SQM56.667R1G7R Siemens Damper Motor

Overview

The Siemens SQM56.667R1G7R is a high-torque reversing rotary actuator designed for the precise positioning of dampers, flow control valves, butterfly valves, and other HVAC components requiring rotary motion. Part of the SQM56 series, this heavy-duty motor is engineered for industrial and commercial applications that demand exceptional modulating accuracy and repeatability. It features a robust die-cast aluminum housing and impact-resistant plastic covers, ensuring durability in demanding environments.

Features

• Ultra-high torque capacity of up to 400 in-lbs for managing heavy loads and large dampers
• Reversing capability with factory configuration for clockwise (CW) rotation
• Integrated double potentiometer for accurate position feedback and control
• Internal auto/manual selector switch and manual forward/reverse toggle switch for simplified commissioning
• Disengagement clutches for the drive shaft and cam drum to allow for quick manual alignment
• Externally visible position indicator for easy status monitoring
• Low hysteresis gearing and synchronous motor for high-resolution control
• Protection rating suitable for industrial use with various mounting orientations

Specifications

• Model: SQM56.667R1G7R
• Torque: 400 in-lbs
• Running Time: 50 seconds for 90 degree rotation
• Control Signal: 4-20 mA input (via AGA56 circuit board)
• Operating Voltage: 110-120 Vac (50/60 Hz)
• Rotation: Clockwise (CW)
• Shaft Type: 14 mm round shaft
• Switches: 6 internal switches (2 limit switches and 4 auxiliary switches)
• Potentiometer: Double potentiometer (ASZ series)
• Housing Material: Die-cast aluminum with plastic covers

Applications

• Positioning of air and gas dampers in industrial burner systems
• Control of large flow control valves and butterfly valves
• Precise modulating control for process heating applications
• Dual fuel applications using auxiliary switches for separate ignition and fire positions
• Heavy-duty HVAC damper control in commercial boiler systems