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- ABB 3AUA0000080506 ACS580-01-206A-4 110 kW 206 A 400 V R7 Variable Frequency Drive (VFD) ABB 3AUA0000080506 ACS580-01-206A-4 110 kW 206 A 400 V R7 Variable Frequency Drive (VFD)
ABB 3AUA0000080506 ACS580-01-206A-4 110 kW 206 A 400 V R7 Variable Frequency Drive (VFD)
ABB 3AUA0000080506 ACS580-01-206A-4 110 kW 206 A 400 V R7 Variable Frequency Drive (VFD)
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- Description
At 110 kW and 206 A normal-duty output, the ABB 3AUA0000080506 ACS580-01-206A-4 is the higher-current frame R7 member of the ACS580-01 wall-mounted drive range, rated for 380-480 V three-phase supply and IP21 protection. It targets compressors, conveyors and pumps that need more continuous output than the lower-current R7 variant without stepping up a frame.
Technical Specifications
| Order code | 3AUA0000080506 |
| Type code | ACS580-01-206A-4 |
| Brand | ABB |
| Series | ACS580-01 - Wall-mounted drive |
| EAN | 6438177305620 |
| Frame size | R7 |
| Mounting type | Wall-mounted |
| Degree of protection | IP21 (NEMA Type 1) |
| Input voltage (Uin) | 380-480 V |
| Number of phases | 3-phase |
| Frequency range | 47.5-63 Hz |
| Output power, normal use (Pn) | 110 kW |
| Output current, normal use (In) | 206 A |
| Output power, heavy-duty use (PHD) | 90 kW |
| Output current, heavy-duty use (IHD) | 169 A |
| Output power, light-overload use (PLD) | 110 kW |
| Output current, light-overload use (ILD) | 196 A |
| Apparent power output | 143 kV*A |
| Efficiency level | IE2 |
| Analog I/O | 2 AI / 2 AO |
| Digital I/O | 6 DI / 3 DO |
| Communication protocols | CAN, DeviceNet, EtherNet/IP, Modbus, PROFIBUS, PROFINET IO, TCP/IP |
| Sound level | 67 dB(A) |
| Standby loss | 36 W |
| Net weight | 54 kg |
| Dimensions (W x H x D) | 284 x 880 x 370 mm |
Selection Notes
Sharing its R7 frame, weight and dimensions with the lower-current 206 A sibling in this batch, this unit's 206 A normal-duty rating is the deciding factor: pick it over the lower-current R7 option once the motor's full-load current approaches 206 A. The 169 A heavy-duty figure versus 196 A light-overload again shows the roughly 15% spread between continuous constant-torque duty and intermittent peaks. Standby loss of 36 W and a 143 kVA apparent power rating are useful inputs for upstream cooling and supply sizing.