What damage will shortening the lubrication cycle cause to the Plate Compactor?

1. Impact on lubricants
1. Overlubrication:
Shortening the lubrication cycle may lead to overlubrication. Too much lubricant will generate additional resistance during the operation of the equipment and increase energy consumption. For example, in the transmission system, too much lubricant may form sludge, hinder the normal operation of the components, and reduce the transmission efficiency.
Overlubrication may also cause lubricant leakage. Leaking lubricant not only causes waste, but also pollutes the working environment and may even cause safety accidents such as slipping. For example, lubricant leaking from the sealing part of the Plate Compactor may drip onto the ground, making the ground slippery and increasing the risk of operators slipping.
2. Deterioration of lubricant performance:
Frequent replacement of lubricants may cause insufficient mixing of the newly added lubricant with the old oil, affecting the performance of the lubricant. For example, mixing lubricants of different brands or models may cause chemical reactions, reducing the lubrication effect and stability of the lubricant.
In addition, frequent replacement of lubricants may also introduce impurities. If improper operation is performed during the replacement process, such as using unclean tools or containers, impurities may be introduced into the lubricating oil, accelerating the wear of equipment components.
2. Impact on equipment components
1. Damage to seals:
Excessive lubrication may put pressure on the seals of the equipment, causing the seals to deform or damage. Damage to the seals will cause the lubricating oil to leak, and will also allow impurities such as dust and moisture to enter the interior of the equipment, accelerating the wear of components.
2. Increased wear of components:
Unreasonable shortening of the lubrication cycle may cause the equipment to be lubricated before it is fully run-in, which may destroy the lubricating oil film on the surface of the components, causing direct metal contact, thereby aggravating the wear of the components.
3. Poor heat dissipation:
Excessive lubricating oil may form an overly thick oil film on the surface of the equipment components, affecting the dissipation of heat. For some components that need to rely on air cooling, such as engine housings, motors, etc., poor heat dissipation may cause the temperature to rise, affecting the performance and life of the equipment.