Yokogawa F3NC51-0N FA-M3 Series 1-Axis Positioning Module with Analog Voltage Output – Industrial Motion Control Module
Specification Details
Brand: Yokogawa
Series: FA-M3
Part Number: F3NC51-0N
Product Type: 1-Axis Positioning Module
Axis Count: 1 Axis
Model Code: F3NC51
Suffix Code: -0N
Control Loops: 1-Axis Semi-Closed Loop Control
Input Specifications: DI 24V DC ⎓ 4.1 mAPULSE: 5V DC
Output Specifications:Analog Voltage: -10 to +10V DC ⎓ 5 mA DO: 24V DC 0.1A
Mounting Type: Built-in standard module locking base for multi-slot PLC backplanes
Signal / Output Type Analog Voltage Output
Function: Positioning / Motion Control
System: Yokogawa FA-M3 PLC
Mounting: FA-M3 Modular PLC System
Application: Industrial Automation & Motion Control
Installation: Industrial Control Panel / PLC Rack
Suitable For: OEM Machinery, Factory Automation, Automated Equipment
Country Of Origin: Made In JAPAN
Condition: Used Excellent Working (As Per Photos)
Shipping: Fast & Safe Worldwide Shipping Available.
The Yokogawa F3NC51-0N FA-M3 Series 1-Axis Positioning Module is an industrial automation and motion-control module designed to provide positioning functionality within Yokogawa FA-M3 PLC-based control systems. The module supports single-axis positioning applications and features an analog voltage output, making it suitable for applications where controlled analog motion commands are required.
The F3NC51-0N can be integrated into automated machinery and production equipment requiring accurate positioning control. Its modular FA-M3 architecture allows it to work as part of a larger PLC control system, helping engineers implement motion-related functions without requiring a separate standalone controller for every application.
Typical applications include industrial machinery, automated production equipment, material handling systems, machine tools, conveyor positioning, actuator control and factory automation. Its compact modular construction makes it suitable for installation in industrial control panels where space and reliable PLC integration are important.