How to prevent oil leakage of spring cone crusher

Ensure good sealing of the spring cone crusher: The design of the sealing structure is related to the sealing effect and the life of the sealing ring. The sealing effect of the sealing ring depends on the correctness of the installation groove size. The installation groove of the sealing ring is too deep, and the compression of the sealing ring is not enough to achieve a sealing effect. Therefore, the sealing structure should be designed and processed reasonably to ensure good sealing of the sealing device; the sealing ring should be installed correctly to ensure good sealing of the equipment. Do not install the sealing ring with angular tools to prevent scratching the sealing ring and avoid stretching it to a deformed position. Appropriately apply lubricating oil to the sealing ring for easy installation.
 

Inspection of the spring cone crusher in production: Regularly check whether the filter is blocked or damaged, and replace the kinked oil drain line to ensure the smoothness of the oil return line. At the same time, attention should be paid to cleaning the ventilation hood on the side of the drive shaft frame of the spring cone crusher, and use compressed air to blow the long core hole connected to the ventilation hood on the transmission shaft frame; Whether the clearance is reasonable to prevent the lubricating oil splashed between each other from forming an oil seal, which will cause oil leakage in the spring cone crusher.

It is forbidden to increase the temperature of the lubricating oil of the spring cone crusher: the increase of the lubricating oil temperature will easily reduce the viscosity of the oil and accelerate the aging of the sealing elements, which will cause serious oil leakage. Therefore, we should prohibit the lubricating oil temperature of the spring cone crusher from increasing. The heat dissipation area of ​​the oil tank can be increased to improve the heat dissipation effect of the oil tank. If necessary, a cooler can be added to reduce the temperature of the lubricating oil.