Facebook Pixel

Carrier HF26BB030S Non-Spring Return Actuator W/10K Pot Kit 120V

Special Price $6,844.04 Regular Price $7,596.88
In stock
SKU
HF26BB030S
The Carrier HF26BB030S Non-spring return actuator is used in HVAC systems and is made for applications with single pole events in their circuits. It includes a 10K potentiometer kit and has 120V power supply. This actuator is essential for managing several HVAC parts including dampers, valves and louvers, to maintain several building’s airflow and temperature. The actuator gets a signal from the HVAC control system where the actual position of the controlled component is needed. From this signal, the actuator’s motor turns and powers a series of gears that move the stem of the actuator. In its turn, this stem varies the position of the damper, valve or louver in accordance with the control signal.
Manufacturer:
https://www.partshnc.com/media/catalog/product/h/f/hf26bb030s.jpg

Specifications

  • Type: Non-Spring Return Actuator
  • Potentiometer: 10K
  • Voltage: 120V
Write Your Own Review
You're reviewing:Carrier HF26BB030S Non-Spring Return Actuator W/10K Pot Kit 120V
Your Rating
Customer Questions
What maintenance is required for the Carrier HF26BB030S Non-Spring Return Actuator?

Regularly inspect the actuator for dust, debris, or corrosion on linkages and terminals. Verify smooth movement of the output shaft and clean contacts if needed. Tighten mounting hardware and check electrical connections for secure fit and proper operation.

What are common issues with the Carrier HF26BB030S Non-Spring Return Actuator?

  • Sticking or sluggish movement.
  • Inaccurate position feedback.
  • Electrical connection faults.
  • Noise or vibration during operation.

Installation Steps

Step 1: Turn off all power to the HVAC system before installation.

Step 2: Remove the existing actuator and disconnect wiring.

Step 3: Mount the new actuator securely on the damper shaft.

Step 4: Connect the potentiometer wiring according to the control diagram.

Step 5: Verify actuator alignment with the damper.

Step 6: Restore power and test actuator operation for proper rotation and control.