(1) Wind turbine tower shot blasting machine

The new equipment was just put into use and the product began to run in. The faults that may occur during the running-in period are more complicated, and the causes may be various, such as selection problems, design and manufacturing problems, or installation and environmental problems. If the torque is chosen too small, it may affect the adjustment speed of the wind turbine tower shot blasting machine.

In the actual application, there are the following: When the wind turbine tower shot blasting machine is designed, the connection between the connecting rod and the actuator is not paid attention to, causing the falling off phenomenon; when the power line and the signal line are installed in the same threading tube, the signal interference is large; There are large unshielded motor equipment nearby, which has an impact on the stable operation of the motor; the position locator’s insurance selection is too large, causing damage to the internal choke coil. Look at these issues in a timely manner, find problems and solve problems.

(2) The overall performance of the wind turbine tower shot blasting machine in the middle stage of the wind turbine tower shot blasting machine is transferred from the running-in period to the adaptation period, and the performance is relatively stable. The problems that arise are mainly the quality problems that arise from individual components. Such as current transformer TAM2, intermediate contactors K1, K2, micro-switches with excessive torque and other small problems.

(3) Wind power tower shot blasting machine running late

In the later stage of operation, the aging and wear problems of the components begin to become extremely serious, such as the aging of the motor coils and the reduction of insulation, which makes the equipment unstable; the lubrication of the motor is not good, resulting in a decrease in stability; the aging of the positioner coils or the current transformer The aging leads to a decrease in the positioning accuracy; the verification of the transmission components of the reducer results in an inability to adjust the motor-driven mechanism of the shot blasting machine and the like. For such problems, regular inspections should be conducted to prevent major failures. Of course, among the series of failure factors, there are some artificial steps such as pedaling, jamming, and operation errors.

(4) Wind turbine tower shot blasting machine maintenance

In order to maintain the experience of the staff of the wind turbine tower shot blasting machine, the maintenance of the electric actuator of the wind turbine tower shot blasting machine should adopt different key maintenance measures according to different periods of use. We usually do the following:

Regular lubrication: The motor and transmission components of the electric actuator of the wind turbine tower shot blasting machine need to be lubricated with lubricating oil, and the viscosity of the lubricating oil changes with the oil temperature. The viscosity of the lubricating oil is too low, and the degree of damage of components such as gears is increased; otherwise, the viscosity is too high, which may result in malfunction. All lubricants should be added regularly to extend their service life.

Improve the operating environment: In order to ensure the reliability of the electric actuator of the wind turbine tower shot blasting machine, it must be guaranteed to operate under normal operating environment to avoid short circuit or other faults caused by environmental factors such as moisture.

Regular inspection: Regular inspections reveal hidden dangers in the process of timely detection, which can help to find fault factors and avoid the wrong way during maintenance.

Manage the faulty account: Every fault that has been processed must be recorded in detail, including the fault phenomenon, the cause of the fault during the analysis and the search process, the handling method and the preventive measures. This not only provides a reference value for dealing with similar problems in the future, but also improves the technical level of finding fault factors, and has a multiplier effect.