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Артикул: RX7597

Все товары Bosch Rexroth

High-response directional valves, pilot operated, with integral electronics (OBE) and electrical position feedback 4WRDE

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Description

  • Size 10 … 27
  • Component series 6X
  • Maximum operating pressure 350 bar
  • Maximum flow 1000 l/min
  • Nominal flow 25 … 500 l/min

Features

  • Precise - high response sensitivity and little hysteresis
  • High quality – control spool and sleeve of the pilot control valve in servo quality
  • Flexible - Suitable for position, velocity, force and pressure control in very exact and dynamic applications
  • Reliable - proven and robust design

Product description

Valves of type 4WRDE are 3-stage, pilot-operated directional control valves with electrical position feedback and integrated electronics (OBE).

Set-up

The valves basically comprise of:

  • Servo pilot control valve, 2-stage, type 4WS2EM6-2X (1)
  • Main stage (2), consisting of housing and main stage control spool
  • Integrated electronics (3) with inductive position transducer of the main stage

Function

In the integrated electronics (OBE), the specified command value is compared with the position actual value of the main stage control spool. In case of a difference (control deviation), the first stage of the pilot control valve is controlled (dry torque motor and nozzle flapper plate system). This way, a deflection of the flapper plate of the nozzle flapper plate system is realized. The distance of the flapper plate to one of the two control nozzles flown-through by pilot oil is reduced and increased to the other one. Through the connecting bore, the resulting flow difference leads to deflection of the control spool in the pilot control valve (2nd stage) similarly to the control signal. The flow released by the pilot control valve leads to deflection of the control spool of the main stage (3rd stage) until its position actual value corresponds to the command value. The stroke of the control spool is controlled proportionally to the command value.

Valve features

The valves are factory-set with a dither default setting with the constant frequency of 400 Hz.

Failure of supply voltage

  • With applied pilot oil pressure, the main stage control spool moves into an undefined end position. The acceleration forces occurring in this connection may cause machine damage.
  • If a directional sandwich plate valve is used (see ordering code), the two pilot oil chambers in the main stage will be short-circuited in case of power failure.
    • With symbol E, E1-, W6 and W8, the main stage spool will take the spring-centered central position.
    • With symbol V and V1, the main stage spool takes the offset position, operated by the spring (P–B and A–T) (in the tolerance range 1 ... 11% of the control spool stroke)

Notes:

  • Changes in the zero point and/or the dither amplitude may result in damage to the system and may only be implemented by instructed specialists.
  • The pilot control valve may only be maintained by Rexroth employees. An exception is the replacement of the filter and the sealing according to accessories list. It has to be ensured that during the assembly, the sealing is properly seated and the plug screw is tightened. The tightening torque for the plug screw is 30 Nm

5

Potentiometer R161 (only with version "C6-972"), see "Electrical connection".

Pilot oil supply (schematic illustration)

Size 10

Size 16

Size 25

Size 27

1

Plug screw M6 according to DIN 906, wrench size 3 - Pilot oil return

2

Plug screw M6 according to DIN 906, wrench size 3 - Pilot oil supply

3

Plug screw M12x1.5 according to DIN 906, SW6 - Pilot oil supply

4

Main stage housing cover (opposite the OBE)

Pilot oil supply

External

Internal

2, 3 closed

2, 3 open

Pilot oil return

External

Internal

1 closed

1 open

Version “XY"

External pilot oil supply, external pilot oil return
In this version, the pilot oil is supplied from a separate pilot oil circuit (external). The pilot oil return is not directed into channel T of the main valve, but is separately directed to the tank via port Y (external).

Version “PY”

Internal pilot oil supply, external pilot oil return
With this version, the pilot oil is supplied from channel P of the main valve (internally). The pilot oil return is not directed into channel T of the main valve, but is separately directed to the tank via port Y (external). In the subplate, port X is to be closed.

Version “PT”

Internal pilot oil supply; internal pilot oil return
With this version, the pilot oil is supplied from channel P of the main valve (internally). The pilot oil is directly returned to channel T of the main valve (internally). In the subplate, ports X and Y are to be closed.

Version “XT”

External pilot oil supply, internal pilot oil return
In this version, the pilot oil is supplied from a separate pilot oil circuit (external). The pilot oil is directly returned to channel T of the main valve (internally). In the subplate, port Y is to be closed.

Type code

01

02

03

04

05

06

07

08

09

10

11

12

13

14

15

4

WRD

E

6X

/

/

24

*

01

4 main ports

4

02

High-response directional valve

WRD

03

With integrated electronics (OBE)

E

04

Size 10

10

Size 16

16

Size 25

25

Size 27

27

05

Symbols; for the possible version, see "Symbols/Circuit diagrams"

Control spool position in de-energized state

06

Not defined

no code

100 % P → A / B → T

P

100 % P → B / A → T

N

Rated flow (Δp = 5 bar/control edge)

07

Size 10

25 l/min 1)

25

50 l/min

50

90 l/min

100

Size 16

150 l/min 2)

150

220 l/min

220

Size 25

220 l/min

220

350 l/min

350

Size 27

500 l/min

500

Flow characteristic

08

Linear

L

Linear with fine control range

P

09

Component series 60 … 69 (60 … 69: unchanged installation and connection dimensions)

6X

Seal material (observe compatibility of seals with hydraulic fluid used, see "Technical data")

10

NBR seals

M

FKM seals

V

Pilot oil flow

11

External pilot oil supply, external pilot oil return

XY

Internal pilot oil supply, external pilot oil return

PY

Pilot oil supply internal, pilot oil return internal

PT

External pilot oil supply, internal pilot oil return

XT

12

Without sandwich plate shut-off valve

no code

With sandwich plate shut-off valve, 24 V

WG

13

Supply voltage 24 V

24

Electrical interface

14

Command value ±10 V DC, actual value ±10 V DC (connector 6+PE)

A1 3)

Command value 4 ... 20 mA, actual value 4 ... 20 mA (connector 6+PE)

F1

Command value ±10 mA, actual value 4 ... 20 mA (connector 6+PE), only in connection with version "P" and "N" (de-energized control spool position)

C6-972

14

Further details in the plain text

*

1)Only with symbols E, W6-, W8- and V and with version “L”
2)Only with symbol V1 with version "L"
3)When replacing the component series 5X by the functionally compatible component series 6X, the electronics interface is to be defined with "A5" (as version "A1", however additionally with enable input +24 V at pin C)

Technical data

(For applications outside these values, please consult us!)

general

Type

4WRDE

Size

10162527

Earth

kg

7.510.517.519.5

Installation position

any, preferably horizontal

Ambient temperature range

°C

-20 … +60

Maximum storage time

1 year (if the storage conditions are observed; refer to the operating instructions 07600-B)

Vibration resistance

Sine test according to DIN EN 60068-2-6

10 ... 2000 Hz / maximum 10 g / 10 cycles / 3 axes

Noise test according to DIN EN 60068-2-64

20 ... 2000 Hz / 10 gRMS / 30 g peak / 30 min / 3 axes

Transport shock according to DIN EN 60068-2-27

15 g / 11 ms / 3 axes

Maximum relative humidity 1)

%

95
1)No condensation

hydraulic

Type

4WRDE

Size

10162527

Maximum operating pressure

bar

350270

Maximum operating pressure

Port P 1)

External pilot oil supply

bar

350270

Anschluss A 1)

bar

350270

Port B 1)

bar

350270

Port X

bar

250

Port P

Internal pilot oil supply

bar

250

Anschluss A

bar

250

Port B

bar

250

Maximum return flow pressure

Port T

Internal pilot oil supply

Pressure peaks < 100, static < 10

External pilot oil supply

bar

315250210

Port Y

Pressure peaks < 100, static < 10

Nominal flow

l/min

25 2)
50 2)
90 2)
150
220
220
350
500

Maximum flow

l/min

1704608701000

Maximum pilot oil flow 3)

l/min

8.315.68.6

Pilot volume 0 … 100%

cm³

1.12.92.3

Leakage flow pilot control valve 4)

l/min

0.70.8

Maximum leakage flow

Symbol V, V1-

see "characteristic curves"

Maximum leakage flow

Symbol E, E1-

Main valve

l/min

0.10.20.3

Main valve + pilot control valve

l/min

0.811.1

Symbol W6-, W8-

Main valve

l/min

0.20.40.5

Main valve + pilot control valve

l/min

0.91.21.4

Hydraulic fluid

see table "Hydraulic fluid"

Hydraulic fluid temperature range 5)

°C

-20 … +80

Viscosity range

Maximum

mm²/s

20 … 380

preferably

mm²/s

30 … 45

Maximum admissible degree of contamination of the hydraulic fluid, cleanliness class according to ISO 4406 (c) 6)

Pilot control valve

Class 18/16/13

Main valve

Class 20/18/15
1)For perfect system behavior, an external pilot oil supply is recommended for pressures above 210 bar.
2)With Δp = 5 bar/control edge; flow with deviating Δp see formula.
3)With stepped input signal (0 → 100%, pilot pressure 250 bar)
4)Pilot pressure 100 bar
5)Flown-through
6)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 fluid

Classification

Suitable sealing materials

Standards

Data sheet

Mineral oils

HL, HLP, HLPD, HVLP, HVLPD

NBR, FKM

DIN 51524

90220

Bio-degradable

Insoluble in water

HETG

NBR, FKM

ISO 15380

90221

HEES

FKM

Soluble in water

HEPG

FKM

ISO 15380

Flame-resistant

Water-free

HFDU (glycol base)

FKM

ISO 12922

90222

HFDU (ester base)

FKM

HFDR

FKM

Containing water

HFC (Fuchs: Hydrotherm 46M, Renosafe 500; Petrofer: Ultra Safe 620; Houghton: Safe 620; Union: Carbide HP5046)

NBR

ISO 12922

90223

Important information on hydraulic fluids:

  • For more information and data on the use of other hydraulicfluids, please refer to the data sheets above or contact us.
  • There may be limitations regarding the technical valve data (temperature, pressure range, life cycle, maintenance intervals, etc.).
  • The ignition temperature of the hydraulic fluid used must be 50 K higher than the maximum surface temperature.
  • Flame-resistant – containing water:
    • Due to increased cavitation tendency with HFC hydraulic fluids, the life cycle of the component may be reduced by up to 30% as compared to the use with mineral oil HLP. In order to reduce the cavitation effect, it is recommended - if possible specific to the installation - to back up the return flow pressure in ports T to approx. 20% of the pressure differential at the component.
    • Dependent on the hydraulic fluid used, the maximum ambient and hydraulic fluid temperature must not exceed 50 °C. In order to reduce the heat input into the component, the command value profile is to be adjusted for proportional and high-response valves.

static / dynamic

Hysteresis

%

< 0.2

Response sensitivity

%

< 0.1

Range of inversion

%

< 0.1

Manufacturing tolerance

%

10

Zero shift upon change of

Hydraulic fluid temperature

%/10 K

< 0.2

Operating pressure

%/100 bar

< 0.5

Return flow pressure 0 … 10 % of pP

%/100 bar

< 0.2

Ambient temperature

%/10 K

< 0.2

Zero point calibration 1)

%

± 1
1)Related to the pressure-signal characteristic curve (symbol V), ex works

electrical

Power supply

Nominal voltage 1)

VDC

24

Lower limit value

VDC

18

Upper limit value

VDC

36

Maximum current consumption

mA

< 200

Protection class according to EN 60529

IP65 (If a suitable and a correctly mounted mating connector are used.)

Functional earth and screening

See connector pin assignment (CE-compliant installation), "Electrical connection"

Adjustment

Calibrated in the plant, see "characteristic curves"
1)Full bridge rectification with smoothing capacitor 2200 µF; Imax = 230 mA

Diagrams/characteristic curves

(measured with HLP46, ϑOil = 40 ±5 °C and p = 100 bar)

Pressure-signal characteristic curve

Symbol V

Leakage flow of the main stage

Symbol V, without pilot control valve

Flow command value function

(at e.g. P → A / B → T and 10 bar pressure differential or P → A or A → T and 5 bar per control edge)

Version “L”

(Symbols E, W and V)

1)Positive overlap 0 ... 0.5% at symbol V
2)Positive overlap 15% at symbols E and W

Version "P"

(Symbols E, W and V)

1)Positive overlap 0 ... 0.5% at symbol V
2)Positive overlap 15% at symbols E and W

Size 10

Transition function with stepped electric input signals

1

Pilot pressure 250 bar

2

Pilot pressure 210 bar

3

Pilot pressure 140 bar

4

Pilot pressure 100 bar

5

Pilot pressure 70 bar

6

Pilot pressure 40 bar

Main valve, port P = 10 bar

Frequency response

Pilot control valve, port X = 250 bar

Main valve, port P = 10 bar

Dependency -90° frequency / pilot pressure

1

Pilot pressure 250 bar

2

Pilot pressure 210 bar

3

Pilot pressure 140 bar

4

Pilot pressure 100 bar

5

Pilot pressure 70 bar

6

Pilot pressure 40 bar

Flow/load function with maximum valve opening (tolerance ±10 %)

Nominal flow

1

25 l/min

2

50 l/min

3

100 l/min

4

Recommended flow limitation (flow velocity 30 m/s)

Δp = pP – pL – pT

Δp

Pressure differential

pP

Inlet pressure

pL

Load pressure

pT

Return flow pressure

Size 16

Transition function with stepped electric input signals

1

Pilot pressure 250 bar

2

Pilot pressure 210 bar

3

Pilot pressure 140 bar

4

Pilot pressure 100 bar

5

Pilot pressure 70 bar

6

Pilot pressure 40 bar

Main valve, port P = 10 bar

Frequency response

Pilot control valve, port X = 250 bar

Main valve, port P = 10 bar

Dependency -90° frequency / pilot pressure

1

Pilot pressure 250 bar

2

Pilot pressure 210 bar

3

Pilot pressure 140 bar

4

Pilot pressure 100 bar

5

Pilot pressure 70 bar

6

Pilot pressure 40 bar

Flow/load function with maximum valve opening (tolerance ±10 %)

Nominal flow

1

150 l/min

2

220 l/min

3

Recommended flow limitation (flow velocity 30 m/s)

Δp = pP – pL – pT

Δp

Pressure differential

pP

Inlet pressure

pL

Load pressure

pT

Return flow pressure

Size 25

Transition function with stepped electric input signals

1

Pilot pressure 250 bar

2

Pilot pressure 210 bar

3

Pilot pressure 140 bar

4

Pilot pressure 100 bar

5

Pilot pressure 70 bar

6

Pilot pressure 40 bar

Main valve, port P = 10 bar

Frequency response

Pilot control valve, port X = 250 bar

Main valve, port P = 10 bar

Dependency -90° frequency / pilot pressure

1

Pilot pressure 250 bar

2

Pilot pressure 210 bar

3

Pilot pressure 140 bar

4

Pilot pressure 100 bar

5

Pilot pressure 70 bar

6

Pilot pressure 40 bar

Flow/load function with maximum valve opening (tolerance ±10 %)

Nominal flow

1

220 l/min

2

350 l/min

3

500 l/min

4

Recommended flow limitation (flow velocity 30 m/s)

Δp = pP – pL – pT

Δp

Pressure differential

pP

Inlet pressure

pL

Load pressure

pT

Return flow pressure

Size 27

Transition function with stepped electric input signals

1

Pilot pressure 250 bar

2

Pilot pressure 210 bar

3

Pilot pressure 140 bar

4

Pilot pressure 100 bar

5

Pilot pressure 70 bar

6

Pilot pressure 40 bar

Main valve, port P = 10 bar

Frequency response

Pilot control valve, port X = 250 bar

Main valve, port P = 10 bar

Dependency -90° frequency / pilot pressure

1

Pilot pressure 250 bar

2

Pilot pressure 210 bar

3

Pilot pressure 140 bar

4

Pilot pressure 100 bar

5

Pilot pressure 70 bar

6

Pilot pressure 40 bar

Flow/load function with maximum valve opening (tolerance ±10 %)

Nominal flow

1

220 l/min

2

350 l/min

3

500 l/min

4

Recommended flow limitation (flow velocity 30 m/s)

Δp = pP – pL – pT

Δp

Pressure differential

pP

Inlet pressure

pL

Load pressure

pT

Return flow pressure

Symbols/Circuit diagrams

With symbol E1-, W8 and V1-, the following applies:

P → A: qvmax

B → T: qv/2

P → B: qv/2

A → T: qvmax

Notices:

  • Representation according to ISO 1219-1. Hydraulic interim positions are shown by dashes.
  • With symbols W6 and W8 there is a connection from A to T and B to T with approx. 3% of the relevant nominal cross-section in zero position.

Version

simple

Detailed

"XY"

"PY"

"PT"

"XT"

1 Pilot control valve

2 Main valve

3 Directional sandwich plate valve

4 Integrated electronics (OBE)

Electrical connection

Connector pin assignment

Contact

Assignment of interface "A1" (6+PE)

Assignment of interface "F1" (6+PE)

Assignment of interface "C6-972" (6+PE)

A

24 VDC supply voltage

B

GND

C

n.c.

n.c. (not to be connected)

Enable input 24 V DC (high ≥ 15 V; low < 2 V)

D

Command value ±10 V
(Re > 100 kΩ)

2)​

Command value 4 ... 20 mA
(Re = 100 Ω)

3)

Command value ±10 mA
(Re = 200 Ω)

2)

E

Reference potential command value

Reference potential command value

Reference potential command value

F

Actual value ±10 V
(Ri ≈ 1 kΩ)

Actual value 4 ... 20 mA, load resistance ≈ 330 Ωor digital output (at PLC) 2)

Actual value 4 ... 20 mA, load resistance ≈ 330 Ωor digital output (at PLC) 2)

PE

Functional ground (directly connected to the valve housing)

1)At active hydraulic pressure and "low" enable signal, the control spool of the main stage is in a regulated central position (preferred direction adjustable by ±10% by means of potentiometer R161).
If a directional sandwich plate valve (version "WG") is used between pilot control valve and main stage, the control chambers are unloaded from the pilot control valve to the main stage control spool. With symbols E, E1-, W6- and W8-, the centering springs set the main stage control spool in central position, symbols V- and V1 are switched to preferred direction P → B and A → T in a tolerance range of 1% to 11% of the control spool stroke. As a consequence, the cylinder axis leaves its position at minimum velocity.
2)Differential command value input: Positive command value at D compared to E results in flow from P → A and B → T at the main stage.
3)Differential command value input: Command value of 12 … 20 mA at D compared to E results in flow from P → A and B → T at the main stage.

Block diagram / controller function block

Version "A1"

Block diagram / controller function block

Version "F1"

Block diagram / controller function block

Version "C6-972"

Dimensions

Size 10

Dimensions in mm

Required surface quality of the valve contact surface

1

Pilot control valve

2

Directional sandwich plate valve (only included with version “WG”)

3

Cabling

4

Main stage

5

Name plate

6

Identical seal rings for ports A, B, P, T and T1

7

Identical seal rings for ports X and Y

8

Machined valve contact surface; porting pattern according to ISO 4401-05-05-0-05
(ports X and Y as required)

9

Space required to remove the mating connector

10

Mating connectors, separate order, see "Accessories"

Subplates (separate order) with porting pattern according to ISO 4401-05-05-0-05, see data sheet 45100.

Size 16

Dimensions in mm

Required surface quality of the valve contact surface

1

Pilot control valve

2

Directional sandwich plate valve (only included with version “WG”)

3

Cabling

4

Main stage

5

Name plate

6

Identical seal rings for ports A, B, P, T

7

Identical seal rings for ports X and Y

8

Machined valve contact surface; Porting pattern according to ISO 4401-07-07-0-05
(ports X, Y and L as required)

Deviating from the standard: ports A, B, P, T – Ø20 mm

9

Space required to remove the mating connector

10

Mating connectors, separate order, see "Accessories"

11

Locking pin

Subplates (separate order) with porting pattern according to ISO 4401-07-07-0-05, see data sheet 45100.

Size 25

Dimensions in mm

Required surface quality of the valve contact surface

1

Pilot control valve

2

Directional sandwich plate valve (only included with version “WG”)

3

Cabling

4

Main stage

5

Name plate

6

Identical seal rings for ports A, B, P, T

7

Identical seal rings for ports X and Y

8

Machined valve contact surface; Porting pattern according to ISO 4401-08-08-0-05 (ports X, Y as required)

9

Space required to remove the mating connector

10

Mating connectors, separate order, see "Accessories"

11

Locking pin

Subplates (separate order) with porting pattern according to ISO 4401-08-08-0-05, see data sheet 45100.

Size 27

Dimensions in mm

Required surface quality of the valve contact surface

1

Pilot control valve

2

Directional sandwich plate valve (only included with version “WG”)

3

Cabling

4

Main stage

5

Name plate

6

Identical seal rings for ports A, B, P, T

7

Identical seal rings for ports X and Y

8

Machined valve contact surface; Porting pattern according to ISO 4401-08-08-0-05 (Ports X, Y as required)
Deviating from the standard:
Ports A, B, T and P Ø32 mm

9

Space required to remove the mating connector

10

Mating connectors, separate order, see "Accessories"

11

Locking pin

Subplates (separate order) with porting pattern according to ISO 4401-08-08-0-05, see data sheet 45100.

Notice:

The dimensions are nominal dimensions which are subject to tolerances.

Valve mounting screws (separate order)

Size

Quantity

Hexagon socket head cap screws

Material number

10

4

ISO 4762 - M6 x 45 - 10.9-CM-Fe-ZnNi-5-Cn-T0-H-B

Tightening torque MA = 13.5 Nm ±10 %

R913043777

or

4

ISO 4762 - M6 x 45 - 10.9

Tightening torque MA = 15.5 Nm ±10 %

Not included in the Rexroth delivery range

or

4

ASME B18.3 - 1/4-20 UNC x 1 3/4“ - ASTM-A574

Tightening torque MA = 15 Nm ±10 %

Not included in the Rexroth delivery range

16

2

ISO 4762 - M6 x 60 - 10.9-CM-Fe-ZnNi-5-Cn-T0-H-B

Tightening torque MA = 12.5 Nm ±10 %

R913043410

4

ISO 4762 - M10 x 60 - 10.9-flZn/nc/480h/C

Tightening torque MA = 58 Nm ±20 %

R913014770

or

2

ISO 4762 - M6 x 60 - 10.9

Tightening torque MA = 15.5 Nm ±10 %

Not included in the Rexroth delivery range

4

ISO 4762 - M10 x 60 - 10.9

Tightening torque MA = 75 Nm ±20 %

or

2

ASME B18.3 - 1/4-20 UNC x 2 1/4“ - ASTM-A574

Tightening torque MA = 15 Nm ±10 %

Not included in the Rexroth delivery range

4

ASME B18.3 - 3/8-16 UNC x 2 1/4“ - ASTM-A574

Tightening torque MA = 60 Nm

25, 27

6

ISO 4762 - M12 x 60 - 10.9-flZn/nc/480h/C

Tightening torque MA = 100 Nm ±20 %

R913015613

or

6

ISO 4762 - M12 x 60

Tightening torque MA = 130 Nm ±20 %

Not included in the Rexroth delivery range

or

6

ASME B18.3 - 1/2-13 UNC x 2 1/4“ - ASTM-A574

Tightening torque MA = 110 Nm ±20 %

Not included in the Rexroth delivery range

Notice:

For reasons of stability, exclusively the specified valve mounting screws may be used.

The tightening torque of the hexagon socket head cap screws refers to the maximum operating pressure.

Accessories

Mating connectors for valves with connector “K4”, without circuitry, standard

3P Z4

Mating connectors for valves with connector “K4”, without circuitry, standard

3P Z4

  • For valves with connector “K4” according to EN 175301-803 and ISO 4400, 2-pole + PE, “large cubic connector”
  • Mating connectors for valves with one or two solenoids (individual connection)

Mating connectors for valves with round connector, 6-pole + PE

7P Z31

Mating connectors for valves with round connector, 6-pole + PE

7P Z31

  • For valves with round connector according to EN 175201-804, 6-pole + PE as well as 6-pole, compatible with VG 95328

Mating connectors for valves with round connector, 6-pole + PE, shielded, with assembled connection line

7P Z31 +

Mating connectors for valves with round connector, 6-pole + PE, shielded, with assembled connection line

7P Z31 +

  • For valves with round connector according to EN 175201-804, 6-pole + PE as well as 6-pole, compatible with VG 95328

Ordering codes

Downloads

Directional control valves, pilot-operated, with electrical position feedback and integrated electronics (OBE)
Data Sheet | RE29097 | 2018-11-01 | English | PDF | 1.4MB

Product Groups: Pilot-operated
Type 4WRDE

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Для расчета коммерческого предложения или получения счета на поставку оборудования и программного обеспечения Bosch Rexroth оставьте заявку в форме ниже или свяжитесь с отделом продаж по телефону +7 495 137-07-02 или электронной почте sale@boschrexroth-russia.ru. Мы гарантируем оперативный ответ на ваш запрос и предоставление наилучших условий от официального поставщика Bosch Rexroth. 

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Bosch Rexroth открывает новые возможности в управлении машинами и подключении к IoT

Bosch Rexroth предлагает одну из самых производительных систем ЧПУ на рынке. Компания является лидером в области автоматизации и устанавливают стандарты в этой области. От датчиков и сервоприводов до революционной новой платформы, Bosch Rexroth предлагает широкий спектр решений для автоматизации. ..

16 Февраля, 2024
Bosch Rexroth и TotalEnergies объединяют свои усилия для продвижения альтернативных и экологичных гидравлических жидкостей

Bosch Rexroth и TotalEnergies (французская нефтегазовая компания) 18 декабря 2023 года подписали соглашение сотрудничестве, направленном на разработку, внедрение и маркетинг гидравлических жидкостей на водной основе, с акцентом на экологичность, огнестойкость и производительность. Данный союз отр..

11 Января, 2024
Bosch Rexroth представляет Интеллектуальный функциональный набор для обработки данных Smart Function Kit for Handling

Компания Bosch Rexroth является одним из ведущих мировых производителей и поставщиков технологий и услуг в области промышленной автоматизации. Это производитель рад представить вам свой интеллектуальный функциональный набор для обработки данных. Это инновационное оборудование, с помощью которого п..

4 Декабря, 2023
Бренд Bosch Rexroth представил миру свою разработку - оборудование IndraDrive CDB02 - BASIC для двухосевого блока управления

Bosch Rexroth, являясь ведущим производителем промышленного оборудования, не стоит на месте и разрабатывает новое оборудование. Одним из изобретений этой компании является IndraDrive CDB02 - BASIC. Это двухосевой блок управления, который предназначен для использования в различных промышленных сект..

1 Декабря, 2023
Bosch Rexroth: высокоскоростной асинхронный двигатель 1MB140 

Производитель Bosch Rexroth представил свою разработку - высокоскоростной асинхронный двигатель 1MB140. Этот продукт обладает рядом уникальных характеристик и предназначен для различных применений в промышленности. Основным назначением двигателя 1MB140 является обеспечение высокой скорости вращ..

30 Ноября, 2023
Bosch Rexroth рассказывает о характеристиках электрогидравлических насосов

Bosch Rexroth представляет электрогидравлические насосы, которые объединяют в себе преимущества электрической и гидравлической технологий. Данные насосы могут использоваться в различных отраслях промышленности, включая машиностроении, автомобильной промышленности, энергетике и других. Основная ..

29 Ноября, 2023
Bosch Rexroth представил серию высокоэффективных синхронных моментных двигателей МВТ130 

Синхронные моментные двигатели МВТ130 применяются в различных отраслях промышленности: машиностроение, автомобильной и энергетической промышленности. Это оборудование используют как дополнение к насосам, компрессорам, приводам конвейеров и другим механизмам, требующим точного управления и высокой ..

28 Ноября, 2023
Bosch Rexroth: надежные и эффективные героторные насосы подходят для решения для множества задач

Героторные насосы Bosch Rexroth — это инновационное оборудование, которое обеспечивает эффективную работу в различных областях промышленности. Они являются незаменимым компонентом в системах гидравлического привода и обеспечивают надежную и плавную работу механизмов. Принцип работы герото..

27 Ноября, 2023
Для эффективной работы гидравлических систем Bosch Rexroth представляет баллонный аккумулятор HAB2 

Баллонный аккумулятор HAB2 производства компании Bosch Rexroth — это инновационное оборудование, предназначенное для оптимизации работы гидравлических систем и обеспечения более эффективного использования энергии. Баллонный аккумулятор HAB2 выполняет несколько важных функций. Во-первых, с..

24 Ноября, 2023
Bosch Rexroth: инновационное решение для удобства и эффективности работы - выдвижная клавиатура VAK40 

Торговая марка Bosch Rexroth, является одним из мировых лидеров в области промышленной автоматизации, и представляет свою разработку - выдвижную клавиатуру VAK40. Это инновационное устройство, которое обеспечивает удобную и эффективную работу операторов в промышленных условиях. Установить выдви..

23 Ноября, 2023
Bosch Rexroth: инновационные функции и простая установка дисплея 19" VDP60

Бренд Bosch Rexroth рад представить свою разработку - дисплей 19" VDP60, который обещает стать настоящим прорывом в мире технологий. Этот дисплей не только показывает изображения высокого качества, но и предлагает ряд функций, которые помогут решить множество задач. Одним из главных свойст..

22 Ноября, 2023
Rexroth: Шестеренные насосы с внешним зацеплением – надежное решение для эффективной работы в различных отраслях

Компания Rexroth представляет шестеренные насосы с внешним зацеплением, которые являются необходимым прибором в области гидравлики. Они выполняют важную задачу – обеспечивают надежную и эффективную работу гидравлических систем в различных отраслях промышленности. Эти насосы нашли применен..

21 Ноября, 2023

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