1394-AM07

The Allen Bradley 1394-AM07 is a servo axis module engineered for applications requiring precise control and high output. This component can sustain a continuous output current of 7.5 A rms and momentarily handle a peak output current of 15.0 A rms, ensuring reliable performance in demanding environments. The continuously available power output reaches 5 kW, meeting the needs for rigorous tasks in automated systems.

In terms of performance characteristics, this module boasts a static gain of 4.9 rms A/mV and is equipped with a capacitance of 220 µF, enhancing its operational stability. The pulse width modulation (PWM) frequency is set at 5 kHz ± 10%, supporting efficient motor control. Additionally, the device operates with remarkable efficiency at 98%, translating to energy savings during use.

Users can adjust the peak current limit to 200%, providing flexibility for dynamic load conditions. The drift ratings are minimal, recorded at just 0.03 rpm/°C, ensuring precision in speed regulation that remains within 0 to 0.05% of the base speed, even under full torque disturbances. The 1394-AM07 module is rated for operation at ambient temperatures between 0° C and 50° C, and it remains fully functional up to an altitude of 1000 meters. Additionally, it can tolerate vibrations up to 1g while operating and 2.5g when in a non-operating state, ensuring robust performance across various applications.