We know that some high-precision mirror shaft rods will wear out during use, and how do these wear conditions be repaired?
Damage location:
1. High-precision mirror shaft rod bearing wear, high-precision mirror shaft rod bearing chamber wear, shaft head keyway wear.
Traditional repair methods: mainly brush plating, spraying, surfacing or replacement. Brush plating is easy to delaminate, and the replacement cost is high, which makes it difficult to solve the problem.
Second, 380Kw high precision mirror shaft bearing wear
When the high-precision mirror shaft rod bearing is damaged, the bearing position is worn. After the problem occurs, it is necessary to repair or repair after the welding or brush plating according to the traditional method. However, the thermal stress generated by the repair welding high temperature can not be completely eliminated, and it is easy to bend or break; the brush plating is limited by the thickness of the coating and is easy to peel off; and the above methods all use metal to repair the metal, which cannot change the "hard to hard" coordination relationship. Under the combined effect of various forces, it will still cause repeated wear.
Third, 900Kw high precision mirror shaft rod bearing, bearing room wear
During the long-term operation of the motor, the wear of the bearing chamber is very common due to various factors. After the problem occurs, the traditional method cannot be solved on site, and must rely on external repair or replacement; Change the "hard to hard" cooperation relationship, under the combined effect of various forces, still cause re-wear.
Four, 90Kw high precision mirror shaft rod bearing wear
During the long-term operation of the motor, the wear of the bearing chamber is very common due to various factors. After the problem occurs, the traditional method cannot be solved on site, and must be replaced by scrapping.
The above is the high-precision mirror shaft rod manufacturers for everyone to introduce relevant information, if you need to know more welcome to inquire us!
