NXC04 Fireye SERVO Motor

Overview

The Fireye NXC04 is a high-precision, 4-wire CANbus servo motor engineered for seamless integration with the Fireye Nexus NX6100 parallel positioning system. This industrial actuator is designed to provide accurate fuel and air ratio control by modulating valves and dampers in high-demand burner applications. Its brushless design and robust construction ensure long-term reliability, precise positioning, and reduced maintenance in demanding industrial automation and flame safeguard environments.

Features

• 4-Wire CANbus Interface: Facilitates streamlined communication and seamless integration with Nexus NX6100 systems.
• Brushless Motor Technology: Provides increased efficiency, quieter operation, and reduced mechanical wear.
• Precision Feedback: Utilizes an internal encoder to provide continuous position and speed feedback to the main controller for tight combustion loop tolerances.
• Integrated Auxiliary Switches: Features microswitches for essential open and close position verification.
• Rugged Construction: Housed in a NEMA 1 rated enclosure with a compact design for easy integration into existing boiler room setups.
• Consistent Torque: Delivers a stable 3 ft-lbs (4 Nm) torque output for reliable actuation.

Specifications

• Model Number: NXC04
• Torque Output: 3 ft-lbs (4 Nm)
• Supply Voltage: 24 VAC
• Frequency: 50/60 Hz
• Interface: 4-wire CANbus
• Operating Temperature: 32 F to 140 F (0 C to 60 C)
• Rotation Speed: 30 seconds for a 90-degree rotation
• Maximum Rotation Angle: Up to 270 degrees
• Enclosure Rating: NEMA 1 / IP31

Applications

• Burner Management Systems: Used for precise fuel-air ratio control in industrial and commercial combustion systems.
• Modulation Control: Ideal for modulating fuel valves and air dampers on industrial burners to optimize thermal efficiency.
• Boiler Control: Integrated into boiler room environments to enhance operational safety and reduce fuel waste.
• Industrial Automation: Suitable for various process burner systems requiring consistent and repeatable mechanical actuation.