7/29/2019 8.3.7 M0-32 http://slidepdf.com/reader/full/837-m0-32 1/20 Industrial Hydraulics Electric Drives and Controls Linear Motion and Assembly T echnologies Pneumatics Service Automation Mobile Hydraulics Nominal size 16, 22, 32 Series 1X Maximum control pressure • pump side 350 bar • actuator side 420 bar Maximum flow 410 L/min Features – 1 to 4 spools in one high pressure mobile control block – Parallel circuit In the 4 spool block, the 4th spool may be in tandem circuit if required – Combination and tandem circuits available on enquiry – 8 spool variations – Counterbalance spool for hydrostatic transmissions – Large fine control range for flow control with progressive flow characteristic – Spreading of the fine control range by means of remote pressure control systems – return springs or detents which are immersed in oil – High pressure carry-over feature when using C port, i.e. separation of by-pass line from tank line – Fine tolerance and low clearance control spools, therefore low internal leakage – Identical control characteristics from block to block due to close tolerance manufacture – Primary pressure relief valve in P supply line – Integral secondary pressure relief valves and anti-cavitation check valves Type MO-16, 22 and 32 RE 64 354/06.03 1/20 Replaces: 02.98 Overview of contents Description Page Features 1 Section 2 Function, Symbol and Circuit Features 3 Ordering Code 4, 5 High Pressure Mobile Control blocks Secondary valve side of the left 2 spool block showing the arrangement of the valves R 7927/9 4 spool block (Size 22) with secondary valves, hydraulic operation, threaded ports 2 spool block size 32 with secondary valves, hydraulic operation, SAE flanged ports Technical Data 6 Operating Curves 6 to 9 Unit Dimensions 10 to 16 Notes on the Selection of the Size and Type of Secondary Valves 17 Plugs and Cover Plates 17 Primary Pressure Relief Valve 18 Secundary Valves 18, 19
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 1/20
IndustrialHydraulics
Electric Drivesand Controls
Linear Motion andAssembly Technologies Pneumatics
ServiceAutomation
MobileHydraulics
Nominal size 16, 22, 32Series 1XMaximum control pressure• pump side
350 bar• actuator side
420 barMaximum flow410 L/min
Features
– 1 to 4 spools in one high pressure mobile control block
– Parallel circuit
In the 4 spool block, the 4th spool may be in tandem circuit ifrequired
– Combination and tandem circuits available on enquiry
– 8 spool variations
– Counterbalance spool for hydrostatic transmissions
– Large fine control range for flow control with progressiveflow characteristic
– Spreading of the fine control range by means of remotepressure control systems
– return springs or detents which are immersed in oil
– High pressure carry-over feature when using C port, i.e.separation of by-pass line from tank line
– Fine tolerance and low clearance control spools, thereforelow internal leakage
– Identical control characteristics from block to block due toclose tolerance manufacture
– Primary pressure relief valve in P supply line
– Integral secondary pressure relief valves and anti-cavitationcheck valves
Type MO-16, 22 and 32
RE 64 354/06.03 1/20Replaces: 02.98
Overview of contents
Description Page
Features 1
Section 2
Function, Symbol and Circuit Features 3
Ordering Code 4, 5
High Pressure Mobile Control blocks
Secondary valve side of theleft 2 spool block showingthe arrangement of the valves
With version “K”version “K”version “K”version “K”version “K”, port C is provided, but pluggedwith a screw plug. If port C is required, aseparating plug must be screwed in between theP and the T channel.
Model "K""K""K""K""K"
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 3/20
RE 64 354/06.03 | MO-16, 22 and 32 Mobile Hydraulics | Bosch Rexroth AG 3/20
B2A2
a2
B1A1
a1
T
b2
b1
P
P
TB4A4
P
TC
B
A
P
Function
Symbol and Circuit Features
In model Cmodel Cmodel Cmodel Cmodel C the tank port is separated from the by-pass channel.
The symbol is for a 2-spool block with hydraulic operation.The spools are always arranged in parallel circuit.
High pressure mobile control blocks Type MO are directionalcontrol valves of monoblock designThey give fine control of the speed and direction of an oil flow.The valves are optionally operated hydraulically, electro-hydraulically or, on enquiry, mechanically.
They basically consist of the housing (1), control spool (2), withbuilt-in check valves (3) (for spool types 001), operatingelement (4), return element (5), built on anti-cavitation valves(6) (optional) and built-on secondary pressure relief valves (7)(optional).The 6/3-way valves combine the function of a 4/3-way valvesand a 2/2-way valve.In the unoperated condition, the control spool (2) is held instarting position by the return spring or detent (12).In this position the connection from pump to services is closed,the 2/2-way section is open and allows fluid to flow withoutpressure from P to T.If control spool (2) is moved out of its starting position, theconnection from the pump to the services is opened viametering notches and at the same time the 2/2-way section isthrottled by means of further similar notches (negative overlap).Pump pressure increases. When the pressure at the serviceport is reached, the check valve (3) in the spool opens andfluid begins to flow to the serviced unit. As the control spool(2) continues its movement, fluid is gradually fed from the 2/2-way line to the service port (fine control).
Spool StrokeSpool StrokeSpool StrokeSpool StrokeSpool StrokeThe spool stroke is divided into approx. 30% control landoverlap and 50% fine control range, while the remaining strokeserves to create the full opening.The overlap and a low spool tolerance serve to reduce internalleakage. Due to the large fine control range, the services can
be sensitively controlled.
Control Characteristics, Operating ForcesControl Characteristics, Operating ForcesControl Characteristics, Operating ForcesControl Characteristics, Operating ForcesControl Characteristics, Operating ForcesUniform quality of the control characteristics and low operatingforces are achieved by optimum design of the meteringnotches and individual grinding of the control spool to closetolerances.
Counterbalance SpoolCounterbalance SpoolCounterbalance SpoolCounterbalance SpoolCounterbalance SpoolThis spool is used for the control of hydrostatic drives ontracked vehicles as a fully automatic motion control device inboth directions of operation. Down-hill travel with cavitation-free operation is achieved by controlling the meter-out openingdependent upon the inlet pressure.
Easily Serviced DesignEasily Serviced DesignEasily Serviced DesignEasily Serviced DesignEasily Serviced Design– Primary pressure relief valves (10) are designed as screw-in
valves) are designed as stacking elements.– Primary and secondary pressure relief valves can therefore
be interchanged without dismantling the block.
– Corrosion of the return elements is prevented, as the returnsprings (11) and detents (12) are oil immersed.
– In order to remove the control spool, only one cover need beremoved per spool. In valves with mechanical operation,cover (8) is removed and for hydraulic operation, cover (9) isremoved.
Notes on setting the primary and secondary pressure reliefNotes on setting the primary and secondary pressure reliefNotes on setting the primary and secondary pressure reliefNotes on setting the primary and secondary pressure reliefNotes on setting the primary and secondary pressure reliefvalves.valves.valves.valves.valves.The setting of the stated pressure values is made as follows:– direct operated pressure relief valves at a flow of 2 to
3 L/min.– pilot operated pressure relief valves at a flow of 10 L/min.
The 4th spool of a 4-spool block can be arranged in tandemcircuit if required.In this model, the pump port to the 4th spool is blocked whenthe free by-pass of the previous spools is closed when one ofthese is operated.
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 4/20
4/20 Bosch Rexroth AG | Mobile Hydraulics MO-16, 22 and 32 | RE 64 354/06.03
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
1st spool1st spool1st spool1st spool1st spool
2nd spool2nd spool2nd spool2nd spool2nd spool
4th spool4th spool4th spool4th spool4th spool
3rd spool3rd spool3rd spool3rd spool3rd spool
each )|( - opening in mm2
MO-16 MO-22 MO-32
30 60 120
= 009= 009= 009= 009= 009
= 006= 006= 006= 006= 006
= 026= 026= 026= 026= 026
= 007= 007= 007= 007= 007
= 001= 001= 001= 001= 001
= 002= 002= 002= 002= 002
= 003= 003= 003= 003= 003
= 005= 005= 005= 005= 005
MOMOMOMOMO –––––1X1X1X1X1X A2A2A2A2A2
A2A2A2A2A2
A2A2A2A2A2
A2A2A2A2A2
Control block versions which can be derived fromthe shaded ordering variants are available on theshort term.
Ordering Code
DirectionalvalveportA
DirectionalvalveportB
= applicable
Number of spoolsNumber of spoolsNumber of spoolsNumber of spoolsNumber of spools 1, 2, 3 or 4Size 16 = 16= 16= 16= 16= 16Size 22 = 22= 22= 22= 22= 22Size 32 = 32= 32= 32= 32= 32
Series 10 to19 (10 to 19, externally interchangeable) = 1X= 1X= 1X= 1X= 1X
WithoutWithoutWithoutWithoutWithout primary pressure relief valve = D 000= D 000= D 000= D 000= D 000WithWithWithWithWith primary pressure relief valve, pilot operated = D + press. in bar= D + press. in bar= D + press. in bar= D + press. in bar= D + press. in bar
Parallel circuit = P= P= P= P= PTandem circuit (only with 4-spool block for the 4th spool axis) = B= B= B= B= BTandem circuit (MO16 3-spool block for all spool axes) = T= T= T= T= TCombination circuit available on enquiry
Secondary valves of various sizes cannot be used individually on MO-22 and 32, they must be used in pairs per spool. The useof secondary valves Types T, R, S and cover plate U on adjacent spools in size MO-22 is not possible. As an aid to decidingwhich secondary valves should (and can) be used, please see page 17.*See also pages 15 and 16 (items 1 and 2).
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 5/20
RE 64 354/06.03 | MO-16, 22 and 32 Mobile Hydraulics | Bosch Rexroth AG 5/20
A 2
B 2
A 1
B 1
A2 B2
A1 B1
A B
1) Preferred Type with SAE flanges, 6000 PSI rating except size 32 port T 3000 PSI
*****
see page10, 11, 12
see page10, 11, 12}
}
Further details in clear text
M =M =M =M =M = NBR seals, suitable for use with mineral oils (HL, HLP) to DIN 51 524V =V =V =V =V = FKM seals, suitable for use with phosphate ester (HFD-R)
Designation of mounting position from horizontal. This is necessaryfor hydraulic operation only, and determines the position of the air bleed.
1 =1 =1 =1 =1 = 2 =2 =2 =2 =2 = 3 =3 =3 =3 =3 =
S =S =S =S =S = Tank port T on secondary valve side
V =V =V =V =V = Tank port T on service port side( not possible for models C
S =S =S =S =S = Pump port P on secondary valve sideV =V =V =V =V = Pump port P on service port side
C =C =C =C =C = with tank port T and pressure carry over port C for downstreamactuators (not possible for tank port on "V" side)
K =K =K =K =K = with tank port and variable pressure carry over port C fordownstream actuators (pressure port C closed by locking screw)
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 6/20
6/20 Bosch Rexroth AG | Mobile Hydraulics MO-16, 22 and 32 | RE 64 354/06.03
1400 12010080604020
2
4
6
8
10
12
12
0 230
10
8
6
4
2
20015010050
12
0 400300200100
10
8
6
4
2
2 0 1
2 0 1
2 0 1
2 0 1
T
P
Technical Data (For operation outside these parameters, please consult us!)
Flow/pressure drop curve
P → T in mid position, free by-pass
Fluid:Fluid:Fluid:Fluid:Fluid: Mineral oil (HL, HLP) to DIN 51 524,hydraulic fluids HEES to VDMA 24 568as well as hydraulic fluids as specifiedin RE 90 221.
Fluid temperature range:Fluid temperature range:Fluid temperature range:Fluid temperature range:Fluid temperature range: – 20 to + 80°C
Viscosity range:Viscosity range:Viscosity range:Viscosity range:Viscosity range: 10 to 380 mm2/s
Degree of contamination of fluid:Degree of contamination of fluid:Degree of contamination of fluid:Degree of contamination of fluid:Degree of contamination of fluid:(maximum permissible ) is to ISO 4406 (C) Class 20/18/15.
Operating pressure:Operating pressure:Operating pressure:Operating pressure:Operating pressure: – Ports P, X, C up to 350 bar– Ports A, B up to 420 bar– Port T up to 30 bar– Port L at zero pressure to tank
Pilot pressure:Pilot pressure:Pilot pressure:Pilot pressure:Pilot pressure: – Ports a, b up to 30 bar(Fine control range 8 to 19 bar);Control curve No. 06(for suitable pilot devices, seeRE 64 552, RE 64 555 and RE 64 558)
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 7/20
RE 64 354/06.03 | MO-16, 22 and 32 Mobile Hydraulics | Bosch Rexroth AG 7/20
0 240
2
4
6
8
10
12
14
40 80 120 160 200
0 240
22
20
16
18
14
12
10
8
6
2
4
2001601208040
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A1/B1 → T
Flow in L/min →
Flow in L/min →
A → B
Operating Curves for Type MO - 16 (measured at ν = 41 mm2/s and ϑ = 50 °C)
Pressuredifferenceinbar
→
Pressuredifferencein
bar
→
Symbol 001 (026)001 (026)001 (026)001 (026)001 (026)
Symbol 006 (009)006 (009)006 (009)006 (009)006 (009)
Symbol 005005005005005
Flow/pressure drop curve
P → A, P→ B;
A → T, B → T;
A → B (only Symbol 002002002002002)
Symbol 002002002002002
Symbol 003003003003003
Flow/pressure drop curve
P → A, P→ B;
A → T, B → T;
P → A4/B4
P → A1/B1
A4/B4 → T
A1/B1 → T
A4/B4 → T
P → A4/B4
P → A1/B1
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 8/20
8/20 Bosch Rexroth AG | Mobile Hydraulics MO-16, 22 and 32 | RE 64 354/06.03
0 400
34
32
30
26
28
24
22
20
18
16
14
12
10
8
6
4
2
50 100 150 200 250 300 350
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
0 400
24
26
22
28
20
18
16
14
12
10
8
6
4
2
35030025020015010050
Operating Curves for Type MO - 22 (measured at ν = 41 mm2/s and ϑ = 50 °C)
Flow in L/min →
Flow in L/min →
Pressuredifferenceinbar
→
Symbol 001 (026)001 (026)001 (026)001 (026)001 (026)
Symbol 006 (009)006 (009)006 (009)006 (009)006 (009)
Symbol 005005005005005
Symbol 002002002002002
Symbol 003003003003003
Pressurediffe
renceinbar
→
P → A4/B4
P→
A1/B1
A4/B4 → T
A1/B1 → T
A4/B4 → T
P → A4/B4
P → A1/B1
A1/B1 → T
A → B
Flow/pressure drop curve
P → A, P→ B;
A → T, B → T;
A → B (only Symbol 002002002002002)
Flow/pressure drop curve
P → A, P→ B;
A → T, B → T;
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 9/20
RE 64 354/06.03 | MO-16, 22 and 32 Mobile Hydraulics | Bosch Rexroth AG 9/20
0 410
34
32
30
26
28
24
22
18
20
16
14
12
10
8
6
2
4
35030025020015010050
0
22
20
18
16
14
12
10
8
6
2
4
650600500400300200100
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
A B
P T
2 0 1
Operating Curves for Type MO - 32 (measured at ν = 41 mm2/s and ϑ = 50 °C)
Flow/pressure drop curve
P → A, P→ B;
A → T, B → T;
Flow in L/min →
Pressuredifferenceinbar
→
Symbol 001 (026)001 (026)001 (026)001 (026)001 (026)
Symbol 006 (009)006 (009)006 (009)006 (009)006 (009)
Symbol 005005005005005
Symbol 002002002002002
Symbol 003003003003003
Pressuredifferenceinbar
→
A4/B4 → T
P → A1/B1
P → A4/B4
A1/B1 → T
A1/B1 → T
A→
B
P → A1/B1
P → A4/B4
A4/B4 → T
Flow in L/min →
Flow/pressure drop curve
P → A, P→ B;
A → T, B → T;
A → B (only Symbol 002002002002002)
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 10/20
10/20 Bosch Rexroth AG | Mobile Hydraulics MO-16, 22 and 32 | RE 64 354/06.03
4 0
7 3
9 0
7 3
5
13 13
a b
85
100
322
52,5
45 96 6
1 4
L 1
6
6
a2
a1
b2
b1
4 1
44,5
52,5
95
19030
Ø 9,5 16 68
3 9
9 4
5 5
L 2
L 3
A B
T
P
2
1
11111.1.1.1.1.1 Hydraulic operation spool HHHHH
22222.1.1.1.1.1 Bleed screw,The position of this screwis dependent on theorientation of the valve
block with regardto the horizontal.Tightening torque = 8 Nm
33333.1.1.1.1.1 Pressure port C fordownstream actuators.In this model, the tank portis on the actuator side
44444.1.1.1.1.1 Tank port T on secondaryvalve side
55555.1.1.1.1.1 Tank port T on service port side(not possible in models C)
66666.1.1.1.1.1 Mounting face for secondary
valves (also see pages 13 to19)
77777.1.1.1.1.1 Clearance required to removeprimary pressure relief valve
88888.1.1.1.1.1 Pump port P on secondaryvalve side
RE 64 354/06.03 | MO-16, 22 and 32 Mobile Hydraulics | Bosch Rexroth AG 13/20
114
L1
101,5
L2
L4
3 8
3 8
6 8
A
E
GH
69 L5 L6 50
4 2
6
1 2
6
E P
4 8
4 7
4 9
T
A, G
P
H
Unit Dimensions: Secondary valves, sizes 16 and 22 (in mm)
22222 11111
Item 1
With a 1" SAE - T port, thelast spool immediatelyadjacent may be equippedwith all secondary valves
except K, T, R, S, and coverplate U.
Item 2
With a 1" BSP - T port, thelast spool immediatelyadjacent may be equippedwith all secondary valves
except K.
Item 2
With a 1 1/4" BSP - T port, thelast spool immediately adja-cent may be equipped with allsecondary valves except K,
T and R.
Item 1
With a 3/4" SAE - T port,the last spool immediatelyadjacent, may only beequipped with the
secondary valves H, E, Kand cover plate P.
Type MO - 16Type MO - 16Type MO - 16Type MO - 16Type MO - 16 Type MO - 22Type MO - 22Type MO - 22Type MO - 22Type MO - 22
Type L1 L2 L3 L4 L5 L6
MO - 16 136 137,5 41 42,5 21 38
MO - 22 150 151,5 37 38,5 35 52
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 14/20
14/20 Bosch Rexroth AG | Mobile Hydraulics MO-16, 22 and 32 | RE 64 354/06.03
Type MO - 22Type MO - 22Type MO - 22Type MO - 22Type MO - 22
Type L1 L2 L3
MO - 22 170 31 47
MO - 32 188 49 65
Item 3
With a 1"SAE - P port, the 1stspool immediately adjacentmay be equipped with allsecondary valves except R.
Secondary valves of varying sizes cannot be used together onone spool axis, they may only be used in pairs of the samesize.Secondary valves T, R, S and cover plate U may not be fitted
on spools immediately adjacent to one another.
Unit Dimensions: Secondary valves, size 22 (in mm)
33333
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 15/20
RE 64 354/06.03 | MO-16, 22 and 32 Mobile Hydraulics | Bosch Rexroth AG 15/20
Unit Dimensions: Secondary valves, sizes 16 and 22, for types MO-16 and MO-22 (in mm)
2 1
Type MO - 16Type MO - 16Type MO - 16Type MO - 16Type MO - 16
11111 With a 3/4" SAE - T port, the last spool immediatelyadjacent, may only be equipped with secondary valves H,E, K and cover plate P.
22222 With a 1"BSP - T port, the last spool immediately adjacent
may be equipped with all secondary valves except K.
Type L1 L2 L3
MO-16 234 90 42
MO-22 262 104 70
Type MO - 22Type MO - 22Type MO - 22Type MO - 22Type MO - 22
11111 With a 1" SAE - T port, the last spool immediatelyadjacent, may be equipped with all secondary valvesexcept K, T, R, S, and cover plate U.
22222 With a 1 1/4"BSP - T port, the last spool immediately
adjacent, may be equipped with all secondary valvesexcept K, T and R.
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 16/20
16/20 Bosch Rexroth AG | Mobile Hydraulics MO-16, 22 and 32 | RE 64 354/06.03
115
179
F
115
179
F
7 8
F F 7 8
11111 With a 1 1/2"SAE - T port,the last spoolimmediately adjacent
may be equipped with all secondaryvalves except D.
Unit Dimensions: Secondary valves, sizes 22 and 32 for type MO-32 (in mm)
11111
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 17/20
RE 64 354/06.03 | MO-16, 22 and 32 Mobile Hydraulics | Bosch Rexroth AG 17/20
B1A1
a1
T
b1
P
B1
A1
a1
T
b1
P
for ValveMaterial No.
Tightening torquecontrol block Code in Nm
MO - 16 R900309111 50
MO - 22 KKKKK R900309112 80
MO - 32 R900309125 160
Tank port T and pre-selectable pressure portC for downstreamactuators
KKKKK
Plug for the Pre-selectable Pressure Port
Plug Type "D 000" for Primary Valve Cavities
Cover Plates "P" and "U" for Secondary Valve Mounting Faces, Sizes 16 and 22
for Valve Material Tight. torquecontrol block Code No. in Nm
MO - 16 und 22 D 000D 000D 000D 000D 000 R900309110 80
MO - 32 R900309124 300
for Valve Material No.control block Code
MO - 16 und 22 PPPPP R900305435
MO - 22 und 32 UUUUU R900303897
Secondary valvesSecondary valvesSecondary valvesSecondary valvesSecondary valvesThese valves, either direct or pilot operated, are used to protectthe actuators and actuator lines from unaccepably high pres-sures.
RE 64 354/06.03 | MO-16, 22 and 32 Mobile Hydraulics | Bosch Rexroth AG 19/20
Secondary valves:Secondary valves:Secondary valves:Secondary valves:Secondary valves:weights and fixing screwsweights and fixing screwsweights and fixing screwsweights and fixing screwsweights and fixing screws
Sealing rings for secondary valvesare included in the supply.Fixing screws must be ordered
separately.
Secondary Valves (for further technical data, see data sheet RE 64 644)
Secondary For Weight S.H.Cap screws Tight. Materialtorque
valves control block in kg DIN 912 - 10.9 No.Nm
A MO - 16/22 1,1 4 x M6 x 40 13 R900003196
E MO - 16/22 0,6 4 x M6 x 50 13 R900006034
G MO - 16/22 1,6 4 x M6 x 70 13 R900003201
H MO - 16/22 1,8 4 x M6 x 40 13 R900003196
KMO - 16/22 4,5 8 x M6 x 90 13 R900003203
MO - 32 14,5 8 x M10 x 120 60 R900009409
P MO - 16/22 0,3 4 x M6 x 20 13 R900003192
R MO - 22/32 3,3 / 3,1 4 x M10 x 50 60 R900003231
S MO - 22/32 1,5 4 x M10 x 60 60 R900003233
T MO - 22/32 4,7 4 x M10 x 90 60 R900003236
F MO - 22/32 2,6 4 x M10 x 60 60 R900003233
U MO - 22/32 0,9 4 x M10 x 20 60 R900003226
7/29/2019 8.3.7 M0-32
http://slidepdf.com/reader/full/837-m0-32 20/20
20/20 Bosch Rexroth AG | Mobile Hydraulics MO-16, 22 and 32 | RE 64 354/06.03
All rights reserved. No part of this document may be reproduced or stored,
processed, duplicated or circulated using electronic systems, in any form or by
any means, without the prior written authorisation of Bosch Rexroth AG.
In the event of contravention of the above provisions, the contravening party is
obliged to pay compensation.The data specified above only serves to describe the product. No statements
concerning a certain condition or suitability for a certain application can bederived from our information.The details stated do not release you from theresponsibility for carrying out your own assessment and verification. It must beremembered that our products are subject to a natural process of wear andageing.