Pressure
relief
valves
WARNING!
Variations and modifications of technical features and dimensions are
reserved.
WALVOIL S.p.A. also reserves the right to stop production of each
and any model listed in the catalogue with no notice.
Copyrights on the text contained herein belong to WALVOIL S.p.A. .
Partial and full reproductions or copies of this catalogue are forbidden.
WALVOIL IS NOT RESPONSIBLE FOR ANY DAMAGE CAUSED BY
AN INCORRECT USE OF THE PRODUCT.
D1WWEM01E
1st EDITION MAY 2010
DIVISION
PRESSURE RELIEF VALVES
General Information
Fluid:best use mineral oil with viscosity ranging between 10 and 200 cSt.
Filter:dirty oil is the main reason for failure and troubles of hydraulic parts and systems.
The table below contains OLEOSTAR S.p.A. recommendations about the minimum oil contamination level
according to individual specifications of different items. For further safety of your hydraulic equipment and of
all valves assembled on it, we either recommend use suction filters (rather than return filters) or separated
filter lines.
TYPE OF EQUIPMENT - TYPE OF VALVE
CONTAMINATION LEVEL
According to ISO 4406
- Heavy duty equipment
- Equipment running at 210-350 bar (3050-5100
psi) working pressure
- Equipment using proportional controls
- Equipment with high frequency cycles
-/16/13
- Equipment running up to 210 bar (3050 psi)
working pressure
- Spool-type valves
- Valves with calibrated ports
-/18/14
- Equipment running at low working pressure
- Pilot plants and equipment
- Equipment with low frequency cycles
-/19/15
Installation:make sure to provide suitable gasket lubrication with clean oil before screwing the cartridge on
the valve body . Also make sure to screw the cartridge manually in to reach against the gaskets in the valve
body.
Material:internal components made out of high grade steel duly treated and fabricated.
For more information please ask our technical office .
Working temperature:min. -25°C (-13°F) max. 90°C (194°F) with standard BUNA N seals.
min. -20°C (-4°F) max. 200°C (392°F) with optional VITON seals.
Rating diagrams:all rating diagrams of this catalogue are measured with mineral oil of 46 cSt viscosity at 40°
(104°F) temperature.
All drawings dimensions are defined as mm
in
DIVISION
D1WWEM01E
PRESSURE RELIEF VALVES
Indice
Accessori
Index
Hydraulic diagram
Type
Description
VMP
VMP Y
Direct acting, poppet
type
MC
Hydraulic diagram
Hydraulic diagram
Hydraulic diagram
Hydraulic diagram
Type
Description
MC..Y
Proportional direct
acting valves, poppet
type
Type
Description
MC..T
pilot operated proportional
pressure relief valve
with inverse
function, spool type
Type
Description
VMP/B...
Direct acting valves,
poppet type
Type
Description
VMPD
MG..A
Differential-control,
poppet type
D1WWEM01E
Maximum flow up to
Maximum pressure
l/min
US gpm
bar
psi
100
26
400
5800
160
42
315
4600
100
26
350
5100
Maximum flow up to
Maximum pressure
l/min
US gpm
bar
psi
1
0.26
350
5100
Maximum flow up to
Maximum pressure
l/min
US gpm
bar
psi
3
0.79
350
5100
Maximum flow up to
Maximum pressure
l/min
US gpm
bar
psi
100
26
350
5100
Maximum flow up to
l/min
US gpm
180
48
100
26
Maximum pressure
bar
psi
350
5100
Page
9
Page
27
Page
31
Page
33
Page
43
DIVISION
PRESSURE RELIEF VALVES
Index
Index
Hydraulic diagram
Hydraulic diagram
Type
Description
VMPD/B
Differential-control,
poppet type
Type
Description
VMPP
P
T
MP..A
Hydraulic diagram
P
Maximum flow up to
Type
Description
VMPP/B/L
Pilot-operated valves,
spool type
Type
Description
MP..Y
Proportional relief
valve, pilot-operated,
spool-type
Type
Description
MP..T
Proportional relief
valve, pilot-operated,
spool-type
l/min
US gpm
bar
psi
180
48
350
5100
Maximum flow up to
Pilot-operated valves,
spool type
Maximum pressure
l/min
US gpm
120
32
180
48
Maximum flow up to
Maximum pressure
bar
psi
350
5100
Maximum pressure
l/min
US gpm
bar
psi
120
32
350
5100
Page
51
Page
57
Page
65
T
P
Hydraulic diagram
Hydraulic diagram
DIVISION
Maximum flow up to
US gpm
bar
psi
150
40
350
5100
Maximum flow up to
D1WWEM01E
Maximum pressure
l/min
Maximum pressure
l/min
US gpm
bar
psi
50
13
350
5100
Page
69
Page
75
PRESSURE RELIEF VALVES
Index
Hydraulic diagram
Hydraulic diagram
Description
VMP/VE 14 (38)
Pressure relief valve
with electric bypass
Type
Description
VMP/VE 12 (34)
VMP/VE 100 (114)
Hydraulic diagram
Hydraulic diagram
Hydraulic diagram
Maximum flow up to
Type
l/min
US gpm
bar
psi
35
9.2
350
5100
Maximum flow up to
Pressure relief valve
with electric bypass
l/min
US gpm
90
24
250
66
Maximum flow up to
Type
Description
PBL
Basic block (NG 06
or 10) with conical
pressure relief valve,
direct acting
Type
Description
VAIL
Dual cross-line relief
valve. Direct acting,
poppet type, line
mounting.
VADDL
Dual cross-line relief
valve. Differential
control, poppet type,
line mounting
Type
Description
VAIL/VA
Dual cross-line relief
valve. Direct acting,
poppet type, line
mounting.
VADDL/VA
Dual cross-line
relief valve with anti
cavitation. Differential
control, poppet type,
line mounting
Maximum pressure
Maximum pressure
bar
psi
350
5100
Maximum pressure
l/min
US gpm
bar
psi
60
16
350
5100
Maximum flow up to
Maximum pressure
l/min
US gpm
bar
psi
180
48
350
5100
Maximum flow up to
Maximum pressure
l/min
US gpm
bar
psi
80
21
300
4350
Page
77
Page
73
Page
81
Page
85
Page
93
180
D1WWEM01E
48
350
5100
DIVISION
PRESSURE RELIEF VALVES
Index
Hydraulic diagram
Type
Description
VAA/RU/DL
Antishock valve with
anti cavitation and
single pressure adjustment. Differential
control, poppet type
line mounting
Maximum flow up to
Maximum pressure
l/min
US gpm
bar
psi
180
48
350
5100
Page
99
Proportional Coils
Introduction, proportional coil 35x35 and 45x45.................... page 103
Solenoid Connectors
Introduction, solenoid connectors CC-CA, CL e CP...................page 104
Adjustments
Optional adjustments..........................................................page 105
Valves bodies
2 Way Bodies....................................................................page 106
3 Way bodies....................................................................page 108
4 Way bodies....................................................................page 110
How to order valves with bodies.......................................... page 111
Cavities, tool and tap
2 Way “SAE” Cavity........................................................... page 112
Cavity VSE/P/2/150........................................................... page 113
Cavity VMP 5.................................................................... page 114
Cavity VMP 10................................................................... page 115
Cavity VMP 20................................................................... page 116
Cavity VMP 12................................................................... page 117
Cavity VMP 34................................................................... page 118
Cavity VMPD 38................................................................ page 119
Cavity VMPD 12................................................................ page 120
CavityVMPD 34................................................................. page 121
Cavity VMPD 100............................................................... page 122
DIVISION
D1WWEM01E
D1WWEM01E
DIVISION
DIRECT ACTING VALVES,
POPPET TYPE
Series
VMP, VMP Y and MC
Operation
Allows oil flow from P (1) to T (2) when pressure in P (1) reaches the setting of
the spring.
P
T
Performance
Body Valves
Type
VMP
VMP 02
Maximum flow
Maximum
pressure
l/min
bar
5
US gpm
1.32
VMP 5
VMP 5Y
350
35
psi
5100
VMP 10Y
Hysteresis
TV) 5÷80 bar - 72.5÷1150 psi
TS) 50÷220 bar - 725÷ 3200 psi
TR) 180÷350 bar - 2600÷5100 psi
90% of
the setting
value for
flow
capacity 1
l/min.
(0,26 US
gpm)
9.2
100
16
See VMP 5
26
TV) 100÷160 bar - 1450÷2400 psi
TS) 125÷250 bar - 1800÷3600 psi
TR) 200÷315 bar - 2900÷4600 psi
315
4600
VMP 20
100
26
400
5800
See VMP 5
VMP 20Y
160
42
315
4600
See VMP 10Y
4350
5÷40 bar - 72.5÷580 psi (test
setting: 30 bar - 430 psi at 5 l/min.
-1.32 US gpm)
20÷100 bar - 290÷1450 psi (test
setting: 70 bar - 1010 psi at 5
l/min. - 1.32 US gpm)
50÷200 bar - 725÷2900 psi (test
setting: 140 bar - 2050 psi at 5
l/min. - 1.32 US gpm)**
100÷300 bar - 1450÷4350 psi (test
setting: 210 bar - 3050 psi at 5
l/min. - 1.32 US gpm)**
VMP 12
35
9.2
300
VMP 34
80
21
Weight
kg
lb
0.11
0,14
0.31
Cavity
VMP 5
see page
114
0,25
0.55
Cavity
VMP 10
see page
115
0.99
Cavity
VMP 20
see page
116
0.44
Cavity
VMP 12
see page
120
0.73
Cavity
VMP 34
see page
121
0,05
disregardable
85% of
the setting
value for
flow
capacity 1
l/min. (0,26
US gpm)
Cavities
and tools
Cavity
VSE/
P/2/150
see page
113
TB) 5÷40 bar - 72.5÷580 psi
TV) 20÷80 bar - 290÷1150 psi
TS) 50÷220 bar - 725÷ 3200 psi
TR) 180÷350 bar - 2600÷5100 psi
TV) 40÷80 bar - 580÷1150 psi
TS) 63÷200 bar - 910÷2900 psi
TR) 160÷315 bar - 2300÷4600 psi
60
Oil leaks
from P
to T
TB) 5÷80 bar - 72.5÷1150 psi
TV) 40÷150 bar - 580÷2200 psi
TS) 140÷190 bar - 2050÷2750 psi
TR) 180÷350 bar - 2600÷5100 psi
VMP 5J
VMP 10
Application range with
standard spring*
0,45
0,20
0,33
*To perform setting of the valve see the pressure drop/ flow diagram
**(Only for VMP34) when the valve is ordered by itself max adjustable pressure is 150 bar (2200 psi).
Cartridge may be set higher than 150 bar (2200 psi) when installed in the machine or into a proper body
DIVISION
D1WWEM01E
Type
VMP and MC
Cartridges
Type
MC
MC08A
MC08D
Maximum flow
Max. pres
l/min
bar
10
20
US gpm
MC10A
MC12A
40
100
Hysteresis
1) 5÷50 bar - 72.5÷725 psi (test setting
30 bar - 435 psi at 5 l/min.- 1.32 US
gpm) pressure increase by steps 11,5
bar -165 psi per screw turn
2) 50÷200 bar - 725÷2900 psi (test setting 150 bar - 2200 psi at 5 l/min.-1.32
US gpm-) pressure increase by steps
31,5 bar - 450 psi per screw turn
3) 150÷350 bar - 2175÷5100 psi (test
setting 250 bar-3600 psi at 5 l/min.-1.32
US gpm-) pressure increase by steps 74
bar -1070 psi per screw turn
90% of the
setting value
for flow
capacity
1 l/min.
-0.26 US
gpm-
1) 20÷80 bar - 290÷1150 psi (test setting
50 bar -725 psi at 5 l/min.-1.32 US gpm-)
pressure increase by steps 26,6 bar
- 380 psi per screw turn
2) 50÷200 bar - 725÷2900 psi (test
setting 150 bar - 2200 psi at 5 l/min.-1.32
US gpm) pressure increase 60,3 bar
- 870 psi per screw turn
3) 150÷350 bar - 2200÷5100 psi (test
setting 250 bar- 3600 psi at 5 l/min.-1.32
US gpm) pressure increase 121,2 bar
-1750 psi per screw turn
5) 5÷50 bar - 72.5÷725 psi (test setting
30 bar - 435 psi at 5 l/min.- 1.32 US
gpm) pressure increase 11,3 bar - 160
psi per screw turn
85% of the
setting value
for flow
capacity
1 l/min.
-0.26 US
gpm-
*
psi
2.6
5.3
350
Application range with
standard spring
5100
g
d
10.5
1) 20÷100 bar - 290÷1450 psi (test
setting 50 bar - 725 psi at 5 l/min.-1.32
US gpm) pressure increase 7 bar -100
psi per screw turn
2) 50÷200 bar - 725÷2900 psi (test setting 150 bar - 2200 psi at 5 l/min.- 1.32
US gpm) pressure increase 24 bar - 345
psi per screw turn
3) 150÷350 bar - 2200÷5100 psi (test
setting 250 bar - 3600 psi at 5 l/min.1.32 US gpm) pressure increase 72 bar
-1040 psi per screw turn
26
1) 20 ÷ 100 bar - 290÷1450 psi (test
setting 50 bar -725 psi at 5 l/min.-1.32
US gpm) pressure increase 5,7 bar - 80
psi per screw turn
2) 50 ÷ 200 bar - 725÷2900 psi (test
setting 150 bar - 2200 psi at 5 l/min.1.32 US gpm) pressure increase 26,5
bar - 380 psi per screw turn
3) 150 ÷ 350 bar - 2200÷5100 psi (test
setting 250 bar - 3600 psi at 5 l/min.-1.32
US gpm) pressure increase 35 bar - 505
psi per screw turn
e
e
s
s
e
A
S
E
i
r
t
r
a
c
Oil leaks
from
1 to 2
kg
0,19
95% of the
setting value
for flow
capacity
1 l/min.
-0.26 US
gpm-
lb
0.42
see
cavity
SAE 8-2
page 112
e
u
g
o
l
a
t
a
c
90% of the
setting value
for flow
capacity
1 l/min.
-0.26 US
gpm-
Cavities
and
tools
Weight
0,13
0.29
see
cavity
SAE 8-2
page 112
0.73
see
cavity
SAE
10-2
page 112
1.89
see
cavity
SAE
12-2
page 112
disregardable
0,33
0,86
*To perform setting of the valve see the pressure drop/ flow diagram
The cavity have to report also the features of variation “A” see page 112
10
D1WWEM01E
DIVISION
Type VMP
General Information
information
Direct acting valve,
poppet type
02
Dimensions and hydraulic circuit
15 lbft
0.60
P
T
1.22
1.71
Section
Rating diagrams
Typical pressure drop vs. flow characteristic
Typical pressure drop vs. flow characteristic
Typical pressure drop vs. flow characteristic
0.3 0.6 0.9 1.2 1.5 1.8 (US gpm)
5800 (psi)
0.3 0.6 0.9 1.2 1.5 1.8(US gpm)
0.3 0.6 0.9 1.2 1.5 1.8 (US gpm)
1200 (psi)
3500 (psi)
900
2600
600
1800
2900
300
900
1450
0
0
0
4350
Order code
VMP02 / VUI
. 38 / 
TV)
TS)
TR)
TB)
DIVISION
Pressure settings
Adjustment
Pressione di apertura
da105)
1 a 2 (bar)
(see page
5÷80 bar (72.5÷1150 psi)
S (screw)
Pa. 0,5) 0,5
50÷220 bar (725÷3200 psi)
V (handknob)
Pa. 5) 5
180÷350 bar (2600÷5100 psi)
0÷50 bar (0÷725 psi)
D1WWEM01E
11
11
Type
VMP 5
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
33 lbft
1.53
P
2.95
T
4.00
Section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
Typical pressure drop vs. flow characteristic
8 (US gpm)
2900 (psi)
0
2
4
6
8 (US gpm)
5800(psi)
2175
4350
1450
2900
725
1450
0
0
Order code
VMP5 /  . 
Pressure settings
TB)
TV)
TS)
TR)
12
5÷40 bar (72.5÷580 psi)
20÷80 bar (290÷1150 psi)
50÷220 bar (725÷3200 psi)
180÷350 bar (2600÷5100 psi)
Adjustment
S
V
W
P
PV
D1WWEM01E
(see page 105)
(screw)
(handknob)
(capped adjustement)
(panel mount)
(panel mount+handknob)
DIVISION
Type VMP
General Information
information
Direct acting valve,
poppet type
5Y
Dimensions and hydraulic circuit
33 lbft
1.53
2.95
4.00
P
T
Section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
Typical pressure drop vs. flow characteristic
8 (US gpm)
2900 (psi)
0
2
4
6
8 (US gpm)
5800 (psi)
2175
4350
1450
2900
725
1450
0
0
Order code
VMP5Y /  . 
Pressure settings
TB)
TV)
TS)
TR)
DIVISION
5÷80 bar (72.5÷1150 psi)
40÷150 bar (580÷2200 psi)
140÷190 bar (2050÷2750 psi)
180÷350 bar (2600÷5100 psi)
Adjustment
(see page 105)
S (screw)
V (handknob)
W (capped adjustement)
P (panel mount)
PV (panel mount+handknob)
D1WWEM01E
13
Type
VMP 5J
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
33 lbft
1.46
2.90
3.85
P
T
Section
Rating diagrams
Typical pressure drop vs. flow characteristic
350
2
0
4
6
8 (US gpm)
5075 (psi)
300
p [bar]
250
3750
TR.S
200
150
TS.S
100
TV
2500
1250
50
0
0
5
10
15
20
25
30
35
0
Q [ l/min ]
Order code
VMP5J /  . 
Pressure settings
TV) 40÷80 bar (580÷1150 psi)
TS) 63÷200 bar (910÷2900 psi)
TR) 160÷315 bar(2300÷4600 psi)
14
D1WWEM01E
Adjustment
(see page 105)
S (screw)
V (handknob)
W (capped adjustement)
P (panel mount)
PV (panel mount+handknob)
DIVISION
Type VMP 10
General Information
information
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
37 lbft
2.05
P
3.66
T
4.70
Section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
3
6
9
Typical pressure drop vs. flow characteristic
12 15 18 (US gpm)
0
3
6
9
12 15 18 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
2500 (psi)
2000
1500
1000
500
0
Order code
VMP 10 /  . 
Pressure settings (bar)
TB)
TV)
TS)
TR)
DIVISION
Adjustment
(see page 105)
(72.5÷580
psi)
5÷40
S (screw)
20÷80 (290÷1150 psi)
V (handknob)
50÷220 (725÷3200 psi) W (capped adjustement)
180÷350 (2600÷5100 psi) P (panel mount)
PV (panel mount+handknob)
D1WWEM01E
15
Type
VMP 10Y
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
27
13
42 Nm
31 lbft
24 Nm
18 lbft
2.11
4.88
P
T
Section
Rating diagrams
Typical pressure drop vs. flow characteristic
5
360
320
15
20
TR
280
200
3000
TV
160
25 US gpm
5000 psi
4000
TS
240
p[bar]
10
2000
120
80
1000
40
0
0
20
40
60
Q[l/min]
80
100
Order code
VMP 10Y /  . 
Pressure settings (bar)
Adjustment
(see page 105)
TV) 100÷160 (1450÷2320 psi) W (capped adjustement)
TS) 125÷250 (1800÷3600 psi)
TR) 200÷315 (2900÷4600 psi)
16
D1WWEM01E
DIVISION
Type VMP
General Information
information
Direct acting valve,
poppet type
20
Dimensions and hydraulic circuit
37 lbft
2.32
4.13
P
T
5.35
Section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
3
6
9
Typical pressure drop vs. flow characteristic
12 15 18 (US gpm)
0
3
6
9
12 15 18 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
2500 (psi)
2000
1500
1000
500
0
Order code
VMP 20 /  . 
Pressure settings (bar)
TB)
TV)
TS)
TR)
DIVISION
Adjustment
(see page 105)
5÷40 (72.5÷580 psi)
S (screw)
20÷80 (290÷1150 psi)
V (handknob)
50÷220 (725÷3200 psi) W (capped adjustement)
180÷350 (2600÷5100 psi) P (panel mount)
PV (panel mount+handknob)
D1WWEM01E
17
Type
VMP 20Y
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
36
16
42 Nm
31 lbft
24 Nm
18 lbft
2.30
5.24
P
T
Section
Rating diagrams
p[bar]
C u rv a cpressure
a ra tte ris tic
a p re
s sflow
io n e characteristic
p o rta ta
Typical
drop
vs.
10
360
320
280
240
200
160
120
80
40
0
20
30
40 US gpm
5000 psi
TR
4000
TS
3000
TV
2000
1000
0
20
40
60
80
100
120
140
160
Q[l/min]
Order code
VMP 20Y /  . 
Pressure settings (bar)
Adjustment
(see page 105)
TV) 100÷160 (1450÷2320 psi) W (capped adjustement)
TS) 125÷250 (1800÷3600 psi)
TR) 200÷315 (2900÷4600 psi)
18
D1WWEM01E
DIVISION
Type VMP
General Information
information
Direct acting valve,
poppet type
12
Dimensions and hydraulic circuit
26 lbft
1.93
3.68
4.72
P
T
Section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
Typical pressure drop vs. flow characteristic
8 (US gpm)
0
2
4
6
2500 (psi)
2000
1500
1000
500
0
8 (US gpm)
6000 (psi)
4500
3000
1500
0
Order code
VMP 12 /  . 
Adjustment
Pressure settings
TB)
TV)
TS)
TR)
DIVISION
5÷40 bar (72.5÷580 psi)
20÷100 bar (290÷1450 psi)
50÷200 bar (725÷2900 psi)
100÷300 bar (1450÷4350 psi)
(see page 105)
S (screw)
V (handknob)
P (panel mount)
PV (panel mount+handknob)
D1WWEM01E
19
Type
VMP 34
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
37 lbft
2.58
4.90
P
T
5.94
Section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
3
6
9
Typical pressure drop vs. flow characteristic
12 15 18 (US gpm)
0
3
6
9
12 15 18 (US gpm)
2500 (psi)
2000
1500
1000
500
0
6000 (psi)
4500
3000
1500
0
Order code
VMP 34 /  . 
Pressure settings
TB)
TV)
TS)
TR)
5÷40 bar (72.5÷580 psi)
20÷100 bar (290÷1450 psi)
50÷200 bar
(725÷2900 psi)
100÷300 bar (1450÷4350 psi)
*
*
Adjustment
(see page 105)
S
V
P
PV
(screw)
(handknob)
(panel mount)
(panel mount+handknob)
the valve is ordered by itself max adjustable pressure is 150 bar - 2200 psi.
* when
Cartridge may be set higher than 150 bar - 2200 psi when instelled in the machine or into a proper body
20
D1WWEM01E
DIVISION
Type MC08A
General Information
information
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
22 lbft
1.10
lo
2.16
1
3.21
Section
s
e
i
r
t
r
a
c
Typical pressure drop vs. flow characteristic
0 0.5 1 1.5 2 2.5 3 3.5 (US gpm)
(psi)
1200
900
600
E
300
e
e
s
A
S
g
d
a
t
a
c
Typical pressure drop vs. flow characteristic
0 0.5 1 1.5 2 2.5 3 3.5 (US gpm)
(psi)
4000
0
e
u
g
2
Rating diagrams
Typical pressure drop vs. flow characteristic
0 0.5 1 1.5 2 2.5 3 3.5 (US gpm)
(psi)
4000
3000
3000
2000
2000
1000
0
1000
0
Order code
MC08A / 0 - - -
Adjustments
(see page 105)
S (screw)
V (handknob)
W (capped adjustement)
DIVISION
Pressure settings
Seals
1) 5÷50 bar (72.5÷725 psi)
2) 50÷20 0 bar (725÷2900 psi)
3) 150÷350 bar (2200÷5100 psi)
B) Buna
V) Viton
D1WWEM01E
21
Type
MCO8D
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
13
24
30 Nm
Ø7
ø 0.27
22 lbft
2
1
e
u
g
26,5
1.04
o
l
a
38
1.50
65
2.56
1
91,5
3.60
t
a
c
Section
s
e
g
d
Rating diagrams
i
r
t
r
a
c
MC08D/0_1_
T ypical pressure drop vs.flow characteristi c
1
100
90
80
70
60
50
40
30
20
10
0
2
3
p [bar]
900
600
e
e
s
A
S
4
6
8
10
Q [l/min]
0
12
14
16
18
2
1200
600
0
3
4 (US gpm)
(psi)
4500
1800
0
8
10
4
6
12
14
16
18
20
1
50
45
40
35
30
25
20
15
10
5
0
8
10
Q [l/min]
12
14
16
18
20
2
3
4 (US gpm)
(psi)
600
450
300
150
0
0
Q [l/min]
22
2
MC08D/0_5_
2700
6
4 (US gpm)
(psi)
Typical pressure drop vs.flow characteristic
3600
4
3
1800
MC08D/0_3_
1
2
2400
0
20
900
2
1
Typical pressure drop vs.flow characteristic
330
300
270
240
210
180
150
120
90
60
30
0
0
MC08D/0_2_
Typical pressure drop vs.flow characteristic
200
180
160
140
120
100
80
60
40
20
0
p [bar]
2
E
300
p [bar]
1200
0
p [bar]
4 (US gpm)
(psi)
2
2
4
6
8
10
12
14
16
18
20
Q [l/min]
D1WWEM01E
DIVISION
Type
MCO8D
Order code
MC08D / 0 - - -
Adjustments
(see page 105)
V (handknob)
W (capped adjustement)
Pressure settings
1) 5÷50 bar (72.5÷725 psi)
2) 50÷200 bar (725÷2900 psi)
3) 150÷350 bar (2200÷5100 psi)
5) 50÷350 bar (725÷5100 psi)
Seals
B) Buna
V) Viton
e
u
g
o
l
a
s
e
t
a
c
g
d
e
e
s
DIVISION
A
S
E
i
r
t
r
a
c
D1WWEM01E
23
Type
MC10A
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
37 lbft
e
u
g
1.27
o
l
a
1
3.94
4.99
Section
s
e
g
d
Rating diagrams
i
r
t
r
a
c
Typical pressure drop vs. flow characteristic
0
2
4
6
8
10 12 (US gpm)
(psi)
3000
2000
1000
e
e
s
Order code
24
A
S
E
0
t
a
c
Typical pressure drop vs. flow characteristic
0
2
4
6
8
2
10 12 (US gpm)
(psi)
5000
4000
Typical pressure drop vs. flow characteristic
0
2
4
3000
2000
1000
0
6
8
10 12 (US gpm)
(psi)
5000
4000
3000
2000
1000
0
MC10A / 0 - - -
Adjustments
(see page 105)
S (screw)
V (handknob)
W (capped adjustement)
Pressure settings
1) 20÷100 bar (290÷1450 psi)
2) 50÷200 bar (725÷2900 psi)
3) 150÷350 bar (2200÷5100 psi)
D1WWEM01E
Seals
B) Buna
V) Viton
DIVISION
Type MC12A
General Information
information
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
59 lbft
e
u
g
1.81
5.75
o
l
a
1
6.79
Section
s
e
0 5 10 15 20 25 30 35 (US gpm)
(psi)
3500
2600
1800
900
e
e
s
A
S
E
0
t
a
c
Typical pressure drop vs. flow characteristic
0 5 10 15 20 25 30 35 (US gpm)
(psi)
3500
Rating diagrams
Typical pressure drop vs. flow characteristic
0
5 10 15 20 25 30 35 (US gpm)
(psi)
4000
2600
3000
1800
2000
900
1000
0
0
Order code
MC12A / 0 - - -
Adjustments
(see page 105)
S (screw)
V (handknob)
W (capped adjustement)
DIVISION
g
d
i
r
t
r
a
c
Typical pressure drop vs. flow characteristic
2
Pressure settings
1) 20÷100 bar (290÷1450 psi)
2) 50÷200 bar (725÷2900 psi)
3) 150÷350 bar (2200÷5100 psi)
D1WWEM01E
Seals
B) Buna
V) Viton
25
26
D1WWEM01E
DIVISION
Series MC..Y
Unidirezionali
PROPORTIONAL DIRECT ACTING
VALVES, POPPET TYPE
Operation
Allows oil flow from 1 to 2 when pressure in 1 reaches the setting regulated by
the proportional coil. Bottom manual override available as option (notice: if it’s
activated with energised coil, the setting established will be effected).
2
1
Performance
e
u
g
Cartridges
Type
MC..Y
MC08Y
Max. flow Q
l/min
1
US gpm
0.26
Max.pres.
bar
350
psi
5100
Rated
and max
current
1,1 A for
coils 12V
0,55 A for
coils 24V
Dither
frequency
Hysteresis with dither
operational relief pressure
range from zero to max.
control current
150 Hz
0÷100 bar - 0÷1450 psi with
0.5 l/min. - 0.13 US gpm
remainig pressure with no
voltage 5 bar - 72.5 psi
50÷200 bar - 25÷2900 psi
with 0.5 l/min. - 0.13 US gpm
remainig pressure with no
voltage 5 bar - 72.5 psi
80÷350 bar - 1150÷5100 psi
with 0.5 l/min. - 0.13 US gpm
remainig pressure with no
voltage 12 bar - 170 psi
5÷40 bar - 72.5÷580 psi
with 0.5 l/min. - 0.13 US gpm
remainig pressure with no
voltage 3 bar - 43.5 psi
s
e
Oil leaks
from
1 to 2
Cavities
and
tools
o
l
a
t
a
c
disregardable
cavity
*SAE
8-2
see
page
112
Weight
kg
lb
0,55
1.21
g
d
i
r
t
r
a
c
*the cavity have to report also the features of variation “A” see page 112
e
e
s
DIVISION
A
S
E
D1WWEM01E
27
Type
MC08Y
Proportional direct acting
valve, poppet type
Dimensions and hydraulic circuit
30
3.7 lbft
e
u
g
ø 0.16
20 lbft
o
l
a
1.08
4.13
Cross section
s
e
g
d
Rating diagrams
i
r
t
r
a
c
1450 (psi)
1200
900
600
0
10
20
30
A
S
40
50
E
60
70
300
0
80
90 100
P [bar]
P [bar]
Pressure range 10/100 bar (145/1450 US gpm)
100
90
80
70
60
50
40
30
20
10
0
Pressure range 50/200 bar (725/2900 US gpm)
3190 (psi)
2700
2100
1500
900
300
0
0
20
300
P [bar]
250
200
150
45
4000
35
3200
2400
28
30
100
652.5 (psi)
600
400
25
20
15
200
10
5
0
0
20
40
60
80
% of maximum control current
80
40
800
50
0
60
Pressure range 5/40 bar
5075 (psi)
4800
1600
100
40
% of maximum control current
P [bar]
e
e
s
Pressure range 80/350 bar
t
a
c
220
200
180
160
140
120
100
80
60
40
20
0
% of maximum control current
350
2
1
0
100
0
20
40
60
80
100
0
% of maximum control current
D1WWEM01E
DIVISION
Type
MC08Y
Type MC08Y
Order code
MC08Y /0 -  -  -
Voltage
Pressure settings
2)12V
4)24V
1) 10÷100 bar (145÷1450 psi)
2) 50÷200 bar (725÷2900 psi)
3) 80÷350 bar (1150÷5100 psi)
4) 5÷40 bar (725÷580 psi)
Seals
B) Buna
V) Viton
e
u
g
o
l
a
s
e
t
a
c
g
d
e
e
s
DIVISION
A
S
E
i
r
t
r
a
c
D1WWEM01E
29
30
D1WWEM01E
DIVISION
PILOT OPERATED PROPORTIONAL
PRESSURE RELIEF VALVE WITH INVERSE
FUNCTION, SPOOL TYPE
Series
MC..T
Operation
This kind of valve Allows oil flow from 1 to 2 when pressure in 1 reaches the
setting regulated by the proportional coil.
Bottom manual override available as option (notice: if it’s activated with energised coil, the setting established will be effected).
e
u
g
Performance
Cartridges
Type
MC..T
Flow
Q max.
l/min
Max. press.
US gpm
bar
psi
Rated
and max
current
Dither
frequency
Pressure range bar
(psi)
2) Squarecoil 12Vcc
connecttor DIN
(In=1,25A)
MC10T
3
0.79
350
5100
3) Round
coil 12Vcc
connecttor DIN
(In=1,8A)
4) Squarecoil 24Vcc
connecttor DIN
(In=0,63A)
s
e
a
t
a
c
1) 15-130 (217-1885)
2) 15-170 (217-2465)
3) 15-210 (217-3045)
g
d
130 Hz
lo
Oil leaks
-
Cavities
and tools
Cavity
SAE 10-2
page112
Weight kg
kg
lb
-
-
i
r
t
r
a
c
5) Round
coil 24V
connecttor DIN
(In=0,9A)
*the cavity have to report also the features of variation “A” see page 112
e
e
s
DIVISION
A
S
E
D1WWEM01E
31
Tipo
MC10T
125
4.92
Dimensions and hydraulic circuit
e
u
g
27
1.27
32,3
50 Nm
o
l
a
37 lbft
Rating diagrams
psi
250
2000
200
s
e
P [bar]
P [bar]
150
2
250
field 1 1
campo
field 2 2
campo
field 3 3 3000
campo
200
150
100
g
d
100
1000
50
50
0
0
10
20
30
40
50
60
i
r
t
r
a
c
70
80
90
% of the maximum control current
100
4
P [bar]
200
6
0%
20%
150
100
E
40%
0
A
S
8 US gpm
psi
3000
2000
1000
80%
0
0
e
e
s
0,5
1,5
Q [l/min]
3000
0%
2000
40%
60%
1000
80%
100%
0,5
1
1,5
2
2,5
3
Q [l/min]
Typical Relief Pressure vs.Flow Characteristic 1->2
At various %’s of maximum control current
Pressure setting 3 - Power supply 12 Vdc
2
250
4
6
8 US gpm
psi
0%
200
3000
20%
40%
150
2000
60%
1000
80%
50
100%
100%
1
8 US gpm
psi
100
60%
50
6
20%
P [bar]
2
4
0
Typical Relief Pressure vs.Flow Characteristic 1->2
At various %’s of maximum control current
Pressure setting 2 - Power supply 12 Vdc
250
t
a
c
Typical Relief Pressure vs.Flow Characteristic 1->2
At various %’s of maximum control current
Pressure setting 1 - Power supply 12 Vdc
Relief Pressure vs. % of the Maximun Control Current
Q=1 l/min (0.26 US gpm) - Power supply 12 Vdc
0
2
2,5
3
0
0,5
1
1,5
2
2,5
3
Q [l/min]
Order code
MC10T/0 -o -o -o
Adjustment
2) Square coil 12Vcc connector DIN (In=1,25A)
3) Round coil 12Vcc connector DIN (In=1,8A)
4) Square coil 24Vcc connector DIN (In=0,63A)
5) Round coil 12Vcc connector DIN (In=0,9A)
32
D1WWCM01E
Pressure range
Seals
1) 15-130 bar
2) 15-170 bar
3) 15-210 bar
B) Buna
V) Viton
DIVISION
Type
DIRECT ACTING VALVES,
POPPET TYPE
VMP/B...
Operation
Allows oil flow from P to T when pressure in P reaches the setting of the spring.
Performance
Body Valves
Type
VMP
VMP /B /L
02-14
VMP /B /L
03-14
Max.flow
l/min
5
10
US gpm
VMP/B/L
5Y -pp
bar
psi
2.6
9.2
Application range with
standard spring*
5÷80 bar - 72.5÷1150 psi (test setting 50
bar - 725 psi at 3 l/min. - 0.79 US gpm)
50÷220 bar - 725÷3200 psi (test setting
150 bar -2200 psi at 3 l/min. - 0.79 US
gpm)
180÷350 bar - 2600÷5100 psi (test setting 250 bar - 3600 psi at 3 l/min. - 0.79
US gpm)
1.32
VMP/B/L
5 -pp
35
Max. pres.
alum.
body
210
alum.
body
3050
steel
body
350
steel
body
5100
5÷50 bar - 72.5÷725 psi (test setting 30
bar - 435 psi at 5 l/min. - 1.32 US gpm)
pressure increase by steps 11.5 bar
-160 psi per screw turn
50÷200 bar - 725÷2900 psi (test setting
150 bar - 2200 psi at 5 l/min. - 1.32 US
gpm) pressure increase by steps 31.5
bar - 450 psi per screw turn
180÷350 bar - 2600÷5100 psi (test setting 250 bar - 3600 psi at 5 l/min. - 1.32
US gpm) pressure increase by steps 74
bar - 1000 psi per screw turn
5÷40 bar - 72.5÷580 psi (test setting 30
bar - 435 psi at 5 l/min. - 1.32 US gpm)
20÷80 bar - 290÷1150 psi (test setting
60 bar - 870 psi at 5 l/min - 1.32 US
gpm)
50÷220 bar - 725÷3200 psi (test setting
160 bar - 2300 psi at 5 l/min. - 1.32 US
gpm)
180÷350 bar - 2600÷5100 psi
(test setting 280 bar - 4000 psi at 5
l/min. - 1.32 US gpm)
5÷80 bar - 72.5÷1150 psi (test setting 60
bar - 870 psi at 5 l/min. - 1.32 US gpm)
40÷150 bar - 580÷2200 psi (test setting
120 bar - 1750 psi at 5 l/min. - 1.32 US
gpm)
140÷190 bar - 2050÷2750 psi (test setting 150 bar - 2200 psi at 5 l/min. - 1.32
US gpm)
180÷350 bar - 2600÷5100 psi
(test setting 260 bar - 3800 psi at 5
l/min. - 1.32 US gpm)
Hysteresis
Oil
leaks
from P
to T
Weight
Cartr.
VMP
02
90% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
MC
08 A
kg
lb
alum.
body
0,21
alum.
body
0.46
steel
body
0,48
steel
body
1.06
alum.
body
0,40
alum.
body
0.88
steel
body
0,84
steel
body
1.85
alum.
body
0,50
alum.
body
1.10
steel
body
1,07
steel
body
2.36
alum.
body
0.50
alum.
body
1.10
steel
body
1,07
steel
body
2.36
disregardable
VMP
02
85% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpmVMP
5Y
*To perform setting of the valve see the pressure drop/ flow diagram
DIVISION
D1WWCM01E
33
Type
VMP/B...
Body Valves
Max.flow
Type VMP
VMP /B /L
10 -pp
l/min
60
US gpm
Max. pres.
bar
psi
Application range with
standard spring*
Hysteresis
Oil
leaks
from P
to T
16
Cartridges
VMP 10
Weight
kg
lb
aluminium
body
0,77
(VMP/B/L 10-12)
0,87
(VMP/B/L 10-34)
alum.
body
1.70
steel
body
1,47
(VMP/B/L 10-12)
1,74
(VMP/B/L 10-34)
steel
body
3.24
aluminium
body
1,70
(VMP/B/L 20-34)
2,31
(VMP/B/L 20-100)
alum.
body
3.75
steel
body
2,91
(VMP/B/L 20-34)
5,20
(VMP/B/L 20-100)
steel
body
6.41
1.91
3.84
see setting
VMP/B/L 5 -pp
VMP /B /L
20 -pp
VMP /B 12
VMP /B 34
34
100
35
80
26
9.2
21
alum.
body
210
alum.
body
3050
steel
body
350
steel
body
5100
85% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
5÷40 bar - 72.5÷580 psi
(test setting 30 bar - 435
psi at 5 l/min. - 1.32 US
gpm)
20÷100 bar -290÷1450
psi (test setting 70 bar 1015 psi at 5 l/min. - 1.32
US gpm-)
50÷200 bar -725÷2900
psi (test setting 140 bar
- 2030 psi at 5 l/min.-1.32
US gpm)
100÷300 bar 1450÷4350 psi (test
setting 210 bar - 3050 psi
at 5 l/min. - 1.32 US gpm)
D1WWEM01E
VMP 20
disregardable
VMP 12
VMP 34
5.09
11.46
aluminium
body
0,65
alum.
body
1.43
steel
body
1,41
steel
body
3.11
aluminium
body
1,00
alum.
body
2.20
steel
body
2,15
steel
body
4.74
DIVISION
Type VMP /B /L 02-14
General Information
information
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
1.04
Cross section
Ø 0.22
T
0.98
1.97
0.98
P
0.49
P
0.59
0.24
1.18
1.30
0.24
1.77
Rating diagrams
Typical pressure drop vs. flow characteristic
0
0.3 0.6 0.9 1.2 1.5 1.8 (US gpm)
(psi)
1200
Typical pressure drop vs. flow characteristic
0
Typical pressure drop vs. flow characteristic
0.3 0.6 0.9 1.2 1.5 1.8 (US gpm)
(psi)
3000
900
2000
600
300
1000
0
0
0
0.3 0.6 0.9 1.2 1.5 1.8 (US gpm)
(psi)
5000
4000
3000
2000
1000
0
Order code
VMP/B/L 02-14 /  .  / 
Pressure settings
TV) 5÷80 bar (72.5÷1150 psi)
TS) 50÷220 bar (725÷3200 psi)
TR) 180÷350 bar(2600÷5100 psi)
DIVISION
Adjustment
(see pag.105)
S (screw)
V (handknob)
D1WWEM01E
Body material
_ Aluminium
ac Steel
35
Type
VMP /B /L 03-14
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
2.09
Cross section
P
Ø 0.25
0.59
1.18
0.55
1.18
2.36
1.26
T
P
0.24
1.89
0.24
2.36
Rating diagrams
Typical pressure drop vs. flow characteristic
0
0.3 0.6 0.9 1.2 1.5 1.8 (US gpm)
(psi)
1200
Typical pressure drop vs. flow characteristic
0
Typical pressure drop vs. flow characteristic
0.3 0.6 0.9 1.2 1.5 1.8 (US gpm)
(psi)
4000
0
0.3 0.6 0.9 1.2 1.5 1.8 (US gpm)
(psi)
4000
900
3000
3000
600
2000
2000
300
1000
1000
0
0
0
Order code
VMP/B/L 03-14 /  .  / 
Pressure settings
TB) 5÷50 bar (72.5÷725 psi)
TS) 50÷200 bar (725÷2900 psi)
TR) 150÷350 bar(2200÷5100 psi)
36
Adjustment
(see page 105)
S (screw)
V (handknob)
W (capped adjustement)
D1WWEM01E
Body material
_ Aluminium
ac Steel
DIVISION
Type VMP/B/L 5 -pp
General Information
information
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
Cross section
P
Ø 0.25
1.38
0.70
1.34
2.75
T
0.69
P
0.24
1.38
1.89
0.24
2.36
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
Typical pressure drop vs. flow characteristic
8 (US gpm)
6
0
2
4
6
8 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
2500 (psi)
2000
1500
1000
500
0
Order code
VMP /B /L 5-  /  .  /
Port size
38) G 3/8
12) G 1/2
DIVISION
Pressure settings
TB)
TV)
TS)
TR)
5÷40 bar (72.5÷580 psi)
20÷80 bar (290÷1150 psi)
50÷220 bar (725÷3200 psi)
180÷350 bar (2600÷5100 psi)
D1WWEM01E
Adjustment
Body material
(see page 105)
_ Aluminium
S (screw)
ac Steel
V (handknob)
W (capped adjustement)
P (panel mount)
PV (panel mount+handknob)
37
Type
VMP/B/L 5Y -pp
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
Cross section
P
Ø 0.25
1.38
0.71
2.75
1.34
T
P
0.69
1.89
0.24
1.38
0.24
2.36
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
8 (US gpm)
Typical pressure drop vs. flow characteristic
0
2
2500 (psi)
2000
1500
1000
500
0
4
6
8 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
Order code
VMP /B /L 5Y-  /  .  /
Port size
38) G 3/8
12) G 1/2
38
Pressure settings
TB)
TV)
TS)
TR)
5÷80 bar (72.5÷1150 psi)
40÷150 bar (580÷2200 psi)
140÷190 bar (2050÷2750 psi)
180÷320 bar (2600÷4650 psi)
D1WWEM01E
Adjustment
Body material
(see page 105)
_ Aluminium
S (screw)
ac Steel
V (handknob)
W (capped adjustement)
P (panel mount)
PV (panel mount+handknob)
DIVISION
Type VMP/B/L 10 -pp
General Information
information
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
Cross section
P
Ø 0.25
T
0.79
P
2.75
(3.07)
- 1.38(0.69)
- 3.07 (1.38)
(3.54)
- 3.54
(1.57)
(0.79)
- 1.57
(1.53)
- 0.69
(1.77)
- 0.79
(2.28)
- 1.53(2.28)-
(2.12)
(1.97)
- 1.77
2.28
- 2.12
- 2.28(0.24)
(0.25)
(0.31)
(0.33)
- 1.97
- 0.24
- 0.25
- 0.31
- 0.33
*Dimensions are in mm - in
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
Typical pressure drop vs. flow characteristic
8 (US gpm)
0
2
4
6
8 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
2500 (psi)
2000
1500
1000
500
0
Order code
VMP /B /L 10 -  /  .  / 
Port size
12) G 1/2
34) G 3/4
DIVISION
Pressure settings
TB)
TV)
TS)
TR)
5÷40 bar (72.5÷580 psi)
20÷80 bar (290÷1150 psi)
50÷220 bar (725÷3200 psi)
180÷350 bar (2600÷5100 psi)
D1WWEM01E
Adjustment
(see page 105)
Body material
_ Aluminium
S (screw)
ac Steel
V (handknob)
W (capped adjustement)
P (panel mount)
PV (panel mount+handknob)
39
Type
VMP/B/L 20 -pp
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
Cross section
P
Ø 0.33
T
P
- 2.75
- 3.94
- 1.97
- 0.98
- 1.97
- 0.87
- 2.12
- 2.24
- 0.31
- 3.34
- 4.72
- 2.36
- 1.18
- 2.48
- 1.18
- 2.56
- 2.56
- 0.39
Dimensions are in mm - in
Rating diagrams
Typical pressure drop vs. flow characteristic
0
3
6
12 15 18 (US gpm)
9
Typical pressure drop vs. flow characteristic
0
3
6
9
12 15 18 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
2500 (psi)
2000
1500
1000
500
0
Order code
VMP /B /L 20 -  /  .  / 
Port size
34) G 3/4
100) G 1”
40
Pressure settings
TB)
TV)
TS)
TR)
5÷40 bar (72.5÷580 psi)
20÷80 bar (290÷1150 psi)
50÷220 bar (725÷3200 psi)
180÷350 bar (2600÷5100 psi)
D1WWEM01E
Adjustment
Body m aterial
(see page 105)
_ Aluminium
S (screw)
ac Steel
V (handknob)
W (capped adjustement)
P (panel mount)
PV (panel mount+handknob)
DIVISION
Type VMP /B 12
General Information
information
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
2.68
Cross section
Ø 0.25
T
3.14
1.18
1.02
P
0.39
1.02
P
0.79
1.61
0.37
1.57
0.37
2.36
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
Typical pressure drop vs. flow characteristic
8 (US gpm)
0
2
4
6
2500 (psi)
2000
1500
1000
500
0
8 (US gpm)
6000 (psi)
4500
3000
1500
0
Order code
VMP /B 12 /  .  / 
Pressure settings
TB)
TV)
TS)
TR)
DIVISION
5÷40 bar (72.5÷580 psi)
20÷100 bar (290÷1450 psi)
50÷200 bar(725÷2900 psi)
100÷300 bar(1450÷4350 psi)
Adjustment
Body material
(see page 105)
_ Aluminium
S (screw)
ac Steel
V (handknob)
P (panel mount)
PV (panel mount+handknob)
D1WWEM01E
41
Type
VMP /B 34
Direct acting valve,
poppet type
Dimensions and hydraulic circuit
3.25
Cross section
1.38
1.38
Ø 0.25
P
3.74
T
0.39
1.38
P
2.36
0.39
1.57
0.39
3.15
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
Typical pressure drop vs. flow characteristic
8 (US gpm)
0
2
4
6
2500 (psi)
2000
1500
1000
500
0
8 (US gpm)
6000 (psi)
4500
3000
1500
0
Order code
VMP /B 34 /  .  / 
Pressure settings
TB)
TV)
TS)
TR)
42
5÷40 bar (72.5÷580 psi)
20÷100 bar (290÷1450 psi)
50÷200 bar (725÷2900 psi)
100÷300 bar (1450÷4350 psi)
Adjustment
Body material
(see page 105)
_ Aluminium
S (screw)
ac Steel
V (handknob)
P (panel mount)
PV (panel mount+handknob)
D1WWEM01E
DIVISION
DIFFERENTIAL-CONTROL
VALVES, POPPET TYPE
Series
VMPD and MG..A
Operation
Allows oil flow from 2 to 1 when pressure in 2 reaches the setting of the spring.
1
2
Performance
Body Valves
Type VMPD
Max.flow
l/min
VMPD 38
Max. pres.
bar
US gpm
psi
9.2
35
350
VMPD 12
60
16
VMPD 34
100
26
VMPD 100
180
48
5100
Application range with
standard spring
*
Hysteresis
5÷50 bar - 72.5÷725 psi (test
setting 30 bar - 435 psi at 5
l/min. - 1.32 US gpm)
20÷100 bar - 290÷1450 psi (test
setting 60 bar - 870 psi at 5
l/min. - 1.32 US gpm)
5÷210 bar - 72.5÷3050 psi (test
setting 150 bar - 2200 psi at 5
l/min. - 1.32 US gpm)
50÷350 bar - 72.5÷5100 psi (test
setting 250 bar - 3600 psi at 5
l/min. - 1.32 US gpm)
5÷210 bar - 72.5÷3050 psi (test
setting 150 bar - 2200 psi at 5
l/min. - 1.32 US gpm)
50÷350 bar - 72.5÷5100 psi (test
setting 250 bar - 3600 psi at 5
l/min. - 1.32 US gpm)
85% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
Oil leaks
from P to T
Weight
Cavities
and tools
kg
lb
VMPD 38
0,25
0.55
VMPD 12
0,33
0.73
VMPD 34
0,60
1.32
VMPD 100
0,62
1.37
disregardable
Cartridges
Type
MG..A
MG10A
Max.flow
l/min
US gpm
60
Max. pres.
bar
16
350
MG12A
100
psi
26
5100
Application range with
standard spring
*
7÷40 bar - 101.5÷580 psi (test setting
30 bar - 435 psi at 5 l/min. - 1.32 US
gpm) pressure increase by steps 1.6
bar - 23.2 psi per screw turn
20÷100 bar - 290÷1450 psi (test setting 50 bar - 725 psi at 5 l/min.
- 1.32 US gpm) pressure increase by
steps 7 bar - 101.5 psi per screw turn
50÷200 bar - 725÷2900 psi (test
setting 150 bar - 2200 psi at 5 l/min
1.32 US gpm) pressure increase by
steps 24,5 bar - 355 psi per screw turn
150÷350 bar - 2200÷5100 psi (test setting 250 bar - 3600 psi at 5 l/min. - 1.32
US gpm) pressure increase by steps
73 bar - 1060 psi per screw turn
2÷100 bar - 29÷1450 psi (test setting
50 bar - 725 psi at 5 l/min. - 1.32 US
gpm) pressure increase by steps 7 bar
-101.5 psi per screw turn
50÷200 bar - 725÷2900 psi (test
setting 150 bar -2200 psi at 5 l/min.
-1.32 US gpm) pressure increase by
steps 27 bar - 390 psi per screw turn
150÷350 bar - 2200÷5100 psi (test
setting 250 bar - 3600 psi at 5 l/min.
- 1.32 US gpm) pressure increase by
steps 35 bar - 505 psi per screw turn
the cavity have to report also the features of variation “A” see page 112
DIVISION
Hysteresis
90% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
Oil leaks
from 2 to 1
Cavities
and
tools
Weight
kg
lb
see
cavity
SAE 10-2
page 112
0,34
0.75
see
cavity
SAE 12-2
page 112
0,87
1.92
disregardable
*To perform setting of the valve see the pressure drop/ flow diagram
D1WWEM01E
43
Type
VMPD 38
Differential-control valve,
poppet type
Dimensions and hydraulic circuit
22 lbft
1.42
2
1
3.27
3.58
Cross section
Typical pressure drop vs. flow characteristic
Rating diagrams
1
350
2
3
4
5
6
325
7
8
9
TR
300
4000
275
250
P [bar]
(US gpm)
5000 (psi)
TS
225
3000
200
175
150
2000
125
100
TV
75
1000
TB
50
25
0
0
0
3
5
8
10
13
15
18
20
23
25
28
30
33
35
Q [min]
Order code
VMPD 38 /  . S
Pressure settings
TB)
TV)
TS)
TR)
44
5÷50 bar (72.5÷580 psi)
20÷100 bar (290÷1450 psi)
5÷210 bar (72.5÷3050 psi)
50÷350 bar (725 ÷5100 psi)
D1WWEM01E
DIVISION
Type VMPD
General Information
information
Differential-control valve,
poppet type
12
Dimensions and hydraulic circuit
37 lbft
1.51
3.27
2
3.86
1
Cross section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
8 (US gpm)
6000 (psi)
4500
3000
1500
0
Order code
VMPD 12 /  . S
Pressure settings
TS) 5÷21 0 bar (72.5÷3050 psi)
TR) 50÷350 bar (725 ÷5100 psi)
DIVISION
D1WWEM01E
45
Type
VMPD34
Differential-control valve,
poppet type
Dimensions and hydraulic circuit
63 lbft
1.89
4.13
Cross section
2
4.57
1
Rating diagrams
Typical pressure drop vs. flow characteristic
0
5
10
15
20
25 (US gpm)
6000 (psi)
4500
3000
1500
0
Order code
VMPD 34 /  . S
Pressure settings
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725 ÷5100 psi)
46
D1WWEM01E
DIVISION
Type VMPD 100
General Information
information
Differential-control valve,
poppet type
Dimensions and hydraulic circuit
63 lbft
1.89
4.13
2
1
4.76
Cross section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
10
20
30
40
50 (US gpm)
6000 (psi)
4500
3000
1500
0
Order code
VMPD 100 /  . S
Pressure settings
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725 ÷5100 psi)
DIVISION
D1WWEM01E
47
Type
MG10A
Differential piston valve,
poppet type
Dimensions and hydraulic circuit
37 lbft
e
u
g
1.27
3.95
o
l
a
2
4.99
Cross section
s
e
g
d
Rating diagrams
i
r
t
r
a
c
Typical pressure drop vs. flow characteristic
0
3
6
1
t
a
c
Typical pressure drop vs. flow characteristic
9 12 15 18 (US gpm)
2000 (psi)
0
3
6
9 12 15 18 (US gpm)
5000 (psi)
4000
1500
3000
1000
e
e
s
Order code
48
A
S
E
2000
500
1000
0
0
MG10A / 0 - - -
Adjustments
(see pag.105)
S (screw)
V (handknob)
W (capped adjustement)
Pressure settings
Seals
1) 20÷100 bar (290÷1450 psi)
2) 50÷200 bar (725 ÷2900 psi)
3) 150÷350 bar (2200÷5100 psi)
4) 7÷40 bar (101.5 ÷580 psi)
B) Buna
V) Viton
D1WWEM01E
DIVISION
Type MG12A
General Information
information
Differential piston valve,
poppet type
Dimensions and hydraulic circuit
59 lbft
e
u
g
1.81
5.75
2
1
o
l
a
6.79
Cross section
Typical pressure drop vs. flow characteristic
0
5 10 15 20 25 30 35 (US gpm)
(psi)
2500
2000
1500
1000
500
0
e
e
s
A
S
Adjustments
E
s
e
Rating diagrams
Typical pressure drop vs. flow characteristic Typical pressure drop vs. flow characteristic
i
r
t
r
a
c
(see pag.105)
S (screw)
V (handknob)
W (capped adjustement)
DIVISION
g
d
t
a
c
0
5 10 15 20 25 30 35 (US gpm)
(psi)
3600
2700
0
5 10 15 20 25 30 35 (US gpm)
(psi)
5000
4000
3000
1800
2000
900
1000
0
0
Order code
MG12A / 0 - - -
Pressure settings
Seals
1) 20÷100 bar (290÷1450 psi)
2) 50÷200 bar (725 ÷2900 psi)
3) 150÷350 bar (2200÷5100 psi)
B) Buna
V) Viton
D1WWEM01E
49
50
D1WWEM01E
DIVISION
DIFFERENTIAL-CONTROL,
POPPET TYPE
Type
VMPD/B
Operation
Allows oil flow from P to T when pressure in P reaches the setting of the spring.
P
T
M
Performance
Body Valves
Type
VMPD/B
VMPD/B 38
VMPD/B 12
VMPD/B 34
VMPD/B 100
Max.flow
l/min
35
60
100
180
US gpm
Max. pres.
bar
psi
Application range with
standard spring
*
9.2
5÷210 bar - 72.5÷3050 psi
(test setting 150 bar - 2200
psi at 5 l/min. - 1.32 US
gpm-)
50÷350 bar - 72.5÷5100 psi
(test setting 250 bar - 3600
psi at 5 l/min.-1.32 US gpm-)
16
5÷210 bar - 72.5÷3050
psi- (test setting 150 bar
- 2200 psi at 5 l/min. - 1.32
US gpm)
50÷250 bar - 72.5÷3600 psi
(test setting 250 bar - 3600
psi at 5 l/min. - 1.32 US
gpm)
26
48
210
alum.
body
3050
350
steel
body
5100
5÷210 bar - 72.5÷3050 psi
(test setting 150 bar - 2200
psi at 5 l/min. - 1.32 US
gpm)
50÷350 bar - 72.5÷5100 psi
(test setting 250 bar - 3600
psi at 5 l/min. - 1.32 US
gpm)
5÷210 bar - 72.5÷3050 psi
(test setting 150 bar - 2200
psi at 5 l/min. - 1.32 US
gpm)
50÷250 bar - 72.5÷5100 psi
(test setting 250 bar - 3600
psi at 5 l/min. - 1.32 US
gpm)
Hysteresis
Oil leaks
from P to T
Cartridges
VMPD 38
VMPD 12
85% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
disregardable
VMPD 34
VMPD 100
Weight
kg
lb
alum.
body
0,50
alum.
body
1,10
steel
body
0,90
steel
body
1,98
alum.
body
0,66
alum.
body
1,45
steel
body
1,28
steel
body
2,82
alum.
body
1,12
alum.
body
2,47
steel
body
2,04
steel
body
4,50
alum.
body
1,20
alum.
body
2,64
steel
body
2,72
steel
body
6,00
*To perform setting of the valve see the pressure drop/ flow diagram
DIVISION
D1WWEM01E
51
Type
VMPD/B 38
Differential-control,
poppet type
Dimensions and hydraulic circuit
T
P
1.50
M
0.59
2.36
2.04
Cross section
Ø 0.25
0.39
1.18
0.39
1.57
2.36
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
8 (US gpm)
6000 (psi)
4500
3000
1500
0
Order code
VMPD /B 38 /  . S / 
Pressure settings
Body material
TS) 5÷21 0 bar (72.5÷3050 psi)
TR) 50÷350 bar (725 ÷5100 psi)
52
D1WWEM01E
_ Aluminium
ac Steel
DIVISION
Type VMPD/B
General Information
information
Differential-control,
poppet type
12
Dimensions and hydraulic circuit
2.24
Cross section
T
1.69
M
0.59
2.55
P
Ø 0.33
0.39
1.38
0.39
1.97
2.75
Rating diagrams
Typical pressure drop vs. flow characteristic
0
3
6
9
12 15 18 (US gpm)
6000 (psi)
4500
3000
1500
0
Order code
VMPD /B 12 /  . S / 
DIVISION
Pressure settings
Body material
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725 ÷5100 psi)
_ Aluminium
ac Steel
D1WWEM01E
53
Type
VMPD/34
Differential-control,
poppet type
Dimensions and hydraulic circuit
2.59
Cross section
T
3.15
P
0.71
1.97
M
Ø 0.33
0.79
0.39
2.36
0.39
1.57
3.15
Rating diagrams
Typical pressure drop vs. flow characteristic
0
5
10
15
25 (US gpm)
20
6000 (psi)
4500
3000
1500
0
Order code
VMPD /B 34 /  . S / 
Body material
Pressure settings
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725 ÷5100 psi)
54
D1WWEM01E
_ Aluminium
ac Steel
DIVISION
Type VMPD/B 100
General Information
information
Differential-control,
poppet type
Dimensions and hydraulic circuit
3.15
Cross section
T
2.32
3.54
P
0.79
M
Ø 0.41
0.98
0.39
1.97
2.75
0.39
3.54
Rating diagrams
Typical pressure drop vs. flow characteristic
0
10 20
30
20
25 (US gpm)
6000 (psi)
4500
3000
1500
0
Order code
VMPD /B 100 /  . S / 
Pressure settings
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725 ÷5100 psi)
DIVISION
Body material
_ Aluminium
ac Steel
D1WWEM01E
55
56
D1WWEM01E
DIVISION
PILOT-OPERATED VALVES,
SPOOL TYPE
Series
VMPP and MP..A
Operation
Allows oil flow from P to T when pressure in P reaches the setting of the spring.
P
T
Performance
Body Valves
Type
VMPP
Flow max.
l/min
VMPP 10
US gpm
Pressure
max.
bar
18
70
5100
32
120
*
TB) 5÷40 bar - 72.5÷580 psi (test
setting 20 bar - 290 psi at 5 l/min. 1.32 US gpm) pressure increase by
steps 8 bar -116 psi per screw turn
TS) 20÷400 bar - 290÷5800 psi
(test setting 150 bar - 2200 psi
at 5 l/min. - 1.32 gpm) pressure
increase by steps 120 bar -1750
psi per screw turn
350
VMPP 20
psi
Application range with
standard spring
TB) 5÷40 bar - 72.5÷580 psi (test
setting 20 bar - 290 psi at 5 l/min.
- 1.32 US gpm) pressure increase
by steps 15 bar - 217.5 psi per
screw turn
TS) 20÷400 bar - 290÷5800 psi
(test setting 150 bar - 2200 psi at
5 l/min. - 1.32 US gpm) pressure
increase by steps 115 bar - 1700
psi per screw turn
Hysteresis
95% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
Oil leaks
from P to T
Cavities
and tool
20 cm3/min.
- 1.22 in3/mm
at 100 bar
-1450 psi-
Weight
kg
lb
VMP 10
0,26
0.57
25 cm3/min.
- 1.52 in3/mm
at 100 bar
-1450 psi-
VMP 20
0,55
1.21
Oil leaks
from 1 to 2
Cavities
and tool
Cartridges
Type
MP..A
MP10A
Max.flow
l/min
Application range with
standard spring
Hysteresis
16
5÷50 bar -72.5÷725 psi (test setting
20 bar - 290 psi at 5 l/min. - 1.32
gpm) pressure increase by steps 10
bar - 145 psi per screw turn
50÷220 bar - 725÷3200 psi (test
setting 150 bar - 2200 psi at 5 l/min. 1.32 gpm) pressure increase by steps
42 bar - 609 psi per screw turn
150÷350 bar - 2200÷5100 psi (test
setting 250 bar - 3600 psi at 5 l/min. 1.32 gpm) pressure increase by steps
104 bar -1508 psi per screw turn
80% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
26
10÷50 bar -145÷725 psi (test setting
20 bar - 290 psi at 5 l/min. - 1.32 US
gpm) pressure increase by steps 10
bar - 145 psi per screw turn
50÷220 bar - 725÷3200 psi (test
setting 150 bar - 2200 psi at 5 l/min.
- 1.32 US gpm) pressure increase
37 bar - 536.5 psi per screw turn
150÷350 bar - 2200÷5100 psi (test
setting 250 bar - 3600 psi at 5 l/min.1.32 US gpm) pressure increase 92
bar -1334 psi per screw turn
US gpm
60
Max. pres.
bar
350
MP12A
MP16A
100
180
47.55
psi
5100
*
see setting MP10A
95% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
25 cm3/min.
-1.52 in3/mm
at 100 bar
-1450 psi-
Weight
kg
lb
Cavity
SAE
10-2
see page
112
0,19
0.42
Cavity
SAE
12-2
see page
112
0,30
0.66
Cavity
SAE
16-2
see page
112
0,44
0.97
the cavity have to report also the features of variation “A” see page 112
*To perform setting of the valve see the pressure drop/ flow diagram
DIVISION
D1WWEM01E
57
Type
VMPP 10
Differential-control,
poppet type
Dimensions and hydraulic circuit
37 lbft
1.20
T
P
3.48
Cross section
Rating diagrams
p [bar]
Typical pressure drop vs. flow characteristic
120
110
100
90
80
70
60
50
40
30
20
10
0
0
4
8
12
16
TS
20 (US gpm)
(psi)
1500
1200
900
600
TB
5
300
0
10 15 20 25 30 35 40 45 50 55 60 65 70 75 80
Q [l/min]
Order code
VMPP 10 /  . 
Pressure settings
TB) 5÷40 bar (72.5÷580 psi)
TS) 20÷400 bar (290 ÷5800 psi)
58
D1WWEM01E
Adjustment
(see pag.105)
V (handknob)
W (capped adjustement)
DIVISION
Type VMPP 20
General Information
information
Differential-control,
poppet type
Dimensions and hydraulic circuit
62 lbft
1,33
3.98
P
T
Cross section
Rating diagrams
Typical pressure drop vs. flow characteristic
100
90
0
8
16
31.7 (US gpm)
1450 (psi)
24
TS.W
1200
80
70
900
p [bar]
60
50
600
40
30
TB.W
20
300
10
0
10
20
30
40
50
60
70
80
90
0
100 110 120
Q [ l/min ]
Order code
VMPP 20 /  . 
Pressure settings
TB) 5÷40 bar (72.5÷580 psi)
TS) 20÷400 bar (290 ÷5800 psi)
DIVISION
D1WWEM01E
Adjustment
(see pag.105)
V (handknob)
W (capped adjustement)
59
Type
MP10A
Differential-control,
poppet type
Dimensions and hydraulic circuit
37 lbft
1.27
2.55
o
l
a
1
3.42
Cross section
s
e
g
d
0
(psi)
900
0
300
5 10 15 20 25 30 35 40 45 50 55 60
Q [l/min]
e
e
s
60
A
S
E
600
360
330
300
270
240
210
180
150
120
90
60
30
0
0
0
Typical pressure drop vs. flow characteristic
MP10A/0_2
4
8
12
15.85 (US gpm)
0
240
210
180
150
120
90
60
30
0
0
2
t
a
c
(psi)
2700
p [bar]
80
70
60
50
40
30
20
10
0
i
r
t
r
a
c
Typical pressure drop vs. flow characteristic
MP10A/0_1
4
8
15.85 (US gpm)
12
p [bar]
p [bar]
Rating diagrams
e
u
g
1800
900
5
10 15 20 25 30 35 40 45 50 55 60
Q [l/min]
0
Typical pressure drop vs. flow characteristic
MP10A/0_3
4
15.85 (US gpm)
8
12
0
4500 (psi)
3600
2700
1800
900
5
10 15 20 25 30 35 40 45 50 55 60
0
Q [l/min]
D1WWEM01E
DIVISION
Type
MP10A
Order code
MP10A / 0 - - -
Adjustments
(see pag.105)
S (screw)
V (handknob)
W (capped adjustement)
Pressure settings
Seals
1) 5÷50 bar (72.5÷725 psi)
2) 50÷220 bar (725 ÷3200 psi)
3) 150÷350 bar (2200 ÷5100 psi)
B) Buna
V) Viton
e
u
g
o
l
a
s
e
t
a
c
g
d
e
e
s
DIVISION
A
S
E
i
r
t
r
a
c
D1WWEM01E
61
Type
MP12A
Differential-control,
poppet type
Dimensions and hydraulic circuit
59 lbft
e
u
g
1.81
3.01
Cross section
s
e
Rating diagrams
Typical pressure drop vs. flow characteristic
0
6
12
18 24
30 36 (US gpm)
2000 (psi)
1600
1200
800
400
0
Order code
e
e
s
A
S
E
g
d
i
r
t
r
a
c
Typical pressure drop vs. flow characteristic
0
6
12
18 24
30 36(US gpm)
4000 (psi)
o
l
a
t
a
c
Typical pressure drop vs. flow characteristic
0
6
12
18 24
3200
2400
30 36 (US gpm)
(psi)
5000
4000
3000
1600
2000
800
1000
0
0
MP12A / 0 - - -
Adjustments
(see page 101)
Pressure settings
S (screw)
1) 10÷5 0 bar (145÷725 psi)
V (handknob)
2) 50÷200 bar (725÷2900 psi)
W (capped adjustement) 3) 150÷350 bar (2200÷5100 psi)
62
2
1
3.88
D1WWEM01E
Seals
B) Buna
V) Viton
DIVISION
Type MP16A
General Information
information
Differential-control,
poppet type
Dimensions and hydraulic circuit
74 lbft
1.78
o
l
a
3
Cross section
s
e
35
0
g
d
i
r
t
r
a
c
Typical pressure drop vs. flow characteristic
MP16A/0_1 (5-50 bar / 72.5-725 psi)
800
1600
2400 (US gpm)
580 (psi)
30
p [ bar]
20
15
10
5
20
40
e
e
s
A
S
60
E
80 100
Q [ l/min]
200
t
a
c
Rating diagrams
Typical pressure drop vs. flow characteristic
MP16A/0_2 (50-220 bar / 725-3190 psi)
0
800
2400 (US gpm)
(psi)
3000
1600
210
400
25
0
240
180
150
P[bar]
p [bar]
40
2
1
3.87
e
u
g
2000
120
90
1000
60
30
120
140
160
180
0
0
20
40
60
80 100
Q [l/min]
120
140
160
180
0
Typical pressure drop vs. flow characteristic
MP16A/0_3 (150-350 bar / 2175-5075 psi)
300
0
800
1600
2400 (US gpm)
4000 (psi)
250
3000
P [bar]
200
150
2000
100
1000
50
0
20
40
DIVISION
60
80 100
Q [ l/min]
120
140
160
180
0
D1WWEM01E
63
Type
MP16A
Order code
MP16A / 0 - - -
Adjustments
(see page 105)
S (screw)
V (handknob)
W (capped adjustement)
Pressure settings
1) 5÷50 bar (72.5÷725 psi)
2) 50÷220 bar (725÷3200 psi)
3) 150÷350 bar (2200÷5100 psi)
Seals
B) Buna
V) Viton
e
u
g
o
l
a
s
e
t
a
c
g
d
e
e
s
64
A
S
E
i
r
t
r
a
c
D1WWEM01E
DIVISION
PILOT-OPERATED VALVES,
SPOOL TYPE
Type
VMPP/B/L
Operation
Allows oil flow from P (1) to T (2) when pressure in P (1) reaches the setting of
the spring.
P
T
P
Performance
Body Valves
Flow max.
Type
l/min
US gpm
Press.max
bar
psi
Application range with
standard spring
*
Hysteresis
Weight
Oil leaks
from P to T
Cavities
and tool
kg
lb
20 cm3/min.
- 1.22
in3/mm
at 100 bar
-1450 psi
Cavity
VMP 10
see page
115
steel
1.4
alum.
0.5
steel
3.09
alum.
1.10
25 cm3/min.
-1.52
in3/mm
at 100 bar
-1450 psi-
Cavity
VMP 20
see page
116
steel
4
alum.
1.5
steel
8.82
alum.
3.31
TB) 5÷40 bar - 72.5÷580 psi
VMPP/B/L 10
70
18
350
VMPP/B/L 20
120
32
5100
(test setting 20 bar - 290 psi
at 5 l/min. -1.32 US gpm)
pressure increase by steps 8
bar -116 psi per screw turn
TS) 20÷400 bar - 290÷5800
psi (test setting 150 bar
- 2200 psi at 5 l/min. - 1.32
gpm) pressure increase by
steps 120 bar -1750 psi per
screw turn
TB) 5÷40 bar - 72.5÷580 psi
(test setting 20 bar - 290 psi
at 5 l/min. -1.32 US gpm)
pressure increase by steps 15
bar -217 psi per screw turn
TS) 20÷400 bar - 290÷5800
psi (test setting 150 bar
- 2200 psi at 5 l/min. - 1.32
gpm) pressure increase by
steps 120 bar -1667 psi per
screw turn
95% of the
setting
value for flow
capacity
1 l/min.
-0.26 US
gpm-
*To perform setting of the valve see the pressure drop/ flow diagram
DIVISION
D1WWEM01E
65
Type
VMPP/B/L 10-12
Differential-control,
poppet type
Dimensions and hydraulic circuit
146
20
56
N°2-Ø6.5
P
50
T
P
P
P
20
45
90
T
=
8
40 =
54
8
70
P
T
G 1/2" G 1/2"
Rating diagrams
Typical pressure drop vs. flow characteristic
120
110
100
90
80
70
60
50
40
30
20
10
p [bar]
TS
0
TB
5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80
Q [l/min]
Order code
VMPP/B/L 10-12/ ��.� /��
Pressure setting
TB) 5÷ 40
TS) 20 ÷ 400
66
Adjustments
Body material
(see page 105)
V (handknob)
W (copped adjustment)
D1WWEM01E
_ Aluminium
ac Steel
DIVISION
Differential-control,
poppet type
Type
VMPP/B/L 20-34 (100)
N°2-Ø8,5
P
T
P
P
P
30
63
120
65
181,5
T
25
61,5
Dimensions and hydraulic circuit
=
60
10
=
65
85
10
T
VMPP/B/L 20 P
34
G 3/4" G 3/4"
100
G 1" G 1"
Rating diagrams
Typical pressure drop vs. flow characteristic
100
TS.W
90
80
p [bar]
70
60
50
40
30
TB.W
20
10
0
10
20
30
40
50 60 70
Q [l/min]
80
90 100 110 120
Order code
VMPP/B/L 20- ��/��.� /��
Port Size
34) G 3/4"
100) G 1"
DIVISION
Pressure settings Adjustments
TB) 5÷ 40
TS) 20 ÷ 400
Body Material
(see page 105)
_ Alum.
V (handknob)
ac Steel
(copped
adjustment)
W
D1WWEM01E
67
68
D1WWEM01E
DIVISION
PROPORTIONAL RELIEF VALVES,
PILOT-OPERATED, SPOOL-TYPE
Type
MP..Y
Operation
These valves permits free oil flow from 1 to 2 when the pressure in 1 exceeds the
setting of the magnet
Push-button operation allowed. (If used with energized magnet, the valve will
change the actual pressure setting).
Performance
Max.flow
Type MP..Y
MP10Y
l/min
US gpm
50
Max.pres.
bar
150
psi
13.2
350
MP16Y
e
u
g
the cavity have to report also the features of variation “A” see page 108
Cartridges
5100
40
Max.
control
current*
1,25 A
for coils
12 V
0,68 A
for coils
24 V
Current
dither
frequency
Hysteresis
with 200 Hz
current dither
frequency
200
6%
150
4%
e
e
s
DIVISION
A
S
o
l
a
10÷100 bar 145÷1450 psi at 5
l/min. - 1.32 US gpm
50÷200 bar 725÷2900 psi at 5
l/min. - 1.32 US gpm
80÷350 bar 1150÷5100 psi at 5
l/min. -1.32 US gpm
5÷40 bar - 72.5÷580
at 5 l/min. at 1.32 US
gpm
s
e
Weight
t
a
c
kg
lb
0,67
1.48
0,96
2.12
Cavity
and tools
see cavity
SAE 10-2
page 112
see cavity
SAE 16-2
page 112
g
d
*For further informations see page 99 MP35X35
E
Relieving pressure
range from zero
threshold to max.
control current
i
r
t
r
a
c
D1WWEM01E
69
Type
MP10Y
Proportional relief valves,
pilot-operated, spool-type
Dimensions and hydraulic circuit
37 lbft
Ø 0.16
e
u
g
3.7 lbft
32.3
1.27
127.9
5.03
o
l
a
1
Cross section
s
e
360
330
300
270
240
210
180
150
120
90
60
30
0
g
d
Relief Pressure vs. % of the Maximun Control Current
Power supply 12/24Volt
i
r
t
r
a
c
5000 (psi) 14
3
2000
10
20
30
1000
E
40
50
60
70
80
% of the maximum control current
A
S
90
100
12 (US gpm)
200 (psi)
150
8
100
6
4
41
41
Typical Pressure drop vs. Flow Characteristic
Flow 1->2 with de-energized coil
4
8
10
3000
2
0
t
a
c
12
4000
p [bar]
P[ bar]
Rating diagrams
2
50
2
0
0
0
5
10
15
20
25
Q [l/min]
30
35
40
45
50
0
Typical Relief Pressure vs.Flow Characteristic 1->2
At various %’s of maximum control current
Pressure setting 2 (50-200 bar) - Power supply 12/24 Volt
350
0
300
p [bar]
250
200
e
e
s
8
4
12 (US gpm)
5000 (psi)
4000
100%
3000
75%
150
50 %
2000
25%
1000
100
50
0
70
0
0
5
10
15
20
25
Q [l/miin]
30
35
40
45
50
D1WWEM01E
DIVISION
Type
MP10Y
Order code
MP10Y / 0 - - -
Power supply(Volt)
Pressure range
Seals
2) 12Vcc
4) 24Vcc
1) 10÷100 bar (145÷1450 psi)
2) 50÷200 bar (725÷2900 psi)
3) 80÷350 bar (2200 ÷5100 psi)
4) 5÷40 bar (72.5÷580 psi)
e
u
g
B) Buna
V) Viton
o
l
a
s
e
t
a
c
g
d
e
e
s
DIVISION
A
S
E
i
r
t
r
a
c
D1WWEM01E
71
Type
MP16Y
Proportional relief valves,
pilot-operated, spool-type
Dimensions and hydraulic circuit
Ø 0.16
74 lbft
45.2
144.3
5.68
1
Cross section
s
e
Relief Pressure vs. % of the Maximun Control Current
Power supply 12/24Volt
0
i
r
t
r
a
c
3
4000
3000
2
2000
1
4
10
20
30
40
50
E
60
70
80
90
t
a
c
12
24
36 (US gpm)
300 (psi)
14
200
12
10
8
100
6
4
0
0
2
15
% of the maximum control current
A
S
o
l
a
16
1000
100
2
Typical Pressure drop vs. Flow Characteristic
Flow 1->2 with de-energized coil
g
d
20
5000 (psi)
18
p [b ar]
p b
[ a r]
Rating diagrams
360
330
300
270
240
210
180
150
120
90
60
30
0
0
e
u
g
3.7 lbft
1.78
30
45
60
75
90
Q[l/min]
105
120
135
0
150
Typical Relief Pressure vs.Flow Characteristic 1->2
At various %’s of maximum control current
Pressure setting 2 (50-200 bar) - Power supply 12/24 Volt
350
0
8
e
e
s
300
p [bar]
250
200
150
16
4000
3000
75 %
2000
50%
1000
25 %
50
72
(US gpm)
(psi)
5000
32
100%
100
0
24
10
20
30
40
50
60
70 80
Q [l/min]
90
100
110
120
130
140
D1WWEM01E
150
0
DIVISION
Type
MP16Y
Order code
MP16Y / 0 - - -
Power
supply(Volt)
2) 12Vcc
4) 24Vcc
Pressure range
1)
2)
3)
4)
10÷100 bar (145÷1450 psi)
50÷200 bar (725÷2900 psi)
80÷350 bar (2200 ÷5100 psi)
5÷40 bar (72.5÷580 psi)
Guarnizioni
Seals
B) Buna
V) Viton
e
u
g
o
l
a
s
e
t
a
c
g
d
e
e
s
DIVISION
A
S
E
i
r
t
r
a
c
D1WWEM01E
73
74
D1WWEM01E
DIVISION
PILOT OPERATED PROPORTIONAL
PRESSURE RELIEF VALVE WITH INVERSE
FUNCTION, SPOOL TYPE
Serie
MP..T
Operation
This kind of valve Allows oil flow from 1 to 2 when pressure in 1 reaches the
setting regulated by the proportional coil.
Bottom manual override available as option (notice: if it’s activated with energised coil, the setting established will be effected).
e
u
g
Performance
Cartridges
Type
MP..T
Flow
Q max.
l/min
US gpm
Max. press.
bar
psi
Rated
and max
current
Dither
frequency
Pressure range
bar (psi)
2) Squarecoil 12Vcc
connecttor DIN
(In=1,25A)
MP10T
50
13.2
350
5100
3) Round
coil 12Vcc
connecttor DIN
(In=1,8A)
4) Squarecoil 24Vcc
connecttor DIN
(In=0,63A)
s
e
180 Hz
g
d
Oil leaks
o
l
a
t
a
c
1) 8-130 (116-1885)
2) 8-180 (116-2465)
3) 8-240 (116-3045)
Cavities
and tools
-
Cavity
*SAE
10-2
page112
Weight
kg
lb
0,125
0.275
i
r
t
r
a
c
5) Round
coil 24V
connecttor DIN
(In=0,9A)
*the cavity have to report also the features of variation “A” see page 112
e
e
s
DIVISION
A
S
E
D1WWEM01E
75
Type
MP10T
Pilot operated proportional pressure
relief valve with inverse function, spool type
125
4.92
Dimensions and hydraulic circuit
e
u
g
27
32,3
1.27
50 Nm
37 lbft
o
l
a
Rating diagrams
Relief Pressure vs. % of the Maximun Control Current
Q=5 l/min (1.32 US gpm) - Power supply 12 Vdc
300
field 1 1
Campo
field 2 2
Campo
field 3 3
Campo
4000
250
3000
200
150
2000
s
e
200
150
100
100
g
d
1000
50
0
20
40
60
i
r
t
r
a
c
80
% of the maximum control current
100
Typical Relief Pressure vs.Flow Characteristic 1->2
At various %’s of maximum control current
Pressure setting 2 - Power supply 12 Vdc
4
300
8
12
250
0%
200
50%
75%
100
A
S
100%
50
0
0
10
20
US gpm
psi
4000
3000
25%
150
50
30
E
2000
1000
P [bar]
0
P [bar]
4
300
P [bar]
P[bar]
250
t
a
c
Typical Relief Pressure vs.Flow Characteristic 1->2
At various %’s of maximum control current
Pressure setting 1 - Power supply 12 Vdc
0
0
e
e
s
25%
3000
2000
50%
75%
1000
100%
10
20
30
40
50
60
Q [l/min]
Typical Relief Pressure vs.Flow Characteristic 1->2
At various %’s of maximum control current
Pressure setting 3 - Power supply 12 Vdc
4
300
8
12
US gpm
psi
4000
0%
250
25%
200
50%
150
75%
100
3000
2000
100%
1000
50
0
40
50
60
0
10
20
30
40
50
60
Q [l/min]
MP 10T/0 - c - c - c
Adjustment
Pressure range
Seals
bar (psi)
2) Square coil 12Vcc connector DIN (In=1,25A)
3) Round coil 12Vcc connector DIN (In=1,8A)
4) Square coil 24Vcc connector DIN (In=0,63A)
5) Round coil 12Vcc connector DIN (In=0,9A)
76
US gpm
psi
4000
12
0%
Q [l/min]
Order code
8
1) 8-130 (116-1885)
2) 8-180 (116-2465)
3) 8-240 (116-3045)
D1WWEM01E
B) Buna
V) Viton
DIVISION
PRESSURE RELIEF VALVES
WITH ELECTRIC BYPASS
Type
VMP/VE
Operation
Pilot operated with venting for the 12 (34) and direct acting for the 14 (38).
The valve Allows oil flow from P to T when pressure in P reaches the setting of
the spring. Pick the solenoid UP (for NC types) or DOWN (for NA types) to allow
for free oil flow from P into T.
Performance
Body Valves
Type
VMP/VE
VMP/VE
14 (38)
VMP/VE
12 (34)
VMP/VE
100 (114)
Max. flow
l/min
US
gpm
(14)
20
(14)
5.3
(38)
35
(38)
9.2
24
90
Max. pres.
bar
(100)
40
(114)
250
(114)
66
Hysteresis
5÷40 bar 72.5÷580 psi (test
setting 30 bar - 435
psi at 5 l/min. - 1.32
US gpm)
20÷80 bar 290÷1150 psi (test
setting 60 bar - 870
psi at 5 l/min.- 1.32
US gpm)
5÷220 bar 72.5÷3200 psi
(test setting 160
bar - 2300 psi at
5 l/min.- 1.32 US
gpm)
180÷350 bar
- 2600÷5100 psi
(test setting 250
bar - 3600 psi at
5 l/min. - 1.32 US
gpm)
210
aluminium
body
350
steel body
(100)
150
psi
Application
range with
standard
spring*
3050
5100
5÷50 bar 72.5÷725 psi (test
setting 30 bar - 435
psi at 5 l/min. - 1.32
US gpm)
50÷200 bar
- 725÷2900 psi
(test setting 160
bar - 2300 psi at
5 l/min. - 1.32 US
gpm)
150÷350 bar
- 2200÷5100 psi
(test setting 250
bar - 3600 psi at
5 l/min. - 1.32 US
gpm-)
Coils
Oil leaks
from
P to T
Weight
kg
lb
Cartridge
VMP5Y
VMP/VE
14
(210 bar 3050 psi):
see BE
VMP/VE
14
(350 bar 5100 psi)
and VMP/
VE 38:
see BT
90% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
VMP/VE
12-34
(210 bar3050 psi)
see BE
VMP/VE
12-34
(350 bar5100 psi)
see BT
VMP/VE
100-114/
(210 bar 3050 psi)
see BE
VMP/VE
100-114
BT/
(350 bar 5100 psi)
see BT
disregardable
aluminium
body
0,60
alum.
body
1.32
steel
body
1,13
steel
body
2.49
aluminium
body
1,20
alum.
body
2.64
steel
body
2,50
steel
body
5.51
aluminium
body
1,92
(VMP/VE
100)
alum.
body
23
3,13
(VMP/VE
114)
6.9
steel
body
3,92
(VMP/VE
100)
steel
body
8.64
7,63
(VMP/VE
114)
16.82
VMP/VE
14
(210 bar 3050 psi):
EC08A
VMP/VE
14
(350 bar 5100 psi-)
EC08A
and VMP/
VE 38:
EC08B
MC08A
(210 bar 350 psi):
EC08A
(350 bar 5100 psi):
EC08B
*To perform setting of the valve see the pressure drop/ flow diagram.
DIVISION
D1WWEM01E
77
Type
VMP/VE 14 (38)
Pressure relief valve
with electric bypass
Dimensions and hydraulic circuit
1.61
0.24
1.28
0.79
3.15
1.10
0.24
Ø 0.25
0.69
0.24
1.38
0.24
1.70
2.36
2.16
Cross section
- 2.56
- 3.11
Dimensions are in mm - in
Rating diagrams
Typical pressure drop vs. flow characteristic
0
1
2
3
4
Typical pressure drop vs. flow characteristic
0
5 (US gpm)
(psi)
2500 125
2000 100
1500 75
1000 50
500 25
0
2
4
6
8 (US gpm)
(psi)
2500 125
2000 100
1500 75
1000 50
500 25
0
Order code
VMP /VE  /  /  .  / 
Port size
14) G 1/4
38) G 3/8
78
Assembly scheme
NA) Normally opened
NC) Normally closed
Pressure settings
TB)
TV)
TS)
TR)
5÷40 bar (72.5÷580 psi)
20÷80 bar (290÷1150 psi)
50÷220 bar (725÷3200 psi)
180÷350 bar(2600÷5100 psi)
D1WWEM01E
Adj ustment
(see page 105)
Body material
_ Aluminium
S (screw)
ac Steel
V (handknob)
W (capped adjustement)
DIVISION
Type VMP/VE 12 (34)
General Information
information
Pressure relief valve
with electric bypass
Dimensions and hydraulic circuit
0.31
2.03
Cross section
0.31
2.09
3.93
3.31
Ø 0.33
0.70
1.57
1.65
2.5
0.31
3.35
Rating diagrams
Typical pressure drop vs. flow characteristic
0
3
6
9
12 15 18 (US gpm)
(psi)
5000 60
4000 45
3000
30
2000
1000 15
0
Order code
VMP /VE  /  /  .  / 
Port size
12) G 1/2
34) G 3/4
Assembly scheme
NA) Normally opened
NC) Normally closed
DIVISION
Pressure settings
TB) 5÷50 bar (72.5÷725 psi)
TS) 50÷220 bar (725÷3200 psi)
TR) 180÷350 bar (2600÷5100 psi)
D1WWEM01E
Adjustment
(see page 105)
Body material
_ Aluminium
S (screw)
ac Steel
V (handknob)
W (capped adjustement)
79
Type
VMP/VE 100 (114)
Pressure relief valve
with electric bypass
Dimensions and hydraulic circuit
Cross section
- 4.33
- 3.94
- 1.97
- 0.98
- 0.04
- 3.54
- 2.36
- 2.56
- 1.97
- 2.09
- 0.41
- 5.12
- 5.12
- 2.75
- 2.75
- 0.47
- 4.17
- 2.83
- 2.56
- 2.44
- 2.09
- 0.49
Dimensions are in mm - in
Rating diagrams
Typical pressure drop vs. flow characteristic
20
30
VMP/VE 114
40 (US gpm)
4,5
5000 (psi)
4000
3000
2000
1000
0
10
20
30
40
VMP/VE 100
50
60
4,0
3,0
40
P-->T
2,5
2,0
30
1,5
20
1,0
10
0,5
0
25
50
75
100
125
150
175
200
225
10
20
30
US gpm
40
psi
10
50
3,5
0,0
12
psi
60
Dp (bar)
10
p [bar]
0
250
Q [l/min.]
150
8
100
6
P-->T
4
50
2
0
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150
Q (l/min)
Order code
VMP /VE  /  /  .  / 
Port size
100) G 1”
114) G 1 1/4
80
Assembly scheme
NA) Normally opened
NC) Normally closed
Pressure settings
Adjustment
(see page 105)
Body
material
TB) 5÷50 bar (72.5÷725 psi)
_ Aluminium
TS) 50÷220 bar (725÷3200 psi)
S (screw)
ac Steel
TR) 180÷350 bar (2610÷5100 psi) V (handknob)
W (capped adjustement)
D1WWEM01E
DIVISION
BASIC BLOCKS WITH CONICAL PRESSURE
RELIEF VALVE, DIRECT ACTING
Type
PBL
Operation
The valve allows oil flow from P to T when pressure in P reaches the setting of
the spring. “PBL” are normally used as pressure relief valves for modular systems.
Performance
Body Valves
Tipo PBL
Max.flow
l/min
US gpm
Max. pres.
bar
psi
9.2
PBL6/VMP 5Y-38
PBL10/VMP 12
60
16
Hysteresis
Oil leaks
from
P to T
5÷40 bar -14.5÷580 psi
(test setting 30 bar - 435
psi) at 5 l/min. - 1.32 US
gpm)
20÷80 bar -290÷1150 psi
(test setting 60 bar - 870
psi at 5 l/min. - 1.32 US
gpm)
50÷220 bar -725÷3200
psi (test setting 160 bar 2300 psi at 5 l/min. - 1.32
US gpm)
180÷350 bar -2600÷5100
psi- (test setting 250 bar
- 3600 psi at 5 l/min. - 1.32
US gpm)
PBL6/VMP 38
35
Application range with
standard spring*
alum.
body
210
alum
body
3050
steel
body
350
steel
body
5100
5÷80 bar 14.5÷1150 psi
(test setting 60 bar - 870
psi at 5 l/min. - 1.32 US
gpm)
40÷150 bar - 580÷2200
psi (test setting 120 bar
- 1750 psi at 5 l/min. - 1.32
US gpm)
140÷190 bar - 2050÷2750
psi (test setting 150 bar 2200 psi at 5 l/min. - 1.32
US gpm)
180÷350 bar - 2600÷5100
psi (test setting 250 bar 3600 psi at 5 l/min. - 1.32
US gpm)
see setting PBL6/VMP 38
Weight
kg
lb
Cartridge
VMP 5
85% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
disregardable
alum.
body
0,80
alum.
body
1.76
steel
body
1,98
steel
body
4.36
VMP 5Y
alum.
body
1,70
alum.
body
3.75
steel
body
4,29
steel
body
9.46
VMP 10
*To perform setting of the valve see the pressure drop/ flow diagram.
DIVISION
D1WWEM01E
81
Type
PBL6/VMP 38
Basic blocks NG06 with conical
pressure relief valve, direct acting
Dimensions and hydraulic circuit
Cross section
0.24
0.24
2.68
B
1.02
M
A
P
T
0.24
0.59
TA
BP
1.38
3.15
1.42
0.71
2.36
1.97
0.90
1.06
0.24
1.38
2.75
1.97
Rating diagrams
Typical pressure drop vs. flow characteristic
Typical pressure drop vs. flow characteristic
0
3
6
9
12 15 18 (US gpm)
0
3
6
9
12 15 18 (US gpm)
2500 (psi)
2000
1500
1000
500
0
5000 (psi)
4000
3000
2000
1000
0
Order code
PBL6 /VMP38 /5 /  .  / 
Pressure settings
TB)
TV)
TS)
TR)
82
5÷40 bar (72.5÷580 psi)
20÷80 bar (290÷1150 psi)
50÷220 bar (725÷3200 psi)
180÷350 bar (2600÷5100 psi)
Adjustment
(see page 105)
S (screw)
V (handknob)
W (capped adjustement)
D1WWEM01E
Body material
_ Aluminium
ac Steel
DIVISION
Type PBL6/VMP 5Y-38
General Information
information
Basic blocks NG06 with conical
pressure relief valve, direct acting
Dimensions and hydraulic circuit
Cross section
0.24
0.24
0.71
2.4
1.97
TA
2.68
3.15
1.38
1.42
BP
B
A
P
T
0.24
0.59
1.02
M
0.90
0.24
1.06
1.97
1.38
2.75
Rating diagrams
Typical pressure drop vs. flow characteristic
Typical pressure drop vs. flow characteristic
0
3
6
9
12 15 18 (US gpm)
0
3
6
9
12 15 18 (US gpm)
2500 (psi)
2000
1500
1000
500
0
5000 (psi)
4000
3000
2000
1000
0
Order code
PBL6 /VMP38 /5Y /  .  / 
Pressure settings
TB)
TV)
TS)
TR)
DIVISION
5÷80 bar (72.5÷580 psi)
40÷150 bar (290÷1150 psi)
140÷190 bar (2030÷2750 psi)
180÷320 bar (2600÷4650 psi)
Adjustment
(see page 105)
S (screw)
V (handknob)
W (capped adjustement)
D1WWEM01E
Body material
_ Aluminium
ac Steel
83
Type
PBL10/VMP 12
Basic blocks NG10 with conical
pressure relief valve, direct acting
Dimensions and hydraulic circuit
Cross section
1.65
0.39
0.39
1.55
2.64
0.98
TA
4.13
B
M
A
P
T
0.39
1.54
2.07
1.81
4.92
BP
1.18
0.75
0.39
1.93
3.94
Rating diagrams
Typical pressure drop vs. flow characteristic
Typical pressure drop vs. flow characteristic
0
2
4
6
8 (US gpm)
0
2
4
6
8 (US gpm)
2500 (psi)
2000
1500
1000
500
0
5000 (psi)
4000
3000
2000
1000
0
Order code
PBL6 /VMP12 /  /  .  / 
10
10Y
84
Pressure settings
TB)
TV)
TS)
TR)
Adjustment
5÷40 bar (72.5÷580 psi)
20÷80 bar (290÷1150 psi)
50÷220 bar (725÷3200 psi)
180÷350 bar (2600÷5100 psi)
(see page 105)
S (screw)
V (handknob)
W (capped adjustement)
D1WWEM01E
Body material
_ Aluminium
ac Steel
DIVISION
DUAL CROSS-LINE
RELIEF VALVES
Type
VAIL and VADDL
Operation
Direct acting (differential control for the VADDL), poppet type, line mounting.
Allows pressure relief on delivery pipes to engines and cylinders.
Actuator close mount is recommended to assure a more rapid valve action.
D1
D2
D1
D2
Performance
Body Valves
Max.flow
Type
VAIL 5
Max. pres.
l/
min
US gpm
bar
(38)
25
(12)
35
(38)
6.6
(12)
9.2
aluminium
body
210
5100
5100
VAIL 10
150
40
steel body
350
VAIL 20
(34)
100
(100)
180
(34)
26
(100)
48
350
VADDL
38
VADDL
12
VADDL
34 (100)
3050
5÷40 bar - 72.5÷580 psi
(test setting 30 bar - 435
psi at 5 l/min. - 1.32 US
gpm)
20÷80 bar - 290÷1150 psi
(test setting 60 bar - 870
psi at 5 l/min. - 1.32 US
gpm)
50÷220 bar -725÷3200
psi (test setting 160 bar 2300 psi at 5 l/min. - 1.32
US gpm)
180÷350 bar - 2600÷5100
psi (test setting 280 bar 4100 psi at 5 l/min. - 1.32
US gpm)
9.2
35
16
60
(34)
120
(100)
180
psi
Application range with
standard spring*
(34)
32
(100)
48
aluminium
body
210
3050
steel body
350
5100
Hysteresis
Oil
leaks
from
P to T
Cartridge
kg
lb
-
alum. body
0,67
steel body
1,29
alum. body
1.48
steel body
2.84
VMP
5
-
alum. body
1,12
steel body
2,20
alum. body
2.47
steel body
4.85
VMP
10
-
alum. body
2,00
steel body
3,55
alum. body
4.40
steel body
7.83
VMP
20
alum. body
0,86
steel body
1,50
alum. body
1.89
steel body
3.30
VMPD 38
alum. body
1,14
steel body
2,00
alum. body
2.56
steel body
4.41
VMPD 12
(34)
alum. body
3,38
steel body
4,77
(100)
alum. body
3,61
steel body
5,41
(34)
alum. body
7.45
steel body
10.52
(100)
alum. body
7.96
steel body
11.93
VMPD 34
85% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
50÷210 bar - 725÷3050
psi (test setting 150 bar 2200 psi at 5 l/min. - 1.32
US gpm)
50-350 bar -725÷5100 psi
(test setting 250 bar-3600
psi at 5 l/min. - 1.32 US
gpm)
Weight
disregardable
*To perform setting of the valve see the pressure drop/ flow diagram.
DIVISION
D1WWEM01E
85
Type
VAIL 5
Dual cross-line relief valve. Direct acting,
poppet type, line mounting
0.69
1.38
Dimensions and hydraulic circuit
D1
D2
D1
D2
0.70
0.70
4.92
0.39
0.92
2.75
0.92
0.39
4.92
Ø 0.25
Cross section
-2.75
-1.38
-1.34
-0.98
-2.95
-1.48
-1.53
-0.96
Dimensions are in mm - in
Rating diagrams
Typical pressure drop vs. flow characteristic
Typical pressure drop vs. flow characteristic
0 1 2 3
4 5
6 7 (US gpm)
0 1 2 3
4 5
2500 (psi)
2000
1500
1000
500
0
6 7 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
Order code
VAIL 5 -  /  .  / 
Pressure settings
Port size
38) G 3/8
12) G 1/2
86
TB)
TV)
TS)
TR)
5÷40 bar (72.5÷580 psi)
20÷80 bar (290÷1150 psi)
50÷220 bar (725÷3200 psi)
180÷350 bar (2600÷5100 psi)
D1WWEM01E
Adjustment
(see page 105)
S (screw)
W (capped adjustement)
Body material
_ Aluminium
ac Steel
DIVISION
Type VAIL
General Information
information
Dual cross-line relief valve. Direct acting,
poppet type, line mounting
10
1.57
Dimensions and hydraulic circuit
D2
D1
D2
0.79
D1
0.79
2.64
1.97
0.79
2.64
0.98
3.54
0.98
0.33
1.10
3.23
1.10
0.98
1.77
Ø 0.33
Cross section
Rating diagrams
Typical pressure drop vs. flow characteristic
Typical pressure drop vs. flow characteristic
0 2 4 6
8 10 12 14 (US gpm)
0 2 4 6
8 10 12 14 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
2500 (psi)
2000
1500
1000
500
0
Order code
VAIL 10 -  /  .  / 
Pressure settings
Port size
12) G 1/ 2
34) G 3/4
DIVISION
TB)
TV)
TS)
TR)
5÷40 bar (72.5÷580 psi)
20÷8 0 bar (290÷1150 psi)
50÷220 bar (725÷3200 psi)
180÷350 bar (2600÷5100 psi)
D1WWEM01E
Adjustment
(see page 105)
S (screw)
W (capped adjustement)
Body material
_ Aluminium
ac Steel
87
Type
VAIL 20
Dual cross-line relief valve. Direct acting,
poppet type, line mounting
0.98
1.97
Dimensions and hydraulic circuit
0.87
2.20
D1
D2
D1
D2
0.87
3.01
0.04
1.2
1.84
3.74
1.2
1.84
0.04
3.01
Ø 0.33
Cross section
- 3.93
- 1.97
- 4.72
- 2.36
Dimensions are in mm - in
Rating diagrams
Typical pressure drop vs. flow characteristic
0
5
10
15
20
25 (US gpm)
Typical pressure drop vs. flow characteristic
0
5
10
15
20
25 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
2500 (psi)
2000
1500
1000
500
0
Order code
VAIL 20 -  /  .  / 
Pressure settings
Port size
34) G 3/4
100) G 1
88
TB)
TV)
TS)
TR)
5÷40 bar (72.5÷580 psi)
20÷80 bar (290÷1150 psi)
50÷220 bar (725÷3200 psi)
180÷350 bar (2600÷5100 psi)
D1WWEM01E
Adjustment
(see page 105)
S (screw)
W (capped adjustement)
Body material
_ Aluminium
ac Steel
DIVISION
Type VADDL
General Information
information
Dual cross-line relief valve. Direct acting,
poppet type, line mounting
38
0.59
1.18
Dimensions and hydraulic circuit
1.18
3.54
D1
D2
D1
D2
1.18
2.09
0.35
0.79 0.98 0.79
0.79 0.98 0.79
2.56
0.35
2.09
1.18
0.35
2.83
0.35
Cross section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
8 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
Order code
VADDL 38 /  . S / 
Pressure settings
Body material
_ Aluminium
ac Steel
TS) 5÷210 bar (72.5÷580 psi)
TR) 50÷350 bar(725÷5100 psi)
DIVISION
D1WWEM01E
89
Type
VADDL 12
Dual cross-line relief valve. Direct acting,
poppet type, line mounting
0.69
1.38
Dimensions and hydraulic circuit
1.22
D1
D2
2.24
3.94
Ø 0.33
0.87 1.06 0.82
3.15
D2
0.39
0.39
D1
1.22
0.82 1.06 0.87
2.75
0.39
2.24
2.24
0.39
Cross section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
3
6
9 12 15 18 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
Order code
VADDL 12 /  . S / 
90
Pressure settings
Body material
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725÷5100 psi)
_ Aluminium
ac Steel
D1WWEM01E
DIVISION
Type VADDL 34 (100)
General Information
information
Dual cross-line relief valve. Direct acting,
poppet type, line mounting
Dimensions and hydraulic circuit
4.33
0.39
2.60
D1
D2
D1
D2
2.60
0.39
3.54
0.39
1.22
1.26
1.06
Ø 0.33
0.39
Cross section
- 3.54
- 1.57
- 0.79
- 1.50
-1.06
-1.26
-1.22
- 3.94
- 1.97
- 0.98
- 1.97
-1.10
-1.50
-1.34
Dimensions are in mm - in
Rating diagrams
Typical pressure drop vs. flow characteristic
0
10 20
30
40
50 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
Order code
VADDL  /  . S / 
Port size
34) G 3/4
100) G 1
DIVISION
Pressure settings
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725÷5100 psi)
D1WWEM01E
Body material
_ Aluminium
ac Steel
91
92
D1WWEM01E
DIVISION
DUAL CROSS-LINE RELIEF
VALVES WITH ANTI CAVITATION
Type
VAIL/VA and VADDL/VA
Operation
Direct acting (differential control for the VADDL/VA), poppet type, line mounting.
The valve allows pressure relief on delivery pipes to engines and cylinders. When
the actuator is braking, two check valves allow for anti cavitation on delivery
side.
Actuator close mount is recommended to assure a more rapid valve action.
D2
D1
D1
T
D2
21.75 psi
Performance
*To perform setting of the valve see the pressure drop/ flow diagram
Body Valves
Type
VAIL/VA
12
VAIL/VA
34
VADDL/VA
38
Max.flow
l/min
35
80
35
US gpm
Max. pres.
bar
VADDL/VA
34 (100)
60
9.2
21
9.2
(34)
120
(100)
180
DIVISION
16
(34)
32
(100)
48
Hysteresis
Oil leaks
from
P to T
5÷40 bar - 72.5÷580 psi
(test setting 30 bar -435 psi
at 5 l/min. - 1.32 US gpm)
20÷100 bar - 290÷1450 psi
(test setting 70 bar -1015
psi - at 5 l/min. - 1.32 US
gpm)
50÷200 bar - 725÷2900 psi
(test setting 140 bar - 2050
psi at 5 l/min. - 1.32 US
gpm)
100÷300 bar -1450÷4350
psi (test setting 210 bar
- 3050 psi at 5 l/min. - 1.32
US gpm)
alum.
body
210
VADDL/VA
12
psi
Application range with
standard spring*
steel
body
300
alum.
body
3050
steel
body
4350
5÷210 bar - 72.5÷3050 psi
(test setting 150 bar - 2200
psi at 5 l/min. - 1.32 US
gpm)
50÷350 bar - 72.5÷5100
psi- (test setting 250 bar
-3600 psi at 5 l/min.-1.32
US gpm)
50÷210 bar -72.5÷3050 psi
(test setting 150 bar - 2200
psi at 5 l/min.-1.32 US gpm)
50÷250 bar - 725÷3600 psi
(test setting 250 bar 3600
psi at 5 l/min. - 1.32 US
gpm)
5÷210 bar -72.5÷3050 psi
(test setting 150 bar - 2200
psi at 5 l/min. - 1.32 US
gpm)
50÷350 bar -72.5-5100 psi
(test setting 250 bar - 3600
psi at 5 l/min. - 1.32 US
gpm)
D1WWEM01E
85% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
disregardable
Weight
kg
lb
alum.
body
1,24
alum.
body
2.73
steel
body
2,46
steel
body
5.42
alum.
body
2,20
alum.
body
4.85
steel
body
4,34
steel
body
9.57
alum.
body
1,14
alum.
body
2.51
steel
body
2,10
steel
body
4.63
alum.
body
1,58
alum.
body
3.48
steel
body
3,10
steel
body
6.83
(34)
alum.
body
3,25
(34)
alum.
body
7.16
steel
body
6,50
steel
body
14.33
(100)
alum.
body
4,10
(100)
alum.
body
9.04
steel
body
7,90
steel
body
17.42
Cartridge
VMP 12
VMP 12
VMPD 38
VMPD 12
VMPD 34
93
Type
VAIL/VA 12
Dual cross-line relief valves
with anti cavitation
Dimensions and hydraulic circuit
Cross section
3.07
0.24
0.24
2.68
1.57
D1
D2
3.74
0.39
Ø 0.25
D1
1.65
0.98
0.98
0.79
T
1.57
D2
21.75 psi
0.98
1.77
3.54
Rating diagrams
Typical pressure drop vs. flow characteristic
0
1.5 3 4.5 6
Typical pressure drop vs. flow characteristic
7.5 9 (US gpm)
0
1.5 3 4.5 6
7.5 9 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
2500 (psi)
2000
1500
1000
500
0
Order code
VAIL/VA 12 /  . S / 
Body material
Pressure settings
TB)
TV)
TS)
TR)
94
5÷50 bar (72.5÷725 psi)
20÷100 bar (290÷1450 psi)
50÷200 bar (725÷2900 psi)
100÷300 bar (1450÷4350 psi)
D1WWEM01E
_ Aluminium
ac Steel
DIVISION
Type VAIL/VA
General Information
information
Dual cross-line relief valves
with anti cavitation
34
Dimensions and hydraulic circuit
Cross section
1.57
3.70
0.31
3.25
0.31
D1
D2
4.33
0.39
Ø 0.33
T
0.94
1.85
D1
D2
21.75 psi
2.16
0.79
1.41
2.05
1.41
4.33
Rating diagrams
Typical pressure drop vs. flow characteristic
0
4
8
12 16
Typical pressure drop vs. flow characteristic
0
20 (US gpm)
4
8
12 16
20 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
2500 (psi)
2000
1500
1000
500
0
Order code
VAIL/VA 34 /  . S / 
Body material
Pressure settings
TB)
TV)
TS)
TR)
DIVISION
5÷50 bar (72.5÷725 psi)
20÷100 bar (290÷1450 psi)
50÷200 bar (725÷2900 psi)
100÷300 bar (1450÷4350 psi)
D1WWEM01E
_ Aluminium
ac Steel
95
Type
VADDL/VA 38
Dual cross-line relief valve with anti cavitation.
Differential control, poppet type, line mounting
Dimensions and hydraulic circuit
3.94
2.05
0.31
0.59
1.18
2.05
2.12
0.90
D1
D2
1.42
2.91
0.31
1.06
1.77
3.54
1.06
0.90
D1
T
1.65
Ø 0.33
0.31
3.31
D2
21.75 psi
0.31
Cross section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
4
8
12 16
Typical pressure drop vs. flow characteristic
20 (US gpm)
0
4
8
12 16
20 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
2500 (psi)
2000
1500
1000
500
0
Order code
VADDL /VA 38 /  . S / 
Body material
Pressure settings
TS) 5÷210 bar (72.5÷580 psi)
TR) 50÷350 bar (725÷5100 psi)
96
D1WWEM01E
_ Aluminium
ac Steel
DIVISION
Type VADDL/VA
General Information
information
Dual cross-line relief valve with anti cavitation.
Differential control, poppet type, line mounting
12
Dimensions and hydraulic circuit
3.94
2.24
0.31
0.79
1.57
2.24
2.12
0.90
D1
D2
1.57
3.30
0.31
Ø 0.33
1.18
1.65
3.94
1.18
0.90
0.31
D1
T
D2
0.31
21.75 psi
1.81
Cross section
Rating diagrams
Typical pressure drop vs. flow characteristic
0
2
4
6
8 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
Order code
VADDL /VA 12 /  . S / 
Pressure settings
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725÷5100 psi)
DIVISION
Body material
_ Aluminium
ac Steel
D1WWEM01E
97
Type
VADDL/VA 34 (100)
Dual cross-line relief valve with anti cavitation.
Differential control, poppet type, line mounting
Dimensions and hydraulic circuit
2.60
0.39
2.60
D1
Ø 0.41
D2
1.46
D1
T
D2
0.39
1.46
21.75 psi
- 4.72
- 4.72
0.39
0.39
- 5.11
Cross section
- 5.11
- 3.15
- 1.18
- 3.94
- 1.97
- 2.75
- 1.38
- 4.33
- 2.16
- 2.52
- 1.10
- 1.81
- 1.97
- 2.75
- 1.18
- 2.20
- 2.16
Dimensions are in mm - in
Rating diagrams
Typical pressure drop vs. flow characteristic
0
10 20
30
40
50 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
Order code
VADDL /VA  /  . S / 
Port size
34) G 3
100) G 1
98
Pressure settings
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725÷5100 psi)
D1WWEM01E
Body material
_ Aluminium
ac Steel
DIVISION
Type
ANTISHOCK VALVE
VAA/RU/DL
Operation
Antishock valve with anti cavitation and single pressure adjustment. Differential
control, poppet type line mounting.
The valve allows pressure relief on delivery pipes to engines and cylinders. When
the actuator is braking, two check valves allow for anti cavitation on delivery
side.
Actuator close mount is recommended to assure a more rapid valve action.
D1
D2
D1
T
D2
21.75 psi
Performance
Body Valves
Type
VAA/RU/DL
38
VAA/RU/DL
12
VAA/RU/DL
34 (100)
Max.flow
l/min
35
60
US gpm
Max. pres.
bar
psi
Application range with
standard spring*
9.2
5÷210 bar - 72.5÷3050 psi
(test setting 150 bar - 2200 psi
at 5 l/min. - 1.32 US gpm)
50÷350 bar - 725÷5100 psi
(test setting 250 bar - 3600 psi
at 5 l/min. - 1.32 US gpm)
16
5÷210 bar - 72.5÷3050 psi
(test setting 150 bar - 2200 psi
at 5 l/min. - 1.32 US gpm)
50÷250 bar -725÷300 psi(test setting 250 bar - 3600 psi
at 5 l/min. - 1.32 US gpm)
(34)
120
(34)
32
(100)
180
(100)
48
alum.
body
210
alum.
body
3050
steel
body
300
steel
body
5100
5÷210 bar -72.5÷3050 psi
(test setting 150 bar - 2200 psi
at 5 l/min.- 1.32 US gpm)
50÷350 bar -725÷5100 psi
(test setting 250 bar - 3600 psi
at 5 l/min. - 1.32 US gpm)
Hysteresis
85% of the
setting
value for
flow
capacity
1 l/min.
-0.26 US
gpm-
Oil leaks
from
P to T
disregardable
Weight
alum.
body
1,18
alum.
body
2.60
steel
body
2,44
steel
body
5.38
alum.
body
1,15
alum.
body
2.53
steel
body
2,29
steel
body
5.05
-34alum.
body
2,32
steel
body
4,59
-34alum.
body
5.11
steel
body
10.12
-100alum.
body
3,32
steel
body
6,37
-100alum.
body
7.32
steel
body
14.04
Cartridge
VMPD 38
VMPD 12
VMPD 38
*To perform setting of the valve see the pressure drop/ flow diagram.
DIVISION
D1WWEM01E
99
Type
VAA/RU/DL 38
Antishock valve with anti cavitation and single pressure
adjustment. Differential control, poppet type line mounting
Dimensions and hydraulic circuit
0.62
2.28
0.62
Cross section
2.24
1.77
D1
o
l
a
0.31
0.98
3.54
1.61
e
u
g
0.79
1.57
0.79
Ø 0.33
1.97
0.79
3.54
s
e
g
d
Rating diagrams
i
r
t
r
a
c
t
a
c
D1
T
D2
D2
22 psi
Typical pressure drop vs. flow characteristic
0
e
e
s
Order code
100
A
S
E
1.5 3 4.5 6
7.5 9 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
VAA /RU /DL 38/  . S / 
Pressure settings
Body material
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725÷5100 psi)
_ Aluminium
ac Steel
D1WWEM01E
DIVISION
Type VAA/RU/DL
General Information
information
Antishock valve with anti cavitation and single pressure adjustment.
Differential control, poppet type line mounting
12
Dimensions and hydraulic circuit
Cross section
0.63
0.63
0.31
0.98
3.54
1.61
2.24
2.28
22 psi
0.79
1.57
Ø 0.33
0.79
1.97
0.79
3.54
Rating diagrams
Typical pressure drop vs. flow characteristic
0
3
6
9
12 15 18 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
Order code
VAA /RU /DL 12/  . S / 
Pressure settings
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725÷5100 psi)
DIVISION
Body material
_ Aluminium
ac Steel
D1WWEM01E
101
Type
VAA/RU/DL 34 (100)
Antishock valve with anti cavitation and single pressure adjustment.
Differential control, poppet type line mounting
Dimensions and hydraulic circuit
Cross section
22 psi
- 4.33
- 4.33
- 2.16
- 1.08
- 0.31
- 2.08
- 1.22
- 2.44
- 1.22
- 2.44
- 2.60
- 1.30
- 5.51
- 5.51
- 2.36
- 1.18
- 0.43
- 2.56
- 1.46
- 3.38
- 1.69
- 2.99
- 3.38
- 1.69
- 2.60
- 0.33
- 0.41
Dimensions are in mm - in
Rating diagrams
Typical pressure drop vs. flow characteristic
0
10
20
30
40 50 (US gpm)
5000 (psi)
4000
3000
2000
1000
0
Order code
VAA /RU /DL  /  . S / 
Port size
34) G 3/4
100) G 1
102
Pressure settings
TS) 5÷210 bar (72.5÷3050 psi)
TR) 50÷350 bar (725÷5100 psi)
D1WWEM01E
Body material
_ Aluminium
ac Steel
DIVISION
Proportional coils
PROPORTIONAL COIL
35X35 and 45x45
Operation
Proportional coil. 12 and 24 coils direct voltage, supply a force proportional to the current amount.
thermal insulation class: F (TMAX = 155°C - 303°F) - (VDE 0580).
Relative duty cycle: ED = 100 % (VDE 0580).
To assure ED=100% and perform continuous coil operation, the following conditions should be met:
TA +∆T < TMAX
TA= ambient temperature; ∆T = a temperature increase due to operation; TMAX = maximum admissible
temperature according to insulation class.
We therefore recommend always checking that the maximum ambient temperature is same as Tmax-∆T
(providing no special operating requirement are there).
Safety standards (DIN40050): IP 54 without connector
IP 65 with connector
Admissible voltage range for long lasting and trouble free operations life: nominal voltage± 10 %
Current Hysteresis: <2,5%
Force Hysteresis: <2%
e
u
g
cold
(35x35) 12
7,2
1,25
11,2
(35x35) 24
24,6
0,68
11,4
(45x45) 12
4,3
1,78
13,6
(45x45) 24
21
0,81
13,8
warm
nom.
lim.
120
20,8
0.55
A
S
1.10
Ø 1.18
5SL4000120
4SL4000240
5SL4000240
1.19
2.72
0,43 0,95
0,75 1,65
P.C. 35X35
Standard connector
code
Connector
Page
4CN1009990
Page 104
(CC-CA)
P.C. 45X45
0.88
0.83
0.77
Ø 1.97
Type
Ordering code
Ordering code with
standard connector
45x45 12 Vcc
4SL4000243
5SL4000243
45x45 24 Vcc
4SL4000241
5SL4000241
DIVISION
lb
1.17
1.52
1.89
t
a
c
kg
0.69
1.28
e
e
s
E
4SL4000120
o
l
a
1.38
Ø 1.57
35x35 24 Vcc
Weight
0.55
Ordering code with
standard connector
Ordering code
Ø 0.22
35x35 12 Vcc
1.10
0.73
2.50
Type
g
d
i
r
t
r
a
c
1.37
1.77
s
e
17,4
1.75
Ta=20°C
68°F
1.13
∆T
[C°]
After 1 hour at:
Ta=20-25°C
68-77°F
Nominal Voltage
Power
[W]
1.06
Current
[A]
2.16
Voltage
[Volt]
Resistance
[Ω]
Standard connector
code
Connector
page
4CN1009990
Page 104
(CC-CA)
D1WWEM01E
103
Solenoid connectors
“CC-CA”, “CL” AND
“CP” CONNECTORS
Operation
There are 3 types of different solenoid connectors:
“CC-CA” 2-poles + GROUND electric connectors in compliance with DIN and A/ISO standards 43650 and
4400.
Electric connectors suitable for connection of DC and AC current coils. Type of current must be same as for
the coil used.
“CL” 2-poles + rectifier + GROUND electric connectors in compliance with DIN and A/ISO standards 43650
and 4400.
Electric connectors suitable for connection of DC current coils BE…RAC. AC current operation only. Use of
these poles depends on the type of valve used.
Type
CC-CA
CL
CP
Max poles
section
Maximum
Nominal
Max
capacity
Poles
poles
pole
of in-built
resistance
voltage voltage
diode
Nominal
voltage
AC
max 250 V
DC
max 300 V
1A
10 A
3A
16 A
≤4m
Ohm
mm
in2
Cable
size
options
1,5
0.002
Pg09
1.91
Cable
diameter
mm
in
6-8
0.24
0.31
e
u
g
Safety
standards
Insulation
index
o
l
a
IP65
VDE0110-1/89
(DIN 40050)
t
a
c
order code: CC-CA Connector
1.12
s
e
g
d
1.16
1.38
1.91
1.16
code number CL Connector
2.30
order code: CP Connector
1.59
e
e
s
A
S
E
i
r
t
r
a
c
1.16
104
D1WWEM01E
DIVISION
Adjustments
Description and operation
This chapter show main adjusting devices for the valves listed in this catalog.
These regulations are used to adjust flow rate between inlet and working ports.
Performance
Panel mount
“P”
2.32
26,5
1.04
Screw “S”
3.15
Panel mount+handknob
“PV”
1.57
Handknob
“V”
1.97
30,5
1.20
Copped adjustment
“W”
DIVISION
D1WWEM01E
105
2, 3 and 4 way Valves Bodies
2 WAY BODIES
2, 3 and 4 way Valves Bodies
Dimensions
Material
Max. pressure
bar
psi
Alluminium
210
3050
Steel
350
5100
e
u
g
o
l
a
Cavità
Attacchi
G 1/2
G 1/4
SAE 8/2
G 3/8
SAE6
G 1/4
G 3/8
G 1/2
SAE 10/2
SAE10
SAE12
G 1/2
G 3/4
SAE 12/2
SAE10
SAE12
106
B
C
E
F
G
70
65
35
7
56
53
in
2.75
2.56
1.38
0.27
2.20
mm
50
50
30
6
38
1.97
1.97
1.18
0.24
1.50
50
50
30
6
38
in
1.97
mm
50
in
1.97
mm
60
in
2.36
mm
60
in
2.36
mm
in
mm
60
in
mm
in
E
2.36
s
e
g
d
in
mm
i
r
t
r
a
c
2.09
H
I
L
M
Z
12
14,5
35
35
6,5
0.47
0.57
1.38
1.38
0.25
44
6
14,8
20
30
6,5
1.73
0.24
0.58
0.79
1.18
0.25
44
6
14,8
20
30
6,5
1.97
1.18
0.24
1.50
1.73
0.24
0.58
0.79
1.18
0.25
50
30
6
38
44
6
14,8
20
30
6,5
1.97
1.18
0.24
1.50
1.73
0.24
0.58
0.79
1.18
0.25
60
35
6
48
54
6
18,8
25
35
6,5
2.36
1.38
0.24
1.89
2.12
0.24
0.74
0.98
1.38
0.25
60
35
6
48
54
6
18,8
25
35
6,5
2.36
1.38
0.24
1.89
2.12
0.24
0.74
0.98
1.38
0.25
60
35
6
48
54
6
18,8
25
35
6,5
2.36
1.38
0.24
1.89
2.12
0.24
0.74
0.98
1.38
0.25
60
70
35
6
48
64
6
18,8
25
35
6,5
2.36
2.75
1.38
0.24
1.89
2.52
0.24
0.74
0.98
1.38
0.25
A
S
SAE8
e
e
s
A
mm
t
a
c
70
70
35
6
58
64
6
18,5
35
35
6,5
2.75
2.75
1.38
0.24
2.28
2.52
0.24
0.73
1.38
1.38
0.25
mm
70
70
40
8
54
62
8
22
30
40
8,5
in
2.75
2.75
1.57
0.31
2.12
2.44
0.31
0.87
1.18
1.57
0.33
mm
70
80
40
8
54
72
8
25
30
40
8,5
in
2.75
3.15
1.57
0.31
2.12
2.83
0.31
0.98
1.18
1.57
0.33
mm
70
90
40
8
54
82
8
25
30
40
8,5
in
2.75
3.54
1.57
0.31
2.12
3.23
0.31
0.98
1.18
1.57
0.33
mm
70
85
40
8
54
77
8
25
30
40
8,5
in
2.75
3.35
1.57
0.31
2.12
3.03
0.31
0.98
1.18
1.57
0.33
mm
70
85
40
8
54
77
8
25
30
40
8,5
in
2.75
3.35
1.57
0.31
2.12
3.03
0.31
0.98
1.18
1.57
0.33
D1WWEM01E
DIVISION
2, 3 and 4 way Valves Bodies
2 WAY BODIES
Accessories
Cavity
Ports
G 1/2
G 3/4
SAE 16/2
G1
SAE12
SAE16
A
B
C
E
F
G
H
I
L
M
Z
mm
80
90
50
10
60
80
10
25
35
45
10,5
in
3.15
3.54
1.97
0.39
2.36
3.15
0.39
0.98
1.38
1.77
0.41
mm
80
90
50
10
60
80
10
25
35
45
10,5
in
3.15
3.54
1.97
0.39
2.36
3.15
0.39
0.98
1.38
1.77
0.41
mm
85
100
60
10
65
90
10
23,5
40
in
3.35
3.94
2.36
0.39
2.56
3.54
0.39
0.92
1.57
mm
80
90
50
10
60
80
10
25
35
in
3.15
3.54
1.97
0.39
2.36
3.15
0.39
0.98
1.38
o
l
a
mm
80
100
50
10
60
90
10
25
35
in
3.15
3.94
1.97
0.39
2.36
3.54
0.39
0.98
1.38
s
e
g
d
e
u
g
t
a
c
45
10,5
1.77
0.41
45
10,5
1.77
0.41
45
10,5
1.77
0.41
Order code
3/CC /-   /20/- -1
i
r
t
r
a
c
Cavity
Cavità
08
08
10
12
10
16
12
16
e
e
s
DIVISION
A
S
E
Ports
Attacchi
B) G 1/4
B) 1/4 BSPP
C)
G 3/8
D)
G 1/2
C) 3/8
BSPP
E) G 3/4
D) 1/2
F)
G 1BSPP
Materials
Materiali
1) Aluminium
2) Steel
1) Alluminio
E) 3/4 BSPP
2) Acciaio
F) 1“ BSPP
D1WWEM01E
107
2, 3 and 4 way Valves Bodies
3 WAY BODIES
Dimensions
Material
Max. pressure
bar
psi
Alluminium
210
3050
Steel
350
5100
e
u
g
Cavity
Ports
G 1/4
G 3/8
SAE 8/3
G 1/2
SAE6
G 1/4
G 3/8
SAE 10/3
G 1/2
SAE6
SAE8
G 1/2
G 3/4
e
e
s
SAE 12/3
SAE10
SAE12
G 3/4
SAE 16/3
SAE12
SAE16
108
A
B
C
E
F
G
H
mm
60
60
30
7
46
48
12
in
2.36
2.36
1.18
0.27
1.81
1.89
0.47
mm
60
60
30
7
46
48
12
in
2.36
2.36
1.18
0.27
1.81
1.89
0.47
s
e
mm
70
65
35
7
56
53
12
in
2.75
2.56
1.38
0.27
2.20
2.09
0.47
mm
60
60
30
7
46
48
g
d
I
o
l
a
L
t
a
c
M
N
Z
14,8
30
30
29,1
6,5
0.58
1.18
1.18
1.14
0.25
14,5
30
30
29,1
6,5
0.57
1.18
1.18
1.14
0.25
14,5
35
35
29,1
6,5
0.57
1.38
1.38
1.14
0.25
12
14,5
30
30
29,1
6,5
in
2.36
2.36
1.18
0.27
1.81
1.89
0.47
0.57
1.18
1.18
1.14
0.25
mm
60
65
35
6
48
59
6
18
30
30
34,5
7
i
r
t
r
a
c
in
2.36
2.56
1.38
0.24
1.89
2.32
0.24
0.70
1.18
1.18
1.36
0.27
mm
60
65
35
6
48
59
6
18,8
30
30
34,5
7
in
2.36
2.56
1.38
0.24
1.89
2.32
0.24
0.74
1.18
1.18
1.36
0.27
mm
65
70
35
6
53
64
6
18,8
32,5
32,5
34,5
7
in
2.56
2.75
1.38
0.24
2.09
2.52
0.24
0.74
1.28
1.28
1.36
0.27
mm
65
70
35
6
53
64
6
18,8
32,5
32,5
34,5
7
0.27
in
2.56
2.75
1.38
0.24
2.09
2.52
0.24
0.74
1.28
1.28
1.36
mm
65
70
35
6
53
64
6
18,8
32,5
32,5
34,5
7
in
2.56
2.75
1.38
0.24
2.09
2.52
0.24
0.74
1.28
1.28
1.36
0.27
A
S
E
mm
70
100
40
8
54
92
8
25
35
35
53,5
8,5
in
2.75
3.94
1.57
0.31
2.12
3.6
0.31
0.98
1.38
1.38
2.10
0.33
mm
90
100
50
10
70
90
10
25,1
45
45
53,5
10,5
in
3.54
3.94
1.97
0.39
2.75
3.54
0.39
0.99
1.77
1.77
2.11
0.41
mm
80
100
40
8
64
92
8
25
40
40
53,5
8,5
in
3.15
3.94
1.57
0.31
2.52
3.6
0.31
0.98
1.57
1.57
2.11
0.33
mm
80
100
45
8
64
92
8
25
40
40
53,5
8,5
in
3.15
3.94
1.57
0.31
2.52
3.6
0.31
0.98
1.57
1.57
2.11
0.33
mm
90
100
50
10
70
90
10
25,1
45
45
53,5
10,5
in
3.54
3.94
1.97
0.39
2.75
3.54
0.39
0.99
1.77
1.77
2.11
0.41
mm
90
105
50
10
70
95
10
25,1
45
45
53,5
10,5
in
3.54
4.13
1.97
0.39
2.75
3.74
0.39
0.99
1.77
1.77
2.11
0.41
mm
90
105
50
10
70
95
10
25,1
45
45
53,5
10,5
in
3.54
4.13
1.97
0.39
2.75
3.74
0.39
0.99
1.77
1.77
2.11
0.41
D1WWEM01E
DIVISION
2, 3 and 4 way Valves Bodies
3 WAY BODIES
Accessories
Order code
3/CC /-   /30/- -1
Cavity
Cavità
Ports
Attacchi
08
08
10
12
10
16
B) G 1/4
B) 1/4 BSPP
C) G 3/8
D)
G 1/2
C) 3/8
BSPP
E) G 3/4
16
E) 3/4 BSPP
12
Materials
Materiali
e
u
g
1) Aluminium
2) Steel
1) Alluminio
D) 1/2 BSPP
o
l
a
2) Acciaio
s
e
t
a
c
g
d
e
e
s
DIVISION
A
S
E
i
r
t
r
a
c
D1WWEM01E
109
2, 3 and 4 way Valves Bodies
4 WAY BODIES
Dimensions
Max. pressure
Material
bar
psi
Alluminium
210
3050
Steel
350
5100
e
u
g
o
l
a
Cavity
Ports
G 1/4
SAE 8/4
SAE6
G 3/8
G 1/2
SAE 10/4
SAE6
SAE8
G 1/2
SAE 12/4
SAE10
e
e
s
SAE 16/4
G 3/4
A
B
C
E
F
G
mm
60
75
30
7
46
63
in
2.36
2.95
1.18
0.27
1.81
2.48
mm
60
75
30
7
46
63
in
2.36
2.95
1.18
0.27
1.81
2.48
mm
60
85
35
6
48
79
6
34,5
30
30
18,8
31,7
34,5
7
in
2.36
3.35
1.38
0.24
1.89
3.11
0.24
1.36
1.18
1.18
0.74
1.25
1.36
0.27
mm
70
85
35
6
58
in
2.75
3.35
1.38
0.24
2.28
g
d
i
r
t
r
a
c
H
I
L
M
N
O
P
Z
12
29,1
30
30
14,8
29,1
31,1
6,5
0.47
1.14
1.18
1.18
0.58
1.14
1.22
0.25
12
29,1
30
30
14,8
29,1
31,1
6,5
0.47
1.14
1.18
1.18
0.58
1.14
1.22
0.25
79
6
34,5
35
35
18,8
31,7
34,5
7
3.11
0.24
1.36
1.38
1.38
0.74
1.25
1.36
0.27
mm
60
85
35
6
48
79
6
34,5
30
30
18,8
31,7
34,5
7
in
2.45
3.35
1.38
0.24
1.89
3.11
0.24
1.36
1.18
1.18
0.74
1.25
1.36
0.27
mm
70
in
2.75
85
35
6
58
79
6
34,5
35
35
18,8
31,7
34,5
7
3.35
1.38
0.24
2.28
3.11
0.24
1.36
1.38
1.38
0.74
1.25
1.36
0.27
E
mm
80
115
40
8
64
107
8
44
40
40
22
44,5
48,5
8,5
in
3.15
4.53
1.57
0.31
2.52
4.21
0.31
1.73
1.57
1.57
0.87
1.75
1.9
0.33
mm
80
115
40
8
64
107
8
44
40
40
22
44,5
48,5
8,5
in
3.15
4.53
1.57
0.31
2.52
4.21
0.31
1.73
1.57
1.57
0.87
1.75
1.9
0.33
mm
100
130
50
10
80
120
10
53,5
50
50
25,1
56,9
48
10,5
in
3.94
5.12
1.97
0.39
3.15
4.72
0.39
2.11
1.97
1.97
0.99
2.24
1.89
0.41
A
S
3/CC /-   /40/- -1
Cavity
Cavità
Ports
Attacchi
08
08
10
12
10
16
B) G 1/4
B) 1/4 BSPP
C)
G 3/8
D)
G 1/2
C) 3/8
BSPP
E) G 3/4
16
E) 3/4 BSPP
12
110
s
e
t
a
c
D) 1/2 BSPP
D1WWEM01E
Materials
Materiali
1) Aluminium
2) Steel
1) Alluminio
2) Acciaio
DIVISION
Informations
How to order valves with body
e
u
g
o
l
a
s
e
BILLET CODE
CARTRIDGE CODE
C- 1-1
MP-10-Y/0-4-1V/
e
e
s
DIVISION
A
S
E
t
a
c
g
d
i
r
t
r
a
c
Cavity
Ports
08
B) G 1/4
10
C) G 3/8
12
D) G 1/2
16
E) G 3/4
Materials
1) Aluminium
F) G 1
J) SAE 6
K) SAE 8
2) Steel
L) SAE 10
M) SAE 12
N) SAE 16
D1WWEM01E
111
Cavities, tool and tap
2 WAY SAE CAVITY
Dimensions
*
39x10-3
VARIATION “A”: the dimensions with “ ”
are related to the variation “A”.Features of
variation “A” are required only if noted on
specific product catalogue page.
98x10-5
39x10-4
e
u
g
-12
20x10-4
20x10-3
-12
o
l
a
*
*
s
e
98x10-5
08/2
10/2
12/2
16/2
g
d
A
B
±0,05
C
±0,05
D
E
F
G
H
±0,02
J
mm
27
20,66
17,42
3/4-16
UNF
12,50
2,50
18,20
12,72
29,50
0.49
0.10
0.72
0.50
1.16
7/8-14
UNF
16,00
2,80
24,00
15,90
33,50
0.63
0.11
0.94
0.62
1.32
1 1/16-12
UNF
19,00
3,50
34,15
22,25
46,80
0.75
0.14
1.34
0.87
1.84
1 5/16-12
UNF
22,00
3,50
34,00
28,62
47,00
0.87
0.14
1.34
1.13
1.85
\
in
1.06
0.81
0.68
mm
30
24,00
20,62
in
1.18
0.94
0.81
mm
38
29,23
24,73
in
1.50
1.15
0.97
mm
45
35,58
31,34
in
1.77
1.40
1.23
L
-
-
i
r
t
r
a
c
M
±0,02
N
-
-
-
-
-
-
-
-
-
-
-
-
-
-
P
R
øMAX
14,00
8,00
0.55
0.31
18,30
11,00
0.72
0.43
24,50
19,00
0.96
0.75
24,50
19,00
0.96
0.75
Finisher tool
Rougher tool
e
e
s
K
±0,02
t
a
c
A
S
E
T
øMAX
U
V
øMAX
X
øMAX
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
*
Z
øMIN
Prof.Z
MIN
12,00
39
0.47
1.53
*
14,50
40
0.57
1.57
21,50
60
0.85
2.36
25,50
70
1,00
2.75
Cavity plugs
Tap
Cavity
08/2
10/2
112
S
Cavity
Code number
Cavity
Code number
Cavity
Code number
08/2
3UT00053190
08/2
3UT06A1270N
08/2
3UT03416UNF
10/2
3UT00056610
10/2
3UT00054580
10/2
3UT07814UNF
12/2
3UT00054090
12/2
3UT00054670
12/2
3UT0111612UN
16/2
3UT00054510
16/2
3UT00054520
16/2
3UT0151612UN
D1WWEM01E
12/2
16/2
Code number
1 2 S
3XTP3533700
X
X
4TP5531500
0
0
X
3XTP3544200
X
X
X
X
3XTP1542300
0
0
X
3XTP3555400
X
X
X
3XTP1552900
0
0
X
3XTP3575500
X
X
X
3XTP1572900
0
0
X
X=Closed 0=Open
DIVISION
Cavities, tool and tap
CAVITY VSE/P/2-150
Dimensions
20x10-4
Ø1.57
39x10-5
20x10-3
Ø 0.87
1.12
0
0.98 +
- 39x10-3
2.05
+0
1.61 - 20x10-3
0.12
20x10-3
Ø1.38 ±20x10-4
Ø 0.87
Ø 1.18
+ 0.021
+0
+ 10x83-5
+0
39x10-5
Rougher tool
Finisher tool
Tap
Cod.3UT00050870A
Cod.3UTO6A3000N
Cod.3UT09A10F11G
DIVISION
D1WWEM01E
113
Cavities, tool and tap
CAVITY VMP 5
Dimensions
20x10-3
20X10-4
Ø 0.92 +
+ 79x10-5
1.69
0.2
0.81
0
1+
- 79x10-4
0.2
Ø20x10-4
Ø 0.63
Ø 0.80
Ø 0.98
114
Rougher tool
Finisher tool
Tap
Code 3UT00054660
Code 3UT00055530
Code 3UT08A22F150
D1WWEM01E
DIVISION
Cavities, tool and tap
CAVITY VMP 10
Cavities, tool and tap
Dimensions
Ø 1.26
20x10
Ø 0.96 +- 20x10
-4
0.27
2.16
0.83
20x10-3
20x10-4
0.9
1.22
+ 16X10-4
+0
79x10-3
-4
Ø 0.79
+ 83x10-5
+0
Ø 0,85
Ø 1.10
Rougher tool
Finisher tool
Tap
Code 3UT00052210
Code 3UT00055030
Code 3UT08A24F150
DIVISION
D1WWEM01E
115
Cavities, tool and tap
CAVITY VMP 20
Dimensions
Ø 1.50
20x10
Ø 1.20 +- 20x10
-4
20x10-3
-4
2.52
39X10-3
0.39
1.53
1.02
+ 16X10-4
+0
0.12
20x10-4
Ø 0.94
+ 83x10-5
+0
Ø 1.02
Ø 1.42
116
Rougher tool
Finisher tool
Tap
Code 3UT00052200
Code 3UT06A2600P
Code 3UT08A30F150
D1WWEM01E
DIVISION
Cavities, tool and tap
CAVITY VMP 12
Dimensions
+ 20x10-4
- 39x10-5
20x10-4
1.02
0.79
2.28
Ø 0.39
1.40
+ 79X10-4
- 79x 10-4
0.27
Ø 0.90
Ø 0.59
Ø 0.79
Rougher tool
Finisher tool
Tap
Code 3UT00055540
Code 3UT06A2300N
Code 3UT08A22F150
DIVISION
D1WWEM01E
117
Cavities, tool and tap
CAVITY VMP 34
Dimensions
Ø 0.98++ 20x10
39x10-5
20x10-4
2.91
Ø 0.51
1.77
1.38
0.98
0.35
-4
Ø 0.67
Ø 0.87
Rougher tool
Code 3UT00055550
118
Finisher tool
Code 3UT06A2500N
D1WWEM01E
Tap
Code 3UT08A24F150
DIVISION
Cavities, tool and tap
CAVITY VMPD 38
Dimensions
20x10-4
+ 20x10-4
+ 39x10-5
0.87
Ø 0.35
1.53
0.87
0.96
0.25
Ø 0.83
Ø 0.39
+ 71x10-5
+0
39x10-5
Ø 0.7
Rougher tool
Finisher tool
Tap
Code 3UT00050050
Code 3UT00055040
Code 3UT08A20F150
DIVISION
D1WWEM01E
119
Cavities, tool and tap
CAVITY VMPD 12
Dimensions
20x10-4
+ 20x10-4
+ 39x10-5
0.87
Ø 0.39
1.59
0.87
0.96
0.25
Ø1
0.51
+ 83x10-5
+0
39x10-5
Ø 0.87
Rougher tool
Code 3UT00050070
120
Finisher tool
Code 3UT06A22000P
D1WWEM01E
Tap
Code 3UT08A24F150
DIVISION
Cavities, tool and tap
CAVITY VMPD 34
Dimensions
Ø 1.24 ++ 20x10
39x10-5
20x10-4
Ø 0.59
1.97
1.18
1.18
1.24
0.25
-4
Ø 0.71
+ 83x10-5
+0
39x10-5
Ø 1.10
Rougher tool
Finisher tool
Tap
Code 3UT00050070
Code 3UT06A22000P
Code 3UT08A24F150
DIVISION
D1WWEM01E
121
Cavities, tool and tap
CAVITY VMPD 100
Dimensions
Ø 1.38
Ø 1.24 ++ 20x10
39x10-5
20x10-4
0.71
1.57
39x10-3
1.97
0.25
-4
Ø 0.70
+ 10x83-5
+0
39x10-5
Ø 1.10
122
Rougher tool
Finisher tool
Tap
Code 3UT00050070
Code 3UT06A22000P
Code 3UT08A24F150
D1WWEM01E
DIVISION
Notes
DIVISION
D1WWEM01E
123
1st edition May 2010
WWW.WALVOIL.COM
D1WWEM01E