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4WE6D/4WE6Y/4WE6E/4WE6G/4WE6J/4WE6H Series Rexroth Directional Control Solenoid Valve 4WE6E62/EG24N9K4

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4WE6D/4WE6Y/4WE6E/4WE6G/4WE6J/4WE6H Series Rexroth Directional Control Solenoid Valve 4WE6E62/EG24N9K4

Name: 4WE6D4WE6Y4WE6E4WE6G4WE6J4WE6H Series Rexroth Directional Control Solenoid Valve 4WE6E62EG24N9K4
Brand: BTPS/Rexroth
Price: 1 USD

Brand Name : BTPS/Rexroth

Model Number : 4WE6D62_EG24N99K4

Place of Origin : China

MOQ : 5

Price : Negotiation

Payment Terms : T/T

Supply Ability : 1000/week

Delivery Time : 5 work days

Packaging Details : Box/wooden box

Material : Casting,Aluminum Alloy

Type : Valves,Hydraulic control Valve,Rexroth

Appliion : engneering,mining

Pressure : High Pressure,Medium Pressure

Standard or nonstandard : Standard

Power : Hydraulic,Hydraulic/Pneumatic

Temperature of media : Medium Temperature,High Temperature

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Factory sale Rexroth Valves 4WE6A 4WE6B 4WE6C 4WE6D 4WE6E 4WE6F 4WE6J 4WE6H 4WE6G 4WE6L 4WE6M 4WE6 4WE10 Hydraulic Valve

Parameter		Data
Weight	Valve with a coil(kg)	Single connection	Centering connection
		3.9	4.0
	Valve with two coils(kg)	5.5	5.6
Installation loion		Arbitrary
Ambient temperature range	Standard model (℃)	-20⋯+70(NBR seal) -15⋯+70 (FKM seal)
	Models suitable for HFC hydraulic oil(℃)	-20⋯+50
	Low temperature model(℃)	-40⋯+50
Storage temperature range(℃)		-20⋯+50
Maximum operating pressure	Port A, B, P(bar)	350
	Port T(bar)	210
Maximum flow(l/min)		160
Hydraulic oil temperature range (at the valve working port)(℃)		–20 … +80 (NBR seal)
		–15 … +80 (FKM seal)
		–20 … +50(HFC hydraulic oil)
		–40 … +50(Low temperature model)
Viscosity range(mm2/s)		2.8 … 500

4WE6D/4WE6Y/4WE6E/4WE6G/4WE6J/4WE6H Series Rexroth Directional Control Solenoid Valve 4WE6E62/EG24N9K4

Rexroth hydraulic valve

A hydraulic valve is an automation component operated by pressure oil. It is controlled by a pressure distribution valve and
pressure oil. It is usually used in combination with an electromagnetic pressure distribution valve. It can be used to remotely
control the on and off of the oil, gas, and water pipeline systems of hydropower stations. Commonly used for clamping, control,lubriion and other oil circuits. There are direct-acting type and pilot type, and the pilot type is mostly used.

Hydraulic valve design principle

The design of the hydraulic valve is mainly for the design of the hydraulic valve group, and the oil circuit must be considered before the design of the hydraulic valve group. It is necessary to determine in advance which parts of the oil circuit can be integrated. The design of the oil circuit must be simple and save Go unnecessary steps. After determining the oil circuit, the main thing is the oblique hole and the process hole. These things in the oil path should be reduced. As long as it is enough, it
is not necessary too much. Pay attention to the hole diameter in the design of the oblique hole and the process hole.

Collecting valve	Proportional valve	Maintaining valve
Throttle valve	Relief valve	Solenoid directional valve
Speed regulation valve	Pressure reducing valve	Manual reversing valve
Drive valve	Pressure valve	Check valve
Flow valve	Cartridge valve	Hydraulic control one-way valve
Collecting valve	Stop valve	Solenoid valve
Pilot valve	Reverse check valve	Superposition valve
Direct acting relief valve	Pilot check valve	Directional valve
Pilot relief valve	Sequence valve	Pilot sequence valve
Pilot reducing valve	Balance valve	Direct acting sequence valve

A hydraulic valve is an automation component operated by pressure oil. It is controlled by a pressure distribution valve and
pressure oil. It is usually used in combination with an electromagnetic pressure distribution valve. It can be used to remotely
control the on and off of the oil, gas, and water pipeline systems of hydropower stations. Commonly used for clamping, control,lubrication and other oil circuits. There are direct-acting type and pilot type, and the pilot type is mostly used.

Hydraulic valve design principle

The design of the hydraulic valve is mainly for the design of the hydraulic valve group, and the oil circuit must be considered before the design of the hydraulic valve group. It is necessary to determine in advance which parts of the oil circuit can be integrated. The design of the oil circuit must be simple and save Go unnecessary steps. After determining the oil circuit, the main thing is the oblique hole and the process hole. These things in the oil path should be reduced. As long as it is enough, it is not necessary too much. Pay attention to the hole diameter in the design of the oblique hole and the process hole.

Parameter		Data
Weight	Valve with a coil(kg)	Single connection	Centering connection
		3.9	4.0
	Valve with two coils(kg)	5.5	5.6
Installation location		Arbitrary
Ambient temperature range	Standard model (℃)	-20⋯+70(NBR seal) -15⋯+70 (FKM seal)
	Models suitable for HFC hydraulic oil(℃)	-20⋯+50
	Low temperature model(℃)	-40⋯+50
Storage temperature range(℃)		-20⋯+50
Maximum operating pressure	Port A, B, P(bar)	350
	Port T(bar)	210
Maximum flow(l/min)		160
Hydraulic oil temperature range (at the valve working port)(℃)		–20 … +80 (NBR seal)
		–15 … +80 (FKM seal)
		–20 … +50(HFC hydraulic oil)
		–40 … +50(Low temperature model)
Viscosity range(mm2/s)		2.8 … 500

Some models

4WE6A70/HG24N9K4
4WE6B70/HG24N9K4
R901089245 4WE6C70/HG24N9K4
R901087088 4WE6D70/HG24N9K4
R901089243 4WE6Y70/HG24N9K4
R901130746 4WE6D70/OFHG24N9K4
R901087087 4WE6E70/HG24N9K4
R901130747 4WE6G70/HG24N9K4
R901130745 4WE6H70/HG24N9K4
R901089241 4WE6J70/HG24N9K4
R901108990 4WE6J70/HG24N9K4/B10
4WE6L70/HG24N9K4
4WE6M70/HG24N9K4
4WE6P70/HG24N9K4
4WE6Q70/HG24N9K4
4WE6R70/HG24N9K4
4WE6T70/HG24N9K4
R901421645 4WE6U70/HG24N9K4

R900561292 4WE6Q62/EG24N9K4
R900571012 4WE6R62/EG24N9K4
R900934414 4WE6T62/EG24N9K4

4WE6V70/HG24N9K4
4WE6W70/HG24N9K4
4WE6A62/EG24N9K4
4WE6B62/EG24N9K4
R900561272 4WE6C62/EG24N9K4
R900561274 4WE6D62/EG24N9K4
R900564105 4WE6D62/EG24N9K4/V
R900561276 4WE6Y62/EG24N9K4
R900567512 4WE6D62/OFEG24N9K4
R900561278 4WE6E62/EG24N9K4
R900933648 4WE6F62/EG24N9K4
R900561282 4WE6G62/EG24N9K4
R900561286 4WE6H62/EG24N9K4
R900561286 4WE6HA62/EG24N9K4
R900561288 4WE6J62/EG24N9K4
R900548271 4WE6J62/EG24N9K4/B10
R900901751 4WE6L62/EG24N9K4
R900577475 4WE6M62/EG24N9K4
R900926629 4WE6P62/EG24N9K4
R900572785 4WE6U62/EG24N9K4
R900933699 4WE6V62/EG24N9K4
R900568233 4WE6W62/EG24N9K4

Technical Specifications:
* 4/3-, 4/2- or 3/2-way version
* Standard version
* Porting pattern according to DIN 24340, form A
* Wet-pin DC solenoids
* Solenoid coil can be rotated
* The coil can be changed without having to open the pressure-tight chamber
* Electrical connection as individual connection
* Concealed manual override

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