Parker proportional valve VMY315L06NV1P in stock

Brand

PARKER/Parker (USA)

Parker Proportional Directional Valve D*FW/D*FT Series

The direct-acting (D*FW) directional valve series, with nominal sizes of CETOP3 and CETOP5, is a proportional valve for flow control. This valve (D*FW) is electrically controlled using a PWD-400/PCD-400 power amplifier or integrates electronic components onto the valve as a single unit (D*FT). Typical applications include: smooth valve spool switching via ramp signal adjustment to reduce hydraulic and mechanical shock; and automation of mechanical functions through electrical flow/speed regulation.

Parker Proportional Valve D*FL Series

The D*FL series valves, with nominal sizes of CETOP3 and CETOP5, are digital proportional valves for flow control. This microprocessor-controlled 4-way valve can be tuned to different given speeds via electrical signals. Acceleration, deceleration, and speed can be adjusted on the valve itself. Typical fast/low-speed stroke characteristics can be achieved without additional modules.

When the input signal to the Parker proportional valve increases, the pilot valve 1 of the supply solenoid valve switches, while the exhaust solenoid pilot valve 7 remains in the reset state. The supply pressure then enters the pilot chamber 5 from the SUP port through valve 1. The pilot chamber pressure rises, and this pressure acts on the diaphragm 2, opening the supply valve core 4 connected to diaphragm 2 and closing the exhaust valve core 3, generating output pressure. This output pressure is fed back to the control loop 8 via pressure sensor 6. Here, a rapid comparison and correction is performed with the target value until the output pressure is proportional to the input signal, thus demonstrating that the output pressure changes proportionally to the change in the input signal. Because there is no nozzle-baffle mechanism, the valve is insensitive to impurities and has high reliability.

Parker Proportional Valve Product Features

1) Enables stepless adjustment of pressure and speed, avoiding the impact phenomenon during switching of normally open on/off valves.

2) Enables remote control and program control.

3) Compared to intermittent control, the system is simplified, and the number of components is greatly reduced. 4) Compared to hydraulic proportional valves, it is smaller, lighter, simpler in structure, and lower in cost, but its response speed is much slower than that of a hydraulic system, and it is more sensitive to load changes.

5) It uses less power, generates less heat, and produces less noise.

6) It will not cause a fire and will not pollute the environment. It is less affected by temperature changes.

Parker proportional valves commonly available in stock:

D41FWE02FC1VLW0, TDA016EW06B2NXW

D111FSA80L2NXW0, D31FHE01A1NE00, D41FHB31E1NB08, D41FWE02FC2NLW0, TDA016EW06B2VXW

D111FSA80L5NXW0, D31FHE01A2NB00, D41FHB31E1NE00, D41FWE02FC2NXW0, TDA016EW09A2NLW

D111FSA86L4NXW0, D31FHE01A4NB00, D41FHB31E2NS00, D41FWE02FC4NLW0, TDA016EW09A2NXW D111FSB31L4NLW0, D31FHE01A4NE00, D41FHB31E4NB00, D41FWE02FC4NXW0, TDA016EW09B2NLW

D111FSB31L4NXW0, D31FHE01A4VB00, D41FHB31E4NB08, D41FWE02FC4VLW0, TDA016EW09B2NXW

D111FSB32L2NXW0, D31FHE01A5NB00, D41FHB31E4NE00, D41FWE02FC5NLW0, TDA016EW09B2VXW D111FSB34L4NXW0, D31FHE01C1NB00, D41FHB31F1NB00, D41FWE02FC5NXW0, TDA016EW29B2NXW

D111FSB80L2NXW0, D31FHE01C1NB08, D41FHB31F1NE00, D41FWE03FC2NLW0, TDA016EW49B2NXW

D111FSE01L1NLW0, D31FHE01C1NE00, D41FHB31F2NB00, D41FWE03FC4NLW0, TDA025EW06A2NXW D111FSE01L1NXW0, D31FHE01C1NS00, D41FHB31F2NB08, D81FHA31E1NB00, TDA025EW06B2NLW

D111FSE01L2NLW0, D31FHE01C2NB00, D41FHB31F2NE00, D81FHA31E4VB00, TDA025EW06B2NXW

D111FSE01L2NXW0, D31FHE01C4NB00, D41FHB31F4NB00, D81FHA31H1NB00, TDA025EW09A2NLW D111FSE01L4NLW0, D31FHE01C4NB08, D41FHB31F4NE00, D81FHA31H2NB00, TDA025EW09A2NXW

D111FSE01L4NXW0, D31FHE01C4NE00, D41FHB31F4VB00, D81FHA31H5NB00, TDA025EW09A2VXW

D111FSE01L4VXW0, D31FHE01C4NS00, D41FHB32B1NB00, D81FHA32F1NB00, TDA025EW09B2NLW

Parker WL*NG10 series proportional valves

The WLL series direct-acting proportional valves with a nominal size of CETOP5 are used for flow control. This valve (D*FW) is electrically controlled using a Euroca-standard VDR350/355 digital power amplifier or a PWD-400/PCD400 power amplifier module. Typical applications include precise flow control and flow regulation, fast/low-speed stroke characteristic control, and positioning of hydraulic actuators.

Parker D*1FS Series Proportional Valves

The D*1FS series of pilot-operated proportional directional valves, with nominal sizes from CETOP3 to CE0, are used for flow control. This valve is electrically controlled using an EW series analog power amplifier or a VRD350/355 digital power amplifier. The main valve spool position is adjustable. Typical applications include: precise flow control and flow regulation, improved operation under fast/low speed characteristics, gentle acceleration, and delayed operation.

The company primarily deals in European and American brands and can source brands from any European country. For example, key German brands include: BURKERT, DEMAG, HAWE, REXROTH, HYDAC, PILZ relays, FESTO, IFM sensors, E+H, HEIDENHAIN, P+F sensors, SICK, TURCK, and HIRSCHMANN industrial switches. German brands: Hengstler, Murr, Schmersal, Samson, EPRO (Emerson Group)

American brands: MOOG, ASCO, MAC, NUMATICS, PARKER, VICKERS, ROSS

British brands: Norgren

Italian brands: OMAL, ATOS, CAMOZZI, UNIVER, Camozzi