SPECIFICATIONS
D03 Pattern
Directional Control Valves
Also refer to "Directional Valve Features, Selection and Operating
Recommendations" (dynexdcvoperating.pdf)
CONTACT INFORMATION
USA Headquarters
Dynex/Rivett Inc.
770 Capitol Drive
Pewaukee, WI 53072 U.S.A.
Tel: 262-691-2222
FAX: 262-691-0312
E-mail: sales@dynexhydraulics.com
Power Units & Systems
Dynex/Rivett Inc.
54 Nickerson Road
Ashland, MA 01721 U.S.A.
Tel: 508-881-5110
FAX: 508-881-6849
E-mail: ashland@dynexhydraulics.com
European Sales
Dynex/Rivett Inc.
Unit C5 Steel Close, Little End Road, Eaton Socon,
Huntingdon, Cambs. PE19 8TT United Kingdom
Tel: +44 (0) 1480 213980
FAX: +44 (0) 1480 405662
E-mail: sales@dynexhydraulics.co.uk
For more information
visit our web site:
www.dynexhydraulics.com
BROCHURE NOTES:
Consult the Dynex sales department for a review of any application which requires operating above
the rated flows or pressures, or higher than normal operating temperatures.
Specifications shown were in effect when published. Since errors or omissions are possible, contact
your sales representative for the most current specifications before ordering. Dynex reserves the right
to discontinue or change designs at any time without incurring any obligation.
DYNEX
High Pressure Hydraulics
Copyright © Dynex/Rivett Inc. Bulletin dynexvesd03specs-1101
D03 PATTERN
Compact Valves
Control Flow to
15 U.S. gpm (57 L/min)
High performance D03 valves are
rated for 8 U.S. gpm (30 L/min)
nominal and 15 U.S. gpm (57 L/min)
maximum flow, at pressures to
5000 psi (350 bar).
This high pressure and high flow
capability provides great efficiency in
a very compact size.
HIGH EFFICIENCY OPERATION
6500 Series
Explosion Proof
Large internal flow passages, with
uniform flow areas throughout the
body coring, provide exceptional
efficiency. Typical loop pressure drop
(open center spool) is a low 98 psi at
8 U.S. gpm (7 bar at 30 L/min) nominal
flow (∆P loop = P→A + B →T).
6500 Series
Double Solenoid
6800 Series
Hydraulic Piloted
6900 Series
Air Piloted
SMOOTH, RELIABLE SHIFTING
A four-land spool design assures
exceptionally smooth spool travel.
Additional outboard lands provide
greater support, eliminating spool
imbalance.
Balancing grooves provide precise
centering, reducing silt buildup and
potential spool sticking.
HIGH PRESSURE TANK PORT
RELIABLE VALVE SEALING
High pressure tank port capability
provides the highest “T” port rating
available. This option (“HPT”) is ideal
for higher pressure “series” circuits.
Tapered o-ring counterbores reduce
leakage, by assuring seal retention
in high flow or rapid cycling
operation. High-torque mounting
prevents weepage between sections
when using sandwich accessory
valves.
2000
3000
DC
1000
AC
4000
0
Close tolerances assure accurate
land sequencing and low leakage.
Spools are interchangeable to meet
changing requirements.
LOW POWER REQUIREMENTS
On solenoid models, efficient low
power requirements reduce energy
consumption.
5000
PSI
VALVE
BODY
PRESSURE
PORT
MOUNTING SURFACE
O-RING
HIGH PRESSURE
SOLENOID TUBES
High pressure solenoid tubes (HPT option)
make the D03 ideal for use in higher
pressure “series” circuits.
Holding power requirements are only
20 Watts for 115 Volt A.C. or 28 Watts
for 12 or 24 Volt D.C. solenoids.
2
Potential leakage is reduced by tapered
o-ring counterbores which assure seal
retention in high flow applications.
D03 PATTERN
SPECIFICATIONS
General
For a description of spools,operator
functions, electrical options and
operating recommendations, refer to
dynexdcvoperating.pdf.
Mounting
Subplate, N.F.P.A. D03 (CETOP 3)
pattern
Operator Options
6100 Series:Manual Lever;
6500 Series: Direct Solenoid;
6800 Series: Hydraulic Piloted;
6900 Series: Air Piloted
Rated Flow
Nominal: 8 U.S. gpm (30 L/min);
Maximum: 15 U.S. gpm (57 L/min)
Maximum flow for models using a
Type 011 spool is 9 U.S. gpm
(34 L/min) for solenoid models and
10 U.S. gpm (38 L/min) for air and
hydraulic pilot operated model. See
flow capacity curves on page 4.
ELECTRICAL DATA
Solenoid Code➀
Input
Voltage
(Volts)
Frequency
(Hz)
Inrush
Current
(Amps)
Holding
Current
(Amps)
Holding
Power
(Watts)
Coil
Resistance
(Ohms ± 10%)
24/DF
(Dual Frequency)
24 A.C.
24 A.C.
50
60
9.50
8.60
2.60
1.75
27
22
1.67
1.67
115/DF
(Dual Frequency)
110 A.C.
115 A.C.
50
60
1.65
1.55
.47
.40
20
20
40.00
44.00
230/DF
(Dual Frequency)
220 A.C.
230 A.C.
50
60
.86
.80
.22
.18
20
20
150.00
150.00
460/DF
(Dual Frequency)
440 A.C.
460 A.C.
50
60
.40
.41
.13
.10
23
21
600.00
600.00
12 VDC
12 D.C.
—
—
—
28
5.10
24 VDC
24 D.C.
—
—
—
28
20.60
12VDC EPW
12 D.C.
—
—
—
33
4.36
24VDC EPW
24 D.C.
—
—
—
33
17.50
110/50 EPW
110 A.C.
50
1.86
.54
23
35.20
115/60 EPW
115 A.C.
60
1.90
.50
23
33.50
➀ Ordering Codes shown are for standard wire leads with wiring box. “Plug-In-Terminal” solenoids
(Hirschmann GDM 209) are also available; see “Typical Model Code” on page 17.
Rated Pressure
5000 psi (350 bar)
Tank Port Pressure (Maximum)
Standard:
1500 psi (105 bar);
High Pressure Option (“HPT”):
A.C., 2300 psi (160 bar);
D.C., 3000 psi (210 bar)
Response Time (Full Stroke)
Solenoid Energized:
A.C., 12 ms; D.C., 20 ms
Spring Returned:
A.C., 15 ms; D.C., 20 ms
Solenoids
Models are available with A.C. or D.C.
solenoids.
Electrical Connections
Standard Wiring Box with leads;
Optional Terminal Strip, Cable Grip
or Pin Connector (N.F.P.A.
standard T3.5-29-1980; A.N.S.I.
standard B93,55M-1981);
Optional Plug-In-Terminal Solenoids
fit DIN Connector Standard 4365
(Hirschmann GDM 209)
Explosion Proof Option (“EPW”)
Solenoids with special enclosures
are approved by UL and CSA for use
in hazardous locations. Available with
A.C. or D.C. solenoids.
UL Classification:
Class I, Group C,D;
Class II, Group E,F,G
CSA/UL Recognized (“C” Option)
Solenoid coils are printed with
the symbol:
C
®
(CSA and UL Recognized)
Available with 115/DF coils only. For
other voltages, contact the Dynex
sales department.
The table above shows electrical
specifications for these valves.
MANUAL OPERATED MODELS
A12 or B12
Lever operated models offer handle
position flexibility with four positions
on either port “A” end or port “B” end
of valve.
A9
or
B9
A3
or
B3
In-the-field changes are easy, by
removing the bracket assembly and
rotating the handle to the desired
position.
A6 or B6
To specify position, see “Typical
Model Code” on page 8 and refer to
the drawing at right.
Handle Position Viewed from
Port “A” or Port “B” End of Valve
3
D03 PATTERN
Typical Valve
Performance
FLOW CAPACITY
The flow capacity curves show typical
performance for each spool type. The
letters in the “Flow Curve Reference”
table identify the appropriate curve.
PRESSURE
SOLENOID MODELS
BAR
PSI
350
5000
300
250
A
BC
4000
200
3000
150
2000
J
H
DE F
K
G
100
50
LEVER OPERATED MODELS
0
PILOT OPERATED MODELS
The maximum flow for pilot operated
models is dependent on pilot
pressure.
Generally, the maximum flow for most
pilot operated models is 15 U.S. gpm
(57 L/min). When using a Type 011
spool (tandem center, open crossover), the maximum flow rating is
10 U.S. gpm (38 L/min).
Minimum Pilot Pressure
The table shows the minimum
pressure required to shift the spool,
for various flow capacities.
These values are based on zero tank
pressure. As back pressure
increases above zero, the minimum
pilot pressure must be increased
equally.
Maximum Pilot Pressure
Hydraulic Piloted, 3000 psi (210 bar);
Air Piloted, 200 psi (14 bar)
Volume
Maximum required to shift spool
full stroke:
Hydraulic, 0.014 in3 (0,23 cm3);
Air, 0.220 in3 (3,61 cm3)
2
U.S. GPM
Most manual models are rated for
15 U.S. gpm (57 L/min) maximum.
The exception is model 613011-D03
which is rated for 13 U.S. gpm
(49 L/min) maximum. This model
has a Code 3 internal operator (two
position, detented operation) with
Type 011 spool (tandem center).
1000
4
6
10
L/MIN.
8
20
10
30
12
40
14
16
50
60
FLOW
FLOW CURVE REFERENCE
Spool Type
Solenoid
Type
0
A.C.
4
03
1
3
A
A
H
A
C
E
E
J
J
B
B
D.C. and “EPW” A
A
A
A
D
K
K
F
F
G
A
011
2
2R
32
36
32R
MINIMUM PILOT PRESSURE
Pilot Pressure At:
Series
Spool
Type
psi
bar
psi
bar
psi
bar
6800 Series
Hydraulic
Piloted
0
1
3
4
011
2 or 2R
32 or 32R
36
03
130
150
145
130
190
190
150
150
130
9,0
10,3
10,0
9,0
13,1
13,1
10,3
10,3
9,0
165
165
165
165
275
275
200
200
165
11,4
11,4
11,4
11,4
19,0
19,0
13,8
13,8
11,4
200
420
180
200
—
—
—
350
200
13,8
29,0
12,4
13,8
—
—
—
24,1
13,8
6900 Series
Air
Piloted
0
1
3
4
011
2 or 2R
32 or 32R
36
03
25
21
25
25
23
23
25
25
25
1,7
1,4
1,7
1,7
1,6
1,6
1,7
1,7
1,7
28
22
28
28
40
40
30
28
28
1,9
1,5
1,9
1,9
2,8
2,8
2,1
1,9
1,9
33
24
34
33
—
—
—
34
33
2,3
1,7
2,3
2,3
—
—
—
2,3
2,3
4
5 U.S. gpm
(19 L/min)
8 U.S. gpm
(30 L/min)
15 U.S. gpm
(57 L/min)
D03 PATTERN
VALVE EFFICIENCY
D03 valves provide exceptionally low
pressure drop, as shown in the
performance curves.
PRESSURE DROP (∆P)
A
BAR
The curves show resistance to flow
for various spool types. The table
identifies the proper pressure drop
curve for each spool and flow path.
PRESSURE
DETERMINING PRESSURE DROP
14
200
E
12
175
10
150
F
8
G
125
100
75
4
2
In the table under spool Type 1,
curve “C” is called out to determine
the pressure drop for P→A. Looking
at the curves, “C” indicates a drop of
about 55 psi at 8 U.S. gpm (3,8 bar
at 30 L/min).
For example, curve “F” is used for
the return flow B→T for spool Type 1.
Curve “F” indicates a pressure drop
of 35 psi at 8 U.S. gpm (2,4 bar at
30 L/min). Adding the individual
pressure drops results in a “loop”
drop through the valve in both
directions of 55 + 35 = 90 psi (3,8 +
2,4 = 6,2 bar).
C
D
6
AN EXAMPLE
To determine total “loop” drop, the
individual pressure drops for P→A
and B →T (or P→B and A→T) must
be added.
225
16
Large internal flow paths, with tank
retur n pressure boost, increase
available shifting forces for dependable high flow operation.
B
PSI
50
25
0
2
U.S. GPM
4
6
10
L/MIN.
8
20
10
30
12
14
40
50
16
60
FLOW
FLOW CURVE REFERENCE
Flow
Path
Spool Type
0
1
3
4
011
2
2R
32
32R
36
03
P→A
B
C
B
C
C
C
C
B
B
B
B
P→B
B
C
B
C
C
C
C
B
B
B
B
A→T
E
F
F
E
C
C
C
E
F
G
—
B→T
E
F
F
E
C
C
C
F
E
G
—
P→T
—
D
—
—
A
A
A
—
—
—
—
Installation
and Dimensions
2.00
(50,8)
GENERAL VALVE MOUNTING
The mounting surface drawing shows
the minimum flush or raised surface
required for the N.F.P.A. D03 (CETOP 3)
pattern. Mounting face must be flat
within 0.0004 inch/4.0 inches (0,010
mm/102 mm) with a surface finish of
32 microinch(0,80 µm) AA.
Port o-rings are included with all
valves. Mounting bolts must be
ordered separately; 10-24 U.N.C.
Threaded x 0.75 inch (19 mm),
Grade 8 or better; four required.
Recommended mounting torque is
65 lb• in (7,3 N• m) maximum.
1.594
(40,49)
.16 (4,1),
.16 (4,1) DEEP MINIMUM
LOCATING PIN HOLE
1.30
(33,0)
.19
(4,8)
P
1.70
(43,2)
32
(0,80)
B
A
.20
(5,1)
1.220
(30,99)
1.02
1.250
(25,9)
(31,75)
.61
(15,5)
T
.0004/4.0
(0,010/102)
.250 (6,35) , 4 PORTS
.50
(12,7)
.85
(21,6)
1.19
(30,2)
.25
(6,4)
.030
(0,76)
#10-24 U.N.C.–2B THREADED
.37 (9,4) DEEP, 4 MOUNTING HOLES
Minimum Mounting Surface, N.F.P.A. D03 (CETOP 3) Pattern
5
D03 PATTERN
SOLENOID MODEL DIMENSIONS
Refer to the basic installation drawing
for typical dimensions common to all
D03 valves.
5.00
(127,0)
SOLENOID B FOR TYPE 0, 1, 3,
4, 03, 32, 32R, 36 SPOOLS;
SOLENOID A FOR TYPE 011,
2, 2R SPOOLS
3.73
(94,7)
2.74
(69,6)
.38
(9,7)
GRIP
.25
(6,4)
Double Solenoid:
A.C., 4.0 lb (1,8 kg);
D.C., 5.3 lb (2,4 kg)
SOLENOID A FOR
TYPE 0, 1, 3, 4, 03,
32, 32R, 36 SPOOLS;
SOLENOID B FOR TYPE
011, 2, 2R SPOOLS
MANUAL ACTUATOR PIN
Dimensions are shown for both A.C.
and D.C. solenoids; D.C. configuration
shown printed in gray.
Weight (Mass)
Single Solenoid:
A.C., 3.4 lb (1,5 kg);
D.C., 3.9 lb (1,8 kg)
1/2-14 N.P.T. STANDARD
ELECTRIC ENTRY, 1 EACH SIDE
#10-24 U.N.C. THREADED x .75 (19,0) LONG MOUNTING BOLTS,
4 REQUIRED; TORQUE: 65 LB • IN ( 7,3 N • M)
1.250
(31,75)
.88
(22,4)
1.75
(44,4)
1.88
(47,8)
.94
(23,9)
.37
(9,4)
.13
(3,3)
.125 (3,18)
LOCATING PIN
1.30
(33,0)
1.59
(40,4)
.92
(23,4)
2.51 A.C.
(63,8)
3.12
D.C.
(79,2)
3.53
(89,7)
CLEARANCE TO
REMOVE COIL
1.68 A.C.
(42,7)
8.54 A.C. SOLENOID
(216,9)
9.77 D.C. SOLENOID
(248,2)
2.30 D.C.
(58,4)
6500 Series, Double Solenoid Models
1/2–14 N.P.T. STANDARD
ELECTRIC ENTRY
1 EACH END
SOLENOID A FOR TYPE 0, 1, 3, 4
03, 32, 32R, 36 SPOOLS;
SOLENOID B FOR
TYPE 011, 2, 2R SPOOLS
3.73
(94,7)
6.78 A.C. SOLENOID
(172,2)
REMOVE PLUG,
3/8 INCH INTERNAL HEX,
FOR ACCESS TO THIS END
SOLENOID B FOR TYPE 0, 1, 3, 4,
03, 32, 32R, 36 SPOOLS;
SOLENOID A FOR
TYPE 011, 2, 2R SPOOLS
3.73
(94,7)
.31
(7,9)
.31
(7,9)
6.78 A.C. SOLENOID
(172,2)
7.39 D.C. SOLENOID
(187,7)
7.39 D.C. SOLENOID
(187,7)
6500 Series, Single Solenoid Models
LEADWIRES (4) TYPICAL
#18 AWG, APPROXIMATELY 18 (457) LONG
EXPLOSION PROOF SOLENOIDS
1/2-14 N.P.T. STANDARD ELECTRIC ENTRY,
360˚ ROTATABLE WITH BOTTOM OUTLET SUBPLATE
Solenoids with special enclosures
are approved by UL and CSA for use
in hazardous locations. Overall
length of single solenoid models (not
shown) is 8.23 inches (209,9 mm).
Note that spacer plate, part number
10591320, is required when valves
are mounted on manifolds, side outlet
subplates or when used as a pilot
valve.
Valves can be mounted without
removing nameplate. Openings in
nameplate provide access to
mounting holes in valve body.
Weight (Mass)
Single Solenoid: 8.3 lb (3,8 kg);
Double Solenoid: 14.0 lb (6,4 kg)
MANUAL
ACTUATOR PIN
2.88
(73.2)
3.72
(94,5)
45˚
1.69
(42,9)
.37
(9,4)
1.250
(31,75)
1.75
(44,4)
GROUNDWIRE (2) TYPICAL #18 AWG
(GREEN INSULATION)
APPROXIMATELY 18 (457) LONG
NOTE: KEEP AIR GAP
BETWEEN SOLENOID
AND VALVE BODY CLEAN
SOLENOID A FOR TYPE
0, 1, 3, 4, 03, 32, 32R,
36 SPOOLS
SOLENOID B FOR TYPE
0, 1, 3, 4, 03, 32, 32R
36 SPOOLS
SOLENOID B FOR
TYPE 011, 2,
2R SPOOLS
1.13
(28,7)
GRIP
.88
(22,4)
.25
(6,4)
1.63
(41,4)
CLEARANCE TO
REMOVE COIL
3.43
(87,1)
SPACER
NO. 10591320
.13
(3,3)
#10-20 U.N.C. THREADED
x 1.50 (38,1) LONG
MOUNTING BOLTS,
4 REQUIRED,
TORQUE: 65 LB • IN (7,3 N • M)
SOLENOID A FOR
TYPE 011, 2,
2R SPOOLS
.74
(18,8)
1.30
(33,0)
1.59
(40,4)
3.53
(89,7)
12.43
(315,7)
SOLENOID POSITION LIMIT
WITH SIDE OUTLET SUBPLATE
6500 Series, Double “EPW” Solenoid Models
6
.92
(23,4)
.125 (3,18)
LOCATING PIN
4.45
(113,0)
D03 PATTERN
MANUAL OPERATED MODELS
Manual models are lever actuated,
with handle positioned in a choice of
four positions on either port “A” or
por t “B” end of valve. Refer to
drawing on page 3 and “Typical
Model Code” on page 8.
HANDLE POSITION FOR P TO A
FOR TYPE 0, 1, 3, 4, 03, 32
32R, 36 SPOOLS; P TO B
FOR TYPE 011, 2, 2R SPOOLS
.625
(15,88)
HANDLE POSITION
FOR P TO B FOR
TYPE 0, 1, 3, 4 03,
32, 32R, 36 SPOOLS;
P TO A FOR TYPE
011, 2, 2R SPOOLS
Valves can be mounted without
removing nameplate. Openings in
nameplate provide access to mounting
holes in valve body.
Weight (Mass)
3.2 lb (1,5 kg)
HANDLE POSITION FOR P TO B
FOR TYPE 0, 1, 3, 4, 03, 32,
32R, 36 SPOOLS; P TO A FOR
TYPE 011, 2, 2R SPOOLS
14.5°
14.5°
.94
(23,9)
.38
(9,7)
GRIP
2.09
(53,1)
1.30
(33,0)
.125 (3,18)
LOCATING PIN
1.594
(40,49)
3.53
(89,7)
1.44
(36,6)
.37
(9,4)
.92
(23,4)
1.250
(31,75)
.88
(22,4)
1.75
(44,4)
.609
(15,47)
4.03
(102,4)
5.21
(132,3)
5.45
(138,4)
.25
(6,4)
#10-24 U.N.C. THREADED x
.75 (19,0) LONG MOUNTING BOLTS,
4 REQUIRED;
TORQUE: 65 LB • IN ( 7,3 N • M)
5.83 WITH HANDLE OFFSET
(148,1)
6100 Series, Manual Lever Operated
HYDRAULIC PILOTED MODELS
Single and double actuator models
are available. Overall length of single
configuration (not shown) is 5.25
inches (133,4 mm).
Valves can be mounted without
removing nameplate. Openings in
nameplate provide access to mounting
holes in valve body.
Refer to page 3 for required shifting
pressure and volume.
Weight (Mass)
Single Actuator: 2.5 lb (1,1 kg);
Double Actuator: 2.8 lb (1,3 kg)
PILOT A FOR TYPE 0, 1, 3, 4,
03, 32, 32R, 36, SPOOLS;
PILOT B FOR
TYPE 011, 2, 2R SPOOLS
PILOT B FOR TYPE 0, 1, 3, 4,
03, 32, 32R, 36, SPOOLS;
PILOT A FOR
TYPE 011, 2, 2R SPOOLS
6.46
(164,1)
3.53
(89,7)
.88
(22,4)
HEX
1.47
(37,3)
.94
(23,9)
.38
(9,7)
GRIP
2.11
(53,6)
.13
(3,3)
∅ .125 (3,18)
1.30
(33,0)
#10-24 U.N.C. THREADED x
.75 (19,0) LONG MOUNTING BOLTS,
4 REQUIRED,
TORQUE: 65 LB•IN (7,3 N•M)
1.59
(40,4)
.37
(9,4)
LOCATING PIN
1.250
(31,75)
.25
(6,4)
.88
(22,4)
PILOT PORT (2)
NO. 4 S.A.E.
.92
(23,4
1.75
(44,4)
6800 Series, Double Hydraulic Piloted Models
AIR PILOTED MODELS
Single and double actuator models
are available. Overall length of single
configuration (not shown) is 5.56
inches (141,2 mm).
Valves can be mounted without
removing nameplate. Openings in
nameplate provide access to mounting
holes in valve body.
Refer to page 3 for required shifting
pressure and volume.
Weight (Mass)
PILOT A FOR TYPE 0, 1, 3, 4,
03, 32, 32R, 36 SPOOLS;
PILOT B FOR TYPE 011,
2, 2R SPOOLS
PILOT B FOR TYPE 0, 1, 3, 4,
03, 32, 32R, 36 SPOOLS;
PILOT A FOR TYPE 011,
2, 2R SPOOLS
7.09
(180,1)
3.53
(89,7)
1.78
(45,2)
PILOT PORT (2) 1/8-27 N.P.T.
.94
(23,9)
.38
(9,7)
GRIP
2.11
(53,6)
1.25
(31,8)
HEX
.13
(3,3)
#10-24 U.N.C. THREADED x .75 (19,0)
LONG MOUNTING BOLTS, 4 REQUIRED,
TORQUE: 65 LB •IN (7,3 N •M)
Single Actuator: 2.3 lb (1,0 kg);
Double Actuator: 2.5 lb (1,1 kg)
1.30
(33,0)
1.59
(40,4)
∅ .125 (3,18)
LOCATING PIN
.92
(23,4)
6900 Series, Double Air Piloted Models
7
.37
(9,4)
1.250
(31,75)
.88
(22,4)
1.75
(44,4)
.25
(6,4)
D03 PATTERN
Typical Model Code
6
5 4 0
—
D03
— 115/DF
Valve Size
Valve Type
R
✳
—
— SL — 1
Reverse Flow Operator
(Code 4 and 6 Only)
D03 — 8 U.S. gpm (30 L/min)
Nominal Flow,
N.F.P.A. D03
(CETOP 3) Pattern
6 — Subplate
Mounted
Directional
Control
—
0
Modification
Number
R — Code 4: Two Position;
Spring Centered, Actuator
Offset (Reverse Flow)
Code 6: Two Position;
Spring Offset (Reverse
Flow), Actuator Centered
Design
Number
Actuator
1
5
8
9
—
—
—
—
Manual Lever
Solenoid Operated
Hydraulic Piloted
Air Piloted
Lever Position (Manual Models Only)
A12
A9
A6
A3
B12
B9
B6
B3
Internal Operator
1 — Two Position; Spring Offset (P→B), Actuator
Offset (P→A)
2 — Two Position; Spring Offset (P→A), Actuator
Offset (P→B)
3 — Two Position; Actuator Offset, Detented for
Non-Manual Actuators➀
Three Position; Detented for Manual Lever
4 — Two Position; Spring Centered, Actuator Offset ➁
5 — Three Position; Spring Centered, Actuator Offset
6 — Two Position; Spring Offset, Actuator Centered➁
7 — Manual Lever Only; Two Position, Detented
—
—
—
—
—
—
—
—
12 o’clock position, on port “A” end of valve
9 o’clock position, on port “A” end of valve
6 o’clock position, on port “A” end of valve
3 o’clock position, on port “A” end of valve
12 o’clock position, on port “B” end of valve
9 o’clock position, on port “B” end of valve
6 o’clock position, on port “B” end of valve
3 o’clock position, on port “B” end of valve
Options (Solenoid Models Only)
➀ Only available with Type 0, Type 1 and Type 03 spools.
➁ Not available with Manual Lever Operated valves.
C
M
T
CG
—
—
—
—
SL
HPT
—
—
BH3A —
BH3B —
Spools
BH5A —
A B
A B
2➀
0
BH5B —
P T
P T
A B
A B
➀ Available with 115/DF solenoids only. For other voltages, consult the
2R➀
1
Dynex sales department
➁ Option not available with “EPW” solenoid models.
➂ Option not available with “Plug-In-Terminal” solenoid models.
➃ N.F.P.A. standard T3.539-1980; A.N.S.I. standard B93.55M-1981.
P T
P T
A B
A B
3➀
32➀
P T
P T
A B
A B
4➀
32R➀
Electrical – Solenoid Options
P T
P T
A B
A B
011➀➁
36➀
P T
P T
A B
03
P T
➀ Not available with Type 3 Internal Operators (except manual
lever models).
➁ Open crossover
CSA and UL Recognized Coils (Etched with Symbol)➀
Hand Actuated Manual Override ➁
Terminal Strip➁➂
Cable Grip, for .38 to .44 inch (9,5 to 11,1 mm) O.D.
machine tool cable➁➂
Solenoid Lights (Available 115/DF A.C. Only)➁➂
High Pressure Tank Port
2300 psi (160 bar) maximum A.C. models
3000 psi (210 bar) maximum D.C. models
3-pin Connector (N.F.P.A. standard T3.539-1980), for
single solenoid models, on port “A” end of valve➁➂➃
3-pin Connector, for single solenoid models, on port
“B” end of valve➁➂➃
5-pin Connector, for single or double solenoid models,
on port “A” end of valve➁➂➃
5-pin Connector, for single or double solenoid models,
on port “B” end of valve➁➂➃
STANDARD SOLENOIDS:
24/DF — Dual Frequency, 24/60, 24/50
115/DF — Dual Frequency, 115/60, 110/50
230/DF — Dual Frequency, 230/60, 220/50
460/DF — Dual Frequency, 460/60, 440/50
12VDC — Direct Current, 12 Volts
24VDC — Direct Current, 24 Volts
12VDC EPW — Explosion Proof Solenoids
24VDC EPW — Explosion Proof Solenoids
115/60 EPW — Explosion Proof Solenoids
110/50 EPW — Explosion Proof Solenoids
220/50 EPW — Explosion Proof Solenoids
PLUG-IN TERMINAL SOLENOIDS:➀
115/HAC — Dual Frequency, 115/60, 110/50
230/HAC — Dual Frequency, 230/60, 220/50
12/HDC — Direct Current, 12 Volts
24/HDC — Direct Current, 24 Volts
For Other Voltages, Consult the Dynex Sales Department
➀ Fits DIN Connector Standard 43650 (Hirschmann GDM 209)
8