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Артикул: RX7768

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Radial piston pumps, fixed displacement PR4-3X

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Description

  • Size 1,60 … 20,00
  • Component series 3X
  • Maximum operating pressure 700 bar
  • Maximum displacement 19.43 cm³

Features

  • Fixed displacement
  • Self-priming, valve-controlled
  • Long service life due to hydro-dynamically lubricated plain bearings
  • Several pressure ports with different cylinder combinations
  • 14 sizes, favorable grading for perfect device design

Product description

Assembly

The pumps are valve-controlled, self-priming radial piston pumps with fixed displacement.

They consist essentially of the housing (1), eccentric shaft (2) and 3, 5 or 10 pump elements (3), with suction valve (4), pressure valve (5) and piston (6).

Suction and displacement procedure

The pistons (6) are arranged radially to the eccentric shaft (2). The hollow piston (6) with the suction valve (4) is guided in a cylinder (7) and pressed onto the eccentric (2) by the spring (8). The radius of the piston running surface corresponds to the eccentric radius. The cylinder (7) provides sealing against a hemispherical element (9).

In downward movements of the piston (6), the working space (10) in the cylinder (7) is enlarged. Due to the resulting negative overpressure, the suction valve plate is raised from the sealing lip. Simultaneously, the connection from the suction chamber (12) to the working chamber (10) is realized by means of a radial groove (11) in the eccentric (2).

The working chamber is filled with fluid. In upward movements of the piston (6), the suction valve (4) is closed and the pressure valve (5) is opened. The fluid now flows to the system via the pressure port (P).

Type code

01

02

03

04

05

06

07

08

09

PR4

3X

/

R

*

Type

01

Radial piston pump, fixed displacement, maximum pressure 700 bar

PR4

Component series

02

Component series 30 ... 39 (30 ... 39: unchanged installation and connection dimensions)

3X

Size

NG

Pressure rating

03

Size – pressure stage (maximum)

1,60

700 bar

1,60-700

2,00

700 bar

2,00-700

2,50

700 bar

2,50-700

3,15

700 bar

3,15-700

4,00

700 bar

4,00-700

6,30

700 bar

6,30-700 1)

8,00

700 bar

8,00-700 1)

3,15

500 bar

3,15-500

5,00

500 bar

5,00-500

6,30

500 bar

6,30-500

8,00

500 bar

8,00-500

10,00

500 bar

10,00-500

16,00

500 bar

16,00-500 1)

20,00

500 bar

20,00-500 2)

Direction of rotation

04

Viewed on drive shaft

clockwise

R

Drive shaft

05

Parallel keyed shaft

A

Splined shaft 21 x 24, DIN 5481

G

Cylindrical shaft with output for mounting an AZPF or AZPFF

K

Line connection

06

Pipe thread according to ISO 228/1

01

SAE thread to ANSI B1.1

12

Seal material

07

NBR seals

M

FKM seals

V

Pressure ports

08

1 Pressure port

01

2 Pressure ports

02

3 Pressure ports

03

5 Pressure ports

08

6 Pressure ports

11

10 Pressure ports

12

Additional details

09

Further details in the plain text

*

1)Not available with shaft versions "G" and "K"
2)Not available with shaft versions "K"

Design options with multi-circuit pumps

The following can be seen from the following schematic representations:

  • the number and position of the pressure ports
  • which cylinders are combined.

Points mark the cylinders which are directly located at the pressurized pressure port.

Circles mark the cylinders which are not directly located at the pressurized pressure port.

The dashed and/or dot and dash lines show which cylinders are in each case combined.

The pressurized pressure ports are designated in clockwise direction.

The pressure port that - in clockwise direction - is closest to the suction port is referred to as P1 .

Type code

(Pos. 08)

Number of pressure ports

Combination of cylinders

3 pistons

5 pistons

10 pistons

01

1

02

2

03

3

08

5

11

6

12

10

01

02

03

04

05

06

07

08

09

10

11

R4

3X

/

R

K

M

+

*

Pump combinations

01

2-fold

P2

3-fold

P3

Type

02

Radial piston pumps, fixed displacement

R4

Component series

03

Component series 30 ... 39 (30 ... 39: unchanged installation and connection dimensions)

3X

Size

NG

Pressure rating

04

Size – pressure stage (maximum)

1,60

700 bar

1,60-700

2,00

700 bar

2,00-700

2,50

700 bar

2,50-700

3,15

700 bar

3,15-700

4,00

700 bar

4,00-700

3,15

500 bar

3,15-500

5,00

500 bar

5,00-500

6,30

500 bar

6,30-500

8,00

500 bar

8,00-500

10,00

500 bar

10,00-500

Direction of rotation

05

Viewed on drive shaft

clockwise

R

Drive shaft

06

Cylindrical shaft with output for mounting an AZPF or AZPFF

K

Line connection

07

Pipe thread according to ISO 228/1

01

SAE thread to ANSI B1.1

12

Seal material

08

NBR seals

M

Pressure ports

09

1 Pressure port

01

2 Pressure ports

02

3 Pressure ports

03

5 Pressure ports

08

Combination pumps

10

2-fold

NG

4 cm3

AZPF4

5 cm3

AZPF5

8 cm3

AZPF8

11 cm3

AZPF11

14 cm3

AZPF14

16 cm3

AZPF16

19 cm3

AZPF19

22 cm3

AZPF22

25 cm3

AZPF25

28 cm3

AZPF28

3-fold

NG

5 cm3 - 4 cm3

AZPFF5-4

8 cm3 - 4 cm3

AZPFF8-4

8 cm3 - 8 cm3

AZPFF8-8

11 cm3 - 4 cm3

AZPFF11-4

11 cm3 - 5 cm3

AZPFF11-5

11 cm3 - 8 cm3

AZPFF11-8

16 cm3 - 8 cm3

AZPFF16-8

16 cm3 - 16 cm3

AZPFF16-16

Additional details

11

Further details in the plain text

*

1)Project planning information for multiple pumps has to be observed

Technical data

Size

1,602,002,503,154,006,308,003,155,006,308,0010,0016,0020,00

Displacement

geometric

Vg

cm³

1.512.142.593.574.327.148.633.394.825.838.039.7116.0719.43

Drive speed

nmin

rpm

10001000100010001000100010001000100010001000100010001000

nmax

rpm

20002000200020002000200020002000200020002000200020002000

Operating pressure

absolute

Inlet

p

bar

0.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.50.8 ... 2.5

Outlet

continuous

pN

bar

700700700700700700700500500500500500500500

Inner diameter of the cylinders

Ø

mm

1010101010101015151515151515

Torque

max.

Drive shaft

Nm

160160160160160160160160160160160160160160

Number of cylinders

333551010333551010

Weight

m

kg

9.29.29.212.412.416.416.49.29.29.212.412.416.416.4

Drive shaft loading

Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed! Radial and axial forces cannot be absorbed!

Mounting type

Front face mountingFront face mountingFront face mountingFront face mountingFront face mountingFront face mountingFront face mountingFront face mountingFront face mountingFront face mountingFront face mountingFront face mountingFront face mountingFront face mounting

Line connections

Screw-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittingsScrew-in fittings

Direction of rotation, viewed on drive shaft

clockwiseclockwiseclockwiseclockwiseclockwiseclockwiseclockwiseclockwiseclockwiseclockwiseclockwiseclockwiseclockwiseclockwise

Hydraulic fluid

Permissible hydraulic fluid 1)

Mineral oil (HLP) to DIN 51524-2

Operating temperature range

°C

-10 … +70

Viscosity range

mm²/s

10 … 200

Maximum admissible degree of contamination of the hydraulic fluid 1)

Class 20/18/15 according to ISO 4406 (c)
1)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.

Flow/drive power

1)​

Inner diameter of the cylinders

mm

Stroke

mm

Vg

cm3

Pressure

bar

50

100

150

200

250

300

350

400

450

500

550

600

650

700

10

6.4

0.51

qV, eff

l/min

0.71

0.7

0.69

0.69

0.69

0.685

0.68

0.68

0.675

0.67

0.67

0.665

0.66

0.66

PA

kW

0.093

0.164

0.231

0.29

0.358

0.42

0.481

0.54

0.605

0.67

0.739

0.81

0.888

0.97

10

9.1

0.71

qV, eff

l/min

1.02

1.01

1.0

0.995

0.99

0.985

0.98

0.975

0.97

0.965

0.96

0.955

0.95

0.94

PA

kW

0.129

0.23

0.328

0.41

0.503

0.58

0.677

0.77

0.856

0.94

1.046

1.16

1.257

1.36

10

11.0

0.86

qV, eff

l/min

1.22

1.21

1.205

1.2

1.195

1.19

1.184

1.18

1.174

1.17

1.163

1.157

1.147

1.14

PA

kW

0.15

0.275

0.392

0.49

0.594

0.70

0.804

0.91

1.018

1.13

1.244

1.37

1.486

1.61

15

6.4

1.13

qV, eff

l/min

1.6

1.59

1.58

1.567

1.56

1.556

1.546

1.54

1.53

1.523

PA

kW

0.213

0.40

0.547

0.7

0.85

1

1.14

1.27

1.433

1.566

15

9.1

1.61

qV, eff

l/min

2.28

2.26

2.25

2.24

2.23

2.22

2.20

2.19

2.18

2.17

PA

kW

0.27

0.49

0.71

0.91

1.11

1.31

1.51

1.70

1.91

2.12

15

11.0

1.94

qV, eff

l/min

2.74

2.73

2.71

2.7

2.68

2.67

2.65

2.64

2.62

2.6

PA

kW

0.32

0.57

0.826

1.06

1.31

1.55

1.80

2.05

2.29

2.53

1)Mean values measured at n = 1450 rpm, Θ = 50 °C

Uniformity coefficient f relative to n = 1450 rpm

The values from "Flow/drive power" table relate to 1 cylinder each.

To determine the required drive power, multiply the specified value by the number of cylinders.

The uniformity coefficient f should be taken into account.

Radial piston pump (specifications apply for a frequency of 50 Hz)

3 cylinders

5 or 10 cylinders

Loaded cylinder

Factor f

Loaded cylinder

Factor f

1

3.13

1

3.13

1+2

1.89

1+2

1.57

1+3

1.57

1+2+3

1.60

1+3+4

1.35

1+2+3+4

1.30

1+2+3

1

1+2+3+4+5

1

At pumps with 10 cylinders, 2 cylinders each are switched at a pressure port.

▼ Example: Pump PR4–3X/1,60–700RA01M02

Port 1 and 2 are connected together and loaded with 450 bar, 3 is circulating at zero pressure.

PA = 2 × 0.605 kW = 1.21 kW

f = 1.57

Perf = 1.21 kW × 1.57 = 1.90 kW

Port 3 loaded with 300 bar, 1 and 2 run without pressure.

PA = 1 × 0.42 kW = 0.42 kW

f = 3.13

Perf = 0.42 kW × 3.13 = 1.31 kW

Port 1, 2 and 3, each loaded with 200 bar.

PA = 3 × 0.29 kW = 0.87 kW

f = 1

Perf = 0.87 kW × 1 = 0.87 kW

Diagrams/characteristic curves

Sound pressure level (average):

(measured at n = 1450 min-1, v = 41 mm2/s and ϑ = 50 °C in a sound measuring chamber according to DIN 45635, part 26, Distance microphone – pump = 1 m)

The characteristic curves do not apply for versions with multiple circuits.

3-piston pump

5-piston pump

10-piston pump

Characteristic curves – Flow:

(measured at n = 1450 min-1, v = 41 mm2/s and ϑ = 50 °C)

Characteristic curves – Drive power:

(measured at n = 1450 min-1, v = 41 mm2/s and ϑ = 50 °C)

Dimensions

Radial piston pump with 3 pistons

Dimensions in mm

1)Pipe thread according to ISO 228/1
2)With line connection with characteristic 12, according to ANSI B 1.1
3)With line connection with characteristic 12, connection adapter (SAE-12; 1 1/16-12 UN) according to ANSI B 1.1 not included in the scope of delivery

Radial piston pump with 5 pistons

Dimensions in mm

1)Pipe thread according to ISO 228/1
2)With line connection with characteristic 12, according to ANSI B 1.1
3)With line connection with characteristic 12, connection adapter (SAE-12; 1 1/16-12 UN) according to ANSI B 1.1 not included in the scope of delivery
  • Cylindrical shaft end
  • Shaft end with serration according to DIN 5481

Radial piston pump with 10 pistons

Characteristic 01, 02 and 08
Dimensions in mm

1)Pipe thread according to ISO 228/1
2)With line connection with characteristic 12, according to ANSI B 1.1
3)With line connection with characteristic 12, connection adapter (SAE-20; 1 5/8-20 UN) according to ANSI B 1.1 not included in the scope of delivery
  • Cylindrical shaft end
  • Shaft end with serration according to DIN 5481

Radial piston pump with 10 pistons

Characteristic 11 and 12
Dimensions in mm

1)Pipe thread according to ISO 228/1
2)With line connection with characteristic 12, according to ANSI B 1.1
3)With line connection with characteristic 12, connection adapter (SAE-20; 1 5/8-20 UN) according to ANSI B 1.1 not included in the scope of delivery
  • Cylindrical shaft end
  • Shaft end with serration according to DIN 5481

Pump combination P2R4...

Other dimension see Dimensional drawings of PR4

L1

mm

38.5

L2

mm

86.8

L3

mm

124.2125.4127.5131.3131.8139.4147.5148.1

L4

mm

170.5173177.1182.1187.1190.5195.5200.9217.3222.1

Ø D1

mm

4055

mm

± 0.15

Ø D2

mm

152026

Ø D3

mm

35

mm

± 0.15

Ø D4

mm

15

H1

mm

15.7

G

M6

mm

13

Pump combination P3R4...

Other dimension see Dimensional drawings of PR4

L1

mm

38.5

L2

mm

86.8

L3

mm

125.4127.5131.3

L4

mm

208.4212.5215.8217.5218.7220.8233.5

L5

mm

254.7258.8265.4263.8266.3270.4292.2

Ø D1

mm

40

mm

± 0.15

Ø D2

mm

1520

Ø D3

mm

40

mm

± 0.15

Ø D4

mm

15201520

Ø D5

mm

35

mm

± 0.15

Ø D6

mm

15

Ø D7

mm

35

mm

± 0.15

Ø D8

mm

15

H1

mm

15.7

G

M6

mm

13

Project planning information

Installation instructions

Fluid tank

  • Adjust useful volume of the tank to the operating conditions.
  • The admissible fluid temperature must not be exceeded; use coolers, if necessary.

Lines and ports

  • Remove protection plugs from the pump.
  • We recommend the use of seamless precision steel pipes according to DIN EN 10305-1 and removable pipe connections.
  • Select the clear width of pipes according to the ports (suction speed 1 to 1.5 m/s).
  • Inlet pressure, see technical data.
  • Thoroughly clean pipelines and fittings prior to installing.

Proposal for piping layout

  • Under no circumstances may drain and returning fluid be drawn directly into the suction port again, i.e., select the largest possible distance between suction line and return line.
  • The return drain must always be below the oil level.
  • Ensure suction-tight installation of the pipes.

Filter

Use a return flow or pressure filter, if possible.

(Suction filters only in connection with underpressure switch/clogging indicator).

Hydraulic fluid

  • Please observe our specifications according to data sheet 90220.
  • We recommend brand name hydraulic fluids.
  • Do not mix hydraulic fluids of different types since this can result in decomposition and deterioration of the lubricity.
  • The hydraulic fluid must be replaced at regular intervals according to the operating conditions. When doing this, the hydraulic fluid reservoir must also be cleaned of residues.

Drive

Electric motor + pump carrier + coupling + pump

  • No radial or axial forces permissible on the pump drive shaft!
  • Motor and pump must be exactly aligned!
  • Always use a coupling that is suitable for compensating for shaft offsets!
  • When installing the coupling, avoid axial forces, i.e., when installing, do not hammer or press the coupling onto the shaft! Use the female thread on the drive shaft.

Installation positions

B3

B5

V1

Project planning information

When using radial piston pumps, we recommend particularly observing the information specified below. Project planning, assembly and commissioning of the radial piston pumps require the employment of trained experts.

Technical data

All specified characteristic depend on production tolerances and are valid at certain boundary conditions. Please note that consequently, certain scatter ranges are possible and that with changed boundary conditions (e.g. viscosity), the characteristics may also change.

Characteristic curves for flow and consumed power

When designing the drive motor, please observe the maximum application parameters possible.

Noise

The values for sound pressure level shown under Diagrams/characteristic curves have been measured according to DIN 45635 part 26. That means only the sound emission of the pump is shown. Environmental influences (such as place of installation, piping, etc.) have been eliminated. The values are in each case only valid for one pump. For circulation at zero pressure, the pressure line must be preloaded by means of a check valve (cracking pressure p = 5 bar) due to noise development.

Notice

Due to the power unit construction and the influence at the final place of installation of the pump, the sound pressure level will usually be 5 to 10 dB(A) higher than the value of the pump itself.

Project planning information for multiple pumps

Project planning information for multiple pumps

  • The same general technical data apply as for single pumps.
  • The pump with the higher load (pressure x flow) should be the first pump stage.
  • When combining several pumps, the occurring torques may reach inadmissibly high values.
  • The total of the torques must not exceed the admissible values (see table below)

Pump type

Max. admissible

Drive torque Tmax

Output torque Tmax

PR4...

160 Nm

45 Nm

AZPF...

45 Nm

45 Nm

AZPFF...

45 Nm

45 Nm

Single pump

Example:
Pump combinationP3R4-3X/3.15-700...+AZPFF8-4

Tab2 = 45 Nm

T3 = 3.8 Nm ≤ Tab2 max

Tab1 = 45 Nm

T1,2 = T2 + T3

T1,2 = 18.8 Nm ≤ Tab1 max

Tmax = 160 Nm

T = T1 + T2 + T3

T = 63 Nm ≤ Tmax

Combination pump

Calculation example:

V = displacement in cm3

ηhydr.-mech. = hydraulic-mechanical efficiency

T = torque in Nm

Δp = pressure in bar

The pump combination can be operated with the calculated key data.

Commissioning

Commissioning instructions

Air bleeding

  • All PR4 radial piston pumps are self-priming.
  • Fill the housing with filtered oil via port S.
  • During initial commissioning, set the pump to pressureless circulation. To do so, release the pressure hose and direct it into the reservoir.
  • Before initial commissioning, the pump must be air-bled to protect it against damage.
  • Switch to pressureless circulation, or direct the pressure line or pressure hose back into the reservoir.
  • Briefly switch the pump on (inching mode).
  • Should the pump not displace bubble-free oil after approx. 20 seconds, re-check the system. After the operating values have been reached, check the pipe connections for leakage. Check the operating temperature.
  • Be aware of noise generation.

Commissioning

  • Check whether the system is thoroughly and properly installed.
  • Start the pump without load and let it displace fluid without pressure for a few seconds in order to ensure sufficient lubrication.
  • In no case may the pump be operated without hydraulic fluid!

Note

  • Adjustment, maintenance and repair of the pump may only be carried out by authorized, trained and instructed personnel!
  • Use only original Rexroth spare parts!
  • The pump may only be operated within the permissible data.
  • The pump may only be operated when in perfect condition!
  • When carrying out any work on the pump (e.g. installation and removal) the system must be switched off and depressurized!
  • Unauthorized conversions and changes, affecting the safety and function are not permissible!
  • Mount protective devices (e.g., coupling protection)!
  • Do not remove any existing protective devices!
  • The generally valid safety and accident prevention regulations must be strictly observed!

Downloads

Fixed displacement radial piston pump
Data Sheet | RE11263 | 2013-05-01 | English | PDF | 504k

Product Groups: Radial piston pumps
Type PR4

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Самовывоз из пункта выдачи

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Отгрузка товара юридическим лицам осуществляется только при наличии печати или правильно оформленной и заполненной доверенности, наличии паспорта получателя.


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Доставка транспортной компанией по России

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В гидравлических системах промышленного оборудования (станки, прессы, литьевые машины) и мобильной техники (строительные и дорожные машины) уровень шума является важным фактором. Традиционные внешние шестеренные насосы создают пульсацию потока, вызывающую вибрации и шум, что требует применения допол..

29 Мая, 2026
Bosch Rexroth — гидравлическая энергия без потерь

В гидравлических системах промышленного оборудования и мобильной техники ключевую роль играют насосы, преобразующие механическую энергию вращения в поток рабочей жидкости под давлением. От эффективности этого преобразования напрямую зависят тепловой режим системы и общие эксплуатационные расходы. Сп..

29 Апреля, 2026
BOSCH REXROTH MTX: управление сложностью

В высокотехнологичном станкостроении и автоматизированном производстве требования к системам числового программного управления постоянно растут. Обработка сложных деталей, синхронизация множества исполнительных механизмов и минимизация времени цикла становятся критическими факторами конкурентоспособ..

26 Марта, 2026
Bosch Rexort Directional poppet valves SED 6 для использования в взрывоопасных зонах

Directional poppet valves, directly operated, with solenoid actuation SED 6…XE представляют собой клапаны размером 6 из серии 1X, рассчитанные на максимальное давление до 350 бар и максимальный поток до 25 л/мин. Они доступны в версиях 3/2 и 4/2 и соответствуют стандарту портирования ISO 4401..

26 Февраля, 2026
BOSCH REXORT Характеристики и возможности клапана KSDE.8 N/P

Клапан 2/2 directional seat valve, direct operated with solenoid actuation KSDE.8 N/P (High Performance) представляет собой прямоприводный седельный клапан с соленоидным управлением, который отличается высокой надежностью и производительностью в сложных гидравлических системах. Обладает размером ..

30 Января, 2026
Bosch Rexroth Bladder-type accumulators HAB сохраняют лидирующие позиции в промышленном энергоснабжении

Баллонный аккумулятор Bosch Rexroth HAB2,5-350-6X/0G07G-2N111-CE+EAC (арт. R901451721) представляет собой электрохимический источник питания, созданный для эффективного хранения и выдачи электрической энергии. Его конструкция включает баллон с электродами и электролитом, что обеспечивает стабильную ..

28 Декабря, 2025
Bosch Rexorth Gerotor pumps with constant displacement PGZ — особенности и сферы применения

Насосы Gerotor с постоянным рабочим объёмом PGZ представлены рамками размером 4 и 5, соответствующими размерам от 20 до 140 см³. Максимальное рабочее давление достигает 15 бар, а максимальный рабочий объём — 136,3 см³. Ключевые характеристики насосов PGZ включают в себя: - фикс..

29 Ноября, 2025
Bosch Rexort CDI+ VAC08 для эффективного управления двумя дисплеями в системах ctrlX IPC

Разделитель CDI+ VAC08 обеспечивает подключение одной или двух панелей управления DR или DE к блочному ПК PR с интерфейсом CDI+. Устройство позволяет выводить идентичное видео на оба дисплея в режиме клона, что упрощает контроль и мониторинг информации в реальном времени. Особенность конструкции ..

31 Октября, 2025
Bosch Rexort Electrohydraulic pump EHP – особенности и эксплуатационные преимущества

Electrohydraulic pump EHP представляет собой приводной агрегат с фиксированным насосом и электродвигателем, который широко применяется в транспортных средствах и системах для обработки грузов. Диапазон размеров насосов варьируется от 1.0 до 22, а номинальное напряжение составляет от 12 до 110 В, что..

29 Сентября, 2025
Bosch Rexroth CFL01.1-Q2: надёжная перекрёстная связь в системах автоматизации

В сфере промышленной автоматизации стабильный обмен данными между системами управления и приводами играет ключевую роль. Модуль Bosch Rexroth Перекрёстная связь (Sercos II) CFL01.1-Q2 показывает, как продуманная инженерия способна повысить эффективность и гибкость технологических процессов. Оснащ..

11 Августа, 2025
Bosch Rexroth CDI+ VAC08: распределение видеосигнала с управлением правами доступа

На производственных площадках и в распределительных шкафах всё чаще применяются устройства, позволяющие эффективно делить интерфейсы между несколькими дисплеями. Одним из таких решений стал разделитель CDI+ VAC08 из ассортимента Bosch Rexroth, работающий с системами ctrlX IPC. Устройство позволяе..

10 Июля, 2025
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