High Pressure, Subplate Mounted
MODEL HP03
Directional Control Valves
5 gpm (19 L/min) nominal
10 000 psi (700 bar)
HP03 valves are rated for 5 gpm
(19 L/min) nominal flow at pressures
to 10 000 psi (700 bar). Flows to
15 gpm (57 L/min) are possible with
some models (See “Typical Valve
Performance”, pages 3-4).
These high performance valves
operate reliably at pressures double
that of conventional subplate
mounted valves.
The reliable sliding-spool valves
provide true four-way control in a
simple compact package.
SMOOTH, PRECISE SHIFTING
Spool travel is exceptionally smooth
because of a four-land spool design.
Additional outboard lands provide
greater support than two-land
designs.
Balancing grooves provide precise
centering, reducing silt buildup.
Close tolerances assure accurate
land sequencing and low leakage.
RELIABLE VALVE SEALING
Tapered o-ring counterbores reduce
leakage, by assuring seal retention
in rapid cycling operation. High-
torque mounting prevents weepage.
SOLENOID ADVANTAGES
Solenoid models are quiet and
weather-tight for extra-long life. Wet
armature design eliminates dynamic
seals and increases the available
shifting forces. Static o-rings prevent
external leakage.
MANUAL OVERRIDE
Solenoid override pins are made
from corrosion-resistant brass for
trouble-free operation. Convenient
hand-actuated override, available as
an option, provides solenoid override
without the use of tools.
PLUG-IN TERMINAL SOLENOIDS
Optional solenoid plugs simplify
electrical connections during instal-
lation and servicing. These integral
three-terminal, bi-polar plugs fit
DIN Connector Standard 43650
(Hirschmann GDM 209).
LEVER-OPERATED MODELS
Lever operated valves offer superior
handle position flexibility. Choose
from eight different locations to put
the handle where it is best for
operator convenience.
Hand-Actuated Override
HP03 Valve With Optional Plug-In-Terminal Solenoids
Weather-Tight Solenoids
ENGINEERING
SPECIFICATIONS
2
Valve Specifications
and Application Data
SPECIFICATIONS
Special Mounting
Although similar to standard NFPA
D03 (CETOP 3) valves in size, HP03
valves require a special mounting
pattern. Refer to page 5.
Rated Pressure
10 000 psi (700 bar)
Rated Flow
5 gpm (19 L/min) nominal; See
“Typical Valve Performance”, page 3.
Tank Port Pressure (Maximum)
Manual Operated Models:
3000 psi (210 bar);
Solenoid Actuated Models:
Standard,
1000 psi (70 bar) dynamic,
3000 psi (210 bar) static;
High Pressure Option (HPT),
3000 psi (210 bar) dynamic,
5000 psi (350 bar) static;
Hydraulic and air actuated models:
Standard, 1500 PSI (105 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
Available with A.C. or D.C. solenoids.
For electrical options refer to “Typical
Model Code” on page 8. For complete
installation details on these options,
refer to Bulletin VES.
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 43650
(Hirschmann GDM 209)
Explosion Proof (EPW Option)
Solenoids with special enclosures
are approved by UL and CSA for use
in hazardous locations.
UL Classification:
Class I, Group C, D;
Class II, Group E, F, G
CSA and UL Recognized (C Option)
Solenoid coils are printed with
the symbol:
(CSA and UL Recognized)
Available with 115/DF coils only. For
other voltages, contact the Dynex
sales department.
115/DF 110 A.C. 50 1.65 .47 20 40
(Dual Frequency) 115 A.C. 60 1.55 .40 20 44
230/DF 220 A.C. 50 .86 .22 20 150
(Dual Frequency) 230 A.C. 60 .80 .18 20 150
460/DF 440 A.C. 50 .41 .13 23 600
(Dual Frequency) 460 A.C. 60 .40 .10 21 600
12 VDC 12 D.C. — 2.33 2.33 28 5.1
24 VDC 24 D.C. — 1.17 1.17 28 20.6
115/60 EPW 115 A.C. 60 1.90 .50 23 33.5
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 8.
Solenoid Code
➀
Input
Voltage
(Volts)
Frequency
(Hz)
Inrush
Current
(Amps)
Holding
Current
(Amps)
Holding
Power
(Watts)
Coil
Resistance
(Ohms ± 10%)
ELECTRICAL DATA
APPLICATION DATA
Flow Actuating Pattern
Operating actuator “A” opens flow
path to port “A” (P→A). Operating
actuator “B” opens flow path to port
“B” (P→B). Models with Code 6
operators, which are actuator
centered, are the exception.
Spring-centered or spring-offset
models are spring positioned unless
actuated continuously. Valves with
detented operation can be actuated
momentarily (minimum electrical
signal duration, 50 ms) to shift and
hold the spool in that position.
Mounting Position
Unrestricted for all models.
Standard Seals
All valves use fluorocarbon (Viton
®
or
Fluorel
®
) o-rings, providing greater
fluid compatibility and improved
temperature range performance.
Fluid Recommendations
50 to 1500 SUS (7 to 323 cSt) viscosity;
-20° to 200° F (-29° to 93° C)
temperature range.
Filtration
Five micron or better is recommended
for this high pressure valve.
MANUAL OPERATED MODELS
Lever operated models offer handle
position flexibility with four positions
on either port “A” end or port “B” end
of valve.
In-the-field changes are easy, by
removing the bracket assembly and
rotating the handle to the desired
position.
To specify position, see the instal-
lation drawing on page 7 and refer to
“Typical Model Code” on page 8.
Fine filtration is especially critical for
sliding spool valves held in one
position for long periods, subjected
to high system pressures. Silting
may cause spool sticking and
improper shifting. To further prevent
this occurrence, valves should be
cycled periodically.
Differential Cylinder Circuits
High differential flows in cylinder
circuits can cause any hydraulic valve
to malfunction. Contact the Dynex
sales department for a review of appli-
cations with differential flows (P→A
versus B→T, or P→B versus A→T)
above 6.6 gpm (25 L/min).
Pressure Surges
Consistent with standard practice,
the system should be protected from
pressure surges. With a common
tank line serving multiple valves,
shifting of any spool valve can be
affected by surges of oil.
A separate line to tank, or to another
low pressure line, is recommended.
This is particularly critical with
detented models.
®
C
3
Selecting Spools and
Internal Operators
SPOOL SELECTION
The table at right shows the most
common spools. Refer to “Typical
Model Code” on page 8 for a
complete listing of spool types.
Lever actuated models, with Code 1
or Code 2 internal operators, use
Type 0 or Type 1 spools. All other
models with Code 1 or Code 2
internal operators use Type 20 or
Type 21 spools.
Type 0 and Type 1 spools provide
the same function, but are not
interchangeable with Type 20 or
Type 21 spools.
INTERNAL OPERATORS
The table shows available internal
operators with flow symbols. Note
the following exceptions:
Code 3 operators in models with lever
actuators provide three position,
detented operation.
With Code 4 and Code 6 operators,
flow can be reversed with the “R”
option. For example, with “R” in the
model code, a Code 4 operator with
a Type 0 spool will direct flow to port
“B” (P→B) in the actuated position.
FLOW CAPACITY — SOLENOID MODELS
2
10000
8000
6000
4000
2000
4 6 8 10 12 14 16
PRESSURE
FLOW
605040302010
U.S. GPM
L/MIN
700
600
500
400
300
200
100
0
PSI
BAR
D
C
A
B
F
G
H
J
K
L
E
1 All Types — K — L — — — — — — — — —
2 All Types — K — L — — — — — — — — —
3 All Types B — L — — — — — — — — — —
4
A.C. E — L — L L G A A C C D H
D.C. & EPW L — L — L L G G G L L L L
5
A.C. E — L — L L G A A C C D H
D.C. & EPW L — L — L L G G G L L L L
6 All Types L — L — L L F F F L L L J
Operator
Code
Solenoid
Type
Spool Type
0 20 1 21 3 4 011 2 2R 32 32R 36 03
FLOW CURVE REFERENCE
Typical Valve
Performance
SOLENOID MODELS
The curves at right show typical flow
capacity for each spool type. The
letters in the “Flow Curve Reference”
table identify the appropriate curve.
For example, in the table under
spool Type 0, curve “L” is called out
for models with Code 5 internal
operators and D.C. solenoids.
Looking at the curves, “L” indicates a
maximum capacity of 15 gpm
(57 L/min) at pressures to 10 000 psi
(700 bar).
A
B
P
T
A
A
B
P
T
B
A
B
P
T
A
B
P
T
A
A
B
P
T
A
A
B
P
T
A
A
B
P
T
B
B
A
B
P
T
B
A
B
P
T
A
B
P
T
A
A
B
P
T
B
Actuated
Non-
Actuated
Function
Symbol
Operator Function
INTERNAL OPERATORS
Operator
Code
Actuator,
Operation
Spool Types
0, 20 Offset
1, 21 P→B
P→A
1
Single Actuator,
Two Position
Offset
03
P→B
P→A
0, 20 Offset
1, 21 P→A
P→B
2
Single Actuator,
Two Position
Offset
03
P→A
P→B
Double Actuator, All Detented in P→A or
3
Two Position Types Actuated Positions P→B
Spring
0, 1, 3
Centered
P→A
4
Single Actuator,
Two Position
Spring
011
Centered
P→B
Double Actuator, All Spring P→A or
5
Three Position Types Centered P→B
Spring Offset
0, 1,3
P→B
Centered
6
Single Actuator,
Two Position
Spring Offset
011
P→A
Centered
Single Actuator, Detented in P→A or
7
Two Position
0 or 1
Actuated Positions P→B
4
450
400
350
300
250
200
150
100
50
246810121416
PRESSURE
FLOW
605040302010
U.S. GPM
L/MIN
32
28
24
20
16
12
8
4
0
A
BC
D
E
F
PSI
BAR
G
H
Determining
Valve Efficiency
PRESSURE DROP
The curves at right indicate pressure
drop for all HP03 valves, except
manual operated (see page 5 for
those curves).
These curves show resistance to
flow for specific flow paths and
various spool types. The “Flow
Curve Reference” table identifies the
proper curve.
Maximum flow capacity depends on
valve actuator, internal operator,
spool type and other application
factors. Refer to “Typical Valve
Performance” on page 3.
AN EXAMPLE
In the table under spool Type 1,
curve “D” is called out to determine
the pressure drop for P→A. Looking
at the curves, “D” indicates a drop of
about 65 psi at 5 gpm (4,5 bar at 19
L/min).
To determine total “loop” drop, the
individual pressure drops for P→A
and B→T (or P→B and A→T) must
be added.
PRESSURE DROP (∆P) — ALL MODELS EXCEPT LEVER ACTUATED
PILOT OPERATED MODELS
The maximum flow for pilot operated
models is dependent on pilot pressure.
Generally, the maximum flow for most
pilot operated valves is 8 gpm
(30 L/min). When using a Type 011
spool (tandem center), the maximum
flow rating is 6 gpm (23 L/min).
Minimum Pilot Pressure
The table at right shows the minimum
pressure required to shift the spool at
a nominal flow of 5 gpm (19 L/min).
These values are based on zero tank
pressure. For hydraulic piloted
models, as back pressure increases
above zero, the minimum pilot
pressure must be increased equally.
Maximum Pilot Pressure
Hydraulic, 3000 psi (210 bar);
Air, 200 psi (14 bar)
Volume
Maximum required to shift spool
full stroke:
Hydraulic, 0.014 in
3
(0,23 cm
3
);
Air, 0.220 in
3
(3,61 cm
3
)
0 or 20 215 14,8
1 or 21 215 14,8
3 215 14,8
6800 Series 4 215 14,8
Hydraulic 011 360 24,8
Piloted 2 or 2R 360 24,8
32 or 32R 260 17,9
36 260 17,9
03 215 14,8
0 or 20 35 2,4
1 or 21 28 1,9
3 35 2,4
6900 Series 4 35 2,4
Air 011 50 3,4
Piloted 2 or 2R 50 3,4
32 or 32R 40 2,8
36 35 2,4
03 35 2,4
Series Spool Type
psi bar
Pilot Pressure at
5 gpm (19 L/min)
MINIMUM PILOT PRESSURE
LEVER OPERATED MODELS
Most manual models are rated for
15 gpm (57 L/min) maximum. The
exceptions are models with internal
operators and spool types shown in
the table below.
0 7.0 26
1 1 8.0
➀
30
➀
03 7.0 26
0 7.0 26
2 1 8.0
➀
30
➀
03 7.0 26
1 8.0
➀
30
➀
3 011 7.5 28
2 or 2R 7.5 28
5 1 8.0
➀
30
➀
7 1 8.0
➀
30
➀
➀ 8 gpm (30 L/min) at 10 000 psi (700 bar). Flow
capacity increases with reduced pressure;
i.e., 11 gpm (41 L/min) at 2000 psi (140 bar).
Operator
Code
Spool
Type
gpm L/min
Maximum Flow
FLOW LIMITATIONS
P→ABBDEBDCCCBBBB
P→BBBDEBDCCCBBBB
A→TEEGGHEEEEEEE—
B→TEEGGHEEEEEEE—
P→T —— D D ——A A A ————
Flow
Path
0 20 1 21 3 4 011 2 2R 32 32R 36 03
Spool Type
FLOW CURVE REFERENCE
➀ These curves indicate efficiency for various spool types. For maximum flow capacity refer to
curves on page 3.
5
Installation
and Dimensions
SPECIAL VALVE MOUNTING
The mounting surface drawing
shows the minimum flush or raised
surface required for this special
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; .250-20 UNC
Threaded x 0.75 inch (19 mm),
Grade 8 or better; four required.
Recommended mounting torque is
12 lb
•
ft (16 N
•
m) maximum.
.16 (4,1); .16 (4,1) DEEP MINIMUM
LOCATING PIN HOLE
1.75
(44,5)
.234 (5,94) 3 PORTS
1.30
(33,0)
1.594
(40,49)
2.00
(50,8)
.19
(4,8)
.25
(6,4)
.157
(3,99)
.625
(15,88)
1.093
(27,77)
1.250
(31,75)
.475
(12,07)
.844
(21,44)
1.213
(30,81)
.250–20 U.N.C.–2B THREADED
.43 (10,9) DEEP MINIMUM, 4 MTG. HOLES
.250 (6,35) 1 PORT
.0004/4.0
(,010/102)
32
(,80)
P
A
B
T
Minimum Mounting Surface, Special HP03 Pattern
450
400
350
300
250
200
150
100
50
246810121416
PRESSURE
FLOW
605040302010
U.S. GPM
L/MIN
32
28
24
20
16
12
8
4
0
A
B
C
E
F
G
PSI
BAR
D
PRESSURE DROP (∆P) — LEVER ACTUATED MODELSLEVER ACTUATED MODELS
The curves at right indicate pressure
drop for lever actuated HP03 valves.
These curves show resistance to
flow for specific flow paths and
various spool types. The “Flow
Curve Reference” table identifies the
proper curve.
Maximum flow capacity depends on
valve actuator, internal operator, spool
type and other application factors.
Refer to the “Flow Limitations” table
on page 4.
AN EXAMPLE
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 60 psi at 5 gpm (4,1 bar at
19 L/min).
To determine total “loop” drop, the
individual pressure drops for P→A
and B→T (or P→B and A→T) must
be added.
P→ABCBCBBBBBBB
P→BBCBCBBBBBBB
A→TF G G F D DD F F F —
B→TF G G F D DD F F F —
P→T — B —— AAA——— —
Flow
Path
0 1 3 4 011 2 2R 32 32R 36 03
Spool Type
FLOW CURVE REFERENCE
6
SOLENOID MODEL DIMENSIONS
Dimensions are shown, at right, for
both A.C. and D.C. solenoids; D.C.
configuration shown printed in gray.
Overall length of single solenoid
configuration (not shown) is
6.78 inches (172,2 mm), A.C.; and
7.39 inches (187,7 mm), D.C.
Weight (Mass)
Single Solenoid:
A.C., 3.4 lb (1,5 kg);
D.C., 3.9 lb (1,8 kg)
Double Solenoid:
A.C., 4.0 lb (1,8 kg);
D.C., 5.3 lb (2,4 kg)
.92
(23,4)
3.53
(89,7)
.13
(3,3)
1.59
(40,4)
1.30
(33,0)
3.12
(79,2)
(D.C.)
2.51
(63,8)
(A.C.)
.125 (3,18)
LOCATING PIN
9.77
(248,2)
(D.C. SOLENOID)
8.54
(216,9)
(A.C. SOLENOID)
.94
(23,9)
1.88
(47,8)
SOL. A FOR
TYPE 0, 1, 3, 4, 03,
32, 32R, 36 (20 OR 21
FOR CODE 1 OR 2
OPERATOR) SPOOLS;
SOL. B FOR TYPE 011,
2, 2R SPOOLS
.250-20 U.N.C. THREADED x .75 (19,0) LONG MTG. BOLTS,
4 REQUIRED; TORQUE: 12 LB
•
FT (16,3 N
•
M) MAXIMUM
SOL. B FOR
TYPE 0, 1, 3, 4, 03, 32,
32R, 36 (20 OR 21 FOR CODE 1
OR 2 OPERATOR) SPOOLS;
SOL. A FOR TYPE 011,
2, 2R SPOOLS
5.00
(127,0)
.50 0 –14 N.P.T. , STANDARD
ELECTRIC ENTRY, 1 EACH SIDE
2.30
(58,4)
(D.C.)
CLEARANCE TO
REMOVE COIL
1.75
(44,4)
.88
(22,4)
.38
(9,7)
GRIP
2.74
(69,6)
3.73
(94,7)
.37
(9,4)
MANUAL ACTUATOR PIN
1.68
(42,7)
(A.C.)
6500 Series, Double Solenoid Models
Subplate PSO29-SAE-6 or PSO29-BSP-6 or PSO30
SPACER
NO. 10811320
SOL. A FOR TYPE
0, 1, 3, 4, 03, 32, 32R, 36
(20 OR 21 FOR CODE 1 OR
2 OPERATOR) SPOOLS
SOL. B FOR
TYPE 011, 2,
2R SPOOLS
.92
(23,4)
3.53
(89,7)
.13
(3,3)
1.59
(40,4)
1.30
(33,0)
.125 (3,18)
LOCATING PIN
1.75
(44,4)
.88
(22,4)
1.13
(28,7)
GRIP
.37
(9,4)
.250-20 U.N.C. THREADED
x 1.50 (38,1) LONG
MTG. BOLTS, 4 REQUIRED,
TORQUE: 12 LB
•
FT
(16,3 N
•
M) MAXIMUM
1.69
(42,9)
.75
(19,0)
4.49
(114,0)
12.50
(317,5)
3.25
(82,6)
CLEARANCE TO
REMOVE COIL
SOLENOID POSITION LIMIT
WITH SIDE OUTLET SUBPLATE
MANUAL
ACTUATOR PIN
3.72
(170,7)
2.88
(73.2)
1/2 INCH N.P.T. STAND. ELECTRIC ENTRY,
360˚ ROTATABLE WITH BOTTOM OUTLET SUBPLATE
NOTE: KEEP AIR GAP
BETWEEN SOLENOID AND
VALVE BODY CLEAN
GROUNDWIRE (2) TYP. #18 AWG (GREEN
INSULATION) APPROX 18 (457) LONG
LEADWIRES (4) TYP.
#18 AWG, APPROX 18 (457) LONG
1.63
(41,4)
45˚
SOL. B FOR TYPE
0, 1, 3, 4, 03, 32, 32R, 36
(20 OR 21 FOR CODE 1 OR
2 OPERATOR) SPOOLS
SOL. A FOR
TYPE 011, 2,
2R SPOOLS
6500 Series, Double EPW Solenoid Models
EXPLOSION PROOF SOLENOIDS
Solenoids with special enclosures
are approved by UL and CSA for use
in hazardous locations (available
A.C. only). Overall length of single
solenoid model (not shown) is
8.23 inches (209,0 mm).
Note that spacer plate (No. 10811320)
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
plate 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)
SUBPLATE AND BOLT KITS
Subplates are available for mounting
HP03 pattern valves, with a choice
of S.A.E. or British Standard Pipe
(B.S.P.) ports, or ports which fit
Autoclave or Butech fittings.
Mounting bolts are supplied with kit.
When ordering together, valves are
not mounted on subplates.
T
A
.0004/4.0
(,010/102)
32
(,80)
.62
(15,7)
TYP.
4 PLACES
1.50
(38,1)
1.75
(44,4)
TYP.
2 PLACES
1.25
(31,8)
TYP.
2 PLACES
T PORT
NO. 6 S.A.E. (MODELS
PSO29-SAE-6 AND PSO30),
NO. 6 B.S.P. (MODEL
PSO29-BSP-6)
A, B AND P PORTS (3)
NO. 6 S.A.E. (MODEL
PSO29-SAE-6), NO. 6 B.S.P.
(MODEL PSO29-BSP-6), OR
.8125-16 U.N.C.—2B THREADED,
FITS AUTOCLAVE MEDIUM
PRESSURE, BUTECH M/P,
OR EQUIVALENT(MODEL PSO30)
.16 (4,1)
.16 (4,1) DEEP MINIMUM
LOCATING PIN HOLE
.250–20 U.N.C.—2B THREADED
.43 (10,9) DEEP MINIMUM,
4 MTG. HOLES
.625
(15,88)
1.250
(31,75)
.468
(11,89)
1.875
(47,62)
2.50
(63,5)
.468
(11,89)
.31
(7,9)
.475
(12,06)
1.213
(30,81)
1.30
(33,0)
1.594
(40,49)
.844
(21,44)
2.875
(73,02)
3.50
(88,9)
.31
(7,9)
.343 (8,71) WI T H
.50 (12,7) COUNTERBORE
x .37 (9,4) DEEP,
2 SUBPLATE MTG. HOLES
2.75
(69,8)
[PSO30 ONLY]
PSO29-SAE-6 Side Ports, S.A.E. No. 6
PSO29-BSP-6 Side Ports, B.S.P. No. 6
PSO30 .8125-16 U.N.-2B Threaded
➀
P11-BK (4) .250-20 UNC
(Bolt Kit) Threaded x 0.75 Inches (19 mm)
10811320 For mounting EPW models on
(Spacer Plate) side-ported subplate/manifolds.
P11-BKE
For use with above spacer:
(Bolt Kit)
(4) .250-20 UNC
Threaded x 1.50 Inches (38 mm)
➀ High pressure port fits Autoclave Medium
Pressure, Butech M/P or equivalent fitting.
DescriptionPart Number
KIT PART NUMBERS
7
PILOT PORT (2) 1/8 INCH N.P.T.
.92
(23,4)
3.53
(89,7)
.13
(3,3)
∅125 (3,18)
LOCATING PIN
1.59
(40,4)
1.30
(33,0)
1.25
(31,8)
HEX
7.09
(180,1)
1.78
(45,2)
1.75
(44,5)
.87
(22,1)
2.09
(53,1)
.94
(23,9)
.37
(9,4)
.38
(9,7)
GRIP
.250-20 U.N.C. THREADED x .75 (19,0) LONG
MTG. BOLTS, 4 REQUIRED,
TORQUE: 12 LB
•
FT (16,3 N
•
M) MAXIMUM
PILOT A FOR TYPE
0, 1, 3, 4, 03, 32, 32R, 36,
(20 OR 21 FOR CODE 1 OR
2 OPERATOR) SPOOLS
PILOT B FOR TYPE 011,
2, 2R SPOOLS
PILOT B FOR TYPE
0, 1, 3, 4, 03, 32, 32R, 36,
(20 OR 21 FOR CODE 1 OR
2 OPERATOR) SPOOLS
PILOT A FOR TYPE 011,
2, 2R SPOOLS
6900 Series, Double Air Piloted Models
AIR PILOTED MODELS
Single and double actuator models are
available. Overall length of single
actuator configuration (not shown) is
5.56 inches (141,2 mm).
Valves can be mounted without
removing nameplate. Openings in
plate provide access to mounting holes
in valve body.
Refer to page 4 for required shifting
pressure and volume.
Weight (Mass)
Single Actuator: 2.3 lb (1,0 kg);
Double Actuator: 2.5 lb (1,1 kg)
MANUAL OPERATED MODELS
Manual models are lever actuated,
with handle located in a choice of four
positions on either port “A” or port “B”
end of valve.
Valves can be mounted without
removing nameplate. Openings in
plate provide access to mounting
holes in valve body.
To specify handle position, see the
drawing below and refer to “Typical
Model Code” on page 8.
Weight (Mass)
3.2 lb (1,5 kg)
HANDLE POSITION FOR P TO A
FOR TYPE 0, 1, 3, 4, 03, 32,
32R, 36 SPOOL; P TO B FOR
TYPE 011, 2, 2R SPOOL
HANDLE POSITION FOR P TO B FOR
TYPE 0, 1, 3, 4, 03, 32, 32R, 36 SPOOL;
P TO A FOR TYPE 011, 2, 2R SPOOL
2.09
(53,1)
1.75
(44,4)
.94
(23,9)
1.44
(36,6)
5.45
(138,4)
.250-20 U.N.C.THREADED
x .75 (19,0) LONG MTG. BOLTS,
4 REQUIRED,
TORQUE: 12 LB
•
FT (16,3 N
•
M) MAXIMUM
.38
(9,7)
GRIP
.37
(9,4)
.88
(22,4)
14.5°
14.5°
HANDLE POSITION
FOR P TO B FOR
TYPE 0, 1, 3, 4, 03,
32, 32R, 36 SPOOL
P TO A FOR TYPE
011, 2, 2R SPOOL
1.30
(33,0)
1.59
(40,4)
3.53
(89,7)
4.03
(102,4)
5.21
(132,3)
5.83 (148,1) WITH HANDLE OFFSET
.125 (3,18)
LOCATING PIN
.13
(3,3)
6100 Series, Manual Lever Operated Models
6800 Series, Double Hydraulic Piloted Models
HYDRAULIC PILOTED MODELS
Single and double actuator models are
available. Overall length of single
actuator configuration (not shown) is
5.25 inches (133,4 mm).
Valves can be mounted without
removing nameplate. Openings in
plate provide access to mounting
holes in valve body.
Refer to page 4 for required shifting
pressure and volume.
Weight (Mass)
Single Actuator: 2.5 lb (1,1 kg);
Double Actuator: 2.8 lb (1,3 kg)
A12 or B12
A3
or
B3
A6 or B6
A9
or
B9
Handle Position Viewed from
Port “A” or Port “B” End of Valve
6 5 4 0 — HP03 — 115/DF — R —
*
—SL—20
Valve Type
6 — Subplate
Mounted
Directional
Control
Actuator
1 — Manual Lever
5 — Solenoid Operated
8 — Hydraulic Piloted
9 — Air Piloted
Valve Size
HP03 — High Pressure,
10 000 psi (700 bar),
Special Mounting
Pattern
Design
Number
Internal Operator
1 — Two Position; Spring Offset (P→B), Actuator Offset (P→A)
➀
2 — Two Position; Spring Offset (P→A), Actuator Offset (P→B)
➀
3 — Two Position; Actuator Offset, Detented for Non-Manual Actuators
Three Position; Detented for Manual Lever
4 — Two Position; Spring Centered, Actuator Offset (P→A)
➁
5 — Three Position; Spring Centered, Actuator Offset
6 — Two Position; Spring Offset, Actuator Centered
➁
7 — Manual Lever Only: Two Position, Detented
➀
Only available with Type 20 and Type 21 spools (except manual lever models).
➁
Not available with Manual Lever Operated valves.
Lever Position (Manual Models Only)
A12 — 12 o’clock position, on port “A” end of valve
A9 — 9 o’clock position, on port “A” end of valve
A6 — 6 o’clock position, on port “A” end of valve
A3 — 3 o’clock position, on port “A” end of valve
B12 — 12 o’clock position, on port “B” end of valve
B9 — 9 o’clock position, on port “B” end of valve
B6 — 6 o’clock position, on port “B” end of valve
B3 — 3 o’clock position, on port “B” end of valve
Options (Solenoid Models Only)
C — CSA and UL Recognized Coils (Etched with Symbol)
➀
M — Hand Actuated Manual Override
➁
T — Terminal Strip
➁➂
CG — Cable Grip, for 3/8 to 7/16 inch (9,5 to 11,1 mm) O.D.
machine tool cable
➁➂
SL — Solenoid Lights (Available 115/DF A.C. Only)
➁➂
HPT — High Pressure Tank Port
2300 PSI (160 bar) maximum A.C. models
3000 PSI (210 bar) maximum D.C. models
BH3A — 3-pin Connector, for single solenoid models, on port
“A” end of valve
➁➂➃
BH3B — 3-pin Connector, for single solenoid models, on port
“B” end of valve
➁➂➃
BH5A — 5-pin Connector, for single or double solenoid models,
on port “A” end of valve
➁➂➃
BH5B — 5-pin Connector, for single or double solenoid models,
on port “B” end of valve
➁➂➃
➀
Available with 115/DF solenoids only. For other voltages, consult the
Dynex sales department.
➁
Option not available with “EPW” solenoid models.
➂
Option not available with “Plug-In-Terminal” solenoid models.
➃
NFPA standard T3.539-1980; ANSI standard B93.55M-1981.
Spools
0, 20
➀
2
➁
1, 21
➀
2R
➁
3
➁
32
➁
4
➁
32R
➁
011
➁➃
36
➁
03
➂
➀
Code 1 or Code 2 operators (non-lever actuated models) use
Type 20 or Type 21 spools. These spools provide the same
function, but are not interchangeable with Type 0 or 1 spools.
➁
Not available with Code 1, Code 2, or Code 3 Internal
Operators (except manual lever models).
➂
Not available with Code 1 or Code 2 Internal Operators
(except manual lever models).
➃
Open crossover.
A
B
P
T
A
B
P
T
A
B
P
T
A
B
P
T
A
B
P
T
A
B
P
T
A
B
P
T
A
B
P
T
A
B
P
T
A
B
P
T
A
B
P
T
Electrical – Solenoid Options
For Other Voltages, Consult the Dynex Sales Department
➀
Fits DIN Connector Standard 43650 (Hirschmann GDM 209)
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
Reverse Flow Operator
(Code 4 and 6 Only)
R — Code 4: Two Position; Spring
Centered, Actuator Offset (P→B)
Code 6: Two Position; Spring
Offset (P→B), Actuator Centered
Copyright © Dynex/Rivett Inc. Printed in U.S.A. Bulletin VES.HP03-E0499
European Sales
Dynex/Rivett Inc.
Unit C5 Steel Close, Little End Road,
Eaton Socon, Huntingdon,
Cambs. PE19 3JH United Kingdom
Tel: +44 (0) 1480 213980
FAX: +44 (0) 1480 405662
USA Headquarters
Dynex/Rivett Inc.
770 Capitol Drive
Pewaukee, WI 53072
Tel: (414) 691-2222 FAX: 414-691- 0312
E-mail: sales@dynexhydraulics.com
Web Site: www.dynexhydraulics.com
Power Units & Systems
Dynex/Rivett Inc.
54 Nickerson Road
Ashland, MA 01721
Tel: (508) 881-5110
FAX: 508-881-6849