Description
The Honeywell M6285F1001-F is a Modutrol IV series actuator motor engineered for precise, reliable control in commercial and industrial HVAC applications. Featuring a linear 10K feedback potentiometer, this motor delivers accurate position feedback to building automation and control systems, enabling tight modulating control of dampers and valves.
Key Features
- Linear 10K ohm feedback potentiometer for accurate position sensing
- 24 Vac operating voltage for compatibility with standard commercial control systems
- 60 lb-in torque output for dependable actuation of dampers and valves
- Spring return operation ensures fail-safe positioning on power loss
- 30/53 second nominal timing for controlled, smooth stroke travel
- Dual-ended square shaft design for flexible installation configurations
- 2 internal auxiliary switches for end-of-travel or mid-position signaling
- 90–160 degree adjustable stroke range to suit a variety of applications
- Foot-mounted design for secure, stable installation
Operating Specifications
- Supply Voltage: 24 Vac
- Torque: 60 lb-in
- Feedback: Linear 10K ohm potentiometer
- Stroke: 90–160 degrees (adjustable)
- Timing: 30 seconds (90°) / 53 seconds (160°) nominal
- Shaft Type: Dual-ended square shaft
- Auxiliary Switches: 2 internal
- Ambient Temperature Range: -40°F to 150°F (-40°C to 66°C)
- Mounting: Foot mounted
- Return Type: Spring return (fail-safe)
Application
The M6285F1001-F is ideal for use in commercial HVAC systems where modulating control of air handling unit dampers, mixing boxes, or control valves is required. The spring return mechanism provides fail-safe operation, automatically returning the actuator to its home position upon loss of power. The wide ambient temperature range of -40° to 150°F makes this motor suitable for both indoor mechanical rooms and outdoor or harsh-environment installations. The dual-ended square shaft and foot-mount design simplify field installation and allow integration into a broad range of damper and valve linkage assemblies.









