for TRACTORS - HydraForce

Main headquarters, engineering 

and manufacturing facility in 

Lincolnshire Illinois, 

just north of Chicago. 

European headquarters, 

engineering and manufacturing facility 

in Birmingham, England. 

Precision machining facility 

in Lincolnshire, Illinois. 

Asian/Pacific headquarters, 

precision machining and manifold assembly facility 

in Changzhou, China, near Shanghai. 

Electro Hydraulic 

CONTROL SOLUTIONS 

Visit our website: www.hydraforce.com 

HYDRAFORCE INC 

500 Barclay Blvd. 

Lincolnshire, IL 60069 

Phone: 847 793 2300 

Fax: 847 793 0086 

Member: National Fluid Power Assoc. 

ISO 9001 

HYDRAFORCE HYDRAULICS – INDIA 

Vatika Business Centre 

Suite No. 22, Level 5, C Wing 

Techpark One, Airport Road 

Yerwada, Pune 411006 

Maharashtra, India 

Tel: +91 020 40111304 

Fax: +91 020 40111105 

Email: bharatb@hydraforce.com 

HYDRAFORCE HYDRAULICS LTD 

St. Stephens Street 

Birmingham B6 4RG England 

Phone: 0121 333 1800 

Fax: 0121 333 1810 

Member: British Fluid Power Assoc. 

ISO 9001 & ISO 14001 

HYDRAFORCE HYDRAULICS LTD 

Prager Ring 4-12 

D-66482 Zweibrücken, Germany 

Tel: +49 (0) 6332 79 2350 

Mobile: +49 (0) 162 200 1553 

Fax: +49 (0) 6332 79 2359 

Email: markusb@hydraforce.com 

HYDRAFORCE HYDRAULIC 

SYSTEMS (CHANGZHOU) CO., LTD 

388 W. Huanghe Road, Building 15A 

GDH Changzhou Airport Indl Park 

Xinbei District 

Changzhou, China 213022 

Phone: +86 519 6988 1200 

ISO 9001 

HYDRAFORCE KOREA LLC 

#306, Mirim Plaza 

1132-1, Jungdong, Wonmigu, 

Bucheon, Kyunggido, Korea 

Tel: +82 32 328 2170 

Fax: +82 32 328 2172 

Email: jong-seongl@hydraforce.com 

HydraForce, Inc. (USA): DUNS #13-120-1493; FSCM 

#005K6 Fed. Tax #36-3555856 ISO 9001 

Registered Member of National Fluid Power Association 

HydraForce Hydraulics Ltd. (U.K.): Reg. in Cardiff.; Reg. 

No. 2286591 ISO 9001 and ISO 14001 

Registered Member of British Fluid Power Association 

HydraForce valves meet RoHS environmental requirements restricting the use of cadmium, quick silver, lead hexavalent chrome, 

polybrominated biphenyl (PPB) or polybrominated diphenyl ester (PPDE) in products, components and packing materials. 

All HydraForce products meet requirements limiting the use of hazardous materials as indentified in OSHA Standard 1910.1200(g). 

for TRACTORS 

© Copyright 2012 HydraForce, Inc. All rights reserved. HydraForce and the HydraForce logo are registered trademarks of HydraForce, Inc.

TABLE OF CONTENTS 

HydraForce hydraulic controls can enhance the capability of any tractor – from 

the most basic, value models to the top-of-the-line models equipped with the latest 

& most sophisticated options. 

Auxiliary Functions - 

Hitch Release with Power Lift, 

Hydraulic Power Take-Off with 

Flow Sharing, Load Sense 

EH-Boost..............Pages 10-11 

• Increased functionality 

• Wide range of adaptable 

solutions for precise control 

• Low leakage load-holding 

• Stand-alone or custom 

manifold designs 

• Flow capabilities up to 

380 lpm/100 gpm 

With our comprehensive line of cartridge valves, manifolds, and high performance 

electronic controls, HydraForce can provide numerous custom control 

solutions for tractors. This brochure shows some easy ways to apply electrohydraulics 

on tractors to improve performance, increase efficiency, reduce fuel 

consumption, reduce operator fatigue, minimize vibration and ensure machine 

safety. 

Powertrain - Transmission, Lube Control, 

PTO Control, Cooling, Clutch........Pages 4-5 

• Precise Control 

• Rugged & Reliable 

• 10,000,000 cycle life testing 

• 1,000 hours salt spray rating 

• IP69K waterproof coil 

The HydraForce 

Difference...........Page 12 

Primary Functions - 

Brakes, Hitch Control, Accumulator 

Charging, Steering........Pages 8-9 

• Reliablility & safety 

• Power & fuel ecconomy 

• Flow capabilities up to 530 lpm/140 gpm 

• Dynamic braking solutions 

• Pressure Equipment Directive (PED) rated 

Electronic Controls.........Page 13 

• Rugged & reliable 

• Hardware & software 

• CoDeSys programming 

• Flexible configurations 

Suspension Systems - 

Front Axle, Cab, 

Seat,..........Pages 6-7 

• Comfort 

• Fixed or adaptable 

• Improved safety 

• Highest quality guaranteed 

• Speed to market 

• Flexible and responsive 

• Over 600 combined years of 

cartridge development 

experience 

• Leading edge technology 

2 3

POWERTRAIN 

Transmission 

Lube Control 

PTO Control 

Cooling 

Clutch 

Transmission and PTO Solutions 

The circuit shown has a nominal flow 

rate of 114 lpm/30 gpm with a main 

system relief valve. 

Torque Converter 

SV98-T39 

TS98-T34 

Lubrication 

TS98-T34 

EP12-S35 

EP12-S35 

Optimize tractor powertrain systems with 

hydraulic cartridge valves and manifolds with 

programmable controllers. 

Synchronize control of transmission clutch, PTO, and fan 

with the HydraForce CoreTek controller. Its programming 

software is available as a free download from the 

HydraForce web site. The CoreTek controller (circuit 

at right) can synchronize proportional valves, such as 

the TS98-T34, to regulate forward, reverse and multiple 

clutch actuation with smooth and accurate control 

of pressure. Clutch fill characteristics can be customprogrammed. 

PTO control can be accomplished with the 

EHPR98-T38 proportional valve, and fan control with the 

TS10-27 pressure regulator valve. 

Clutch Engagement Performance (TS98-T34) 

Cooler 

SV98-T39 

Park Brake 

Diff Lock 

SV98-T39 

4WD 

TS98-T34 

Fwd Clutch 

Rev Clutch 

TS98-T34 TS98-T34 EHPR98-T38 

1st Clutch 

2nd Clutch 

3rd Clutch 

PTO Clutch 

T 

Use a Priority Flow Control circuit to give priority to 

steering and brakes then allow hydraulic flow for other 

tractor functions, such as plowing, planting, harvesting, 

loading, or suspension control. 

EHPR98-T38 Valve 

for PTO Control 

• Clutch engage / disengage, Power Shift 

• Accurate clutch pressure control 

• Lubrication pressure control 

• Main system pressure regulation 

• Diff. Lock engage / disengage 

• PTO control 

Fan Drive Solutions 

TSXX-20 

CV10-20 

SV10-40 

A 

Fan 

Quiet down that fan . . . 

Fan drives controlled by hydraulic cartridge valves are 

quieter and run on less horsepower than mechanical fan 

drives, providing greater fuel economy for tractors. 

Control valves with multiple temperature inputs can be 

used to provide variable fan speed control depending on 

air temperature, load, and cooling requirements. If the 

radiator gets clogged, two-position, four-way solenoid 

valves can automatically reverse fan direction. 

Electronic control of the hydraulic cooling system can be 

achieved using either an EFDR1 programmable valve 

driver or a CoreTek controller (ECU). 

Fan Output Performance 

TO 

ECM 

CoreTek 

Model 

ECU-0710 

CAN HI 

CAN LOW 

Plug-In 

Mount 

on 

Forward 

Valve 

Operator Input 

4 

3 

2 

1 

TS98-T34 

Valves for 

Clutch 

Control 

Reverse 

Forward 

B 

4 

3 

TS10-27 Valve 

for Fan Control 

2 

1 

• Flow rates up to 190 lpm (50 gpm) 

• Fail safe high or low 

• Preconfigured controls available 

• Reduce horsepower consumption by up to 30% 

4 5

SUSPENSION SYSTEMS 

Cab Suspension 

Seat Suspension 

Axle Suspension 

Health and safety consciousness is driving the need for 

better suspensions in tractors. International standards, 

such as Vibration Directive 2002/44/EC have heightened 

awareness of the impact that vibration, stress and shock 

can have on the driver. Tractor manufacturers are seeking 

ways to improve seat, cabin, and front axle suspensions 

– many of these improvements can be made with 

the use of hydraulic cartridge valves and manifolds. 

Front Axle Suspensions in Tractors 

Increased tractor speeds, greater differences and wider 

ranges of load distribution and terrain have created a 

resurgence in the use of the suspended front axle to the 

tractor market. 

A hydro-pneumatic suspension system is an effective 

way to reduce vibration on a suspended front axle. A 

cartridge manifold is used with an accumulator to keep 

the cylinder in its nominal position. The accumulator 

functions as a spring by restricting the oil flow and 

damping the vibration. With the cylinder in its nominal 

position, it can extend completely, to its full stroke. 

Hydro-pneumatic suspension systems can be further 

enhanced with the addition of a level control manifold 

coupled with a position sensor and Electronic Control 

Unit (ECU). With an enhanced, “intelligent” system, the 

cylinder can fully complete each stroke, regardless of 

the load on the axle. 

Basic Suspension Solution 

This basic hydro-pneumatic suspension system is idea for 

cabin or seat suspension or for tractors with a small axle load 

range. 

• Single or double acting cylinder 

• Accumulator 

• Level control manifold 

• Cartridge valves 

• Pressure ratio 1:3 between empty and max loaded axle 

RV08-20 

RV1 

SV08-20 

SV1 

CYL1 

T 

ACC1 

CK 

LS 

P 

SVCL08-30 

SVCL1 

Advanced Suspension Solution 

Travelling over rough or uneven ground is typical for tractors. 

When there is a high variance between minimum and 

maximum axle load, a more sophisticated axle suspension 

system is required, with a spring rate that adjusts continuously 

to driving speed, acceleration, or terrain. 

• Double-acting system 

• Independent accumulators for cylinder piston and rod 

side 

• Constant or variable pressure on rod side 

• Integral sensors 

• Software developement 

• Pressure ratio of more than 1:20 between empty and 

max loaded axle 

Suspension Options – Damping and Lockout 

Front axle suspensions can be designed with special options 

for damping and lockout using cartridge valves and 

manifolds. 

Lockout – Sometimes it is desirable to lock out the 

suspension. This can be accomplished with a lock-out 

manifold that can be used to over-damp the suspension 

or completely lock the connection between the hydraulic 

cylinder and accumulator. 

ACC1 

CYL1 

Damping – With an intelligent control algorithm in combination 

with a proportional valve which acts as a variable 

orifice to restrict oil flow between the cylinder and 

accumulator, a semi-active suspension system can be 

created. 

CYL1 

ACC2 

PC2 

SV2 

P 

CR 

ACC2 

CV1 

LS 

ACC1 

CP 

PC1 

SV1 

RV1 

T 

ACC1 

How It Works: 

Hydro-pneumatic Suspension Diagram 

In a hydro-pneumatic suspension system, 

a cylinder and accumulator replace the 

torsion or leaf spring. The accumulator 

acts as the spring and, with restrictions for 

oil flow, damping can be accomplished. 

ORF1 

CV1 

SP1 

SV1 

6 7

PRIMARY FUNCTIONS 

Hitch 

Brakes 

Accumulator Charging 

Steering 

HydraForce offers valves that are well suited 

to the unique needs of Dynamic 

Accumulator Charging Circuits which are 

commonly used in conjunction with steering 

and braking units. Hydraulic braking systems 

are common on tractors and towable 

implements. These circuits require a delicate 

balance between the priority flow steering 

and braking sections of the application, while 

simultaneously allowing excess flow to be 

diverted to tank or various auxiliary functions. 

A typical circuit provides priority flow for 

the steering orbital while maintaining a 

predetermined range of pressure in the 

accumulator(s), to ensure adequate supply of 

oil for up to 7 brake depressions in the case 

of power loss. If one accumulator fails, the 

LS10-41 will shift over to protect the operational 

one. The ECxx- 42 provides priority 

flow in required amount while allowing excess 

flow to be used for auxiliary functions. 

Primary Functions 

Primary Functions are the basic / standard control circuits, such 

as Steering, Braking, and Hitch (Lift) Control. 

Steering / Braking 

These functions have priority over all other hydraulic demands. 

HydraForce manufacture a range of priority on demand pressure 

compensators with dynamic load sensing for fast response. With 

7 different models of priority on demand pressure compensator 

valves (ECxx-43), the rated flow capacities range from 34 lpm to 

530 lpm (9 gpm to 140 gpm). 

Dual Accumulator Charging 

HydraForce Inverted Shuttle Valve LS10-41 provides 

additional safety when using dual accumulators. In the event of 

one accumulator failing (eg a ruptured bladder, etc.), the failed 

accumulator is isolated from the rest of the circuit, allowing the 

second accumulator to supply steering / braking. 

Primary Steering and Brake Solution 

BRAKES 

PRE-CHARGE 

BRAKES 

DYNAMIC 

STEERING 

RVD50-20P, PED rated product for accumulator charging circuits 

The RVD50-20P is a direct-acting, poppet type, hydraulic safety relief valve. The 

RVD50-20P is suitable for use as a safety accessory in Category IV, Group 2 

applications according to the pressure equipment directive (PED) 97/23/EC, which is 

primarily concerned with the protection of Accumulator Circuits. This is particularly 

well suited for dynamic brake charging circuits where pressure clipping and quick 

discharge of energy is often needed. 

Hitch (Lift Control) 

As tractor power and sophistication increases, so do the flow rates. HydraForce SPCL16-30 valves gives precise control 

up to 150 lpm (40 gpm) while holding the loads with extremely low leakage. HydraForce RV10-28 and RVD50-20 relief 

valves limit the shock pressure peaks whilst having very low leakage and hysteresis. 

Rear Hitch Control Circuit 

SP16-20 

Rear Hitch 

0 to150 LPM 

A 

Proportional Hitch Control Circuit 

SP10-20 

CV10-20 

RVD50-20 

SPCL10-30 

RV10-20 

SP10-20 

LS10-41 

T 

LS 

IN 

150 LPM MAX 

EP10-S35 

CV08-20 

Front & Rear Hitch Control Circuit 

Steering Flow 

FRONT HITCH 

A : 0 - 150 LPM 

LS 

REAR HITCH LIFT 

B : 0 - 150 LPM 

UP10-40 

Excess Flow 

Load Sense 

RVD50-20 

RVD50-20 

to Auxiliary 

Functions 

SP16-20 

CV16-20 

CV16-20 

SP16-20 

EC16-42 

RV08-20 Valve 

(Set higher than UP Valve) 

EHPR98-T35A 

LS06-B30 

EHPR98-T35A 

• Primary Flow to the brake section of 

the circuit 

• Auxiliary Flow diverted to the 

directional function 

IN 

150 LPM MAX 

PE12-S67H 

8 9

AUXILIARY FUNCTIONS 

Hitch 

Plow 

Traction Control 

Tractors perform a multitude of tasks. Plowing, planting, 

baling, load-handling or harvesting can be done 

with greater speed and power with the right hydraulic 

controls. Here are some HydraForce solutions 

for tractor auxiliary functions. 

Pilot Valves Guide the Flow 

Just as tractors perform a multitude of functions, 

HydraForce pilot valves guide a multitude of flows. 

These valves have an integral, waterproof solenoid 

coil. 

SV98-T39, T40 

For low pressure pilot systems, the SV98-T39 and 

SV98-T40 valves are an economical choice. The T39 

is a three way valve and the T40 is a four way. 

EHPR98-T33, T35 and T38 

These proportional pressure control valves come in 

several sizes to control from 4 lpm (1.05 gpm) to 18 

lpm (5 gpm) and two pressure ranges - 10.3 bar 1500 

psi) or 241 bar (3500 psi). They are drop-in style, 

flange mounted, direct-acting, and can be infinitely 

adjusted using a variable electric input. 

TS98-T34 

For demanding applications with high flow, the TS98- 

T34 proportional pressure reducing valve can be used 

as a pressure limiting device. It’s a spool-type, drop in 

proportional valve that can be infinitely adjusted. 

EH Reducing/ Relieving 

Proportional Control 

TS98-T34 

30 lpm/8 gpm 

30 bar/435 psi 

EHPR Reducing/ Relieving 

Proportional Control 

EHPR98-T33 

3.8 lpm/1 gpm 

241 bar/3500 psi 

Max. Reducing 

Pressure: 31 bar/450 psi 

EHPR98-T35 

5.7 lpm/1.5 gpm 

103 bar/1500 psi 

With the '-T35A' option, 

241 bar/3500 psi performance 

can be achieved. 

Max. Reducing 


EHPR98-T38 

19 lpm/5 gpm 

241 bar/3500 psi 

Max. Reducing 


Hydraulic Power 

Take-off with Flow 

Sharing 

HydraForce Auxiliary 

Function Circuits provide 

precise control of flows 

for balers, crop harvesters, 

and other auxiliary 

equipment. 

Higher productivity requires 

higher flows, and 

HydraForce cartridge 

valves can handle flows 

up to 300 lpm (79 gpm). 

When the flow demand 

exceeds the system 

supply, flow sharing can 

help maintain effective 

control. 

SP16-20 

EC16-32 

A 

0 - 150 lpm 

IN 

0 - 150 lpm 

Load Sense Boost 

Higher flows and shorter response times are 

possible with load sense boosting. When lower 

flows are adequate for the job, reduce standby 

pressures to save power. 

Hydraulic PowerTake-Off with Flow Sharing Circuit 

CV06-B20 

EP16-S35 

LS 

SP12-20 

B 

0 - 100 lpm 

CV06-B20 

CV06-B20 

EP12-S35 

SP10-20 

Hitch Release and Power Lift 

C 

0 - 60 lpm 

CV06-B20 

EP10-S35 

Positioning and attaching the rear lift hitch attachment 

from the cab gives increased productivity and improved 

operator comfort and safety. 

Load Sense Boost Circuit 

Hitch Release with Power Lift Circuit 

LS SIGNALS IN 

A 

B 

C 

D 

A 

B C D 

Solenoid Selector Valves 

SV98-T39 

30 lpm/8 gpm 


E-H BOOST 

LS - OUT 

LS10-50 

P 

T 

SP10-57C 

SP10-57C 

LS - IN 

SV98-T40 

30 lpm/8 gpm 


EHPR08-33xx 

P 

LS - OUT 

LS06-30 

10 11

VALVES AND ELECTRONIC CONTROLS 

SPCL16-40 

Proportional Directional Control, 

4-Port, Normally Closed with Check 

Isolated Load Sense 

HSPEC16-30 

Proportional Flow Control Valve with 

Integral Compensator 

Electronic Controls 

Model ECU-0710 

Up to 27 inputs, consisting of digital, pulse, current 

measuring feedback and analog. A total of seven 

output configurations can be set, including six PWM 

or digital high-side drivers and a single low-side 

driver. 


Up to 39 digital, pulse, current measuring feedback 

and analog inputs along with 24 outputs consisting of 

up to 24 PWM or digital high-side drivers. 

Flow: 152 lpm/40 gpm 

Pressure: 250 bar (3625 psi) 

HSV10-47C 

High Pressure Spool 4-Port, 

3-Position, Closed Center 



RVCV56-20 

Relief, Directing Acting Poppet with 

Reverse Flow Check 


Up to 52 inputs and 20 outputs consisting of up to 

eight PWM or 20 digital high-side drivers. 


Up to 52 inputs and 28 outputs consisting of up to 24 

PWM or digital high-side drivers and up to four digital 

low-side drivers. 

Flow: 37.9 lpm/10 gpm 


EHPR98-T3x 

Proportional, Reducing / Relieving, 

Drop-in 

1 

2 



TSxx-27 

Proportional Pressure Control, Pilot- 

Operated Relief 

CORETEK PROGRAMMABLE 

MACHINE CONTROLLERS 

The new CoreTek line of general-purpose programmable 

controllers can be used as stand-alone 

controllers or integrated with other CAN networked 

devices. They are designed to withstand the environmental 

demands of mobile off-highway equipment 

applications. They feature flexible input and 

output configuration and are capable of driving up to 

3.0 amps per output pin. 

CoreTek controllers are fully sealed within a compact 

cast aluminum housing. Operating temperature 

range is -40° to +70°C (-40° to 158°F) and no external 

cooling or heat dissipation is required. 

SENSOR VALVES 

Select HydraForce valves can be 

ordered with an integral position 

sensing option capable of 

transmitting an on or off signal. 

This new sensing solution was 

designed for interchangeable use 

with existing HydraForce cartridge 

valves, is compatible with manual 

override options and uses an 

industry standard cavity. 

Flow: 18.9 lpm/5.0 gpm 


Flow: up to 189 lpm/50 gpm 


Our Breadth of Product 

As the largest manufacturer of hydraulic cartridge valves in the world, HydraForce offers an extensive range of solenoid, 

electro-proportional, directional, flow, and pressure control valves. In 2011, more than 200 new valves were introduced, 

including many high pressure and multi-function models. Cartridge valves for flow rates up to 379 lpm/100 gpm and 

operating pressures up to 350 bar/5,000 psi are sold individually, with housings or in manifold blocks. Valves can be 

custom-designed or standard product. 

HydraForce designs, manufactures and supports valve, manifold and accessory products supported by heavy duty 

electronic machine control capabilities. 

To request a free hydraulic integrated circuit (HIC) consultation, please visit: 

http://info.hydraforce.com/Free-Custom-Circuit-Consultation/ 

CoDeSys TM Programming 

CoDeSys or Controlled Development System is a 

complete development environment for Programmable 

Machine Controllers. The editors and debugging 

functions are based on the proven development 

program environments of advanced programming 

languages (such as Visual C++). 

CoDeSys software is available as a free download 

from HydraForce: 

http://www.hydraforce.com/Electronics/ 

CoDeSys software: Copyright © 3S - Smart Software Solutions GmbH 

HEAVY DUTY SENSORS 

HydraForce has accurate sensors designed for off-road applications. 

Our temperature sensors are thermistor style with padded resistors. 

ERT 120 – Output Signal: 5427.9 to 436.3 ohms 

Our pressure sensors have 1% total error band accuracy, are IP67 rated. 

ERP035 – for pressure ranges up to 35 bar (500 psi) 

ERP414 – for higher pressures up to 414 bar (6000 psi) 

12 13

OUR STORY 

Our Story 

The HydraForce story began in 1985 when the company 

was founded near Chicago by several partners who saw 

the mobile equipment industry’s need for quality hydraulic 

cartridge valves and manifolds delivered in a timely and 

responsive manner. They also saw the potential for 

engineering innovation and design flexibility offered by 

cost-effective and space-saving cartridge valves and 

hydraulic integrated circuits. 

Since its founding, HydraForce continues to be a 

privately held company as it has grown to several 

manufacturing locations in North America, Europe and 

Asia, with a network of 120 stocking distributors who can 

offer local support across the globe. 

To maintain our core competency of speed to market, 

HydraForce has invested in application technical support 

tools including i-Design, our free hydraulic system design 

sofware, which integrates seamlessly with 3rd party 

simulation software, monthly webinars on new products 

and application tips, and an online product catalog. 

All HydraForce products carry a five-year limited 

warranty against defects in material and workmanship. 

HydraForce Vision 

To Be An Independent 

Provider Of Innovative 

Technical Solutions 

That Can Change The 

World 

Mission Statement 

To Provide Our Customers 

With The Highest Quality 

Hydraulic Valves And The 

Most Responsive Customer 

Support In The World 

Our Quality and Manufacturing Guarantee 

All three HydraForce plants in North America, Europe 

and Asia follow the same manufacturing processes and 

standards to ensure global consistency in product quality. 

• All products 100% tested 

• Use of Lean and Six Sigma practices 

• New product introduction tools such as: 

• Advanced Product Quality Planning (APQP) 

• Production Part Approval Process (PPAP) 

• Failure Mode and Effect Analysis (FMEA) 

• Statistical Process Control (SPC) 

• Continuous improvement through Kaizen 

• Responsive delivery with Kanban throughput system 

HydraForce Timeline 

1985 

HydraForce is created 

on principles of highest 

quality and customer 

response 

1988 

Achieved Ford Q1 

quality certification 

on first audit 

1991 

Achieved 

ISO 9001 

1993 

Achieved 

QS9000 

2006 

Received 

ISO 14001:2004 

2008 

Opened 

office in 

India 

2012 

To date, 13 patents 

have been awarded 

for innovative valve 

designs 

Received ISO 13849 

1985 1988 1990 1991 1995 2000 2005 2010 2011 2015 2020 

1989 

Opened 

European 

operation 

Worldwide Support 

1993 

Moved into 

Lincolnshire 

operation 

1997 

Expanded global 

headquarters 

by 50,000 sqft & 

opened Plant #2 

1999 

HydraForce 

became #1 global 

manufacturer 

of cartridge valves 

2001 

Expanded global 

headquarters 

by 70,000 sqft & 

built new 50,000 sqft 

EU Operation 

2010 

Formalized 2015 

Strategic Plan & 

paid off all long 

term debt 

2011 

Opened 4th global 

mfg operation in 

China 

2005 

Opened offices 

in Korea, and 

China 

ISO 9001 

Continue 

global 

expansion 

MANUFACTURING 

TECHNICAL SALES 

DISTRIBUTION & SUPPORT 

14 15

for TRACTORS - HydraForce

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