Hydraulic stationPreliminary inspection after the rain: determine the degree of damage

After the hydraulic station rains, a preliminary inspection is required to determine the degree of damage. The first step in the inspection is to observe whether there is any obvious damage to the outside of the hydraulic station, such as shell deformation, cracks or seal failure. These external damages may cause moisture to enterhydraulic system, Which in turn affects its normal operation.

Next, check the electrical part of the hydraulic station to see if there are water stains or signs of corrosion. Damage to electrical components may cause the control system to fail, increasing the risk of equipment failure. At the same time, check the condition of the hydraulic oil and observeOilWhether there is emulsification or deterioration, this is usually direct evidence of moisture entering the hydraulic system.

During the preliminary inspection, attention should also be paid to the operating sound and vibration of the hydraulic station. Abnormal noise and vibration may indicate that internal components are damaged due to moisture intrusion. Check the temperature changes of the hydraulic station. Too high a temperature may be a signal of a problem inside the system.

Conduct functional tests to ensure that the hydraulic station can still work normally after the rain. If any abnormalities are found, use should be stopped immediately and professionals should be contacted for further inspection and maintenance to avoid more serious damage and safety risks.

Emergency treatment of hydraulic stations after rain: quick drying and cleaning

Emergency treatment after the hydraulic station rains is essential, and rapid drying measures need to be taken. High-power fans or heating equipment can be used to accelerate the evaporation of water on the surface and inside of the hydraulic station. At the same time, ensure that the vents of the hydraulic station are unblocked so that moisture can be discharged quickly.

While drying, thorough cleaning is also essential. Use a clean cloth or absorbent material to wipe the outside and inside of the hydraulic station, especially the electrical components andHydraulic components。 Avoid using high-pressure water guns or damp cloths to avoid secondary damage.

After the cleaning is complete, check the various parts of the hydraulic station to ensure that there is no stagnant water or moisture residue. For the electrical part, it is recommended to use professional testing equipment to ensure good insulation performance. The hydraulic components need to be checked for rust or damage, and replaced or repaired if necessary.

After confirming that the hydraulic station is completely dry and clean, a comprehensive test run will be carried out to ensure that the equipment returns to normal working condition. If any abnormalities are found, use should be stopped immediately and professionals should be contacted for further inspection and maintenance.