Pressure Compensated Regulator Valves

Pressure Compensated Regulator Valves

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Typical Schematic

Typical application for the PCR valve is in a proportional circuit to achieve pressure compensated flow control. Typical application for the PCA valve is in a circuit to achieve pressure compensated flow control. Typical application for the PCB valve is to provide pressure compensated priority proportional or manual flow control w/by-pass. Typical application for the PCS valve is to provide pressure compensated proportional or manual flow control.

  Code LPM BAR Size Datasheet .STP .DXF
Pressure Compensated Regulator Valve D-TRPCA 150 240 12
Pressure Comp.
Regulator
   
Pressure Compensated Regulator Valve D-SLPCA 150 240 16
Pressure Comp.
Regulator
   
Pressure Compensated Regulator Valve Restrictive Type with By-pass D-DGPCB 38 240 10
Pressure Comp.
Restrictive
w/ By-pass
   
Pressure Compensated Regulator Valve D-SLPCB 150 240 16
Pressure Comp.
Regulator
   
Fixed Pressure Compensating Regulator Valve, Restrictive Type D-PPPCC 30 207 10
Fixed Pressure Comp.
Regulator
Restrictive.
   
Pressure Compensating Regulator Valve, Restrictive Type D-TRPCC 75 240 12
Pressure Comp.
Regulator
Restrictive
   
Adjustable Pressure Compensating Valve, Bypass Type D-DFPCE 38 240 08
Adjust. Pressure
Comp. By-pass
   
Adjustable Pressure Compensating Regulator Valve D-SLPCE 150 240 16
Adjust. Pressure
Comp. Regulator
   
Pressure Compensating Regulator Valve D-DFPCR 38 240 10
Pressure Comp.
Regulator
   
Pressure Compensating Valve, Restrictive Type D-DFPCS 38 240 10
Pressure Comp.
Restrictive
   
Adjustable Pressure Compensating Valve, Restrictive Type D-DFPCT 38 240 10
Adjust. Pressure
Comp. Restrictive
   

 

Warning: The specifications/application data shown in our catalogs and data sheets are intended only as a general guide for the product described (herein). Any specific application should not be undertaken without independent study, evaluat

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