4WRSEH10V100LD-3X/G24K0/F1V

Manufacturer: Bosch Rexroth

Material #: R901103271

Model : 4WRSEH10V100LD-3X/G24K0/F1V

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth 4WRSEH10V100LD-3X/G24K0/F1V (R901103271) is a high-response directional control valve with integrated control electronics designed for precise operation in hydraulic systems. This direct operated valve features a failsafe position held by compression springs when the solenoid is deenergized, ensuring reliable return to a safe state. The setup of this model includes a housing with connection surface, control spool within a sleeve, solenoid and cover, position transducer, and accessible zero-point adjustment. The 4WRSEH10V100LD-3X/G24K0/F1V operates by displacing the control spool proportionally to the electric input signal, allowing for smooth and continuous flow characteristics between ports P to A and B to T. This functionality makes it suitable for applications requiring precise position, velocity, and pressure control. Its electrical feedback system allows for high response sensitivity and minimal hysteresis. This Bosch Rexroth valve is designed for subplate mounting with porting patterns conforming to DIN form A and ISO standards. It has specifications including a size 10 component series X, maximum operating pressure of up to 315 bar, and nominal flow rates specified by the manufacturer. The integrated electronics OBE (On-Board Electronics) streamline setup and operation by eliminating the need for additional external control units. The model's capability to maintain mechanical central positions with deenergized solenoids ensures stability in system performance even when not actively controlled. The valve's design prioritizes both safety through its failsafe feature and efficiency through its direct operation mechanism, making it an essential component for sophisticated hydraulic applications that demand high levels of accuracy and reliability.

$10,748.00 USD

More are expected on March 14, 2025

Add to Cart

Status: This product is temporarily out of stock.

Qty: Delivered as early as March 14, 2025 when ordered in

This product is eligible for factory repair.

Start Repair

Direct operated high-response directional valve with integrated control electronics (OBE) for the control of flow direction and size Suitable for position, velocity and pressure control purposes Operation by means of control solenoids Electrical position feedback High response sensitivity and low hysteresis Integrated electronics (OBE) For subplate mounting: Porting pattern according to DIN 24340 form A and ISO 4401 With Fail-safe position for 4/4-directional control valve

4/4 directional design

In principle, the function of these valves corresponds to the function of the 4/3-way version. With de-energized solenoid, the control spool is, however, held in a fail-safe position by a compression spring.

The 4/4 directional control valves are designed as direct operated devices in plate design. Operation is effected by means of control solenoid. The solenoid is controlled via integrated control electronics.

Set-up:

The valve basically consists of:

Housing (1) with connection surface Control spool (2) in sleeve (3) with compression springs (4) Solenoid (5) and cover (6) Position transducer (7) Integrated control electronics (8) Zero point adjustment accessible via Pg9 (9)

Functional description:

With de-energized solenoid (5), fail-safe position of the control spool (2) by compression spring (4) Direct operation of the control spool (2) by energization of a control solenoid (5)

e.g. control of the solenoid

Displacement of the control spool (2) proportionally to the electric input signal Connection from P to A and B to T via orifice-type cross-sections with continuous or inflected linear flow characteristics

Switching off the solenoid (5) The compression spring (4) brings the control spool (2) back into the fail-safe position

The 4/3 and 4/4 directional control valves are designed as direct operated devices in plate design. Operation is effected by means of control solenoids. The solenoids are controlled via integrated control electronics.

Set-up:

The valve basically consists of:

Housing (1) with connection surface Control spool (2) in sleeve (3) with compression springs (4 and 5) Solenoids (6 and 7) Position transducer (8) Integrated control electronics (9) Zero point adjustment (10) accessible via Pg9

Functional description:

4/3 directional design

With de-energized solenoids (6 and 7), mechanical central position of the control spool (2) by compression springs (4 and 5) Direct operation of the control spool (2) by energization of a control solenoid

e.g. control solenoid "b" (7)

Displacement of the control spool (2) to the left, proportionally to the electric input signal Connection from P to A and B to T via orifice-type cross-sections with continuous or inflected linear flow characteristics Switching off the solenoid (7) The compression spring (4) brings the control spool (2) back into the central position

In the de-energized condition, the control spool (2) is held in a mechanical central position by the control springs. This position does not correspond to the hydraulic central position!

When the electric valve control loop is closed and with command value presetting 0 (0 V with A1 and/or 12 mA with F1), the control spool (2) is positioned in the hydraulic central position.

01	02	03	04	05	06	07	08	09		10		11	12		13	14	15
4WRS	E	H							‒	3X	/	G24	K0	/		V	*

01	High-response directional valves, direct operated, with electrical position feedback	4WRS
02	With integrated control electronics	E
03	Control spool/sleeve	H
04	Size 6	6
04	Size 10	10
Symbols; for the possible version, see "Symbols/Circuit diagrams"
05	4/3-way version	V
05	4/4 directional design	C3, C4
Installation side of the inductive position transducer with control spool symbol “V”
06	4WRSEH.V...-3X/...	no code
06	4WRSEH.VC...-3X/...	C
Installation side of the inductive position transducer with control spool symbol “C3” and “C4”
06	4WRSEH.C.B...-3X/...	B
06	4WRSEH.C...-3X/...	no code
Rated flow at 70 bar valve pressure differential
07	Size 6
	4l/min	04 1)
	12 l/min	12
	24 l/min	24
	40 l/min	40 2)
	50 l/min	50 3)
	Size 10
	50 l/min	50
	100 l/min	100
Flow characteristic
08	Linear	L
08	Inflected characteristic curve 40%	P
Control spool overlap
09	0 ... 0,5% negativ	E 4)
09	0 ... 0,5 % positiv	D 4)
10	Component series 30 ... 39 (30 ... 39: unchanged installation and connection dimensions)	3X
Supply voltage of the control electronics
11	Direct voltage 24 V	G24
Electrical connection
12	Without mating connector, with connector according to E DIN 43 563-MA6, separate order	K0
Electrical interface
13	Command value input ±10 VDC	A1
	Command value input 4 ... 20 mA	F1
Seal material
14	FKM seals	V
15	Further details in the plain text	*
1)	Use only in connection with flow characteristics "L"
2)	Only with “C” and “V” in connection with flow characteristics "P"
3)	Only with “V” in connection with flow characteristics "L"
4)	The control spool overlap in % is referred to the nominal stroke of the control spool. We recommend the D overlap for control tasks. Other control spool overlaps upon request!

For applications outside these parameters, please consult us!

general

Type			4WRSEH
Size			6	10
Component series			3X
Installation position			any, preferably horizontal
Weight	Valve with one solenoid	kg	2.3	6
	Valve with two solenoids	kg	3	7.3
Storage temperature range		°C	-20 … +80
Ambient temperature range		°C	-20 … +50

hydraulic

Type			4WRSEH
Size			6	10
Maximum operating pressure		bar	315
Maximum operating pressure	Port P	bar	315
	Port A	bar	315
	Port B	bar	315
	Port T	bar	315	210
Maximum flow		l/min	80	180
Nominal flow 1)		l/min	4 12 24 40 50	50 100
Hydraulic fluid temperature range		°C	-20 … +80
Viscosity range	Maximum admissible	mm²/s	20 … 380
	Recommended	mm²/s	30 … 46
Maximum admissible degree of contamination of the hydraulic fluid, cleanliness class according to ISO 4406 (c) 2)			Class 18/16/13 according to ISO 4406 (c)
Hysteresis		%	< 0.05
Response sensitivity		%	< 0.03
Range of inversion		%	< 0.03

1)	at 70 bar valve pressure differential
2)	The cleanliness classes specified for the components must be adhered to in hydraulic systems. Effective filtration prevents faults and simultaneously increases the life cycle of the components. For the selection of the filters, see www.boschrexroth.com/filter.

hydraulic

Nominal flow		l/min	50	100	4, 12	24	40
Limitation of use	Symbols C, C3, C5	bar	250	150	315		160
Limitation of use	Symbols C1, C4	bar	150	100	315	200	100

Hydraulic fluid	Classification	Suitable sealing materials	Standards
Mineral oils and related hydrocarbons	HL, HLP	NBR / FKM	DIN 51524
Phosphoric acid esters	HFD-R	FKM
Important information on hydraulic fluids: For more information and data on the use of other hydraulic fluids please contact us.

electrical

Type	4WRSEH
Size	6	10
Voltage type	Direct voltage
Type of signal	analog
Protection class according to DIN EN 60529	IP65 (with mating connector mounted and locked)

4WRSEH.V...-3X/...

4WRSEH.VC...-3X/...

4WRSEH.C.B...-3X/...

4WRSEH.C...-3X/...

Pin assignment	Contact	Assignment interface "A1"	Assignment interface "F1"
Power supply	A	24 VDC (19,4 ... 35 VDC), Imax = 2 A (NG6), Imax = 2.8 A (NG10), impulse load: 4 A
Power supply	B	0 V
Reference potential actual value	C	Reference potential for contact F; connect (star-like) to ground ⊥ on the control side	Reference potential for contact F
Differential amplifier input (command value)	D	±10 V command value; Re > 50 kΩ	4 ...20 mA command value; Re > 100 Ω
Differential amplifier input (command value)	E	Reference potential for contact D
Measuring output (actual value)	F	± 10 V; Imax = 2 mA	4 ... 20 mA; load resistance maximum 500 Ω
	PE	connected to cooling element and valve housing

Command value: Positive command value (0...10 V or 12...20 mA) at D and reference potential at E result in flow from P → A and B → T.

Negative command value (0...-10 V or 12...4 mA) at D and reference potential at E result in flow from P → B and A → T.

Actual value: Positive signal (0...10 V or 12...20 mA) at F and reference potential at C result in flow from P → A.

Connection line: Recommendation:

up to 25 m line length: Type LiYCY 7 x 0.75 mm² up to 50 m line length: Type LiYCY 7 x 1.0 mm²

External diameter 6.5 … 11 mm and/or 8 ... 13.5 mm

Connect shield to ⊥ only on the supply side.