MODULAR VALVES
06 Series Modular Valves
06 Series Modular Valves
■ Example of Stacking Configuration
The modular valves are functional elements with which a hydraulic system can be built easily by stacking them with the
mounting bolts. Therefore, no piping is required for the manufacture of the hydraulic systems. Yuken’s 06 Series Modular
Valves are widely used in hydraulic systems for the various industrial and marine equipment including machine tools,
special purpose machines, presses, steel mill equipment and ships.
The Valves have standardized mounting surface conforming to ISO 4401-AE-08-4-A and optimum thickness for the
stacking.
P T Y X B A
06 Series Modular Valve Assembly
EIC-F-1004-0
06 Series Modular Valves
517
06 Series
Modular Valves
3
4
Solenoid Controlled
Pilot operated
Directional Valve
Stud Bolt
Nut
Mounting
Bolt Kits
F
■ Types of Modular Valve
*
1
Because drain ports “V” and “W” are not provided for solenoid
controlled pilot operated directional valves of Pressure centred
Type (3H ) and models with Pilot Piston (P ), those valves
cannot be used in combination with modular valves.
For the details of solenoid controlled Pilot Operated
Directional Valves, see the following catalogue: Catalogue No.
Pub. EIC-E-1003.
*1
*2
MODULAR VALVES
518
P Y X B AT
Class
Model Numbers
Graphic Symbols
Mounting
Bolts
Flow Control Valves
Solenoid Controlled Pilot
Operated Directional Valve
(S-)DSHG-06-
-
-51
Throttle and Check Valves
(for "A-Line", Metre-out)
MSA-06-X-30H01
Throttle and Check Valves
(for "A-Line", Metre-in)
MSA-06-Y-30H01
Throttle and Check Valves
(for "B-Line", Metre-out)
MSB-06-X-30H01
Throttle and Check Valves
(for "B-Line", Metre-in)
MSB-06-Y-30H01
Throttle and Check Valves
(for "A&B-Line", Metre-out)
MSW-06-X-30H01
Bolt Kits
MBK-06-
-30/70
Throttle and Check Valves
(for "A&B-Line", Metre-in)
MSW-06-Y-30H01
Page
EIC-E-1003
525
525
532
Reducing Valves
(for "P-Line")
MRP-06- -70
522
Reducing Valves
(for "A-Line")
MRA-06- -70
Reducing Valves
(for "B-Line")
MRB-06- -70
522
522
Class
Model Numbers
Graphic Symbols
Direction Control Valves
Pilot Operated Check Valves
(for "A-Line", Internal Pilot-
Internal Drain Type)
MPA-06- -30H01
528
Pilot Operated Check Valves
(for "A-Line", External Pilot-
External Drain Type)
MPA-06- -70
Pilot Operated Check Valves
(for "A-Line", External Pilot-
Internal Drain Type)
MPA-06- -70
Pilot Operated Check Valves
(for "B-Line", Internal Pilot-
Internal Drain Type)
MPB-06- -30H01
Pilot Operated Check Valves
(for "B-Line", External Pilot-
External Drain Type)
MPB-06- -70
Pilot Operated Check Valves
(for "B-Line", External Pilot-
Internal Drain Type)
MPB-06- -70
Pilot Operated Check Valves
(for "A&B Lines", Internal Pilot-
Internal Drain Type)
MPW-06- -30H01
528
525
525
525
525
528
528
538
528
528
Page
Pressure Control Valves
06 Series Modular Valves
■ Instructions
Caution in the selection of valves and circuits designing
The selection of modular valves, to suit a particular functions or hydraulic circuit, are made in exactly the same way
as conventional valves, taking into account of the flow and pressure of each valve to be used. In some cases, the
stacking system may be restricted. So please refer to the following instructions for stacking sequence. Please note
that, when designing a system using modular stacking valves, due consideration should be given to working space for
future maintenance.
In B to T flow in the drawing left (incorrect), pressure is generated at part with a throttle effect of the throttle and
check valve. Depending upon the pressure so generated, the reducing valve may perform a pressure reducing
function which causes a shortage of output power of the cylinder and spoils the smooth operation of the cylinder.
Therefore, stacking sequence in the drawing right (correct) is required in this combination.
Stacking sequence when using reducing valves (for “A” or “B” Line) and throttle check valves (for metre-out).
In A to T flow in the drawing left (incorrect), Pressure is generated at part with a throttle effect of the throttle and
check valve.
The pressure so generated acts to shut the pilot operated check valve and eventually creates an open and shut
operation of the valve repeatedly which may causes the cylinder to have a knocking effect ( the same effect will
occur in case of B to T flow). Therefore, the stacking sequence in the drawing right (correct) is required in this
combination.
Stacking sequence when using pilot operated check valves and throttle and check valves (metre-out).
P T B A P T B A
Solenoid Controlled
Pilot Operated
Directional Valve
Reducing Valve
(for "B-Line")
Throttle and
Check Valve
(for "A&B-Line",
Metre-Out)
(Incorrect) (Correct)
(Incorrect) (Correct)
P T B A P T B A
Solenoid Controlled
Pilot Operated
Directional Valves
Pilot Operated
Check Valve
(for "A&B-Line")
Throttle and
Check Valve
(for "A&B-Line",
Metre-Out)
MODULAR VALVES
519
06 Series Modular Valves
F
06 Series Modular Valves
■ Specifications
Max. Operating pressure ……………………………………………… 250Kgf/cm
2
Max. Flow Rate ……………………………………………………….. 500 L/min.
Number of stack ………………………………………………………. 1 to 5 stacks*
*
The number of stacks includes the controlled pilot operated Directional valve.
3/4 Solenoid Controlled Pilot Operated Directional Valves
YUKEN 06 SERIES MODULAR VALVES are designed for use with solenoid controlled pilot operated directional valve
having an ISO 4401-AE-08-4-A (CETOP-8, NFPA-D06) interface such as YUKEN’s DSHG-06. Please refer to the
Catalogue No. Pub. EIC-E-1003 for details.
■ Hydraulic Fluids
Recommended Viscosity and Temperature
Always be sure to use hydraulic fluids within the stipulated conditions shown below.
Viscosity: 15 to 400mm
2
/s, Temperature: -15
0
to +70
0
C
Petroleum base oils Use fluids equivalent to ISO VG 32 or VG 46.
Synthetic Fluids
Use phosphate ester or polyol ester fluid. When phosphate ester prefix “F-” to the model number because the special
seals (fluororubber) are required to be used.
Water containing Fluids Use water-glycol fluids.
Note: For use with hydraulic fluids other than those listed above, please consult your Yuken representatives in advance.
Control of contamination
Due caution must be paid to maintaining control over contamination of the hydraulic fluids which may otherwise
lead to breakdowns and shorten the life of the valve. Please maintain the degree of contamination within NAS 1638-
Grade 12. Use 25µm or finer line filter.
Fluid Types
Any type of hydraulic fluids, listed in the table below can be used.
■ Sub-Plates
When mounting the modular valves, use sub-plates specified below. If these sub-plates are not used, ensure that the
mounting surface has a good machined finished.
Sub-Plates Model Numbers: DHGM-06 -50
Note: For the Details of Sub-Plates, See the Catalogue No. EIC-E-1003.
■ Mounting Bolts
06 Series modular valves are mounted using stud bolts which are supplied in a kit form. When mounting, see the
following table for tightening torque. After the test run, be sure to tighten again firmly within the specified torque.
MODULAR VALVES
520
06 Series Modular Valves
■ Assembly
Assembly should be carried out in clean conditions and in accordance with the following procedure. Cautious
attention should be paid to ensure that the interface of the valves are clean and free from dirt or other foreign
materials.
1) Screw-in the six stud bolts, fully into the tapped holes on the
mounting surface of the specified sub-Plate or mainfold.
2) Referring to the circuit diagram, stack the modular valve
and the solenoid controlled pilot operated directional valve.
Take care to face their O-Ring side to the sub-Plate or
manifold, put the stud bolts in position and be sure to check
that the locating pins are at the pin holes.
3) Align both the end of the valves stacked.
4) Screw-in the six nuts onto the stud bolts and tighten with the
specified torque. After the test run, be sure to re-tighten the
nuts firmly within the specified torque.
Keep all installation holes and surfaces clean.
Failure to do this may cause fire due to oil leakage.
Before installing the product, be sure that all
specified bolts are tightened to the specified torque
levels. outside specifications may cause improper
operation, damage, oil leakage, etc.
CAUTION
■ Pressure Drop
Pressure drop curves of the modular valves are those based on viscosity of 35 mm
2
/s and specific gravity of 0.850.
When using the modular valves in conditions other than the above mentioned, find the appropriate values referring to
the following table and formula.
For any other viscosity, multiply the factors in the table below.
For any other specific gravity (G' ), the pressure drop ( P' ) may be obtained from the following formula.
Viscosity mm
2
/s 15 20 30 40 50 60 70 80 90 100
Factor 0.81 0.87
0.96 1.03 1.09 1.14 1.19 1.23
1.27 1.30
P' = P(G' /0.850)
[Example] 06 Series Modular Valve Assembly
Assembly Procedure
MODULAR VALVES
521
06 Series
Modular Valves
3
4
Solenoid Controlled
Pilot operated
Directional Valve
Stud Bolt
Nut
Mounting
Bolt Kits
06 Series Modular Valves
F
06 Series Modular Valves
Model
Numbers
Max. Oper.
Pressure
Kgf/cm
2
Max. Flow*
L/min.
MR -06-A-70
350
125
MR -06- -70
500
MODULAR VALVES
■
Reducing Modular Valves
■ Specifications
■ Model Number Designation
* In the pressure adjustment ranges "A" and "B", maximum flow
rates are limited by the pressure setting on the secondary side
Referring to the secondary pressure vs. maximum flow
characteristics on the following page, use the valve at the
maximum flow rate within a zone highlighted with
F
-
MRP
-
06
-
B
-
7
0
Special Seals Series Number
Valve
size
Pre. Adj. Range
Kgf/cm
2
Design
Number
F:
Special Seals for
Phosphate Ester
Type Fluids
(Omit if not
required)
MRP : Reducing valve for P-Line
MRA : Reducing valve for A-Line
MRB : Reducing valve for B-Line
06
A : 7-70
B : 15-70
C: 35-140
H : 70-250
70
■ Instructions
Connect Drain Line (Y Port) to oil tank independently so as to obtain
stable pressure setting. At the same time, the solenoid controlled pilot
operated directional valve to be used in combination with this valve
must be of internal drain type (with T).
To pressure adjust, loosen the lock nut and turn the pressure adjustment
screw clockwise or anti-clockwise. For an increase of pressure, turn the
screw clockwise. Be sure to re-tighten the lock nut firmly after making
adjustment to the pressure.
P T Y X B A
P T Y X B A
P T Y X B A
MRP-06
MRA-06
MRB-06
Graphic Symbols
522
B
C
H
06 Series Modular Valves
MODULAR VALVES
0 7 10 20 30 40
90
125
200
250
300
400
500
Flow Rate
Kgf/cm²
L/min.
MR -06-A
MR -06-B
Secondary Pressure
■ Typical Performance Characteristics
Hydraulic Fluid: Viscosity 35cSt, Specific Gravity 0.850
Pressure Drop at Spool Fully Open
Pressure Drop
(P-Line)
Pilot Flow
Nominal Override Characteristics
Primary Pressure 350 Kgf/cm
2
Secondary Pressure Vs. Max. Flow
523
06 Series Modular Valves
F
100 200 300 400 5000
Flow Rate
Pressure Drop P
L/min.
0.5
1.0
1.5
Kgf/cm²
B-Line
T-Line
A-Line
50 100 150 200 2500
Differential Pressure
(Primary Pressure - Secondary Pressure)
Kgf/cm²
300 350
Flow Rate
0.2
0.4
0.6
0.8
1.0
1.2
1.4
L/min.
MR -06-A
MR -06-C
B
H
100 200 300 400 5000
Flow Rate
L/min.
Pressure Drop P
5
10
15
Kgf/cm²
100 200 300 400 5000
Flow Rate
L/min.
50
60
70
120
130
140
190
200
210
230
240
250
Kgf/cm²
Secondary Pressure
MR -06-B/C/H
MR -06-C/H
MR -06-H
MR -06-H
06 Series Modular Valves
MODULAR VALVES
3
3
3
53
12
130
154
92
45
116
77
Fully Extended 281
38
85
Two Locating Pins
6 Dia.
6
120
Pressure Adj. Screw
14 Hex.
Secondary Pressure
Gauge Connection
1
4
BSP.Tr Thd.
Secondary Pressure
Gauge Connection
1
4
BSP.Tr Thd.
Secondary Pressure
Gauge Connection
1
4
BSP.Tr Thd.
15 Dia. x Thru.
6 Places
Lock Nut
41
M 8 Thd. x 9 Deep
2 Places
Sling Fitting Screw
A
B
P
T
Y
X
Z
View Arrow Z
Inc.
12
MRP-06- -70
MRA-06- -70
MRB-06- -70
■ Spare Parts List
List of Seals
DIMENSIONS IN
MILLIMETRES
Mass …….. 11.1 Kg (Approx)
524
Sl. No. Name of Parts Part Nos. Qty.
1 O-Ring SO-NA-P9 1
2 O-Ring SO-NB-P9 5
3 O-Ring SO-NB-P14 2
4 O-Ring SO-NB-P28 4
5 O-Ring SO-NB-P30 2
Note : When ordering the seals, please specify the seal kit KS-MRP-06-70.
MRP-06
MRA-06
MRB-06
06 Series Modular Valves
■
3/4 Throttle and check Modular Valves
■ Specifications
Max. Operating Pressure
Kgf/cm
2
Max. Flow
L/min.
250 500
■ Model Number Designation
F
-
MSA
-
06
-
X
-
30
H01
Special Seals Series Number
Valve
Size
Direction of
Flow
Design
Number
Design
Standard
F:
Special
Seals for
Phosphate
Ester
Type Fluids
(Omit if
not
required)
MSA: A-Line
MSB: B-Line
MSW: A & B Line
Throttle and
Check
Modular Valves
06
X: Metre-Out
Y: Metre-In
30 H01
Model
Numbers
Metre-out
Metre-in
P T Y AX B
MSA-06
MSB-06
MSW-06
MSA-06-X
MSB-06-X
MSW-06-X MSW-06-Y
MSB-06-Y
MSA-06-Y
P T Y AX B
P T Y AX BP T Y AX B
P T Y AX B P T Y AX B
Graphic Symbols
MODULAR VALVES
■
Instructions
To flow adjustment, loosen the “Lock Nut” then turn the flow adjustment screw clockwise to limit the flow.
Be sure to re-tighten the lock nut after the adjustment.
525
06 Series Modular Valves
F
06 Series Modular Valves
■ Typical Performance Characteristics
Hydraulic Fluid: Viscosity 35cSt, Specific Gravity 0.850
Flow Rate
Turn of Flow Adj. Screw
0 2 4 6 8 10 12 14
0
100
200
300
400
500
∆P = 210
∆P = 140
∆P = 100
∆P = 70
∆P = 5
∆P = 10
∆P = 20
∆P = 30
∆P = 50
(Fully
Open)
L/min.
Flow Rate
B-Line : MSA - 06
A-Line : MSB - 06
0
0
100 200 300 400
500
5
10
15
20
Pressure Drop ∆P
Kgf/cm²
L/min.
P & T - Line
Pressure Drop
Pressure Drop at Throttle Fully Open
Metred Flow vs. Screw Position
Pressure Drop for Free Flow
∆P : Differential Pressure Kgf/cm
2
MODULAR VALVES
526
Pressure Drop ∆P
Kgf/cm²
Flow Rate
0 100 200 300 400
500
5
10
15
20
L/min.
25
0
Flow Rate
Pressure Drop ∆P
Kgf/cm²
0
0
100 200 300 400
500
5
10
15
20
L/min.
25
Throttle Closed
Throttle Fully Open
06 Series Modular Valves
MSW-06- -30H01
12
53
130
154
58
92
116
Fully Extended
115.5 77
Fully Extended 385
85
MSW-06-X......52
MSW-06-Y......33
6
Two Locating Pins
6 Dia.
120
13.5 Dia. x Thru.
6 Places
Flow Adj. Screw
(for A line)
8 Hex.
M8 Thd. x 16 Deep
2 Places
Sling Fitting Screw
Inc.
Lock Nut
19 Hex.
Flow Adj. Screw
(for B line)
8 Hex.
Inc.
12
T P
B
A
X
Y
■ Spare Parts List
List of Seals
List of Seal Kits
Sl. No. Name of Parts Part Nos.
Quantity
MSA-06 MSB-06 MSW-06
1 O-Ring SO-NA-P14 1 1 2
2 O-Ring SO-NB-P14 2 2 2
3 O-Ring SO-NB-P28 4 4 4
4 O-Ring SO-NB-P32 1 1 2
5 Backup Ring SO-BB-P14 1 1 2
Note : When ordering the seals, please specify the seal kit numbers from the table below.
Model Nos. Seal Kit Numbers
MSA-06
KS-MSA-06-30
MSB-06
MSW-06 KS-MSW-06-30
DIMENSIONS IN
MILLIMETRES
X
Y
X
Y
For other dimensions, refer to above (MSW-06) drawing. For other dimensions, refer to above (MSW-06) drawing.
Mass …….. 12Kg(Approx)
Fully Extended 310
Fully Extended 115.5
Fully Extended 310
40.5
Fully Extended 115.5
T P
BA
X
Y
T P
BAX
Y
MSA-06- -30H01
X
Y
MSB-06- -30H01
MODULAR VALVES
527
06 Series Modular Valves
F
06 Series Modular Valves
MODULAR VALVES
■
Pilot Operated Check Modular Valves
■ Specifications
■ Model Number Designation
*1 This item applies only to External Pilot or External Drain Type.
*2 For MPW valves, ‘X’ & ‘Y’ options are not applicable.
Graphic Symbols
528
Model Numbers
Max. Operating
Pressure
Kgf/cm
2
Max. Flow
L/Min.
MPA-06 - - -30H01/70
250
{For 70 Design
350}
500
MPB-06 - - -30H01/70
MPW-06 - - -30H01/70
F- MPA -06 S -2 -X -30 H01
Special Seals Series Number
Valve
Size
Port Tapping Feature
of Pilot-Drain Port
*1
Cracking
Pressure
Kgf/cm
2
Pilot-Drain
*2
Connection
Design
Number
Design
Standard
F:
Special Seal
For Phosphate
Ester Type
Fluids
(Omit if not
required)
MPA: Pilot Operated
Check for A-Line
MPB: Pilot Operated
Check for B-Line
MPW: Pilot Operated
Check for A-B-line
06
None : Taper Thread
S: Straight Thread
(Applicable only for
Japanese std. “JIS”
2 : 2
4 : 4
None:
Internal Pilot-
Internal Drain
30 H01
X : External Pilot-
External Drain
Y : External Pilot-
Internal Drain
70 -
06 Series Modular Valves
P T Y X B A P T Y X B A P T Y X B A
P T Y X B AP T Y X B A
P T Y X B A
MPA-06- MPA-06 - -X
MPB-06-
MPW-06-
P T Y X B A
MPA-06 - -Y
MPB-06 - -X MPB-06 - -Y
Pilot-Drain
Type
Model No.
Internal Pilot-
Internal drain type
External Pilot-
External drain type
External Pilot-
Internal drain type
MPA-06
MPB-06
MPW-06
MODULAR VALVES
100 200 300 400 5000
L/min.
0
10
20
25
Pressure Drop ∆P
Flow Rate
100 200 300 400 5000
L/min.
Flow Rate
0
10
20
25
Pressure Drop ∆P
Kgf/cm²
Kgf/cm²
B-Line: MPA-06
A-Line: MPB-06
P&T-Line
■ Typical Performance Characteristics
Hydraulic Fluid: Viscosity 35cSt, Specific Gravity 0.850
Pressure Drop for Reversed Controlled Flow
Min. Pilot PressurePressure Drop for Free Flow
Pressure Drop
100 200 300 400 5000
L/min.
Flow Rate
0
10
20
30
Pressure Drop ∆P
500 100 150 200 250
0
10
20
30
40
45
Min. Pilot Pressure (PP)
Supply Pressure (P2)
Kgf/cm² Kgf/cm²
PP P1
P2
Kgf/cm²
MP -06-4
MP -06-2
MP -06-4
MP -06-2
MP -06- -30H01
06 Series Modular Valves
F
529
■ Typical Performance Characteristics
Hydraulic Fluid: Viscosity 35cSt, Specific Gravity 0.850
MP -06- -70
Pressure Drop for Reversed Controlled FlowPressure Drop
100 200 300 400 5000
Flow Rate
L/min.
Pressure Drop P
5
10
15
Kgf/cm²
A- Line MPA-06
B- Line MPB-06
P- Line
T- Line
100 200 300 400 5000
Flow Rate
L/min.
Pressure Drop P
5
10
Kgf/cm²
MP -06- -X
MP -06- -Y
06 Series Modular Valves
MODULAR VALVES
Min. Pilot PressurePressure Drop for Free Flow
12
53
130
154
12
92
116
40.5 77
235
856
Two Locating Pins
6 Dia.
13.5 Dia. x Thru.
6 Places
M8 Thd. x 16 Deep
2 Places
Sling Fitting Screw
120
285
X
A
B
T
P
Y
MPA-06- -30H01
MPB-06- -30H01
MPW-06- -30H01
(Internal Pilot-Internal Drain Type)
DIMENSIONS IN
MILLIMETRES
Approx. Mass……….. 11.6 Kg.
50 100 150 200 2500
Supply Pressure (P2)
Kgf/cm²
300 350
5
10
15
20
25
30
35
40
45
50
55
60
Min. Pilot Pressure (PP)
Kgf/cm²
MP -06-4
MP -06-2
PP
P
2
P
1
530
100 200 300 400 5000
Flow Rate
L/min.
Pressure Drop P
5
10
15
Kgf/cm²
MP -06-4
MP -06-2
06 Series Modular Valves
90.5
285
58
120
23
63
Pilot Port
"C" Thd.
Drain Port
"C" Thd.
MODULAR VALVES
40.5
285
23
63
58
120
Pilot Port
"C" Thd.
Drain Port
"C" Thd.
120
58
52
58.5
253
Pilot Port
"C" Thd.
MPA-06- - -X-70
(External Pilot-External Drain Type)
MPA-06- - -Y-70
(External Pilot-Internal Drain Type)
MPB-06- - -X-70
(External Pilot-External Drain Type)
MPB-06- - -Y-70
(External Pilot-Internal Drain Type)
Approx. Mass……….. 13 Kg.
Approx. Mass……….. 11.6 Kg.
For other dimensions, refer to “Internal Pilot-Internal drain type” drawing above.
Model Numbers
Thread Size
“C” Thd.
MPB-06- - -70
Rc 1/4 = 1/4 BSP.Tr.
MPB-06S- - -70
G 1/4
Approx. Mass……….. 13 Kg.
Approx. Mass……….. 11.6 Kg.
For other dimensions, refer to “Internal Pilot-
Internal drain type” drawing above.
DIMENSIONS IN
MILLIMETRES
■ Spare Parts List
List of Seals
List of Seal Kits
Sl.
No.
Name of
Parts
Part Nos.
Quantity
Internal
Pilot-
Internal
Drain
External
Pilot-
External
Drain
External
Pilot-
Internal
Drain
1 O-Ring SO-NB-P14 2 2 2
2 O-Ring SO-NA-P26
−
1
−
3 O-Ring SO-NB-P28 4 4 4
4 O-Ring SO-NB-P32 2 1 1
5 O-Ring SO-NB-P36
−
1 1
Note : When ordering the seals, please specify the seal kit numbers from the
table below.
Model Nos. Seal Kit Numbers
MPA-06-
KS-MPA-06-30
MPB-06-
MPW-06-
MPA-06 X
KS-MPA-06-X-70
MPB-06 X
MPA-06 Y
KS-MPA-06-Y-70
MPA-06 Y
DIMENSIONS IN
MILLIMETRES
40.5
253
52
120
58
Pilot Port
"C" Thd.
Model Numbers Thread Size “C” Thd.
MPA-06- - -70
Rc 1/4 = 1/4 BSP.Tr.
MPA-06S- - -70
G 1/4
531
06 Series Modular Valves
06 Series Modular Valves
F
■
Mounting Bolt Kits for 3/4 Modular Valves
■ Bolt Kits Selection Chart
■ Model Number Designation
MBK -06 -04 -30
Series Number Size of Modular Valve Bolt Number Design Number
MBK : Mounting Bolt kits
for Modular Valves
06 01,02,03,04
30
70
Valves are mounted with six stud bolts. Valve combination varies
according to the circuit type. Hence, the mounting bolt kits are
available on a combination type basis. When ordering the
mounting bolt kit, be sure to give the bolt kit model number from
the table below.
Bolt Kit Composition
Stud Bolt ……….. 6 Pcs.
Nut …………...… 6 Pcs.
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1 Set
[Example] 06 Series Modular Valve Assembly
DIMENSIONS IN
MILLIMETRES
Model
Numbers
30 Design 70 Design
A B C D A B C D
MBK-06-01 161
19 20 30
168
26 27 37
MBK-06-02 246 253
MBK-06-03 331 338
MBK-06-04 416 423
19
B
A
18 Dia.
C
D
10
M12
Both ends
M12
Stud Bolt
Nut
MBK-06- -
MODULAR VALVES
06 Series
Modular Valves
3
4
Solenoid Controlled
Pilot operated
Directional Valve
Stud Bolt
Nut
Mounting
Bolt Kits
Bolt Kit Model
Numbers
Quantity of Valves to be Stacked
Approx.
Mass
Kg.
Sol. Cont. Pilot Operated
Directional Valves
(DSHG-06)
Modular
Valve
30D 70D
MBK-06-01-
1 1 1.1 1.2
MBK-06-02-
1 2 1.5 1.7
MBK-06-03-
1 3 2.0 2.1
MBK-06-04-
1 4 2.4 2.6
532
06 Series Modular Valves
When mounting 06 series modular valve, be sure to use a sub-plate for 3/4 solenoid
controlled pilot operated directional valves.
Name Sub-plate Model Number Catalogue No.
Sub-plate for 3/4 solenoid
Controlled pilot Operated
Directional Valves
DHGM-06 -50
EIC-E-1003
Also, When no sub-plates are used, be sure to use the following mounting surface.
29.4
53.2
77
94.5
112.7
130.2
156
17.5
12.5
73.1
92.1
Minimum Pitch 125
17.5
29.5
4.8
19.1
12
74.6
116
M12 Thd. x 24 Deep
6 Places
23 Dia. (Max.)
4 Places
11 Dia. (Max.)
2 Places
7 Dia. x 8 Deep
Locating Pins
2 Places
T
P
Y
B
A
X
T
P
Y
B
A
X
100.8
MODULAR VALVES
■ Mounting Surface Dimensions For 3/4 Modular Valves
533
06 Series Modular Valves
06 Series Modular Valves
F
534
