Overview
The Fireye NXC20M is a high-precision CANbus servo motor designed for advanced burner control, valve modulation, and industrial combustion systems. Delivering a strong 20 Nm (14.75 ft-lb) torque output and featuring magnetic position sensing for accurate feedback, this actuator ensures reliable, repeatable motion and seamless integration into modern burner management systems. Built for durability and precision, the NXC20M is widely used in Fireye Nexus applications and other industrial automation environments.
Key Features
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20 Nm (14.75 ft-lb) torque for powerful, reliable modulation
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CANbus communication interface for accurate closed-loop control
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Magnetic position sensor for precise, repeatable feedback
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4-wire connection for integration with Fireye Nexus systems
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24 VAC, 50/60 Hz operation
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Engineered for demanding burner and combustion environments
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Fast, accurate servo positioning for fuel/air ratio control
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Long-life industrial-grade actuator design
Specifications
| Specification | Details |
|---|---|
| Model Number | NXC20M |
| Type | CANbus Servo Motor |
| Torque | 20 Nm (14.75 ft-lb) |
| Voltage | 24 VAC |
| Frequency | 50/60 Hz |
| Communication | 4-wire CANbus |
| Position Feedback | Magnetic position sensor |
| Rotation Range | Typically 90° (model-family standard) |
| Environment Rating | Industrial-duty construction |
| Application | Modulating burner, valve, and damper control |
Applications
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Burner modulation and fuel/air ratio control
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Industrial boilers, ovens, and combustion systems
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Modulating gas valves and air dampers
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Fireye Nexus burner management systems
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Precision servo positioning in industrial automation
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Replacement for Fireye CANbus servo actuator models
Benefits
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High torque enables movement of larger valves and dampers
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Magnetic feedback ensures precise positioning and repeatability
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CANbus interface provides reliable real-time communication
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Low-maintenance design suited for heavy-duty applications
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Enhances combustion efficiency through accurate modulation control
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Engineered for long service life in demanding environments




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