Fireye FX50-1 Modbus Servo Motor 50Nm 24VDC with Quick Disconnect Connectors

The Fireye FX50-1 is a precision Modbus servo motor designed for accurate positioning of fuel valves and air dampers in industrial combustion control systems. This high-performance actuator delivers 50 Nm (37 ft-lb) of output torque with 90-degree positioning in just 30 seconds, making it ideal for demanding burner control applications.

Key Features:

• 50 Nm (37 ft-lb) maximum output torque for reliable valve and damper actuation
• 5-wire Modbus RTU communication via RS-485 protocol
• Quick disconnect connectors for easy installation and servicing
• Integrated potentiometer feedback for continuous position monitoring
• 100-degree maximum rotation angle with variable speed control
• NEMA 4 / IP65-rated enclosure for harsh industrial environments
• 24 VDC ±10% operation (20W nominal, 38W peak consumption)
• Can be mounted in any orientation for installation flexibility
• Wide operating temperature range: -4°F to +140°F (-20°C to +60°C)
• 100% duty cycle for continuous operation

Compatibility:

• Compatible with PPC4000 and NXF4000 parallel positioning controllers
• Supports up to 10 servos in point-to-point wiring configuration on a single communication port
• Works with any PLC or Modbus client using Modbus RTU protocol

The FX50-1 features a stepper motor drive system that interprets Modbus commands and positions the actuator precisely to the commanded position. Variable speed control allows travel times from 30 seconds to several minutes for 90-degree rotation, providing optimal control for your specific application. The integrated feedback potentiometer enables the external control system to verify and cross-check the actual servo position.

This servo motor is engineered for fuel valve and air damper control on industrial burners but can be applied to any flow control valve or damper application where the output torque requirements match. The robust construction and NEMA 4 / IP65 protection ensure reliable performance in demanding industrial environments.