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Allen Bradley Bulletin 1394 1394AM7S

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1394AM7S

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The 1394AM7S axis module from Allen Bradley's Bulletin 1394 series is designed for high-performance applications. It operates with an input voltage range of 530 to 680 VDC, making it suitable for various industrial settings. This module is capable of delivering continuous power outputs of 17.8 kW at 360 V, and 23.8 kW at 480 V, with peak output current reaching up to 50 A.

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Technical specifications for 1394AM7S

ManufacturerAllen Bradley
Product TypeAxis Module
Product LineBulletin 1394
Part Number1394AM7S
Weight35.00 lbs (15.88 kg)
Input Voltage530 to 680 VDC
Continuous Output Current35 A
Peak Output Current50 A
Continuous Power Output at 360 V17.8 kW
Continuous Power Output at 480 V23.8 kW
Efficiency98%
Static Gain4.9 RMS A/mV
Output Frequency Range0 to 240 Hz
Control TypeDigital motion control with DSP-assisted processing
Inverter TechnologyEfficient IGBTs
Operating Temperature0°C to 50°C

The Allen Bradley 1394AM7S axis module stands out as a robust component within the Bulletin 1394 series. It operates with an input voltage between 530 and 680 VDC, which allows versatility across various industrial applications. The module delivers a continuous output current of 35 A and can achieve a peak output of 50 A, substantially benefiting demanding scenarios.

Regarding power output, this axis module provides consistent performance, achieving 17.8 kW at 360 volts and up to 23.8 kW at 480 volts. Its efficiency, a notable 98%, underscores its capability to minimize energy loss during operation. The output frequency can range from 0 to 240 Hz, accommodating various dynamics in motion control tasks.

Control is executed through a sophisticated digital motion control system, enhanced with DSP-assisted technology for superior processing and accuracy. The module's static gain, quantified as 4.9 RMS A/mV, contributes to its finely tuned response.

Built with efficient IGBT technology, the 1394AM7S axis module not only delivers impressive performance but also withstands operational conditions. It functions optimally within a temperature range of 0°C to 50°C, supporting reliability in numerous production environments. This module is an essential choice for applications requiring precise control and high power output.

Revision Part #Also known as
1394AM7S Ser A1394AM7S/A, Series A, Rev A
1394AM7SX1394AM7S/X, Series X, Rev X
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