Hydraulic pile driver equipment maintenance management mode

The daily maintenance and repair of the hydraulic pile driver is particularly important in the use of the system. Because the operation of the equipment is controlled by the construction team, it is often repaired and maintained, which is conducive to the safety of the construction personnel and increases the service life of the equipment.

Improve the maintenance and management methods of hydraulic pile driver equipment, and improve the operation and maintenance of pile driver equipment. Under the original conditions, the company attaches great importance to the training of equipment operation, maintenance and repair workers' skills and comprehensive quality, and further improves the daily maintenance and civilized production system, including 3 Level maintenance, point inspection, shift inspection, maintenance, roving inspection and shift handover. Every business should make maintenance decisions according to maintenance theory, industry characteristics, equipment characteristics, working environment and the role of equipment in coal production. Strictly implement the equipment management system; choose appropriate maintenance methods, including after-event maintenance, preventive maintenance, planned pre-maintenance and condition maintenance, and gradually form a new model of scientific and reasonable maintenance management with characteristics.

Operation and maintenance is based on the equipment operation manual and mechanical operation files, establishes maintenance according to the service life of spare parts, collects and sorts out the mechanical operation files, and formulates monthly, quarterly and annual maintenance plans in combination with the equipment operation manual.

Green maintenance is a modern maintenance method that combines environmental impact and resource development. Its purpose is to maintain the normal operation of the hydraulic pile driver and achieve the goal of sustainable development, that is, to maintain the normal operation of the machine, reduce maintenance waste and harmful emissions, that is, the impact on the surrounding environment The adverse effect is small, the maintenance personnel are laborious, and the resource utilization efficiency is improved.