Free Shipping in the U.S only. International buyers please contact for a quote.

ALLEN BRADLEY 1394-AM75 AC SERVO CONTROLLER AXIS MODULE 15 KW
SER.A
DC INPUT
VOLTS.530/680 PH.1 AMPS.37.3

AC OUTPUT
VOLTS.310/390 PH.3 CONT AMPS.35 PEAK AMPS.50 KW.17.8/23.8
HZ.0-240

Speed Regulation: 0 to 0.05% of base speed with 100% torque disturbance
Static Gain (rms A/mV): 22.8
Peak Current Limit Adjust: 143%
Modulation Frequency: 5 kHz ±10%
Drift: 0.03 rpm/degree C
Nominal Input Voltage: 530/680V DC
Continuous Current (rms): 35.0A
Peak Current(rms - 1 second): 50.0A
Continuous Power Out: 360/460V nominal 17.8/23.8 kW
Efficiency: 98%
Weight: 7 kg (15.44 lb)
Capacitance: 660 µF

Power Dissipation:

@ 20% rated power output:   85W
@ 40% rated power output:   145W
@ 60% rated power output:   212W
@ 80% rated power output:   279W
@ 100% rated power output:  346W

The 1394 family provides several distinct configurations, all offering full-featured motion control. Whatever the application there is a 1394 system designed to meet your needs.

The 1394 is part of the drive link of the Kinetix integrated motion solution. It is seamlessly integrated into the ControlLogix platform and communicates to the controller through a SERCOS fiber optic link. As part of the Kinetix Solution, RSLogix 5000 is the only programming tool required for both sequential and motion control. The 1394 supports high resolution feedback encoders for improved system performance and has built-in support for multi-turn absolute encoders to maintain position during power loss.

Significant Benefits of the Integrated Design

The unique integrated design of the Allen-Bradley 1394 platform offers the ideal multi-axis motion solution: a very cost-effective system that is easy to install, integrate and operate. Whether your application calls for the integration with Logix that a SERCOS interface™ motion module provides, the easy-to-use networking that links PLC® and SLC™ platforms to the 1394 motion controller, or a stand-alone 1394 servo drive, there is a 1394 configuration to meet your needs.

All 1394 systems share these significant benefits:

• The 1394 design features a slide-and-lock connection that eliminates up to 100 individual wire terminations between modules.
• Independent selection of the system power supply and axis drive power rating allows a customized fit for the application.
• Upgraded design of the system power supply provides increased reliability with fewer components.
• Flexible module configuration.