Parker proportional valve D3FBE02SC0VKW0 original stock

Parker proportional valve D3FBE02SC0VKW0 original stock

Parker D1FB in stock Parker D3FB in stock DD3FBE01SC0NF00 in stock

Parker direct acting proportional directional control valve D1FBOBE/D3FBOBE series D3FBE02SC0VKW0 Parker's proven direct acting proportional directional control valve D1FBOBE (NG06)/D3FBOBE (NG10) series is universal. Standard performance valves with onboard electronic components have high repeatability and low hysteresis. D3FBE02SC0VKW0 Parker D3FB series directional valve in stock in Shanghai, D3FBE02SC0VKW0 Parker D3FB pilot proportional valve in stock is not many

The D1FBOBE in NG06/CETOP03 and D3FBOBE in NG10/CETOP05 of Parker direct acting proportional directional control valves are designed for various flow profiles in open-loop systems. The high repeatability and low hysteresis of valves make standard high-performance valves suitable for basic closed-loop configurations. Parker proportional valve D3FBE02SC0VKW0 original stock

With the development of hydraulic transmission and hydraulic servo systems, some hydraulic systems that require continuous control of pressure, flow, and direction without requiring high control accuracy have emerged in production practice. Due to the fact that ordinary hydraulic components cannot meet certain servo requirements, and the use of electro-hydraulic servo valves is too wasteful due to low control accuracy requirements, proportional control valves that fall between ordinary hydraulic components (switch control) and servo valves (continuous control) have emerged in recent years.

Electric hydraulic proportional control valve (referred to as proportional valve) is essentially an inexpensive and pollution resistant electric hydraulic control valve. The development of proportional valves has gone through two paths. One is to replace the manual adjustment input mechanism of traditional hydraulic valves with proportional electromagnets. Based on traditional hydraulic valves, various proportional direction, pressure, and flow valves have been developed; Secondly, some original electro-hydraulic servo valves have developed on the basis of electro-hydraulic servo valves, with reduced design and manufacturing accuracy.

The command signal is amplified by a proportional amplifier and outputs current proportionally to the proportional solenoid of the proportional valve. The proportional solenoid outputs force and moves the valve core position proportionally, which can control the flow rate and change the direction of the liquid flow proportionally, thereby achieving position or speed control of the actuator. In some applications that require high precision in position or velocity, a closed-loop control system can also be formed by detecting the displacement or velocity of the actuator.

The proportional valve consists of two parts: a DC proportional solenoid and a hydraulic valve. The core of continuous control of the proportional valve is the use of proportional solenoid. There are many types of proportional solenoid, but their working principles are basically the same. They are all developed according to the control needs of the proportional valve.

technical specifications

Port connection: NG10/CETOP 05

Electronic device type: Vehicle mounted

Valve core type: overlapping

Valve core code: E02M

Flow rate: 40 L/MIN

Position of slide valve: operate at position a or b

Connection type: 6+PE

Valve core design: valve core/sleeve

Operation type: Direct

Pressure difference: 5 bar

Sealing material: NBR

Installation type: Base plate installation

Drive type: Proportional solenoid valve

Weight: 7.2 kilograms

Product Series: Proportional DC Valve

Suitable for fluid type: hydraulic oil

Function: 3-way

Z high traffic: not applicable

Z high work pressure: 350 bar

High working temperature: 60 ° C

Low operating temperature: -25 ° C

Installation location: unlimited

Valve body material: cast iron

D1FB and D3FB valves can be ordered with a spool/sleeve design (D * FB * 0) for greater precision, and a spool/body design (D * FB * 3) for high rated flow.

Market:

industry

mechanical tools

Rubber and tire processing

Features and advantages:

Valve core/sleeve and valve core/body design - providing multiple applications for higher precision or higher rated flow

Zero coil spool - for simple closed-loop systems

Low lag - to achieve high repeatability, thereby improving process and product accuracy

High dynamic and traffic optimization process speed

Digital in car electronic devices - enable personal settings due to complete data access

Quick and simple setup - reduces installation work

Manual control - allows valve activation without current

Short delivery time - no need for warehousing

High cost-effectiveness

Application:

Suitable for different hydraulic applications

machine tool

Tire printing machine

Technical specifications:

The digital onboard electronic equipment is located inside a sturdy metal casing and can be used in harsh environmental conditions. Valves and electronic components are factory set and can be operated without adjustment. In addition, the interface software ProPxD allows for multiple functions to be set, such as flow cap setting, dead zone compensation, and four independent ramps.

The ± 10V DC reference output only requires the use of a potentiometer or analog joystick to drive the valve. The basic oscilloscope functions are integrated into programming software for monitoring or setting functions.

The cable connection for the serial RS232 interface can be provided as an accessory.

Valve core code: E01S

Electronics: Pioneer

Electrical connection: 0- ± 10 (V)

Valve core position: operate at position a or b

Flow efficiency (LPM): 60

Connection type: 6+PE

Valve core design: spool/sleeve

Nominal size: NG10/CETOP05

Valve core type: overlapping

Operation type: Direct

Pressure difference: 5 bar

Sealing material: NBR

Installation type: Base plate installation

Startup type: Proportional electromagnet

Weight: 7.2kg

Product sequence: Proportional DC valve

Parker proportional valve D3FBE02SC0VKW0 original stock

D3FBE02SC0VKW0 Parker D3FBOBE with electronic feedback board series proportional directional valve ordering code:

1. D: DC solenoid valve

2.3: Dimensions DINNG10, CETOP05, NFPAD05

3. F: Proportional control

4. B: Standard Dynamics, Standard Repeatability

5. Wire spool types: divided into 8 types:

E01M-40

E01S-60

E02M-40

E02S-60

B31M-40/20

B31S-60/30

B32M-40/20

B32S-60/30

E01M-40

E01S-60

E01U-80

E02M-40

E02S-60

E02U-80

B31M-40/20

B31S-60/30

B31U-80/40

B32M-40/20

B32S-60/30

B32U-80/40

6. Position of spool: C, E, K

7.0 is fixed and unchanged.

8. N sealing element NBR (provide other sealing compounds upon request)

9. Input signal+options, divided into 4 types:

F0：0...+/-10V，0...+10V>P-A，6+PEPotentiometersupply

G0：0...+/-20mA，0...+20mA>P-A，6+PE-

S0：4...20mA，12...20mA>P-A，6+PE

W5：0...+/-10V，4...20mA，0...+10V>P-A，12...20mA>P-A11+PE

10. Design: Code 0 spool/sleeve design, Code 3 spool/valve body design

11. Design series, no need to display when ordering.

D3FBE02SC0VKW0 Parker D3FB Series Proportional Directional Valve Order Code:

1. D: DC solenoid valve

2.3: Dimensions DINNG10, CETOP05, NFPAD05

3. F: Proportional control

4. B: Standard Dynamics, Standard Repeatability

5. Wire spool types: divided into 8 types:

E01M-40

E01S-60

E02M-40

E02S-60

B31M-40/20

B31S-60/30

B32M-40/20

B32S-60/30

E01M-40

E01S-60

E01U-80

E02M-40

E02S-60

E02U-80

B31M-40/20

B31S-60/30

B31U-80/40

B32M-40/20

B32S-60/30

B32U-80/40

6. Position of spool: C, E, K

7.0 is fixed and unchanged.

8. N sealing element NBR (provide other sealing compounds upon request)

9. Spiral tube: D3FB * 0 code K power supply voltage 12V/2.95A, D3FB * 3 code K power supply voltage 12V/2.95A, code J power supply voltage 24V/1.5A.

10. Connect according to EN175301-803 without plug, code W remains fixed.

11. Design: Code 0 spool/sleeve design, Code 3 spool/valve body design

12. Design series, no need to display when ordering.

The flow chart and size chart are as follows:

ProPxD interface program:

ProPxD software allows for comfortable parameter settings for module electronic devices. By clearly arranging input masks, it is possible to pay attention to and modify parameters. It can also store the complete parameter set as a printed output or as a text file for further recording. The stored parameter set can be loaded and transferred to other valves at any time. Inside electronic devices, a non-volatile memory stores data and can be selectively called or modified.

feature

Easily edit all parameters

Describe and record parameter sets

Parameter adjustment for storage and loading optimization

From Windows XP to all actual Windows? Both operating systems can execute

The parameterized cable for simple communication between PC and electronic devices through serial interface RS232C can be ordered under project number 40982923.

GEAmechanical seal95086312

GEAmechanical seal95086322

GEAmechanical seal95086492

GEA RefrigerationVibration AmplifierCHB3014/CHF8240 Quotation model: 939176-0001

GEA RefrigerationVibration probeProxprobe (40mm) Eex2/22-foutosc quotation model: 749862-0004

GEA RefrigerationVibration instrumentPCH1072MK2 quotation model: 749858-0002 with cable

GEA RefrigerationVibration instrumentPCH1072MK2 quotation model: 749859-0001 without cable

GEABock compressorHGX22e/190-4

GEABockQT2000 QwikCheckacidtest kit used for testing

GEABOCKcompressorHGX34e/315-4S

GEABOCKtest suiteQT2000

GEAHILGE Haigemechanical seal95086322-HG1

GEAHILGE Haigemechanical seal95086492-HG1

PGP640B0650AE1H3NT6E6C-620B037 0XB1E5C-620A0230X7049532002

C3S063V2F10I32T40M00

TG0625BB030AAAA

PAVC100R4222

R5V12-3933209W02A125026-67398-C

M4E 185 3N00 B502014-42347-500

PGP502A0079CH1H1NE3E2B1B13309111381

SCTSD-150-10-05

R5V12-6953209G0QA125026-39857-H

R4V10-5351011G0QA125026-36458-H

M4SC 055 3N00 A502014-27084-500

PV063R1K1T1NMMC

PV040R1K1T1NMMC

SCTSD-150-10-07

851005-012VDC

PD045PS02SRS5BC00E020PB00

SCP03-160-44-07Q8

TEA050EW09B2NXWJ

TEA100EW09B2NLWJ

TEA063EW09B2NLWJ

T2SDT W35 3L00 A1014-97343-000

9F1600S

KL1PD2G-GAS-ST

1PD1.6-GAS-ST

D1FVE02CC0NS03

R4V06-00531A125S16-88105-0

PV092R1K1T1NMRC

D111FSE01L2NXW0

D1SE30BVJW

TDA025EW09B2NXW

PV046R1L1T1NMMC

56DH-2

R6V10-5953211G0QB1

SCLTSD-520-10-05

R6V03-5953009G0QB1VFM

R5S08-59136A1234026-75757-0

56DH-2

D41FBE02FC2NF00

D91FBE02HC1NJW0

CPOM2DD25HTV

PV040L1K1T1NMMC

VSA315AG1/223

M5BF 045 1N03 B1M 00000024-94702-003

KL1PD2G-GAS-ST

1PD1.6-GAS-ST

TDA016EW09B2NXW

PV092L1K1T1NMRK

D1FVE02CC0NL03

D1FBE01CC0NG00

D3FBE01MC0NS00

D31FPB61EB4NK70

D1FVE02BCVF0A

PV092R1K4T1NMMC

PV063R1K4T1NMMC

PV140R1K4T1NMMC

56DH-2

SCPSD-250-14-25

PV140R1K1T1NMRK

PGP517A0330CD1H3NE7E6B1B13339111762

PGP511A0330CS4D3NE6E5B1B13349111398

D1FVE02CC0NL03

D1VW002CNJWI3N4D

D3W020BNJWTI5N

C032F25A120099N

TDA050EW09A2NLW

D41FBE02FC1NKW0

R5V12-3933209W02A125026-67398-C

D31DW001C4VJEE

CS600S

D1SE30BNJW

D91FBE02HC1NJW0

D31DW001C4VJEE

TDP040EH99C2NB0

T7EEC 052 052 B25 2L34 A1M0054-51983-034

56DH-2

PGP511A0190CK1H2NE6E5B1B13349111477

F12-060-RF-IV-K-000-0000-P03722616

F11-014-SF-IV-K-000-0000-P03786344

D91FBB32HC1NKW0

SCLTSD-520-10-07

SCLTSD-520-00-07

D91VW003C1NJW3K

D1FBE02HC0NMW0

D1FBB39HC0NF00XG328

D1FBB32HC0NF00XG328

PGP625A0450CE4*A4VS5S2B1B17059111022

PGP620B0410AD1A3MT4T3S-620A016 0XE6E5B1B17029122021

CPOM2DD70HTV

Parker proportional valve D3FBE02SC0VKW0 original stock