Our Galvin CliniMix^® range of thermostatic mixing valves (TMVs) is designed to protect the most vulnerable from scalding or cold water shock by providing tempered water to the desired outlets that comply with the relevant Australian Standards.

Suitable for health and general applications.

Features

• Manufactured using Lead Safe™ DZR Brass with less than 0.25% lead content*
• In the event of either hot or cold water supply failure the valve will shut down, quickly restoring flow when normal conditions resume.
• Water temperature is established at plus or minus 2 degrees even during water pressure or temperature fluctuations.
• Suitable for installation in low-pressure systems and will operate with working pressure as low as 20kPA.
• Can be installed in any configuration with the water outlet in the horizontal or vertical position, and inlet connections can be rotated to suit inlet pipework
• This stainless steel cabinet is lockable allowing secure installation and safe, simple maintenance of the 
  thermostatic mixing valve. 
• Barrel union connections allow removal of the valve without disturbing the pipework. 
• In the event of either hot or cold water supply failure the valve will shut down. 
• TMV’s come complete with right angle isolating ball valve, non-return valve and strainer assemblies.

Technical Information

• Watermark: AS 4032.1 Lic 1593
• Factory Preset Temperature (°C): 39.5 +/- 1.5
• Adjustable Temperature Range (°C): 35 Min - 50 Max¹
• Hot Supply Temperature (˚C): 55 Min - 90 Max
• Cold Supply Temperature (˚C): 5 Min - 30 Max
• Hot to Mix Temperature Differential (˚C): 10 Min
• Cold to Mix Temperature Differential (˚C): 5 Min
• Hot and Cold Inlet Pressures (kPa): 1600 Max
• Recommended Supply Pressure Variation (Hot:Cold or Cold:Hot) (%): +/-10²
• Supply Pressure Loss Ratio: 5:1 Max
• Minimum Flow Rate to Ensure Stable Operation (LPM): 6 Min
• Construction: Lead Safe™ DZR Brass
• Finish: Stainless Steel

1) AS 4032.1: approved adjustment range 38 - 50°C
2) For optimal performance it is recommended that the hot and cold water supply pressures be balanced to within +10%. Excessive variation in supply pressures may cause changes in outlet temperature.
Notwithstanding the above, compliance with AS3500 must be maintained