Rexroth servo drive jump F8070 fault repair summary.
1. Fault description.
During the operation of Rexroth servo drive, sometimes there is a phenomenon of skipping F8070 failure. What does this fault code mean?And how do you repair it?This article will provide you with a summary of Rexroth servo drive hop F8070 fault repair to help you better understand and solve this problem.
2. Analysis of the cause of the failure.
1.Power supply abnormality: When the power supply of the servo drive is abnormal, such as voltage fluctuation or poor contact of the power line, it may cause the Hop F8070 to fail.
2.Encoder Failure: The encoder in the servo drive may malfunction, resulting in an abnormal reading of the position information, which can cause a hop F8070 failure.
3.Abnormal mechanical load: During the operation of the servo drive, if there is an abnormal mechanical load, such as overload or uneven load, it may also cause a jump F8070 failure.
4.Wrong Parameter Setting: If the parameter setting of the servo drive is incorrect, it may cause the Hop F8070 to malfunction.
3. Fault maintenance process.
1.Check the power supply: First check whether the power supply of the servo drive is normal, whether there are voltage fluctuations or poor contact of the power line. If there is an abnormality, adjust or replace it accordingly.
2.Check the encoder: During the operation of the servo drive, check whether the reading position information of the encoder is normal. If there is an abnormality, the encoder may need to be replaced.
3.Check the mechanical load: check whether the mechanical load is normal, whether there are problems such as overload or uneven load. In case of abnormality, adjust the mechanical load or replace the corresponding components.
4.Check the parameter settings: Check whether the parameter settings of the servo drive are correct. If there is an error, adjust it accordingly.
5.Software debugging: After the above hardware checks are all faulty, software debugging is required to determine whether there is a software fault. The normal operation of the servo drive is ensured by debugging the function modules and calling functions in the program.
Fourth, the maintenance case display.
A Rexroth servo drive in a factory had a jump F8070 fault alarm, and after inspection by maintenance personnel, it was found that there was voltage fluctuation in the power supply. After adjusting the power cord connection and replacing the power module, the fault alarm is cleared. This case illustrates a situation where a power supply issue can cause a hop F8070 to fail.
To sum up, the Rexroth Servo Drive Hop F8070 Fault Repair Summary provides a comprehensive analysis and repair process for this problem. In actual operation, it should be checked and dealt with one by one according to the specific situation to ensure the normal operation of the equipment. At the same time, for similar equipment failures, you can also refer to the methods and processes provided in this article to solve them.