Thermoelectric Actuator Guzzanti AURATON VELA — model AUR00VEL00000

Thermoelectric Actuator Guzzanti AURATON VELA is a compact linear actuator designed for remote control of heating and cooling valves in HVAC and radiator systems. The actuator converts electrical input into precise linear motion via a thermoelectric drive, enabling automated valve opening and closing. Its small footprint and TRV-compatible interface make it suitable for integration into zoning systems and thermostatic valve assemblies where reliable, quiet operation is required.

Advantages

The Guzzanti AURATON VELA actuator provides consistent linear travel with minimal power consumption, delivering reliable valve control for temperature regulation. Its compact design simplifies installation on a variety of zone valves and radiator thermostatic valves without requiring major piping modifications. The thermoelectric mechanism offers low maintenance and quiet operation, and the actuator is compatible with common control signals used in residential and light commercial HVAC zoning.

Suitable for

• Automated control of radiator thermostatic valves (TRV-compatible systems)
• Zoning valves in residential heating and cooling systems
• Integration with room thermostats and building automation controllers
• Replacement of manual valve actuators in small HVAC installations

Key specifications

• Actuation type: thermoelectric linear drive
• Form factor: compact inline actuator suitable for valve mounting
• Control input: standard low-voltage electrical signal compatibility for HVAC controls
• Operation: linear travel for valve open/close movement
• Noise level: designed for quiet operation suitable for residential environments
• Maintenance: low-maintenance thermoelectric mechanism

How to use

Mount the actuator to a compatible valve following the valve manufacturer’s mounting instructions and ensure the actuator is oriented for correct linear travel. Connect the actuator to the control circuit using the appropriate low-voltage wiring and verify proper polarity and signal type before powering. Adjust any mechanical stops or settings on the valve if required to match the actuator travel range. After installation, test the actuator by commanding open and close signals from the thermostat or controller and confirm that the valve responds correctly and moves smoothly throughout its travel range.

Usage recommendations

For reliable operation, install the actuator in environments protected from direct water exposure and excessive dust. Follow electrical safety standards when wiring and use compatible controllers or thermostats designed for thermoelectric actuators. Periodically inspect the mounting and wiring connections and verify smooth movement; replace the actuator if travel becomes restricted or noisy.