ABB ACS880 series AC Inverter for 3kW (4HP) 400V 3 Ph motor to 8A at high overload or 4kW (5HP) to 9.5A when Fan/Pump rated. Operates in VxF or Sensorless Vector as standard and full Closed-loop Flux Vector or Direct Torque Control (DTC) when an optional Encoder Feedback card is fitted. Converts fixed frequency Three Phase 400V input to variable frequency 400V to control the speed of a standard AC induction motor, permanent magnet synchronous motor, servo motor or synchronous reluctance motor.
Size R1: 155mm Wide x 226mm Deep x 409mm High (glandbox is integrated). IP21.
Weight: 6kg.
Overload: 150% x 60 seconds every 5 minutes (High Overload)
Overload: 110% x 60 seconds every 5 minutes (Fan/Pump rated)
Speed Control Range: 0-500Hz.
Braking: To 78 Ohm minimum external resistor (not supplied) - See the Resistor options linked below or use the 'Which Resistor' button on this page.
Operator Keypad (Assistant Control Panel) with USB included as standard.
2 Analogue Inputs, 6 Digital Inputs, 2 Analogue Outputs, 2 Digital Inputs/Outputs, 1 Digital Input Interlock (DIIL), 3 Relay Contact Sets, terminals for RS-485/Modbus RTU communications or ABB Drive-to-drive (XD2D) link, terminals for dual channel SIL3 safe torque off (STO), 24V AC/DC input to power the control unit when the main supply is disconnected.
Three option slots for communications, I/O, encoder feedback, or safety modules.
Input Current: [as output current]
Input Voltage: 380-415V Three Phase +10% -15% at 50-60Hz ±5%
EMC Compliance: IEC EN61800-3:2004 Category C3 (Industrial)
Cubicle mount.
Rated 40°C Ambient.
Ventilation space above: 200mm, below: 300mm (incl. glandbox), at sides: [not specified], in front: [Not Specified]
Heat Loss at max output: 122W
Mounting via 4 x 6mm diameter slotted holes at rear on 98mm x 385mm centres.
Manufacturer Part Number is ACS880-01-09A4-3+E200
Part number suffix +E200 denotes an internal factory fitted C3 EMC Filter is included.
Replaces ASC800-01 series
Download the ABB ACS880-01 Manual and Quick Start Guide from the links below:-