A ½” exposed single sequential thermostatic mixing valve supplied complete with integral strainers.
A ½" exposed, single sequential thermostatic mixing valve.
Integral strainers, single sequential control
Two years parts and labour as standard; Extended to five years parts and labour if commissioned by Rada. UK only
S90/67 Thermostatic mixing valves
S90/680 Thermostatic mixing valves
Meynell V8/3 Thermostatic shower mixer (PESM0563P)
Meynell V8/3 L Thermostatic shower mixer (PESM0625P)
Meynell V8/3 K Thermostatic shower mixer (PESM0626P)
Standard product features
Meynell V8/3 Thermostatic Mixer:
A thermostatic mixer with integral strainers is TMV2 and TMV3 approved for use in both the health care and residential sectors.
Units provide high flow rates at low pressures and safe thermostatic shut down in less than 2 seconds.
Units are suitable for use with all plumbing systems.
Exposed, lockshield and long lever versions are available.
Meynell V8/3 L Thermostatic mixer:
Specification as above but supplied with long lever for disabled use.
Meynell V8/3 K Thermostatic mixer:
½" exposed 'lockshield' thermostatic mixing valve featuring a tamper-proof cover with pre-set maximum temperature stop facility adjustable to suit individual requirements. Units are supplied with integral check valves and strainers.
All V8/3 valves (excluding lockshield model) are operated via a single sequential control, which, when rotated, initially opens the valve, then increases the temperature from cold to a pre-settable maximum temperature stop.
For safety reasons it is recommended that hot water storage temperature is maintained at between 60-65°C in ablutionary applications.
The performance specification outlined below is achieved with the outlet blend temperature set between 35°C and 45°C, with supply temperature of 15°C cold and 65°C hot and nominally equal inlet supply pressure.
Outlet blend water temperature is maintained within 2°C with a 10°C change in hot or cold supply.
Shutdown of outlet flow to seepage within 2 seconds in the event of failure in either the hot or cold water supply, providing the blend temperature differs from the inlet supply temperature by at least 10°C.
The valve will maintain control with a pressure loss ratio of up to 10:1.
Pressure/ Flow rates:
Maintained supply pressure should be nominally equal.
Body: DZR Chrome plated brass.
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