A detailed explanation of the debugging method of the propeller of the charcoal maker machine
Jul 11, 2023
A detailed explanation of the debugging method of the propeller of the charcoal maker machine
1. Thruster valve debugging
1. Turn on the power of the thruster control cabinet and connect the valve control circuit correctly.
2. Turn the manual valve adjustment dial clockwise to the minimum position, so that the propeller is in the closed state.
3. Gradually increase the opening of the valve, observe the running state of the thruster, and pay attention to whether the output torque, speed, and current of the thruster are normal.
4. If the output is found to be abnormal, you need to adjust the valve opening until the propeller output is normal.
5. After commissioning, turn the turntable to the minimum position and turn off the propeller.
2. Thruster motor debugging
1. Connect the thruster motor to the control circuit, and turn on the power after confirming that the wiring is correct.
2. Start the thruster motor, and gradually increase the speed of the motor, pay attention to observe whether the output torque, speed, and current are normal.
3. If the output is found to be abnormal, it is necessary to adjust the motor control parameters until the output is normal.
4. If the motor cannot be started or the output is abnormal, it is necessary to check whether the power supply is normal and whether the motor is damaged, and then debug after troubleshooting.
5. After the motor debugging is completed, stop the motor and turn off the power.
Through the debugging of the above two parts, the performance of the propeller of the briquette maker machine should be fully exerted. It should be noted that in order to ensure smooth and safe commissioning, it is necessary to follow the operating instructions step by step and ensure that the relevant equipment is in a normal state. At the same time, during the debugging process, it is also necessary to accurately record the parameters and performance data for subsequent analysis and optimization.
