What impact will long-term parking of the loader have?

Long term parking of the loader may have adverse effects on its performance and service life. The following are specific impacts and countermeasures:

The impact on mechanical components

Rust and corrosion of components: After long-term parking, the metal parts of the loader are exposed to the air, which is prone to rust and corrosion, especially the chassis, oil cylinders, and other parts.

Poor lubrication: Lubricating oil will deteriorate over time, lose its lubrication performance, and lead to increased wear of mechanical components.

Sealing aging: Seals may age and deform after prolonged storage, leading to leaks in hydraulic systems and other components.

The impact on the electrical system

Battery depletion: When the loader is parked for a long time, the battery will naturally discharge, resulting in insufficient power and even damage.

Line aging: Electrical lines may experience the risk of short circuits or open circuits due to environmental factors during long-term parking.

The impact on tires

Tire deformation: After prolonged parking, the tire may deform under heavy pressure, affecting its normal use.

Insufficient air pressure: During parking, the tires may naturally leak, resulting in insufficient air pressure.

countermeasures

Cleaning and maintenance: Thoroughly clean and maintain the loader before parking, remove dust and dirt, and reduce corrosion.

Replace lubricating oil: Replace with new lubricating oil to ensure that mechanical components maintain good lubrication during parking.

Disassemble battery: Disassemble the battery, store it in a dry and ventilated room, and charge it regularly.

Regular Check Start: Start the engine at regular intervals, check if all systems are functioning properly, and lubricate the mechanical components.

Parking environment: Try to park the loader indoors in a dry and ventilated area, avoiding outdoor parking.

Through the above measures, the adverse effects of long-term parking of the loader can be effectively reduced, and its service life can be extended.