Why choose a WATTS EUROTHERM mixing valve ?

The operating simplicity of WATTS mixing valves results from their ease of implementation and the unparalleled quality
of the result.

‹ Outstanding customer Service : product widely distributed across Europe.

‹ Guarantee : mixing valve and cartridge guaranteed for 2 years.

‹ Manufacturer : WATTS EUROTHERM has ISO 9001 certification (2000 version) through the BVQI.

‹ Market background and know-how : present since 1947.

Mixing cold and hot water in order to obtain water which is mixed at a stabilized temperature within one degree :
this is the important part.

A thermostatic mixing valve means substantially reduced water consumption, absolute safety – no water which is suddenly uncomfortably hot or cold – guaranteed regulation of flowrates, from the very lowest to the highest, piping and valves protected from limestone deposits, a larger reserve of mixed water at the desired temperature.

Easy to install, simple to maintain, attractively designed, WATTS EUROTHERM thermostatic mixing valves are the basic element for genuine comfort in all plumbing facilities.

WATTS INDUSTRIES : the most complete range in thermostatics

Calculation software The WATTS INDUSTRIES software package is designed to validate the calculation carried out manually in order to choose the right mixing valve (according to pressures, pipe diameters, desired flowrate and number of points of use). Calculation method : 1 – The software defines the Accumulated Flowrate of mixed water by multiplying the number of equipment items to be supplied by the usual unit flows. 2 – It calculates the Total Instantaneous Flowrate to be provided by the mixing valve. Depending on the type of worksite (3 types), it chooses the reduction coefficient of flows corresponding to the quantity of equipment items to be supplied. It multiplies this coefficient by the accumulated flowrate in order to obtain the instantaneous flowrate. 3 – Then the software chooses the thermostatic mixing valve which will ensure the regulation at this instantaneous flowrate under the dynamic pressure (b. = bars) available for its operation.

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