Mounting Style: | Inline Or Manifold Mounted | Application: | Hydraulic Systems |
---|---|---|---|
Connection Type: | Threaded | Weight: | 0.5 Kg |
Flow Rate: | 100 L/min | Type: | Hydraulic Relief Valve |
Body Material: | Steel | Mounting Type: | Subplate |
Highlight: | Steel Threaded Hydraulic Relief Valve,Normally Closed Hydraulic Relief Valve,ZDR10DA1-54 75Y Hydraulic Relief Valve |
Product Description:
The main features of hydraulic pressure reducing valves include:
Adjusting pressure: The main function of hydraulic pressure reducing valves is to reduce the inlet pressure to the required outlet pressure, and to automatically keep the outlet pressure stable by relying on the energy of the medium itself. By changing the throttling area, flow rate and kinetic energy of the fluid, different pressure losses are caused to achieve the purpose of pressure reduction.
Keep constant: The design of the pressure reducing valve keeps the outlet pressure constant within a certain error range, and is not affected by the inlet pressure and the flow rate. This feature reduces the pressure fluctuation in the system and protects the hydraulic components from damage caused by excessive pressure.
Diverse structures: There are many types of hydraulic pressure reducing valves, including direct-acting and pilot-operated types, and each type has two-way and three-way types. These different structures adapt to different application scenarios and needs.
Advantages of hydraulic pressure reducing valves include:
Protecting the system: By reducing the pressure in the system, the hydraulic pressure reducing valve can effectively protect the hydraulic components in the system from damage caused by excessive pressure.
Improving system efficiency: By maintaining a constant outlet pressure, the pressure reducing valve reduces the pressure fluctuation in the system and improves the overall efficiency and working stability of the system.
Adapt to various working conditions: Different types of pressure reducing valves adapt to different working conditions, such as fixed value pressure reducing valves, fixed differential pressure reducing valves and fixed ratio pressure reducing valves, which meet the different pressure requirements of different parts of the system.
Things to note when using hydraulic pressure reducing valves include:
Choose the right type: The right type of pressure reducing valve should be selected according to the working characteristics and specific requirements of the hydraulic system, and pay attention to the changing trend of its opening and closing characteristics.
Correct connection: Use the connection method of the pressure reducing valve correctly, select the right connector (such as mounting base plate or pipe joint), and ensure the sealing of the connection. The external oil drain port must be directly connected back to the oil tank.
Reasonable selection of parameters: According to the working pressure and flow of the system, the rated pressure and flow (diameter) of the pressure reducing valve are reasonably selected to ensure that the pressure reducing valve operates in the best working state.
By understanding the characteristics, advantages and precautions of the hydraulic pressure reducing valve, you can better select and use this key hydraulic component to ensure the stable operation and efficient operation of the system.
Flow Rating | Up to 500 l/min |
Material | Steel |
Valve Configuration | Normally Closed |
Operating Temperature | Up to 80°C |
Valve Size | NG6 |
Response Time | <10 ms |
Temperature Range | Up to 250°F |
Mounting Style | Inline or manifold mounted |
Application | Hydraulic Systems |
Connection Type | Threaded |