Overview
The Siemens SQM10.16501 is a reversible electromotoric actuator specifically designed for the precise control of air dampers and control valves in gas or oil burners. This high-precision servo motor is engineered for use with controllers or switching devices equipped with changeover contacts, ensuring optimal fuel-to-air ratios and efficient combustion. Built with a robust die-cast aluminum housing and an impact-proof plastic cover, the SQM10 series is intended for integration by original equipment manufacturers (OEMs) into industrial and commercial burner systems.
Features
- Reversible synchronous motor that is locking-proof and provides high accuracy
- Integrated cam stack with 2 end switches and 5 adjustable auxiliary switches
- Gear train featuring self-lubricating sinter-bronze bearings for maintenance-free operation
- Disengageable gear train with a lever for easy manual adjustment of the drive shaft
- Durable construction with a dark-grey impact-proof and heat-resistant plastic cover
- Internal setting scales for precise angular positioning of the switching points
- Optional integration of a potentiometer for feedback or remote position indication
Specifications
- Model: SQM10.16501
- Operating Voltage: AC 110 V (50/60 Hz)
- Rated Torque: 10 Nm
- Starting Torque: 15 Nm
- Holding Torque: 7 Nm
- Running Time (90 degrees): 29 seconds at 50 Hz
- Running Time (130 degrees): 42 seconds at 50 Hz
- Direction of Rotation: Counterclockwise (facing the drive shaft)
- Drive Shaft Diameter: 10 mm
- Protection Rating: IP54 (when using adequate cable entries)
- Power Consumption: 9 VA
- Weight: Approximately 1.7 kg
Applications
- Precise adjustment of air dampers in industrial oil and gas burners
- Control of fuel valves to maintain optimal combustion efficiency
- Integration into complex burner control systems requiring multiple auxiliary switching points
- Suitable for manufacturing plants and heating systems where high-reliability automation is required
- Used in conjunction with Siemens burner controls or universal controllers for HVAC applications



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