Solenoid Operated Directional Valve
DG4V-3-60 Design
B
General Description
Solenoid operated
directional control valves are
for directing and stopping
flow at any point in a hydraulic system.
• Efficient control of greater
hydraulic powers without
increasing solenoid power
consumption.
• Installed cost and space
savings from higher
power/weight-and-size
ratios.
• Installation flexibility
resulting from choice of
numerous combinations
of solenoid connectors
and locations.
B-2
• Viton seals as standard for
multi-fluid capability. Nitrile
seals available as a model
code option.
• Higher sustained machine
productivity and higher
uptime because of proven
fatigue life and endurance,
tested over 20 million
cycles.
• Solenoid coils can be
changed quickly and
easily without leakage
from hydraulic system.
• Compact, cost effective
system design when used
with Eaton® SystemStak™
valves and subplates.
DG4V3-S/R- High Performance and Standard
Performance Valves
• Minimum pressure drop 2.5
bar at 30 l/min
• Range of coil connectors
including DIN, Deutsch, AMP
and terminal box
• Range of coil voltages and
power options
• Up to 80 l/min (21 USgpm)
and up to 40 l/min (10.5
USgpm) respectively at
350 bar (5000 psi).
• Offers designers the
opportunity to select the
optimum value package
for each application.
EATON Solenoid Operated Directional Valve DG4V-3-60 E-VLVI-SS001-E1 August 2015
• International standard
interface. The valve
mounting face conforms
to ISO 4401, size 03 and
is compatible with related
international standards.
DG4V-3 Model Series
* DG4V—3 * — ** *(L) —(**)—(V) M—(S*)—* ** * D* (L)— * *—6*—(EN***)—(P**—A**—B**—T**)
1
2
3
4
1 Seal Type
Blank – Viton
F6 – Buna Nitrile/High CAN
2 Model series
4 – Solenoid operated
V – Pressure rating 350 bar
(5000 psi) on P, A & B ports
3 – ISO4401 Size 03
3 Performance
Blank – High performance
S – Standard performance
R – Standard performance
with 8 Watt coil
4 Spool Type
Please refer functional symbols
on Page 5 for spool types.
5 Spool Spring Arrangement
A – Spring offset, end-to-end
AL – Same as “A” but left
hand build
B – Spring offset, end to
center
BL – Same as “B” but left
hand build
C – Spring centered
N – No-spring detented
6 Manual Override Option
Blank – Plain override(s) in
solenoid end(s) only 
H – Water-resistant
override(s) on solenoid end(s)

Z – No overrides at either end
W – Twist and lock override in
solenoid ends•
No override in non-solenoid end of
single solenoid valves
• DC high performance only
7 Solenoid Energization
Identity
Blank – None
V – Solenoid “A” is at port
“A” end and/ or solenoid “B”
is at port “B” end, independent of spool type
5
6
7
8
9
10
NOTE: Used to select the identification of
the solenoid. Refer to table on page 4.
Flag Symbol
M – Electrical options and
features
8
9 Spool Indicator Switch
S7 – Spool position monitoring switch. Single solenoid
valves only.
NOTE: Refer Page B-6 and B-10 for
further details
10 Coil Type
U – ISO4400, DIN43650 connector
U1 – ISO4400 fitted with
PG11 plug
U6 – ISO4400 with fitted DIN
plug with lights
KU – Top exit flying lead
(150mm)
KUP4 – Junior timer (Amp)
connector
KUP5 – Integral Deutsch
connector
KUPM4L- Integral M12, 4-Pin
connector
FW – Flying lead with 1/2”
NPT thread wiring housing
FTW – Fly. lead wired terminal block & 1/2” NPT thread
wiring housing
FPA3W – Fly. lead, 3 Pin
connector & 1/2” NPT thread
wiring housing
FPA5W – Fly. lead, 5 pin
connector & 1/2” NPT thread
wiring housing
X4 – Atex approved coil, ‘me‘
type
X5 – Atex approved coil, ‘d‘
type
Also CSA and UL approved
11 Surge Suppressor/
Damper
D1 – Diode positive bias
D2 – Negative bias
D7 – Transorb type
11
12
13 14
15
16
12 Solenoid Indicator
Lights
Blank – None
L – Solenoid indicator lights
Flying lead coil type only
13 Coil Rating
B – 110V AC 50Hz/120V AC
60 Hz
BL – 110V 50 Hz/120V 60 Hz
D – 220V AC 50 Hz/240V AC
60 Hz
DS – 28V DC 30 watt
ER – 120V AC 60 Hz 
ES – 240V AC 60 Hz 
G – 12V DC
GL – 12V DC
H – 24V DC
HL – 24V DC
HM – 24V DC 8 watt
X5 coil type only
17
B
EN21 – CSA approved models
with 1/2” NPT entry conduit
box, type FW and solenoid
coil letter B,D,G, or H.
EN38 - Low leakage version.
Typical leakage 5ml/min/land
at 100 bar.
NOTE: EN38 valve spools have additional
overlap and resulting 2X pressure drop
compared to standard valve spools.
17 Orifice Plug
00 – No orifice required
03 – 0.3 mm dia.
06 – 0.6 mm dia.
08 – 0.8 mm dia.
09 – 0.9 mm dia.
10 – 1.0 mm dia.
13 – 1.3 mm dia.
15 – 1.5 mm dia.
20 – 2.0 mm dia.
23 – 2.3 mm dia.
14 Tank Pressure Rating
Refer to “Operating Data” for
port T pressure ratings.
4 – 70 bar (1000 psi) 
5 – 100 bar (1500 psi) for
standard performance models, DG4V-3S, with AC or DC
solenoids.
6 – 207 bar (3000 psi) for AC
high performance models,
DG4V-3, including spool position indicator type S6.
7 – 207 bar (3000 psi) for DC
high performance models,
DG4V-3, including spool position indicator type S6.
X5 coil type only
15 Design Number
60 – Basic design
61 – Type 8 spool
16 Special Features
“EN***” code number assigned as required.
See Page12 for circuit details
EATON Solenoid Operated Directional Valve DG4V-3-60 E-VLVI-SS001-E1 August 2015
B-3
Sol. B
P
T Sol. A
P
Sol. B
T
P
T
Sol. A
Double solenoid valves,
spring centered
Functional SymbolsA
Spool Options
B
Double solenoid valves,
two position, detented
P
T
Sol. B
Sol. A
Transient condition only
A
Sol. B
P
Single solenoid valves
solenoid at port A end
B
T Sol. A
Double solenoid
The valve function schematics apply to both U.S. and European
valves.valves,
Double solenoid valves,
DG4V-3(S)-*AV
DG4V-3(S)-*NV
B
two position, detented
A
0
0
Double solenoid valves,
two position, detented
2
A
6
Sol. B
22
B
P
B
Single solenoid valves,
Sol.
B
P A Tend
Sol. A
solenoid
at port
Double solenoidA valves,
B
22 spring centered
T Sol. A
Double solenoid valves,
spring centered
A
2
B
Sol. B
24
35
A
B
P
T
P
T
Sol. B
Sol. A
Transient condition only
spring centered
Single solenoid valves,
Sol. B
A
B
P
T
Single solenoid valves
solenoid at port B end
A
B
DG4V-3(S)-*ALV
solenoid at port A end
A
0B
P
TB
Sol.
Sol. A
Transient
condition
only
Single solenoid valves,
P BTend
2 B
Sol.
solenoid
at port
A
B
P
T
Sol. A
TheAvalve
B function schematics apply to both U.
22
DG4V-3(S)-*NV
P
24
0
T
DG4V-3(S)-*AV
Sol. A
0
2
2
22
6 apply to both U.S. and European
The valve function schematics
valves.
DG4V-3(S)-*BLV
22
P
T
Sol. B
Sol. A
DG4V-3(S)-*CV
DG4V-3(S)-*BV
DG4V-3(S)-*NV
Transient condition only
0
0
0
2
2
24
DG4V-3(S)-*ALV
DG4V-3(S)-*AV
00
0
35
The valve function schematics apply to both U.S. and European valves.
2
DG4V-3(S)-*NV
0
6
6
2
7
DG4V-3(S)-*AV
6 0
22
7
22
6
22
22
22
33
33
52
521
DG4V-3(S)-*CV
56
561
0
2
24
DG4V-3(S)-*CV
035
2
DG4V-3(S)-*BV
8
7
22 6
DG4V-3(S)-*BLV
7
33
0
22
0
22
2
DG4V-3(S)-*BLV
33
2
33
52
5216
7
561
22
8 6
Double solenoid valves,
U.S. Solenoid Standard
A
B
A
B
two position, detented
521
DG4V-3(S)-8CV
A
B
561
6
22
DG4V-3(S)-8CV
33 7
DG4V-3(S)-8BLV
33 7
8
33
8
52
521 22
Single
solenoid
valves,
European
solenoid
standard
561
solenoid
port B end
33 at Solenoid
European
Standard
56
Double
solenoid
Single
solenoid valves,
(specify
“V“ in valves,
the model
code
Single solenoid
valves,
Single
solenoid
valves,
position
on page 3)
two
position,
solenoid
at port A end
Aat 52
B 7detented
solenoid at port
A end
solenoid at port
B end
DG4V-3(S)-8BLV
DG4V-3(S)-8BV
A
B
B
A
B
A
A
B
P8
56
8
T
Sol. B
P
T Sol.PB T
T
Sol.
Sol. A
P A T
Sol. A P
P T Sol. A
Sol. B
Double
solenoid
valves,
Double solenoid valves, spring
centered
A European
Bvalves,solenoid standard Double
DG4V-3(S)-8CV
DG4V-3(S)-8BLV
DG4V-3(S)-8BV
Double solenoid
A
B
solenoid valves,
spring centered
spring centered
spring8valves,
centeredvalves,
Double solenoid
valves,
Single solenoid
Double
solenoid valves, Single solenoid
Single
solenoid
Single solenoid valves,
8 valves,
8
A detented
B
A port
BA end detented solenoid at
Aport
two
A endSol. A
solenoid at port B end
two position,
end
Pat
Tposition,
Sol.solenoid
A
Sol. B
T B
Sol. solenoid
B port BPat
A
B
B
A
A
B
A
B
Single solenoid valves, solenoid at port A end
A
B
A
B
solenoid
P
T
B
Sol. A
P European
T
P
T
Sol. A
Sol.
B Sol.standard
Sol. A
Sol. B
Doublevalves,
solenoid valves,
Single valves,
solenoid
valves,
Single solenoid valves,
Double solenoid valves,
Single solenoid
Single solenoid
Transient
condition
only
Transient
only
Sol.
B
PA BTat
T Sol.
Acondition
Transient
condition
only
Pposition,
Sol.
A
Sol.
B
P
P BTend
P
T
Sol.
Sol. BP
A Sol.at
Sol. B
two
detented
solenoid
port ATend
solenoid
port
two position, detented
solenoid
at
port
A Tend
solenoid
at
port
end
Double
solenoid
valves,
A
B
B
Single solenoid
valves, solenoid
at port
B end
A
A
function
schematics
BThe valve
B A
Avalves,
B apply to both
A U.S.
B and European valves.
Double
solenoid
Sol. A
P
T Sol. B
Sol. A8
22
0
24
2
7 2
European
solenoid
standard
Solenoid Identified to
US and European
Standards
22
52 22
Double solenoid valves,
Single solenoid valves,
56 33
two position,33detented
solenoid
at port A end
52
Double solenoid valves, two position, detented
56
22 0
06
24 2
27
35 22
6
22
24
DG4V-3(S)-*BV
7
56
DG4V-3(S)-8BV
DG4V-3(S)-8BLV
6
2
DG4V-3(S)-*BV
56 0
526
60
72
DG4V-3(S)-8CV
8
2
22
DG4V-3(S)-*ALV
DG4V-3(S)-*CV
P
T
Sol. B
spring centered
spring centered
DG4V-3(S)-*AV
DG4V-3(S)-*NV
A A PB
T Sol. A Sol.
T Sol. BP
T
P
0
0
Double
valves,
solenoid
Transient condition
only
P
T solenoid
Sol. B
Sol. valves,
A
Double
P
T
Sol. A
Sol. B
spring centered
spring centered
Transient condition
only
2
2
A
B
Transient
condition
only
B-4
EATON Solenoid Operated Directional A
Valve DG4V-3-60
E-VLVI-SS001-E1
August
2015
B
22
The valve function schematics
valves.
6 apply to both U.S. and European
Sol. B
P
T Sol. A
Sol. B
A
B
Sol.PA
T
P
T
DG4V-3(S)-*ALV
Sol. B
0
2
22
Operating Data
Feature
Pressure Limits
P, A and B ports
T port:
Flow rating
Relative duty factor
Type of protection:
ISO 4400 coils with plug
fitted correctly
Coil winding
Lead wires (coils type F***)
Coil encapsulation
DG4V-3
DG4V-3S
DG4V-3R
350 bar (5075 psi)
210 bar (3045 psi)
See performance data
Continuous; ED = 100%
IEC 144 class IP65
350 bar (5075 psi) 
100 bar (1450 psi)
See performance data
Continuous; ED = 100%
IEC 144 class IP65
350 bar (5075 psi)
210 bar (3045 psi)
See performance data
Continuous; ED = 100%
IEC 144 class IP65
B
Class H
Class H
Class H
Class H
Class H
Class H
Class F
Class F
Class F
Permissable voltage fluctuation:
Maximum
Refer to temperature limits.
Refer to temperature limits. Refer to Temperature Limits
Minimum
90% rated
90% rated
90% rated
Typical response times at 100% rated volts measured from application/removal of voltage to full spool displacement of “2C” spool at:
Flow rate P-A, B-T
20 l/min (5.3 USgpm)
40 l/min (10.6 USgpm)
20 l/min (5.3 Usgpm)
Pressure
175 bar (2537 psi)
175 bar (2537 psi)
175 bar (2527 PSI)
AC (~) energizing
18 ms
15 ms
18 ms
AC (~) de–energizing
32 ms
23 ms
32 ms
DC (=) energizing
60 ms
45 ms
60 ms
DC (=) de–energizing
40 ms
28 ms
40 ms
Power consumption, AC
Initial
Holding
Initial
Holding
solenoids (for coils listed in VA (RMS)
VA (RMS)
VA (RMS)
VA (RMS)
model code).


Full power coils:
Dual frequency coils at
265
49
280
61
50 Hz
Dual frequency coils at
260
48
300
58
60 HZ
Low power coils,
Low power coils
170
37
“BL” and “DL”:
not usable with
(Not available with “N” –
DG4V-3S valves.
No-spring detented models)
Dual frequency coils at
–
–
190
37
50 Hz
Dual frequency coils at
–
–
–
–
60 Hz
Power consumption, DC solenoids at rated voltage and 20 C (68 F).
Full power coils:
12V, model type “G”
30W
–
30W
–
24V, model type “H”
30W
–
30W
–
Low power coils:
12V, model type “GL”
Low power coils
–
18W
not usable
with DG4V-3S valves.
24V, model type “HL” 18W
–
24V, HM Coil
8W
–
Initial
VA (RMS)
Holding
VA (RMS)
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
 For applications where valves are to remain pressurized (either energized or de-energized) at pressures over 210 bar (3045 psi) without frequent switching, it is recommended to use the high
performance model, DG4V-3.
 1st half cycle; armature fully retracted.
EATON Solenoid Operated Directional Valve DG4V-3-60 E-VLVI-SS001-E1 August 2015
B-5
Operating Data
Spool Position Indicator Models
Spool/spring arrangement types 0A, 0B, 2A, 2B, 22A, 23A, 35A, 52B, 3B, 6B
B
DC model type “S7”
This product has been designed and tested to meet specific standards outlined in the European Electromagnetic
Compatibility Directive (EMC) 2004/108/EC. For instructions on installation requirements to achieve effective protection
levels see this leaflet and the Installation Wiring Practices for Vickers Electronic Products leaflet 2468. Wiring practices
relevant to this Directive are indicated by
Electromagnetic Compatibility (EMC).
Input:
Supply Voltage
20-32 VDC
Reverse Pol. Protection
Yes
outputs with alternating function - PNP
Output:
Max output load
<=400mA ; Duty Ratio 100%
Short Circuit Protection
Yes
Hysteresis
<=0.05mm
Electrical connector
M12x1 4-Pole
Thermal shift
<=±0.1mm
Plug connections:
Pin 1
+ Supply
Pin 2
Normal Closed
Pin 3
0V
Pin 4
Normal Open
EMC
Protection DIN EN 61000-6-1/2/3/4, Aug 2002
Humidity
0-95% rel. (nach DIN 40040)
Protection Class
IP65 DIN 40050
Vibration 0-500Hz
Max. 20g
Shock
Max. 50g
•Factory setting ensures this condition under all combinations of manufacturing tolerance and of temperature drift (see “Temperature Limits”) .
Warning
All power must be switched off before connecting or
disconnecting any plugs.
Wiring Connections
Pin number 4,
“Normally open”
Pin number 1,
Supply +ve
Solenoid
Pin number 3,
0V
Pin number 2,
“normally closed”
Switch
MI2 4 PIN CONNECTOR DETAILS
Customer’s
protective
groundconnection
connection
Customer’s
protective
ground
WARNING: Electromagnetic Compatibility (EMC)
It is necessary to ensure that the unit is wired up in accordance with the connection arrangements shown above. For effective protection the
user’s electrical cabinet, the valve subplate or manifold and the cable screens should be connected to efficient ground points.
In all cases both valve and cable should be kept as far away as possible from any sources of electromagnetic radiation such as cables carrying
heavy current, relays and certain kinds of portable radio transmitters, etc. Difficult environments could mean that extra screening may be
necessary to avoid the interference.
B-6
EATON Solenoid Operated Directional Valve DG4V-3-60 E-VLVI-SS001-E1 August 2015
Performance Data
Performance Data
Data
Performance
Performance
Performance DataData
psi
psi
5000
psi
5000
5000
4000
4000
4000
4000
3000
3000
3000
3000
2000
2000
2000
2000
1000
1000
1000
10000
00
0
bar
bar
350
bar
350
300
350
300
300
250
300
250
250
200
250
200
200
150
200
150
150
100
150
100
100
50
100
50
50
500
00
0
00
0
5
5
65
5
66
76
8 7
7
88 7
8
10
103
10
103
3
3
2
22 1
2
11
1
3
33
43
44
4
9
9
5 99
55
5
7&9
& 9950
20
30 4077 &
7
950
20 6 30
30 9 40
40 &12
20
50
Flow
rate
20 6 30 9 40 1250
6
9
12
Flow
rate
6 rate
9
12
Flow
Flow rate
Pressure
Pressure
Pressure
Pressure
bar
bar
6
350
bar
350
300
350
7
66
300
300
6
250
300
77
250
7
250
200
250
200
8
200
150
200
88
150
150
2000
8
100
2000 150
2000 100
1000
100
50
100
1000
1000
50
50
10000
50
0
10
20
00
0
10
20
00 103 20
0
6
0
10
20
00
33
66
0
3
Flow limits applicable to6
60 l/min
60 USgpm
l/min
15
60
l/min
60
l/min
15 USgpm
USgpm
15
15 USgpm
3
33
3
4
44 5
4 5
5
5
5
55
5
2
22
2
psi
psi
5000
psi
5000
5000
4000
4000
4000
4000
3000
3000
3000
3000
2000
2000
2000
2000
1000
1000
1000
10000
00
0
350
bar
bar
350
bar
350
300
350
300
300
250
300
250
250
200
250
200
200
150
200
150
150
100
150
100
100
50
100
50
50
50 0
Spool/
spring
Spool/
Spool/
code
spring
Spool/
spring
0A(L)
code
spring
code
0B(L)
0A(L)
code & 0C, 0F
0A(L)
Graph 6
Graph
6
DC
solenoid
valves
3
Graph
6
Graph
6
DC solenoid
solenoid
valves
DC
psi
barvalves
DC solenoid
5000 350valves
psi
psi
5000
psi
5000
5000
4000
4000
4000
4000
3000
3000
3000
3000
2000
Graph 5
Graph
5
AC
solenoid
valves with dualGraph
5
2
frequency
operating
at 60 Hz
Graph
5 coils
AC
solenoid
valves
with
dualvalves with
operating
at 60 Hz
AC solenoid valves
dualfrequency
coils
operating
at 60
60 Hz
Hz
AC
solenoid
valves
with
dualfrequency
coils
operating
at
psi
bar
frequency
coils
operating
at
60
Hz
5000
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
DG4V-3 models (high performance)
DG4V-3 models
models (high
(high performance)
performance)
DG4V-3
Graph
– Single-frequency coils
DG4V-34 models (high performance)
Graph
4
Single-frequencycoils
coils
AC
solenoid
valves
with:
Dual-frequency
Graph 4
1
–– Single-frequency
coils
operating
at 50 Hz
Graph
4
– Dual-frequency
Single-frequency
coils
AC
solenoid
valves
with:
–
coils
valves with:
operating at 50
Hz
AC solenoid valves
– Dual-frequency
coils
operating
at
50
Hz
AC solenoid
valves
with:
–
Dual-frequency
coils
operating at 50 Hz
psi
bar
operating at 50 Hz
5000 350
1
11
1
4
64
4
66 4
6
2,3
4&6
2,3
2,3
& 6670 80 l/min
30
40 50 60442,3&
4
30
40 50 60 & 670 80 l/min
l/min
30
9 40 12 50 1560 1870 80
21 USgpm
30 Flow40rate 50 60
70 80 l/min
12
15
18
21 USgpm
USgpm
99
12
15
18
21
Flow
rate
9 3. Valves
12
15
18
21
USgpm
Flow
rate
with type 52 spools
Flow rate
3
5 33
3
55
5
7
77
7
10
000 10
103
00 103
0
3
0 Graph
3
4
Graph
Graph
curve
4
42Graph
4curve
1
curve
12curve
2
6
66
6
48
44 88
48
4
44
4
9
993
9
8 33
3
88
8
20
30 40 50
20
30 9 40
40 12
50
6
20
30
50
20 6 30 9 40 12
50
6
9
12
Graph
6
9
12
5
Graph
Graph
curve
5
52Graph
5curve
2
curve
12curve
2
B
1
1
2 1
1
22
2
5
55
5
60
60
15
60
60
15
15
15
l/min
l/min
USgpm
l/min
l/min
USgpm
USgpm
Graph
USgpm
6
Graph
Graph
curve
6
63Graph
36curve
curve
2
33curve
2A(L)
2
2
3
0B(L)
& 0C,
0C, 0F
0F
0A(L) &
0B(L)
11
11
22
2B(L)
&
2C,
2F
1
1
1
2A(L)
0B(L) 0C, 0F
2A(L)
22
22
332
2N
1
1
2
2B(L)
& 2C,
2C, 2F
2F
2A(L) &
2B(L)
12
12
113
6B(L)
&
6C,
6F
6
5
6
2N
2B(L) 2C, 2F
2N
11
11
221
7B(L)
&
7C,
7F
1
1
2
6B(L)
6C, 6F
6F
2N & 6C,
6B(L)
66
55
66
8B(L)
&
8C
5
s
4
s
5
s
7B(L)
7C,
7F
6B(L) & 7C,
6C, 7F
6F
7B(L)
116
115
226
22A(L)
8
7
8
8B(L)
& 8C
8C
7B(L) &
7C, 7F
s
s
s
8B(L)
551 s
441 s
552 s
22B(L)
&8C
22C
785 s
67 s
78 s
8B(L)
&
22A(L)
4
5
22A(L)
8
7
8
24A(L)
9
8
5
22B(L)
& 22C
22C
22A(L) &
22B(L)
778
667
778
33B(L)
&
33C
4
3
4
24A(L)
22B(L) 22C
24A(L)
997
886
557
34B(L)
&
34C
4
3
6
33B(L)
33C
24A(L) & 33C
33B(L)
49
38
445
52BL,
52C,
6
5
6
34B(L)
& 34C
34C
33B(L) &
33C
34B(L)
44
33
64
56BL
&
56C
6
5
6
52BL,
52C,
34B(L)52C,
& 34C
52BL,
64
53
6
66B(L)
&
66C
3
9
6
56BL
&52C,
56C
52BL,&
56BL
56C
66
55
6
521B
&
561B
6
5
6
66B(L)
&56C
66C
56BL &
66B(L)
66C
33
99
6
521B
&&561B
561B
63
66B(L)
66C Eaton 6regarding
s Consult
each application
that will jointly
have
521B
&
559
66
rates
approaching
this
curve
521B
& 561B
6
5and a pressurized
6volume
s flow
Consult
Eaton
regarding
each
application
that
will
jointly
have
s Consult
Eaton
regarding
each
application that will jointly have
exceeding
2000
cm3 (122
cu.in.)
flow
rates
approaching
this
curve
and
a
pressurized
volume
s flow
Consult
Eaton
regarding
each
application
that
will
jointly
have
rates approaching this curve and a pressurized volume
exceeding
2000 cm3
cm3 (122
(122
cu.in.)
flow rates approaching
thiscu.in.)
curve and a pressurized volume
exceeding
2000
(b) Substantially different
reduced from values given on
exceeding 2000 cm3 (122 cu.in.)
the
usages: to
simultaneous
flow
having with
one service
(A
this
pagefrom
(graphs
4, 5given
and 6)
Flowfollowing
limits applicable
applicable
(b) Substantially
Substantially different
different
3. Valves
Valves
type 52
52port
spools
reduced
values
on
Flow
limits
to
(b)
3.
type
spools
reduced
values
given on
rates
between
P to A
or
B aswith
appropriate)
con-(A
by
up
to:from
the
following
usages:
simultaneous
flow
having
one
service
port
this
page
(graphs
4,
5
and
6)
1.
All
valves
except
types
Flow
limits
applicable
to
(b)
Substantially
different
3.
Valves
with
type
52
spools
reduced
from
values
given
the following usages:
simultaneous
having
one
service
portend
(A
this page (graphs 4, 5 and 6)on
or
B and
B or Aflow
to
T, e.g.
nected
to
the
full bore
rates
between
P
to
A
or
B
as
appropriate)
conby
up
to:
22following
and 52except
spools
having
70%
–to:
for(graphs
DC coils4, 5 and 6)
the
usages:
simultaneous
flow
having
one
service
port
(A
thisup
page
1.
All
valves
types
rates
between
P to A
or
B as appropriate)
conby
when
A and
of
area
double1. All
valves except
types
or
B and
and
B or
orBA
A are
to
T, e.g.
e.g.
nected
to
theratio
full bore
bore
end
simultaneous
equal
flow
rates
between
P to
A
or aB 2:1
as to
appropriate)
conby up–to:
22
and
52
spools
having
or
B
B
to
T,
nected
the
full
end
70%
DC coils
coils
50%
for
AC
1. All
valves
except
types
connected
toBAaare
cylinder
acting
andbore
the end
22
andfrom
52 spools
– for DC
coils
when
A and
and
of
a 2:1
2:1cylinder
area
ratio
doublerates
P toequal
A having
or flow
B
or B and
B or
to
T, e.g. 70%
nected
to
theratio
full
simultaneous
when
A
B
are
of
a
area
double22
and
52
spools
having
70%
–
for
DC
coils
having
large
other
to
the annulus
end.
simultaneous
equal
50% –– for
for AC
AC
coils
depending
on coils
spool type.
connected
toBaadifferencylinder 50%
acting
cylinder
anddoublethe
and
from
AAtoorTflow
and
when Aa and
are
of a 2:1
area
ratio
rates
fromBP
Porto
toequal
B
connected
to
cylinder
acting
cylinder
and
the
simultaneous
flow
tial
area.
rates
from
A
or
B
Consult
your
Eaton
50%
–
for
AC
coils
having
a
large
differenother
to
the
annulus
end.
S3,
S4,
S5
(limit
switch)
4.
Consult
Eaton,
with
connected
to
a
cylinder
acting
cylinder
and
the
depending
on
spoolrepretype.
and
from
BPor
ortoA
AAto
toorT
TB
and
having a large differenother to the annulus end.
ratesfrom
fromB
depending
on spool
type.
and
and
sentative
relative
toreprespecific
tial
area.
models.
application
details,
if
either
Low
Power
Coils
having
a
large
differenother
to
the
annulus
end.
Consult
your
Eaton
depending
on
spool
type.
S3,
S4,
S5B(limit
(limit
switch)
tial area.
4. Consult
Consult Eaton,
Eaton, with
with
and S4,
from
or A switch)
to
T and
Consult
yourfor
Eaton
repreS3,
S5
4.
applications
low
power
of
the
following
usages
(DG4V-3
models
only)
tial
area.
sentative
relative
to
specific
Consult
your
Eaton
repremodels.
application
details,
if
either
Low
Power
Coils
2. models.
Valves
with
type
22
spools
S3, S4, S5 (limit switch)
4. application
Consult Eaton,
withif either
sentative
relative to specific
details,
Low Power Coils
coils.
are
required:
applications
for low
low
power
sentative relative
to power
specific
of
the
following
usages
(DG4V-3
models
only) coils
having
flow type
from 22
P to
A or
models.with
When
using
low only)
power
application
details,
if either (DG4V-3
applications
for
Low Power
Coils
2.
Valves
spools
of
the
following
usages
models
2. Valves
with
type
22
spools
coils.
applications
for
low
power
are
required:
B,
the
other
being
plugged.
(a)
Single
flow
path,
i.e.
P
to
(coil
designations
*L
in
model
of
the
following
usages
coils.
(DG4V-3
models
only)
having
flow
from
P
to
A
or
are required:
When using
using low
low power
power coils
coils
2. having
Valves with
22to
spools
flow type
from
A or
coils.
T
isthe
drained
at
all P
times.
A,
P toflow
B, A path,
to T ori.e.
BP
toto
T. When
code)
the
maximum
is
are
required:
B,
other
being
plugged.
(a) Single
Single
(coil
designations
*L flow
in model
model
having
flow from
Pplugged.
to A or
When
using
low power
coils
B,
the other
being
(a)
flow path,
i.e. P
to (coil
designations
*L
in
T
isthe
drained
at
all times.
times.
A,
P to
toflow
B, A
A path,
to T
T or
ori.e.
BP
toto
T. code)
code)
the maximum
maximum
flow
is
B,is
other at
being
plugged.
(a) A,
Single
(coil designations
*L flow
in model
T
drained
all
P
B,
to
B
to
T.
the
is
10
Vickers Solenoid Operated
Directional
Valves
Product
Catalog V-VLDI-MC011-E
September
2008
T is drained Eaton
at all times.
A, P to B, A to T or B to T. code) the maximum flow is
EATON Solenoid Operated Directional Valve DG4V-3-60 E-VLVI-SS001-E1 August 2015
B-7
10
10
10
Eaton Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
Eaton Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
Eaton Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
Performance
Performance
Performance Data
DataData
Typical with mineral oil at
Typical with mineral oil at
36
cSt (168.6
SUS) and
Typical
with mineral
oil ataa
36 cSt (168.6
SUS) and
specific
gravity
of 0.87
36
cSt
(168.6
SUS)
and
Typical
with
mineral
oil..ata
specific gravity of 0.87
specific
gravity
of
0.87
36 cSt (168.6 SUS) and. a
specific gravity of 0.87.
Performance Data
Performance Data
B
psi
5000
psi
5000
5000
psi
5000
4000
4000
4000
4000
3000
3000
3000
3000
2000
2000
2000
2000
1000
1000
1000
1000
0
0
0
0
bar
350
bar
350
350
bar
300
350
300
300
250
300
250
250
200
250
200
200
150
200
150
150
100
150
100
100
50
100
50
50
500
0
0
0
00
0
0
6
6
6
67
7
7
7
8
8
8
8
2
322
3
32
43
4
5 4
5
5 4
5
1
1
1
1
9
9
9
9
10
20
30
10
20
30
10
20
30
2 4
6 8
210 4 20 6 308
2 Flow
4 rate
6 8
Flow rate
2 Flow
4 rate
6 8
Flow rate
40
40
40
10
1040
10
10
l/min
l/min
l/min
USgpm
l/min
USgpm
USgpm
USgpm
Graph 3
Graph 3
6
Graph
3
DC solenoid
valves
DC solenoid
valves
Graph
3
DC solenoid
valves
Pressure
Pressure
Pressure
Pressure
B-8
bar
bar
350
bar
350
350
bar
300
350
300
300
250
300
250
250
200
250
200
200
150
200
150
150
100
150
100
100
50
100
50
50
5000
0 00
0
0 0
00
0
0
2
2
3 2
3
3 2
4
3
4
4
8
5
8
45
8
5
78
5
7
6
6
7
6
7
6
10
20
30
10
20
30
10
20
30
2 4
6 8
210 4 20 6 308
2 Flow
4 rate
6 8
Flow rate
2 Flow
4 rate
6 8
Flow rate
psi
5000
5000
psi
5000
5000
4000
4000
4000
4000
3000
3000
3000
3000
2000
2000
2000
2000
1000
1000
1000
1000
0
0
0
0
350
bar
350
350
bar
300
350
300
300
250
300
250
250
200
250
200
200
150
200
150
150
100
150
100
100
50
100
50
50
500
0
0
000
0
0
Spool/spring
Spool/spring
Spool/spring
code
code
code
0A(L)
Spool/spring
0A(L)
0A(L)
0B(L)
code & 0C, 0F
DC solenoid valves
psi
psi
psi
5000
5000
psi
5000
5000
4000
4000
4000
4000
3000
3000
3000
3000
2000
2000
2000
2000
1000
1000
1000
1000
0
0
0
0
Graph 2
Graph 2
5
Graph
2
AC
solenoid
valves with
AC
solenoid
valves with
operating at 60 Hz
AC solenoid
valves
Graph
2
AC
solenoid
valves
with
– Single frequency (50 Hz)
– Dual frequency
coils
– Single frequency (50 Hz)
– Dual
frequency
coils
AC
solenoid
with
operating
at (50
50 Hz
atvalves
60 Hz
– coils
Single
frequency
Hz)
– operating
Dual
frequency
coils
coils operating
at 50 Hz
operating at 60 Hz
coils
operating
at
50 Hz
operating
at
60
Hz
– Single frequency (50
Hz)
– Dual frequency coils
psi
bar
coils operating at 50 Hz
operating
at
psi
bar60 Hz
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
DG4V-3S models (standard performance)
DG4V-3S models (standard performance)
DG4V-3S models (standard performance)
Graph
1 models (standard performance)
DG4V-3S
Graph 1
4
Graph
1
AC solenoid
valves with dual
dual at 50 Hz
AC
solenoid
valves with
operating
Graph
1 coils
frequency
operating
at
AC
solenoid
valves
with dual
frequency coils
operating
at
50
Hz
frequency
coils
operating
at
AC
solenoid
valves
with
dual
50 Hz
50
Hz
frequency
coils operating at
50 Hzpsi
bar
1
1
1
1
40
40
40
10
1040
10
10
l/min
l/min
l/min
USgpm
l/min
USgpm
USgpm
USgpm
Maximum flow rates
Maximum flow rates
Maximum flow
rates
Performance
based
on full
Performance
based
on full
Maximum
flow
rates
power
solenoid
coils
warm
Performance
based
full
power solenoid coilson
warm
and
operating
atcoils
90%
rated
power
solenoid
warm
Performance
based
on
full
and operating at 90% rated
voltage.
and
operating
at
90%
rated
power
solenoid
coils
warm
voltage.
voltage.
and operating
at 90%
See
note at bottom
of rated
next
See note at bottom of next
voltage.
page
when
using
low
power
See
note
at
bottom
of
next
page when using low power
coils
(DG4V-3
models
only).
page
when
using
low
power
See
note
at
bottom
of
next
coils (DG4V-3 models only).
coils
models
only).
page (DG4V-3
when using
low power
coils (DG4V-3 models only).
1
1
3 2 1
3 2
3 2 1
3 42
4
4
6 545
6
6 5
76 5
7
8 7
8
8 7
8
10
20
30
10
20
30
10
20
30
210 4 20 6 308
2 4 6
8
2 Flow
4 rate
6
8
Flow rate
2 Flow
4 rate
6
8
Flow rate
Graph 1
Graph 1
Graph 1
curve
curve
curve
1
41
Graph
1
1
curve
40
40
40
1040
10
10
10
l/min
l/min
l/min
USgpm
l/min
USgpm
USgpm
USgpm
Graph 2
Graph 2
Graph 2
curve
curve
curve
1
52
Graph
1
1
curve
Graph 3
Graph 3
Graph 3
curve
curve
3curve
Graph 36
3
13curve
0B(L) & 0C, 0F
1
1
1
0B(L) & 0C, 0F
2A(L)
51
51
31
0A(L)
2A(L)
5
5
3
2A(L)
2B(L)
251
251
31
0B(L) & 2C,
0C, 2F
0F
2B(L) & 2C, 2F
2
2
3
2B(L)
2N
125
125
13
2A(L) & 2C, 2F
2N
1
1
1
2N
6B(L)
612
612
513
2B(L) & 6C,
2C, 6F
2F
6B(L) & 6C, 6F
6
6
5
6B(L)
6C, 7F
6F
7B(L)
61
61
251
2N & 7C,
7B(L) & 7C, 7F
6
6
2
7B(L)
7C,
8B(L)
86 s
76 s
825 s
6B(L) & 8C
6C, 7F
6F
8B(L) & 8C
8s
7s
8s
8B(L)
786 s
872 s
22A(L)
986 s
7B(L) & 8C
7C, 7F
22A(L)
9
8
7
22A(L)
22B(L)
22C
798 s
8B(L) &&8C
78 s
867 s
22B(L) & 22C
7
7
6
22B(L)
24A(L)
679
678
567
22A(L) & 22C
24A(L)
6
6
5
24A(L)
33B(L)
467
467
456
22B(L) & 33C
22C
33B(L) & 33C
4
4
4
33B(L)
33C
34B(L)
64
64
54
24A(L) & 34C
34B(L) & 34C
6
6
5
34B(L)
& 34C
52BL,
64
64
54
33B(L)52C,
33C
52BL, 52C,
6
6
5
52BL,
56BL
6
6
5
34B(L)&52C,
&56C
34C
56BL & 56C
6
6
5
56BL
66B(L)
&56C
66C
36
36
5
52BL,&52C,
66B(L) & 66C
3
3
5
66B(L)
66C
521B
63
63
5
56BL &&561B
56C
521B & 561B
6
6
5
521B
&&561B
63
63
5
66B(L)
66C
s Consult Eaton regarding each application that will jointly have
s Consult
Eaton regarding
each application
that will jointly
have
521B
& 561B
6
6and a pressurized
5volume
rates
approaching
this
curve
s flow
Consult
Eaton
regarding
each
application
that will jointly
have
flow rates
approaching
this
curve
and a pressurized
volume
3
exceeding
2000
cm 3 (122
cu.in.)
rates
approaching
this
curve
and a pressurized
volume
s flow
Consult
Eaton
regarding
each
application
that will jointly
have
exceeding
2000
cm (122
cu.in.)
exceeding
2000 cm3 (122
flow rates approaching
thiscu.in.)
curve and a pressurized volume
exceeding 2000 cm3 (122 cu.in.)
EATON Solenoid Operated Directional Valve DG4V-3-60 E-VLVI-SS001-E1 August 2015
Eaton Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
Eaton Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
9
9
Performance Data
Performance
Data
Performance
Performance DataData
Pressure drops
bar
140
psi
bar
12
11 10 9 8 7 6 5 4 3
120
1600
2000
2
140
15
psi
bar
psi
bar
12
11 10 9 8 7 6 5 4 3
160
120
100
128
2000
psi
bar
psi
bar
12
11
10
9
8
7
6
5
4
3
2
140
140 10
120
160
1200
1600
100 12
2000 140
80
2
15
160 106
140
120
120
100
80
1600
8
1
60
15
140 10
120
800 100
1200
120
14
1600
100
60
80
84
15
120
6
100
40
1200
80
40
8
100
1
80
60
400
800
1200
624
14 13
100
60
80
80
20
20
1
60
6
800
40
80
14
40
1
60
4
0
60
400
8000
2
14 13
l/min
0
10
20
30
40
50
60
70
80
0
10
20
30 l/min
60
40
4
40
20
20
400
40
13
2
40
0
3
6
9
12
15 18
21 USgpm
2
4
6
8 USgpm
20 0
200
4000
02
10 20 30Flow40rate50
60 70 80 l/min
0
10Flow rate20 13
30 l/min
20
20
0
0
DG4V-3S
DG4V-3S
&
DG4V-3
0 0 103 206 30 9 40 12 50 15 60 1870 80
l/min
USgpm
21 l/min
00
2 10
4 20 6
830 USgpm
0
0
DG4V-3
0
10 20 30Flow40rate50
60 70 80 l/min
0
10Flow rate20
30 l/min
0
2
4
6
8 USgpm
0
3
6
9
12
15 18
21 USgpm
DG4V-3S
& DG4V-3
t Curve for spool
for flows
in excess of 60 l/min (15.8
Flow4rate
Flow
rate
0
3type 66: not
9 recommended
12DG4V-3
15 18
21 USgpm
0 USgpm).
2DG4V-3S
6
8 USgpm
DG4V-3S
Flow rate
Flow rate
DG4V-3S
& DG4V-3
DG4V-3S
DG4V-3
DG4V-3S & DG4V-3
t Curve for spool type 6: not recommended for flows in excess of 60 l/min (15.8 USgpm).
DG4V-3
Pressure drops in offset positions
except where otherwise indicated
t Curve for spool type 6: not recommended for flows in excess of 60 l/min (15.8 USgpm).
For other viscosities, presSpool/spring
Spool
to A
B
A of
to T60 l/min
B to T(15.8PUSgpm).
to T
B to A
t Curve for spool type 6:
not recommended Pfor
flows Pintoexcess
12
11 10 9 8 7 6 5 4
3
psi
2000
2
B
Pressure
drop
Pressure
Pressure
drop
Pressure
drop drop
Pressure
drop
Pressure
Pressure
drop
Pressure
drop drop
psi bar
Pressure
drops
12
160 drops
Pressure
psi bar
10
Pressure
drops
140
12
Pressure
drops in offset
positions except where otherwise indicated
code
positions
covered
Pressure
drops
in
offset
positions
exceptPwhere
otherwise
Spool/spring
Spool
to A
P to B
A toindicated
T
B to T
0A(L)
Both
5
5
2
2
Pressure
drops
in
offset
positions
except
where
otherwise
indicated
code
positions
P to T
or
A to B
B to A
–or
B to A
–A to B
or
B to A
–orto B
A
––A to B
sure drops approximate to:
For other viscosities, presViscosity
cSt approximate
(SUS)
sureother
drops
to:
For
viscosities, pres14
20 43
54 65 pres76 to:85
sure
drops
approximate
For other
viscosities,
(17.5)
(200)
(251) (302) (352)to:
(399)
Viscosity
cSt
(SUS)
sure (97.8)
drops
approximate
–
Spool/spring
Spool
P to A
P to B
A to T
B to T
P to T
0B(L) & 0C, 0F
De-energized
–
–
–
–
4s∆
covered
code
positions
Spool/spring
Spool
P to A
P to B
A to T
B to T
P to T
Energized
4
4
2
2
–
0A(L)
Both
5
5
covered
code
positions
%
14 of ∆p
20 cSt
43(SUS)
54 65 76 85
2A(L)
Both
Viscosity
0B(L) & 0C, 0F
De-energized
covered
0A(L)
Both
56–
56–
25–
25–
––4s∆
81
88
104
111 (302)
116 (352)
120 (399)
124
(17.5)
(97.8)
(200)
(251)
Viscosity
2B(L)
& 0C,
2C, 0F
2F
Energized
14
20 cSt
43 (SUS)
54
65
76
85
0A(L) &
Both
0B(L)
De-energized
–54
–54
–2
–2
4–s∆
––
%
of
∆p
14
20
43
54
65
76
85
2N
Both
(17.5) (97.8) (200) (251) (302) (352) (399)
2A(L)
0B(L) & 0C, 0F
De-energized
Energized
46–
46–
235–
235–
––4s∆
––
81
88
104
111
116
120
124
(17.5)
(97.8)
(200)
(251)
(302)
(352)
(399)
A of
change
to another specific
6B(L)
De-energized
%
∆p
2B(L) & 6C,
2C, 6F
2F
Energized
54
2A(L)
Both
6–54
6–
532s
523∆
––
––
gravity
will
yield
an
approxi%
of
∆p
Energized
81 88 104 111 116 120 124
2N
Both
2A(L) & 2C, 2F
2B(L)
Energized
56
56
2351
2351
––
––
mately
81
88 proportional
104
111 116change
120 124
7B(L) & 6C,
7C, 6F
7F
A change
to another
specific
6B(L)
De-energized
–
2B(L)
2C,
2F
Energized
56∆
2N
Both
6–56s
6–
332–s
32–3∆
––
–7m
in
pressure
drop.an approxigravity
will
yield
Energized
4
4
3
3
–
–
1
2N & 6C, 6F
Both
A change to another specific
6B(L)
De-energized
–6
–6
31s
3∆
–
–
mately
proportional
change
The
specific
gravity
of
a fluid
8B(L)
8C
All
7B(L) & 6C,
7C, 6F
7F
7m
gravity
will
an approxiA change
toyield
another
specific
6B(L)
De-energized
Energized
6–96s
6–96∆
135–s
15–3∆
–3–
––
in
pressure
drop.
may
be
obtained
from
its
mately
proportional
change
gravity
will
yield
an
approxi22A(L),
22B(L)
&
22C
All
6
6
–
–
–
–
Energized
4
7B(L) & 7C, 7F
De-energized
64s
6∆
–31
–31
–
7m
producer.
Fire
resistant
in
pressure
drop.
mately
proportional
change
The
specific
gravity of
afluids
fluid
24A(L)
De-energized
8B(L)
All
7B(L) & 8C
7C, 7F
Energized
469s
4696∆
325–
325–
––3
––7m
usually
have
higher
specific
in
pressure
drop.
may
be
obtained
from
its
33B(L)
&
33C
De-energized
–
–
15
s
15∆
–
–
The
specific
gravity
of
a
fluid
22A(L),
22B(L)
&
22C
All
6
6
–
–
Energized
8B(L) & 8C
All
94
94
53
53
3
–
gravities
than
oil.
producer.
Fire
resistant
may
be obtained
from
The specific
gravity
of its
afluids
fluid
Energized
24A(L)
De-energized
8B(L) &22B(L)
8C & 22C
All
22A(L),
6569
6569
–25
–25
––3
––
usually
have
higher
specific
producer.
Fire resistant
fluids
may be obtained
from its
34B(L)
&
34C
De-energized
–
–
14
s
14∆
–
–
33B(L)
33C
15
15∆
22A(L),
22B(L)
&
22C
All
6
6
–
–
24A(L)
De-energized
2
2
–
–
gravities
than
oil.
usually
have
specific
producer.
Firehigher
resistant
fluids
Energized
2s
2
24A(L) & 33C
De-energized
33B(L)
–56
–56
15
15∆
––
––
gravities
thanhigher
oil. specific
usually have
52BL
Energized
34B(L)
34C
De-energized
–
–
33B(L)&&52C
33C
15s
15∆
Energized
56–s
56∆
2214
2–14∆
––
–10m
gravities than oil.
56BL
Both
6
s
6∆
11
s
10∆
Energized
5
5
2
2
–
–
34B(L) & 34C
De-energized
–
–
14s
14∆
–
–10m
56C &&52C
11s
52BL
Energized
10m
34B(L)
34C
De-energized
–
14∆
–
Energized
5–6s
56∆
2214
2–10∆
––
Energized
s
6∆
10m
56BL & 52C
Both
5
2
–
52BL
Energized
665s
6∆
2211s
––10∆
––
10m
66B(L)
66C
De-energized
–
12
12
13
56C &&52C
s
10m
52BL
Energized
s
211s
–10∆
56BL
Both
6–s
6∆
11
10∆
––
10m
Energized
2s
2–
–
10m
56BL
Both
s
56C
De-energized
–6s
–66∆
11
10∆
––
10m
521B
All
s
–11s
–10∆
10m
66B(L)
De-energized
–6∆
13
56C & 66C
Energized
66–s
6∆
212
–12
––
10m
561B & 66C
De-energized
Energized
6–
–
210s
–211∆
10m
66B(L)
De-energized
–6–s
–6∆
12
12
––
13
Energized
521B & 66C
All
–
–
10m
66B(L)
De-energized
Energized
6–6s
6–6∆
212
212
––
–13
561B
De-energized
Energized
6–
–10m
521B
All
6–s
6∆
–210s
–211∆
––
10m
s“B” plugged ∆ “A” plugged
m“P” plugged
Energized
10mV-VLDI-MC011-E September 2008
521B
All
– sDirectional
– Valves Product
561B
De-energized
–6s
–6∆ Operated
10
11∆
––
10m
Eaton Vickers
Solenoid
Catalog
11
561B
De-energized
–
Energized
6–
6∆
–10s
–11∆
–
10m
s“B” plugged ∆ “A” plugged
m“P” plugged
Energized
6
6∆
–
–
–
10m
Eaton
Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
11
s“B” plugged ∆ “A” plugged m“P”
plugged
s“B” plugged ∆ “A” plugged m“P”
plugged
Eaton Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
11
EATON
Solenoid
Operated
Directional
DG4V-3-60
E-VLVI-SS001-E1
August
Eaton Vickers Solenoid
Operated
Directional
Valves
ProductValve
Catalog
V-VLDI-MC011-E
September
2008 2015
11B-9
Installation
Installation
Installation Dimension
Dimensions
Dimensions
Models for use with ISO 4400 (DIN 43650) connectors
Models for use with ISO 4400 (DIN 43650) connectors
B
Double solenoid models s
Double solenoid models s
DG4V-3(S)-*C-**-(V)M-U-**-60
DG4V-3(S)-*C-**-(V)M-U-**-60
DG4V-3(S)-*N-**-(V)M-U-**-60
DG4V-3(S)-*N-**-(V)M-U-**-60
Single solenoid modelss
Single solenoid modelss
DG4V-3(S)-*A(-**) n
DG4V-3(S)-*A(-**) n As
DG4V-3(S)-*B(-**) n As
shown
DG4V-3(S)-*B(-**) n shown
DG4V-3(S)-8BL(-**)
DG4V-3(S)-8BL(-**)
DG3V-3(S)-*F n
DG3V-3(S)-*F n
74,00
74,00
(2.91)
(2.91)
D
D
DG4V-3(S)-*AL(-**) n
DG4V-3(S)-*AL(-**) n
DG4V-3(S)-*BL(-**) n
DG4V-3(S)-*BL(-**) n
DG4V-3(S)-8B(-**)
DG4V-3(S)-8B(-**)
DG4V-3(S)-*FL(-**) n
DG4V-3(S)-*FL(-**) n
Spolenoid
Spolenoid
Solenoid
and end cap
and
end cap
interchanged
interchanged
Coil types: U (shown), KU, SP1,
Coil
U (shown),
KU, SP1,
and types:
SP2 (see
Model Code)
and SP2 (see Model Code)
100,0
100,0
(4.0)
(4.0) 87,0
87,0
(3.42)
(3.42)
25,00
25,00
(0.98)
(0.98)
3rd angle
3rd
angle
projection
projection
Alternative plug positions by
Alternative
plug positions
by
loosening knurled
nut, turning
loosening
knurled nut, turning
coil, and re-tightening.
coil, and re-tightening.
53,00
53,00
(2.1)
(2.1)
C, coil
21,75
C,
coil
21,75
length
(0.86)
length
(0.86)
B (single solenoid model)
B (single solenoid model)
A (double solenoid model)
A (double solenoid model)
Port A
Port A
Port T
Port T
24,00
24,00
(0.94)
(0.94)
48,00
48,00
(1.88)
(1.88)
Port P
Port P
Port B
Port B
n Not applicable to type “8” spool.
n Not applicable to type “8” spool.
s See page 25 for solenoid information.
s See page 25 for solenoid information.
Model type
Model type
AC or DC
AC or DC
220 (8.66)
220 (8.66)
200 (7.87)
200 (7.87)
200 (7.87)
200 (7.87)
B Dim.
B Dim.
156 (6.14)
156 (6.14)
146 (5.75)
146 (5.75)
146 (5.75)
146 (5.75)
C Dim.
C Dim.
61 (2.5)
61 (2.5)
51 (2.1)
51 (2.1)
45 (1.7)
45 (1.7)
D Dim.
D Dim.
‡ Can vary dependent on source of plug.
Installation
‡ Can vary dependent on source of plug.
Dimensions
Dimensions in mm(in).
Water-resistant manual override on solenoid
Water-resistant manual override on solenoid
Latching manual override on solenoid
Latching manual override on solenoid
DG4V-3(S)-****(L)-H-(V)M-**-**-60
DG4V-3(S)-****(L)-H-(V)M-**-**-60
DG4V-3-****(L)-Y-(V)M-**-**-60
DG4V-3-****(L)-Y-(V)M-**-**-60
Pin number 3, 0V
number only
1,
DG4V-3S-****(L)-Y-(V)M-**-**-60,
DC coilPin
models
DG4V-3S-****(L)-Y-(V)M-**-**-60, DC coil“normally
modelsopen”
only
Dimensions in mm(in).
DC =
DC =
AC ~
AC ~
AC ~
AC ~
A Dim.
A Dim.
All
All
DG4V-3
DG4V-3
DG4V-3S
DG4V-3S
73 (2.87)
73 (2.87)
63 (2.48)
63 (2.48)
63 (2.48)
63 (2.48)
Application
Application
Application
General use where finger operation is required Location
(standard
manual
Application
of manual
solenoid
Location of switch
General
use
where
finger
operation
is
required
(standard
overrides cannot be operated without using small
tool).
Stainless steel lever/latch for
mechanism
and water-resistant seal
for RHtool).
build models
RH build models
overrides
cannot
be
operated
without
using
small
Stainless
steel
lever/latch
and water-resistant
seal
Pinmake
numberthis
2, supply
+veideal formechanism
DG4V-3-*-A/B(L)-(V)M-S7-U-**-60
S7
feature
vehicle-mounted
andnumber
exposed
DG4V-3-*A(L)-(V)M-S6-U-**-60
Pin
4,
make
this
feature
ideal
for
vehicle-mounted
and
exposed
applications requiring emergency selection of“normally
valve forclosed”
a period
applications
requiring
emergency
selection of valve for a period
Single solenoid models with Inducof
time
in
the
event
of
electrical
failure.
Location
of
solenoid
Single
solenoid
models
with
switch
tive type switch indicating when
ofLocation
time inofthe
event of electrical failure.
for RH build models
LVDT
type
indicatPlug (part no. 458939)
for RH build models
the spool
is inswitch
the spring
off-set
Overall length
Overalloflength
of
supplied
position.
Refer
connection
ing
when
thePg6
spool
is in the
length
Overall
oflength
of with valve
valve with
valve
standard
with
standard
15
Overall
15to length
Overalloflength
valveof
with
valve with
Manual
Manual
40
40 Overall
with
valve
standard
with
standard
switch.
15 ISO
Overall
15
length
Overall
oflength
valve
of
with
valve
with
Manual
Manual
40
40 valve
spring
off-set
manual
manual
overrides
overrides
Lever inLever
latched
in latched
positionposition
(0.6)
standard
(0.6)
standard
manual
manual
overrides
overrides
(1.6)
(1.6)
actucation
actucation
mustposition.
must
Cable gland PG7:
manual
overrides
overrides
Lever inLever
latched
in latched
positionposition
(0.6)
standard
(0.6) standard
manual manual
overrides
overrides
(1.6) (1.6)manual
actucation
actucation
must
must
4400
(DIN
43650)
connection
Lift latchLift
to latch6,0
to
be applied
bewithin
applied
within
Lever
in
Lever
free
position
in
free
position
Lift
latchLift
to latchlever
to(0.24) dia.
be
applied
be
applied
release
release
lever
Lever inLever
free position
in free position
thissolenoid;
diameter:
thiswithin
diameter:
to
Pg7within
connection
release
release
lever
lever
this
diameter:
this
diameter:
approximately
approximately
to
switch.
approximately
approximately
20(0.75). 20(0.75).
20(0.75).
20(0.75).
Spacer prevents
Spacer prevents
Spacer
prevents
Spacer
For
build
actuation
actuation
by LH prevents
by (DG4V-3-*AL )
actuation
actuation
by device.
by switch locations
solenoid
and
larger device.
larger
larger device.
larger
device.
are
reversed.
For coilFor
removal:
coil removal:
64 (2.51)64DC
coilDC coil
(2.51)
Spacer Spacer
54 (2.12)54AC
coilAC coil
(2.12)
Spacer Spacer
Note:
Note:
“H” feature is not field convertible from other models;
“H”
feature
not field convertible from other models;
specify
with is
order.
specify with order.
Dimensions in mm(in)
Push lever
Push
to lever to
Push
lever
Push
to lever
to
operate
operate
valve;
valve;
65 in
operate
operate
valve;
valve;
latch holds
latch
lever
holds
in lever
65 in
(2.5)
latch
holds
latch
lever
holds
in
lever
operated
operated
position
position
(2.5)
operated
operated
position
248,2
(9.8)
with DCposition
solenoid
238,2 (9.4) with AC solenoid
65
65138,2 (5.44)
(2.5)
(2.5)
126.8 (4.99)
237.7 (9.35) with DC solenoid
22 7.7 (8.69) with AC
solenoid
Warning
Notes:
Notes:
1. Opposite solenoid (on “C” and “N”
double
solenoid
models)
Wiring:
Seesolenoid
Electromagnetic
1. Opposite
(on “C”
andthe
“N”
double
•while
should notsolenoid
be energized
valve
is latched
in models)
selected
Compatibility
(EMC)
warning
should
not
energized
while
valve
is latched in selected
position;
ACbesolenoid
coils
will the
burn
out
under
note
on
page
8.
position;
ACusage.
solenoid coils will burn out under
this
improper
this
improper
usage.
2.
“Y”
feature
is
field-convertible from “H” type manual override
DG4V-3-*A(L)-(Z)-(V)M-S3-FPA5W-*2-60
2. “Y”
feature
is field-convertible
from “H” typefrom
manual
override
(omitting
spacer),
but is not field-convertible
other
models.
DG4V-3-*A(L)-(Z)-(V)M-S4-FPA5W-*2-60
page but
16 for
of connectionsfrom other models.
(omittingSee
spacer),
is details
not field-convertible
B-10
EATON
Solenoid
Valve DG4V-3-60
August 2015to pre-wired
12
Eaton
VickersOperated
SolenoidDirectional
Operated Directional
Valves E-VLVI-SS001-E1
Product Catalog V-VLDI-MC011-E
September
2008
DG4V-3-*A(L)-(Z)-(V)M-S5-F-*2-60
5-pin receptacle for:
12
Eaton Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
“S3” normally open and
Single solenoid models with
Models with “F” type coils (lead wires) and conduit box.
Single solenoid models
Double solenoid models
Installation
Dimension
DG4V-3(S)-*C-**-(V)M-F-**-60 DG4V-3(S)-*A(-**)
s
l
DG4V-3(S)-*N-**-(V)M-F-**-60
DG4V-3(S)-*B(-**)l
s
As
shown
DG3V-3(S)-*Fl
Models with “F” type coils (lead wires) and conduit box.
“W”– NPT
DG4V-3(S)-*BL(-**)
l
“J”– M20 × 1.5-8H
91,00
(3.57)
68,75
Thread connection
(2.71)
“W”–
NPT
53,00
“J”–
M20 × 1.5-8H
(2.1)
*J & W conduit boxes
3,0
(0.12)
47
(1.85)
74,00
(2.91)
53,00
(2.1)
25,00
(0.98)
Port P
Port A
C coil
lengthPort T
21,75
(0.86)
Spolenoid
and end cap
interchanged
Port B
47
(1.85)
68,75
(2.71)
91,00
(3.57)
Two lead
wires per
solenoid with
M3 size
terminals for
customer
connections
Two lead
wires per
solenoid with
M3 size
terminals for
customer
connections
3,0
(0.12)
50,00
(2.0)
24,00
(0.94)
24,00
(0.94)
74,00
(2.91)
D
B
50,00
(2.0)
DG4V-3(S)-*FL(-**)l
B (single solenoid models)
Ground
connection
C coil
4,0 (0.16 dia.)
length
self–tapping
screw
D
DG4V-3(S)-*AL(-**)
l
Thread connection
DG4V-3(S)-8B(-**)
DG4V-3(S)-8BL(-**)
Ground
DG3V-3(S)-*Fl
connection
4,0 (0.16 dia.)
*
self–tapping
A (double solenoid models)
screw
21,75
(0.86)
Solenoid
Single solenoid models s
As
shown
Spolenoid
and end cap
interchanged
DG4V-3(S)-*FL(-**)l
A (double solenoid models)
B (single solenoid
models)
DG4V-3(S)-*C-**-(V)M-F-**-60
DG4V-3(S)-*A(-**)
l
DG4V-3(S)-*N-**-(V)M-F-**-60 *J
&
W
conduit
boxes
DG4V-3(S)-*B(-**)l
25,00
(0.98)
DG4V-3(S)-*BL(-**)l
DG4V-3(S)-8B(-**)
DG4V-3(S)-8BL(-**)
Double solenoid models s
DG4V-3(S)-*AL(-**)l
48,00
(1.88)
48,00
(1.88)
* 89 (3.5) for FPB – JW&conduit
W conduit
boxes
boxes
104 (4.0) All plug-in conduit boxes
Port P
Dimensions in mm(in).
Port A
Model type
AC or DC
Port B
Port T
A Dim.
B Dim.
All
DC =
220 (8.66) 156,5 (6.14)
DG4V-3
AC ~
200 (7.87) 146,5 (5.75)
*DG4V-3S
89 (3.5) for FPB
boxes
AC –~ J & W conduit
200 (7.87)
146,5 (5.75)
104 (4.0) All plug-in conduit boxes
l Not applicable
to type “8” spool.
Dimensions
in mm(in).
s
C Dim.
D Dim.
61 (2.5)
51 (2.1)
45 (1.7)
73 (2.87)
63 (2.48)
63 (2.48)
See page 24 for solenoid information.
Codes “FJ”
and “FW”: 2 lead wires for each solenoid, approximately 150,00 (6.00) long. M3 (#6)
Codes
terminalsB provided
for
customer
connection.
AC or DC A Dim.
Dim.
C Dim.
D Dim.
Valve supplied
connected into terminal strip suitable
Codes
All Codes “FTJ”
DC and
= “FTW”:
220 (8.66)
156,5 (6.14)with
61lead
(2.5) wires
73 (2.87)
for M3146,5
(#6)(5.75)
terminals
for customer
DG4V-3
AC ~
200 (7.87)
51 (2.1)
63 (2.48) connection.
Model type
DG4V-3S
l Not
AC ~
200 (7.87)
146,5 (5.75)
applicable to type “8” spool.
s
45 (1.7)
63 (2.48)
See page 24 for solenoid information.
Vickers Solenoid
Operated Directional
V-VLDI-MC011-E
Codes “FJ” and “FW”: 2 lead wires forEaton
each solenoid,
approximately
150,00 Valves
(6.00)Product
long. Catalog
M3 (#6)
terminals provided for customer connection.
Codes “FTJ” and “FTW”: Valve supplied with lead wires connected into terminal strip suitable
for M3 (#6) terminals for customer connection.
September 2008
Eaton Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
EATON Solenoid Operated Directional Valve DG4V-3-60 E-VLVI-SS001-E1 August 2015
13
13
B-11
Installation Dimension
M12 Connector type
+24 VOLT (positive) PIN #4
B
-0 VOLT (negative) PIN #3
Made in U.S.A.
A
B
23.50 [.925]
RATED FATIGUE PRESSURE
P,A & B
350bar (5000psi)
T
MODEL CODE
(When used as
a pilot valve)
47.00 [1.850]
OPERATOR
OPERATOR
Key (Ref.)
T
P
PINS #1 & #2 are unused
9.58 [.377] DIA
61.90 [2.437]
"A"
Interface protected by
shipping cover
48.91 [1.926]
"B"
21.75 [.856]
3.97 [.156]
3.03 [.119] DIA
5.38 [.212] DIA
219.43 [8.639]
Dual solenoid models
155.72 [6.130]
Single solenoid models
72.72 [2.863]
+
74.00 [2.913]
-
4
1
2
3
Electrical Schematic
Interface complies to NFPA D-03
ISO 4401-03
Seals provided
B-12
EATON Solenoid Operated Directional Valve DG4V-3-60 E-VLVI-SS001-E1 August 2015
Electrical Plugs and Connectors
U/U1/U6
KU
KUP4
B
Plugs
Plugs
ectors
ectors
onnector
onnector
er range:
er
range:
range:
range:
Electrical Plugs
and Connectors
Electrical Plugs
KUP5
and Connectors
X4
X5
Ø6–10 mm (0.24–0.40)
Electrical
Plugs
Ø6–10 mm
(0.24–0.40)
Ø,5–1,5
mm2
(0.0008–
and 0.0023
Connectors
in2)
Ø,5–1,5 mm2 (0.0008–
0.0023
in2)
Screw type
DIN 43650 Connector
Screw type
ction:
IEC144
class IP65, when
are
fitted
correctly
ction:
IEC144
class
IP65,
whento Ø6–10 mm (0.24–0.40)
Cableplugs
diameter
range:
the
valves
with correctly
interface to
DIN
43650
Connector
plugs
are
fitted
Wire seals
section
range: with plugs) Ø,5–1,5 mm2 (0.0008–
(supplied
the valves
with interface 0.0023 in2)
place.
seals
(supplied
with plugs) Ø6–10 mm (0.24–0.40)
Cablein
diameter
range:
Terminals:
Screw type
in place.
Wire section range:
Ø,5–1,5 mm2 (0.0008–
51(2.01)
Type of protection:
IEC144
class IP65, when
27
18 sq.
0.0023
in2)
n be positioned
Recptacle
Voltage
Part
Numbers
51(2.01)
DIN 43650 Connector
(1.06)
plugs are fitted correctly to
(0.71)
27
ls
on
valve
by
(AC or DC) Screw
Gray
–
Black –
18 sq.
n be positioned
Terminals:
type
Recptacle
Voltage
Part
Numbers
(1.06)
the valves
with interface
(0.71)
glscontact
holder
"A"
sol.
"B"
sol.
1,5
on valve by Cable diameter range:
Gray
– (0.24–0.40)
Black
Ø6–10
mm
(supplied
withwhen
plugs)–
Type of protection: (AC or DC) seals
IEC144
class
IP65,
(0.06)
position
U1 Coils
–
710776
710775
gtecontact
holder
"A"
sol.
"B"
1,5
Seal
in
place.
plugs
aremm2
fitted(0.0008–
correctlysol.
to
Wire
section
range:
Ø,5–1,5
ctor
housing.
(0.06)
without
te position
U1 Coilslights
–
710776
710775
Seal
the
valves
with
interface
M3
0.0023 in2)
ctor
housing.
Coilslights
12-24
5,5
without
11 type
connec- U6
51(2.01)
thread 30,5 sq.
seals 977467
(supplied with 977466
plugs)
M3
27
(0.22)
Terminals:
Screw
type
(1.20)
with
lights
100-125
977469
977468
18 sq.
Connector
can
be
positioned
nd type
24V DC
coils U6 Coils
12-24
977467
977466
5,5
Recptacle
Voltage
Part Numbers
11
connecin place.
thread 30,5 sq.
(1.06)
(0.71)
200-240
977471
977470
(0.22)
at
90°with
by
is required.
(1.20)
lights on valve
100-125
977469
977468
(AC or
DC)
Gray –
Black –
nd
24V DC coils
Type
ofintervals
protection:
IEC144
class IP65,
when
U11
Rectified
12
DC
02-141358
re-assembling
contact
holder
200-240
977471
977470
"A"
sol.
"B"
sol.
1,5
51(2.01)
is
required.
plugs
are
fitted
correctly
to
with and without
coilsRectified
with
24
DC
02-141359
into
appropriate
position
18 sq. (0.06)27
Connector
can be
positioned
U11
12
DC
02-141358
U1
Coils
–
710776
710775
the
valves
with
interface
Recptacle
Voltage
Part
Numbers
Seal
s
are
available
(1.06)
with and without
lights
98-240
02-141360
(0.71)
inside
connector
at 90°coils
intervals
valve
by VDC without
with onhousing.
24
DC
lights
(AC orplugs)
DC)
Gray –
Black –
seals02-141359
(supplied
with
tely):
s are available
M3
200-240
VDC
02-141361
lightsor U11
VDC U6
02-141360 12-24
re-assembling
contact
holder
"A" sol.
"B" sol.
1,5 5,5
in place.
Coils
977467
977466
Use
U12
type 98-240
connecthread 30,5 sq.
tely):
U12 Rectified
02-141357
(0.06)
VDC with
02-141361 100-125
(0.22)
into appropriate
(1.20)
lights
977469
977468
U1 Coils
–
710776 27,5
710775 26,5
tors
with
12 and position
24V 200-240
DC coils
Seal
(1.04)
coils
without housing.
51(2.01)
inside
connector
U12
Rectified
02-141357
200-240
977471
977470
(1.08)
without
lights
26,5
if rectification is required.
27
22,5
27,5
M3
lights
18 sq.
Connector
can be positioned
coilsor
without
Recptacle
Voltage
Part Numbers
Rectified
12
DC
02-141358
(1.06)
U6
Coils
12-24
977467
5,5
(1.08) 977466 (1.04) (0.88)
Use U12
U11
type
connec- U11
30,5
sq.
thread
Connectors
with
and
without
(0.71)
22,5
at 90°lights
intervals on valve by
(ACDC
or DC)
Gray –
Black –
(0.22)
with
24
02-141359
(1.20)
with lights
100-125
977469
977468
tors with
12 andare
24V
DC coils coils
(0.88)
indicator
lights
available
re-assembling
contact
holder
"A"
sol.
"B"
sol.
1,5
lights
98-240
VDC
02-141360
200-240
977471
977470
if rectification
is required.
(order
separately):
ession Devices
(0.06)
into appropriate
position
200-240
02-141361
U1 Coils
– DC VDC
710776
710775
Seal
U11
Rectified
12
02-141358
es)
Connectors
with
without
ession Devices
inside connector and
housing.
without
lights
U12
02-141357
coilsRectified
with
24 DC
02-141359
26,5
M3
27,5
indicator
lights are available
es)
ode
Transzorb
(1.04)
NOTE: These
surge
without
977467Times represent
977466 cessation/ thread
U6 Coils
12-24
5,5
lights
98-240
VDCsuppres02-141360
Use U12
or U11 type connec- coils
30,5
sq.
(1.08)
(order separately):
22,5(0.22)
of voltage
to coil
sion
devices
are
“Polarity
lights
(1.20)
with lights
100-125
977469application
977468
200-240
VDC
02-141361
Times represent
cessation/
12and
andZener
24V DC
coilsin parode
Transzorb
NOTE:
These
surge
suppreslel with coil. tors with
Diode
diode
(0.88)
velocity
(start/stop)
200-240
977471versus
977470
Dependent.
” are
Proper
biasing02-141357
application
of voltage
to coil
iscoil.
required.
sion devices
“Polarity
U12 Rectified
26,5
(S1)with
allel
with
When
switch
is opened,
lel
coil. if rectification
Diode
and
Zener
diode
in par27,5
of
a
cylinder
using
a
single
conditions
must
be met
(1.04)
versus velocity (start/stop) (1.08)
U11 Rectified
12
without
Dependent.
” DC
Proper
biasing02-141358
(S1) iswith
ored
the coilConnectors
opened,
the
energy
with
and
without
(S1) isinopened,
coil.
When
switch coils
solenoid,
spring
offset
valve
22,5
Surgeallel
Suppression
Devices
when
installing/connecting
coils with
24
DC be met
02-141359
of a cylinder
using
a single
lights
conditions
must
dored
dissipated
by
stored
in
the
coil
is
trapped
indicator
lights
are available
(S1)Valves)
in the coil(For
is opened,
the energy
(0.88)
(time
in
milliseconds).
DC
a
coil
in
a
system.
lights
98-240
VDC
02-141360
solenoid,
spring
offset
valve
when installing/connecting
dissipated
byisthe
diode
separately):
d. dissipated by(orderand
stored
in the coil
trapped
200-240 VDC
02-141361
(time
in milliseconds).
a coil in a system.
Times represent cessation/
Standard
diode
Transzorb
(D1) and
Zener diode
NOTE:
These
surge suppres1) and
and
dissipated
by the(Zdiode
.with DC voltage
Valve Shift and Dropout sion
Surgethe
Suppression
Devices
U12 Rectified
02-141357
26,5 to coil
application
of voltage
coil
resistance.
devices
are
“Polarity
(Din1)parallel
and Zener diode (Z ) and
27,5
Diode
Diode
and Zener
in parwith
DC voltage
(1.04)
Times
withdiode
andDropout
without
(For DC
Valves) with coil. 1
coils without
endent
Valve Shift
and
versus
velocity (start/stop)
Dependent.
”
Proper
biasing
(1.08)
the
coil
resistance.
When• switch
(S1) makes
allel
coil. When switch
is opened,
The Zener
exact limi22,5
lightswith
Surge
Times Suppression
with and without conditions
of
a cylinder
usingcessation/
a single
endent
Times
represent
must
be met
Standard
diode
Transzorb
NOTE: These
surge
suppresop
out time the
(0.88)
(S
energy
stored
in the coil
of inductive
spikes.
1) is opened, the energy
• tation
The Zener
makes
exact
limiSurge Suppression
solenoid,
offsettovalve
applicationspring
of voltage
coil
installing/connecting
sion devices
are “Polarity
op out time is
trapped
andof
dissipated
byvoltage
stored
in the
coil diode
is trapped
Shift
Dropoutwhen
Diode
parallel
with
coil.
Diode and
Zener
in partation
inductive
spikes.
• in
Works
only
with
DC
(time
invelocity
milliseconds).
versus
(start/stop)
a
coil
in
a
system.
Dependent.
”
Proper
biasing
the
diode
(D1).(S1) is opened,
and
by theswitch
diodeDropout
When
switch
allel dissipated
with
coil.
CETOP
3 When
Surge
Suppression
Devices
Shift
• Works
only
with
DC voltage
of a cylinder using a single
conditions must be met
Polarity
dependent
(D
and
(Z1) and
(S11) is
energy
stored
in the
coil
opened,
the energy
(For
DC Valves)
DoZener
Diode
23
60 Operated
•the
Works
only
with DC
voltage
CETOP
3 diode
solenoid,
spring
Valve
Shift
and
Dropout
EATON
Solenoid
Directional
Valve
DG4V-3-60
E-VLVI-SS001-E1
August
2015 offset valve
B-13
when
installing/connecting
• Polarity
dependentby
the
coilinresistance.
is trapped
and dissipated
stored
coil is trapped
Diode
Alone
23
131
Dothe
Diode
60
Timesinrepresent
cessation/
Standard
diode
Transzorb
(time
milliseconds).
NOTE:
These
surge
suppresTimes
with
and
without
a
coil
in
a
system.
•the
Polarity
dependent
diode (D1).
by the
diode
•and
Thedissipated
Zener makes
exact
limi-
Electrical Plugs
and Connectors
Electrical
Plugs
Electrical
Plugs and Connectors
and Connectors
Terminal strip and lights
For valves with type “F” coils.
B
oils.
d
+.
-
cal
t.
o
g
Terminal
Terminal
stripstrip
and lights
Conduit box cover and
nameplate complete with
sealing gasket and 4 screws
(part number
For valves
890345)with
clipstype
to “F” coils.
cover and can
be field-fitted
Terminal
strip
Conduit box cover and
(part number
nameplate
4
terminal
screws
M3
x
0,5-6H complete with
890345) clips to
sealing gasket and 4 screws
(part number 02-113355)
M3 xand
0,5-6H
cover
can screws
Connections to solenoid A
(part
number 186006)
be field-fitted
(or B, according to model type)
2 each end
Conduit box cover and
4 terminal
nameplate complete
with screws M3 x 0,5-6H
(part4number
sealing gasket and
screws 02-113355)
M3 x 0,5-6H screws
Connections to solenoid A
(part number 186006)
28,50
30,00
(or B, according
to model type)
2 each end
Light assembly is held in place
(1.12)
(1.18)
4 terminal screws M3 x 0,5-6H
by end pair of M3 screws; can
(part number 02-113355)
be fitted to terminal strip.
28,50Connections to solenoid A
30,00Anti-rotation tab ensures
Connections
to according to model type)
correct orientation of cover
(1.12)(or B,
(1.18)
solenoid B
Rubber gasket to junction box
(or A, according
2 lenses in cover
to model type)
Anti-rotation tab ensures
30,00
Connections to
correct orientation of cover
(1.18)
solenoid
gasket
2.box
For correct light indicaing leads toRubber
double
solenoid
1. For DC coils
the B+ve
to junction
A, according
tion of energized solenoid
valves (i.e.2common
neutral)
lead(s) (or
must
be connected
lenses
in
cover
to model type)
ensure that solenoid leads
the inner
pair of terminals
to the terminal(s) markedAnti-rotation
+.
tab ensures
are correctly connected: light
must be interconnected.
When using 3-wire incom-correct orientation
of
cover
2. For correct light indicaing leads to double solenoid
1. For DC coils
thegasket
+ve
Rubber
to junction box
tion of energized solenoid
valves (i.e. common neutral)
lead(s) must be connected
Insta-Plug2 lenses in cover
to the terminal(s) marked +.
When
using 3-wire incomDG4V-3(S)---FPA---60
ing leads to double solenoid
DG4V-3(S)---FPBW---60
valves (i.e. common neutral)
Insta-Plug
Eaton
2-part
the inner
pair“Insta-Plug”
of terminals
eliminates
breaking electrical
must be interconnected.
DG4V-3(S)---FPA---60
inputs for valve disconnect.
DG4V-3(S)---FPBW---60
A male half is pre-wired to
Eaton 2-part “Insta-Plug”
the valve body. The mating
eliminates breaking electrical
plug is inside a wire housing
inputs for valve disconnect.
with external terminals for
A
male
half is pre-wired to
PA
configuration
machine
wire connections.
the valve body. The mating
16,25
Captive thumb screws, when
(0.64) permit the
loosened,
wire
20,25
(0.79)
PA
configuration
housing to be pulled clear of
the valve
16,25 for disconnect. A
Light assembly is held in place
by end pair of M3 screws; can
be fitted to terminal strip.
Light assembly is held in place
by end pair of M3 screws; can
be fitted to terminal strip.
terminals are common with
each outer pair of solenoid
terminals according to the
side with + mark.
terminals are common with
each outer pair of solenoid
terminals according to the
side
with solenoid
+ mark. indicator
Optional
ensure that solenoid leads
the inner pair of terminals
are
correctly
connected:
light
must
be
interconnected.
longer
ground
post provides
plug is inside a wire housing
terminals are common with
2. For correct light indicalights are pre-wired to the
first make/last break ground
with external terminals for
each outer pair of solenoid
tion of energized solenoid
female plug. Solenoids “A”
connection.
machine wire connections.
terminals according to the
ensure that solenoid leads
and/or “B” are identified on
The
configuration
comCaptive
thumb
screws,
when
side PBW
with
+
mark.
are correctly
connected:
light longer
Optional solenoid indicator
ground
post provides
plug
is inside
a wire
housing
the wiring housing.
binesmake/last
both male
and ground
female
loosened,
permit
the wire
lights are pre-wired to the
first
break
with
external
terminals
for
plugs in the wiring housing for female plug. Solenoids “A”
housing to
be connections.
pulled clear of
connection.
machine
wire
a self-contained plug-in unit.
the valve for disconnect. A
and/or “B” are identified on
Captive thumb screws, when The PBW configuration comOptional solenoid indicator
longer ground post provides
the wiring housing.
bines both male and female
loosened, permit the wire
lights are pre-wired to the
first make/last break ground
plugs in the wiring housing for
housing to be pulled
of
PBWclear
configuration
female plug. Solenoids “A”
connection.
a self-contained plug-in unit.
the valve for disconnect. A
and/or “B” are identified
Customeronconnection solenoid at port A
The PBW configuration
comClearance
to remove
end of body to female receptacle plate
female
receptaclethe wiring housing.
M4-6H
thd.male and
bines
both
female
Customer connection
PBW
configuration
plugs in the wiring housing
48,0 for
solenoid at port B end of
body to
female at
receptacle
(1.89)
a self-contained plug-in
unit.
Customer connection
solenoid
port A
Clearance to remove
plate receptacle plate
end of body to female
female receptacle
89,0
Customer
Groundconnection
connection
(3.50)
23,1 (0.91)
PBW configuration
48,0
solenoid
at portbox
B end of
24,0
in terminal
body
to
female
receptacle
(1.89)
(ref.)
(0.95)
Customer connection solenoid at port A
15,5 (0.61)to remove
plate
Clearance
32,50
end of body to female receptacle plate 89,0
female receptacle
(1.28) thd.
M4-6H
.79)
Ground connection
23,1 (0.91)
Customer
connection (3.50)
24,0
in terminal box
48,0
solenoid at port B end of
(ref.)
(0.95)
body to
female receptacle
(1.89)
98,5
15,5
(0.61)
32,50
plate(3.88)
71,1
WARNING TAG
(1.28)
89,0
69,0
(2.80)
“Electrical power
(3.50)
23,1 (0.91)
(2.72)Ground connection
must be
24,0
47,5
ref. in terminal box
disconnected
98,5
(ref.)
(0.95)
(1.87)
)
before removing or
(3.88)
ref.
71,1
WARNING
TAG
replacing this
69,0
(2.80)
“Electrical
receptacle”
.power
(2.72)
be
47,5
Port B must
ref.
Port A
Port A
disconnected
Port B(1.87) 98,5
The conduit box dimensions used for the PA/PBW type connector
are different
before removing
or from
ref. (3.88)
replacing this
those on the other “F”
type coilTAG
models.
WARNING
69,0
receptacle”
.
“Electrical power
(2.72)
Dimensions in mm(in).
Port B
must be Port A
47,5
Port A
Port B ref.
disconnected
The conduit
box
dimensions
used
for Catalog
the PA/PBW
type connector
are2008
different from
(1.87)
Eaton Vickers Solenoid
Operated
Directional
Valves
Product
V-VLDI-MC011-E
September
before
or
ref.
those on the other “F”
typeremoving
coilthis
models.
replacing
receptacle”
.
Dimensions in mm(in).
Port B
Port A
rt B
Eaton Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
conduit
box dimensions
used DG4V-3-60
for the PA/PBW
type connector
B-14
EATONThe
Solenoid
Operated
Directional Valve
E-VLVI-SS001-E1
August are
2015different from
those on the other “F” type coil models.
(0.64)
20,25 (0.79)
M4-6H thd.
15
15
and Connectors
Electrical
Plugs
Electrical
Plugs and Connectors
and Connectors
NFPA Connector T3.5.29-1980
DG4V-3(S)–FPA3W(L)-**-60
Terminal
strip and lights
DG4V-3(S)–FPA5W(L)-**-60
For
valves with type “F” coils.
DG4V-3–S3-FPA5W(L)-**-60
Terminal strip
DG4V-3–S4-FPA5W(L)-**-60
(part number
clips to
The 890345)
receptacle
is a standard
canconnector
three cover
or fiveand
pole
be field-fitted
with shortened leads and
terminals added. The five
pole plug
fourscrews
leads 101,6
M3has
x 0,5-6H
(partand
number
(4.0) long
one186006)
177,8 (7.0)
3 pin connector
Use with single solenoid valve
5 pin connector
Use with single solenoid valve
long. The three pole plug has
Key model code designations: Key model code designations:
two leads 101,6 (4.0) long
B
DG4V-3(S)-*A(L)(-**)-(V)MDG4V-3(S)-*A(L)(-**)-(V)Mand one 177,8 (7.0). All wires
FPA5W(L)
have underwriters recognized FPA3W(L)
non-solder insulated eyelet
Conduit box cover
and
DG4V-3(S)-*B(L)(-**)-(V)MDG4V-3(S)-*B(L)(-**)-(V)Mwith
terminals. The green nameplate
wire is complete
FPA3W(L)
FPA5W(L)
sealing gasket and 4 screws
used for the ground (earth)
1 – lead to1solenoid
– lead to 5solenoid
1 – green lead
1 – green
(ground)
lead (ground)
– lead to 5 – lead to
connection (No. 8 screw fur1
–
green
lead
(ground)
solenoid solenoid
Light assembly is held
in place
nished).
Valves
are
supplied
3
–
lead
3
–
lead
4 terminal screws M3 x 0,5-6H
43––lead
4 – lead
to solenoidto solenoidby end pair of M3 screws; can
pre-wired.
(part number 02-113355)
5
5lead
capped
1
1
be fitted to terminal strip. capped
1
1 to solenoid
2
2 A
Connections to solenoid
4
1 4
(or B, according to model3type)
22 3
3
2 3
2 each end
25,4 (1.00) 25,4 (1.00)
3
hex (reference
hex (reference
25,4 (1.00)
all types) all types)
Connection details and model type/model code references
hex (reference
3 – green lead
3 – green
(ground)
lead (ground)
all
types)
28,50
30,00
2 – lead capped
2 – lead capped
– lead to solenoid
(1.12)
(1.18)2 – lead to 2solenoid
0.875-16UN-2A
thd.
Warning tag:
2 – lead to solenoid
“Electrical power must be
disconnected before removingAnti-rotation tab ensures
16,00
5 pin connector
5 pin connector
Connections
or replacing electrical plug.” correct orientation
(0.62) to
cover solenoid valve
withofdouble
Use with single solenoid
solenoid B
Rubber gasket to junctionUse
box
(or A, according
Key model code designations: valve with S3 spool position
2 lenses in cover
to model type)
DG4V-3-*C/N(L)(-**)-(V)M-S4FPA5W(L)
2.
For correct light indication of energized solenoid
ensure that solenoid leads
are correctly connected: light
monitor switch
Key model
designaterminals
arecode
common
with
ing leads to double solenoid
1. For DC coils the +ve
tions:
each outer pair of solenoid
valves (i.e. common neutral)
lead(s) must be connected
DG4V-3-*A(L)(-**)-(V)M-S3terminals
according to the
the inner pair of terminals
to the terminal(s) marked +.
FPA5W(L)
side
with
+
mark.
must
be
interconnected.
When
using
3-wire
incom68,75
5 – lead to 5 – lead to
1 – lead to 1solenoid
– lead to solenoid
1 – lead to 1solenoid
– lead to solenoid
5 – lead to 5 – lead to
solenoid
solenoid
11 –– lead
to
solenoid
een lead (ground)(2.71)
– lead toBsolenoid
leadtotosolenoid
solenoidB 5 – lead to
green lead (ground)
1 – lead to solenoid
solenoid
11––lead
5 – lead to
1 – lead to 5solenoid
Insta-Plug
solenoid 5 – lead to
solenoid
5 –– lead to
4 – lead to4solenoid
4
–
lead to4 – lead to
3 – lead
3 – lead
5
5
5
monitor
monitor
solenoid
4 to
– lead
4monitor
–5lead to monitor
to solenoid
4solenoid
– lead B Optional solenoid
solenoid
indicator
longer
ground
post
provides
plug
is
inside
a
wire
housing
1
1
DG4V-3(S)---FPA---60
1
1
5
5
4
5
4
4
switch,
54 n.c.switch,
5 n.o.switch,
capped
monitor
1
4capped
– lead n.o.
to
switch,
4 – leadn.c
to
1
12 1 external
1
lights
are
pre-wired
to
the
first
make/last
break
ground
with
terminals
for
DG4V-3(S)---FPBW---60
2
1
1
4
2 34
2switch,
2 3
2 3 44
solenoid A
3 4 n.o.solenoid A
3
female plug.2 Solenoids
connection.22 33
machine
wire connections.
2 33
2 “A”
3
3
Eaton
2-part “Insta-Plug”
25,4 (1.00)
25,4 (1.00)
and/or “B” are identified on
The
PBW
configuration
comCaptive
thumb
screws,
when
eliminates
breaking
electrical
hex (reference
3
–
green
lead
3
–
green
(ground)
lead (ground)
3 – green lead
3 – green
(ground)
lead (ground)
hex (reference
the wiring housing.
all types)
bothto
male
andswitch,
female
loosened, permit
inputs
for valve disconnect.
all types)the wire 2 – leadbines
3
–
green
lead
(ground)
to
2
monitor
–
lead
switch,
monitor
2
–
lead
to
2
monitor
–
lead
to
switch,
monitor
switch,
3
–
green
lead
(ground)
3 –housing
green lead
– green lead (ground)
3 – green
(ground)
Suppression
Devices
Surge
Suppression
Devices
Transzorb
(D7)lead
NOTE:
These
surge 3suppression
plugs
in the
wiring
housing
for
to (ground)
be pulled clear
of
ASurge
male half
is pre-wired
to
common
common
2common
– lead
tocommon
monitor
switch,
22 –– lead
to
solenoid A
22 ––lead
capped
ad to solenoid
2
–
lead
to
solenoid
A
lead
capped
lead
to
solenoid
common
a Diode
self-contained
plug-in
unit.
the
valve
disconnect. A
the
body. The mating
(Forvalve
DC Valves)
(For
DC for
Valves)
and Zener
diode
in par- devices are “Polarity Dependent.”
Standard diode (D1), (D2)
Standard diode (D2)
Proper biasing conditions must be
coil. When switch
Female
3&
5 pin connectorsa
5allel
pin with
connector
Diode
in
parallel
with
coil,
Diode
in
parallel
with
coil,
met when
installing/connecting
PA configuration
PBW configuration
(S1)with
is opened,
the energy
are available from a Daniel
Use
single solenoid
positive bias. When switch
negative bias. When switch
coil in a system. Times represent
stored
in the
coilCustomer
isposition
trapped
Woodhead
Co.,
valve
with
S4 spool
connection
solenoid at
portBrad
A Harrison
Clearance
to remove
(S1)16,25
is opened, the energy
(S1) is opened, the
energy
cessation/application
of voltage to
end
of
body
to
female
receptacle
plate
and
dissipated
by
the
diode
Div.
Distributor
(847-272-7990)
monitor
switch
(0.64)
female
receptacle
M4-6H in
thd.
(0.79)
stored in the coil is20,25
trapped
stored
the coil is trapped
coil
versus
velocity
(start/stop)
Customer
connection
(D1)model
and Zener
(Z1) and 40903 – Female connector of
Key
code diode
designa48,0diode
solenoid
at port
B end
of solenoid,
and dissipated by the diode
and dissipated by the
a cylinder
using
a single
the
coil
resistance.
body to female
receptacle
(1.89)
with
12' lead for PA3
tions:
(D1), (D2).
(D2).
spring
offset
valve
(time
in milplate
conn.
• The Zener makes89,0
exact
DG4V-3-*A(L)(-**)-(V)M-S4liseconds).
Ground–connection
(3.50)
23,1
(0.91)
limitation
of inductive
41308
Female
connector
FPA5W(L)
Shift
inValve
terminal
box and Dropout
• Works only with DC voltage • Works 24,0
only with DC voltage
with
12'
for PA5
spikes.
(ref.)
ad to solenoid 5 – lead to
11––lead
lead to
to
Times with andlead
without
55 ––lead
leadto
tosolenoid
solenoid (0.95)
1 – lead to solenoid 5 – lead to
15,5 (0.61)
conn.
32,50 dependent
solenoid
• solenoid
Polarity
• Polarity dependent
solenoid
solenoid
• Works only with DC voltage Surge Suppression
–(1.28)
lead to drop out time
These are Brad Harrison #’s.
leadout
to time
44drop
–– lead
to
4 – lead to
•4monitor
Increase
• Increase
55
5
5
• Polarity dependent
monitor
monitor
monitor
Shift
Dropout
1
1
1
1
4
4
switch, n.o.
4
4
switch, n.c.
n.o.
switch,
98,5
switch, n.c.
2
2 3
CETOP
3
3
2
2
(3.88)
3
3
Coil
Coil
Coil
71,1
WARNING TAG
(2.80)
3 – green lead (ground)
ead to monitor switch,
mon
16
D1
Port
A
69,0
(2.72)
ref.
Do Diode power 23
60
“Electrical
must
beAlone
47,5
Diode
23
131
3 – green lead (ground)
3 – green lead (ground)
disconnected
22 –– (1.87)
lead
to
monitor
switch,
before
removing
or
Diode/Zener
23
78
lead
to
monitor
switch,
2
–
lead
to
monitor
switch,
Z
ref.
1
common
replacing this
common
common
S1
S1
S1
receptacle”
.
(No 2) Port B
(No 2)
(No 2)
D2
Port A
Eaton Vickers
Port BSolenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
The conduit box dimensionsDused for the PA/PBW type connector are different from
1
(No 1)
(No
those
on1)the other “F” type coil
models. (No 1)
Dimensions in mm(in).
Eaton Vickers Solenoid Operated Directional Valves Product Catalog V-VLDI-MC011-E September 2008
EATON Solenoid Operated Directional Valve DG4V-3-60 E-VLVI-SS001-E1 August 2015
15
B-15
B
B
Eaton
Hydraulics Business USA
14615 Lone Oak Road
Eden Prairie, MN 55344
USA
Tel: 952-937-9800
Fax: 952-294-7722
www.eaton.com/hydraulics
Eaton
Hydraulics Business Europe
Route de la Longeraie 7
1110 Morges
Switzerland
Tel: +41 (0) 21 811 4600
Fax: +41 (0) 21 811 4601
© 2015 Eaton
All Rights Reserved
Printed in USA
Document No. E-VLVI-SS001-E1
September 2015
B-16
EATON Solenoid Operated Directional Valve DG4V-3-60 E-VLVI-SS001-E1 August 2015
Eaton
Hydraulics Group Asia Pacific
Eaton Building
4 Floor, No. 3 Lane 280 Linhong Rd.
Changning District
Shanghai 200335
China
Tel: (+86 21) 5200 0099
Fax: (+86 21) 5200 0400
th