Electric thermal actuator designed for fast installation and reliable valve control. Compact and lightweight, it saves space while providing stable, low-power operation for heating and HVAC valve systems. Key benefits Easy installation: Simple, intelligent design allows quick mounting and connection, reducing setup time. Space-saving and compact: Small footprint fits tight installations and minimizes interference with surrounding components. Low power consumption: 2W power draw with a maximum current of 300 mA helps reduce energy use. Durable construction: Made from premium PC material for strength and long service life. Weather resistant: IP54 protection and operation across a wide ambient temperature range make it suitable for many indoor environments. Versatile compatibility: Works with standard thermostatic valve bodies used in heating and HVAC systems. Main features Quick connect and switch: Closed actuator design enables fast connection and smooth valve switching in control circuits. Practical and adaptable: Available forms meet the needs of different valve configurations and piping layouts. Lightweight and robust: Gross weight 116 g provides easy handling while maintaining durability. Environmental performance: Operates in temperatures from -25 to 65 degrees Celsius and tolerates up to 80% relative humidity. Technical specifications Item type: Electric Thermal Actuator Material: PC (polycarbonate) Gross weight: 116 g 4.1 oz Current: 300 mA max Power: 2 W Ambient temperature: -25 to 65 degrees Celsius Waterproof grade: IP54 Humidity: 80% max Typical applications Floor heating systems: Control underfloor heating valves for timed or thermostatic zoning. Radiator valve control: Automate radiator thermostatic valves for room-by-room temperature management. HVAC valve actuation: Integrate with valve bodies in heating and ventilation systems for centralized or decentralized control. Package contents 1 x Electric Thermal Actuator Notes Item color may vary slightly due to lighting and screen settings. Please allow slight measurement differences due to manual measurement.