Damper actuator

Damper actuators are crucial for ventilation systems, where they regulate airflow to ensure optimal temperature and air quality in buildings. Stegia's damper actuator stands out with its superior precision, quiet operation, and reliability, making it a more efficient and sustainable solution than other alternatives on the market.

Results: products
damper actuator

Damper actuator

Stegia's Hypergear represents the next generation of damper actuators. This innovative solution, based on patented stepper motor technology, offers exceptional position accuracy. With the ability to adjust up to 1000 positions over a 90° range, it opens up entirely new possibilities for precise control. For advanced communication, Modbus RTU is integrated, and there's also the option to use 0-10VDC for device control. Discover how our Hypergear damper actuator is revolutionizing the HVAC industry!


Superior energy efficiency and precision

Stegia’s damper actuator combines unmatched precision and quiet operation with cutting-edge energy efficiency. With precise airflow control of up to 1,000 positions and the latest battery technology, our actuator ensures minimal energy consumption without compromising performance.

Leveraging over 30 years of experience in stepper motor technology, Stegia has developed a damper actuator that not only meets but exceeds the market’s demands for sustainability and performance.

Innovative battery technology for maximum reliability

Hypergear is equipped with the latest LiFePO4 battery technology, offering numerous advantages over traditional spring solutions. This battery not only provides a long lifespan and zero maintenance but also ensures full operation during power outages. With a battery life exceeding 20 years, Hypergear is the damper actuator of the future, guaranteeing that your systems remain operational even under the most challenging conditions.


  • Precise control with up to 1,000 positions across a 90° range of motion.

  • Equipped with the latest LiFePO4 battery technology.

  • Minimal energy consumption without compromising performance.