DBY250 - 8 - 1 After the hard tooth surface reducer chassis is replaced, you can debug it according to the following steps:
1. Preliminary inspection : Confirm whether the reducer is installed firmly and whether each component is tightened in place. Check whether all electrical wiring meets the requirements and whether the motor voltage, current and other parameters are normal to ensure that the electrical system is safe and reliable.
2. Manual idle test : When there is no load, manually rotate the input shaft of the reducer to check whether it is flexible and whether there is any jam. If the rotation is smooth, the reducer can be turned on for no-load operation, and the time must not be less than 2 hours. During operation, observe whether there are any problems such as abnormal noise, vibration or excessive temperature. If an exception occurs, shut down immediately to check and troubleshoot.
3. Lubrication system inspection : Check whether the lubrication system of the reducer is working normally, ensure that the lubricating oil has been injected to the specified amount, and the oil level should be between the upper and lower limit lines of the dipstick. At the same time, check whether the model and brand of lubricant meet the equipment requirements.
4. Load test : After the no-load operation is normal, gradually increase the load and observe the working condition of the reducer. Ensure that the equipment can operate smoothly without overloading or overheating. During the load test, pay close attention to the operating parameters of the reducer, such as speed, torque, current, temperature, etc., to ensure that these parameters meet the design requirements.
5. Operating status monitoring : During the debugging process, pay close attention to the operating status of the reducer, including noise, vibration, temperature, oil leakage, etc. If there is any abnormality, shut down and check and troubleshoot the fault in time.
6. Data record : Record the operating data of the reducer, including parameters such as speed, torque, current, and temperature during no-load and load, as well as problems and solutions that arise during debugging. This data will facilitate future maintenance and troubleshooting.
