BF230 | Belimo Fire And Smoke Damper Actuator 18 Nm 230V With Auxiliary Switches

Description 

The Belimo BF230 is a fire and smoke damper actuator designed to provide reliable open/close control and fail-safe operation in life safety HVAC systems. It operates on AC 230 V power and delivers 18 Nm of torque with integrated auxiliary switches for position monitoring.

Technical Specifications 

Information About BF230

The BF230 is part of Belimo’s fire and smoke actuator range engineered to meet stringent life safety and building code requirements. It is designed for reliable operation in fire damper applications, providing controlled motor operation during normal conditions and rapid fail-safe response during emergencies. The actuator includes robust mechanical components and halogen-free cabling to support safe operation in fire-rated installations. Integrated auxiliary switches and mechanical position indication enable dependable monitoring and system integration.

Key Features

• Fire And Smoke Safety Design: Engineered specifically for fire and smoke dampers to support life safety operation and regulatory compliance.
• Reliable Fail-Safe Function: Provides automatic spring-driven return with defined fail-safe torque for secure damper positioning during power loss.
• 18 Nm Torque Output: Delivers consistent torque suitable for standard fire damper assemblies and safety-rated applications.
• Dual Auxiliary Switches: Includes two SPDT switches for accurate position indication and interlocking with fire alarm or building management systems.
• Halogen-Free Cabling: Supplied with halogen-free connection cables to support safety requirements in fire-rated environments.
• Durable Mechanical Interface: Form-fit hollow shaft connection ensures secure mounting and long-term operational stability.
• Long Service Life: Rated for a minimum of 60,000 safety positions to support reliable long-term use.

The BF230 delivers the reliability and precision required for dependable fire and smoke damper control in life safety HVAC systems.