Overview
The FEC AXIS 103A AFC1100 system controller is a compact servo motor control solution designed for industrial automation and precision motion control applications. This used unit delivers reliable performance in systems requiring synchronized multi-axis motion, torque control, and integrated I/O signaling. The AFC1100 platform features active-true-low logic architecture for dependable interoperability with industrial control devices.
Key Features
- Active-true-low I/O logic for compatibility with standard industrial control interfaces
- Output rated at 12–24 VDC, 200 mA per channel
- Compact form factor suitable for retrofit and space-constrained installations
- Synchronization-capable architecture for multi-axis motion control
- Established platform with long operational history in manufacturing environments
Technical Specifications
| Model | FEC AXIS 103A |
| Part Number | AFC1100 |
| Manufacturer | FEC (Fuji Electric Corporation) |
| Output Voltage | 12–24 VDC |
| Output Current | 200 mA per output |
| I/O Logic | Active-true-low |
| Condition | Used, tested |
Typical Applications
- Multi-axis servo motor control systems
- Precision motion and positioning applications
- Industrial machinery retrofit and upgrade
- Synchronized torque control operations
- Manufacturing process automation
Compatibility & Replacements
Compatible With
- Industrial servo motor systems requiring 12–24 VDC control signals
- Legacy motion control architectures utilizing active-true-low logic
- Multi-axis synchronization control systems
- Standard industrial PLC and control networks
Replaces / Drop-In Replacement For
- FEC AXIS 103 (earlier generation)
- FEC AXIS 105 AFC1100 (related platform variant)
- Verify compatibility with your system integrator before ordering, as legacy systems may require custom wiring or signal adaptation.
Works With
- Industrial PLC platforms requiring active-true-low I/O integration
- Custom motion control software and firmware
- Standard 12–24 VDC power distribution systems
- Multi-axis synchronization wiring schemes (parallel torque control)










