ProClick regulating set: 3-way rotating mixing valve ARV 382 Vario ProClick, DN20, Rp 3/4 inch, Kvs 3.5 - 9 m3/h + electric actuator ARM 343 ProClick 1338254

Temperature control set for precise control&

& This control set, consisting of a 3-way rotating mixing valve ARV 382 Vario ProClick and an electric actuator ARM 343 ProClick, is a reliable solution for heating and cooling systems. It is ideal for both new and modernized systems where accurate temperature control of the heating or cooling medium is crucial. The valve is most often mounted on the supply line of the installation, where it is responsible for mixing flows to achieve the desired temperature. It can also be used as a diverting or switching valve. &

Functionality and ease of use&

& The set is distinguished primarily by the ProClick system, which enables quick and easy mounting of the actuator directly onto the valve – without the need for additional tools. The Vario function allows changing the Kvs setting in the range of 3.5 to 9 m³/h, providing flexibility and the ability to adapt the flow to specific installation requirements. A two-sided scale with a clear indication of direction (L/R) and a spool position indicator facilitate precise parameter setting. Hexagonal connections further simplify the installation process. &

Construction and technical parameters&

& The valve is made of high-quality dezincification-resistant brass (DZR), which guarantees its durability and corrosion resistance. The ARM 343 ProClick electric actuator operates at 230 V AC and is characterized by a cycle time of 120 seconds. It provides precise control thanks to a three-point control signal. The IP42 protection class protects against accidental contact with water and dust. The Kvs value for the bypass is 3.4, and the leakage in relation to this value is only 0.05%. The maximum differential pressure in the open position is 10 bar, and the ambient temperature range is from 0 to 50°C. The brass body ensures reliability and long life of the device even in difficult operating conditions.