ABB ACS880 Drive Programming

ABB ACS880 Drive Programming – all parameter, control wiring, input & output power wiring and programming video of all applications.

ABB Standard2-Wire3-Wire
AlternateMotor Data & ID RunFactory Reset
Torque ControlLocal Start/StopModbus Comm
Parameter CopyPC CommRepairing & Testing

Programming the ABB ACS880 variable frequency drive (VFD) involves configuring various parameters and settings to control the motor and meet specific application requirements. Here are the general steps for programming the ACS880:

  1. Power up and initialization: Ensure that the drive is properly powered up and connected to the motor. The initial setup typically involves configuring basic parameters such as motor data, voltage, and frequency ratings. Follow the manufacturer’s instructions for connecting and initializing the drive.
  2. Parameter settings: The ACS880 offers a wide range of parameters that can be adjusted to customize the drive’s behavior. These parameters control aspects such as motor control mode, speed reference, acceleration/deceleration rates, and protection settings. Consult the ACS880 programming manual for a complete list of available parameters and their descriptions.
  3. Control mode selection: Determine the appropriate control mode for your application. The ACS880 supports several control modes, including scalar (V/f), vector control, and various combinations of these modes. Select the appropriate control mode based on the motor type and the desired performance characteristics.
  4. Speed reference configuration: Configure the speed reference source for the drive. This can be an analog signal from a potentiometer or a 4-20mA/0-10V signal from a process controller. Alternatively, the drive can use internal references such as a built-in keypad or serial communication.
  5. Start/stop control: Define the start and stop control methods for the drive. This can be achieved through digital inputs, analog signals, or serial communication. Specify the behavior of the drive when it receives a start or stop command.
  6. Motor protection settings: Configure the motor protection features of the ACS880 to prevent damage and ensure safe operation. Set parameters for overcurrent protection, overvoltage protection, thermal protection, and other relevant protection functions based on the motor’s specifications and the application requirements.
  7. External control and communication: If required, set up the ACS880 for external control and communication. This can involve configuring digital inputs/outputs, serial communication protocols (such as Modbus or Profibus), or fieldbus interfaces for integration with other control systems.
  8. Testing and fine-tuning: Once the initial programming is complete, test the drive’s operation and verify that it behaves as expected. Monitor motor performance, speed control, and any other relevant parameters. Fine-tune the parameters as necessary to achieve the desired performance.