Description
Belimo LF24-ECON-R10 Spring Return Damper Actuator Overview
The Belimo LF24-ECON-R10 is a compact, reliable spring return damper actuator engineered for economizer and general HVAC damper control applications. Designed for use in commercial and light commercial building automation systems, this actuator delivers dependable performance with integrated 10kΩ thermistor feedback for precise temperature sensing and position monitoring. Its spring return mechanism ensures fail-safe damper closure in the event of a power loss, making it a trusted choice for critical ventilation and economizer control.
Key Features
- Spring return fail-safe operation for reliable damper closure on power loss
- 35 in-lb (4 Nm) torque output suitable for a wide range of damper sizes
- Integrated 10kΩ thermistor for accurate temperature sensing and feedback
- Dual voltage compatibility: 24V AC / 24V DC power supply
- ECON (economizer) series — optimized for economizer damper control applications
- Compact, low-profile housing for easy installation in tight spaces
- Direct-coupled design — no crank arm or linkage required
- Suitable for use with building automation and energy management systems
Specifications
- SKU: LF24-ECON-R10
- Brand: Belimo
- Actuator Type: Spring Return
- Torque: 35 in-lb
- Feedback: 10kΩ Thermistor
- Power Supply: 24V AC / 24V DC
- Series: ECON (Economizer)
- Mounting: Direct-coupled
Applications
- Economizer damper control in commercial HVAC systems
- Outside air and return air damper actuation
- Building automation and energy management systems
- Ventilation control in light commercial and commercial buildings
Why Choose the Belimo LF24-ECON-R10?
Belimo is a globally recognized leader in actuator and valve technology for HVAC systems. The LF24-ECON-R10 combines fail-safe spring return operation with integrated thermistor feedback, giving installers and building automation engineers the tools they need for accurate, energy-efficient economizer control. Its dual-voltage 24V AC/DC compatibility simplifies installation across a variety of control system configurations, while the direct-coupled design reduces installation time and eliminates the need for additional linkage hardware.
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