Meiflow MSM3 230V actuator with adapter M66341
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Meiflow MSM3 230V actuator with adapter M66341
Electric actuator for valves – reliability and precise control
This MSM3 230V actuator from AALBERTS HYDRONIC FLOW CONTROL SP.Z O.O. is a component designed to automate the operation of valves, especially in heating and air conditioning systems. Its versatility makes it suitable for both commercial and domestic installations. Designed for easy installation and reliable operation, it provides precise flow control.
Design and application
The MSM3 actuator is equipped with a 2-meter connection cable, which facilitates its direct mounting on the mixing unit of the MK group with a 3-way mixing valve. It also has a manual control function with a clear scale, allowing for quick and easy adjustment of the valve position if necessary. Explosion-proof design increases safety in potentially hazardous environments. Thanks to its gear construction, it ensures smooth and controlled valve movement.
Key features and benefits
High torque (6 Nm): Ensures confident and effective opening and closing of even larger valves.
Cycle time (140 s): Optimal time required to fully open or close the valve, ensuring a fast system response.
Three-point control signal: Enables simple integration with existing control systems.
Explosion-proof design: Increases safety in harsh industrial conditions.
Manual adjustment: Allows for emergency valve control without access to the automation system.
Position indicator: Enables visual control of the valve status.
Plastic housing: Provides lightness and corrosion resistance.
Power consumption 2.5 W: Low energy consumption translates into operational savings.
Normally closed contact: Ensures safe operation in the event of a power failure.
Additionally, the actuator is compatible with various valve brands thanks to the universal type of connection – depending on the brand of the valve. Its compact dimensions (80 mm x 93 mm x 75 mm) allow for installation in limited spaces.


