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The torque setting of the inverter is usually used to adjust the output torque of the motor to meet the load requirements. The specific setting steps may vary depending on the brand and model of the inverter, but the general process is as follows:

1. Enter the inverter parameter setting interface

Usually, the inverter has a display screen and a key operation panel, and you can enter the parameter setting menu through the operation panel. In general, you need to enter a password (if any) to modify the settings.

2. Find parameters related to torque

In the parameter setting menu of the inverter, find parameters related to "torque", "current" or "load". Torque control is usually closely related to current control, speed control, etc.

Common parameter names include:

Maximum output current: Set the maximum current that the motor can withstand, thereby controlling the upper limit of the torque.

Torque compensation: Adjust the torque response of the motor when the load changes to maintain stability.

Acceleration and deceleration time: It can affect the torque change during the start and stop of the motor.

3. Set the torque control mode

Some inverters support different torque control modes. You can choose the mode that suits your application needs:

Constant torque control: Applicable to occasions where the load requirements are relatively constant.

Variable torque control: Applicable to occasions where the load changes more dynamically. The inverter will adjust the output torque according to the load conditions.

4. Adjust specific torque parameters

According to your needs, you can adjust the following parameters:

Overload capacity: Set the overload capacity that the motor can withstand in a short period of time, usually to cope with the instantaneous impact during startup or load changes.

Torque limit: Set the maximum allowable output torque to prevent the motor from being damaged by overload.

Power and current limits: Sometimes you can set limits based on the rated power and current of the motor to ensure that it does not exceed the working range of the motor.

5. Save and test

After adjusting the torque-related parameters, save the settings and test. Ensure that the torque of the motor can respond reasonably when the load changes, and the motor will not fail due to problems such as overload.

Note:

When adjusting the torque, be sure to consider the rated parameters of the motor and the load characteristics to avoid setting too high parameters and causing damage to the motor.

The interface and parameter names of inverters of different brands may be different. For specific operations, please refer to the user manual of the inverter.