The Schneider Electric Lexium BCH16HD04330F5C is a robust AC servo motor designed for precision motion control in industrial systems. With 400 W rated power, heavy inertia rotor, and 3000 rpm nominal speed, this motor provides smooth, reliable torque for a wide range of automated machinery — from compact CNC units to packaging lines and robotics.
Featuring a 2500‑pulse incremental encoder and integrated brake, the motor delivers accurate position feedback and secure holding capability for vertical or safety‑critical motion axes. Engineered to integrate seamlessly with Lexium 16 servo drives, this model supports efficient commissioning and dependable performance in complex motion control systems.
Key Features
- 400 W rated output power — ideal for compact to mid‑range industrial motion applications
- 60 mm flange with 14 mm shaft — compact form for limited‑space installations
- 2500‑pulse incremental encoder feedback — precise position and speed control
- 3000 rpm nominal speed — balanced performance for varied tasks
- Heavy‑inertia rotor design — stable performance under dynamic loads
- Integrated holding brake — improved safety and axis position holding
- Designed for Lexium 16 servo drives — seamless integration and control
Technical Specifications
| Specification | Details |
| Model / Series | BCH16HD04330F5C — Lexium BCH16 series |
| Rated Output Power | 400 W |
| Flange Size | 60 mm |
| Shaft Diameter | 14 mm |
| Encoder Type | 2500‑pulse incremental encoder |
| Nominal Speed | 3000 rpm |
| Maximum Mechanical Speed | Up to 5000 rpm |
| Nominal Torque | ~1.27 N·m |
| Peak / Stall Torque | ~3.81 N·m |
| Rated Voltage | 220 V AC |
| Maximum Current | ~7.8 A |
| Brake | Integrated holding brake |
| Rotor / Inertia | Heavy‑inertia design |
| Drive Compatibility | Lexium 16 servo drives |
| Mounting Standard | Asian standard flange |
Applications
- Compact and medium‑sized CNC machines
- Packaging, labeling, and material handling systems
- Robotic motion axes and pick‑and‑place automation
- Printing and assembly automation requiring precise servo motion
- Any industrial automation requiring accurate position control and high inertia handling
