Turning Power into Motion.

Product Catalogue.
Linde Hydraulics Media. INFORMATION

Information.

Our media at a glance.

All documents can be found in the download area of our website.

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CATALOGUE DATASHEETS BROCHURES FACT SHEETS CAD DOWNLOADS

General technical data. General technical data. General technical data. General technical data. 3D models in *.stp file.

Design characteristics & Design characteristics & Design characteristics & Design characteristics &
Product advantages. Product advantages. Product advantages. Product advantages.

Portfolio overview. Technical specification. Application examples. Application examples.

Functional descriptions.

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MEDIA & DOWNLOADS
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CONTENT
Linde Hydraulics Product Catalogue.
Content.

OUR SERVICES Linde Hydraulics Lifecycle.

ELECTRONICS Controllers & Diagnostics.

Variable displacement.
PUMPS
Self-regulating.

CONTROL VALVES Monoblock & Modular.

Variable displacement.
HIGH
PRESSURE MOTORS
HYDRAULICS
Fixed displacement.

ACTUATORS Shift actuator.

Compact
Pump/Motor - Compact unit. unit

SYSTEMS
Shift in
Shift in Motion. Motion

LINDE HYDRAULICS WORLDWIDE Sales & Service partners.

 Our Services. OUR SERVICES

Linde Hydraulics Lifecycle.

Inquiry & Layout Development & Application Engineering

Regardless of whether you contact us in Regardless of whether you need standard

person or by other means, with us you will or customized solutions, our engineers will
always find your solution as quickly as develop what brings you forward –
possible. under all operating conditions.
Compact
unit
Linde Hydraulics offers you a wide range of solutions for your construction, forestry Benefit from our expertise and the wealth of experience of our engineers in every
or agricultural machinery. Get an overview on our website. In the download area step of the product development process:
you will not only find layout examples for your application, but also data and fact
Shift in sheets with technical details of our portfolio. In addition, 3D (step) models of our — Common product development
Motion
products can be used to determine the required installation space. A global network — Worldwide project support
of sales partners always offers you a local contact person - together with our team — Pulse and endurance testing beyond the application requirements
of application engineers we will support and verify your layout. — Customized project coaching
— System training for specific applications
 You can find a sales partner close to you on our website at
www.linde-hydraulics.com/network

LEARN MORE
MEDIA & DOWNLOADS
OUR SERVICES
Our Services.
Linde Hydraulics Lifecycle.

Commissioning & Series Production Spare parts & Remanufacturing

Regardless of being at the prototyping and You matter to us!

commissioning stage or series production, We are there for you -
with systems and expert knowledge, we for more than one lifetime.
always ensure high quality and reliability.
Compact
We are already well prepared before we come to you to commission your machine. In case you have to hurry! With our outstanding parts availability, our global network unit
®
During the development of the iCon controller, for example, we use the design of service partners and the accustomed Linde quality, we are there for you when
parameters of your machine to create a simulation model, with which a majority you need us. It doesn't matter whether you need a single part in the event of a
Shift in
of the functions can already be programmed and tested by computer. During com- breakdown or whether we prepare your units for the next harvest. Motion
missioning on site, we can then fully concentrate on the fine adjustment of the pa-
rameters. The so-called partial integration by means of Hardware-In-The-Loop test  Just visit our online-shop at shop.linde-hydraulics.com
systems significantly shortens the development period of the controls and offers Here you can find all spare parts tailored to your needs easily via the serial number
you more flexibility in designing your machine functions. of your unit. A defined stock of parts is available within 24 hours!

Even when our products are finally ready for series production, we do not lean  For repair and remanufacturing services you can find a service partner
back or rest on the fact that we have a very competent and experienced team. close to you on our website at www.linde-hydraulics.com/network
With a holistic quality concept, we ensure consistently high quality and reliability -
completely independent of variance or quantity.

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ONLINE SHOP
 Electronics. ELECTRONICS

Controllers. iCon®.
Product advantages

— Cost-efficient configuration of manifold

functions: from simple controls to complex
and safety-critical systems
— Software with customer-specific adaptations
— Short development cycles
— Demand-oriented extension and simple
implementation in overall vehicle network

Fields of application

iCon®
CB 16-02 CD 88-02 CD 97-02

Simple controls   
Underspeed control   
Compact
unit
Dual path drive  
On-road drive  
Shift in
Motion
Complex controls 
General technical data
Controller Connector Outputs Inputs Comm.

Sens. power supply,

Sens. power supply,

Sens. power supply,

Sens. power supply,

2V - 10V at 250 mA
(switched in groups)
HighSide Out, max.
Tyco

Inductive sensors

Digital PullDown
Analog In, 0-5 V
24V at 1000 mA
LowSide current

10V at 250 mA
5 V at 150 mA

Digital PullUp

Ethernet 100
Frequency In
LowSide Out
HighSide Out

(frequency)
Safety level

60+94 pin

controller
Function

PWM In

Ignition
Family
Safety

Tyco

CAN
3A
TE

CB 16-02 PLb   0 2 0 4 2 1 8 2 0 0 0 1 1 
CD 88-02 PLd    6 10 2 22 2 1 19 7 1 10 12 1 3

LEARN MORE
®
CD 97-02 PLd    19 8 8 8 2 2 24 14 4  4 12 1 4
ICON
ELECTRONICS
Electronics.
Diagnostics. iDiag®.
Design characteristics

— Diagnostic system compatible with iCon® Controllers

— Parameterization
— ”Teach in“ of components
— Harness checking
— Data logger suited for PC/laptop with Windows
operating system with serial or USB interface

Product advantages

— Optimum system usage by teach-in function

— Efficient trouble shooting
— Easy usage by self-explanatory user surface
— Practical-minded partition of control elements
by functional groups
— Modular set-up: individual functions can be
added optionally later

Compact
unit

Shift in

Modern machines benefit from the advantages provided by an intelligent

Motion

electronic control: Increased comfort, machine variants realised by software

instead of differing components and a further reduction of fuel consumption
and emissions. Linde Hydraulics accompanies this development from the very
beginning and complements the components of the power-train with electro-
nic products of the iCon® family, in the accustomed quality and reliability.
LEARN MORE
®
IDIAG
 Closed Circuit. PUMPS

Variable Displacement Pump. HPV-02.

Design characteristics All the controls used in the Series 02 are based on a load-
independent control mechanism. No matter which control
— Axial piston pump in swashplate design is used: identical commands always result in the same
— Clockwise or counter clockwise rotation response in the machine. The sensitive and precise machine
— Integrated high pressure relief valves with control makes work easier and increases productivity.
charge function Various customer system options for mechanical, hydraulic
— Hydrostatic plain bearing of the swashplate and electric input solutions are available. Further special
regulating features like torque control and pressure cut-off
Product advantages
are also available. The reliable control of the pump can
— Precise and load-independent easily be integrated into any kind of vehicle management
— High power density control system.
— Long service life

General technical data

HPV-02
Nominal size 55 75 105 135 165 210 280
Displacement Max. displacement cc/rev 54.7 75.9 105 135.7 165.6 210.1 281.9
Max. operating speed rpm 3900 3400 3200 3000 2750 2300 2400
Speed
Max. speed* rpm 4150 3600 3400 3200 2950 2500 2550
Nominal pressure bar 450 450 450 450 450 450 450
Pressure Max. pressure** bar 500 500 500 500 500 500 500

Compact
Max. housing pressure bar 2.5 2.5 2.5 2.5 2.5 2.5 2.5
unit Torque Torque ( p=430 bar; charge press.=20 bar) Nm 374 519 719 929 1133 1438 1929
Corner power (theor.) (Vmax x nmax x p 430 bar) kW 153 185 241 292 326 346 485

Shift in
Weight (approx.)*** (with H1-control, without oil) kg 46 49 66 72 113 132 164
Motion

Customer interfaces
Control options**** Sensors Flanges Shafts**** PTO Ports
Pressure cut-off

Enable function

Power take-off
Torque Control

holes (d=17,5mm)
Swash angle
Proportional

Radial twin

ISO 6149-1
ISO 6162-2
3-Position

Compagnion flange
threads M12

threads M16
4 additional

4 additional
Pressure

additional

SAE J 1946 Typ A

ANSI B92.1-1970
2 hole,

2 hole,

2 hole,
2 hole

4 hole

ports
ISO 3019-1
(SAEJ 744)

DIN 5480
SAE-B
Work ports 
Electro-hydraulic      SAE-C  
Hydraulic        SAE-D    
   Threaded ports 
LEARN MORE
Mechanic   SAE-E 
HPV-02
* highest transient speed, that can temporarily occur | ** highest transient pressure, that can temporarily occur | *** inclusive internal gear pump (size 55-135) or external gear pump (size 165-280) | **** Availability depends on nominal size
PUMPS
Open Circuit.
Self-Regulating Pump. HPR-02.
Legal emission regulations force manufacturers of mobile Design characteristics
machinery to optimize the noise emission of their products.
Since secondary measures tend to be expensive and less — Axial piston pump in swashplate design
efficient Linde Hydraulics prefers to fight the noise where — Exact controllers with and without position feedback
it is generated: by optimally connecting an additional — Adaptive noise optimization SPU
volume directly next to the commutation of the HPR-02 — Hydrostatic plain bearing of the swashplate
pump, Linde Hydraulics invented the SPU silencer. The
Product advantages
adaptive SPU reduces pressure pulsations in the regulating
pump over the entire range of operation – without loss of — Excellent suction up to rated speed
power. — High power density
— Energy saving operation by ‘flow on demand’-control

General technical data

HPR-02
Nominal size 55 75 95 105 135 165 210 249 280 105 D 125 D 165 D 210 D 249 D
Displacement Max. displacement cc/rev 55 75.9 94.7 105 135.7 163.6 210.1 249.9 281.9 210 2x125 2x165 2x210 2x249

Speed Max. operating speed rpm 2700 2500 2500 2500 2350 2400 2100 23002 2000 2450 2400 2100 2100 2000
(without tank pressurization)

Volume flow Max. volume flow* l/min 148.5 189.8 237.5 246.8 312.1 392.6 441.2 574.82 563.8 514.5 600.0 695.5 882 1000
Nominal pressure bar 420 420 350 420 420 350 420 350 420 420 350 420 350 350
Pressure Max. pressure** bar 500 500 420 500 500 420 500 420 500 500 420 500 420 420 Compact
Max. housing pressure bar 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 unit

Torque Torque Nm 368 507 528 702 907 911 1404 1392 1884 1245 1392 1964 2339 2785
2
Corner power (theoretical) kW 104 132.8 138 172.7 218.5 229 308.8 335.3 394.7 319.4 337 431.8 514 583 Shift in
Weight (approx.) (without oil) kg 39 39 44.5 50 65 74 116 125 165 96 113 177 180 340 Motion

Customer interfaces

Control options**** Sensors Shafts****

pressure cut-off

∆pLS – override

∆pLS – override

Speed sensor
power limiter

power limiter
stroke limiter
and pressure

and pressure

Swash angle

Compagnion
ANSI B92.1-
ISO 3019-1

SAE J 1946
(SAEJ 744)
hyperbolic

hyperbolic

DIN 5480
electrical
hydraulic

electric

cut-off

cut-off

flange

Typ A
1970
Load sensing         
Electro-proportional   LEARN MORE
2 HPR-02
* theoretical data of a single unit without efficiency effects | ** highest transient pressure, that can temporarily occur | **** Availability depends on nominal size | Consultation with Linde Hydraulics required
 Open Circuit. CONTROL VALVES

Monoblock Control Valves.

Design characteristics Five directional control valves in a common housing form
the base of the manifold valve plate in monoblock design.
— Basic block: five directional control valves This results in the most compact package.
of identical nominal size in one cast housing
— Designed for the Linde Synchron Control (LSC) - With its latest LSC generation, Linde Hydraulics combines
— Load Sensing System the design characteristics of the proven LSC system
— Nominal sizes 30, 25, 22 and 18 with the benefits of the electric control. The powerful
— Flows up to 600 l/min (size 30) electronic control unit recognises the operator’s command
— Broad dimensioned diameters and flow-optimized by the amplitude and the speed with which the joysticks
design of the supply channels are being moved. It then sets the pump and the valves
— Extendable with directional control valves in according to the dynamic demand. Due to the overlaid,
sandwich design, in identical or differing classic load-sensing control mechanism, no sensors are
nominal size needed.
— Pressure cut-off and additional functions
integrated in connection plate All components are provided by a single source and
matched perfectly with each other. The operator can
— Special functions via intermediate plates
change the system’s behaviour electronically with regard
— Optionally with hydraulic or electric piloting
to its dynamics and fine control, as well as its dependency
Product advantages or independency on the load. This enables multi-purpose
machines which can quickly be optimized to the specific
— All advantages of the LSC valve technology use by the operator. With completely opened valves, the
— Compact design actuators can be controlled exclusively via the pump’s
Compact — Full-size expandability control to achieve the maximum possible efficiency.
unit
— High efficiency achieved by flow-optimized channels
even for applications with numerous actuators
Shift in
Motion

LEARN MORE
MONOBLOCK
CONTROL VALVES
Open Circuit.
Modular Control Valves.
Manifold valve plates of series VT modular are made up of Design characteristics
individual components of a modular building block system.
This is why manifold valve plates can be configured to — Directional control valves available as sub plate
optimally match any application with one up to eight mounted valves
actuators. — Designed for the Linde Synchron Control (LSC) –
Load Sensing System
The directional control valves are at the core of every — Nominal sizes 25 and 30
manifold plate in LSC technology. Compared to other load — Flows up to 600 l/min (size30)
sensing directional control valves, LSC directional control — Modular design for the configuration of
valves stand apart, in particular, thanks to the integrated valve plates for 1-8 actuators
downstream pressure compensators and pressure copiers. — Optionally with hydraulic, electric or
This arrangement prevents the actuator from lowering combined piloting
when the function starts.
Product advantages
As a result of the compact design, the oil flow only needs
to pass through the valve once and not several times. — All advantages of the LSC valve technology
This ensures optimized flow passages in the directional — Easy to configure building block system
control valve. Due to the high-precision production of the — Adjustable to the target application
directional control valves, there is only minimal leakage — Quick availability
even at high load, which is beneficial to the load holding — Ideal for machines with low production volume
function of the valves.

Compact
unit

Shift in
Motion

LEARN MORE
VT MODULAR
 Open & Closed Circuit. MOTORS

Variable Displacement Motor. CMV.

Design characteristics With the next generation of the bent axis motors, Linde
Hydraulics expands its customer oriented portfolio of high-
— Axial piston motor in bent axis design quality components for hydraulic systems. Due to their
— Standardized interfaces standardized interfaces, e.g. the plug-in flange according
— Speed sensor optional to ISO, the CMV and CMF fit a high variety of applications,
without the need of adaptors. The motors enable a more
Product advantages cost effective operation of the respective applications
thanks to low windage losses and lighter weight.
— High speeds
— High power density
— Low windage losses

General technical data

CMV
Nominal size 60 85 115 140 170 215
Displacement Max. displacement cc/rev 62 87.7 115.3 144.1 170 217.9
Max. operating speed at Vmax rpm 4450 3900 3550 3250 3100 2900
Max. speed at Vmax* rpm on request
Speed
Max. operating speed at Vmin rpm 7200 6800 6150 5600 4900 4600
Max. speed at Vmin* rpm on request
Compact
Nominal pressure bar 450 450 450 450 450 450
unit Pressure Max. pressure** bar 500 500 500 500 500 500
Max. housing pressure bar 2.5 2.5 2.5 2.5 2.5 2.5
Shift in
Torque Output torque ( p=430 bar and Vmax) Nm 411 582 787 958 1163 1471
Motion Corner power (theor.) (Vmax x nmax at Vmin x p 430 bar) kW 320 427 508 578 597 718
Weight approx. (without oil) kg 27.7 36.3 44.8 59.2 62.1 76.4

Customer interfaces

Control options Sensors Flanges Shafts**** Ports****

Compagnion flange
(negative control)

Pressure override
(positive control)

SAE J 1946 Typ A

ANSI B92.1-1970

Twin ports (rear)

default = Vmax
default = Vmin

ISO 3019 – 2

ISO 3019 – 2

ISO 6149 – 1
Proportional

ISO 3019-1

ISO 3019-1

ISO 6162-2

ISO 6162-2
(SAEJ 744)

(SAEJ 744)
2-Position

Side ports
DIN 5480
(metric)

Plug-in
Speed

Electro-hydraulic      Work ports  

      
LEARN MORE Hydraulic      Threaded ports 
CMV
* highest transient speed, that can temporarily occur | ** highest transient pressure, that can temporarily occur | **** Availability depends on nominal size
MOTORS
Open & Closed Circuit.
Variable Displacement Motor. HMV-02.
Standard hydraulic motors at low speeds in their starting Design characteristics
phase cannot generate the necessary torque. Therefore,
the power of the fast spinning hydraulic motors has to be — Axial piston motor in swashplate design
reduced by means of several step gearboxes down to the — Optimized starting and low speed behaviour
speed needed on the wheel. Somewhat higher windage — Swivelling to 0 cc/rev
losses and poorer mechanical efficiency are benevolently
accepted in this context. Quite the opposite holds true for Product advantages
the motors by Linde Hydraulics: The motors of the Series
— PTO through-drive motor
02 are capable of transmitting the required torque even
— Jerk-free low speed
at low speed and make it possible to start smoothly and
— Large conversion range
sensitively.
— Extremely high angular acceleration possible

General technical data

HMV-02
Nominal size 55 75 105 135 165 210 280 105 D 165 D
Displacement Max. displacement cc/rev 54.7 75.9 105 135.6 165.6 210 281.9 210 331.2
Max. operating speed at Vmax rpm 4300 3800 3700 3200 3100 2700 2400 3300 2900
Max. speed at Vmax* rpm 4400 4100 3800 3500 3400 3000 2700 3400 3100
Speed
Max. operating speed at Vmin rpm 4700 4400 4100 3700 3500 3200 2900 4100 3500
Max. speed at Vmin* rpm 5300 5000 4700 4000 3900 3500 3200 4400 3700
Nominal pressure bar 450 450 450 450 450 450 450 450 450 Compact
Pressure Max. pressure** bar 500 500 500 500 500 500 500 500 500 unit

Max. housing pressure bar 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5
Torque Output torque ( p=430 bar and Vmax) Nm 374 519 719 928 1133 1438 1929 1437 2267 Shift in
Corner power (theor.) (Vmax x nmax at Vmin x p 430 bar) kW 184 239 309 360 415 482 586 677 878 Motion

Weight approx. (without oil) kg 28 32 42 56 76 101 146 98 149

Customer interfaces
Control options Sensors Flanges Shafts**** Through drive Ports****

105, 135, 165, 210, 280,

Pressure side selection

Only for nominal sizes

Compagnion flange
Pressure override

SAE J 1946 Typ A

ANSI B92.1-1970
default= Vmax
default= Vmin

ISO 6149 – 1
Proportional

105D, 165D
2 hole

4 hole

ISO 3019-1

ISO 6162-2

ISO 6162-2
(SAEJ 744)
2-Position

DIN 5480
Speed

Radial

Axial
SAE C 
Electro-hydraulic       SAE D  Work ports  
    
Hydraulic     SAE E  Threaded ports  LEARN MORE
HMV-02
* highest transient speed, that can temporarily occur | ** highest transient pressure, that can temporarily occur | **** Availability depends on nominal size
 Open & Closed Circuit. MOTORS

Variable Displacement Motor. HMV-02 D.

Design characteristics This axial piston double motor has been developed by
Linde Hydraulics to achieve maximum speeds higher than
— Axial piston double motor in swash plate design conventional swash plate designs. Additionally, a large dis-
— "Dry case" capability placement volume in a compact design means wider trans-
— Through-drive motor mission speed ranges, normally achieved with modular
transmissions, are possible. The HMV-02 D is about 30 %
Product advantages lighter than a motor combined with transfer gear box, and
has a smaller footprint.
— High starting torque and maximum speed
— Maximum efficiency
However, maximum efficiency is achieved with suction
— No gearbox required
of the leakage from the housing. The so called "dry case"
significantly reduces the windage losses and thus also the
power required to drive the double motor.
General technical data

HMV-02 D
Nominal size 105 D 165 D
Displacement Max. displacement cc/rev 210 331.2
Max. operating speed at Vmax rpm 3300 2900
Max. speed at Vmax* rpm 3400 3100
Speed
Max. operating speed at Vmin rpm 4100 3500
Max. speed at Vmin* rpm 4400 3700

Compact Nominal pressure bar 450 450

unit Pressure Max. pressure** bar 500 500
Max. housing pressure bar 2.5 2.5
Shift in Torque Output torque ( p=430 bar and Vmax) Nm 1437 2267
Motion Corner power (theor.) (Vmax x nmax at Vmin x p 430 bar) kW 677 878
Weight approx. (without oil) kg 98 149

Customer interfaces
Control options Sensors Flanges**** Shafts**** Through drive Ports****
Pressure side selection

Compagnion flange
Pressure override

SAE J 1946 Typ A

ANSI B92.1-1970
default= Vmax
default= Vmin

Through drive

ISO 6149 – 1
Proportional

2 hole

4 hole

ISO 3019-1

ISO 6162-2

ISO 6162-2
(SAEJ 744)
2-Position

DIN 5480
Speed

Radial

Axial
SAE C

Electro-hydraulic   SAE D  Work ports 

   
LEARN MORE Hydraulic SAE E  Threaded ports 
HMV-02 D
* highest transient speed, that can temporarily occur | ** highest transient pressure, that can temporarily occur | **** Availability depends on nominal size
MOTORS
Open & Closed Circuit.
Variable Displacement Motor. Dry Case.
Besides the output power, the operation of machines is Design characteristics
also generally associated with power loss. In the case of
axial piston machines, the power loss is composed of flow, — Significant reduction of windage losses
friction and windage losses. by suction of leakage from housing
— Maintaining lubrication via active bearing lubrication
Linde Hydraulics has now developed the ability to run the
motors without oil in the housing. The moving parts of Product advantages
the motor rotating in the housing are thus hardly affected
— Maximization of efficiency
by circulating oil. This procedure significantly reduces
— Significantly reduced energy consumption
windage losses and considerably increases efficiency. The
— Greatly improved performance
active bearing lubrication ensures the supply of oil to the
— No adverse effects on operation or service life
relevant points, that the so called "dry case" operation is
guaranteed without any adverse effects.
General technical data
Dry case Dry case Dry case
Idle losses Suction of leakage Separation and suction of air

100
90 Vent port
Air from tank Air to vent port
80 (upper side)
Idle Losses PLV [%]

70
60
50
Compact
40
Oil / air mixture unit
30
from
20
suction port
10
0 Shift in
0 500 1000 1500 2000 2500 3000 3500 4000 4500 Motion
Speed [rpm]

HMV-02 D Suction port

Conventional 210 cc Variable Displacement Motor Wet Case
(bottom side)
Linde Hydraulics HMV 105-02 D Vg = 60 cc/rev Wet Case
Oil tank
Linde Hydraulics HMV 105-02 D Dry Case
Oil/air mixture Oil from
Reduction of windage losses to tank charge pump

Idle losses are composed of flow losses in canals The feed flow generates a vacuum via the venturi The oil/air mixture is returned to tank via diffuser/
and kidneys, friction losses in gaps and bearings nozzle. Oil is sucked up on motor bottom side. filter. Oil/air mixture is calmed - air is separated out.
and windage losses. The diagram above shows the Air to fill the vacuum is filled in on motor upper side. The air for filling the motor housing is drawn from
comparison between the losses of two motor the tank above the liquid level.
concepts and the great effects of “dry case”
under identical conditions.
 Open & Closed Circuit. MOTORS

Fixed Displacement Motor. CMF.

Design characteristics With the next generation of the bent axis motors,
Linde Hydraulics expands its customer oriented portfolio of
— Fixed displacement bent axis motor high-quality components for hydraulic systems. The fixed
— Standardized interfaces displacement motor CMF is characterized by its high exter-
— Plug-in flange available nal load and speed capacity. Due to its standardized inter-
faces, e.g. the plug-in flange according to ISO, the CMF fits a
Product advantages high variety of applications, without the need of adaptors.
Low windage losses in combination with the low weight
— High power density
of the motor support the cost-effective operation of the
— High speeds
application.
— Very small dimensions

General technical data

CMF
Nominal size 80
Displacement cc/rev 80
Max. operating speed rpm 4500
Speed
Max. speed* rpm 5000
Nominal pressure bar 450
Pressure Max. pressure** bar 500

Compact
Max. housing pressure bar 2.5
unit Torque ( p=430 bar; charge press.=20 bar) Nm 547
Corner power (theor.) (Vmax x nmax x p 430 bar) kW 258

Shift in
Weight (approx.)*** (without oil) kg 23.0
Motion

Customer interfaces

Sensors Flanges Shafts**** Ports****

ISO 3019-1 / SAE J744,

ISO 3019-2, 190 mm,

Compagnion flange
SAE C 4-bolt: 127-4

ISO 3019-2 metric,

Plug-in, similar to

Radial twin ports

SAE J 1946 Typ A
ANSI B92.1-1970
140 mm, 4-bolt

ISO 6149 – 1
ISO 3019-1

ISO 6162-2

ISO 6162-2
(SAEJ 744)

Side ports
DIN 5480
Speed

2-bolt

Work ports  
      
LEARN MORE Threaded ports 
CMF
* highest transient speed, that can temporarily occur | ** highest transient pressure, that can temporarily occur | **** Availability depends on nominal size
MOTORS
Open & Closed Circuit.
Fixed Displacement Motor. HMF-02/HMA-02.
Design characteristics

— Fixed displacement swashplate motor

— High pressure relief valves set fixed or variable opt.
— Robust and simple design

Product advantages

— Steady low speed

— High power density
— Reliable and easy to maintain

General technical data

HMF-02/HMA-02
Nominal size 35 55 63 75 85 105 135 165 210 280
Displacement cc/rev 35,6 54,7 63 75,9 85,6 105 135,6 165,6 210 281,9
Max. operating speed rpm 4500 4100 3900 3800 3600 3500 3200 3100 2700 2400
Speed
Max. speed* rpm 4800 4400 4200 4100 3850 3800 3500 3400 3000 2700
Nominal pressure bar 450 450 450 450 450 450 450 450 450 450
Pressure Max. pressure** bar 500 500 500 500 500 500 500 500 500 500
Max. housing pressure bar 2,5 2,5 2,5 2,5 2,5 2,5 2,5 2,5 2,5 2,5 Compact
Torque ( p=430 bar; charge press.=20 bar) Nm 244 374 431 519 586 719 928 1133 1438 1929 unit

Corner power (theor.) (Vmax x nmax x p 430 bar) kW 115 161 176 207 221 263 311 368 407 485
Weight (approx.)*** (without oil) kg 16 19 24 26 33 33 39 76 101 146 Shift in
Motion

Customer interfaces

Sensors Flanges Shafts**** Through drive Ports****

Only for nominal sizes
Compagnion flange
SAE J 1946 Typ A
ANSI B92.1-1970
2 hole

4 hole

ISO 6149 – 1
ISO 3019-1

ISO 6162-2
(SAEJ 744)

DIN 5480

210, 280

SAE B 
Speed

Radial
SAE C 
SAE D  Work ports 
    
SAE E  Threaded ports  LEARN MORE
HMF-02 / HMA-02
* highest transient speed, that can temporarily occur | ** highest transient pressure, that can temporarily occur | **** Availability depends on nominal size
 Closed Circuit. ACTUATORS

Shift Actuator. Actuator.

Design characteristics The use of hydraulic cylinders for shifting gears requires
not only fast and precise shifting processes, but also de-
— Electro-hydraulic multi-position cylinder (3 positions) fined and electronically sensable rest positions as well as
— Prepared for mounting of clevis or spherical head a defined behavior in case of system failure. The actuator
— Simple and robust design from Linde Hydraulics combines all these properties and
accommodates them in a robust and compact housing.
Product advantages
Together with the shift rod, which is prepared to accom-
— Defined and exact switching operations modate conventional connections, all requirements for
— Easy implementation in conventional gearboxes easy implementation are met. More information can be
found in the "Shift in Motion" section.
— Small space requirement and high reliability

General technical data

Actuator

Shifting force N 1000 +/- 300

Force
Detent force N 450 +/- 100
Compact Stroke Shifting stroke mm ±9.5
unit Supply pressure bar 25±5 (Typically, this is charge pressure of the drive system)
Pressure
Tank pressure bar ≤<2
Shift in Positions 3 (1-N-2)
Motion

Customer interfaces

Control options Thread of the shift rod Ports Sensors

Deutsch Connector

position sensor
AMP Connector

Proportional
ISO 6149-1,
M14 x 1.5
M 16
12 V

24 V

LEARN MORE Electro-hydraulic    Metric thread  Threaded ports  

ACTUATOR
SYSTEMS
Closed Circuit.
Pump/Motor - Compact Unit. K-02.
Together with the customer Linde Hydraulics defines new Design characteristics
standards in technology. Advanced modular drive techno-
logy, realised in hydrostatic variators for variable speed — HPV-02 and HMF-02 back-to-back in common unit
transmission, form the core of power split gearboxes. — Version for powersplit transmission and direct
drive solutions (e.g. orchard tractors)
Compact units with a hollow shafts are available for — Integrated high pressure relief valves with
mounting to conventional gearboxes in smaller machines. charge and purge function
These compact units are used as fully hydrostatic sys-
tems with additional mechanical PTO drive. In this way, Product advantages
a further function can be operated independently of the
— Precise crawling speed
travel function.
— Compact design
— Low fuel consumption over entire operating range
With customer-specific developments, Linde Hydraulics
supports the change from power shift to continuous varia- — Mechanical throughdrive (in addition to travel drive)
ble transmission technology.

General technical data

K-02
Nominal size 55/55 75/75 105/105
Displacement Max. displacement cc/rev 55/55 75/75 105/105
Max. operating speed rpm 3900 3400 3200
Speed
Max. speed* rpm 4150 3600 3400 Compact
unit
Nominal pressure bar 450 450 450
Pressure Max. pressure** bar 500 500 500
Max. housing pressure bar 2.5 2.5 2.5 Shift in
Motion
Torque Torque ( p=430 bar; charge press.=20 bar) Nm 374 519 719
Corner power (theor.) (Vmax x nmax x p 430 bar) kW 153 185 241

Customer interfaces

Control option Sensors Flanges Shafts**** Ports

SAE J 1946 Typ A

ANSI B92.1-1970
Pressure cut-off

Enable function

holes (d=17,5mm)
Speed sensor
Swash angle

Compagnion
Proportional

ISO 3019-1

ISO 6149-1
ISO 6162-2

ISO 6162-2
(SAEJ 744)

Twin ports
3-Position

Side ports
threads M12

threads M16
4 additional

4 additional

additional
2 hole,

2 hole,

2 hole,

flange
2 hole

4 hole

SAE-B
Work ports
Electro-hydraulic   SAE-C 
  SAE-D
 
SAE-E
Threaded ports 
LEARN MORE
K-02
* highest transient speed, that can temporarily occur | ** highest transient pressure, that can temporarily occur | **** Availability depends on nominal size
 Closed Circuit. SYSTEMS

Hydrostatic Drive. Shift in Motion.

Design characteristics Shift in Motion enables shifting procedures in a moving
machine, equipped with a manual transmission that is in-
— Hydrostatically controlled synchronization of tended to be shifted at standstill by electro-hydraulically
60
1st gear (operation)
stop to shift gearboxes synchronising the drivetrain. This system is particularly Shifting area
50
— Full utilization of the kinetic energy while 2nd gear (transport)

Traction force [kN]

suitable for vehicles that often change between transport
changing the gears and operation, i.e. vehicles that require both high tractive 40
— The system includes only two additional effort and a high top speed above 25 kilometres per hour.
components compared to conventional drives The shifting procedure is load-free thanks to electro- 30

hydraulically synchronised gears and the ability to adjust

Product advantages the drive component’s speed and torque. This makes the 20

shifting procedures wear-free and also increases the

— Autom. and jerkless gear changes (<0.7 sec.) 10
transmission’s efficiency.
without standstill and the need of expensive
synchromesh gear boxes 0
0 5 10 15 20 25 30 35
— Considerable reduction of fuel consumption Travel speed [km/h]
and noise emission
— Minimum space requirement

Concept

Compact
unit

Shift in
Motion

Implementation
Linde Hydraulics components Customer interface System requirements
Electronic control unit iCon Shift rod with clevis or spherical head Stop to shift gearbox with two or more
Variable displacement pump HPV-02 gears and defined neutral position
Multiple positions of rest and
Variable displacement motor HMV-02 analog position signal
Admissible tractive effort
Shift actuator Actuator Defined default behavior interruption of <0.7 sec
LEARN MORE
SHIFT IN MOTION
SYSTEMS
Closed Circuit.
Hydrostatic Drive. Shift in Motion.
Application examples

D A

C
B

A D

Compact
unit

Shift in
Motion

Category Category

45 kW 70 kW 250 kW 35 kW 90 kW 250 kW

Equipment Equipment
A 1 x HPV 75-02 E2 A 1 x HPV 105-02 E2
B 1 x HMV 105-02 E6 B 1 x HMV 135-02 E6
C 1 x iCon® C 1 x iCon®
D 1 x Actuator D 1 x Actuator LEARN MORE
SHIFT IN MOTION
 Linde Hydraulics Worldwide. LINDE HYDRAULICS WORLDWIDE

Sales Partners.

In addition to the Linde Hydraulics locations, our global

network of sales partners offers you competent support
in the following contexts:

— Development projects
— Application engineering
— Commissioning
— Series production

 You can find a sales partner close to you on our

website at www.linde-hydraulics.com/
network

Compact
unit
Coverage of sales & service partners

Shift in
Motion

Linde Hydraulics Locations

Linde Hydraulics Corporation Linde Hydraulics Ibérica, S.L.U.

5089 Western Reserve Road, Canfield Ohio 44 406 Avda. Prat de la Riba, 181, 08780 Palleja (Barcelona)
Phone +1 330 533 6801, info@linde-hydraulics.co Phone +34 93 663 32 58, info@linde-hydraulics.com.es
1679 Overview Dr, Rock Hill, SC 29730
Phone +1 330 533 6801, info@linde-hydraulics.co Linde Hydraulics France SARL
1, rue du Maréchal de Lattre de Tassigny, 78854 Elancourt
Linde Hydraulics South America Phone +33 130 684 675, info@linde-hydraulics.com
Av. Leôncio de Magalhães, 1004 cj. 33, 02042-001 São Paulo
Phone +55 11 2281 7879, info.br@linde-hydraulics.co Linde Hydraulics Limited
12-13 Eyston Way, Abingdon Oxfordshire OX14 1TR
Phone +44 1235 522 828, enquiries@lindehydraulics.co.uk
LEARN MORE
SALES PARTNERS
LINDE HYDRAULICS WORLDWIDE
Linde Hydraulics Worldwide.
Service Partners.

Our online spare parts shop and worldwide network

of service partners offer you strong support in the
following contexts:

— Spare parts supply

— Repair services
— Remanufacturing

 Visit our online shop at shop.lhy.com

Here you can find all spare parts tailored to your
needs easily via the serial number of your unit.
A defined stock of parts is available within 24 hours!

 For repair and remanufacturing services you can Compact

find a service partner close to you on our website unit

at www.lhy.com/network
Shift in
Motion

Linde Hydraulics Headquarters

Linde Hydraulics Italia SpA Linde Hydraulics GmbH & Co. KG

Viale dell'Unione Europea, 33, 21013 Gallarate (VA) Wailandtstrasse 13
Phone +39 0331 182 4910, info.it@linde-hydraulics.com 63741 Aschaffenburg
Phone +49.60 21.150-00
Linde Hydraulics (China) Co., Ltd. info@lhy.com
No. 197 Weian Road, High-Tech Development Zone, 261000 Weifang www.lhy.com
Phone +86 536 5075293, info@linde-hydraulics.com.cn
No. 89 Jinshang Road, 361009 Xiamen
Phone +86 592 53 87 701, info@linde-hydraulics.com.cn

LEARN MORE
ONLINE SHOP
How to reach us. Linde Hydraulics Worldwide.

LHY.PC.05/24.e
Post Linde Hydraulics GmbH & Co. KG (BR) Linde Hydraulics South America
Wailandtstrasse 13 Av. Leôncio de Magalhães, 1004 cj. 33, 02042-001 São Paulo
63741 Aschaffenburg Phone +55 11 2281 7879, info.br@linde-hydraulics.co
Germany
(ES) Linde Hydraulics Ibérica, S.L.U.
Avda. Prat de la Riba, 181, 08780 Palleja (Barcelona)
Phone +49.60 21.150-00 switchboard
Phone +34 93 663 32 58, info@linde-hydraulics.com.es
Fax +49.60 21.150-115 70
(FR) Linde Hydraulics France SARL
E-Mail info@lhy.com 1, rue du Maréchal de Lattre de Tassigny, 78854 Elancourt
Internet www.lhy.com Phone +33 130 684 675, info@linde-hydraulics.com

(GB) Linde Hydraulics Limited

12-13 Eyston Way, Abingdon Oxfordshire OX14 1TR
Phone +44 1235 522 828, enquiries@lindehydraulics.co.uk

(IT) Linde Hydraulics Italia SpA

Viale dell'Unione Europea, 33, 21013 Gallarate (VA)
Phone +39 0331 182 4910, info.it@linde-hydraulics.com

(PRC) Linde Hydraulics (China) Co., Ltd.

No. 197 Weian Road, High-Tech Development Zone, 261000 Weifang
Phone +86 536 5075293, info@linde-hydraulics.com.cn
No. 89 Jinshang Road, 361009 Xiamen
Phone +86 592 53 87 701, info@linde-hydraulics.com.cn

(USA) Linde Hydraulics Corporation

5089 Western Reserve Road, Canfield Ohio 44 406
Phone +1 330 533 6801, info@linde-hydraulics.co
1679 Overview Dr, Rock Hill, SC 29730
Phone +1 330 533 6801, info@linde-hydraulics.co

Visit
www.lhy.com/network
to find a sales or service partner
close to you.

Linde Hydraulics GmbH & Co. KG

Wailandtstrasse 13, 63741 Aschaffenburg, Germany
Phone +49.60 21.150-00, Fax +49.60 21.150-115 70
info@lhy.com, www.lhy.com