Proportional actuator EMO TM - 0-10V, 24V NC, 2m cable 1868-01.500

Proportional actuators – precision and control in your system

The EMO TM proportional actuator is an actuating element that allows for smooth and precise regulation of media flow in heating, ventilation and air conditioning installations. The device, controlled by a 0-10V signal with a 24V AC power supply, finds application in building automation, enabling optimization of system operation and increased user comfort. Its construction ensures reliable operation and long service life.

Construction and application

The EMO TM actuator is characterized by a compact design and universal mounting. Thanks to the M30 x 1.5 connector, it is compatible with most valves available on the market. A 2-meter long cable provides freedom in connecting to the controller. A built-in position indicator allows for visual control of the actuator status, which facilitates diagnostics and servicing. The device operates in a temperature range from -5 to 50°C and has an IP54 protection class, which guarantees its resistance to moisture and dust – an ideal solution for both internal and external installations (provided that appropriate protection against direct atmospheric agents is ensured).

• Flow regulation: Smooth regulation of the flow characteristics of media depending on the control signal.
• Building automation: Ideal for integration with BMS (Building Management System) to optimize energy consumption.
• Valves: Compatible with ball valves, radiator valves and other types of valves equipped with an M30 x 1.5 thread.
• Control signal: A 0-10V signal allows for precise adaptation to the needs of the installation.
• High reliability: Solid construction and high quality workmanship guarantee long-term use without failures.

The EMO TM actuator is not only an automation element – it is an investment in the comfort, energy efficiency and reliability of your heating or air conditioning system. Its versatility makes it suitable for both new installations and for the modernization of existing systems.