Siemens SQM41.357A23 Burner Control, Actuator Control, Intermittent Operation, Gas/Oil, AC 230V, with Pressure Controller

Siemens SQM41.357A23 Burner Control

The Siemens SQM41.357A23 is an advanced burner control unit specifically engineered for intermittent operation on forced draft gas and oil burners. This sophisticated control system plays a crucial role in managing and supervising air damper actuators, ensuring precise air-fuel mixture control for optimum combustion efficiency and safety. A notable feature of this model is its integrated functionality for managing or integrating with a pressure controller, enhancing its capabilities in complex burner systems.

Key Features:

• Integrated Actuator Control: Directly controls and drives air damper actuators, facilitating precise management of air supply.
• Intermittent Operation: Ideal for burner applications requiring periodic on/off cycles, commonly found in industrial and commercial heating processes.
• Versatile Fuel Compatibility: Suitable for use with both gas and oil burners, providing flexibility across diverse fuel types.
• Pressure Controller Integration: Designed with features to manage or interface with a pressure controller, crucial for applications requiring precise pressure regulation within the combustion process.
• Robust and Reliable: Built to Siemens' rigorous standards for durability and consistent performance in demanding industrial environments.
• Safety Functions: Incorporates essential safety features to monitor all stages of burner operation and respond promptly to fault conditions, significantly enhancing operational safety.
• Supply Voltage: Operates on an AC 230V power supply.

Manufacturer Information:

• Manufacturer: Siemens
• Product Series: SQM41 Series Burner Controls
• Application: Control of forced draft burners for gas and oil. Supervision of air damper actuators for intermittent operation, with enhanced capabilities for pressure control integration.
• Typical Use: Commercial and industrial boilers, furnaces, and heating systems where precise air-fuel management and pressure regulation are critical.