If the filter element AD10E01-01D03V/- WF cannot adapt to the high pressure of the system, it may cause the following consequences:

1. Damaged filter element
-Filter material rupture: High pressure filter cartridges need to consider their maximum pressure capacity during design. If the pressure resistance of the filter element is insufficient, it may cause the filter material to rupture, thereby losing its filtering function.
-Skeleton deformation: The skeleton material of the filter element is usually high-strength materials such as stainless steel. If the system pressure exceeds the capacity of the filter element, it may cause deformation of the skeleton, affecting the normal operation of the filter element.

2. System leakage
-Sealing failure: The sealing performance of the filter element is crucial when working in high-pressure environments. If the filter cannot withstand system pressure, it may cause seal failure and result in oil leakage.
-Environmental pollution: Oil leakage not only causes loss of system oil, but may also pollute the environment, increase maintenance costs and safety risks.

3. System performance degradation
-Oil contamination: The main function of the filter element is to filter impurities in the oil. If the filter element cannot withstand the system pressure, it may cause impurities to be unable to be effectively filtered and enter the system, increasing the degree of oil contamination.
-Component wear: Impurities in the oil can exacerbate the wear of system components, shorten the service life of equipment, and increase maintenance costs.

4. Equipment malfunction
-Oil pump damage: The filter element is installed at the inlet of the oil pump, mainly to protect the oil pump. If the filter element cannot withstand the system pressure, it may cause impurities to be sucked into the oil pump, resulting in damage to the oil pump.
-System shutdown: Equipment failure may lead to system shutdown, affecting production progress and causing significant economic losses.

5. Safety hazards
-Fire risk: Oil leakage in high temperature environments may cause fires, posing a threat to equipment and personnel safety.
-Operational risk: Equipment failures and leaks may increase the safety risks for operators and require timely handling.

6. Increased maintenance costs
-Frequent replacement: Damaged filter cartridges require frequent replacement, which increases maintenance costs and equipment downtime.
-System cleaning: Oil contamination may require cleaning of the system, further increasing maintenance costs.

7. Decreased system efficiency
-Pressure loss: When the filter element works in a high-pressure environment, if it cannot withstand the system pressure, it may increase pressure loss and affect the overall efficiency of the system.
-Flow reduction: Damage to the filter element may result in a decrease in oil flow, affecting the normal operation of the system.

8. Impact on system lifespan
-Component aging: Oil contamination and component wear can accelerate system aging and shorten equipment lifespan.
-Decreased system reliability: Decreased system performance and equipment failures can lower the reliability of the system, affecting the long-term stable operation of the equipment.

9. Increase system downtime
-Fault handling: Equipment failures require shutdown for processing, increasing system downtime and affecting production efficiency.
-Maintenance workload: Filter damage and system contamination require more maintenance work, increasing the workload of maintenance personnel.

10. Impact system security
-Malfunction: Oil contamination may cause system components to malfunction, affecting the safety of the system.
-Security risks: Equipment failures and leaks may increase the security risks of the system and need to be dealt with in a timely manner.