What are the precautions for BEETZ hydraulic device
Date: 2025-08-27Read: 1
The precautions for BEETZ hydraulic device are as follows： -
Safety operation standards
-
Shutdown and startup proceduresBefore maintenance, standardized shutdown procedures must be followed, including lowering the load, releasing system pressure, cutting off power, etc; Before restarting, it is necessary to eliminate the root cause of the fault, clean up pollutants, and confirm that all connections are correct and error free.
-
stress managementDo not loosen pipe joints or components when the system is under pressure to prevent high-pressure oil from splashing; After repair, the pressure should be gradually restored according to the specifications to avoid damaging the components due to impact.
-
Explosion proof and ProtectionUse explosion-proof equipment in flammable and explosive places and comply with relevant certification standards (such as ATEX, IECEx); Maintain a safe environment during operation and avoidharshTemperature or corrosive environment.
-
Hydraulic oil and system cleaning
-
Oil managementRegularly check the oil temperature (normal working temperature 30-80 ℃, dangerous temperature ≥ 100 ℃) to avoid oil oxidation and seal aging caused by high oil temperature; Regularly replace hydraulic oil (clean the oil tank and change the oil every 3 months for new equipment, and then replace it every six months to one year thereafter)
-
pollution controlKeep the system clean and prevent pollutants such as dust and moisture from entering the fuel tank; When refueling, it is necessary to pass through a filter to avoid sealing with easily detachable materials such as hemp rope and raw tape; Regularly clean or replace the filter element to prevent blockage and system failure.
-
Component maintenance and replacement
-
Seal maintenanceRegularly check the condition of the seals and replace them promptly if aging or damage is found; When replacing, use a model that matches the original factory to avoid compatibility issues.
-
Component maintenanceHydraulic components are precision parts that require professional maintenance using specialized tools in a dust-free space; During on-site maintenance, clean conditions should be provided as much as possible to prevent secondary pollution.
-
Spare Parts ManagementReserve spare parts in advance based on equipment lifespan (such as recommended service interval of 5 years or maximum lifecycle) to ensure timely maintenance; Long term storage equipment requires regular inspection of spare parts status.
-
Running status monitoring
-
routine inspectionCheck the oil level, oil temperature, pressure, oil leakage, noise, vibration and other conditions through visual inspection, auditory inspection, and manual touch, and record any abnormal phenomena.
-
regular testingConduct regular inspections every 2-3 months, including tightening screws and pipe joints, cleaning filters, inspecting fuel tanks and pipelines, etc; Conduct a comprehensive inspection once a year, decompose and repair key components, and eliminate potential faults.
-
performance testingRegularly test the performance parameters (such as pressure, flow rate, speed) of hydraulic cylinders, hydraulic motors, and other components to ensure they meet design requirements; Regularly calibrate safety devices such as pressure gauges and safety valves.
-
Requirements for operation and maintenance personnel
-
Operating SpecificationsOperators need to be familiar with the operating essentials of hydraulic component control mechanisms, and master the relationship between the direction of adjustment knob rotation and changes in pressure and flow rate; It is strictly prohibited to adjust or replace component parameters without authorization to prevent accidents caused by adjustment errors.
-
Training and QualificationMaintenance personnel need to possess relevant qualifications and experience, be familiar with equipment structure, performance, and hydraulic system schematics; Regularly attend training to master the latest maintenance techniques and safety regulations.
-
emergency responseDevelop emergency plans to quickly respond to sudden failures such as oil pipe bursts and component damage; After maintenance, functional testing is required to ensure that the equipment returns to normal operation.