How to maintain the generator

First of all, checking the appearance and running state of the generator regularly is the basis of maintenance work. Before and after each use, the operator should carefully check the generator for obvious damage, oil leakage, water leakage or wire aging. At the same time, you should monitor the sound of the generator when it is running. If there is abnormal noise or vibration, you should stop the machine in time to check and troubleshoot.
　　econdly, keeping the generator clean is also an important part of maintenance. The accumulation of dust and dirt will affect the heat dissipation of the generator, which will lead to overheating or even damage. It is recommended to use compressed air or soft brush regularly to clean the dust inside the generator, especially the radiator and fan.
　　hird, the maintenance of the lubrication system is equally critical. Engine oil plays the role of lubrication, cooling and cleaning in generator operation, so it is necessary to replace the engine oil and engine oil filter regularly. According to the frequency of use and the manufacturer's suggestion, the oil should be changed every 100 to 200 hours. In addition, it is necessary to check whether the lubrication points are well lubricated to avoid parts wear caused by dry friction.

Fourth, the inspection of the fuel system can not be ignored. Make sure the fuel is clean and free of impurities, and clean the fuel filter regularly. For generators that have not been used for a long time, the fuel tank should be emptied or stabilizers should be added to prevent the fuel from deteriorating and blocking the oil circuit.

Fifth, battery maintenance is very important for starting the system. The battery should be kept charged, the voltage and electrolyte level should be checked regularly, and distilled water should be added if necessary. If the battery is found to be aging or unable to start normally, it should be replaced with a new battery in time to ensure reliable start in case of emergency.
　　Finally, periodic load test is an effective method to verify the generator performance. By simulating the actual load, the running condition of the generator under full load is checked to ensure that it can supply power stably at the critical moment.

In a word, good maintenance of the generator can not only prolong its service life, but also effectively prevent sudden failures. Therefore, making a scientific maintenance plan and implementing daily inspection and maintenance measures are the key to ensure the long-term stable operation of generators.