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1394C-AM04

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Allen-Bradley 1394C-AM04 is a 3 kW Series C axis module rated 4.5 A continuous and 9.0 A peak for compatible Bulletin 1394 SERCOS multi-axis drive systems.
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Technical specifications for 1394C-AM04

  • Manufacturer:
    Allen-Bradley
  • Part Number:
    1394C-AM04
  • Product Family:
    1394 Drives
  • Product Type:
    1394 Series C Axis Module
  • Stock:
    1
  • Series:
    1394 Series C
  • Module Role:
    Axis module
  • Power Rating:
    3 kW
  • Continuous Output Current:
    4.5 A
  • Peak Output Current:
    9.0 A
  • Configuration Platform:
    RSLogix 5000 version 11 or later for the documented conversion architecture
  • Dimensions:
    5.00 × 40.00 × 28.00 cm
  • Nominal DC Input Voltage:
    530/680 V DC
  • Continuous Output Power:
    2.4 kW at 360 V nominal; 3.0 kW at 460 V nominal
  • Continuous Output Current:
    4.5 A RMS
  • Peak Output Current:
    9.0 A RMS for 1 second
  • Modulation Frequency:
    5 kHz ±10%
  • Efficiency:
    98%
  • Capacitance:
    110 µF
  • Operating Temperature:
    0–50 °C
  • Relative Humidity:
    5–95%, non-condensing
  • Operating Altitude:
    Up to 1,000 m without derating
  • Operating Shock:
    15 g maximum
  • Operating Vibration:
    1 g maximum
  • Weight:
    5 kg
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Axis Rating Motor Pairing System Integration Application
  • Use the 3 kW rating and 4.5 A continuous current when calculating sustained axis loading
  • Confirm that the 9.0 A peak capability covers the required acceleration profile
  • Select the motor only from a Rockwell-documented 1394C-AM04 performance combination

1394C-AM04 is the 3 kW Series C axis module in the Allen-Bradley Bulletin 1394 SERCOS multi-axis drive system.

Its official output rating is 4.5 A continuous and 9.0 A peak. The module supplies one controlled motor axis and must operate with a compatible system module, motor, feedback and cable set.

Selection and replacement require the exact motor table, firmware, feedback configuration, controller project, regenerative loading and SERCOS ring assignment to match the original axis.

Availability, condition, price, and shipping time for 1394C-AM04 are confirmed during quotation.

Allen-Bradley 1394C-AM04 Series C Axis Module Manuals, Datasheets, Links

Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

  • Rated output power: 3 kW
  • Continuous output current: 4.5 A
  • Peak output current: 9.0 A
  • Use only motor combinations assigned to 1394C-AM04 in the Rockwell performance tables
  • Verify the required system firmware before applying an MPL-series conversion combination
  • Match feedback and motor-power cable catalog numbers to the selected motor
  • Include 1394C-AM04 in the total continuous and peak loading of the selected system module
  • Check regenerative energy and shunt capacity for the complete multi-axis deceleration cycle
  • Preserve grounding, shield termination, SERCOS ring order and axis addressing during replacement
  • Lower-current servo axes in Bulletin 1394 SERCOS multi-axis systems
  • Positioning axes using an officially validated 1394C-AM04 motor combination
  • 1394-to-MPL conversion projects assigned to the 3 kW axis-module class
Description
1394C-AM04 is an Allen-Bradley Bulletin 1394 Series C axis module rated 3 kW, with 4.5 A continuous and 9.0 A peak output current.

It supplies one controlled motor axis within a compatible 1394 SERCOS multi-axis system; it is not a standalone drive and must be paired with the correct system module, motor, feedback and cables.

When replacing 1394C-AM04, verify the exact axis-module rating, the Rockwell-documented motor combination, system firmware, controller project, regenerative loading and SERCOS ring configuration.
Revisions

Revision Part #

Also known as

1394C-AM04 Ser C
1394C-AM04/C, Series C, Rev C
Alternative Names
1394C-AM04 1394C AM04 1394CAM04 AB 1394C-AM04 Allen-Bradley 1394C-AM04 Rockwell Automation 1394C-AM04
Technical notes
1394C-AM04 must remain paired with a compatible Bulletin 1394 SERCOS system module and an officially documented 3 kW motor combination. Confirm motor power and feedback cables, firmware, axis parameters, grounding and regenerative loading before commissioning.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
What should be compared before ordering 1394C-AM04 as a replacement?
Compare the complete axis-module catalog number, 1394 system module, input voltage, motor, feedback, cabling, firmware, and the saved motion project.
Can 1394C-AM04 replace a visually similar 1394 axis module?
Not on appearance alone. Confirm electrical rating, Series C compatibility, motor combination, connector assignment, and software support before approving the substitution.
What project data should be backed up before removing 1394C-AM04?
Archive the controller and motion project, axis tuning, scaling, limits, homing, fault actions, motor data, and the existing module identification.
What causes an overvoltage fault after installing 1394C-AM04?
Review mains level, bus regulation, regenerative energy, deceleration time, shunt or regenerative hardware, motor wiring, and whether the selected axis rating matches the load.
Why might the motor remain disabled after 1394C-AM04 powers up?
Check the SERCOS ring, enable chain, system-module status, axis ownership, safety or interlock conditions, motor feedback, project mapping, and active faults.
What should be inspected before reusing the existing cables with 1394C-AM04?
Verify every cable catalog number, connector condition, shield termination, bend damage, contamination, feedback type, and compatibility with the documented motor combination.
What commissioning tests are appropriate after replacing 1394C-AM04?
With the machine secured, verify phasing, feedback direction, enable and stop functions, homing, travel limits, tuning, fault response, and the complete operating cycle.