Description
The Allen-Bradley 1394C-AM50 is a high-power axis drive module engineered for precision motion control in industrial automation systems. Designed for use within the 1394 multi-axis motion platform, it provides 10 kW output capability with stable current delivery for demanding servo applications.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Allen-Bradley |
| Category |
Drives & Motion Control |
| Part Number |
1394C-AM50 |
| Subcategory |
Axis Drive Module |
| Power Rating |
10 kW |
| Continuous Current |
23.3 A |
| Peak Current |
33.2 A |
| Input Voltage |
530–680 VDC |
| Type |
Servo Axis Drive Module |
| Series |
1394 |
| Mounting Style |
External heatsink configuration |
| Application |
Multi-axis servo motion control |
| Function |
Drives servo motors in high-demand systems |
Information About 1394C-AM50
The 1394C-AM50 is part of Allen-Bradley’s 1394 motion control family, designed for synchronized multi-axis servo applications requiring high power and precise dynamic performance. Engineered to accept 530–680 VDC bus input, the module efficiently conditions power to deliver stable 23.3 A continuous current with up to 33.2 A peak for demanding acceleration cycles. Its external-heatsink design enhances thermal management, allowing sustained operation under heavy mechanical load profiles. Integrated into a 1394 motion system, it supports coordinated axis control for robotics, material handling, packaging, and advanced automation equipment.
Key Features:
- 10 kW output capability: provides high power for servo axes requiring substantial torque and dynamic movement profiles.
- 23.3 A continuous / 33.2 A peak current capacity: supports rapid acceleration demands and sustained load conditions in high-performance motion systems.
- 530–680 VDC bus input: integrates seamlessly with 1394 power supplies for efficient DC bus distribution and system scalability.
- External heatsink construction: improves thermal dissipation to maintain continuous operation in demanding industrial duty cycles.
- Precision servo control compatibility: designed for coordinated multi-axis performance in complex automation architectures.
- Robust industrial design: engineered for high-reliability applications including robotics, packaging, and high-speed machinery.
- Stable current regulation: ensures smooth, accurate motor behavior under varying load conditions and motion transitions.
- Integrated into 1394 motion system: simplifies configuration, diagnostics, and centralized control for multi-axis operation.
The 1394C-AM50 delivers the reliability and precision required for powerful servo motion control, dynamic axis performance, and demanding industrial automation applications.
