Parker offers a wide range of pressure compensated flow controls for applications that demand constant flow with varying loads and pressures; 

Parker's PC*M Series inline pressure compensated valves are hydraulic flow control valves that regulate flow at a selected rate within 5% regardless of 

When pressure changes the rate of flow changes but many circuits requires constant flow regardless of input or output pressure variations in the circuit then 

Learn about Flow & Directional Control Valves with this Hydraulics Simulation. LunchBox Sessions is a new take on online industrial training, full of interactivity, used by individuals, schools, and companies around the world.

A pressure-compensated flow control valve is designed to provide a constant volume flow rate regardless of the pressure drop across it. By contrast, non-pressure-compensated flow control valves have a variable flow rate that changes when the pressure drop fluctuates. Applications

Pressure compensated priority flow control valves maintain constant flow regardless of changes to inlet pressure for flows up to 90 lpm (24 gpm) and pressures up to 420 bar (6000 psi); excess flow is diverted once the priority flow requirement is met.

Pressure compensated priority flow control valves maintain constant flow regardless of changes to inlet pressure for flows up to 90 lpm (24 gpm) and pressures up to 420 bar (6000

The Electronic Flow Control Valve (EFCV) is an innovative flow control valve with pressure-compensation capability. The EFCV distinguishes 

Parker Engineering Your Success Motion Control Technology

Colorflow In-Line Pressure Compensated Valve - PC*K Series Where to Buy Parker's Colorflow PC*K series in-line hydraulic valve is a pressure compensated flow control valve that regulates flow at a selected rate within 5% regardless of fluctuations in inlet and outlet flow. Technical Specifications Full Product Description Related Documents

The valves with pressure/temperature compensation control can maintain the set flow rate regardless of changes in the load pressure and fluid temperature.

Pressure Compensated Flow Control Valve. Qmax = 3 gpm, pmax = 4000 psi fixed in-line, body design, line-mounting. Series VAPCFC

Pressure Compensated Regulator Valves Typical application for the PCR valve is in a proportional circuit to achieve pressure compensated flow control. Typical 

2-way / 3-way flow control valve - Flow rate up to 200 l/min - Max. operating pressure 350 bar. MVRPLSA - Leak-free 2-way flow control valve - With pressure relief function - Nominal flow rate 70 l/min - Max. operating pressure 315 bar. LVM - 2-way / 3-way flow control valve - Monoblock construction

These pressure compensated valves are designed to provide adjustable controlled flow rates independent of changes in inlet and/or outlet pressures above a 

Browse Valves, Pressure Compensated In-Line Flow Control w/Check in the HYDAC Technology Corporation catalog including Part Number,Item Name,Size,Length 

Directional control valve . Directional control valves ( DCVs) are one of the most fundamental parts of hydraulic and pneumatic systems. DCVs allow fluid flow ( hydraulic oil, water or air) into different paths from one or more sources. DCVs will usually consist of a spool inside a cylinder which is mechanically or electrically actuated.

These valves can operate with hydraulic system flows as high as 56 lpm and pressures up to 420 bar with the option of an integrated adjustable or tuneable reverse free-flow check valve. Parker's pressure compensated flow control valves are ideal for cylinder or motor control and/or bleed-off applications within a broad range of markets, such

Fully adjustable pressure compensated flow control valve with reverse flow check.

Danfoss offers priority type pressure compensated flow control valves. Find mode codes and 3D model codes.

Inline Easy Read Pressure-Compensated Flow Control Valves (Up To 34 GPM) Specifications. Temperature Range. -15°F to 200°F. Application. Controlled flow in one direction, free flow in opposite direction. Valves will start to control flow at 60 to 70 PSI pressure drop. Flow regulated between ± 10% above 1.5 GPM, ± 15% 0.5 to 1.5 GPM.