Sensitive and precise pressure control
Easy regulating and maintenance
Excellent and reliable sealing performance
Built-in strainer, to prevent piping system from blocking
Sensitive and precise pressure control
Easy regulating and maintenance
Excellent and reliable sealing performance
Built-in strainer, to prevent piping system from blocking
If the optional check feature is selected, when the back pressure generated, the return fluid will enter the air chamber to close the valve to prevent the fluid from back flow.
Body/Bonnet: Ductile Iron/Stainless Steel
Disc & Stem: Stainless Steel
Piping: Bronze/Stainless Steel/Rubber Hose
Diaphragm: NBR
Fasteners and Springs: Stainless Steel
175PSI/235PSI/350PSI
10Bar/16Bar/25Bar
ANSI / BSEN / ISO / DIN
0°C~100°C normal temperature water
Pressure Regulating Range: 0.1~5 kgf/cm², 5~9 kgf/cm², 7~17 kgf/cm²
Pressure Regulator Material: Bronze/Stainless Steel
Valve figure number/size/pressure grade/connecting end type/pressure regulating range/other optional accessories
Note: In valve installation, it is strongly suggested that sufficient space should be left for easy maintenance in the future. A strainer shall be mounted in front of the valve to prevent foreign matters from blocking the valve.
① Strainer
② Ball Valve
③ Check Valve (Optional)
④ Needle Type Regulating Valve
⑤ Ball Valve
⑥ Pressure Regulator
⑦ Check Valve (Optional)
⑧ Ball Valve
If variable and large flow range demands, use multiple PR500 pressure reducing valves in parallel. In case of large flow demand, use two pressure reducing valves simultaneously. In case of small flow demand, the large-sized valve will automatically close, while the small-sized valve will continue to provide the required flow. When setting the pressure regulating range for the valves, the set pressure of the small-sized valve should be about 0.3 kgf/cm² higher than that of the large-sized valve.If the pressure reduction range is large, use multiple PR500 pressure reducing valves in series for sectional pressure reduction.
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