MOOG L180-410B-A2 Servo Drive
Core Specifications
| Continuous Output Current |
10 Arms |
| Peak Output Current |
20 Arms (1s/10s) |
| Suitable Motor Power |
Continuous 4kW, Peak 8kW |
| Built-in Regenerative Capacity |
Continuous 300W, Peak 3.8kW |
| Main Power Supply |
185–255VAC, 50/60Hz, Single-phase/Three-phase |
| Control Power Supply (Optional) |
24VDC ±25%, 500mA (maintains control during mains power failure) |
Control and Interface
Control Modes: Analog (±10V Torque/Speed Differential input, 8kΩ) and Digital (RS232 command control, 9.6kbaud)
Feedback: Resolver input (compatible with MOOG 8/12 pole resolver motors)
Digital I/O: 4 isolated inputs (12–28VDC); 1 relay output (Ready/Alarm)
Encoder Emulation: Programmable 1–2048ppr (differential RS422)
Mechanical and Environmental
| Cooling |
Temperature-controlled fan forced air cooling |
| Weight |
3.2kg |
| Operating Temperature |
0–60°C (>50°C, derating 2% per °C) |
| Protection/Certification |
Industrial grade, CE compliant |
Model Breakdown: L180-410B-A2
L180: Series (single-axis digital servo)
410: Power rating (10A/4kW)
B: Hardware version
A2: Firmware version (supports speed/current limiting, automatic mode)
Key Features and Advantages
- Fully digital closed loop with torque/dual-loop speed control and sinusoidal commutation
- Built-in regeneration capability eliminates need for external regeneration resistors
- High reliability with comprehensive protection against overvoltage, undervoltage, overcurrent, overheating, and feedback loss
- I²t current limiting for enhanced motor protection
- Perfect compatibility with MOOG G400/G500 series resolver servo motors
- Easy debugging with 7-segment display and GUI software for quick adjustment and diagnostics
Typical Applications
- Injection molding machine servo control
- Textile machinery and packaging equipment
- Precision testing benches and testing machines
- Machine tool feed axes and small-scale automation equipment
This industrial-grade servo drive offers smooth low-speed operation and simplified wiring with built-in regeneration, making it ideal for demanding automation applications.