Axial Piston Variable Pump A10VSO - Bid on Equipmentbidonequipment.info/s/REXROTH A10VSO Axial...

Linear Motion andAssembly Technologies ServicePneumaticsHydraulics

Electric Drives and Controls

Axial Piston Variable PumpA10VSO

Data sheet

Series 31Size NG18 to 140Nominal pressure 280 barPeak pressure 350 barOpen circuit

FeaturesVariable axial piston pump of swashplate –design for hydrostatic drives in open circuits

The flow is proportional to the drive speed and –displacement.

The flow is infinitely variable through adjustment of the –swashplate angle.

2 case drain ports –

Good suction characteristics –

Permissible continuous pressure 280 bar –

Low noise level –

Long service life –

Axial and radial loading of drive shaft possible –

High power to weight ratio –

Wide range of controls –

Short response times –

The through drive is suitable to mount additional gear or –piston pumps of up to the same displacement size, i.e. 100% through drive torque.

RE 92711/06.09 1/40Replaces: 10.07 and RE 92712/10.07

ContentsOrdering code for standard program 2

Technical data 5

Technical data standard units 6

Technical data High-Speed-Version 7

Technical data 8

Characteristics for pumps with pressure control 9

DG – two-point control, directly operated 10

DR – Pressure control 11

DRG – Pressure control, remote 12

DFR/DFR1 – Pressure and flow control 13

DFLR – Pressure/flow/power control 14

FHD-displacement control, pilot pressure dependent with pressure control 15

Dimensions, size 18 to 140 16

Through drive dimensions 30

Overview of attachements 35

Combination pumps A10VSO + A10VSO 36

Installation instructions 37

General instructions 40

2/40 Bosch Rexroth AG A10VSO Series 31 RE 92711/06.09

Version 18 28 45 71 100 140

01HFA, HFB and HFC -Fluids (with the exception of Skydrol) – E

High-Speed-Version – – H

Axial piston unit 18 28 45 71 100 14002 Swashplate design, variable A10VS

Operation mode03 Pump, open circuit O

Size04 Displacement Vg max in cm3 18 28 45 71 100 140

Control device 18 28 45 71 100 140

05

Two point control, directly operated DG

Pressure control DR

remotely controlled DRG

with flow controlX - T open DFRX - T closed with flushing function DFR1

electric displacement control – FE11)

electric displacement control with press. control DFE11)

electric pressure control, inverse proportional curve ED2)

Pressure, flow and power control – DFLR

Displacement control, pilot pressure dependent with pressure control – FHD

Series06 Series 3, Index 1 31

Direction of rotation

07Viewed from drive shaft clockwise R

counter clockwise L

Seals08 FKM (Fluor-caoutchouc) V

Drive shaft 18 28 45 71 100 140

09

Splined shaft, ANSI B92.1a-1976, standard shaft S

Similar to „S“ however for higher drive torque – – R

Parallel keyed shaft to DIN 6885 P

Mounting flange 18 28 45 71 100 140

10ISO 3019-2 – 2-bolt – A

ISO 3019-2 – 4-bolt – – – – – B

A10VS O / 31 – V01 02 03 04 05 06 07 08 09 10 11 12

Ordering code for standard program

1) See also RE 30030 2) See also RE 92707

= Available m = On request – Not available ▲ = Not for new appliacations = Preferred program

RE 92711/06.09 A10VSO Series 31 Bosch Rexroth AG 3/40

A10VS O / 31 – V01 02 03 04 05 06 07 08 09 10 11 12

Ordering code for standard program

Service line ports 18 28 45 71 100 140

11

SAE flanged ports at opposite sides, Metric mounting bolts ▲3) 12

SAE flanged ports at opposite sides, Metric mounting bolts

– – – – – 42

Through drive 18 28 45 71 100 140

12

Without through drive N00

Flange SAE J744 Coupler for splined shaft4)

82-2 (A) 5/8 in 9T 16/32DP K01

82-2 (A) 3/4 in 11T 16/32DP K52

101-2 (B) 7/8 in 13T 16/32DP – K68

101-2 (B) 1 in 15T 16/32DP – – K04

127-2 (C) 1 1/4 in 14T 12/24DP – – – K07

127-2(C) 1 1/2 in 17T 12/24DP – – – – K24

152-4 (D) 1 3/4 in 13T 8/16DP – – – – – K17Dia. 63, metric 4-bolt

Keyed dia. 25 – K57

Flange ISO 3019-2

ISO 80, 2-bolt 3/4 in 11T 16/32DP KB2

ISO 100, 2-bolt 7/8 in 13T 16/32DP – KB3

ISO 100, 2-bolt 1 in 15T 16/32DP – – KB4

ISO 125, 2-bolt 1 1/4 in 14T 12/24DP – – – KB5

ISO 125, 2-bolt 1 1/2 in 17T 12/24DP – – – – KB6

ISO 180, 4-bolt 1 3/4 in 13T 8/16DP – – – – – KB7

3) Observe information on page 23 4) Coupler for splined shaft to ANSI B92.1a-1976 (spline execution to SAE J744)

= Available m = On request – Not available ▲ = Not for new appliacations = Preferred program


Technical dataHydraulic fluidPrior to project design please observe the extensive informa-tion on the selection of hydraulic fluids in our data sheets RE 90220 (mineral oil), RE 90221 (ecologically acceptable fluids) and RE 90223 (HF-fluids) .

When using HF- or ecologically acceptable fluids possible li-mitations on the technical data may be applicable, if necessary please consult us (when ordering please state the type of fluid to be used in clear text). For operation on Skydrol fluid please consult us.

Operating viscosity range

In order to obtain optimum efficiency and service life, we re-commend that the operating viscosity (at operating temperature) be selected within the range

nopt = opt. operating viscosity 16 ... 36 mm2/s

referred to the reservoir temperature (open circuit).

Limits of viscosity range

For extreme operating conditions the following limits apply:

nmin = 10 mm2/s short term (t ≤1 min) at max.permissible case drain temperature of 90 °C.

Please note, that the max. case drain temperature of 90 °C is also not exceeded in certain areas (eg. bearing area). The temperature in the bearing area is approx. 5 K higher than the average case drain temperature.

nmax = 1000 mm2/s short term (t ≤ 1 min) on cold start (tmin = p ≤30 bar, n ≤ 1000 rpm, -25 °C)

At temperatures between -25 °C and -40 °C special measures may be required for certain installation positions, please contact us for further information.

For detailed information on operation at very low temperatures see RE 90300-03-B.

Selection diagram

Notes on the selction of hydraulic fluid

In order to select the correct fluid, it is necessary to know the operating temperature in the tank (open circuit) in relation to the ambiet temperature.

The hydraulic fluid should be selected so that within the operating temperature range, the operating viscosity lies within the optimum range (nopt) (see shaded section of the selction di-agram). We recommend that the higher viscosity grade should be selected in each case.

Example: At an ambient temperature of X °C the fluid temperature in the tank is 60 °C. In the optimum viscosity ran-ge (nopt; shaded area) this corresponds to viscosity grades VG 46 or VG 68; VG 68 should be selected.

Important The case drain temperature is influenced by pressure and speed and is typically higher than the tank temperature. However max. temperature at any point in the system may not exceed 90 °C.

If the above mentioned conditions cannot be kept due to extreme operating parameters or high ambient temperatures please consult us.

Filtration of fluid

The finer the filtration the better the achieved cleanliness of the fluid and the longer the service life of the axial piston unit. In order to ensure a reliable functioning of the axial piston unit it is necessary to determine the fluid cleanliness class through a gravimetric evaluation; a cleanliness level of at least 20/18/15 to ISO 4406 is required.

If the above mentioned cleanliness classes cannot be met please consult us.

tmin = -40 °C

t in °C

tmax = +90 °C

5

10

4060

20

100

200

400600

100016002500 0° 20° 40° 60° 80° 100°-40° -20°

nopt.

16

36

5

1600

-40° -25° -10° 10° 30° 50° 90°70°0°

VG 22

VG 32

VG 46

VG 68

VG 100

Fluid temperature range

Visc

osity

n [

mm

2 /s]

Temperature range


Technical dataOperating pressure rangeDirection of flow

S to B

Pressure at suction port S (inlet)

Inlet pressure

pabs min ________________________________ 0,8 bar absolute

pabs max ________________________________10 bar1) absolute

Minimum permissible inlet pressure at port S at increased drive speed

In order to prevent damage to the pump (through cavitation) it is necesssary to maintain a minimum inlet pressure. This minimum required inlet pressure level depends on the drive speed and the pump displacement. These values do not apply however to the High-Speed version (see table of values on page 7).

1,4

1,6

1,2

1,0

0,9

0,81,00,90,80,7

1,2

1,1

1,0

0,9

Spe

ed n

/n m

ax

Displacement Vg/Vg max

Case drain pressure

Maximum case drain pressure (at ports L, L1): Maximum 0,5 bar higher than the inlet pressure at port S, but not higher than 2 bar absolut.

pL max abs _______________________________________ 2 bar1)

Pressure at service line port (pressure port) B

Nominal pressure pnom _________________ 280 bar absolute

Peak pressure pmax ____________________ 350 bar absolute Total duration of exertion __________________________300 h Single duration of exertion ________________________ 2,5 ms

Minimum outlet pressure _______________________10 bar1)

Rate of pressure change RA ________________ 16000 bar/s

pnom

Dt

Dp

time t

Pre

ssur

e p

To safeguard against over pressure pump safety blocks to RE 25880 and RE 25890 for direct mounting onto the SAE flange ports can be ordered separately.

Definition

Nominal pressure pnom

The nominal pressure corresponds to the maximum design pressure.

Peak pressure pmax

The peak pressure corresponds to the maximum pressure within the individual operating period. The total of the individual operating periods must not exceed the total operating period.

Minimum pressure (high-pressure side)Minimum pressure in the pump outlet side (port B) that is required in order to prevent damage to the axial piston unit.

Rate of pressure change RA

Maximum permissible pressure build-up and pressure reduc-tion speed with a pressure change over the entire pressure range.

Pre

ssur

e p t1

t2 tnIndividual operating period

Minimum pressure (in pump outlet)

Peak pressure pmaxNominal pressure pnom

Time t

Total operating period= t1 + t2 + ... + tn1) Other datas on request.

Inle

t pre

ssur

e p

abs

[bar

]


Table of values (theoretical values, without considering efficiencies and tolerances; values rounded)

Size NG 18 28 45 71 100 140

Displacement

variable pump Vg max cm3 18 28 45 71 100 140

Speed1)

maximum at Vg max nmax rpm 3300 3000 2600 2200 2000 1800

maximum at Vg < Vg max2) nmax perm. rpm 3900 3600 3100 2600 2400 2100

Flow

at nmax and Vg max qv max L/min 59 84 117 156 200 252

at n = 1500 rpm qv L/min 27 42 68 107 150 210

Power

at nmax Dp = 280 bar Pmax kW 30 39 55 73 93 118

at n = 1500 rpm P kW 12,6 20 32 50 70 98

Torque

at Vg max and Dp = 280 bar Tmax Nm 80 125 200 316 445 623

Dp = 100 bar T Nm 30 45 72 113 159 223Torsional stiffness drive shaft S c Nm/rad 11087 22317 37499 71884 121142 169537

drive shaft R c Nm/rad 14850 26360 41025 76545 – –

drive shaft P c Nm/rad 13158 25656 41232 80627 132335 188406

Moment of inertia rotary unit

JTW kgm2 0.00093 0.0017 0.0033 0.0083 0.0167 0.0242

Case volume V L 0.4 0.7 1.0 1.6 2.2 3.0

Weight (without through drive) approx.

m kg 12 15 21 33 45 60

1) Values shown are valid for an absolute pressure (pabs) of 1 bar at inlet port S and use with mineral oil (with a specific weight of 0,88kg/L). 2) Values are valid for Vg ≤Vg max or increase of inlet pressure p abs at inlet port S (see diagram page 5)

Note

Exceeding the maximum or falling below the minimum permissible values can lead to a loss of function, a reduction in operational

service life or total destruction of the axial piston unit. The permissible values can be determined through calculation.

Determination of size

Flow qV =Vg • n • hV

[L/min]Vg = Geometr. displacement per revolution in cm3

1000 Dp = Pressure differential in bar

Torque T =Vg • Dp

[Nm]n = Speed in rpm

20 • p • hmh hV = Volumetric efficiency

Power P =2p • T • n

=qV • Dp

[kW]hmh = Mechanical-hydraulic efficiency

60000 600 • ht ht = Overall efficiency (ht = hV • hmh)

Technical data standard units


Table of values (theoretical values, without considering efficiencies and tolerances; values rounded)

Size NG 45 71 100 140

Displacement

variable pump Vg max cm3 45 71 100 140

Speed1)

maximum at Vg max nmax rpm 3000 2550 2300 2050

maximum at Vg < Vg max2) nmax perm. rpm 3300 2800 2500 2200

Flow

at nmax and Vg max qv max L/min 135 178 230 287

Power

at n max Dp = 280 bar Pmax kW 63 83 107 134

at n = 1500 rpm P kW 32 50 70 98

Torque

at Vg max and Dp = 280 bar Tmax Nm 200 316 445 623

Dp = 100 bar T Nm 72 113 159 223Torsional stiffness drive shaft S c Nm/rad 37499 71884 121142 169537

drive shaft R c Nm/rad 41025 76545 – –

drive shaft P c Nm/rad 41232 80627 132335 188406

Moment of inertia rotary unit

JTW kgm2 0.0033 0.0083 0.0167 0.0242

Case volume V L 1.0 1.6 2.2 3.0

Weight (without through drive) approx.

m kg 21 33 45 60

1) Values shown are valid for an absolute pressure (pabs) of 1 bar at inlet port S and use with mineral oil (with a specific weight of 0,88kg/L). 2) Don´t exceed the maximum flow (qv max).

The pump sizes 45, 71, 100 and 140 are optionally available in a in High-Speed version.

In comparison with the standard units, pumps in this version can be operated at higher input speeds without any change in outer dimensions.

Note

Exceeding the maximum or falling below the minimum permissible values can lead to a loss of function, a reduction in operational

service life or total destruction of the axial piston unit. The permissible values can be determined through calculation.

Technical data High-Speed-Version


Technical dataPermissible loading of drive shaft

Size NG 18 28 45 71 100 140

Max. radial load.at

X/2Fq max N 350 1200 1500 1900 2300 2800

Max. axial load. Fax N 700 1000 1500 2400 4000 4800

Fq

X

X/2 X/2

± Fax

Permissible input and through drive torques

Size NG 18 28 45 71 100 140

Torque, max.

(at Vg max and Dp = 280 bar1))

Tmax Nm 80 125 200 316 445 623

Max. permissible input torque2)

at drive shaft S to TE perm Nm 124 198 319 626 1104 1620

SAE J744 (ANSI B92.1a-1976) in 3/4 7/8 1 1 1/4 1 1/2 1 3/4

at drive shaft R similar to TE perm Nm 160 250 400 644 – –

SAE J744 (ANSI B92.1a-1976) in 3/4 7/8 1 1 1/4 – –

at drive shaft P TE perm Nm 88 137 200 439 857 1206

DIN 6885 mm 18j6 22j6 25j6 32j6 40k6 45k6

Max. through drive torque.

at drive shaft S TD perm Nm 108 160 319 492 778 1266

at drive shaft R TD perm Nm 120 176 365 548 – –

at drive shaft P TD perm Nm 88 137 200 439 778 1206

1) Without considering efficiencies 2) For drive shaft free of radial load

Distribution of torques

2. Pumpe1. Pumpe

TE

TD

T1 T2

1. Pumpe 2. Pumpe


60

80

100

120

140

160

180

200

220

240

260

40

20

0

30

40

50

60

70

80

90

100

110

120

130

20

10

00 10050 150 200 250 280

60

80

100

120

140

160

180

200

40

20

0

30

40

50

60

70

80

90

100

20

10

00 10050 150 200 250 280

Characteristics for pumps with pressure controlDrive power and flow(Operating fluid: hydraulic fluid to ISO VG 46 DIN 51519, t = 50°C)

60

40

20

0

30

20

10

00 10050 150 200 250 280

Size 18

n = 1500 rpm

n = 3300 rpm

Size 100

n = 1500 rpm

n = 2000 rpm

Size 140

n = 1500 rpm

n = 1800 rpm

Size 28

n = 1500 rpm

n = 3000 rpm

Size 45

n = 1500 rpm

n = 2600 rpm

Size 71

n = 1500 rpm

n = 2200 rpm

60

8090

40

20

0

30

40

20

10

00 10050 150 200 250 280

60

80

100

110

40

20

0

30

40

50

60

20

10

00 10050 150 200 250 280

60

80

100

120

140

160

40

20

0

30

40

50

60

70

80

20

10

00 10050 150 200 250 280

Operating pressure p [bar]



qv qv

qv

qv

qv

qv

Pqv max

Pqv max

Pqv max

Pqv max

Pqv max

Pqv max

Pqv Null

Pqv Null

Pqv Null

Pqv Null

Pqv Null

Pqv Null




Flow

qV [

L/m

in]

Flow

qV [

L/m

in]

Flow

qV [

L/m

in]

Flow

qV [

L/m

in]

Flow

qV [

L/m

in]

Flow

qV [

L/m

in]

Driv

e po

wer

P [

kW]

Driv

e po

wer

P [

kW]

Driv

e po

wer

P [

kW]

Driv

e po

wer

P

[kW

]D

rive

pow

er P

[kW

]D

rive

pow

er P

[kW

]


DG – two-point control, directly operatedThe pump can be set to a minimum swivel angle by connecting an external control pressure to port X.

This will supply control fluid directly to the stroking piston; a minimum pressure of pst ≥ 50 bar is required.

The pump can only be switched between Vg max or Vg min.

Please note, that the required control pressure at port X is directly dependent on the actual operating pressure pB in port B. (see switching pressure diagram).

Control pressure pst in X = 0 bar Vg max

Control pressure pst in X ≥ 50 bar Vg min

The max. permissible switching pressure pst = 120 bar.

Switching pressure diagram

Ports

B Outlet portS Inlet portL, L1 Case drain port (L1 plugged)X Control pressure port (plugged)

X

L B

SL1

0 28050 70 140 210

120

100

50

Req

. con

trol

pre

ssur

e p s

t [ba

r]

Operating pressure pB [bar]

Schematic DG


DR – Pressure control

Ports

B Outlet portS Inlet portL, L1 Case drain port (L1 plugged)

Controller data

Hysteresis and repetititive accuracy Dp__________ max. 3 bar

Pressure rise, max

Size 18 28 45 71 100 140

Dp bar 4 4 6 8 10 12

Pilot fluid consumption _______________max. approx. 3 L/min

Flow loss at qVmax see page 9.

The DR-pressure control limits the maximum pressure at the pump outlet within the pump‘s control range. The pump therefore supplies only the amount of fluid as required by the actuators. This maximum pressure level can be set steplessly at the control valve.

Static characteristic

(at n1 = 1500 rpm; tfluid = 50°C)

35

280

Flow qv [L/min]

Ope

ratin

g pr

essu

re p

B [

bar]

Hys

tere

sis

and

pres

sure

rise

Dp m

ax

Set

ting

rang

e

L B

SL1

Schematic DR size 18 to 100

Size 140


The DR-pressure control (see page 11) is overriding this DRG-remote setting of max. outlet pressure.

A pressure relief valve can be externally piped to port X for remote setting of pressure below the setting of the DR control valve spool. This relief valve is not included in the pump supply.

The differential pressure at the DRG-control spool is set as standard to 20 bar. This results in a pilot fluid flow to the relief valve of approx. 1,5 L/min at port X. If another setting is required (range from 10 to 22 bar) please state in clear text.

As a separate relief valve we can recommend:

DBDH 6 (hydraulic) to RE 25402 or

DBETR-SO 381 with orifice dia. 0,8 mm in P (electric) to RE 29166.

The max. lenght of piping should not exceed 2 m.


(at n1 = 1500 rpm; tfluid = 50°C)

Controller data

Hysteresis Dp ___________________________ maximum 3 bar

Pressure rise maximum

Size 18 28 45 71 100 140

Dp bar 4 4 6 8 10 12

Pilot fluid consumption _________________ approx. 4,5 L/min

Flow loss at qv max see page 9.

20

280

DRG – Pressure control, remote

Flow qv [L/min]

qv min qv max

Ope

ratin

g pr

essu

re p

B [

bar]

Hys

tere

sis

and

pres

sure

rise

Dp m

ax

Set

ting

rang

e

L B

SL1

X

Schematic DRG size 18 to 100

Ports

B Outlet portS Inlet portL, L1 Case drain port (L1 plugged)X Pilot pressure port

Details of pilot pressure port XSize 18 to 100 with adapter Size 140 without adapter

not in scope of supply


Size 140

X


X

B

In additon to the pressure control function, the pump flow may be varied by means of a differential pressure over an orifice or valve spool installed in the service line to the actuator. The pump flow is equal to the actual required flow by the actuator, regardless of changing pressure levels.

The pressure control overrides the flow control function.

Note The DFR1-valve version has no connection between X and the tank (pump housing). Unloading the LS-pilot line must be possible in the valve system. Because of the flushing function sufficient unloading of the X-line must also be provided.


Flow controller at n1 = 1500 rpm; tfluid = 50°C)

Static characteristic at variable speed

DFR/DFR1 – Pressure and flow control

Ports

B Outlet port S Inlet port L, L1 Case drain port (L1 plugged) X Pilot pressure port

Details of pilot pressure port X Size 18 to 100 with adapter Size 140 without adapter

Differential pressure Dp:

Standard setting: 14 bar. If another setting is required, please state in clear text. Unloading port X to tank (with outlet port B closed) results in a zero stroke (standby) pressure of p = 18 ± 2 bar (dependent on the Dp setting).

Controller data

Data pressure control DR see page 11. Maximum flow deviation measured with drive speed n = 1500 rpm.

Size 18 28 45 71 100 140

Dqv max L/min 0,9 1,0 1,8 2,8 4,0 6,0

Pilot flow consumption DFR max. approx. 3...4,5 L/min Pilot flow consumption DFR1 max. approx. 3 L/min

35

280

Flow qv [L/min]

Flow

qv [

L/m

in]

qv min qv maxOpe

ratin

g pr

essu

re p

B [

bar]

Dqv see table

Dqv s

ee ta

ble

Set

ting

rang

e

Speed n [rpm]

X

L B

SL1

Schematic DFR size 18 to 100

closed in DFR1 valve

closed in DFR1 valve



Size 140


In order to achieve a constant drive torque with varying opera-ting pressures, the swivel angle and with it the output flow from the axial piston unit is varied so that the product of flow and pressure remains constant.

Flow control is possible below the power control curve.


at 1500 min-1

The power characteristic is factory set, please state power requirements when ordering, eg. 20 kW at1500 rpm.

Controller data

Technical data of pressure control see page 11.

Technical data of flow control see page 13.

Beginning of control _______up to 50 bar and above 240 bar Pilot fluid consumption _____________max. approx. 5,5 L/min


0 100

0

50

100

150

200

250

280300

0 100

∆qV

Schematic DFLR size 28 to 100


DFLR – Pressure/flow/power control

X

L B

SL1


Size 140

X

L B

SL1

Ports

B Outlet port S Inlet port L, L1 Case drain port (L1 plugged) X Pilot pressure port

Maximum power curve

Minimum power curveO

pera

ting

pres

sure

p [

bar]

Torq

ue T

[N

m]

Flow qv [%]


18

20

40

60

80

100

12 356 280

Schematic FHD size 28 to 100

FHD-displacement control, pilot pressure dependent with pressure control

Size 140

Ports

B Outlet port S Inlet port L, L1 Case drain port (L1 plugged) Mst Gauging port pilot support pressure (plugged) Y Pilot support pressure X Pilot pressure port

The swivel angle of the pump and hence the displacement or flow, is dependent on the pilot pressure pSt X in port X.

A constant pressure pY = 35 bar is required at port Y. An overriding pressure control is integrated and can be steplessly set at the control valve.

Please indicate setting values in clear text.

Controller data

Hysteresis ± 2 % of Vg max

External pilot fluid consumption in Y _________________________ max. approx. 3 to 4,5 L/min

Pressure rise Dp_____________________________ max. 4 bar

Minimum system pressure pmin _____________________18 bar



(at n1 = 1500 rpm; tfluid = 50° C)

Hysteresis and pressure rise Dp

Dis

plac

emen

t V

g/V

g m

ax [%

]

Pilot pressure pSt X [bar]


Setting range

Y

MSt

X

L B

SL1

Y

MSt

X

L B

SL1


195

6363

W

V

145

XL

L1

108

43

Ø80

h8

6.383

11.5

52.4

26.2

S

S

Ø25

47.6

Ø20

B

B

22.2

L

126

40

152

66

11

109

max

. 110

64 69

109

45°45°

X

Dimensions, size 18 Before finalising your design please request a certified installation drawing. Dimensions in mm

Flange ISO 3019-2 80-2

Valve mounting for counter clockwise rotation

DFR/DFR1 Pressure/flow control; clockwise rotation

View V View W

Ports Designation Port for Standard Size 1) Peak pressure

[bar] 2)State

B Service line (standard pressure range) Fixing thread

SAE J518 DIN 13

3/4 in M10; 17 deep

350

O

S Suction (standard pressure range) Fixing thread

SAE J518 DIN 13

1 in M10; 17 deep

5

O

L Case drain DIN 3852 M16x1,5 2 O 3)

L1 Case drain DIN 3852 M16x1,5 2 plugged 3)

X Pilot pressure DIN 3852 M14x1,5; 12 deep 350 OX Control press. for DG control DIN 3852 G 1/4 in 120 O

1) For the max. tightening torques the instructions on page 40 must be observed. 2) Application dependent pressure spikes can occur.. Please consider this when selecting measuring equipment or fittings 3) Dependent on the installation position, port L or L1 must be connected O = Must be connected (plugged on delivery)


3G

1/4

in25

+0.

4

8912

97

X

148

126

max

. 110

X

X

108

126

40

109

max

. 110

X

Dimensions size 18

S Splined shaft 3/4 in 11T 16/32 DP1)

SAE J744 - 19-4 (A-B)P Keyed shaftR Splined shaft 3/4 in 11T 16/32 DP1)

SAE J744 - 19-4 (A-B)

Before finalising your design please request a certified installation drawing. Dimensions in mm




Drive shafts

DRG pressure control, remote

to mounting flange face


DR pressure control

DG Two point control, directly operated

3830

2214

1/4-

20U

NC

-2B

Ø3

/4in

14

21

38

ø3/4

in

1/4-

20U

NC

-2B

3628

2 25

Ø18

j6

For details of hydraulic connections see page 16

Centering 2) R 3.15 x 6.7 DIN 332

1) ANSI B92.1a-1976, 30° pressure angle, flat base, flank centering, fit class 5 2) Axial retention of coupling half eg. via clamp coupling or clamping bolt

usable spline lenght


X

S

58.7

Ø32

30.2

B

22.2

Ø20

47.6 Ø

100

h8

8080

206

1440

XL L

L1164

6.39.5

W

V

90118

136119.3

74

83.5

140164

max

. 110

4074

14

45°45°

Ø174

S

B

Dimensions, size 28

S Splined shaft 7/8 in 13T 16/32 DP4)

SAE J744 - 22-4 (B)R Splined shaft 7/8 in 13T 16/32 DP4)

SAE J744 - 22-4 (B)


View V

View W


Drive shafts

4133.1

25.116

1/4-

20U

NC

-2B

Ø7/

8 in

16

25

41

ø7/8

in1/

4-20

UN

C-2

B



Ports Designation Port for Standard Size 1) Peak press.

[bar] 2)State


SAE J518 DIN 13

3/4 in M10; 17 deep

350

O

S Inlet (standard pressure range Fixing thread

SAE J518 DIN 13

1 1/4 in M10; 17 deep

5

O

L, L1 Case drain (L1 plugged) DIN 3852 M18x1,5; 12 deep 2 O 3)

X Pilot pressure DIN 3852 M14x1,5; 12 deep 350 OX Control pressure for DG control DIN 3852 G 1/4 in 120 OY Pilot support pressure DIN 3852 M14x1,5; 12 deep max. 35 OMB Meassuring outlet pressure SAE 3852 G 1/4 in 350 pluggedMst Measuring pilot support pressure DIN 3853/ISO 8434

DIN 3861Tube dia.8 mm max 18 closed


P Keyed shaft

36

16

2 32

M6

Ø22

j6

46

4) ANSI B92.1a-1976, 30° pressure angle, flat base, flank centering, fit class 5

Flange ISO 3019-2 100-2



DRG Pressure control, remote

DR Pressure control

FHD Displ. control, pilot press. dependent with pressure control


DFLR Pressure/flow/power control

X

136

max

. 110

X

118

136119

max

. 110

40

135.5119

max

.110

40

198

X



136119158

4786

48 49118169

Mst

Y

137.

5

124

X

Mst

MB

40m

ax. 1

10

L

3 G 1

/4 in

25+

0.4

99.5103.5

12

X

158








W

V

X

35.7

Ø40

69.9

S

B

Ø25

52.4

26.2

129146

133

9090

max

. 110

40

140

9.5

LL

X

L1

Ø10

0 h8

219224

184

966.3

1844514.3

80.5

93.5

14

83

45°45°

Dimensions, size 45

S Splined shaft 1 in 15T 16/32 DP4)

SAE J744 - 25-4 (B-B)R Splined shaft 1 in 15T 16/32 DP4)

SAE J744 - 25-4 (B-B)



Drive shafts

45.938

3016

1/4-

20U

NC

-2B

Ø1

in

16

29.5

45.9

ø1in

1/4-

20U

NC

-2B


View V

View W



[bar] 2)State


SAE J518 DIN 13

1 in M10; 17 deep

350

O

S Inlet (standard pressure range) Fixing thread

SAE J518 DIN 13

1 1/2 in M12; 20 deep

5

O



X Pilot pressure DIN 3852 M14x1,5; 12 deep 350 OX Control pressure for DG control DIN 3852 G 1/4 in 120 OY Pilot support pressure DIN 3852 M14x1,5; 12 deep max. 35 OMB Measuring outlet pressure SAE 3852 G 1/4 in 350 pluggedMst Measuring pilot support pressure DIN 3853/ISO 8434

DIN 3861Tube dia. 8 mm max. 18 closed


P Keyed shaft

42

19

3 36

M8

Ø25

j6

52


Flange ISO 3019-2 100-2


G 1

/4 in

25+

0.4

173

110117

X

3

12

Z

34

91.5

134146

129174

MB

MB

B

Y

Mst

49

4011

213

7

X

X

187

30

55

Dimensions, size 45


DR Pressure control

FHD Displ. control, pilot press. dependent with press. control




X

129146

133

max

. 110

40

X



View Z

X

146

max

. 110

40

129

X

112

213

146





Valve mounting for counter clokwise rotation



L

77.8

Ø50

S

42.9

Ø2552.4

26.2

B

257

V

W

92m

ax. 1

10

143107.5160

40

5318

Ø12

5h8

1898

180210

L1

L

104

104

1616 115

12.7

45°45°

X

217

X

Dimensions , size 71 Before finalising your design please request a certified installation drawing. Dimensionsin mm

DFR/DFR1 Pressure/flow control, port plate 42; clockwise rotation

View V

View W



[bar] 2)State

B Service line (Standard pressure range) Fixing thread

SAE J518 DIN 13

1 in M10; 17 deep

350

O


SAE J518 DIN 13

2 in M12; 20 deep

5

O


L1 Case draint DIN 3852 M22x1,5 2 plugged 3)

X Pilot pressure DIN 3852 M14x1,5; 12deep 350 OX Control pressure for DG control DIN 3852 G 1/4 in 120 OY Pilot support pressure DIN 3852 M14x1,5; 12 deep max. 35 OMB Measuring outlet pressure SAE 3852 G 1/4 in 350 pluggedMst Measuring pilot support pressure DIN 3853/ISO 8434



S Splined shaft 1 1/4 in 14T 12/24 DP4)

SAE J744 - 32-4 (C)R Splined shaft 1 1/4 in 14T 12/24 DP4)

SAE J744 - 32-4 (C)

Drive shafts

55.447.5

39.519

5/16

-18U

NC

-2B

Ø1

1/4i

n

19

38

55.4

ø1 1

/4in

5/16

-18U

NC

-2B


P Keyed shaft

50

22

2.5 45

M10

Ø32

j6

60


Flange ISO 3019-2 125-2


L

77.8

Ø50

S

42.9

Ø25

SAE 1in

(SAE 1 1/4in)

52.4

26.2

B

257217

V

W

L

104

104

X

58.7

30.2


DFR/DFR1 Pressure/flow control, port plate 12 not for new applications

View V

View W


[bar] 2)State


SAE J518 DIN 13

1 in (+ 1 1/4 in) M10; 17 deep

350 (250)

O


SAE J518 DIN 13

2 in M12; 20 deep

5

O






Note At pressure port „B“ there are two SAE flanged ports available, each offset by 90°.

SAE 1 1/4 inch, standard pressure range, 3000 psi, for pressures up to 250 bar.

SAE 1 inch, standard pressure range, 5000 psi, for pressures up to 350 bar.

For operating pressures above 250 bar the standard pressure SAE 1 inch port must be used.


Dimensions, size 71

DRG Pressure control, remote, port plate (12) 42

DR Pressure control, port plate (12) 42

DG Two point control, directly operated, port plate (12) 42


L 110

max

143160

40

161X

X



L 110

max

160

X

L

201

123 G

1/4

in25

+0.

4

127.5123.5

X




FHD Displacement control, pilot press. dependent with press. control; port plate (12) 42

DFLR Pressure/flow/power control port plate (12) 42

L

242

143159.5

124X

40L

103.

5

30

143148160

161MB

201

137.

512

4

Y

Mst

4969

40

69

218

X

Mst

Valve mounting for coun-ter clockwise rotation


For details of hydraulic connections see pages 22 and 23


X

Ø32

66.7

31.8

B

S

88.9

Ø60

50.8

40

148.4164.9317

329

100

100

180210

118

17.5

152

106

95

W

VX

L

L1

6229

2095

275

17512.7

max

. 110

Ø12

5h8

45°



View V

View W



SAE J744 - 38-4 (C-C)

Drive shafts

61.954

43.628

7/16

-14U

NC

-2B

Ø1

1/2i

n

P Keyed shaft


[bar] 2)State

B Service line (high pressure range) Fixing thread

SAE J518 DIN 13

1 1/4 in M14; 19 deep

350

O


SAE J518 DIN 13

2 1/2 in M12; 17 deep

5

O

L Case drain DIN 3852 M27x2 2 O 3)

L1 Case drain DIN 3852 M27x2 2 plugged 3)




66

28

1.5 68

M12

Ø40

j6

80


Flange ISO 3019-2 125-2




DR Pressure control




X

40

148165

X228

max

. 110

X

165

max

. 110

268

12 25+

0.4

R 1

/4in3

128.5132.5

X




FHD Displ. control, pilot press. dependent, with press. control


148

40

164.5

129

17.5

152

X308

275

275

86

M ST

M BX228

268

129

108.

5

49

148

165153

4012

9




L

88.9

66.7

S

BØ32

31.8

Ø63

50.811

011

0

275

158.

420

0

131

20.6YV

W

45°

2178

Ø18

0h8

X

L1

L L

337

244

118.5

126

183209

112

2610

8

158.4200

17312.76.4



View V

View W

View YName plate



SAE J744 - 44-4 (D)

Drive shafts

7567

5332

1/2-

13U

NC

-2B

Ø1

3/4

in

Ports Designation Port for Standard Size 1) Peak pressure

[bar] 2)State

B Service line (high pressure range) Fixing thread

SAE J518 DIN 13

1 1/4 in M14; 19 deep

350

O


SAE J518 DIN 13

2 1/2 in M12; 17 deep

5

O

L Case drain DIN 3852 M27x2 2 O 3)

L1 Case drain DIN 3852 M27x2 2 plugged 3)

X Pilot pressure DIN 3852 M14x1,5; 12 deep 350 OX Pilot pressure for DG control DIN 3852 M14x1,5; 12 deep 120 OMH Measuring high pressure DIN 3852 M14x1,5; 12 deep 350 pluggedY Pilot support pressure DIN 3852 M14x1,5; 12 deep max. 35 OMst Measuring pilot support pressure DIN 3853/ISO 8434


1) For the max. tightening torques the instructions on page 40 must be observed. 2) Application dependent pressure spikes can occur.. Please consider this when selecting measuring equipment or fittings 3) Dependent on the installation position, port L or L1 must be connected O = Must be connected ( closed with protective covers on delivery)

P Keyed shaft

77

36

1.5 80

M16

Ø45

j6

92


Flange ISO 3019-2 180-4



L

108

11228

15312

158

MH

X

2.6

268


DR Pressure control




L

170

26 126



L

126

56

292X

170144


L

49

119

150

139

184210

26

X99

Mst

Y244

268

FHD Displ. control, pilot press. dependent with press. control




L

139.

5X

314

108

56

183209


A4

10

ø101

.6+

0.05

0+

0.02

0A5ø146

A

B

45°

A3

A2

A1

A5B

45°

ø106.5

A A4

10

ø82.

55+

0.05

0+

0.02

0

A3

A2

A1

Through drive dimensionsK01 Flange SAE J744 - 82-2 (A) coupler for splined shaft to ANSI B92.1a-1976 5/8in 9T 16/32 DP1) (SAE J744 - 16-4 (A))

K52 Flange SAE J744 - 82-2 (A) coupler for splined shaft to ANSI B92.1a-1976 3/4in 11T 16/32 DP1) (SAE J744 - 19-4 (A-B))

K68 Flange SAE J744 - 101-2 (B) coupler for splined shaft to ANSI B92.1a-1976 7/8in 13T 16/32 DP1) (SAE J744 - 22-4 (B))

Size A1 A4 A5

18 182 42 M10; 14 deep

28 204 47 M10; 14,5 deep

45 229 53 M10; 14,5 deep

71 267 61 M10; 17 deep

100 338 65 M10; 17 deep

140 350 77 M10; 17 deep

Size A1 A2 A3 A4 A5

18 182 39 17,5 43 M10; 14,5 deep

28 204 39 17,5 47 M10; 16 deep

45 229 39 17,5 53 M10; 16 deep

71 267 39 17,5 61 M10; 20 deep

100 338 39 17,5 65 M10; 20 deep

140 350 39 17,5 77 M10; 17 deep

Size A1 A2 A3 A4 A5

28 204 42 16,5 47 M12; through bore

45 229 42 16,5 53 M12; 18 deep

71 267 42 16,5 61 M12; 20 deep

100 338 42 16,5 65 M12; 20 deep

140 350 42 16,5 77 M12; 20 deep

A4

A1

9

10

ø82.

55+

0.05

0+

0.02

0

A5B

45°

ø106.5

A




Before finalising your design please request a certified installation drawing. Dimensionsin mm

omitted on size 28

omitted on size 28

1) 30° pressure angle, flat base, flank centering, fit class 5


A5

A

B

45°

ø181

A4A3

A1

13

ø127

+0.

050

+0.

020

13B

45°

ø181

ø127

+0.

050

+0.

020

A3

A

A2

A4

A1

A2

B

45°

ø146

A3

10

ø101

.6+

0.05

0+

0.02

0

A

A4

A1

Through drive dimensionsK04 Flange SAE J744 - 101-2 (B) coupler for splined shaft to ANSI B92.1a-1976 1in 15T 16/32 DP1) (SAE J744 - 25-4 (B-B))

K07 Flange SAE J744 - 127-2 (C) coupler for splined shaft to ANSI B92.1a-1976 1 1/4in 14T 12/24 DP1) (SAE J744 - 32-4 (C))

K24 Flange SAE J744 - 127-2 (C) coupler for splined shaft to ANSI B92.1a-1976 1 1/2in 17T 12/24 DP1) (SAE J744 - 38-4 (C-C))

Size A1 A2 A3 A4 A5

71 267 56,5 17,9 61 M16; through bore

100 338 56,5 17,9 65 M16; through bore

140 350 56,5 17,9 77 M16; 24 deep

Size A1 A3 A4 A2

45 229 18 47 M12; 18 deep

71 267 18 47 M12; 20 deep

100 338 18 47 M12; 20 deep

140 350 18 47 M12; 20 deep

Size A1 A3 A4 A5

100 338 8 65 M16; through bore

140 350 8 77 M16; 24 deep



omitted on size 71

omitted on size 71





13

ø152

.4+

0.07

+0.

02

161.6

161.

6

A

B A5

A4A3

A1

A2A3

A1

9

ø63

H7

M8

45°

B

A

28.3

+0.

2

ø80

8JS8

ø25 H7

Through drive dimensionsK17 Flange SAE J744 - 152-4 (D) coupler for splined shaft to ANSI B92.1a-1976 1 3/4in 13T 8/16 DP1) (SAE J744 - 44-4 (D))

K57 Metric 4-bolt flange for mounting a radial piston pump R4 (see RE 11263) coupler for metric keyed shaft

Size A1 A3 A4 A5





Size A1 A2 A3

28 232 75 9

45 257 81 9

71 283 77 9

100 354 81 9

140 366 93 9



A

B10

Ø10

0+

0.05

0+

0.02

0

A5

A2A1

A3

45°

Ø140

A

B10

Ø10

0+

0.05

0+

0.02

0

A5

A2A1

A3

45°

Ø140

Through drive dimensions Before finalising your design please request a certified installation drawing. Dimensions in mm

KB2 Flange ISO 3019-2 - 80A2SW coupler for splined shaft to ANSI B92.1a-1976 3/4in 11T 16/32 DP1) (SAE J744 - 19-4 (A-B))

KB3 Flange ISO 3019-2 - 100A2SW coupler for splined shaft to ANSI B92.1a-1976 7/8in 13T 16/32 DP1) (SAE J744 - 22-4 (B))

KB4 Flange ISO 3019-2 - 100A2SW coupler for splined shaft to ANSI B92.1a-1976 1in 15T 16/32 DP1) (SAE J744 - 25-4 (B-B))

Size A1 A2 A3 A5

28 204 42 16,5 M12; through bore

45 229 42 16,5 M12; through bore

71 267 42 16,5 M12; 20 deep

100 338 42 16,5 M12; 20 deep

140 350 42 16,5 M12; 20 deep

Size A1 A2 A3 A5


71 267 47 18 M12; 20 deep

100 338 47 18 M12; 20 deep

140 350 47 18 M12; 20 deep

A

B10

Ø80

+0.

050

+0.

020

A5

A2

A4

A1

A3

45°

Ø109





Size A1 A2 A3 A4 A5

18 182 39 17,5 43 M10; 14,5 deep

28 204 39 17,5 47 M10; 16 deep

45 229 39 17,5 53 M10; 16 deep

71 267 39 17,5 61 M10; 20 deep

100 338 39 17,5 65 M10; 20 deep

140 350 39 17,5 77 M10; 17 deep


A

BA1

A5

A2

A3

Ø18

0+

0.05

0+

0.02

0

10

158.

4

158.4

A

B

A5

A1

A2

A3180

Ø12

5+

0.05

0+

0.02

0

10

45°

Through drive dimensions Before finalising your design please request a certified installation drawing. Dimensions in mm

KB5 Flange ISO 3019-2 - 125A2SW coupler for splined shaft to ANSI B92.1a-1976 1 1/4in 14T 12/24 DP1) (SAE J744 - 32-4 (C))

KB6 Flange ISO 3019-2 - 125A2SW coupler for splined shaft to ANSI B92.1a-1976 1 1/2in 17T 12/24 DP1) (SAE J744 - 38-4 (C-C))

KB7 Flange ISO 3019-2 - 180B4HW coupler for splined shaft to ANSI B92.1a-1976 1 3/4in 13T 8/16 DP1) (SAE J744 - 44-4 (D))

A

B

A5

A1

A2

A3180

Ø12

5+

0.05

0+

0.02

0

10

45°




Size A1 A2 A3 A5

71 267 56,5 17,9 M16; through bore

100 338 56,5 17,9 M16; through bore

140 350 56,5 17,9 M16; 24 deep

Size A1 A2 A3 A5


140 350 77 8 M16; 24 deep

Size A1 A2 A3 A5


omitted on size71 omitted on size71



Overview of attachementsSAE-mounting flange

Through drive - A10V(S)O Mounting option - 2. pump Through drive availa-ble on size

Flange (SAE-J744)

Coupler for splined shaft

Code A10V(S)O/31 Size (shaft)

A10V(S)O/52 (53) Size (shaft)

Gear pump

82-2 (A) 16-4 (5/8 in) K01 18 (U) 10 (U) (18 (U)) Series F 18 to140

19-4 (3/4 in) K52 18 (S, R) 10 (S) (18 (S, R)) Series F 18 to140

101-2 (B) 22-4 (7/8 in) K68 28 (S, R) 28 (S, R) Series N, G 28 to 140

45 (U, W)1) 45 (U, W)1)

25-4 (1 in) K04 28 (S, R) 45 ( S, R) 28 to 100

45 (S, R) 63 (U, W)2)

127-2 (C) 32-4 (1 1/4 in) K07 71 (S, R) 85 (U, W)3) 71 to 140

100 (U)3)

38-4 (1 1/2 in) K24 100 (S) 85 (S) 100 to 140

152-4 (4-bolt D) 44-4 (1 3/4 in) K17 140 (S) 140

1) Not with K68-through drive on main pump size 28 2) Not with K04-through drive on main pump size 45 3) Not with K07-through drive on main pump size 71

ISO-mounting flange


Flange (ISO 3019-2 )

Coupler for splined shaft



Gear pump

ISO 80, 2-bolt 19-4 (3/4 in) KB2 18 (S, R) 10 (S) (18 (S, R)) 18 to 140

ISO 100, 2-bolt 22-4 (7/8 in) KB3 28 (S, R) 28 (S, R) Series N, G 28 to 140

25-4 (1 in) KB4 45 (S, R) 45 (S, R) 45 to 140

ISO 125, 2-bolt 32-4 (1 1/4 in) KB5 71 (S, R) 85 (S) 71 to 140

38-4 1 (1/2 in) KB6 100 (S) 100 to 140

ISO 180, 4-bolt 44-4 (1 3/4 in) KB7 140 (S) 140

Keyed shaft


Coupler for Keyed shaft



Radial piston pump

Metric, 4-bolt K57 R4 28 to 140


Combination pumps A10VSO + A10VSOThe use of combination pumps offers the possibility of inde-pendent pump circuits without the need for a splitter gearbox.

When ordering combination pumps the designations for the 1. and the 2. pump must be joined by a „+“ sign.

Example: A10VSO 100DR/31R-PSC12K07 + A10VSO 71DR/31R-PSC12N00

If a gear pump or a radial piston pump must be factory-moun-ted please consult us.

The A10V(S)O axial piston unit can be supplied with a through drive according to the ordering code on page 3. The through drive version is designated by the code numbers (K01-K24). If no other pumps are factory-mounted , the simple type designa-tion is sufficient.

The delivery of a pump with through drive includes the shaft coupler, the seal and if applicable an adapter flange.

Every through drive is closed with a non protective cover upon delivery. Prior to start up this cover must be replaced by a pressure tight cover (or a 2nd pump). Through drives can be ordered with a pressure tight cover. Please indicate in clear text.

Permissible moment of inertiaIt is permissible to combine two single pumps of the same size (tandem pump) and operate the combination with a max. permissi-ble dynamic acceleration of 10g (98.1 m/s2) without additional support.

Size 18 28 45 71 100 140

Permissible moment of inertia

static Tm Nm 500 880 1370 2160 3000 4500

dynamic at 10g (98.1 m/s2) Tm Nm 50 88 137 216 300 450

Weight m kg 12 15 21 33 45 60

To center of gravity L1 mm 90 110 130 150 160 160

l1

l2

l3

m1 m2 m3

m1, m2, m3 Weight of pump [kg]

l1, l2, l3 To center of gravity [mm]

Tm = (m1 •l1 + m2 • l2 + m3 • l3) •1

[Nm]102


General

The pump housing must be filled with fluid during commissioning and operation and must be deaerated. This must also be the case after prolonged periods of standstill since the system can empty itself through the hydraulic lines. This is especially important with the mounting position „shaft end upwards or downwards“: make sure that the housing is com-pletely filled with fluid, to prevent the bearings and shaft seal from running dry and overheating. Connect the highest one of the case drain ports with tubing of the light series wall thickness and the largest size corresponding to the port size. In order to attain the lowest noise level, all connections (suction, pressure, pilot, and case drain) must be linked by flexible members to tank and try to avoid mounting above the reservoir. In case of combination pumps with different case drain pressures it is necessary that each pump has its own case drain line.

In every operating condition the inlet and the case drain lines must always enter the reservoir below the minimum fluid level (ht min

= 200 mm). The permissible suction height h depends on the overall suction pressure losses, but may never exceed hS max = 800 mm. The minimum inlet pressure at port S may not fall below the minimum value of pabs min = 0.8 bar under any static or dynamic condition.

Installation position

See the following examples1 to 15. Recommended positions: 1 and 3. For more installation position please consult us.

Mounting below the reservoir (Standard)

This is the case whenever the pump is mounted below the min. fluid level. The pump can be installed next to or underneath the reservoir.

Mounting above reservoir

Installation above the reservoir means that the pump is mounted above the min. fluid level. The use of a check valve in the case drain line is only permissible in individual cases and only after consulting us.

Position Air bleed Filling

1, 3 and 5 F S + L, L1 (F)

2 and 4 F S + L, L1 (F)


6, 8 and 10 F L, L1 (F)

7 and 9 F S + L, L1 (F)

Installation instructions

L

L1S

ht min200 mm

ht min200 mmSB SB

min. 200 mm min. 200 mmmin. 200 mm min. 200 mmmin. 200 mmF

1F

L

L1 S

ht min200 mm SB

F

3 52

L L1S

ht min200 mm SB

F4

LL1

S

ht min200 mm SB

F

L

L1S

X

h min

100 mmh min

100 mmh min

100 mmh min

100 mmh min

100 mm

L

L1S

F

hs max800 mm

ht min 200 mm

hs max800 mm

min. 200 mm

SB SB

S

min. 200 mmmin. 200 mm min. 200 mm

F6 7

L L1

L

L1S

F

hs max800 mm

hs max800 mm

SB SB

S

F

8 9

LL1 hs max

800 mm

SB

S

min. 200 mm

F10L

L1

X

h min 100 mmht min 200 mmh min 100 mm

ht min 200 mm ht min 200 mmht min200 mm

h min 100 mm h min 100 mm h min 100 mm

L/L1 = case drain port, F = air bleed- or. fill port, S = inlet port, SB = baffle plate, ht min = minimum permissible immersion depth, hS max = maximum permissible suction height


Installation instructionsInside the reservoir

Mounting inside the reservoir. This means that the pump is mounted within the fluid volume.

L

L1S

h t m

in

h min

100 mm

min. 200 mm min. 200 mmmin. 200 mm min. 200 mm min. 200 mm

SB

11

L

L1 S

h t m

in

SB

13

LL1

Sh t

minSB

12

LL1

S

h t m

in

SB

14 15

L

L1

S

h t m

in

SB

X

h min

100 mm

h min

100 mmh min

100 mmh min

100 mm

L/L1 = case drain port, F = air bleed or fill port, S = inlet port, SB = baffle plate, ht min = minimum permissible immersion depth, ht max = maximum permissible suction height


11, 13 and 15 L, L1 L, L1

12 and 14 L, L1 S + L, L1


© This document, as well as the data, specifications and other information set forth in it, are the exclusive property of Bosch Rexroth AG. It may not be reprodu-ced or given to third parties without its consent.

The data specified above only serve to describe the product. No statements concerning a certain condition or suitability for a certain application can be de-rived from our information. The information given does not release the user from the obligation of own judgment and verification. It must be remembered that our products are subject to a natural process of wear and aging.

Subject to change.

Bosch Rexroth AG HydraulicsAxial Piston UnitsAn den Kelterwiesen 14 72160 Horb, Germany Telefon +49 (0) 74 51 92-0 Telefax +49 (0) 74 51 82 [email protected] www.boschrexroth.com/ics

General instructionsThe pump A10VSO was designed for operation in open loop circuits –

Systems design, installation and commissioning requires trained technicians or tradesmen. –

All hydraulic ports can only be used for the fastening of hydraulic service lines. –

During and shortly after operation of a pump the housing and especially a solenoid can be extremely hot, avoid being burned; –take suitable safety measures (wear protective clothing).

Dependent on the operating conditions of the axial piston pump (operating pressure, fluid temperature) deviations in the perfor- –mance curves can occur.

Pressure ports: –All materials and port threads are selected and designed in such a manner, that they can withstand the peak pressures. The machine and system manufacturer must ensure, that all connecting elements and hydraulic lines are suitable for the actual operating pressures.

Pressure cut off and pressure control are not suitable for providing system protection against excessive pressures. A suitable –overall main line relief valve must be incorporated.

All given data and information must be adhered to. –

The following tightening torques are valid: –

- Female threads in the axial piston unit: the maximum permissible tightening torques MGMax are maximum values for the female threads in the pump casting and may not be exceeded. Value see table below.

- Fittings: please comply with the manufacturer‘s information regarding the max. permissible tightening torques for the used fittings.

- Fastening bolts: for fastening bolts to DIN 13 we recommend to check the permissible tightening torques in each individual case to VDI 2230.

- Plugs: for the metal plugs, supplied with the axial piston unit the following min. required tightening torques MV apply (see table).

Thread size in portsMaximum permissible tightening torque MG max

Min. required tightening torque MV

Across the flats in Allan screw

G1/4 in DIN 3852 70 Nm

7/8-14 UNF-2B ISO 11926 40 Nm 15 Nm 3/16 in

1 1/16-12 UNF-2B ISO 11926 360 Nm 147 Nm 9/16 in

M14x1,5 DIN 3852 80 Nm 35 Nm 6 mm

M16x1,5 DIN 3852 100 Nm 50 Nm 8 mm

M18x1,5 DIN 3852 140 Nm 60 Nm 8 mm

M22x1,5 DIN 3852 210 Nm 80 Nm 10 mm

M27x2 DIN 3852 330 Nm 135 Nm 12 mm

Axial Piston Variable Pump A10VSO - Bid on Equipmentbidonequipment.info/s/REXROTH A10VSO Axial...

Documents

Transcript of Axial Piston Variable Pump A10VSO - Bid on Equipmentbidonequipment.info/s/REXROTH A10VSO Axial...