Overview
The Allen-Bradley 1394C-AM03 is a robust three-phase multi-axis servo axis drive module engineered for high-performance industrial motion control applications. The module is a three-phase multi-axis module with a 2 kW power rating and a nominal input voltage of 530 to 680 Volts DC. This axis module is part of the Allen-Bradley 1394 Servo Controllers family and integrates filtering and enhanced terminations to ensure clean signal transmission in demanding factory environments.
Key Features
- Control features such as digitally-adjusted velocity, current loop compensation, and digital fault and diagnostic utilities
- Includes a current monitor, thermal overload detection, and a feedback signal monitor and advanced protective features like overload tolerant operation and soft current limiting
- Static gain of this module is 1.28 RMS A/V
- UL listed and CUL certified
- Comes with TB1 and TB2 connectors
Technical Specifications
The 1394C-AM03 delivers the performance demanded by modern servo systems with verified electrical and mechanical characteristics:
- Power Rating: 2 kW
- Input Voltage: 530 to 680 Volts DC (nominal)
- Output Power: 1.62/2 kW at 360 to 460 Volts nominal
- Continuous Current: 3 Amps
- Peak Current Limit: 200%
- Efficiency: 98%
- Capacitance: 110 microfarad
- Operating Frequency: 0-240 Hz
- Static Gain (with controller): 1.28 RMS A/V
- Weight: 10.01 lbs
Typical Applications
The axis module is used in all new applications that require up to four high-performance cycle axes. Some of its applications include material handling, high-speed packaging, press load/unload, and converting. The 1394C-AM03 excels in motion-critical processes requiring multiple synchronized servo axes and responsive real-time control.
Compatibility & Replacements
Up to 4 axis modules like the 1394-AM03 axis module can be installed on an Allen-Bradley Bulletin 1394 system module in a complete 1394 system. The 1394C-AM03 integrates seamlessly with Allen-Bradley 1394 system controllers and third-party drive interfaces supporting standard servo protocols. For legacy systems, verify your control platform compatibility before ordering. This module is discontinued by the manufacturer, making in-stock, tested units the fastest path to system restoration and uptime recovery.
