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ACS355-03E-23A1-4

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The 11 kW ABB ACS355-03E-23A1-4 supplies 23.1 A from frame R3, combining a 301 W thermal load with sensorless vector and braking capability.
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Technical specifications for ACS355-03E-23A1-4

  • Manufacturer:
    ABB
  • Part Number:
    ACS355-03E-23A1-4
  • Product Family:
    ABB Drives
  • Product Type:
    ACS355 Machinery Drive
  • Stock:
    1
  • ABB Product ID:
    3AUA0000058192
  • Input Voltage:
    3-phase 380 ... 480 V AC +/-10%
  • Input Frequency:
    48 ... 63 Hz
  • Rated Output Current:
    23.1 A
  • Typical Motor Power:
    11 kW
  • Frame Size:
    R3
  • Degree of Protection:
    IP20
  • Output Frequency:
    0 ... 599 Hz
  • Overload Capacity:
    150% for 1 minute every 10 minutes
  • Switching Frequency:
    4 ... 16 kHz selectable
  • Brake Chopper:
    Built-in as standard
  • Safe Torque Off:
    Standard
  • Heat Dissipation:
    301 W
  • Cooling Air Flow:
    71 m3/h
  • IEC Fuse Basis:
    50 A gG
  • UL Fuse Basis:
    50 A Class T
  • Weight:
    2.5 kg
  • Estimated shipping dimensions:
    16.9 x 16.9 x 16.9 cm
  • Tariff Code:
    Please confirm the destination before shipping
  • Country of origin:
    Sweden
  • 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 Specifications High-Torque Braking Review Network Setup

Features:

  • 11 kW machinery-drive rating with 23.1 A output
  • Upper R3 duty with 301 W heat dissipation
  • 71 cubic metres per hour airflow and 50 A fuse basis
ACS355-03E-23A1-4 brings 23.1 A machinery control to the top of ABB's R3 ratings in this selection.

This rating suits loads where torque, sequence, stopping, and safety must be engineered together, while the panel must continuously remove a 301 W thermal contribution.

Design approval should unite the load study, feeder and conductors, cooling, motor and cable system, controls, fieldbus response, STO proof tests, braking calculations, and loaded acceptance data.

Availability is subject to Apter Power's current inventory and sourcing confirmation.
ABB ACS355-03E-23A1-4 ACS355 Machinery Drive Manuals, Datasheets, Link 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.
ABB ACS355-03E-23A1-4 ACS355 Machinery Drive Specs

General

  • ManufacturerABB
  • ModelACS355-03E-23A1-4
  • ConditionNew Original ready stock
  • Product FamilyABB ACS355 Machinery Drives
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.

Demanding-load assessment

  • Breakaway torque: Measure or calculate the torque needed before motion begins.
  • Overload cycle: Compare repeating peaks with ABB current and time limits.
  • Speed range: Check continuous torque and motor cooling at reduced speed.
  • Mechanical limits: Coordinate ramps and torque limits with the driven equipment.

Regenerative-duty preparation

  • Energy: Calculate load energy at the maximum operating speed.
  • Repetition: Include cycle time and consecutive stops in resistor sizing.
  • Protection: Provide the required thermal and overcurrent protection.
  • Validation: Record machine and DC-bus response during controlled loaded stops.

Communication and recovery design

  • Adapter: Use the supported interface specified by the control architecture.
  • Commands: Freeze control word, reference, status, and fault ownership.
  • Timeout: Define the safe process response when communication is interrupted.
  • Restart: Test controller recovery and local takeover under controlled conditions.
Description
Rated at 11 kW and 23.1 A, ACS355-03E-23A1-4 is the highest current point in ABB frame R3 for this batch. The IP20 E construction is intended for three-phase 380-480 V machinery panels and arrives with its EMC filter connected.

ACS355-03E-23A1-4 can manage conveyors, winders, mixers, and other engineered motion duties through sensorless vector control, programmable machine I/O, application macros, Safe Torque Off, and the built-in brake chopper. The selected control and stopping methods must still match the actual torque and cycle.

At this rating, ACS355-03E-23A1-4 dissipates 301 W and requires 71 cubic metres per hour airflow, making enclosure heat removal a primary design input. Feeder protection, R3 cable access, load peaks, braking, motor insulation, EMC earthing, safety circuits, and acceptance tests should be documented together.
Alternative Names
ACS355 03E 23A1 4 ACS35503E23A14 3AUA0000058192 ABB ACS355-03E-23A1-4 ABB 3AUA0000058192 ACS355 23.1 A 11 kW drive ABB ACS355 R3 machinery drive
Technical notes
ACS355-03E-23A1-4 is the upper R3 rating in this group and dissipates 301 W, so verify the 71 cubic metres per hour airflow before approving the cabinet. Coordinate its 23.1 A duty and 50 A fuse basis with motor torque, conductor access, EMC earthing, STO validation, network recovery, and repeated braking energy.
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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.
Can ACS355-03E-23A1-4 handle a high-breakaway-torque conveyor?
Compare motor current, breakaway and running torque, inertia, acceleration, overload repetition, speed range, mechanical brake sequence, stopping energy, ambient conditions, and cable design with ABB limits.
What cabinet cooling is required around ACS355-03E-23A1-4?
Plan for 301 W heat dissipation and 71 cubic metres per hour airflow, then include enclosure rating, ambient, filters, recirculation, altitude, adjacent heat sources, contamination, and maintenance access.
Why might ACS355-03E-23A1-4 trip when a loaded machine starts?
Inspect mechanical binding, material load, motor data, brake release, ramp time, current and torque limits, supply voltage, cable and motor condition, and whether the process applies torque too early.
How should repeated braking be validated for ACS355-03E-23A1-4?
Calculate energy per stop and repetition, select resistor resistance and thermal capacity within chopper limits, coordinate protection and wiring, then measure loaded deceleration and component temperature during acceptance.
What response should be defined if ACS355-03E-23A1-4 loses fieldbus communication?
Specify timeout detection, speed and run response, alarm, local takeover, interlocks, restart permission, and controller recovery. Test the approved behavior safely before production release.
Which engineering records distinguish ACS355-03E-23A1-4 during procurement?
Provide the exact model and Product ID, 23.1 A load study, R3 cabinet and cooling plan, feeder, motor and cable data, safety, braking, communications, quantity, destination, and inspection criteria.