ABB ACS880-04-585A-3+0B051+H356+0H371+0J400+P922 Industrial Drive Module for 400 V Motor Control
ABB ACS880-04-585A-3+0B051+H356+0H371+0J400+P922: Configuration and Cabinet Integration Review
The ABB ACS880-04-585A-3+0B051+H356+0H371+0J400+P922 is a configured ABB ACS880-04 industrial single drive module for high-power cabinet installations. ABB identifies the base ACS880-04-585A-3 as a 400 V class, 585 A drive module with a nominal IEC motor power rating of 315 kW. The complete suffix is essential because it changes the mechanical delivery and included options.
ACS880-04 modules are intended for machine builders, system integrators and panel manufacturers that need flexibility in cabinet design. The platform uses ABB's all-compatible drive architecture and Direct Torque Control, while the final cabinet must provide the correct protection, cooling, power connections, control interfaces and safe access for maintenance.
Product photograph supplied for ABB ACS880-04-585A-3+0B051+H356+0H371+0J400+P922. The source image already contains a visible watermark, so no additional watermark has been placed over it. Buyers should still compare the physical product, type label and option label with the requested configured code.
Base drive ratings and product identity
| Manufacturer | ABB |
|---|---|
| Base drive type | ACS880-04-585A-3 |
| Complete configured code | ACS880-04-585A-3+0B051+H356+0H371+0J400+P922 |
| Product family | ACS880-04 industrial single drive module |
| Nominal current | 585 A |
| Nominal motor power | 315 kW under the IEC 400 V nominal-use rating |
| Voltage class | 400 V class |
| Frame size | R10 |
| ABB base product ID | 3AUA0000139073 |
| Control platform | ABB ACS880 all-compatible drive architecture with DTC |
The table separates confirmed base-model data from the long option string. Nominal ratings are not the same as a complete application selection. Heavy-duty current, overload cycle, switching frequency, ambient temperature, altitude and special motor settings can reduce the usable output and must be checked during engineering.
Why the complete option code must remain intact
The order code includes +0B051, +H356, +0H371, +0J400 and +P922. ABB documentation shows that combinations such as +0B051, +H356 and +0H371 change the delivered mechanical and cabling arrangement of R10 and R11 modules. Prefixes beginning with zero often indicate omission or a non-standard delivery choice, so the zero must never be removed when copying the model.
Not every option meaning should be inferred from a partial online listing. For a purchase order, confirm each suffix against the current ABB ordering data or the original project bill of materials. A quotation for the base ACS880-04-585A-3 alone may include different shrouds, cable terminals, control-panel delivery or documentation than this configured unit.
Cabinet integration priorities
A drive module is not a complete enclosed drive. The cabinet designer must coordinate incoming and motor cables, semiconductor fuses, disconnecting means, busbars, control wiring, protective earthing and touch protection. The selected optional mechanical configuration determines which standard assembly drawings and terminal locations apply.
Cooling is equally important at this power level. Verify the required airflow, heat losses, air inlet and outlet paths, cabinet filter strategy and free space around the module. Prevent hot exhaust air from recirculating to the inlet. Check ambient-temperature and altitude derating before assigning motor power, especially in compact electrical rooms or dusty process areas.
Motor-control applications
- Pumps and fans requiring variable-speed energy and process control
- Compressors, conveyors, mixers and extruders with demanding torque requirements
- Machine-builder cabinets that need a high-power modular drive architecture
- Process-industry installations using ABB Direct Torque Control for dynamic motor operation
- Replacement projects where the full option string and cabinet interface must be retained
Application requirements determine more than the kW value. A pump may prioritize flow control and energy optimization, while a conveyor or mixer may need high starting torque, speed feedback or controlled braking. Supply harmonics, motor-cable length, bearing-current risk and motor insulation should also be reviewed before selecting filters, reactors or output accessories.
Control, feedback and safety review
ACS880 modules provide flexible control and communication possibilities, but the actual interfaces depend on the ordered hardware. Record the existing fieldbus adapter, encoder interface, I/O extensions, safety modules and control program before replacing a unit. Back up parameters and application settings whenever the installed drive remains accessible.
Safe Torque Off is part of the ACS880 architecture, yet the complete machine safety function still requires a validated circuit, correct wiring and a documented risk assessment. Never assume that matching the drive current rating automatically reproduces the original safety integrity or fieldbus behavior.
Replacement and commissioning checks
When replacing ABB ACS880-04-585A-3+0B051+H356+0H371+0J400+P922, compare the frame, option labels, power-terminal arrangement, control unit, firmware and application program. Confirm that the cabinet's existing cable lengths and mounting points match the offered mechanical delivery. Photograph every connector before removal and keep the original parameter backup with the machine documentation.
Commissioning should include motor identification data, direction checks, current and speed limits, ramp settings, protection limits, fieldbus status and emergency-stop validation. Run the machine first under controlled conditions and monitor current, DC-link behavior, cooling and motor response before returning the process to full production.
RFQ checklist for the configured module
- Keep the entire option string, including every plus sign and every leading zero, in the RFQ.
- Provide photos of the drive type label, option label, control unit and power terminals.
- State motor voltage, current, power, speed, insulation and encoder requirements.
- Confirm supply voltage, earthing system, prospective short-circuit current and fuse arrangement.
- Record cabinet dimensions, cooling airflow, ambient temperature and altitude.
- List the control panel, fieldbus, safety, feedback and I/O functions required by the application.
- Clarify whether the request is an exact spare, a repaired unit or a redesigned cabinet project.
Request an exact configuration review
Send HKXYTECH the complete keyword ABB ACS880-04-585A-3+0B051+H356+0H371+0J400+P922, quantity, destination and required delivery date. Include the type-label photographs and cabinet details so the quotation can be checked against the full configured module rather than a generic ACS880-04-585A-3 base unit.
