Float switch with plastic body. Maximum working pressure 1.2 bar. Maximum operating temperature 23°C.
Range of urinal flushing mechanisms, consisting of a solenoid valve controlling the flow which is actuated via an infra-red sensor. Models are either mains or battery operated and are available in a variety of enclosure options Maximum operating pressure 8 bar. Maximum operating temperature 23°C
Range of near boiling hot water dispensers with stainless steel tanks and flow is controlled via float switch. Maximum working pressure 3 Bar. Maximum operating temperature 98°C.
Range of ultrasonic water meters with brass or stainless steel bodies and plastic or stainless steel transducers. The SC-F models incorporate a spherical valve operated via a motor controlled by computer software. Maximum working pressure 16.0 bar. Maximum operating temperature 85°C.
Range of water meter manifolds with plastic bodies. The inlets incorporate a spherical valve. Models ending in ‘CGDM’ incorporate a single check valve cartridge and models ending in ‘CGDCVDM’ incorporate two, single check valve cartridges however, the complete products have not been fully tested to demonstrate it provides backflow protection. Maximum working pressure 16.0 bar. Cold water use only.
Range of water meter manifolds with plastic bodies, incorporating plastic pushfit inlets and plastic pushfit outlets. The inlets incorporate a spherical ball valve. Models MB40408256DCVDM & MB40408254DCVDM incorporate two single check valve cartridges, all other models incorporate one single check valve however, the complete product has not been fully tested to demonstrate it provides backflow protection. Maximum working pressure 16 bar. Cold water use only.
Range of water meter manifolds with plastic bodies, incorporating plastic inlets and gunmetal outlets. The inlets incorporate a spherical ball valve. Models MB40408036CGDCVM & MB40408034CGDCVM incorporate two single check valve cartridges, all other models incorporate one single check valve however, the complete product has not been fully tested to demonstrate it provides backflow protection. Maximum working pressure 16 bar. Cold water use only.
Range of pressure transducers with stainless steel bodies. Maximum working pressure 10.0 Bar, 20 Bar or 40 Bar. Maximum operating temperature 99°C.
Range of shower booster pumps with brass bodies and plastic impellers. The body incorporates a single check valve cartridge, however the complete assembly has not been tested to demonstrate it provides adequate backflow protection. Maximum working pressure: 4.0 bar. Maximum operating temperature: 70°C.
‘UPM10’ and ‘UPM20’ range of circulator pumps with a stainless-steel body, plastic impellor and EPDM ‘O’-rings. The product is supplied with EPDM gaskets for the inlet and outlet. Maximum working pressure 10.0 bar. Maximum operating temperature 95°C.
'HYDRO MULTI-E' booster set range consisting of two to four electronically controlled pumps connected in parallel and mounted on a common base frame provided with all necessary fittings. The suction manifold incorporates an isolation valve fitted between it and the individual pumps, and a pressure switch with an isolation valve. The discharge manifold incorporates an isolation valve and a non-return valve (not suitable for backflow protection), which is fitted between it and the individual pumps, it also incorporates a combined isolation and drain valve. Maximum working pressure 16.0 bar. Cold water use only.
Self-priming single stage pump, with stainless steel body, plastic impellers, stainless steel shaft, NBR 'O'-rings and seals. Maximum working pressure 6.0 bar. Maximum operating temperature 45°C.
Dutypoint ‘VMV’ range of cold water supply booster sets, incorporating 2 to 8 pumps with a modular stainless steel manifold system. VMV2, VMV3 and VMV4 pump sets are available with DN80 to DN150 manifolds depending on application. VMV5, VMV6, VMV7 and VMV8 pump sets are available with DN150 to DN200 manifolds, depending on application. The products incorporate spherical valves on both the suction and discharge manifolds, with expansion vessels, isolation valves, pressure gauges and transducers on the discharge manifolds only. Maximum working pressure 16.0 bar. Cold water use only.
Range of overhead showers incorporating ABS (plastic bodies - various finishes), stainless steel strainer and flow restrictor (flow restrictor only on “minus flow” models) in the inlets. Open outlet use only. Maximum operating temperature 60.0°C
Overhead shower outlet with brass body (available in various finishes). The inlet incorporates a plastic flow regulator. Maximum operating temperature: 75°C.
Range of ceiling mounted shower heads (chrome plated brass bodies). Inlets incorporate plastic flow regulators and single check valve cartridges (however the complete assembly has not been tested to demonstrate it provides adequate backflow protection). Open outlet use only. Maximum operating temperature 60°C.
Range of shower handsets with ABS plastic bodies (various finishes, see models). Maximum operating temperature (see models).
Range of Y-pattern strainers with DZR brass bodies and stainless steel strainers. The compression connection is for use with copper pipe to BS EN1057. Maximum working pressure 20 bar (BSP threaded models ½”-2”), 16.0 bar (compression models). Maximum operating temperature 85°C.
Range of In-line ‘Y’ patterned strainer with ductile iron bodies (blue epoxy powder coated) and stainless-steel screens. Maximum working pressure 16.0 bar. Maximum operating temperature 85ºC.
Range of In-line Y patterned strainers with ductle iron bodies (blue epoxy powder coated) and stainless-steel mesh. Maximum working pressure: 16 Bar Maximum operating temperature: 85 °C
Page 309 of 443
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.
