ABB ACS880-01-032A-3 ACS880-01 15 kW Frame R3 AC Drive

ABB ACS880-01-032A-3 frame R3 drive at 380 to 415 V

Within the ACS880-01 series, ABB ACS880-01-032A-3 covers the 32 A step. It is packaged in frame R3, intended for wall mounting, and designed for 380 to 415 V three-phase networks.

The family is aimed at demanding applications, with the same control program and options across frames R1 to R9e, which keeps spare-part planning and commissioning habits consistent.

Technical specifications

Choosing the duty rating for the 032A size

ABB’s cooling data for this type read 134 m3/h, 400 W and 60 dB(A). The wall-mounted frame R3 body is 10.8 kg and 173 x 475 x 261 mm in the standard enclosure.

ABB’s tables give 3×10 mm2 copper cabling with 40 A OFAF000H40 gG protection, while aR users select 170M1565. UL installations rely on Bussmann JJS-40. The built-in brake chopper allows a resistor to be added without a separate chopper unit.

Keep the motor cable within 150 m (frame R3). The drive works on TN and IT networks, with a 65 kA short-circuit rating when protected by the listed fuses.

Three current figures matter: 32 A for nominal use, 30 A for light duty and 25 A for heavy duty. They correspond to 15, 15 and 11 kW at 400 V, and the input current at that voltage is 32 A.

Because the code ends in -3, ratings are given for a 400 V supply alone; a higher-voltage network needs a -5 drive.

Reading the ACS880-01-032A-3 order code

The base type ACS880-01-032A-3 includes the DC choke and Safe torque off. Variants such as +E202 (C2 filter), +B056 (IP55) and +P940 are separate plus codes, and the hardware manual notes that not all selections are available for all types or regions.

For a project with several ACS880-01 sizes, list each drive code with its frame, motor power and cabling next to the others in one schedule. That makes it easier to check cabinet space, cooling air and fuse selection together, and to see whether the ACS880-01-032A-3 can share accessories with neighbouring ratings.

Selection checks for the 032A drive

Start with the motor nameplate rather than the kilowatt figure. The drive current must cover the motor full-load current for the chosen duty, and the load profile decides whether the nominal, light-duty or heavy-duty figure applies: a centrifugal pump or fan usually behaves very differently from a conveyor, mixer or crusher that needs high starting torque. Check the network type and voltage at the installation point, the required enclosure protection for the location, and whether the application needs braking, EMC filtering or other options, then express those needs as plus codes in the order. If the drive replaces an existing unit, compare the parameter set and control wiring of the old drive so that start, stop, speed reference and fault signals can be reconnected without surprises.

Installation and commissioning

Mount the drive on a solid, non-combustible wall or panel surface with the free space above and below that the hardware manual requires, so cooling air can pass through the frame without recirculating. Use the cable sizes and fuse types from the ABB tables, keep motor cables separate from control and signal cabling, and follow the manual’s earthing and cable-screen termination instructions closely, since these influence both EMC behaviour and bearing currents in the motor. Before the first start, check insulation of the motor and cable as the manual describes, with the drive disconnected.

During commissioning, enter the motor nameplate data through the ACS-AP-W panel, run the identification routine appropriate to the load, and set ramps, limits and protections to suit the driven equipment. Test the Safe torque off circuit as part of the machine safety validation, not only as a drive function. Save the final parameter set and keep a copy with the commissioning record.

Maintenance

Drives rarely fail without warning when they are kept clean and cool. Include the ACS880-01 in the preventive maintenance plan: check cooling air paths, tighten power terminals at the intervals the manual recommends, review the fault and event logs, and follow ABB’s guidance on the periodic replacement of wear components. Keep a current parameter backup so a replacement drive can be configured quickly.

Heat and dust in Oman and the GCC

Electrical rooms and motor control centres in the Gulf can run hot, and in summer the cooling of a room is often the limiting factor rather than the drive itself. Compare the expected room temperature with the operating range and derating rules in the hardware manual, and allow for the heat the drive releases into the room or panel. Dust in the cooling air builds up on heat sinks and reduces their effectiveness, so plan filtered ventilation or a suitable enclosure, and set cleaning intervals that reflect real site conditions. For outdoor or semi-exposed locations, shading and a higher enclosure protection class deserve early discussion with the project engineer.

Documents and quotation

The attached ABB catalogue and the ACS880-01 hardware manual are the sources for these values. Our ACS880-01 overview and the AC Drives section list related sizes.

Before ordering, confirm the network voltage, motor nameplate current, overload duty, IP rating and options. Seven Star LLC is an independent supplier in Muscat and confirms stock and delivery time when it quotes.