1. Protect system components
When the front-end pressure exceeds the set value, various components in the system, such as pipes, pumps, sensors, etc., may be subjected to excessive pressure. This may cause damage or failure of the components, which in turn affects the normal operation of the entire system. Through the overpressure discharge function of the Pressure Holding Valve, the pressure exceeding the set value can be released in time to protect the system components from overpressure damage.
2. Maintain system stability
Excessive pressure can damage system components and may also cause system instability. For example, excessive pressure may cause flow fluctuations, pressure fluctuations and other problems, affecting the normal operation of the system. The Pressure Holding Valve can maintain the stable operation of the system and ensure that all parameters are within the preset range by adjusting the flow and discharging the overpressure part.
3. Prevent safety accidents
In some high-pressure systems, excessive pressure may also cause safety accidents, such as pipeline ruptures and equipment explosions. These accidents can cause serious damage to the equipment and may also pose a threat to operators and the surrounding environment. Through the overpressure discharge function of the Pressure Holding Valve, the pressure exceeding the set value can be released in time to prevent safety accidents and ensure the safety of personnel and equipment.
4. Optimize system performance
Excessive pressure may also affect the performance and efficiency of the system. For example, excessive pressure may lead to reduced pump efficiency and increased energy consumption. Through the overpressure discharge function of the Pressure Holding Valve, the pressure can be maintained within the optimal range, optimizing the performance and efficiency of the system, reducing energy consumption, and extending the service life of the equipment.