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Siemens Combustion SQM40.215R11 Actuator 0-135 Ohm 110V

Special Price $921.17 Regular Price $1,022.50
Out of stock
SKU
SQM40.215R11

The Siemens Combustion SQM40.215R11 is a rotary electric actuator developed for HVAC applications. It rotates a shaft to transform an electrical signal of 110V AC into mechanical motion. A 0–135 Ohm resistance, a 4–20 mA current signal, or a 2–10 VDC voltage signal can all be used to control this spin. In HVAC systems, the SQM40.215R11 is frequently used to regulate dampers, valves, and other airflow components. It provides advantages like accurate location, dependable operation, and minimal maintenance needs. It's crucial to remember that the SQM40.215R11 can be utilized in a variety of industrial applications that require rotary motion control and was not created especially for HVAC equipment. It is compatible with normal electrical systems to its 110V power supply.

Manufacturer:
https://www.partshnc.com/media/catalog/product/s/q/sqm40-215r11.jpg
Manufacturer Name: Siemens Combustion
Product Number: SQM40.215R11
OEM Part Number: SQM40.215R11
Product Description: 0-135Ohm 110V Actuator
Weight:4.22lbs/1914.16g

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Customer Questions
What maintenance is required for the Siemens Combustion SQM40.215R11 Actuator?

Regularly inspect electrical connections for corrosion or looseness. Clean any dust or debris from the actuator body. Test movement periodically to ensure proper operation, and always follow safety protocols when working with live circuits.

What are common issues with the Siemens Combustion SQM40.215R11 Actuator?

  • Inaccurate positioning or response delays.
  • Electrical connection failures.
  • Mechanical binding or stiffness.
  • Signal reading inconsistencies.
  • Overheating during operation.

Installation Steps

Step 1: Turn off power and lockout gas burner system for safety.

Step 2: Remove old actuator and note shaft position and wiring.

Step 3: Mount new actuator securely on shaft and align coupling.

Step 4: Reconnect wiring per diagram and set feedback range.

Step 5: Restore power, calibrate stroke limits, and test operation.