1394-AM07-B

The Allen Bradley 1394-AM07-B model is a highly specialized servo axis amplifier from the Bulletin 1394 series, designed for efficient control in various applications. This device features a nominal power output of 5 kilowatts, with a sustained output power of 4 kW at 360 volts and 5 kW at 460 volts. It operates with an input voltage between 530 and 680 VDC, offering flexibility for different system configurations.

This amplifier's AC output capability spans a voltage range of 0-310/680 VAC, allowing for varied performance in multiple scenarios. In terms of output frequency, it can operate within a range of 0 to 240 Hz, thus providing adaptability based on application demands. The continuous current throughput reaches up to 7.5 Amps RMS, and it possesses the capacity to handle peaks of 15 Amps RMS for one second, enabling it to manage transient loads effectively. Users can set a peak current limit at 200%, providing additional safety and operational flexibility.

The device's modulation frequency stands at 5 kHz, with a tolerance of ±10%, ensuring precise control during operation. Achieving an impressive efficiency rating of 98%, the 1394-AM07-B emphasizes energy savings and optimal performance. Its static gain is specified at 4.9 Amps RMS per millivolt, which assists in maintaining accurate output based on input signals.

In operational stability, speed regulation is noted as maintaining a very low range of 0-0.05% during full torque disturbances, indicating its high reliability under varied load conditions. Internally, it incorporates 220 microfarads of capacitance for enhanced signal stability and response. Additionally, the drift is maintained at 0.03 revolutions per minute per degree Celsius, representing minimal deviation, which is particularly advantageous for precision applications.