pressure 10.0 bar. Maximum operating temperature 85°C.
Wall mounted concealed two way and three way diverter valve assembly (brass bodies with trim sets in various finishes). The 59556 000070 and 59548 000170 concealed installation units are not approved in their own right. Maximum working pressure 10.0 bar. Maximum operating temperature 70°C.
1451 series of spring loaded, resilient trim, non-return valves with brass bodies. Maximum working pressure 10.0 bar ½” – 1” and 12.0 bar 1 ¼ - 2”. Maximum operating temperature 85°C.
Manually adjustable pressure reducing valve with nickel plated, DZR brass body for use with copper pipe (manufactured to EN1057). Maximum supply pressure 16.0 bar. Outlet pressure range between 1.0 & 6.0 bar. Factory pre-set at 3 bar. Maximum operating temperature 85°C.
Page 1105 of 1111
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.