D08 Directional

Control Valves

D08 SERIES

40 gpm (151 L/min) Nominal

90 gpm (341 L/min) Max

000 psi (350 bar) Rated Pressure

ENGINEERING

SPECIFICATIONS

D08 valves are available with a full range

of spools and actuators, including lever

operated models.

An optional spool stroke adjustment

controls the limit of spool travel. This

provides manual control of the valve’s

metering characteristics. See page 8.

For a description of spools, operators,

and application information, refer to

page 2.

Mounting

Subplate, NFPA D08, NG25, ISO 4401-08.

Actuator Options

6100 Series: Lever Operated.

6600 Series: Solenoid Operated.

6800 Series: Hydraulic Piloted.

6900 Series: Air Piloted.

Rated Flow

Nominal: 40 U.S. gpm (151 L/min).

Maximum: 90 U.S. gpm (341 L/min).

Rated Pressure

5000 psi (350 bar).

Tank Port Pressure (Maximum)

Standard External Drain:

5000 psi (350 bar).

Internal Drain (“ID” Option):

Lever models,

500 psi (35 bar).

Solenoid and Air Piloted models,

3000 psi (210 bar).

Hydraulic Piloted models,

5000 psi (350 bar).

Response Time (Full Stroke)

Spring Centered models:

Solenoid Energized, 40-45 ms.

Spring Returned, 40 ms.

Spring Returned models:

Solenoid Energized, 50 ms.

Spring Returned, 75 ms.

Table of Contents

All Models Internal Operators Page 2

All Models Spool Descriptions Page 2

All Models Performance Page 3

All Models Mounting Page 4

6100 Series Lever Operated Page 4

6600 Series Solenoid Operated Page 5

6800 Series Hydraulic Piloted Page 7

6900 Series Air Piloted Page 7

All Models Options Page 8

All Models Model Code Page 9

Standard Seals

All valves use Fluorocarbon (Viton®,

Fluorel®, or equivalent) o-rings,

providing greater fluid compatibility

and increased temperature range

performance. EPR seals can be provided

as an option.

Fluid Recommendations

50 to 1500 SUS (7 to 323 cSt) viscosity;

-20° to 200° F (-29° to 93° C)

temperature range.

Recommended Filtration

Use filtration to provide fluid which

meets these ISO Code 4406 cleanliness

values: 19/17/14.

Internal Operator Descriptions

①

Internal

Operator

Code

Actuator,

Operation

Operator Functions

Spool Type Non-Actuated Actuated Function Symbol

Lever + Single

Actuator,

Two Position

5 or 6 P

→

B P

→

Lever + Single

Actuator,

Two Position

5 or 6 P

→

A P

→

Double

Actuator,

Two Position

5 or 6

Detented in

Actuated

Positions

→

Lever Actuator,

Three Position

All

Spools

Detented in

Actuated

Positions

→

Single Actuator,

Two Position

56 or 58

Spring

Centered

→

56 or 58

Reverse

Spring

Centered

→

5, 6, 8 or 9

Spring

Centered

→

5, 6, 8 or 9

Reverse

Spring

Centered

→

Lever + Double

Actuator,

Three Position

All

Spools

Spring

Centered

→

INTERNAL OPERATORS

The table shows available internal

operators and the most common spools.

Refer to Typical Model Code on page

9 to specify valve model. Contact the

Dynex Sales department for availability

of spool options not shown.

The function symbols in the table show

solenoid or lever actuated models as

reference. Air and hydraulic actuators

are also available.

Flow pattern in the center position

or during crossover is determined

by the selected spool. Refer to Spool

Descriptions below.

Flow Patterns

Actuator “A” opens flow path (P

→

A).

Actuator “B” opens flow path (P

→

B).

Spring Centered and Spring Offset models

are spring positioned unless actuated.

Detented Models (Solenoid Operated)

Code 3 operators (two position

detented) hold the spool in the last

actuated position. These valves can

be actuated momentarily (minimum

electrical signal duration, 50 ms) to

shift and hold the spool in that position.

Reverse “R” Option

(Internal Operator Code 4 Only)

Flow pattern can be altered with “R”

(Reverse Assembly) option. Refer to

Internal Operator Descriptions table

for flow pattern details.

B A

① A & B represent the actuator(s), which can be Air, Hydraulic, or Solenoid.

Spool Descriptions

①

Spool Type Spool Symbol Crossover Function Description of Spool Function

5 Closed center spool. All ports blocked in center position.

Open center spool. All ports connected in center position. Allows fluid motors or

cylinders to move when de-energized. Minimum shock during crossover.

8 Pressure port blocked in center position. Both A and B ports connected to tank.

A and B ports pressurized in center position, tank port blocked. Used for a differential

circuit with single rod cylinder. Prevents motor cavitating when decelerating. Reduces

crossover shock.

56 Tandem center spool, with closed crossover.

58 Tandem center spool, as noted for Type 56 spools, but with open crossover.

① A & B represent the actuator(s), which can be Air, Hydraulic, or Solenoid.

Represents the actuators.

Represents the work ports of the valve.

VALVE EFFICIENCY

D08 valves provide exceptionally

low pressure drop, as shown in the

performance curves.

Determining Pressure Drop

The Pressure Drop (∆P) Curves show

typical resistance to flow for various

spool types. The Flow Curve Reference

table identifies the typical pressure drop

curve for desired spool and flow path.

If the valve has simultaneous flow

through it in more than one direction,

then the “Loop” pressure drop should be

determined to estimate total pressure

drop (∆P) through the valve.

To determine total “Loop” drop, the

individual pressure drops for both flow

paths (for example: P

→

A + B

→

T) must

be added together.

Pressure Drop (

∆

gpm

Flow Curve Reference

Flow

Path

Spool Type

①

5 6 8 9 56 58

→

A D E D D D D

→

B D E D D D D

→

T F F F F D D

→

T C C C C B B

→

T – E – – A A

Typical Pressure Drop (

∆

P Example)

To determine the pressure drop (ΔP) for Spool Type “0”

From Flow Curve Reference table, cross reference:

Spool Type “5” with the Flow Path for P

→

A function = (D curve)

Spool Type “5” with the Flow Path for B

→

T function = (C curve)

From Pressure Drop (ΔP) Curves:

At 40 gpm: (D curve) = approx. 22 psi (P

→

At 40 gpm: (C curve) = approx. 25 psi (B

→

To determine total (for example: P

→

A + B

→

T):

Loop Pressure Drop = 22 psi + 25 psi = 47 psi

① See “Spool Descriptions” table on page 2 to determine which spool to select for valve application.

6100 Series, Lever Operated Models

6.00

(152,4)

3.719

(94,46)

1.156

(29,36)

4.437

(112,70)

.750

(19,05)

2.937

(74,60)

.187

(4,75)

.687

(17,45)

3.969

(100,81)

2.094

(53,19)

∅ .88 (22,4) MAXIMUM, PORTS (4)

3.625

(92,08)

5.125

(130,18)

3.031

(76,99)

.687

(17,45)

2.875

(73,02)

4.50

(114,3)

.44 (11,2) RADIUS

.0004/4.0

(0,010/102)

(0,80)

∅ .28 (7,1), .31 (7,9) DEEP MINIMUM

LOCATING PIN HOLES (2)

.500-13 UNC THREADED,

.81 (20.6) DEEP MINIMUM,

6 MOUNTING HOLES

∅ .44 (11,2) MAXIMUM

2 PORTS (X, Y)

Minimum Mounting Surface

VALVE MOUNTING

The mounting surface drawing shows

the minimum flush or raised surface

required for the standard NFPA D08,

NG25, ISO 4401-08 pattern.

Port o-rings are included with valves.

Mounting bolts must be ordered

separately: .500-13 UNC x 1.25 inch

(32 mm), Grade 8 or better, six required.

Recommended mounting torque is

55 lb•ft (75 N•m).

P16-BK-20 (Bolt Kit) available.

Note: Installation drawing dimensions

are shown in inches (millimeters in

parentheses) and are nominal.

2.094

(53,19)

3.031

(76,99)

5.125

(130,18)

11.63

(295,4)

.25 (6,4)

∅

.25 (6,4)

LOCATING

PINS (2)

.500-13 UNC THREADED

x 1.25 (31,8) LONG MOUNTING

BOLTS, 6 REQUIRED; TORQUE:

50-55 LB-FT (68-75 Nm)

.97

(24,6)

2.69

(68,3)

1.50

(38,1)

3.19

(81,0)

1.38

(35,1)

∅

1.19

(30,2)

3.625

(92,07)

2.25

(57,2)

4.50

(114,3)

.44

(11,2)

.75

(19,1)

.50

(12,7)

GRIP

4.44

(112,8)

9.44

(239,8)

HANDLE

POSITION

FOR P TO A

HANDLE

POSITION

FOR P TO B

.97

(24,6)

21º

2.00

(50,8)

2X SAE #4 A & B

GAGE PORTS

(PLUGGED)

6100 SERIES LEVER

OPERATED MODELS

Lever Operated valves are available in

two or three position models. Models

with Code 3 internal operators provide

three position, detented operation.

Refer to Typical Model Code on page 9.

Weight (Mass):

27.5 lb (12,5 kg).

SOLENOID OPTIONS

These models use a D03 valve as a pilot.

Models are available with AC or

DC solenoids.

Electrical Connections

Plug-In-Terminal Solenoids fit Deutsch

DT04-2P Connector or EN175301-803 /

DIN 43650 Form A (Hirschmann Type)

Connector.

Standard Solenoids

Solenoids are easily removed without

manual wiring or opening the hydraulic

system for replacement. Coils can be

rotated 360º for flexible installation.

CSA/UL Recognized

6600 SERIES SOLENOID

OPERATED MODELS

The overall length of a single solenoid

model (not shown) is 10.58 inches

(268,7 mm).

Weight (Mass):

Single Solenoid, 29.5 lb (13,4 kg).

Double Solenoid, 30.5 lb (13,8 kg).

Pilot Pressure:

Minimum, 65 psi (5 bar).

Maximum, 5000 psi ( 350 bar).

3.75

(95,2)

2.00

(50,8)

1.92

(48,8)

2.094

(53,19)

3.031

(76,99)

5.125

(130,18)

9.92

(252)

.25 (6,4)

2.75

(69,8)

3.625

(92,08)

2.25

(57,2)

4.50

(114,3)

.44

(11,2)

.50

(12,7)

GRIP

.75

(19,1)

∅

.25 (6,4)

LOCATING

PINS (2)

.500-13 UNC

THREADED x 1.25 (31,8) LONG

MOUNTING BOLTS, 6 REQUIRED;

TORQUE: 50-55 LB-FT (68-75 Nm)

2X SAE #4 A & B

GAGE PORTS

(PLUGGED)

1.15

(29,2)

1.79

(45,5)

6.09

(154,8)

2.13

(54)

1.65

(42)

PUSH TO ACTIVATE

MANUAL OVERRIDE

11.25

(285,8)

1.55

(39,3)

ELECTRICAL CONNECTOR TO FIT

EN175301-803 / DIN 43650

FORM A (HIRSCHMANN TYPE)

CONNECTOR

CLEARANCE TO

REMOVE COIL

1.96

(49,8)

MAIN VALVE

SOLENOID A

MAIN VALVE

SOLENOID B

SOLENOID TUBE

TORQUE TO 30 LB-FT (40 Nm)

ON TUBE FLATS

(UNDERNEATH COIL)

6600 Series, Double Solenoid Operated Models

1.55

(39,3)

2-PIN DEUTSCH

CONNECTOR

1.34

(34,1)

1.80

(45,7)

1.33

(33,7)

DC DIN CONNECTOR

COIL

AC DEUTSCH CONNECTOR

COIL

DC DEUTSCH CONNECTOR

COIL

1.67

(42,5)

1.69

(42,9)

1.55

(39,3)

1.05

(26,8)

2.79

(70,8)

1.65

(42)

ELECTRICAL CONNECTOR

TO FIT EN175301-803

(DIN 43650 FORM A) CONNECTOR

AC DIN CONNECTOR

COIL

Solenoid Electrical Data

Solenoid Type Volts

Coil Resistance (Ohms)

at 77º F (25º C) Power (Watts)

24AC

①

19.4 - 21.4 23

115AC

①

444 - 492 23

230AC

①

1823 - 1941 23

12DC 4.56 - 5.04 30

24DC 18.24 - 20.16 30

Explosion Proof

115AC

①

559.0 18.6

24DC

30.3 19

① Information shown is for 60Hz models only. At other frequencies the coil characteristics must be revised.

.50

(12,7) GRIP

∅

.25

(6,4)

2X SAE #4

STRAIGHT THREAD

GAGE PORTS

(PLUGGED)

2.85

(72,3)

SOLENOID TUBE

TORQUE TO 12 LB-FT (15 Nm)

ON TUBE FLATS

(UNDERNEATH COIL)

COIL RETAINING NUT

TORQUE: HAND TIGHT

.500-14 NPT ELECTRICAL ENTRY

7.89

(200,3)

.75

(19,1)

6X .500-13 UNC THREAD

TORQUE TO 55 LB-FT

.25

(6,4)

3.35

(85)

3.75

(95,3)

5.13

(130,3)

6.09

(154,8)

4X #10-24 UNC SHCS

TORQUE TO 65 LB-IN MAX.

2.33

(59,1)

COVER CAN BE ORIENTED ANY DIRECTION

TORQUE SCREWS TO 15 LB-IN (1.7 Nm)

PUSH TO ACTIVATE

MANUAL OVERRIDE

EXTERNAL EARTH

GROUND CONNECTION

2.5MM (.098 IN.) HEX

9.92

(252)

1.79

(45,5)

4.50

(114,3)

6600 Series, Single “EP” Solenoid Models

EXPLOSION PROOF

SOLENOID OPTIONS

“EP” solenoids with special enclosures

are approved by UL and CSA for use in

hazardous locations.

See table for Solenoid Ratings.

Weight (Mass):

Single Solenoid,

31.8 lb (14,4 kg)

Double Solenoid,

35.1 lb (15,9 kg)

Explosion Proof Solenoid Ratings

Location Governing Standard Dust & Gas Ratings

United States NEC 500

Class I (Division 1) Group C & D

Class II (Division 1) Group E, F, & G

United States NEC 505 & 506

Class I (Zone 1) AEx db IIC T4 Gb

Class I (Zone 21) AEx tb IIIC T135 Db

Canada CEC/CSA Ex db IIC T4 Gb (Zone 1)

Europe ATEX CЄ2813 II 2GD

International

(Excluding Above)

IECEx

Ex db IIC T4 Gb

Ex tb IIIC T135 Db

Installation Instructions:

1. Temperature of the fluid flowing through the valve and the solenoid must not exceed ambient

temperaturespecified on the nameplate (-65

F to 140

F (-54

C to 60

C)).

2. Fasteners securing the terminal box cover shall be M4X0.7-6G X 15mm per ISO-4762 and torqued to

15 LB-IN. Material: A2 - 70 or A4 - 70 of ISO-3506-1

3. Solenoid shall be mounted to a valve body/manifold/frame as heat sink ≥ 225 cm² surface area and

mass of 1.7 kg of steel.

4. Note coil is polarity insensitive.

5. Solenoid tube to be torqued to 12 LB-FT min.

.50

(12,7) GRIP

∅

.25

(6,4)

2X SAE #4

STRAIGHT THREAD

GAGE PORTS

(PLUGGED)

6.09

(154,8)

SOLENOID TUBE

TORQUE TO 12 LB-FT (15 Nm)

ON TUBE FLATS

(UNDERNEATH COIL)

COIL RETAINING NUT

TORQUE: HAND TIGHT

.500-14 NPT ELECTRICAL ENTRY

11.74

(298,2)

.75

(19,1)

6X .500-13 UNC THREAD

TORQUE TO 55 LB-FT

2X .25

(6,4)

3.35

(85)

3.75

(95,3)

5.13

(130,3)

4X #10-24 UNC SHCS

TORQUE TO 65 LB-IN MAX.

2.33

(59,1)

COVER CAN BE ORIENTED ANY DIRECTION

TORQUE SCREWS TO 15 LB-IN (1.7 Nm)

PUSH TO ACTIVATE

MANUAL OVERRIDE

2.85

(72,3)

EXTERNAL EARTH

GROUND CONNECTION

2.5MM (.098 IN.) HEX

9.92

(252)

4.50

(114,3)

1.79

(45,5)

6600 Series, Double “EP” Solenoid Models

6800 SERIES HYDRAULIC

PILOTED MODELS

Pilot Pressure:

Minimum, 65 psi (5 bar).

Maximum, 5000 psi (345 bar).

Required Volume (to shift spool full

stroke): 1.352 in

(22,2 cm

Weight (Mass):

25.7 lb (11,7 kg).

Crossover Block

As shown, these models use a cross-

over block to direct pilot pressure from

auxiliary ports “X” and “Y”.

3.75

(95,2)

2.00

(50,8)

1.92

(48,8)

2.094

(53,19)

3.031

(76,99)

5.125

(130,18)

9.92

(252)

.25 (6,4)

∅

.25 (6,4)

LOCATING

PINS (2)

.50

(12,7)

GRIP

2.75

(69,8)

1.75

(44,4)

3.625

(92,07)

2.25

(57,2)

4.50

(114,3)

.44

(11,2)

.75

(19,1)

4.44

(112,8)

CROSSOVER BLOCK

2X SAE #4 A & B

GAGE PORTS

(PLUGGED)

.500-13 UNC

THREADED x 1.25 (31,8) LONG

MOUNTING BOLTS, 6 REQUIRED;

TORQUE: 50-55 LB-FT (68-75 Nm)

6800 Series, Direct Hydraulic Piloted Models

X” and “Y” Port Function

Model Port “X” Port “Y”

681* Actuator A External Drain

682* External Drain Actuator B

685* Actuator A Actuator B

6900 Series, Air Piloted Models

6900 SERIES AIR PILOTED

MODELS

Air Pilot Pressure:

Minimum, 40 psi (3 bar).

Maximum, 200 psi (14 bar).

Required Volume (to shift spool full

stroke): 0.220 in

(3,61 cm

Weight (Mass):

Single Actuator, 28.7 lb (13 kg).

Double Actuator, 29 lb (13,1 kg).

Overall length of single actuator

configuration (not shown) is 9.92 inches

(252 mm), the same as a double actuator

model (determined by the length of the

main valve).

1.79

(45,5)

6.09

(154,8)

3.75

(95,2)

2.00

(50,8)

1.92

(48,8)

2.094

(53,19)

3.031

(76,99)

5.125

(130,18)

9.92

(252)

.25 (6,4)

∅

.25 (6,4)

LOCATING

PINS (2)

.500-13 UNC THREADED

x 1.25 (31,8) LONG

MOUNTING BOLTS, 6 REQUIRED;

TORQUE: 50-55 LB-FT (68-75 Nm)

3.625

(92,08)

2.25

(57,2)

4.50

(114,3)

.44

(11,2)

.75

(19,1)

.50

(12,7)

GRIP

PILOT PORT (2)

1/8-27 NPT

7.09

(180,1)

1.78

(45,2)

PILOT B FOR TYPE 0,

03, 32, 32R,

PILOT A FOR TYPE 011,

2, 2R SPOOLS

3.53

(89,7)

PILOT A FOR TYPE 0, 1, 3, 4, 03, 32, 32R, 36 SPOOLS;

PILOT B FOR TYPE 011, 2, 2R SPOOLS

2X SAE #4 A & B

GAGE PORTS

(PLUGGED)

OPTIONS

Pilot and Drain Options

This drawing shows the location of the

orifice for the standard internal pilot

configuration, and the plug for standard

external drain on solenoid and air

piloted models.

For conversion to external pilot (XP),

replace orifice with solid setscrew,

10-24 UNC x 0.25 inch (6.4) long,

(Dynex part 1059.027).

For conversion to Internal Drain

(ID), remove plug (as shown in

Section B-B illustration).

Spool Stroke Adjustment

(SSA OPTION)

The main stage spool travel can be

limited by using a stroke adjustment.

These are available on one or both ends.

When the stroke is limited, maximum

flow through the valve is reduced

(assuming same inlet pressure). To

adjust, loosen the jam nut and turn

adjusting screw. Once adjustment is

achieved, re-tighten jam nut.

The drawing shows an end cover with

“1SSA” option on the standard port “A”

end of valve. The “2SSA” configuration,

with adjustments on both ends, is

shown printed in gray.

For single adjustment on port “B” end,

contact the Dynex Sales department.

1SSA option adds 0.4 lb (0,18).

2SSA option adds 0.8 lb (0,36).

Flow Control (Pilot Choke)

(CH OPTION)

A pilot choke increases the amount of

time it takes to shift the main valve from

one position to another.

It is designed to allow free flow to one

end of the main stage spool but restricts

flow out of the opposite end.

9.92

(252)

1.81 (46,0) MAXIMUM

1.37 (34,8) MINIMUM

JAM NUT

ADJUSTMENT SCREW

1.81 (46,0) MAXIMUM

1.37 (34,8) MINIMUM

1.70

(43,2)

7.79

(197,9)

FLOW CONTROL (PILOT CHOKE)

SPOOL STROKE

ADJUSTMENT

MAIN VALVE

SOLENOID A

MAIN VALVE

SOLENOID B

2X SAE #4 A & B

GAGE PORTS

(PLUGGED)

Optional Spool Stroke Adjustment and Flow Control

The rate of spool travel in either

direction can be slowed by loosening

a locknut and turning an adjusting

screw clockwise. To increase the rate of

spool travel, turn the adjusting screws

counterclockwise.

When a pilot choke is used, pilot

pressure should be taken from a

constant pressure source.

The pilot choke is mounted between

the pilot valve and the main valve.

CH option adds 3.1 lb (1.4 kg).

Maximum Pressure:

3000 psi (210 bar).

Consult Dynex Sales department for

pressures above 3000 psi (210 bar).

P T

SECTION B-B

SECTION X-X

PLUG FOR EXTERNAL DRAIN

(STANDARD), REMOVE

FOR INTERNAL DRAIN

ORIFICE FOR INTERNAL

PILOT (STANDARD), PLUG

FOR EXTERNAL PILOT OPTION

REMOVE PLUG FOR ACCESS

TO EXTERNAL DRAIN PLUG

Pilot and Drain Conversion Solenoid and Air Piloted Models

TYPICAL MODEL CODE

Seals

No Code

Fluorocarbon (Viton

or Fluorel

)

EPR (Ethylene-Propylene Rubber)

General Options

1SSA

Spool Stroke Adjustment on port "A" end of valve

2SSA

Spool Stroke Adjustment on both ends of valve

Flow Control (Pilot Choke) – 3000 psi (210 bar)

maximum pressure

①②

Internal Drain

①

External Pilot

①

Not available with Hydraulic Piloted models.

② Consult Dynex Sales for pressures over 3000 psi (210 bar).

Actuators

Lever Operated

Solenoid Operated

Hydraulic Piloted

Air Piloted

6 1 1 5 – D08 – 115DA – R – 1SSA – E – 3 0

Valve Type

Subplate Mounted

Directional Control

Design

Number

Modification

Number

Internal Operators

Two Position: Spring Offset (P

→

B),

Actuated Position (P

→

Two Position: Spring Offset (P

→

A),

Actuated Position (P

→

Two Position: Actuated Position, Detented

Three Position: Detented (Lever Operated only)

Two Position: Spring Centered, Actuated Position

①

Three Position: Spring Centered, Actuated Position

①

For most spools, normal flow is actuated position P→A.

For Spool Types 56 or 58, normal flow is actuated

position P→B.

Spool Types

①

②

①

Closed Crossover.

② Open Crossover.

Reverse Assembly Option

Used with Internal Operator Code 4 only.

Valve Size

D08

NFPA D08 (NG25, ISO 4401-08)

Mounting Pattern

Electrical Options

AC Solenoids Deutsch Connector:

①

DC Solenoids Deutsch Connector:

①

115DA

115V/60Hz, 110V/50Hz

12DD

12VDC

230DA

230V/60Hz, 220/50Hz

24DD

24VDC

24DA

24V/60Hz, 24V/50Hz

AC Solenoids DIN Connector:

②

DC Solenoids DIN Connector:

②

115HA

115V/60Hz, 110V/50Hz

12HD

12VDC

230HA

230V/60Hz, 220/50Hz

24HD

24VDC

AC Explosion Proof:

➂

DC Explosion Proof:

➂

115EP

115V/60Hz

24EP

24VDC

① Fits Deutsch DT04-2P Connector.

②

Fits EN 175301-803 (DIN 43650 Form A) Connector.

➂ Junction box with 1/2" NPT entry for cable glands.

Middle East Sales

JAFZA 1, Tower A, 11th Floor

Jebel Ali Freezone

Dubai, UAE

Tel: +971 547422353

UAEsales@dynexhydraulics.com

European Sales

Unit C5 Steel Close, Little End Road,

Eaton Socon, St Neots,

Cambs. PE19 8TT United Kingdom

Tel: +44 (0) 1480 213980

Fax: +44 (0) 01480 405662

sales@dynexhydraulics.co.uk

USA Headquarters

770 Capitol Drive

Pewaukee, WI 53072

Tel: +1 (262) 691-0300

Fax: +1 (262) 691-0312

sales@dynexhydraulics.com

Power Units & Systems

54 Nickerson Road

Ashland, MA 01721

Tel: +1 (508) 881-5110

ashland@dynexhydraulics.com

Specifications shown were in effect when published. Since

errors or omissions are possible, contact your Dynex

Sales representative or the Dynex Sales department for

the most current specifications before ordering. Dynex

reserves the right to discontinue products or change

designs at any time without incurring any obligation.