Electric actuator ARM 323 ProClick, 3-point, 60 s, 6 Nm 1432310

Electric actuator for precise regulation

The ARM 323 ProClick electric actuator is a reliable solution for controlling rotary mixing valves, especially where a torque of up to 6 Nm is required. The device is designed for both professional and domestic heating and cooling systems. Thanks to the fast rotation time (60 seconds) and precise control, it allows for efficient temperature regulation and user comfort.

Construction and installation – simplicity in operation

The actuator features a ProClick system, enabling snap-on mounting without the use of tools. This significantly saves time during installation and servicing. Additionally, the two-sided scale on the knob facilitates reading the valve position, and the built-in LEDs indicate the direction of rotation and the status of the auxiliary switch. The connection cable length (2 m) with clearly marked wire colors and a plug with protection ensures convenient connection to the control system. The housing made of plastic ensures durability and resistance to environmental conditions (IP42). The possibility of manual control using a knob with a lock is an additional advantage in the event of a power failure or the need for quick adjustment of settings.

Application and benefits for installers and users

The ARM 323 ProClick actuator is used to control mixing valves in heating and cooling installations. It is compatible with both new ARV ProClick valves and older models and products from other manufacturers. Thanks to the ability to work in 3-point mode (SPDT), it is ideal for mixing streams of medium to achieve a desired temperature. The 230 V AC power supply voltage ensures wide compatibility with existing electrical infrastructure. For installers, this means easy installation, fast system startup and minimal time required for servicing. End users will appreciate the precise temperature control, comfort of use and reliability of the device confirmed by the manufacturer's 3-year warranty. Additionally, the possibility of manual control provides certainty of operation even in the event of a failure of the automation system.