ABB ACS880 Drive
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Jun 22, 2024 11:54 am
Optimize your ABB ACS880 drive performance by configuring parameters like motor data, control mode, ramp times, and more. This guide provides a comprehensive overview for efficient setup.
Here is step by step programming of ABB ACS880 drive:
Step 1 – control wiring
Connect all control wiring for start/stop and speed reference. Below image show control wiring of ACS880 drive.
Step 2 – Power wiring
Connect input power wiring and motor wiring to the drive. Below image show power wiring of ACS880 drive.
Step 3 – Parameters
Below list show all parameter used in ACS880 drive programming.
| ABB Standard | |||
| Factory Reset | 96.06 | 62 | Clear all |
| 96.04 | 1 | ABB Standard(Macro) | |
| Motor Data | |||
| 99.06 | ……A | Motor Current | |
| 99.07 | ……V | Motor voltage | |
| 99.08 | ……Hz | Motor Freq | |
| 99.09 | ……rpm | Motor rpm | |
| 99.1 | ……KW | Motor Power | |
| Control Mode | 99.04 | 0 | DTC |
| 1 | Scaler | ||
| ID Run Request | 99.13 | 0 | No request |
| 1 | Normal | ||
| 2 | Reduced | ||
| 3 | Standstill | ||
| 4 | Autophasing | ||
| 5 | Current measurement calibration | ||
| 6 | Advance | ||
| Acceleration & Deceleration Time |
For DTC Control | ||
| 23.12 | ….s | Acceleration Time 1 | |
| 23.13 | ….s | Deceleration time 1 | |
| 23.14 | ….s | Acceleration time 2 | |
| 23.15 | ….s | Deceleration time 2 | |
| Acceleration & Deceleration Time |
For Scaler Control | ||
| 28.72 | ….s | Acceleration time 1 | |
| 28.73 | ….s | Deceleration time 1 | |
| 28.74 | ….s | Acceleration time 2 | |
| 28.75 | ….s | Deceleration time 2 | |
| Limit | |||
| Min speed | 30.11 | ….rpm | |
| Max speed | 30.12 | ….rpm | |
| Min Freq | 30.14 | ….Hz | |
| Max freq | 30.15 | ….Hz | |
| Max output current | 30.17 | ….A | |
| 30.19 | ….% | Min torque | |
| 30.2 | ….% | Max torque |
Step 4 – Testing and Verification
- Start the Motor: Once programming is complete, you can initiate motor operation using the start/stop buttons on the control panel or through external control signals if configured.
- Monitor Performance: Observe the motor's operation and verify it functions as intended. If adjustments are needed, return to parameter setting mode and fine-tune the settings
