PDM - HAWE Hydraulik

Energy

HAWE supplies hydraulics in the field of renewable energy, with the aim of enabling the safe, sustainable and efficient production and distribution of electricity.

Energy

Applications

HAWE Hydraulik makes a contribution to resolving global problems regarding energy, infrastructure, efficient production, nutrition and nature as well as resources.

Search for your application and learn more about the industry-specific hydraulic solutions from HAWE Hydraulik. We create the right system solutions for your control tasks with our hydraulic pumps, hydraulic power packs, hydraulic valves and electronic control systems from a modular product system.

Applications

Wind power

Find out more about how the modular structure of the hydraulic control system makes commissioning, maintenance and service easier.

Wind power

Infrastructure

In order to develop and maintain a sustainable infrastructure, HAWE works together with you to create efficient hydraulic solutions for construction machines, municipal trucks and rail vehicles as well as for building construction and civil engineering.

Infrastructure

Solar power

HAWE hydraulic solutions for solar power plants enable precise tracking movements and reliable operation.

Solar power

Hydro power

Here you will find ready-for-connection system solutions for hydro power - also available with safety-related functions if necessary.

Hydro power

Telescopic handlers

Mobile cranes

Aerial working platforms

Loader cranes

Refuse trucks

Snow clearing vehicles / snowploughs

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Commercial vehicle trailers

Automobil

Passenger restraint systems

Manufacturing efficiency

The compact and efficient hydraulic solutions from HAWE create a solid basis for sustainable industrial production. Our solutions are used in machine tools, plastics machinery and hydraulic tools.

Manufacturing efficiency

Sport boats

Machining centers

Band saws

Lathes

Nutrition & nature

Sustainable business with agricultural engineering and forestry equipment is an important issue. Thanks to our application know-how coupled with our component and system expertise, we can find the right solution for every type of machine.

Nutrition & nature

Press brakes

Tractors

Combine harvesters

Silage trailers

Field sprayers

Fan drives

Harvesters

Skidders

Resources

The hydraulic solutions from HAWE support raw material production and extraction. They enable the safe and sustainable production of oil and gas in the mining industry and in general drilling technology.

Resources

Timber trucks

Oil & gas exploration

For oil and gas exploration security and reliability are the core competencies of HAWE Hydraulik components.

Oil & gas exploration

Health

HAWE Micro Fluid's "Integrated Medical Solutions" stand for a compact design combined with high performance and reliability that is suitable for a wide range of applications in medical technology. The product portfolio includes tailor-made components, sets, electronic controls and complete lifting columns.

Health

Mining equipment

Here you will find dynamic and robust hydraulic components for mining and tunnelling.

Mining equipment

Drilling equipment

Integrating hydraulic and electronic components guarantee precise drilling operations.

Drilling equipment

Operating table

Rescue stretcher

Floor lock system

Dental chair

HPS

Nomenclature:
Piston accumulator

Operation pressure:
350 bar

Nominal volume:
0.1 - 40 dm³

Internal piston diamater:
50 - 180 mm

Piston type accumulators, type HPS

CLHV

Nomenclature:
Load-holding valve

Version:
Screw-in valve
Valve for pipe connection

Adjustability:
Fixed, adjustable

p_max:
350 bar

Q_max:
320 l/min

Load-holding valve type CLHV

KA, KAW

Nomen-
clature:
Radial piston or gear pump with integrated electric motor (3-phase or 1-phase version)

Design:
Oil immersed hydraulic power pack for intermittent or load/no load operation (S3-service)

p_max:
Radial piston pump bar
Gear pump 180 bar

Q_max:
Radial piston pump 7 lpm
(V_g = 2.29 cm³/rev)
Gear pump approx. 24.1 lpm
(V_g = 7.9 cm³/rev)

V_{tank max}:
30 l

Compact hydraulic power pack type KA and KAW

SWPN

Directional spool valve type SWPN

MPN, MPNW

Nomen- clature:
Radial piston and/or gear pump with integrated motor single or dual-circuit pump

Design:
Oil immersed hydraulic power pack
for intermittent or load/no load operation
(S2-/S3-/S6-service)

p_max:
Radial piston pump bar (high pressure), gear pump 220 bar (low pressure)

Q_max:
12.4 lpm (high pressure) (V_g = 9.17 cm³/rev) 83 lpm (low pressure) (V_g = 61 cm³/rev)

V_{t max}:
100 l

Compact hydraulic power pack type MPN and MPNW

NBVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type NBVP 16

ESX

Nomenclature:
Mobile control

Version:
Modular concept with:
Basic module
Different expansion modules
Software for configuration

Mobile controller type ESX

V30E

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 420 bar

V_{g max}:
270 cm³/rev

Variable displacement axial piston pump type V30E

M60N

Nomen-
clature:
Axial piston fixed motor

Design:
Individual motor

p_max:
400 bar

V_{g max}:
130 cm³/rev

Axial piston motors type M60N

V60N

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
130 cm³/rev

V60N

HLU

Nomenclature
Hydraulic locking unit (HLU)

Version
Type A, E, K, RL

Actuation
Electro-hydraulic
Manual

Fatigue load_min
3700 N

Fatigue load_max
10500 N

Stroke stroke_min
80 mm

Stroke stroke_max
150 mm

Hydraulic Locking Unit type HLU

CAN-IO

Nomenclature:
Programmable logic valve control

Version:
Modular system with:
Basic module
Different expansion modules
Software for configuration

Valve control type CAN-IO 14+

PSL, PSV, PSM, PSM, SL, HMPL, HMPV

Nomenclature:
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
Manual
Electro-hydraulic
pressure-actuated

p_max:
400 bar

Q_{max. consumer}:
240 l/min

Q_{pu max}:
300 lpm

Proportional directional spool valve type PSL, PSV, PSM and SL

BA, NZP

Nomenclature:
Sub-plates/directional seated valve,
zero leakage

Version:
Valve section with sub-plates for pipe connection

Actuation:
Solenoid
Pressure-operated
Manual
Mechanical

p_max:
400 ... 500 bar

Q_max:
25 ... 50 l/min

Valve bank (nominal size 6) type BA

HK, HKF

Nomen-
clature:
Radial piston pump and/or gear pump with integrated motor
(version for 3-phase mains)

Design:
Oil immersed compact hydraulic power pack for permanent and intermittent operation (S1/S6 service)

p_max:
Radial piston pump bar (high pressure)
Gear pump 180 bar (low pressure)

Q_max:
Radial piston pump (high pressure)
13.0 lpm (V_g = 9.17 cm³/rev)
Gear pump (low pressure)
24 lpm (V_g = 17.0 cm³/rev)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HK and HKF

BVH

Nomen-
clature:
Valve sections
Directional seated valve
Zero leakage

Version:
Valve sections for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type BVH

VB

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank for pipe connection

Actuation:
Solenoid
Pressure: Hydraulic, Pneumatic
Manual: Hand lever, Turn knob

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type VB

NSMD

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for manifold mounting (Valve banks with sub-plates type BA are available)

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Clamping module type NSMD

BVE

Directional seated valve type BVE

NSWP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type NSWP

HC, HCW

Nomen-
clature:
Radial piston or gear pump with integrated
electric motor (three-phase or alternating current
design)

Design:
Oil immersed hydraulic power pack for intermittent service (S3-service)

p_max:
Radial piston pump 700 bar
Gear pump 180 bar

Q_max:
Radial piston pump 4.4 lpm
(V_g = 1.6 cm³/rev)
Gear pump approx. 3.4 lpm
(V_g = 1.3 cm³/rev)

V_{usable max}:
8 l

Compact hydraulic power pack type HC and HCW

PDM, PDMP

Nomen-
clature:
Prop. pressure-reducing valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
400 bar

p_{max A}:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

V30D

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar, bar
Peak pressure: 420 bar, 420 bar

V_{g max}:
250, 250 cm^³/rev

Variable displacement axial piston pump type V30D

CCL, CTL

Nomenclature
Lifting column

Nominal load Trendelenburg position (max.):
1500 Nm

Stroke (max.):
360 mm

Installation height (min.):
496 mm

Patient weight (max.)
450kg

Design specifications standard:
DIN EN 60601-2-46

Lifting column type CTL, CCL

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Floor-Lock-System

Nomenclature:
Floor lock system

Load capacity:
250 kg per cylinder

Stroke (max.):
30 mm (levelling height up to 10 mm)

Oscillation damping system:
Passive damping

Design (classic):
Cylinder and castor structurally distinct

Design (Rhombus):
Highly integrated, compact system

Floor-Lock-Sets

A

Nomenclature
Gear pump with built-in electric motor (DC, AC or 3-phase version)

Version
Mini hydraulic power pack

p_max
210 bar

Q_max
2.5 cm³/rev

V_{tank max}
Approx. 0.8 l

Micro power unit series A 10

RH

Nomenclature:
Check valve with hydraulic release
or twin check valve

Design:
Individual valve for

Adjustment:
Hydraulic

p_max:
bar

Q_max:
l/min

Releasable check valve type RH

TLC

Valve bank (directional seated valve) type TLC 3

MV, DMV, DMVN, MVCS, MVE, MVEX, MVG, MVGC, MVP, MVS, SV, SVC, SVX

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure limiting valve type MV, SV and DMV

LV

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar
bar

Q_max:
25 l/min
l/min

Cylinder type LV

Products

HAWE Hydraulik supplies compact, energy-saving and durable hydraulic components and systems. These are characterised, for example, by:

Products

Hydraulic power pack

The range includes compact hydraulic power packs, standard hydraulic power packs and mounted valves.

Hydraulic power pack

Product search by category

Learn about our hydraulic components and system solutions.

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Product search by category

Compact hydraulic power pack

Compact hydraulic power packs are a type of hydraulic power pack. They are characterised by a highly compact design, since the motor shaft of the electric motor also acts as the pump shaft. Compact power packs are used to supply hydraulic fluid in hydraulic circuit systems.

Compact hydraulic power pack

CPU

Nomen-
clature:
Radial piston or gear pump with integrated electric motor

Design:
Oil-immersed hydraulic power pack for intermittent or load/no-load operation (S2/S3 service)

p_max:
Radial piston pump 350 bar
Gear pump 200 bar

Q_max:
Radial piston pump 4.89 lpm
Gear pump 10.74 lpm

V_{usable max}:
12.6 l

Compact power pack type CPU

HC, HCW

Nomen-
clature:
Radial piston or gear pump with integrated
electric motor (three-phase or alternating current
design)

Design:
Oil immersed hydraulic power pack for intermittent service (S3-service)

p_max:
Radial piston pump 700 bar
Gear pump 180 bar

Q_max:
Radial piston pump 4.4 lpm
(V_g = 1.6 cm³/rev)
Gear pump approx. 3.4 lpm
(V_g = 1.3 cm³/rev)

V_{usable max}:
8 l

Compact hydraulic power pack type HC and HCW

HK, HKF

Nomen-
clature:
Radial piston pump and/or gear pump with integrated motor
(version for 3-phase mains)

Design:
Oil immersed compact hydraulic power pack for permanent and intermittent operation (S1/S6 service)

p_max:
Radial piston pump bar (high pressure)
Gear pump 180 bar (low pressure)

Q_max:
Radial piston pump (high pressure)
13.0 lpm (V_g = 9.17 cm³/rev)
Gear pump (low pressure)
24 lpm (V_g = 17.0 cm³/rev)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HK and HKF

HKL, HKLW

Nomen-
clature:
Radial piston pump and/or gear pump with integrated motor
(version for 3-phase mains)

Design:
Oil immersed compact hydraulic power pack for permanent and intermittent operation (S1/S6 service)

p_max:
Radial piston pump bar (high pressure)
Gear pump 180 bar (low pressure)

Q_max:
Radial piston pump (high pressure)
13.0 lpm (V_g = 9.17 cm³/rev)
Gear pump (low pressure)
24 lpm (V_g = 17.0 cm³/rev)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HKL and HKLW

KA, KAW

Nomen-
clature:
Radial piston or gear pump with integrated electric motor (3-phase or 1-phase version)

Design:
Oil immersed hydraulic power pack for intermittent or load/no load operation (S3-service)

p_max:
Radial piston pump bar
Gear pump 180 bar

Q_max:
Radial piston pump 7 lpm
(V_g = 2.29 cm³/rev)
Gear pump approx. 24.1 lpm
(V_g = 7.9 cm³/rev)

V_{tank max}:
30 l

Compact hydraulic power pack type KA and KAW

MP, MPW

Nomen- clature:
Radial piston and/or gear pump with integrated motor single or dual-circuit pump

Design:
Oil immersed hydraulic power pack
for intermittent or load/no load operation
(S2-/S3-/S6-service)

p_max:
Radial piston pump bar (high pressure), gear pump 220 bar (low pressure)

Q_max:
12.4 lpm (high pressure) (V_g = 9.17 cm³/rev) 83 lpm (low pressure) (V_g = 61 cm³/rev)

V_{t max}:
100 l

Compact hydraulic power pack type MP and MPW

NPC

Nomen-
clature:
Radial piston pump with integrated electric motor (DC)

Design:
Oil immersed compact hydraulic power pack
For short period operation

p_max:
bar

Q_max:
1.36 lpm
(V_{g max} = 0.76 cm³/rev)

Compact hydraulic power pack type NPC

Standard hydraulic power pack

Standard hydraulic power packs from the FXU series are a type of hydraulic power pack. They are characterised by their very flexible design and customer-specific modular adjustment options.

Standard hydraulic power pack

MPN, MPNW

Nomen- clature:
Radial piston and/or gear pump with integrated motor single or dual-circuit pump

Design:
Oil immersed hydraulic power pack
for intermittent or load/no load operation
(S2-/S3-/S6-service)

p_max:
Radial piston pump bar (high pressure), gear pump 220 bar (low pressure)

Q_max:
12.4 lpm (high pressure) (V_g = 9.17 cm³/rev) 83 lpm (low pressure) (V_g = 61 cm³/rev)

V_{t max}:
100 l

Compact hydraulic power pack type MPN and MPNW

HR

Nomenclature
Radial piston pump with built-in motor (DC, AC or 3-phase version)

Version
Mini hydraulic power pack

p_max
210 bar

Q_max
0.95 cm³/rev

V_{tank max}
0.7 l

Mini hydraulic power pack type HR

Mounted Valves

A connection block represents the connecting link between the hydraulic power pack and the hydraulic control. The connection blocks described here can be combined with compact hydraulic power packs, such as from the KA, HK and MPN series.

Mounted Valves

FXU

Nomenclature:
Standard hydraulic power pack (S1 operation)
Single-circuit pump, dual-circuit pump
With radial piston pump and/or gear pump in the tank

Version:
Radial piston pump and/or gear pump

p_max:
HP/LP: 700/280 bar

Q_max:
HP/LP: 91/80 lpm
Radial piston pump: Vg = 64.2 cm³/rev
Gear pump: Vg = 63 cm³/rev

V_Tank max:
565 l

Hydraulic power pack type FXU

AB, AL

Nomenclature
Connection block with/without pressure-limiting valve with unit approval for single-circuit pumps

Version
Manifold mounting valve for valve mounting

p_max
700 bar

Q_max
24 lpm

Connection blocks for single-circuit pumps types AB, AL

LP

Nomen-
clature:
Air-driven hydraulic power pack

Design:
Hydraulic power pack

p_hydr_aulic_max:
1500 bar

p_air_max:
10 bar

Q_max:
12 l/min

Hydraulic power pack type LP

C, CK

Nomen-
clature:
Connection blocks to the completion of hydraulic power packs

Design:
Add-on valve enabling pipe connection or direct mounting of valve banks

p_max:
bar

Q_max:
approx. 20 lpm

Connection block type C 5 and C 6

BNG

Nomenclature:
Valve bank

Version:
Segment construction

Actuation:
Solenoid
Manual
Hydraulic
Pneumatic

p_max:
400 bar

Q_max:
l/min

Valve bank type BNG

BA, NZP

Nomenclature:
Sub-plates/directional seated valve,
zero leakage

Version:
Valve section with sub-plates for pipe connection

Actuation:
Solenoid
Pressure-operated
Manual
Mechanical

p_max:
400 ... 500 bar

Q_max:
25 ... 50 l/min

Valve bank (nominal size 6) type BA

Hydraulic pump

The hydraulic pumps from HAWE Hydraulik are characterised by their compact and robust design. They are suitable for demanding applications up to 700 bar.

Hydraulic pump

Radial piston pump

Radial piston pumps are a type of hydraulic pump. They consist of valve-controlled pump cylinders that are arranged radially.

Radial piston pump

BVH

Nomen-
clature:
Valve sections
Directional seated valve
Zero leakage

Version:
Valve sections for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type BVH

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Axial piston pump

Axial piston pumps have several pistons that are arranged parallel to the drive shaft. They are available as either variable pumps or constant pumps.

Axial piston pump

C40V

Nomenclature:
Axial piston pump
Variable pump

Version:
Single pump
Multiple pump

p_max:
Nominal pressure p_nom: 280 bar
Peak pressure p_max: 320 bar

V_{g max}:
85 cm³/rev

C40V

RZ

Nomen-
clature:
Radial piston pump

Design:
Single pump ; dual-stage pump

p_max:
bar

Q_max:
91.2 l/min

V_g:
64.18 cm³/rev

Dual-stage pump type RZ

R, RG

Nomen-
clature:
Radial piston pump

Design:
Single pump ; dual-stage pump

p_max:
700 bar

Q_max:
91.2 l/min

V_g:
64.18 cm³/rev

Radial piston pump type R and RG

V60N

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
130 cm³/rev

V60N

V30E

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 420 bar

V_{g max}:
270 cm³/rev

Variable displacement axial piston pump type V30E

V80M

Nomenclature:
Axial piston pump

Version:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
202 cm³/rev

Variable displacement axial piston pump type V80M

V30D

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar, bar
Peak pressure: 420 bar, 420 bar

V_{g max}:
250, 250 cm^³/rev

Variable displacement axial piston pump type V30D

K61N

Nomen-
clature:
Axial piston pump
Constant pump

Design:
Single pump

p_max:
bar

V_{g max}:
108 cm³/rev

Axial piston pump type K61N

Air-driven hydraulic pump

Air-driven hydraulic power packs are pneumatically driven, reciprocally acting plunger pumps. They operate as pneumatic pressure amplifiers with oscillating movement and automatic stroke reversal control.

Air-driven hydraulic pump

Hand pump

Hand pumps are a type of hydraulic pump. They generate a flow rate manually.

Hand pump

K60N

Nomen-
clature:
Axial piston pump
Constant pump

Design:
Single pump

p_max:
bar

V_{g max}:
108 cm³/rev

Fixed displacement axial piston pump type K60N

CH

Nomenclature:
Piston pump

Design:
Single acting hand pump

p_max:
250 bar

V_{stroke max}:
8.3 cm³/stroke

Hand pump type CH

Pump elements

Pump elements convey lubricating pressure fluids and at the same time generate a back pressure against the working resistance of a connected actuator.

Pump elements

LP

Nomen-
clature:
Air driven hydraulic pumps

Design:
Single pump

p_hydr_aulic_max:
1500 bar

p_air_max:
10 bar

Q_max:
12 l/min

Air-driven hydraulic pump type LP

DMPE

Nomenclature:
Double pump element

Installation position:
As desired

p_max:
700 bar

V_{g max}:
0,46 cm³/U

Double pump element type DMPE for radial piston pumps

Hydraulic valves

The range includes directional spool valves, directional seated valves, pressure control valves, flow valves and check valves – either as individual components or combined in valve banks.

Hydraulic valves

Directional spool valves

Directional spool valves are a type of directional valve. They control the direction of movement and the velocity of single and double-acting hydraulic consumers.

Directional spool valves

On/off directional spool valve

On/off directional spool valves are used to control the direction of movement of consumers such as hydraulic motors and hydraulic cylinders.

On/off directional spool valve

MPE, PE

Nomenclature:
Double pump element

Installation position:
As desired

p_max:
700 bar

V_{g max}:
1,52 cm³/U

Pump element type MPE and PE for radial piston pumps

H, HD, HE

Nomenclature:
Piston pump

Design:
Single acting hand pump
Double acting hand pump

p_max:
800 bar

V_{stroke max}:
30 cm³/stroke

Manual pump type H, HD and HE

CWS

Nomenclature:
Directional spool valve

Version:
Valve bank design
Combination with pump units

Actuation:
Solenoid

p_max:
315 bar

Q_max:
40 l/min

Directional spool valve banks type CWS

SG, SP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection or
manifold mounting

Actuation:
Solenoid
Manual
Mechanical
Pressure (only or combined with
manual actuation)

p_max:
bar

Q_max:
l/min

Directional spool valve type SG and SP

NSWP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type NSWP

SW, SWP, SWR

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type SW, SWP and SWR

Proportional directional spool valves

Proportional directional spool valves are a type of directional valve. They control the direction of movement and the velocity of individual or multiple hydraulic consumers actuated simultaneously. Control is independent of the load and continuous.

Proportional directional spool valves

HSF

Nomen-
clature:
Directional spool valve

Design:
Individual valve for manifold mounting

Actuation:
Electro-hydraulic
Hydraulic

p_max:
bar

Q_max:
l/min

Directional spool valve type HSF

SWS

Nomen-
clature:
Directional spool valve

Design:
Valve bank
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve bank type SWS

EDL

Nomenclature:
Directly
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
solenoid-actuated

p_max:
bar

Q_{max. consumer}:
48 l/min

Q_{pu max}:
100 l/min

Proportional directional spool valve type EDL

Throttling directional spool valves

Throttling directional spool valves are a type of directional valve. They continuously and manually meter the flow rate in hydraulic systems with single and double-acting consumers.

Throttling directional spool valves

PSLF, PSVF, SLF

Nomen-
clature:
Prop. directional spool valve acc. to the
Load-Sensing principle

Design:
Individual manifold mounting valve
Valve bank via individual manifold mounting valves

Actuation:
Manual
Electro-hydraulic
Pressure

p_max:
400 bar

Q_{max. consumer}:
400 l/min

Q_{pu max}:
1000 lpm

Proportional directional spool valve type PSLF, PSVF and SLF

Valve combinations

Clamping modules combine a directional spool valve, pressure reducing valve and pressure switch.

Valve combinations

DL

Nomen-
clature:
Throttling directional spool valve

Design:
Valve bank design with integrated bypass pump circulation control

Actuation:

p_max:

Q_max:

Directional spool valve bank type DL

Directional seated valves

Directional seated valves are technically leak-proof. Depending on the valve type, actuation is electromagnetic, pressure-actuated, mechanical or manual. The ports are connected and disconnected by attaching or removing a sealing element.

Directional seated valves

PSL, PSV, PSM, PSM, SL, HMPL, HMPV

Nomenclature:
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
Manual
Electro-hydraulic
pressure-actuated

p_max:
400 bar

Q_{max. consumer}:
240 l/min

Q_{pu max}:
300 lpm

Proportional directional spool valve type PSL, PSV, PSM and SL

Single valves

Directional seated valves are a type of directional valve. When closed, they are technically leak-proof. Single valves can be designed as insert valves or for manifold mounting.

Single valves

NSMD

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for manifold mounting (Valve banks with sub-plates type BA are available)

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Clamping module type NSMD

WN, WH

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve, manifold mounting combination with connection blocks for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional seated valve type WN and WH

EM, BEM, EMP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Screw-in valve Combination
Combination with connection block for pipe connection
Combination with connection block for swivel fitting
Combination with connection block for manifold mounting

Actuation:
Solenoid

p_max:
bar

Q_max:
160 lpm

Directional seated valve type EM and EMP

G, D, F, H, K, ND, NF, NG, NH, NK, NP, NWG, P, T, WG

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve,
manifold mounting combination with sub-plates
for pipe connection

Actuation:
Solenoid
Pressure (hydraulic, pneumatic)
Mechanical (roller, pin)
Manual (hand lever, adjusting knob)

p_max:
bar

Q_max:
l/min

Directional seated valve type G, WG and others

BVE

Directional seated valve type BVE

NBVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type NBVP 16

BVG, BVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type BVG 1 and BVP 1

VP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Manifold mounting

Actuation:
Solenoid
Hydraulic
Pneumatic

p_max:
bar

Q_max:
l/min

Directional seated valve type VP

CR

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for pipe connection

Actuation:
Solenoid
Manual

p_max:
HP 400 bar
NP 60 bar

Q_max:
HP 20 lpm
NP 160 lpm
A → R 300 lpm

Switch unit type CR

IVN

2/2-way poppet valve type IVN 223 (size 8)

MSV

2/2-way poppet valve type MSV, RSV (size 6)

RSV

2/2-way poppet valve type MSV, RSV (size 6)

VH, VHP, VHR

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve, manifold mounting, bankable

Actuation:
Manual

p_max:
bar

Q_max:
l/min

Directional seated valve type VH, VHP and VHR

Valve banks

The directional seated valves are available as chained valves in a valve bank. This facilitates the combination of different circuit symbols or actuation types in order to save space, and such systems can also be used to actuate independent consumers.

Valve banks

SL

Poppet valve type SP 1 in manifold system type SL 1

SLC

Valve system type SLC 1

Cartridge valves

Valve on which the housing is in the form of a cartridge, and on which the port openings are aligned with the ports in the installation space. The inside of the valve is screwed or plugged into a block.

Cartridge valves

CVS

2/2-way cartridge valve type CVK, CVS, CVD

Manifold mounting valves

In this design, the valve body is screwed onto a sub-plate and connected using a defined flange. The sub-plates act as the pipe connections. The flange pattern defines the position and size of the ports for the consumers, pump supply and reflux. There a manufacturer-specific flange patterns and standard connection patterns.

Manifold mounting valves

Pressure control valves

Pressure control valves influence the system pressure in a specific, pre-determined manner. This is achieved by altering the throttling cross-sections with the aid of mechanical, electrical or hydraulic movements.

Pressure control valves

Pressure-limiting valves, pre-load valves

Pressure-limiting valves are a type of pressure control valve. They safeguard the system against excessive system pressure or limit the operation pressure.

Pressure-limiting valves, pre-load valves

VB

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank for pipe connection

Actuation:
Solenoid
Pressure: Hydraulic, Pneumatic
Manual: Hand lever, Turn knob

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type VB

BWH, BWN

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank

Actuation:
Solenoid

p_max:
bar

Q_max:
30 lpm

Valve bank (directional seated valve) type BWN and BWH

DV, DF, DVE, PG, PV

Nomen-
clature:
Pressure-limiting valve
Sequence valve
Switch-off/release valve (pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
420 bar

Q_max:
120 l/min

Pressure-limiting valve, pilot-controlled type DV, DVE and DF

CMV, CMVX, CMVZ, CSV, CSVZ

Nomen-
clature:

Design:
Screw-in valve

Adjustment:

p_max:
500 bar

Q_max:
60 l/min

Pressure valve type CMV, CMVZ, CSV and CSVZ

MV, DMV, DMVN, MVCS, MVE, MVEX, MVG, MVGC, MVP, MVS, SV, SVC, SVX

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure limiting valve type MV, SV and DMV

VR

Nomenclature:
Sequence valve

Version:
Insert valve
Version with housing for pipe connection

Adjustability:
Fixed (non-adjustable)

p_max:
315 bar

Δp_max:
15 bar

Q_max:
120 l/min

Pre-load check valve type VR

PMV, NPMVP, PMVP, PMVPS, PMVS

Nomen-
clature:
Prop. pressure-limiting valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_max:
bar

Q_max:
l/min

Proportional pressure-limiting valve type PMV and PMVP

SVP, SVPR

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure-limiting valve type SVP and SVPR

Pressure reducing valves

Pressure reducing valves are a type of pressure control valve. They maintain a largely constant outlet pressure even at a variable (higher) inlet pressure.

Pressure reducing valves

MVA, MVB, MVD, MVF, MVH, MVJ, MVK, MVT, MVU, MVZ

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure-limiting valve (installation kit) type MV

PDV, PDVE

Nomen-
clature:
Prop. pressure-limiting valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_max:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

ADC, AM

Nomen-
clature:
Pressure reducing valve

Design:
Screw-in valve
Valve for pipe connection

Adjustment:
Fixed (non-adjustable)

p_{max P}:
400 bar

p_{max A}:
100 bar

Q_max:
10 lpm

Pressure regulating valves type ADC and AM

ADM, ADME

Nomen-
clature:
Pressure reducing valve
(directly-controlled or pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_{max P}:
315 bar

p_{max A}:
250 bar

Q_max:
l/min

Pressure regulating valves type ADM and ADME

CDK

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type CDK

VDM, VDX

Nomen-
clature:
Pressure reducing valve
(directly-controlled or pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_{max P}:
bar

p_{max A}:
300 bar

Q_max:
l/min

Pressure-reducing valve, pilot-controlled type VDM

CLK

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type CLK

DK, DE, DLZ, DZ

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type DK, DZ and DLZ

PDM, PDMP

Nomen-
clature:
Prop. pressure-reducing valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
400 bar

p_{max A}:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

Directional valves

Typ CNE

Shut-off valves are a type of pressure control valve. They receive the control oil from a high-pressure circuit and switch the delivery flow of a low-pressure pump to unpressurised circulation if the pressure value set has been reached. During this process, the consumer side is separated from the idle circulation by a zero-leakage check valve. If the pressure on the consumer side drops below the pressure setting, the idle circulation is interrupted and the oil fed to the consumer again.

Typ LV, ALZ

Shut-off valves or accumulator charging valves are a type of pressure control valve. They switch the delivery flow of a pump to unpressurised circulation if the pressure value set is reached. During this process, the consumer side is separated from the idle circulation by a zero-leakage check valve. If the pressure drops in the consumer side, the idle circulation is interrupted and the oil fed to the consumer again.

Directional valves

PM, PMZ

Nomen-
clature:
Prop. pressure reducing valve

Design:
Assembly kit
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
bar

p_{max A}:
30 bar

Q_max:
l/min

Proportional pressure-reducing valve type PM and PMZ

FB, KFB

Nomen-
clature:
Proportional pressure-reducing valve
Hydraulic joystick

Design:
Single valve / Valve bank in pipe connection

p_max:
30 bar

Q_max:
2 l/min

Proportional pressure-reducing valve type KFB 01

CNE

Nomen-
clature:
2-way circulation valve

Design:
Screw-in valve

Adjustment:
Fixed

p_max:
bar

p_max_adjust:
450 bar

Q_max:
l/min

Pressure-controlled shut-off valve type CNE

NE

Nomen-
clature:
Two stage valve
(high pressure (HP) / low pressure (LP) stage)

Design:
Individual valve for pipe connection

Adjustment:
Fixed

p_max:
700 bar (HP) / 80 bar (LP)

Q_max:
25 (HP) / 180 (LP) lpm

Two-stage valve type NE

LV

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar

Q_max:
25 l/min

Shut-off valve type LV

ALZ

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar

Q_max:
l/min

Shut-off valve type ALZ

Load-holding valves

Load-holding valves, also known as over-center valves or counterbalance valves are a type of pressure control valve. They prevent loads on cylinders or motors dropping in an uncontrolled manner. For this purpose they are pre-loaded with a pressure setting that is higher than the largest possible load. A hydraulic piston controls the opening of the valve to achieve the required lowering velocity.

Load-holding valves

DSV, DSVP

Nomen-
clature:
Shut-off valve

Design:
Single valve for pipe connection
Individual valve for manifold mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
500 bar

Q_max:
l/min

Pressure controlled shut-off valves type DSV...

CDSV

Nomen-
clature:
Shut-off valve

Design:
Single valve for pipe connection
Individual valve for manifold mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-dependent shut-off valve type CDSV

CLHV

Nomenclature:
Load-holding valve

Version:
Screw-in valve
Valve for pipe connection

Adjustability:
Fixed, adjustable

p_max:
350 bar

Q_max:
320 l/min

Load-holding valve type CLHV

LHDV

Nomenclature:
Load-holding valve (drop-rate braking valve, for one-sided or alternating load direction) Single or twin valve

Version:
Single or twin valve for pipe connection
Single or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
bar

Q_max:
l/min

Load-holding valve type LHDV

Flow valves

Flow valves influence the flow rate in hydraulic systems.

Flow valves

Flow control valves

Flow control valves are a type of flow valve. They generate a set constant flow rate, largely independently of the load.

Flow control valves

LHK

Nomen-
clature:
Load holding valve
(over center valve, for one sided or alternating load direction)
Single or twin valve

Design:
Individual or twin valve for pipe connection
Individual or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
bar

Q_max:
l/min

Load-holding valve type LHK

LHT, LHTE

Nomen-
clature:
Load holding valve
(over center valve, for one sided or alternating load direction)
Single or twin valve

Design:
Individual or twin valve for pipe connection
Individual or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
450 bar

Q_max:
l/min

Load-holding valve type LHT and LHTE

SD, SF, SK, SKR, ST

Nomen-
clature:
2-way flow control valve
3-way flow control valve

Design:
Individual valves for pipe mounting
Manifold mounting

Adjustment:
Mechanical

p_max:
315 bar

Q_max:
l/min

Flow control valve type SD, SF and SK

SB, CSJ, DSJ, SJ, SQ

Nomen-
clature:
2-way flow control valve
(drop rate braking valve)

Design:
Screw-in type
with housing for in-line installation

Adjustment:
Fixed (pre-set)
Tool adjustable from outside

p_max:
315 bar

Q_max:
400 lpm

Flow control valve (lowering brake valve) type SB and SQ

Flow dividers

Flow dividers are a type of flow valve. They divide or add together a total flow rate either evenly or using a fixed ratio. The consumer pressures have no effect.

Flow dividers

TQ

Nomen-
clature:
Flow dividers

Design:
Individual valve for pipe mounting
Manifold mounting

Adjustment:
Non-adjustable

p_max:
350 bar

Q_max:
200 lpm (nom. total flow)

Flow divider, type TQ

Restrictors

Restrictors are a type of flow valve. They are used as a local flow resistance that suddenly reduces the line cross-section. The reduction in the cross-section is very short. As a result, the flow rate is only dependent on the pressure difference and not on the viscosity.

Restrictors

PV

Nomenclature:
Priority valve

Version:
Single valve for pump installation

p_max:
bar

Q_max:
120 l/min

Priority valve type PV

SE, PB, SEH, SEHD, SEHF

Nomen-
clature:
2-way flow control valve
3-way flow control valve

Design:
Individual valve for pipe mounting or
Screw-in valve

Adjustment:
Electro-proportional

p_max:
315 bar

Q_max:
120 lpm

Proportional flow control valve type SE and SEH

BE

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
bar

Q_max:
l/min

Restrictor check valve type BE

EB

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
l/min

Orifice type EB

Throttle valves

Throttle valves are a type of flow valve. They affect the flow rate for single and double-acting consumers.

Throttle valves

BC

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
bar

Q_max:
l/min

Restrictor check valve type BC

FG, FGS

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Cartridge
Individual valve for pipe mounting

Adjustment:
Tool adjustable

p_max:
bar

Q_max:
120 lpm

Throttle valve and throttle check valve type FG

Q, QR, QV

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Cartridge
Individual valve for pipe mounting

Adjustment:
Tool adjustable

p_max:
bar

Q_max:
120 lpm

Throttle valve and throttle check valve type Q, QR and QV

RD, ED, RDF

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Manually adjustable (handle, adjusting knob)
Fixed

p_max:
bar

Q_max:
130 lpm

Throttle valve and throttle check valve type ED, RD and RDF

AV

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
bar

Q_max:
l/min

Throttle valve and shut-off valve type AV

CQ, CQR, CQV

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Screw-in valve

Adjustment:
Tool adjustable
Manually

p_max:
bar

Q_max:
l/min

Throttle valve and throttle check valve type CQ, CQR and CQV

Check valves

Check valves block the flow rate in one direction while enabling it in the other direction.

Check valves

Check valves

Check valves are a type of non-return valve. They block the oil flow in one direction and open in the opposite direction. In the closed state they have zero leakage.

Check valves

AVT, AVM

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
bar

Q_max:
l/min

Shut-off valve type AVT and AVM

CAV

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
500 bar

Q_max:
50 l/min

Throttle valve and shut-off valve CAV

B

Nomen-
clature:
Check valve

Design:
Individual valve for in-line installation

p_max:
500 bar

Q_max:
160 lpm

Check valves, type B

RK, RB

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
400 lpm

Check valve type RK and RB

RC

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
l/min

Check valves, type RC

RE

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
bar

Q_max:
120 l/min

Check valve type RE

Releasable check valves

Check valves with hydraulic release are a type of check valve. They block one or both hydraulic consumer lines or are used as a hydraulically actuated drain valve or idle circulation valve.

Releasable check valves

ER, EK

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
120 l/min

Check valve type ER and EK

CRK, CRB, CRH

Nomen-
clature:
Check valve

Design:
Screw-in valve

p_max:
bar

Q_max:
l/min

Check valve type CRK, CRB and CRH

RHC, RHCE

Nomen-
clature:
Check valve with hydraulic release

Design:
Valve insert
Screw-in valve

Actuation:
Hydraulic

p_max:
bar

Q_max:
l/min

Releasable check valve type RHC and RHCE

HRP

Nomen-
clature:
Check valve with hydraulic release

Design:
Manifold mounting valve

Actuation:
Hydraulic
Electro-hydraulic

p_max:

bar

Q_max:
l/min

Releasable check valve type HRP

Pre-fill valves

Check valves and pre-fill valves are a type of non-return valve. Check valves block the oil flow in one direction and open in the other direction. Pre-fill valves are check valves with hydraulic release. They are used, e.g. in top ram presses for suction and emptying the press cylinder on rapid closing and opening.

Pre-fill valves

RH

Nomenclature:
Check valve with hydraulic release
or twin check valve

Design:
Individual valve for

Adjustment:
Hydraulic

p_max:
bar

Q_max:
l/min

Releasable check valve type RH

DRH

Nomenclature:
Check valve with hydraulic release
or twin check valve

Design:
Individual valve for

Adjustment:
Hydraulic

p_max:
500 bar

Q_max:
140 l/min

Releasable twin check valve type DRH

Line rupture protection valves (burst pipe protection), shuttle valves

Line rupture protection valves, also called pipe rupture protection valves are a type of check valve. The valves are normally mounted directly on the cylinder. They prevent uncontrolled cylinder movement in the event of a pipe rupture or hose break.

Line rupture protection valves (burst pipe protection), shuttle valves

F, F

Nomen-
clature:
Check valve
Check valve with hydraulic release
(pre-fill valve)

Design:
Intermediate section between pipe flanges

Actuation:
Hydraulic

p_max:
400 bar

Q_max:
l/min

Check valve and pre-fill valve type F

Hydraulic cylinders & hydraulic motors

Hydraulic clamping cylinders generate a pressure-controlled clamping force on the piston. Axial piston motors have a constant displacement and generate a fixed speed dependent on the flow rate.

Hydraulic cylinders & hydraulic motors

LB

Nomen-
clature:
Line rupture safety valve

Design:
Insert valve
Combination with housing for pipe connection

Adjustment:
Fixed

p_max:
bar

Q_max:
160 l/min

Line rupture protection valve type LB

HSE, HSA

Nomen-
clature:
Hydraulic clamps

Design:
Screw-in version
Manifold mounting

p_max:

F_max:
60000 N

Hydraulic clamps type HSE and HSA

Hydraulic accessories

A selection of hydraulic accessories is available for use in hydraulic systems. These include measuring instruments, hydraulic accumulators, fittings and filters.

Hydraulic accessories

Reducing connectors

Reducing connectors can be used to combine devices.

Reducing connectors

WV, WVC, WVE, WVH

Nomen-
clature:
Shuttle valve

Design:
Individual valve for pipe mounting
Valve insert
Screw-in valve

p_max:
bar

Q_max:
l/min

Shuttle valve type WV and WVC

M60N

Nomen-
clature:
Axial piston fixed motor

Design:
Individual motor

p_max:
400 bar

V_{g max}:
130 cm³/rev

Axial piston motors type M60N

G

Reducing connector

Pressure switches

Pressure switches open and close an electrical contact at a previously defined pressure. As soon as the pressure is reached, a further work step is started or stopped by an electrical signal.

Pressure filters protect downstream hydraulic components against soiling. They are installed in the high-pressure line typically after the pump.

Nomenclature:
Spring-loaded piston-type pressure switch
Electronic pressure switch
Electronic pressure transducer

Version:
Screw-in version
Manifold mounting
Designed for pipe connection

p_max:
700 bar

Pressure switch type DG

Accumulators

Piston type accumulators are a type of hydraulic accumulator. A freely moving piston separates the compressible gas cushion from the hydraulic fluid.

Diaphragm accumulators are a type of hydraulic accumulator. A diaphragm separates the compressible gas cushion from the hydraulic fluid.

Accumulators

HF, HFC, HFE

High-pressure screen filter type HF

PFM

Nomenclature:
Pressure filter

Version:
In-line installation
Can be flanged

p_max:
bar

Q_max:
90 l/min

Pressure Filter Type PFM

Electronics

HAWE Hydraulik offers additional electronic components tailored to our hydraulic components. These include mobile controllers, which actuate complex hydraulic systems.

Electronics

Line connectors

Line connectors are used to establish the electrical connection for solenoid valves and valves with integrated electronics as well as for directional and pressure sensors.

Line connectors

HPS

Nomenclature:
Piston accumulator

Operation pressure:
350 bar

Nominal volume:
0.1 - 40 dm³

Internal piston diamater:
50 - 180 mm

Piston type accumulators, type HPS

Proportional amplifiers

Proportional amplifiers actuate proportional solenoid valves by converting an input signal into a corresponding control current.

Proportional amplifiers

MSD, SVS

Nomenclature:
Line connector with no special feature (standard)
- With rectifier circuit
- With clamp diode
- With LED
- With economy circuit
- Power supply units

Version:
Line connector
Modules with screw terminals

Line connector type MSD and others

AC, AC (Mini), ACS (Mini)

Nomen-
clature:
Hydro-pneumatic accumulator

Design:
Screw-in version

p_max:
bar

V_max:
3.5 dm³

Diaphragm accumulator type AC

Programmierbare Ventilsteuerungen Gruppenfoto

Programmable logic valve controls

Programmable logic valve controls control and regulate complex mobile or stationary hydraulic systems.

Programmable logic valve controls

ESX

Nomenclature:
Mobile control

Version:
Modular concept with:
Basic module
Different expansion modules
Software for configuration

Mobile controller type ESX

EV

Nomenclature:
Amplifier units for proportional solenoids

Version:
Top-hat rail housing
Eurocard
Cable socket

Proportional amplifier type EV

System solutions

Whatever your needs – advice, configuration assistance or support during commissioning – our system solutions will meet all your requirements for a wide variety of applications. Make the most of our years of experience in the industry, tried-and-tested components, and global engineering in line with uniform standards.

System solutions

CAN-IO

Nomenclature:
Programmable logic valve control

Version:
Modular system with:
Basic module
Different expansion modules
Software for configuration

Valve control type CAN-IO 14+

Mobile hydraulics

Components for system solutions to create the perfect combination of mobile hydraulics and electronics expertise.

Mobile hydraulics

Servo hydraulic system

Servo hydraulic facilities and systems operate in closed-loop control circuits. They offer advantages in many industries.

Servo hydraulic system

High-pressure hydraulics

Weight and space-optimised solutions for use in a pressure range above 450 bar.

High-pressure hydraulics

Engineering and one-stop-shop turnkey hydraulic solutions

Whatever your needs - advice, configuration assistance or support during commissioning - our system solutions meet all your requirements.

Engineering

Downloads for electronic components

You can download documents and software for electronic components here.

Downloads for electronic components

Mini-hydraulics

Compact design and balanced flow rate range for a variety of applications with mini-hydraulics and micro-hydraulics.

Mini-hydraulics

BVH

Nomen-
clature:
Valve sections
Directional seated valve
Zero leakage

Version:
Valve sections for pipe connection

Actuation:
Solenoid

p_max:
400 bar

Q_max:
20 l/min

Valve bank (directional seated valve) type BVH

BA, NZP

Nomenclature:
Sub-plates/directional seated valve,
zero leakage

Version:
Valve section with sub-plates for pipe connection

Actuation:
Solenoid
Pressure-operated
Manual
Mechanical

p_max:
400 ... 500 bar

Q_max:
25 ... 50 l/min

Valve bank (nominal size 6) type BA

VB

Nomen-
clature:
Valve bank (directional seated valve)

Design:
Valve bank for pipe connection

Actuation:
Solenoid
Pressure: Hydraulic, Pneumatic
Manual: Hand lever, Turn knob

p_max:
700 bar

Q_max:
120 l/min

Valve bank (directional seated valve) type VB

AB, AL

Nomenclature
Connection block with/without pressure-limiting valve with unit approval for single-circuit pumps

Version
Manifold mounting valve for valve mounting

p_max
700 bar

Q_max
24 lpm

Connection blocks for single-circuit pumps types AB, AL

A

Nomenclature
Hydraulic power pack with built-in electric motor (DC, AC or 3-phase version) and single-circuit pump

Version
Mini hydraulic power pack for short period and intermittent operation (S2, S3)

p_max
210 bar

Q_max
2.5 l/min

V_{tank max}
Approx. 0.8 l

Connection blocks type A for hydraulic power packs

C, CK

Nomen-
clature:
Connection blocks for completing hydraulic power packs

Design:
Add-on valve enabling pipe connection or direct mounting of valve banks

p_max:
700 bar

Q_max:
20 lpm

Connection blocks type C

BA, NZP

Nomenclature:
Sub-plates/directional seated valve,
zero leakage

Version:
Valve section with sub-plates for pipe connection

Actuation:
Solenoid
Pressure-operated
Manual
Mechanical

p_max:
400 ... 500 bar

Q_max:
25 ... 50 l/min

Valve bank (nominal size 6) type BA

BVH

Nomen-
clature:
Valve sections
Directional seated valve
Zero leakage

Version:
Valve sections for pipe connection

Actuation:
Solenoid

p_max:
400 bar

Q_max:
20 l/min

Valve bank (directional seated valve) type BVH

EDL

Nomenclature:
Directly
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
solenoid-actuated

p_max:
320 bar

Q_{max. consumer}:
48 l/min

Q_{pu max}:
100 l/min

Proportional directional spool valve type EDL

CAN-IO

Nomenclature:
Programmable logic valve control

Version:
Modular system with:
Basic module
Different expansion modules
Software for configuration

Valve control type CAN-IO 14+

V60N

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: 400 bar
Peak pressure: 450 bar

V_{g max}:
130 cm³/rev

Variable displacement axial piston pump type V60N

EV2

Proportional amplifier type EV

CWS

Nomenclature:
Directional spool valve

Version:
Valve bank design
Combination with pump units

Actuation:
Solenoid

p_max:
315 bar

Q_max:
40 l/min

Directional spool valve banks type CWS

PSL, PSV, PSM, PSM, SL, HMPL, HMPV

Nomenclature:
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
Manual
Electro-hydraulic
pressure-actuated

p_max:
400 bar

Q_{max. consumer}:
240 l/min

Q_{pu max}:
300 lpm

Proportional directional spool valve type PSL, PSV, PSM and SL

Fluid lexicon

You will find a total of 2,000 terms related to hydraulic and fluid technology in the fluid lexicon from HAWE Hydraulik. The lexicon is based on the 2nd edition of the O+P-Fachlexikon.

In future the editorial team at HAWE will gradually update and make additions to the content to provide the hydraulics specialist with a useful reference work.

Fluid lexicon

Foreword to the online edition of the O+P-Fachlexikon "Fluidtechnik von A bis Z" (O+P technical glossary "Fluid technology from A to Z")

Hydraulic and pneumatic drive and control technology – collectively termed fluid technology – is a comparatively young specialist area of drive and automation technology that only started to become used widely in industry in the middle of the 20th century. Prior to that it was mostly in special applications where the benefits of fluid technology were used, for instance in pneumatic brakes for railway rolling stock or hydraulic steering power assistance systems for cars, on presses or in servo hydraulic follow up controls for aircraft systems.

In the 1950s fluid technology started to be used increasingly in machine and plant engineering, in mobile machinery, in motor vehicles, in shipping as well as in aerospace. It was used to automate work processes, to simplify machine designs and to increase performance. Even though fluid technology was of varied application and was an important specialist area for mechanical engineering, up to this point it was not a subject at colleges and universities – unlike electrical engineering. As a consequence up until the 1970s hydraulic components and systems were primarily developed by innovative engineers based on customer requirements and practical experience. Countless devices, parts for devices and technical methods came about and had to be given names so manufacturers and users could understand each other. Many manufacturers undertook this task largely at their own discretion, especially as by means of clever neologisms they were able to differentiate themselves from competitors. This situation marked the terminology in fluid technology for a long time.

With the O+P-Fachlexikon "Fluidtechnik von A bis Z" (O+P technical glossary "Fluid technology from A to Z"), the 1st edition of which was published in 1989 by Vereinigte Fachverlage in Mainz, Hans Ebertshäuser made an important contribution to defining and explaining the terms and names used in fluid technology. The lexicon triggered some productive discussion about terms and their technical context in the fluid technology sector and among users. University research and standardisation have also contributed to the harmonisation and refinement of terms and definitions. For this reason in 1995 there was a 2nd revised edition with the joint authorship of Hans Ebertshäuser (who died in 1992) and Siegfried Helduser. Here in particular terms from the areas of measurement and control, microelectronics as well as electrohydraulic control technology were revised or added.

20 years after the publication of the 2nd edition, a renewed revision of the O+P technical glossary of fluid technology is necessary: Mechatronics, digital signal processing and new safety standards make the addition of numerous additional terms and definitions necessary to reflect the current state-of-the-art. From January 2015 this task was taken on by a team of authors at HAWE Hydraulik SE, Munich to provide a helpful reference work for fluid technology. The new edition will no longer be published as a printed book, but as an online version in German and English on the homepage of HAWE Hydraulik SE.

Übersicht Foreword

HC, HCW

Nomen-
clature:
Hydraulic power pack with built-in electric motor (AC or 3-phase version) and single-circuit pump

Design:
Oil immersed compact hydraulic power pack for short period and intermittent operation (S2, S3)

p_max:
Radial piston pump 700 bar
Gear pump 180 bar

Q_max:
Radial piston pump
4.4 lpm (V_g = 1.6 cm³/U)
Gear pump
3.4 lpm (V_g = 1.3 cm³/U)

V_{usable max}:
8 l

Compact hydraulic power pack type HC and HCW

KA, KAW

Nomen-
clature:
Hydraulic power pack with built-in electric motor (AC or 3-phase version) and single-circuit or dual-circuit pump

Design:
Oil immersed compact hydraulic power pack for short period and intermittent operation (S2, S3)

p_max:
Radial piston pump 700 bar
Gear pump 180 bar

Q_max:
Radial piston pump
7 lpm (V_g = 2.29 cm³/U)
Gear pump
24.1 lpm (V_g = 7.9 cm³/U)

V_{tank max}:
30 l

Compact hydraulic power pack type KA and KAW

HK, HKF

Nomen-
clature:
Hydraulic power pack with built-in electric motor (3-phase version) and single-circuit or dual-circuit pump

Design:
Oil immersed compact hydraulic power pack for permanent, short period and intermittent operation and continuous run with intermittent load (S1, S2, S3, S6)

p_max:
Radial piston pump 700 bar
Gear pump 250 bar

Q_max:
Radial piston pump
13.0 lpm (V_g = 9.17 cm³/U)
Gear pump
24 lpm (V_g = 17.0 cm³/U)

V_{usable max}:
11.1 l

HK

V30E

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: 350 bar
Peak pressure: 420 bar

V_{g max}:
270 cm³/rev

Variable displacement axial piston pump type V30E

V80M

Nomenclature:
Axial piston pump

Version:
Single pump
Multiple pump

p_max:
System pressure: 400 bar
Peak pressure: 450 bar

V_{g max}:
202 cm³/rev

Variable displacement axial piston pump type V80M

CAN-IO

Nomenclature:
Programmable logic valve control

Version:
Modular system with:
Basic module
Different expansion modules
Software for configuration

Valve control type CAN-IO 14+

ESX

Nomenclature:
Mobile control

Version:
Modular concept with:
Basic module
Different expansion modules
Software for configuration

Mobile controller type ESX

PSLF, PSVF, SLF

Nomen-
clature:
Prop. directional spool valve acc. to the
Load-Sensing principle

Design:
Individual manifold mounting valve
Valve bank via individual manifold mounting valves

Actuation:
Manual
Electro-hydraulic
Pressure

p_max:
400 bar

Q_{max. consumer}:
400 l/min

Q_{pu max}:
1000 lpm

Proportional directional spool valve type PSLF, PSVF and SLF

PSL, PSV, PSM, PSM, SL, HMPL, HMPV

Nomenclature:
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
Manual
Electro-hydraulic
pressure-actuated

p_max:
400 bar

Q_{max. consumer}:
240 l/min

Q_{pu max}:
300 lpm

Proportional directional spool valve type PSL, PSV, PSM and SL

PSL, PSV, PSM, PSM, SL, HMPL, HMPV

Nomenclature:
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
Manual
Electro-hydraulic
pressure-actuated

p_max:
400 bar

Q_{max. consumer}:
240 l/min

Q_{pu max}:
300 lpm

Proportional directional spool valve type PSL, PSV, PSM and SL

NBVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
400 bar

Q_max:
20 l/min

Directional seated valve type NBVP 16

G, D, F, H, K, ND, NF, NG, NH, NK, NP, NWG, P, T, WG

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve,
manifold mounting combination with sub-plates
for pipe connection

Actuation:
Solenoid
Pressure (hydraulic, pneumatic)
Mechanical (roller, pin)
Manual (hand lever, adjusting knob)

p_max:
700 bar

Q_max:
120 l/min

Directional seated valve type G, WG and others

Fork lift truck

Laser cutting machines

Hydraulic tools

Food processing machines

CAN-IO

Nomenclature:
Programmable logic valve control

Version:
Modular system with:
Basic module
Different expansion modules
Software for configuration

Valve control type CAN-IO 14+

LB

Nomen-
clature:
Line rupture safety valve

Design:
Insert valve
Combination with housing for pipe connection

Adjustment:
Fixed

p_max:
bar

Q_max:
160 l/min

Line rupture protection valve type LB

HST

Nomenclature:
Valve combination according to type
consisting of:

Design:
Valve bank

Actuation:
Solenoid

p_max:
bar

Q_max:
90 lpm

Lifting module and lifting/lowering valve type HST

SB, CSJ, DSJ, SJ, SQ

Nomen-
clature:
2-way flow control valve
(drop rate braking valve)

Design:
Screw-in type
with housing for in-line installation

Adjustment:
Fixed (pre-set)
Tool adjustable from outside

p_max:
315 bar

Q_max:
400 lpm

Flow control valve (lowering brake valve) type SB and SQ

H

Nomenclature:
Piston pump

Design:
Single acting hand pump
Double acting hand pump

p_max:
800 bar

V_{stroke max}:
30 cm³/stroke

Mini power unit type H 400, 410, 440

EDL

Nomenclature:
Directly
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
solenoid-actuated

p_max:
bar

Q_{max. consumer}:
48 l/min

Q_{pu max}:
100 l/min

Proportional directional spool valve type EDL

HR

Nomenclature
Radial piston pump with built-in motor (DC, AC or 3-phase version)

Version
Mini hydraulic power pack

p_max
210 bar

Q_max
0.95 cm³/rev

V_{tank max}
0.7 l

Micro power unit type HR 080

PSL, PSV, PSM, PSM, SL, HMPL, HMPV

Nomenclature:
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
Manual
Electro-hydraulic
pressure-actuated

p_max:
400 bar

Q_{max. consumer}:
240 l/min

Q_{pu max}:
300 lpm

Proportional directional spool valve type PSL, PSV, PSM and SL

INKA

A

Nomenclature
Gear pump with built-in electric motor (DC, AC or 3-phase version)

Version
Mini hydraulic power pack

p_max
210 bar

Q_max
2.5 cm³/rev

V_{tank max}
Approx. 0.8 l

Mini hydraulic power pack type A

CPU

Nomen-
clature:
Radial piston or gear pump with integrated electric motor

Design:
Oil-immersed hydraulic power pack for intermittent or load/no-load operation (S2/S3 service)

p_max:
Radial piston pump 350 bar
Gear pump 200 bar

Q_max:
Radial piston pump 4.89 lpm
Gear pump 10.74 lpm

V_{usable max}:
12.6 l

Compact power pack type CPU

HC, HCW

Nomen-
clature:
Radial piston or gear pump with integrated
electric motor (three-phase or alternating current
design)

Design:
Oil immersed hydraulic power pack for intermittent service (S3-service)

p_max:
Radial piston pump 700 bar
Gear pump 180 bar

Q_max:
Radial piston pump 4.4 lpm
(V_g = 1.6 cm³/rev)
Gear pump approx. 3.4 lpm
(V_g = 1.3 cm³/rev)

V_{usable max}:
8 l

Compact hydraulic power pack type HC and HCW

HK, HKF

Nomen-
clature:
Radial piston pump and/or gear pump with integrated motor
(version for 3-phase mains)

Design:
Oil immersed compact hydraulic power pack for permanent and intermittent operation (S1/S6 service)

p_max:
Radial piston pump bar (high pressure)
Gear pump 180 bar (low pressure)

Q_max:
Radial piston pump (high pressure)
13.0 lpm (V_g = 9.17 cm³/rev)
Gear pump (low pressure)
24 lpm (V_g = 17.0 cm³/rev)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HK and HKF

HKL, HKLW

Nomen-
clature:
Radial piston pump and/or gear pump with integrated motor
(version for 3-phase mains)

Design:
Oil immersed compact hydraulic power pack for permanent and intermittent operation (S1/S6 service)

p_max:
Radial piston pump bar (high pressure)
Gear pump 180 bar (low pressure)

Q_max:
Radial piston pump (high pressure)
13.0 lpm (V_g = 9.17 cm³/rev)
Gear pump (low pressure)
24 lpm (V_g = 17.0 cm³/rev)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HKL and HKLW

KA, KAW

Nomen-
clature:
Radial piston or gear pump with integrated electric motor (3-phase or 1-phase version)

Design:
Oil immersed hydraulic power pack for intermittent or load/no load operation (S3-service)

p_max:
Radial piston pump bar
Gear pump 180 bar

Q_max:
Radial piston pump 7 lpm
(V_g = 2.29 cm³/rev)
Gear pump approx. 24.1 lpm
(V_g = 7.9 cm³/rev)

V_{tank max}:
30 l

Compact hydraulic power pack type KA and KAW

NPC

Nomen-
clature:
Radial piston pump with integrated electric motor (DC)

Design:
Oil immersed compact hydraulic power pack
For short period operation

p_max:
bar

Q_max:
1.36 lpm
(V_{g max} = 0.76 cm³/rev)

Compact hydraulic power pack type NPC

MPN, MPNW

Nomen- clature:
Radial piston and/or gear pump with integrated motor single or dual-circuit pump

Design:
Oil immersed hydraulic power pack
for intermittent or load/no load operation
(S2-/S3-/S6-service)

p_max:
Radial piston pump bar (high pressure), gear pump 220 bar (low pressure)

Q_max:
12.4 lpm (high pressure) (V_g = 9.17 cm³/rev) 83 lpm (low pressure) (V_g = 61 cm³/rev)

V_{t max}:
100 l

Compact hydraulic power pack type MPN and MPNW

MP, MPW

Nomen- clature:
Radial piston and/or gear pump with integrated motor single or dual-circuit pump

Design:
Oil immersed hydraulic power pack
for intermittent or load/no load operation
(S2-/S3-/S6-service)

p_max:
Radial piston pump bar (high pressure), gear pump 220 bar (low pressure)

Q_max:
12.4 lpm (high pressure) (V_g = 9.17 cm³/rev) 83 lpm (low pressure) (V_g = 61 cm³/rev)

V_{t max}:
100 l

Compact hydraulic power pack type MP and MPW

FXU (FlexUnit)

Hydraulic power pack type FXU

HR

Nomenclature
Radial piston pump with built-in motor (DC, AC or 3-phase version)

Version
Mini hydraulic power pack

p_max
210 bar

Q_max
0.95 cm³/rev

V_{tank max}
0.7 l

Mini hydraulic power pack type HR

AB, AL

Nomenclature
Connection block with/without pressure-limiting valve with unit approval for single-circuit pumps

Version
Manifold mounting valve for valve mounting

p_max
700 bar

Q_max
24 lpm

Connection blocks for single-circuit pumps types AB, AL

LP

Nomen-
clature:
Air-driven hydraulic power pack

Design:
Hydraulic power pack

p_hydr_aulic_max:
1500 bar

p_air_max:
10 bar

Q_max:
12 l/min

Hydraulic power pack type LP

C, CK

Nomen-
clature:
Connection blocks to the completion of hydraulic power packs

Design:
Add-on valve enabling pipe connection or direct mounting of valve banks

p_max:
bar

Q_max:
approx. 20 lpm

Connection block type C 5 and C 6

BNG

Nomenclature:
Valve bank

Version:
Segment construction

Actuation:
Solenoid
Manual
Hydraulic
Pneumatic

p_max:
400 bar

Q_max:
l/min

Valve bank type BNG

BA, NZP

Nomenclature:
Sub-plates/directional seated valve,
zero leakage

Version:
Valve section with sub-plates for pipe connection

Actuation:
Solenoid
Pressure-operated
Manual
Mechanical

p_max:
400 ... 500 bar

Q_max:
25 ... 50 l/min

Valve bank (nominal size 6) type BA

C40V

Nomenclature:
Axial piston pump
Variable pump

Version:
Single pump
Multiple pump

p_max:
Nominal pressure p_nom: 280 bar
Peak pressure p_max: 320 bar

V_{g max}:
85 cm³/rev

Axial piston pump type C40V

BVH

Nomen-
clature:
Valve sections
Directional seated valve
Zero leakage

Version:
Valve sections for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type BVH

V30E

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 420 bar

V_{g max}:
270 cm³/rev

Variable displacement axial piston pump type V30E

V60N

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
130 cm³/rev

Platzhalter

V80M

Nomenclature:
Axial piston pump

Version:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
202 cm³/rev

Variable displacement axial piston pump type V80M

V30D

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar, bar
Peak pressure: 420 bar, 420 bar

V_{g max}:
250, 250 cm^³/rev

Variable displacement axial piston pump type V30D

RZ

Nomen-
clature:
Radial piston pump

Design:
Single pump ; dual-stage pump

p_max:
bar

Q_max:
91.2 l/min

V_g:
64.18 cm³/rev

Dual-stage pump type RZ

K61N

Nomen-
clature:
Axial piston pump
Constant pump

Design:
Single pump

p_max:
bar

V_{g max}:
108 cm³/rev

Axial piston pump type K61N

LP

Nomen-
clature:
Air driven hydraulic pumps

Design:
Single pump

p_hydr_aulic_max:
1500 bar

p_air_max:
10 bar

Q_max:
12 l/min

Air-driven hydraulic pump type LP

K60N

Nomen-
clature:
Axial piston pump
Constant pump

Design:
Single pump

p_max:
bar

V_{g max}:
108 cm³/rev

Fixed displacement axial piston pump type K60N

CH

Nomenclature:
Piston pump

Design:
Single acting hand pump

p_max:
250 bar

V_{stroke max}:
8.3 cm³/stroke

Hand pump type CH

DMPE

Nomenclature:
Double pump element

Installation position:
As desired

p_max:
700 bar

V_{g max}:
0,46 cm³/U

Double pump element type DMPE for radial piston pumps

MPE, PE

Nomenclature:
Double pump element

Installation position:
As desired

p_max:
700 bar

V_{g max}:
1,52 cm³/U

Pump element type MPE and PE for radial piston pumps

CWS

Nomenclature:
Directional spool valve

Version:
Valve bank design
Combination with pump units

Actuation:
Solenoid

p_max:
315 bar

Q_max:
40 l/min

Directional spool valve banks type CWS

SG, SP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection or
manifold mounting

Actuation:
Solenoid
Manual
Mechanical
Pressure (only or combined with
manual actuation)

p_max:
bar

Q_max:
l/min

Directional spool valve type SG and SP

H, HD, HE

Nomenclature:
Piston pump

Design:
Single acting hand pump
Double acting hand pump

p_max:
800 bar

V_{stroke max}:
30 cm³/stroke

Manual pump type H, HD and HE

SW, SWP, SWR

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type SW, SWP and SWR

NSWP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type NSWP

HSF

Nomen-
clature:
Directional spool valve

Design:
Individual valve for manifold mounting

Actuation:
Electro-hydraulic
Hydraulic

p_max:
bar

Q_max:
l/min

Directional spool valve type HSF

SWS

Nomen-
clature:
Directional spool valve

Design:
Valve bank
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve bank type SWS

EDL

Nomenclature:
Directly
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
solenoid-actuated

p_max:
bar

Q_{max. consumer}:
48 l/min

Q_{pu max}:
100 l/min

Proportional directional spool valve type EDL

DL

Nomen-
clature:
Throttling directional spool valve

Design:
Valve bank design with integrated bypass pump circulation control

Actuation:

p_max:

Q_max:

Directional spool valve bank type DL

PSLF, PSVF, SLF

Nomen-
clature:
Prop. directional spool valve acc. to the
Load-Sensing principle

Design:
Individual manifold mounting valve
Valve bank via individual manifold mounting valves

Actuation:
Manual
Electro-hydraulic
Pressure

p_max:
400 bar

Q_{max. consumer}:
400 l/min

Q_{pu max}:
1000 lpm

Proportional directional spool valve type PSLF, PSVF and SLF

PSL, PSV, PSM, PSM, SL, HMPL, HMPV

Nomenclature:
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
Manual
Electro-hydraulic
pressure-actuated

p_max:
400 bar

Q_{max. consumer}:
240 l/min

Q_{pu max}:
300 lpm

Proportional directional spool valve type PSL, PSV, PSM and SL

NSMD

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for manifold mounting (Valve banks with sub-plates type BA are available)

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Clamping module type NSMD

WN, WH

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve, manifold mounting combination with connection blocks for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional seated valve type WN and WH

EM, BEM, EMP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Screw-in valve Combination
Combination with connection block for pipe connection
Combination with connection block for swivel fitting
Combination with connection block for manifold mounting

Actuation:
Solenoid

p_max:
bar

Q_max:
160 lpm

Directional seated valve type EM and EMP

G, D, F, H, K, ND, NF, NG, NH, NK, NP, NWG, P, T, WG

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve,
manifold mounting combination with sub-plates
for pipe connection

Actuation:
Solenoid
Pressure (hydraulic, pneumatic)
Mechanical (roller, pin)
Manual (hand lever, adjusting knob)

p_max:
bar

Q_max:
l/min

Directional seated valve type G, WG and others

BVE

Directional seated valve type BVE

NBVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type NBVP 16

BVG, BVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type BVG 1 and BVP 1

VP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Manifold mounting

Actuation:
Solenoid
Hydraulic
Pneumatic

p_max:
bar

Q_max:
l/min

Directional seated valve type VP

IVN

2/2-way poppet valve type IVN 223 (size 8)

CR

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for pipe connection

Actuation:
Solenoid
Manual

p_max:
HP 400 bar
NP 60 bar

Q_max:
HP 20 lpm
NP 160 lpm
A → R 300 lpm

Switch unit type CR

MSV

2/2-way poppet valve type MSV, RSV (size 6)

RSV

2/2-way poppet valve type MSV, RSV (size 6)

VH, VHP, VHR

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve, manifold mounting, bankable

Actuation:
Manual

p_max:
bar

Q_max:
l/min

Directional seated valve type VH, VHP and VHR

SL

Poppet valve type SP 1 in manifold system type SL 1

SLC

Valve system type SLC 1

VB

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank for pipe connection

Actuation:
Solenoid
Pressure: Hydraulic, Pneumatic
Manual: Hand lever, Turn knob

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type VB

CVS

2/2-way cartridge valve type CVK, CVS, CVD

BWH, BWN

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank

Actuation:
Solenoid

p_max:
bar

Q_max:
30 lpm

Valve bank (directional seated valve) type BWN and BWH

MV, DMV, DMVN, MVCS, MVE, MVEX, MVG, MVGC, MVP, MVS, SV, SVC, SVX

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure limiting valve type MV, SV and DMV

VR

Nomenclature:
Sequence valve

Version:
Insert valve
Version with housing for pipe connection

Adjustability:
Fixed (non-adjustable)

p_max:
315 bar

Δp_max:
15 bar

Q_max:
120 l/min

Pre-load check valve type VR

DV, DF, DVE, PG, PV

Nomen-
clature:
Pressure-limiting valve
Sequence valve
Switch-off/release valve (pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
420 bar

Q_max:
120 l/min

Pressure-limiting valve, pilot-controlled type DV, DVE and DF

CMV, CMVX, CMVZ, CSV, CSVZ

Nomen-
clature:

Design:
Screw-in valve

Adjustment:

p_max:
500 bar

Q_max:
60 l/min

Pressure valve type CMV, CMVZ, CSV and CSVZ

MVA, MVB, MVD, MVF, MVH, MVJ, MVK, MVT, MVU, MVZ

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure-limiting valve (installation kit) type MV

SVP, SVPR

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure-limiting valve type SVP and SVPR

PMV, NPMVP, PMVP, PMVPS, PMVS

Nomen-
clature:
Prop. pressure-limiting valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_max:
bar

Q_max:
l/min

Proportional pressure-limiting valve type PMV and PMVP

ADC, AM

Nomen-
clature:
Pressure reducing valve

Design:
Screw-in valve
Valve for pipe connection

Adjustment:
Fixed (non-adjustable)

p_{max P}:
400 bar

p_{max A}:
100 bar

Q_max:
10 lpm

Pressure regulating valves type ADC and AM

PDV, PDVE

Nomen-
clature:
Prop. pressure-limiting valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_max:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

ADM, ADME

Nomen-
clature:
Pressure reducing valve
(directly-controlled or pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_{max P}:
315 bar

p_{max A}:
250 bar

Q_max:
l/min

Pressure regulating valves type ADM and ADME

CDK

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type CDK

VDM, VDX

Nomen-
clature:
Pressure reducing valve
(directly-controlled or pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_{max P}:
bar

p_{max A}:
300 bar

Q_max:
l/min

Pressure-reducing valve, pilot-controlled type VDM

CLK

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type CLK

DK, DE, DLZ, DZ

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type DK, DZ and DLZ

PDM, PDMP

Nomen-
clature:
Prop. pressure-reducing valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
400 bar

p_{max A}:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

PM, PMZ

Nomen-
clature:
Prop. pressure reducing valve

Design:
Assembly kit
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
bar

p_{max A}:
30 bar

Q_max:
l/min

Proportional pressure-reducing valve type PM and PMZ

FB, KFB

Nomen-
clature:
Proportional pressure-reducing valve
Hydraulic joystick

Design:
Single valve / Valve bank in pipe connection

p_max:
30 bar

Q_max:
2 l/min

Proportional pressure-reducing valve type KFB 01

CNE

Nomen-
clature:
2-way circulation valve

Design:
Screw-in valve

Adjustment:
Fixed

p_max:
bar

p_max_adjust:
450 bar

Q_max:
l/min

Pressure-controlled shut-off valve type CNE

NE

Nomen-
clature:
Two stage valve
(high pressure (HP) / low pressure (LP) stage)

Design:
Individual valve for pipe connection

Adjustment:
Fixed

p_max:
700 bar (HP) / 80 bar (LP)

Q_max:
25 (HP) / 180 (LP) lpm

Two-stage valve type NE

LV

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar

Q_max:
25 l/min

Shut-off valve type LV

ALZ

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar

Q_max:
l/min

Shut-off valve type ALZ

DSV, DSVP

Nomen-
clature:
Shut-off valve

Design:
Single valve for pipe connection
Individual valve for manifold mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
500 bar

Q_max:
l/min

Pressure controlled shut-off valves type DSV...

CLHV

Nomenclature:
Load-holding valve

Version:
Screw-in valve
Valve for pipe connection

Adjustability:
Fixed, adjustable

p_max:
350 bar

Q_max:
320 l/min

Load-holding valve type CLHV

CDSV

Nomen-
clature:
Shut-off valve

Design:
Single valve for pipe connection
Individual valve for manifold mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-dependent shut-off valve type CDSV

LHDV

Nomenclature:
Load-holding valve (drop-rate braking valve, for one-sided or alternating load direction) Single or twin valve

Version:
Single or twin valve for pipe connection
Single or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
bar

Q_max:
l/min

Load-holding valve type LHDV

LHK

Nomen-
clature:
Load holding valve
(over center valve, for one sided or alternating load direction)
Single or twin valve

Design:
Individual or twin valve for pipe connection
Individual or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
bar

Q_max:
l/min

Load-holding valve type LHK

SD, SF, SK, SKR, ST

Nomen-
clature:
2-way flow control valve
3-way flow control valve

Design:
Individual valves for pipe mounting
Manifold mounting

Adjustment:
Mechanical

p_max:
315 bar

Q_max:
l/min

Flow control valve type SD, SF and SK

LHT, LHTE

Nomen-
clature:
Load holding valve
(over center valve, for one sided or alternating load direction)
Single or twin valve

Design:
Individual or twin valve for pipe connection
Individual or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
450 bar

Q_max:
l/min

Load-holding valve type LHT and LHTE

SE, PB, SEH, SEHD, SEHF

Nomen-
clature:
2-way flow control valve
3-way flow control valve

Design:
Individual valve for pipe mounting or
Screw-in valve

Adjustment:
Electro-proportional

p_max:
315 bar

Q_max:
120 lpm

Proportional flow control valve type SE and SEH

TQ

Nomen-
clature:
Flow dividers

Design:
Individual valve for pipe mounting
Manifold mounting

Adjustment:
Non-adjustable

p_max:
350 bar

Q_max:
200 lpm (nom. total flow)

Flow divider, type TQ

PV

Nomenclature:
Priority valve

Version:
Single valve for pump installation

p_max:
bar

Q_max:
120 l/min

Priority valve type PV

EB

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
l/min

Orifice type EB

BE

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
bar

Q_max:
l/min

Restrictor check valve type BE

SB, CSJ, DSJ, SJ, SQ

Nomen-
clature:
2-way flow control valve
(drop rate braking valve)

Design:
Screw-in type
with housing for in-line installation

Adjustment:
Fixed (pre-set)
Tool adjustable from outside

p_max:
315 bar

Q_max:
400 lpm

Flow control valve (lowering brake valve) type SB and SQ

BC

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
bar

Q_max:
l/min

Restrictor check valve type BC

Q, QR, QV

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Cartridge
Individual valve for pipe mounting

Adjustment:
Tool adjustable

p_max:
bar

Q_max:
120 lpm

Throttle valve and throttle check valve type Q, QR and QV

FG, FGS

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Cartridge
Individual valve for pipe mounting

Adjustment:
Tool adjustable

p_max:
bar

Q_max:
120 lpm

Throttle valve and throttle check valve type FG

RD, ED, RDF

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Manually adjustable (handle, adjusting knob)
Fixed

p_max:
bar

Q_max:
130 lpm

Throttle valve and throttle check valve type ED, RD and RDF

AV

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
bar

Q_max:
l/min

Throttle valve and shut-off valve type AV

CQ, CQR, CQV

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Screw-in valve

Adjustment:
Tool adjustable
Manually

p_max:
bar

Q_max:
l/min

Throttle valve and throttle check valve type CQ, CQR and CQV

AVT, AVM

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
bar

Q_max:
l/min

Shut-off valve type AVT and AVM

CAV

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
500 bar

Q_max:
50 l/min

Throttle valve and shut-off valve CAV

B

Nomen-
clature:
Check valve

Design:
Individual valve for in-line installation

p_max:
500 bar

Q_max:
160 lpm

Check valves, type B

RC

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
l/min

Check valves, type RC

RK, RB

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
400 lpm

Check valve type RK and RB

RE

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
bar

Q_max:
120 l/min

Check valve type RE

ER, EK

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
120 l/min

Check valve type ER and EK

CRK, CRB, CRH

Nomen-
clature:
Check valve

Design:
Screw-in valve

p_max:
bar

Q_max:
l/min

Check valve type CRK, CRB and CRH

RHC, RHCE

Nomen-
clature:
Check valve with hydraulic release

Design:
Valve insert
Screw-in valve

Actuation:
Hydraulic

p_max:
bar

Q_max:
l/min

Releasable check valve type RHC and RHCE

HRP

Nomen-
clature:
Check valve with hydraulic release

Design:
Manifold mounting valve

Actuation:
Hydraulic
Electro-hydraulic

p_max:

bar

Q_max:
l/min

Releasable check valve type HRP

RH

Nomenclature:
Check valve with hydraulic release
or twin check valve

Design:
Individual valve for

Adjustment:
Hydraulic

p_max:
bar

Q_max:
l/min

Releasable check valve type RH

F, F

Nomen-
clature:
Check valve
Check valve with hydraulic release
(pre-fill valve)

Design:
Intermediate section between pipe flanges

Actuation:
Hydraulic

p_max:
400 bar

Q_max:
l/min

Check valve and pre-fill valve type F

DRH

Nomenclature:
Check valve with hydraulic release
or twin check valve

Design:
Individual valve for

Adjustment:
Hydraulic

p_max:
500 bar

Q_max:
140 l/min

Releasable twin check valve type DRH

LB

Nomen-
clature:
Line rupture safety valve

Design:
Insert valve
Combination with housing for pipe connection

Adjustment:
Fixed

p_max:
bar

Q_max:
160 l/min

Line rupture protection valve type LB

HSE, HSA

Nomen-
clature:
Hydraulic clamps

Design:
Screw-in version
Manifold mounting

p_max:

F_max:
60000 N

Hydraulic clamps type HSE and HSA

G

Reducing connector

M60N

Nomen-
clature:
Axial piston fixed motor

Design:
Individual motor

p_max:
400 bar

V_{g max}:
130 cm³/rev

Axial piston motors type M60N

WV, WVC, WVE, WVH

Nomen-
clature:
Shuttle valve

Design:
Individual valve for pipe mounting
Valve insert
Screw-in valve

p_max:
bar

Q_max:
l/min

Shuttle valve type WV and WVC

Nomenclature:
Spring-loaded piston-type pressure switch
Electronic pressure switch
Electronic pressure transducer

Version:
Screw-in version
Manifold mounting
Designed for pipe connection

p_max:
700 bar

Pressure switch type DG

PFM

Nomenclature:
Pressure filter

Version:
In-line installation
Can be flanged

p_max:
bar

Q_max:
90 l/min

Pressure Filter Type PFM

HF, HFC, HFE

High-pressure screen filter type HF

HPS

Nomenclature:
Piston accumulator

Operation pressure:
350 bar

Nominal volume:
0.1 - 40 dm³

Internal piston diamater:
50 - 180 mm

Piston type accumulators, type HPS

AC, AC (Mini), ACS (Mini)

Nomen-
clature:
Hydro-pneumatic accumulator

Design:
Screw-in version

p_max:
bar

V_max:
3.5 dm³

Diaphragm accumulator type AC

MSD, SVS

Nomenclature:
Line connector with no special feature (standard)
- With rectifier circuit
- With clamp diode
- With LED
- With economy circuit
- Power supply units

Version:
Line connector
Modules with screw terminals

Line connector type MSD and others

ESX

Nomenclature:
Mobile control

Version:
Modular concept with:
Basic module
Different expansion modules
Software for configuration

Mobile controller type ESX

CAN-IO

Nomenclature:
Programmable logic valve control

Version:
Modular system with:
Basic module
Different expansion modules
Software for configuration

Valve control type CAN-IO 14+

EV

Nomenclature:
Amplifier units for proportional solenoids

Version:
Top-hat rail housing
Eurocard
Cable socket

Proportional amplifier type EV

HLU

Nomenclature
Hydraulic locking unit (HLU)

Version
Type A, E, K, RL

Actuation
Electro-hydraulic
Manual

Fatigue load_min
3700 N

Fatigue load_max
10500 N

Stroke stroke_min
80 mm

Stroke stroke_max
150 mm

Hydraulic Locking Unit type HLU

CCL, CTL

Nomenclature
Lifting column

Nominal load Trendelenburg position (max.):
1500 Nm

Stroke (max.):
360 mm

Installation height (min.):
496 mm

Patient weight (max.)
450kg

Design specifications standard:
DIN EN 60601-2-46

Lifting column type CTL, CCL

Downloads for electronic components

You can download documents and software for electronic components here.

Downloads for electronic components

Floor-Lock-System

Nomenclature:
Floor lock system

Load capacity:
250 kg per cylinder

Stroke (max.):
30 mm (levelling height up to 10 mm)

Oscillation damping system:
Passive damping

Design (classic):
Cylinder and castor structurally distinct

Design (Rhombus):
Highly integrated, compact system

Floor-Lock-Sets

A

Nomenclature
Gear pump with built-in electric motor (DC, AC or 3-phase version)

Version
Mini hydraulic power pack

p_max
210 bar

Q_max
2.5 cm³/rev

V_{tank max}
Approx. 0.8 l

Mini hydraulic power pack type A

CPU

Nomen-
clature:
Radial piston or gear pump with integrated electric motor

Design:
Oil-immersed hydraulic power pack for intermittent or load/no-load operation (S2/S3 service)

p_max:
Radial piston pump 350 bar
Gear pump 200 bar

Q_max:
Radial piston pump 4.89 lpm
Gear pump 10.74 lpm

V_{usable max}:
12.6 l

Compact power pack type CPU

HC, HCW

Nomen-
clature:
Radial piston or gear pump with integrated
electric motor (three-phase or alternating current
design)

Design:
Oil immersed hydraulic power pack for intermittent service (S3-service)

p_max:
Radial piston pump 700 bar
Gear pump 180 bar

Q_max:
Radial piston pump 4.4 lpm
(V_g = 1.6 cm³/rev)
Gear pump approx. 3.4 lpm
(V_g = 1.3 cm³/rev)

V_{usable max}:
8 l

Compact hydraulic power pack type HC and HCW

HR

Nomenclature
Radial piston pump with built-in motor (DC, AC or 3-phase version)

Version
Mini hydraulic power pack

p_max
210 bar

Q_max
0.95 cm³/rev

V_{tank max}
0.7 l

Mini hydraulic power pack type HR

HK, HKF

Nomen-
clature:
Radial piston pump and/or gear pump with integrated motor
(version for 3-phase mains)

Design:
Oil immersed compact hydraulic power pack for permanent and intermittent operation (S1/S6 service)

p_max:
Radial piston pump bar (high pressure)
Gear pump 180 bar (low pressure)

Q_max:
Radial piston pump (high pressure)
13.0 lpm (V_g = 9.17 cm³/rev)
Gear pump (low pressure)
24 lpm (V_g = 17.0 cm³/rev)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HK and HKF

HKL, HKLW

Nomen-
clature:
Radial piston pump and/or gear pump with integrated motor
(version for 3-phase mains)

Design:
Oil immersed compact hydraulic power pack for permanent and intermittent operation (S1/S6 service)

p_max:
Radial piston pump bar (high pressure)
Gear pump 180 bar (low pressure)

Q_max:
Radial piston pump (high pressure)
13.0 lpm (V_g = 9.17 cm³/rev)
Gear pump (low pressure)
24 lpm (V_g = 17.0 cm³/rev)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HKL and HKLW

MPN, MPNW

Nomen- clature:
Radial piston and/or gear pump with integrated motor single or dual-circuit pump

Design:
Oil immersed hydraulic power pack
for intermittent or load/no load operation
(S2-/S3-/S6-service)

p_max:
Radial piston pump bar (high pressure), gear pump 220 bar (low pressure)

Q_max:
12.4 lpm (high pressure) (V_g = 9.17 cm³/rev) 83 lpm (low pressure) (V_g = 61 cm³/rev)

V_{t max}:
100 l

Compact hydraulic power pack type MPN and MPNW

MP, MPW

Nomen- clature:
Radial piston and/or gear pump with integrated motor single or dual-circuit pump

Design:
Oil immersed hydraulic power pack
for intermittent or load/no load operation
(S2-/S3-/S6-service)

p_max:
Radial piston pump bar (high pressure), gear pump 220 bar (low pressure)

Q_max:
12.4 lpm (high pressure) (V_g = 9.17 cm³/rev) 83 lpm (low pressure) (V_g = 61 cm³/rev)

V_{t max}:
100 l

Compact hydraulic power pack type MP and MPW

KA, KAW

Nomen-
clature:
Radial piston or gear pump with integrated electric motor (3-phase or 1-phase version)

Design:
Oil immersed hydraulic power pack for intermittent or load/no load operation (S3-service)

p_max:
Radial piston pump bar
Gear pump 180 bar

Q_max:
Radial piston pump 7 lpm
(V_g = 2.29 cm³/rev)
Gear pump approx. 24.1 lpm
(V_g = 7.9 cm³/rev)

V_{tank max}:
30 l

Compact hydraulic power pack type KA and KAW

FXU (FlexUnit)

Hydraulic power pack type FXU

NPC

Nomen-
clature:
Radial piston pump with integrated electric motor (DC)

Design:
Oil immersed compact hydraulic power pack
For short period operation

p_max:
bar

Q_max:
1.36 lpm
(V_{g max} = 0.76 cm³/rev)

Compact hydraulic power pack type NPC

AB, AL

Nomenclature
Connection block with/without pressure-limiting valve with unit approval for single-circuit pumps

Version
Manifold mounting valve for valve mounting

p_max
700 bar

Q_max
24 lpm

Connection blocks for single-circuit pumps types AB, AL

LP

Nomen-
clature:
Air-driven hydraulic power pack

Design:
Hydraulic power pack

p_hydr_aulic_max:
1500 bar

p_air_max:
10 bar

Q_max:
12 l/min

Hydraulic power pack type LP

BNG

Nomenclature:
Valve bank

Version:
Segment construction

Actuation:
Solenoid
Manual
Hydraulic
Pneumatic

p_max:
400 bar

Q_max:
l/min

Valve bank type BNG

C, CK

Nomen-
clature:
Connection blocks to the completion of hydraulic power packs

Design:
Add-on valve enabling pipe connection or direct mounting of valve banks

p_max:
bar

Q_max:
approx. 20 lpm

Connection block type C 5 and C 6

BA, NZP

Nomenclature:
Sub-plates/directional seated valve,
zero leakage

Version:
Valve section with sub-plates for pipe connection

Actuation:
Solenoid
Pressure-operated
Manual
Mechanical

p_max:
400 ... 500 bar

Q_max:
25 ... 50 l/min

Valve bank (nominal size 6) type BA

BVH

Nomen-
clature:
Valve sections
Directional seated valve
Zero leakage

Version:
Valve sections for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type BVH

C40V

Nomenclature:
Axial piston pump
Variable pump

Version:
Single pump
Multiple pump

p_max:
Nominal pressure p_nom: 280 bar
Peak pressure p_max: 320 bar

V_{g max}:
85 cm³/rev

Axial piston pump type C40V

V60N

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
130 cm³/rev

Platzhalter

V30E

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 420 bar

V_{g max}:
270 cm³/rev

Variable displacement axial piston pump type V30E

V80M

Nomenclature:
Axial piston pump

Version:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
202 cm³/rev

Variable displacement axial piston pump type V80M

V30D

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar, bar
Peak pressure: 420 bar, 420 bar

V_{g max}:
250, 250 cm^³/rev

Variable displacement axial piston pump type V30D

RZ

Nomen-
clature:
Radial piston pump

Design:
Single pump ; dual-stage pump

p_max:
bar

Q_max:
91.2 l/min

V_g:
64.18 cm³/rev

Dual-stage pump type RZ

K60N

Nomen-
clature:
Axial piston pump
Constant pump

Design:
Single pump

p_max:
bar

V_{g max}:
108 cm³/rev

Fixed displacement axial piston pump type K60N

K61N

Nomen-
clature:
Axial piston pump
Constant pump

Design:
Single pump

p_max:
bar

V_{g max}:
108 cm³/rev

Axial piston pump type K61N

LP

Nomen-
clature:
Air driven hydraulic pumps

Design:
Single pump

p_hydr_aulic_max:
1500 bar

p_air_max:
10 bar

Q_max:
12 l/min

Air-driven hydraulic pump type LP

CH

Nomenclature:
Piston pump

Design:
Single acting hand pump

p_max:
250 bar

V_{stroke max}:
8.3 cm³/stroke

Hand pump type CH

DMPE

Nomenclature:
Double pump element

Installation position:
As desired

p_max:
700 bar

V_{g max}:
0,46 cm³/U

Double pump element type DMPE for radial piston pumps

MPE, PE

Nomenclature:
Double pump element

Installation position:
As desired

p_max:
700 bar

V_{g max}:
1,52 cm³/U

Pump element type MPE and PE for radial piston pumps

CWS

Nomenclature:
Directional spool valve

Version:
Valve bank design
Combination with pump units

Actuation:
Solenoid

p_max:
315 bar

Q_max:
40 l/min

Directional spool valve banks type CWS

SG, SP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection or
manifold mounting

Actuation:
Solenoid
Manual
Mechanical
Pressure (only or combined with
manual actuation)

p_max:
bar

Q_max:
l/min

Directional spool valve type SG and SP

SW, SWP, SWR

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type SW, SWP and SWR

H, HD, HE

Nomenclature:
Piston pump

Design:
Single acting hand pump
Double acting hand pump

p_max:
800 bar

V_{stroke max}:
30 cm³/stroke

Manual pump type H, HD and HE

NSWP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type NSWP

SWS

Nomen-
clature:
Directional spool valve

Design:
Valve bank
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve bank type SWS

HSF

Nomen-
clature:
Directional spool valve

Design:
Individual valve for manifold mounting

Actuation:
Electro-hydraulic
Hydraulic

p_max:
bar

Q_max:
l/min

Directional spool valve type HSF

EDL

Nomenclature:
Directly
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
solenoid-actuated

p_max:
bar

Q_{max. consumer}:
48 l/min

Q_{pu max}:
100 l/min

Proportional directional spool valve type EDL

PSLF, PSVF, SLF

Nomen-
clature:
Prop. directional spool valve acc. to the
Load-Sensing principle

Design:
Individual manifold mounting valve
Valve bank via individual manifold mounting valves

Actuation:
Manual
Electro-hydraulic
Pressure

p_max:
400 bar

Q_{max. consumer}:
400 l/min

Q_{pu max}:
1000 lpm

Proportional directional spool valve type PSLF, PSVF and SLF

DL

Nomen-
clature:
Throttling directional spool valve

Design:
Valve bank design with integrated bypass pump circulation control

Actuation:

p_max:

Q_max:

Directional spool valve bank type DL

PSL, PSV, PSM, PSM, SL, HMPL, HMPV

Nomenclature:
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
Manual
Electro-hydraulic
pressure-actuated

p_max:
400 bar

Q_{max. consumer}:
240 l/min

Q_{pu max}:
300 lpm

Proportional directional spool valve type PSL, PSV, PSM and SL

NSMD

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for manifold mounting (Valve banks with sub-plates type BA are available)

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Clamping module type NSMD

WN, WH

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve, manifold mounting combination with connection blocks for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional seated valve type WN and WH

G, D, F, H, K, ND, NF, NG, NH, NK, NP, NWG, P, T, WG

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve,
manifold mounting combination with sub-plates
for pipe connection

Actuation:
Solenoid
Pressure (hydraulic, pneumatic)
Mechanical (roller, pin)
Manual (hand lever, adjusting knob)

p_max:
bar

Q_max:
l/min

Directional seated valve type G, WG and others

EM, BEM, EMP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Screw-in valve Combination
Combination with connection block for pipe connection
Combination with connection block for swivel fitting
Combination with connection block for manifold mounting

Actuation:
Solenoid

p_max:
bar

Q_max:
160 lpm

Directional seated valve type EM and EMP

BVE

Directional seated valve type BVE

BVG, BVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type BVG 1 and BVP 1

NBVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type NBVP 16

VP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Manifold mounting

Actuation:
Solenoid
Hydraulic
Pneumatic

p_max:
bar

Q_max:
l/min

Directional seated valve type VP

IVN

2/2-way poppet valve type IVN 223 (size 8)

CR

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for pipe connection

Actuation:
Solenoid
Manual

p_max:
HP 400 bar
NP 60 bar

Q_max:
HP 20 lpm
NP 160 lpm
A → R 300 lpm

Switch unit type CR

MSV

2/2-way poppet valve type MSV, RSV (size 6)

RSV

2/2-way poppet valve type MSV, RSV (size 6)

VH, VHP, VHR

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve, manifold mounting, bankable

Actuation:
Manual

p_max:
bar

Q_max:
l/min

Directional seated valve type VH, VHP and VHR

SL

Poppet valve type SP 1 in manifold system type SL 1

SLC

Valve system type SLC 1

CVS

2/2-way cartridge valve type CVK, CVS, CVD

VB

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank for pipe connection

Actuation:
Solenoid
Pressure: Hydraulic, Pneumatic
Manual: Hand lever, Turn knob

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type VB

BWH, BWN

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank

Actuation:
Solenoid

p_max:
bar

Q_max:
30 lpm

Valve bank (directional seated valve) type BWN and BWH

MV, DMV, DMVN, MVCS, MVE, MVEX, MVG, MVGC, MVP, MVS, SV, SVC, SVX

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure limiting valve type MV, SV and DMV

VR

Nomenclature:
Sequence valve

Version:
Insert valve
Version with housing for pipe connection

Adjustability:
Fixed (non-adjustable)

p_max:
315 bar

Δp_max:
15 bar

Q_max:
120 l/min

Pre-load check valve type VR

DV, DF, DVE, PG, PV

Nomen-
clature:
Pressure-limiting valve
Sequence valve
Switch-off/release valve (pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
420 bar

Q_max:
120 l/min

Pressure-limiting valve, pilot-controlled type DV, DVE and DF

CMV, CMVX, CMVZ, CSV, CSVZ

Nomen-
clature:

Design:
Screw-in valve

Adjustment:

p_max:
500 bar

Q_max:
60 l/min

Pressure valve type CMV, CMVZ, CSV and CSVZ

SVP, SVPR

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure-limiting valve type SVP and SVPR

PMV, NPMVP, PMVP, PMVPS, PMVS

Nomen-
clature:
Prop. pressure-limiting valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_max:
bar

Q_max:
l/min

Proportional pressure-limiting valve type PMV and PMVP

MVA, MVB, MVD, MVF, MVH, MVJ, MVK, MVT, MVU, MVZ

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure-limiting valve (installation kit) type MV

ADC, AM

Nomen-
clature:
Pressure reducing valve

Design:
Screw-in valve
Valve for pipe connection

Adjustment:
Fixed (non-adjustable)

p_{max P}:
400 bar

p_{max A}:
100 bar

Q_max:
10 lpm

Pressure regulating valves type ADC and AM

PDV, PDVE

Nomen-
clature:
Prop. pressure-limiting valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_max:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

ADM, ADME

Nomen-
clature:
Pressure reducing valve
(directly-controlled or pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_{max P}:
315 bar

p_{max A}:
250 bar

Q_max:
l/min

Pressure regulating valves type ADM and ADME

CDK

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type CDK

VDM, VDX

Nomen-
clature:
Pressure reducing valve
(directly-controlled or pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_{max P}:
bar

p_{max A}:
300 bar

Q_max:
l/min

Pressure-reducing valve, pilot-controlled type VDM

CLK

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type CLK

DK, DE, DLZ, DZ

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type DK, DZ and DLZ

PDM, PDMP

Nomen-
clature:
Prop. pressure-reducing valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
400 bar

p_{max A}:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

PM, PMZ

Nomen-
clature:
Prop. pressure reducing valve

Design:
Assembly kit
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
bar

p_{max A}:
30 bar

Q_max:
l/min

Proportional pressure-reducing valve type PM and PMZ

FB, KFB

Nomen-
clature:
Proportional pressure-reducing valve
Hydraulic joystick

Design:
Single valve / Valve bank in pipe connection

p_max:
30 bar

Q_max:
2 l/min

Proportional pressure-reducing valve type KFB 01

CNE

Nomen-
clature:
2-way circulation valve

Design:
Screw-in valve

Adjustment:
Fixed

p_max:
bar

p_max_adjust:
450 bar

Q_max:
l/min

Pressure-controlled shut-off valve type CNE

NE

Nomen-
clature:
Two stage valve
(high pressure (HP) / low pressure (LP) stage)

Design:
Individual valve for pipe connection

Adjustment:
Fixed

p_max:
700 bar (HP) / 80 bar (LP)

Q_max:
25 (HP) / 180 (LP) lpm

Two-stage valve type NE

ALZ

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar

Q_max:
l/min

Shut-off valve type ALZ

LV

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar

Q_max:
25 l/min

Shut-off valve type LV

DSV, DSVP

Nomen-
clature:
Shut-off valve

Design:
Single valve for pipe connection
Individual valve for manifold mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
500 bar

Q_max:
l/min

Pressure controlled shut-off valves type DSV...

CLHV

Nomenclature:
Load-holding valve

Version:
Screw-in valve
Valve for pipe connection

Adjustability:
Fixed, adjustable

p_max:
350 bar

Q_max:
320 l/min

Load-holding valve type CLHV

LHDV

Nomenclature:
Load-holding valve (drop-rate braking valve, for one-sided or alternating load direction) Single or twin valve

Version:
Single or twin valve for pipe connection
Single or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
bar

Q_max:
l/min

Load-holding valve type LHDV

CDSV

Nomen-
clature:
Shut-off valve

Design:
Single valve for pipe connection
Individual valve for manifold mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-dependent shut-off valve type CDSV

LHK

Nomen-
clature:
Load holding valve
(over center valve, for one sided or alternating load direction)
Single or twin valve

Design:
Individual or twin valve for pipe connection
Individual or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
bar

Q_max:
l/min

Load-holding valve type LHK

SD, SF, SK, SKR, ST

Nomen-
clature:
2-way flow control valve
3-way flow control valve

Design:
Individual valves for pipe mounting
Manifold mounting

Adjustment:
Mechanical

p_max:
315 bar

Q_max:
l/min

Flow control valve type SD, SF and SK

LHT, LHTE

Nomen-
clature:
Load holding valve
(over center valve, for one sided or alternating load direction)
Single or twin valve

Design:
Individual or twin valve for pipe connection
Individual or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
450 bar

Q_max:
l/min

Load-holding valve type LHT and LHTE

TQ

Nomen-
clature:
Flow dividers

Design:
Individual valve for pipe mounting
Manifold mounting

Adjustment:
Non-adjustable

p_max:
350 bar

Q_max:
200 lpm (nom. total flow)

Flow divider, type TQ

SE, PB, SEH, SEHD, SEHF

Nomen-
clature:
2-way flow control valve
3-way flow control valve

Design:
Individual valve for pipe mounting or
Screw-in valve

Adjustment:
Electro-proportional

p_max:
315 bar

Q_max:
120 lpm

Proportional flow control valve type SE and SEH

PV

Nomenclature:
Priority valve

Version:
Single valve for pump installation

p_max:
bar

Q_max:
120 l/min

Priority valve type PV

EB

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
l/min

Orifice type EB

BE

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
bar

Q_max:
l/min

Restrictor check valve type BE

SB, CSJ, DSJ, SJ, SQ

Nomen-
clature:
2-way flow control valve
(drop rate braking valve)

Design:
Screw-in type
with housing for in-line installation

Adjustment:
Fixed (pre-set)
Tool adjustable from outside

p_max:
315 bar

Q_max:
400 lpm

Flow control valve (lowering brake valve) type SB and SQ

BC

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
bar

Q_max:
l/min

Restrictor check valve type BC

Q, QR, QV

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Cartridge
Individual valve for pipe mounting

Adjustment:
Tool adjustable

p_max:
bar

Q_max:
120 lpm

Throttle valve and throttle check valve type Q, QR and QV

FG, FGS

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Cartridge
Individual valve for pipe mounting

Adjustment:
Tool adjustable

p_max:
bar

Q_max:
120 lpm

Throttle valve and throttle check valve type FG

RD, ED, RDF

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Manually adjustable (handle, adjusting knob)
Fixed

p_max:
bar

Q_max:
130 lpm

Throttle valve and throttle check valve type ED, RD and RDF

CQ, CQR, CQV

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Screw-in valve

Adjustment:
Tool adjustable
Manually

p_max:
bar

Q_max:
l/min

Throttle valve and throttle check valve type CQ, CQR and CQV

AV

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
bar

Q_max:
l/min

Throttle valve and shut-off valve type AV

AVT, AVM

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
bar

Q_max:
l/min

Shut-off valve type AVT and AVM

B

Nomen-
clature:
Check valve

Design:
Individual valve for in-line installation

p_max:
500 bar

Q_max:
160 lpm

Check valves, type B

CAV

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
500 bar

Q_max:
50 l/min

Throttle valve and shut-off valve CAV

RE

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
bar

Q_max:
120 l/min

Check valve type RE

RC

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
l/min

Check valves, type RC

RK, RB

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
400 lpm

Check valve type RK and RB

ER, EK

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
120 l/min

Check valve type ER and EK

CRK, CRB, CRH

Nomen-
clature:
Check valve

Design:
Screw-in valve

p_max:
bar

Q_max:
l/min

Check valve type CRK, CRB and CRH

RHC, RHCE

Nomen-
clature:
Check valve with hydraulic release

Design:
Valve insert
Screw-in valve

Actuation:
Hydraulic

p_max:
bar

Q_max:
l/min

Releasable check valve type RHC and RHCE

HRP

Nomen-
clature:
Check valve with hydraulic release

Design:
Manifold mounting valve

Actuation:
Hydraulic
Electro-hydraulic

p_max:

bar

Q_max:
l/min

Releasable check valve type HRP

DRH

Nomenclature:
Check valve with hydraulic release
or twin check valve

Design:
Individual valve for

Adjustment:
Hydraulic

p_max:
500 bar

Q_max:
140 l/min

Releasable twin check valve type DRH

RH

Nomenclature:
Check valve with hydraulic release
or twin check valve

Design:
Individual valve for

Adjustment:
Hydraulic

p_max:
bar

Q_max:
l/min

Releasable check valve type RH

F, F

Nomen-
clature:
Check valve
Check valve with hydraulic release
(pre-fill valve)

Design:
Intermediate section between pipe flanges

Actuation:
Hydraulic

p_max:
400 bar

Q_max:
l/min

Check valve and pre-fill valve type F

LB

Nomen-
clature:
Line rupture safety valve

Design:
Insert valve
Combination with housing for pipe connection

Adjustment:
Fixed

p_max:
bar

Q_max:
160 l/min

Line rupture protection valve type LB

HSE, HSA

Nomen-
clature:
Hydraulic clamps

Design:
Screw-in version
Manifold mounting

p_max:

F_max:
60000 N

Hydraulic clamps type HSE and HSA

WV, WVC, WVE, WVH

Nomen-
clature:
Shuttle valve

Design:
Individual valve for pipe mounting
Valve insert
Screw-in valve

p_max:
bar

Q_max:
l/min

Shuttle valve type WV and WVC

G

Reducing connector

M60N

Nomen-
clature:
Axial piston fixed motor

Design:
Individual motor

p_max:
400 bar

V_{g max}:
130 cm³/rev

Axial piston motors type M60N

Nomenclature:
Spring-loaded piston-type pressure switch
Electronic pressure switch
Electronic pressure transducer

Version:
Screw-in version
Manifold mounting
Designed for pipe connection

p_max:
700 bar

Pressure switch type DG

PFM

Nomenclature:
Pressure filter

Version:
In-line installation
Can be flanged

p_max:
bar

Q_max:
90 l/min

Pressure Filter Type PFM

HF, HFC, HFE

High-pressure screen filter type HF

HPS

Nomenclature:
Piston accumulator

Operation pressure:
350 bar

Nominal volume:
0.1 - 40 dm³

Internal piston diamater:
50 - 180 mm

Piston type accumulators, type HPS

MSD, SVS

Nomenclature:
Line connector with no special feature (standard)
- With rectifier circuit
- With clamp diode
- With LED
- With economy circuit
- Power supply units

Version:
Line connector
Modules with screw terminals

Line connector type MSD and others

AC, AC (Mini), ACS (Mini)

Nomen-
clature:
Hydro-pneumatic accumulator

Design:
Screw-in version

p_max:
bar

V_max:
3.5 dm³

Diaphragm accumulator type AC

ESX

Nomenclature:
Mobile control

Version:
Modular concept with:
Basic module
Different expansion modules
Software for configuration

Mobile controller type ESX

CAN-IO

Nomenclature:
Programmable logic valve control

Version:
Modular system with:
Basic module
Different expansion modules
Software for configuration

Valve control type CAN-IO 14+

EV

Nomenclature:
Amplifier units for proportional solenoids

Version:
Top-hat rail housing
Eurocard
Cable socket

Proportional amplifier type EV

HLU

Nomenclature
Hydraulic locking unit (HLU)

Version
Type A, E, K, RL

Actuation
Electro-hydraulic
Manual

Fatigue load_min
3700 N

Fatigue load_max
10500 N

Stroke stroke_min
80 mm

Stroke stroke_max
150 mm

Hydraulic Locking Unit type HLU

CCL, CTL

Nomenclature
Lifting column

Nominal load Trendelenburg position (max.):
1500 Nm

Stroke (max.):
360 mm

Installation height (min.):
496 mm

Patient weight (max.)
450kg

Design specifications standard:
DIN EN 60601-2-46

Lifting column type CTL, CCL

Mini-hydraulics

Compact design and balanced flow rate range for a variety of applications with mini-hydraulics and micro-hydraulics.

Mini-hydraulics

Floor-Lock-System

Nomenclature:
Floor lock system

Load capacity:
250 kg per cylinder

Stroke (max.):
30 mm (levelling height up to 10 mm)

Oscillation damping system:
Passive damping

Design (classic):
Cylinder and castor structurally distinct

Design (Rhombus):
Highly integrated, compact system

Floor-Lock-Sets

Downloads for electronic components

You can download documents and software for electronic components here.

Downloads for electronic components

Compact hydraulic power pack

Compact hydraulic power packs are a type of hydraulic power pack. They are characterised by a highly compact design, since the motor shaft of the electric motor also acts as the pump shaft. Compact power packs are used to supply hydraulic fluid in hydraulic circuit systems.

In our virtual showroom, you can go on a tour on your own and get an overview of our compact power units. Get detailed information about individual power packs around the clock: Showroom HAWE compact power units

Compact hydraulic power pack

HLU

Nomenclature
Hydraulic locking unit (HLU)

Version
Type A, E, K, RL

Actuation
Electro-hydraulic
Manual

Fatigue load_min
3700 N

Fatigue load_max
10500 N

Stroke stroke_min
80 mm

Stroke stroke_max
150 mm

Hydraulic Locking Unit type HLU

HLU

Nomenclature
Hydraulic locking unit (HLU)

Version
Type A, E, K, RL

Actuation
Electro-hydraulic
Manual

Fatigue load_min
3700 N

Fatigue load_max
10500 N

Stroke stroke_min
80 mm

Stroke stroke_max
150 mm

Hydraulic Locking Unit type HLU

HLU

Nomenclature
Hydraulic locking unit (HLU)

Version
Type A, E, K, RL

Actuation
Electro-hydraulic
Manual

Fatigue load_min
3700 N

Fatigue load_max
10500 N

Stroke stroke_min
80 mm

Stroke stroke_max
150 mm

Hydraulic Locking Unit type HLU

HLU

Nomenclature
Hydraulic locking unit (HLU)

Version
Type A, E, K, RL

Actuation
Electro-hydraulic
Manual

Fatigue load_min
3700 N

Fatigue load_max
10500 N

Stroke stroke_min
80 mm

Stroke stroke_max
150 mm

Hydraulic Locking Unit type HLU

CPU

Nomen-
clature:
Radial piston or gear pump with integrated electric motor

Design:
Oil-immersed hydraulic power pack for intermittent or load/no-load operation (S2/S3 service)

p_max:
Radial piston pump 350 bar
Gear pump 200 bar

Q_max:
Radial piston pump 4.89 lpm
Gear pump 10.74 lpm

V_{usable max}:
12.6 l

Compact power pack type CPU

A

Nomenclature
Gear pump with built-in electric motor (DC, AC or 3-phase version)

Version
Mini hydraulic power pack

p_max
210 bar

Q_max
2.5 cm³/rev

V_{tank max}
Approx. 0.8 l

Mini hydraulic power pack type A

HC, HCW

Nomen-
clature:
Radial piston or gear pump with integrated
electric motor (three-phase or alternating current
design)

Design:
Oil immersed hydraulic power pack for intermittent service (S3-service)

p_max:
Radial piston pump 700 bar
Gear pump 180 bar

Q_max:
Radial piston pump 4.4 lpm
(V_g = 1.6 cm³/rev)
Gear pump approx. 3.4 lpm
(V_g = 1.3 cm³/rev)

V_{usable max}:
8 l

Compact hydraulic power pack type HC and HCW

HR

Nomenclature
Radial piston pump with built-in motor (DC, AC or 3-phase version)

Version
Mini hydraulic power pack

p_max
210 bar

Q_max
0.95 cm³/rev

V_{tank max}
0.7 l

Micro power unit type HR 080

HK, HKF

Nomen-
clature:
Radial piston pump and/or gear pump with integrated motor
(version for 3-phase mains)

Design:
Oil immersed compact hydraulic power pack for permanent and intermittent operation (S1/S6 service)

p_max:
Radial piston pump bar (high pressure)
Gear pump 180 bar (low pressure)

Q_max:
Radial piston pump (high pressure)
13.0 lpm (V_g = 9.17 cm³/rev)
Gear pump (low pressure)
24 lpm (V_g = 17.0 cm³/rev)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HK and HKF

HKL, HKLW

Nomen-
clature:
Radial piston pump and/or gear pump with integrated motor
(version for 3-phase mains)

Design:
Oil immersed compact hydraulic power pack for permanent and intermittent operation (S1/S6 service)

p_max:
Radial piston pump bar (high pressure)
Gear pump 180 bar (low pressure)

Q_max:
Radial piston pump (high pressure)
13.0 lpm (V_g = 9.17 cm³/rev)
Gear pump (low pressure)
24 lpm (V_g = 17.0 cm³/rev)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HKL and HKLW

KA, KAW

Nomen-
clature:
Radial piston or gear pump with integrated electric motor (3-phase or 1-phase version)

Design:
Oil immersed hydraulic power pack for intermittent or load/no load operation (S3-service)

p_max:
Radial piston pump bar
Gear pump 180 bar

Q_max:
Radial piston pump 7 lpm
(V_g = 2.29 cm³/rev)
Gear pump approx. 24.1 lpm
(V_g = 7.9 cm³/rev)

V_{tank max}:
30 l

Compact hydraulic power pack type KA and KAW

MPN, MPNW

Nomen- clature:
Radial piston and/or gear pump with integrated motor single or dual-circuit pump

Design:
Oil immersed hydraulic power pack
for intermittent or load/no load operation
(S2-/S3-/S6-service)

p_max:
Radial piston pump bar (high pressure), gear pump 220 bar (low pressure)

Q_max:
12.4 lpm (high pressure) (V_g = 9.17 cm³/rev) 83 lpm (low pressure) (V_g = 61 cm³/rev)

V_{t max}:
100 l

Compact hydraulic power pack type MPN and MPNW

MP, MPW

Nomen- clature:
Radial piston and/or gear pump with integrated motor single or dual-circuit pump

Design:
Oil immersed hydraulic power pack
for intermittent or load/no load operation
(S2-/S3-/S6-service)

p_max:
Radial piston pump bar (high pressure), gear pump 220 bar (low pressure)

Q_max:
12.4 lpm (high pressure) (V_g = 9.17 cm³/rev) 83 lpm (low pressure) (V_g = 61 cm³/rev)

V_{t max}:
100 l

Compact hydraulic power pack type MP and MPW

NPC

Nomen-
clature:
Radial piston pump with integrated electric motor (DC)

Design:
Oil immersed compact hydraulic power pack
For short period operation

p_max:
bar

Q_max:
1.36 lpm
(V_{g max} = 0.76 cm³/rev)

Compact hydraulic power pack type NPC

FXU

Nomenclature:
Standard hydraulic power pack (S1 operation)
Single-circuit pump, dual-circuit pump
With radial piston pump and/or gear pump in the tank

Version:
Radial piston pump and/or gear pump

p_max:
HP/LP: 700/280 bar

Q_max:
HP/LP: 91/80 lpm
Radial piston pump: Vg = 64.2 cm³/rev
Gear pump: Vg = 63 cm³/rev

V_Tank max:
565 l

Hydraulic power pack type FXU

LP

Nomen-
clature:
Air-driven hydraulic power pack

Design:
Hydraulic power pack

p_hydr_aulic_max:
1500 bar

p_air_max:
10 bar

Q_max:
12 l/min

Hydraulic power pack type LP

AB, AL

Nomenclature
Connection block with/without pressure-limiting valve with unit approval for single-circuit pumps

Version
Manifold mounting valve for valve mounting

p_max
700 bar

Q_max
24 lpm

Connection blocks for single-circuit pumps types AB, AL

C, CK

Nomen-
clature:
Connection blocks to the completion of hydraulic power packs

Design:
Add-on valve enabling pipe connection or direct mounting of valve banks

p_max:
bar

Q_max:
approx. 20 lpm

Connection block type C 5 and C 6

BNG

Nomenclature:
Valve bank

Version:
Segment construction

Actuation:
Solenoid
Manual
Hydraulic
Pneumatic

p_max:
400 bar

Q_max:
l/min

Valve bank type BNG

BA, NZP

Nomenclature:
Sub-plates/directional seated valve,
zero leakage

Version:
Valve section with sub-plates for pipe connection

Actuation:
Solenoid
Pressure-operated
Manual
Mechanical

p_max:
400 ... 500 bar

Q_max:
25 ... 50 l/min

Valve bank (nominal size 6) type BA

BVH

Nomen-
clature:
Valve sections
Directional seated valve
Zero leakage

Version:
Valve sections for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type BVH

C40V

Nomenclature:
Axial piston pump
Variable pump

Version:
Single pump
Multiple pump

p_max:
Nominal pressure p_nom: 280 bar
Peak pressure p_max: 320 bar

V_{g max}:
85 cm³/rev

Axial piston pump type C40V

V60N

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
130 cm³/rev

V60N

V30E

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 420 bar

V_{g max}:
270 cm³/rev

Variable displacement axial piston pump type V30E

V80M

Nomenclature:
Axial piston pump

Version:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
202 cm³/rev

Variable displacement axial piston pump type V80M

V30D

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar, bar
Peak pressure: 420 bar, 420 bar

V_{g max}:
250, 250 cm^³/rev

Variable displacement axial piston pump type V30D

RZ

Nomen-
clature:
Radial piston pump

Design:
Single pump ; dual-stage pump

p_max:
bar

Q_max:
91.2 l/min

V_g:
64.18 cm³/rev

Dual-stage pump type RZ

K61N

Nomen-
clature:
Axial piston pump
Constant pump

Design:
Single pump

p_max:
bar

V_{g max}:
108 cm³/rev

Axial piston pump type K61N

LP

Nomen-
clature:
Air driven hydraulic pumps

Design:
Single pump

p_hydr_aulic_max:
1500 bar

p_air_max:
10 bar

Q_max:
12 l/min

Air-driven hydraulic pump type LP

K60N

Nomen-
clature:
Axial piston pump
Constant pump

Design:
Single pump

p_max:
bar

V_{g max}:
108 cm³/rev

Fixed displacement axial piston pump type K60N

CH

Nomenclature:
Piston pump

Design:
Single acting hand pump

p_max:
250 bar

V_{stroke max}:
8.3 cm³/stroke

Hand pump type CH

DMPE

Nomenclature:
Double pump element

Installation position:
As desired

p_max:
700 bar

V_{g max}:
0,46 cm³/U

Double pump element type DMPE for radial piston pumps

MPE, PE

Nomenclature:
Double pump element

Installation position:
As desired

p_max:
700 bar

V_{g max}:
1,52 cm³/U

Pump element type MPE and PE for radial piston pumps

CWS

Nomenclature:
Directional spool valve

Version:
Valve bank design
Combination with pump units

Actuation:
Solenoid

p_max:
315 bar

Q_max:
40 l/min

Directional spool valve banks type CWS

SG, SP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection or
manifold mounting

Actuation:
Solenoid
Manual
Mechanical
Pressure (only or combined with
manual actuation)

p_max:
bar

Q_max:
l/min

Directional spool valve type SG and SP

H, HD, HE

Nomenclature:
Piston pump

Design:
Single acting hand pump
Double acting hand pump

p_max:
800 bar

V_{stroke max}:
30 cm³/stroke

Manual pump type H, HD and HE

SW, SWP, SWR

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type SW, SWP and SWR

NSWP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type NSWP

HSF

Nomen-
clature:
Directional spool valve

Design:
Individual valve for manifold mounting

Actuation:
Electro-hydraulic
Hydraulic

p_max:
bar

Q_max:
l/min

Directional spool valve type HSF

SWS

Nomen-
clature:
Directional spool valve

Design:
Valve bank
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve bank type SWS

EDL

Nomenclature:
Directly
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
solenoid-actuated

p_max:
bar

Q_{max. consumer}:
48 l/min

Q_{pu max}:
100 l/min

Proportional directional spool valve type EDL

DL

Nomen-
clature:
Throttling directional spool valve

Design:
Valve bank design with integrated bypass pump circulation control

Actuation:

p_max:

Q_max:

Directional spool valve bank type DL

PSLF, PSVF, SLF

Nomen-
clature:
Prop. directional spool valve acc. to the
Load-Sensing principle

Design:
Individual manifold mounting valve
Valve bank via individual manifold mounting valves

Actuation:
Manual
Electro-hydraulic
Pressure

p_max:
400 bar

Q_{max. consumer}:
400 l/min

Q_{pu max}:
1000 lpm

Proportional directional spool valve type PSLF, PSVF and SLF

PSL, PSV, PSM, PSM, SL, HMPL, HMPV

Nomenclature:
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
Manual
Electro-hydraulic
pressure-actuated

p_max:
400 bar

Q_{max. consumer}:
240 l/min

Q_{pu max}:
300 lpm

Proportional directional spool valve type PSL, PSV, PSM and SL

NSMD

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for manifold mounting (Valve banks with sub-plates type BA are available)

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Clamping module type NSMD

WN, WH

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve, manifold mounting combination with connection blocks for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional seated valve type WN and WH

EM, BEM, EMP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Screw-in valve Combination
Combination with connection block for pipe connection
Combination with connection block for swivel fitting
Combination with connection block for manifold mounting

Actuation:
Solenoid

p_max:
bar

Q_max:
160 lpm

Directional seated valve type EM and EMP

G, D, F, H, K, ND, NF, NG, NH, NK, NP, NWG, P, T, WG

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve,
manifold mounting combination with sub-plates
for pipe connection

Actuation:
Solenoid
Pressure (hydraulic, pneumatic)
Mechanical (roller, pin)
Manual (hand lever, adjusting knob)

p_max:
bar

Q_max:
l/min

Directional seated valve type G, WG and others

BVE

Directional seated valve type BVE

NBVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type NBVP 16

BVG, BVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type BVG 1 and BVP 1

VP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Manifold mounting

Actuation:
Solenoid
Hydraulic
Pneumatic

p_max:
bar

Q_max:
l/min

Directional seated valve type VP

IVN

2/2-way poppet valve type IVN 223 (size 8)

MSV

2/2-way poppet valve type MSV, RSV (size 6)

CR

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for pipe connection

Actuation:
Solenoid
Manual

p_max:
HP 400 bar
NP 60 bar

Q_max:
HP 20 lpm
NP 160 lpm
A → R 300 lpm

Switch unit type CR

RSV

2/2-way poppet valve type MSV, RSV (size 6)

VH, VHP, VHR

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve, manifold mounting, bankable

Actuation:
Manual

p_max:
bar

Q_max:
l/min

Directional seated valve type VH, VHP and VHR

SL

Poppet valve type SP 1 in manifold system type SL 1

SLC

Valve system type SLC 1

CVS

2/2-way cartridge valve type CVK, CVS, CVD

VB

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank for pipe connection

Actuation:
Solenoid
Pressure: Hydraulic, Pneumatic
Manual: Hand lever, Turn knob

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type VB

BWH, BWN

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank

Actuation:
Solenoid

p_max:
bar

Q_max:
30 lpm

Valve bank (directional seated valve) type BWN and BWH

NBVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type NBVP 16

MV, DMV, DMVN, MVCS, MVE, MVEX, MVG, MVGC, MVP, MVS, SV, SVC, SVX

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure limiting valve type MV, SV and DMV

VR

Nomenclature:
Sequence valve

Version:
Insert valve
Version with housing for pipe connection

Adjustability:
Fixed (non-adjustable)

p_max:
315 bar

Δp_max:
15 bar

Q_max:
120 l/min

Pre-load check valve type VR

DV, DF, DVE, PG, PV

Nomen-
clature:
Pressure-limiting valve
Sequence valve
Switch-off/release valve (pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
420 bar

Q_max:
120 l/min

Pressure-limiting valve, pilot-controlled type DV, DVE and DF

CMV, CMVX, CMVZ, CSV, CSVZ

Nomen-
clature:

Design:
Screw-in valve

Adjustment:

p_max:
500 bar

Q_max:
60 l/min

Pressure valve type CMV, CMVZ, CSV and CSVZ

PMV, NPMVP, PMVP, PMVPS, PMVS

Nomen-
clature:
Prop. pressure-limiting valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_max:
bar

Q_max:
l/min

Proportional pressure-limiting valve type PMV and PMVP

SVP, SVPR

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure-limiting valve type SVP and SVPR

MVA, MVB, MVD, MVF, MVH, MVJ, MVK, MVT, MVU, MVZ

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure-limiting valve (installation kit) type MV

PDV, PDVE

Nomen-
clature:
Prop. pressure-limiting valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_max:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

ADC, AM

Nomen-
clature:
Pressure reducing valve

Design:
Screw-in valve
Valve for pipe connection

Adjustment:
Fixed (non-adjustable)

p_{max P}:
400 bar

p_{max A}:
100 bar

Q_max:
10 lpm

Pressure regulating valves type ADC and AM

ADM, ADME

Nomen-
clature:
Pressure reducing valve
(directly-controlled or pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_{max P}:
315 bar

p_{max A}:
250 bar

Q_max:
l/min

Pressure regulating valves type ADM and ADME

CDK

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type CDK

VDM, VDX

Nomen-
clature:
Pressure reducing valve
(directly-controlled or pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_{max P}:
bar

p_{max A}:
300 bar

Q_max:
l/min

Pressure-reducing valve, pilot-controlled type VDM

CLK

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type CLK

DK, DE, DLZ, DZ

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type DK, DZ and DLZ

PDM, PDMP

Nomen-
clature:
Prop. pressure-reducing valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
400 bar

p_{max A}:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

PM, PMZ

Nomen-
clature:
Prop. pressure reducing valve

Design:
Assembly kit
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
bar

p_{max A}:
30 bar

Q_max:
l/min

Proportional pressure-reducing valve type PM and PMZ

FB, KFB

Nomen-
clature:
Proportional pressure-reducing valve
Hydraulic joystick

Design:
Single valve / Valve bank in pipe connection

p_max:
30 bar

Q_max:
2 l/min

Proportional pressure-reducing valve type KFB 01

CNE

Nomen-
clature:
2-way circulation valve

Design:
Screw-in valve

Adjustment:
Fixed

p_max:
bar

p_max_adjust:
450 bar

Q_max:
l/min

Pressure-controlled shut-off valve type CNE

NE

Nomen-
clature:
Two stage valve
(high pressure (HP) / low pressure (LP) stage)

Design:
Individual valve for pipe connection

Adjustment:
Fixed

p_max:
700 bar (HP) / 80 bar (LP)

Q_max:
25 (HP) / 180 (LP) lpm

Two-stage valve type NE

LV

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar

Q_max:
25 l/min

Shut-off valve type LV

ALZ

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar

Q_max:
l/min

Shut-off valve type ALZ

DSV, DSVP

Nomen-
clature:
Shut-off valve

Design:
Single valve for pipe connection
Individual valve for manifold mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
500 bar

Q_max:
l/min

Pressure controlled shut-off valves type DSV...

CLHV

Nomenclature:
Load-holding valve

Version:
Screw-in valve
Valve for pipe connection

Adjustability:
Fixed, adjustable

p_max:
350 bar

Q_max:
320 l/min

Load-holding valve type CLHV

CDSV

Nomen-
clature:
Shut-off valve

Design:
Single valve for pipe connection
Individual valve for manifold mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-dependent shut-off valve type CDSV

LHDV

Nomenclature:
Load-holding valve (drop-rate braking valve, for one-sided or alternating load direction) Single or twin valve

Version:
Single or twin valve for pipe connection
Single or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
bar

Q_max:
l/min

Load-holding valve type LHDV

LHK

Nomen-
clature:
Load holding valve
(over center valve, for one sided or alternating load direction)
Single or twin valve

Design:
Individual or twin valve for pipe connection
Individual or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
bar

Q_max:
l/min

Load-holding valve type LHK

LHT, LHTE

Nomen-
clature:
Load holding valve
(over center valve, for one sided or alternating load direction)
Single or twin valve

Design:
Individual or twin valve for pipe connection
Individual or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
450 bar

Q_max:
l/min

Load-holding valve type LHT and LHTE

SD, SF, SK, SKR, ST

Nomen-
clature:
2-way flow control valve
3-way flow control valve

Design:
Individual valves for pipe mounting
Manifold mounting

Adjustment:
Mechanical

p_max:
315 bar

Q_max:
l/min

Flow control valve type SD, SF and SK

TQ

Nomen-
clature:
Flow dividers

Design:
Individual valve for pipe mounting
Manifold mounting

Adjustment:
Non-adjustable

p_max:
350 bar

Q_max:
200 lpm (nom. total flow)

Flow divider, type TQ

SE, PB, SEH, SEHD, SEHF

Nomen-
clature:
2-way flow control valve
3-way flow control valve

Design:
Individual valve for pipe mounting or
Screw-in valve

Adjustment:
Electro-proportional

p_max:
315 bar

Q_max:
120 lpm

Proportional flow control valve type SE and SEH

PV

Nomenclature:
Priority valve

Version:
Single valve for pump installation

p_max:
bar

Q_max:
120 l/min

Priority valve type PV

EB

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
l/min

Orifice type EB

BE

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
bar

Q_max:
l/min

Restrictor check valve type BE

SB, CSJ, DSJ, SJ, SQ

Nomen-
clature:
2-way flow control valve
(drop rate braking valve)

Design:
Screw-in type
with housing for in-line installation

Adjustment:
Fixed (pre-set)
Tool adjustable from outside

p_max:
315 bar

Q_max:
400 lpm

Flow control valve (lowering brake valve) type SB and SQ

BC

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
bar

Q_max:
l/min

Restrictor check valve type BC

Q, QR, QV

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Cartridge
Individual valve for pipe mounting

Adjustment:
Tool adjustable

p_max:
bar

Q_max:
120 lpm

Throttle valve and throttle check valve type Q, QR and QV

FG, FGS

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Cartridge
Individual valve for pipe mounting

Adjustment:
Tool adjustable

p_max:
bar

Q_max:
120 lpm

Throttle valve and throttle check valve type FG

RD, ED, RDF

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Manually adjustable (handle, adjusting knob)
Fixed

p_max:
bar

Q_max:
130 lpm

Throttle valve and throttle check valve type ED, RD and RDF

CQ, CQR, CQV

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Screw-in valve

Adjustment:
Tool adjustable
Manually

p_max:
bar

Q_max:
l/min

Throttle valve and throttle check valve type CQ, CQR and CQV

AV

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
bar

Q_max:
l/min

Throttle valve and shut-off valve type AV

AVT, AVM

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
bar

Q_max:
l/min

Shut-off valve type AVT and AVM

CAV

Nomen-
clature:
Throttle and shut-off valve
with/without by-pass check valve

Design:
Individual valve for pipe mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed) Manual (adjustable)

p_max:
500 bar

Q_max:
50 l/min

Throttle valve and shut-off valve CAV

B

Nomen-
clature:
Check valve

Design:
Individual valve for in-line installation

p_max:
500 bar

Q_max:
160 lpm

Check valves, type B

RC

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
l/min

Check valves, type RC

RE

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
bar

Q_max:
120 l/min

Check valve type RE

RK, RB

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
400 lpm

Check valve type RK and RB

CRK, CRB, CRH

Nomen-
clature:
Check valve

Design:
Screw-in valve

p_max:
bar

Q_max:
l/min

Check valve type CRK, CRB and CRH

ER, EK

Nomen-
clature:
Check valve

Design:
Insert valve
Plug-in valve
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
120 l/min

Check valve type ER and EK

RHC, RHCE

Nomen-
clature:
Check valve with hydraulic release

Design:
Valve insert
Screw-in valve

Actuation:
Hydraulic

p_max:
bar

Q_max:
l/min

Releasable check valve type RHC and RHCE

HRP

Nomen-
clature:
Check valve with hydraulic release

Design:
Manifold mounting valve

Actuation:
Hydraulic
Electro-hydraulic

p_max:

bar

Q_max:
l/min

Releasable check valve type HRP

DRH

Nomenclature:
Check valve with hydraulic release
or twin check valve

Design:
Individual valve for

Adjustment:
Hydraulic

p_max:
500 bar

Q_max:
140 l/min

Releasable twin check valve type DRH

RH

Nomenclature:
Check valve with hydraulic release
or twin check valve

Design:
Individual valve for

Adjustment:
Hydraulic

p_max:
bar

Q_max:
l/min

Releasable check valve type RH

F, F

Nomen-
clature:
Check valve
Check valve with hydraulic release
(pre-fill valve)

Design:
Intermediate section between pipe flanges

Actuation:
Hydraulic

p_max:
400 bar

Q_max:
l/min

Check valve and pre-fill valve type F

LB

Nomen-
clature:
Line rupture safety valve

Design:
Insert valve
Combination with housing for pipe connection

Adjustment:
Fixed

p_max:
bar

Q_max:
160 l/min

Line rupture protection valve type LB

HSE, HSA

Nomen-
clature:
Hydraulic clamps

Design:
Screw-in version
Manifold mounting

p_max:

F_max:
60000 N

Hydraulic clamps type HSE and HSA

WV, WVC, WVE, WVH

Nomen-
clature:
Shuttle valve

Design:
Individual valve for pipe mounting
Valve insert
Screw-in valve

p_max:
bar

Q_max:
l/min

Shuttle valve type WV and WVC

G

Reducing connector

M60N

Nomen-
clature:
Axial piston fixed motor

Design:
Individual motor

p_max:
400 bar

V_{g max}:
130 cm³/rev

Axial piston motors type M60N

Nomenclature:
Spring-loaded piston-type pressure switch
Electronic pressure switch
Electronic pressure transducer

Version:
Screw-in version
Manifold mounting
Designed for pipe connection

p_max:
700 bar

Pressure switch type DG

HF, HFC, HFE

High-pressure screen filter type HF

PFM

Nomenclature:
Pressure filter

Version:
In-line installation
Can be flanged

p_max:
bar

Q_max:
90 l/min

Pressure Filter Type PFM

HPS

Nomenclature:
Piston accumulator

Operation pressure:
350 bar

Nominal volume:
0.1 - 40 dm³

Internal piston diamater:
50 - 180 mm

Piston type accumulators, type HPS

MSD, SVS

Nomenclature:
Line connector with no special feature (standard)
- With rectifier circuit
- With clamp diode
- With LED
- With economy circuit
- Power supply units

Version:
Line connector
Modules with screw terminals

Line connector type MSD and others

AC, AC (Mini), ACS (Mini)

Nomen-
clature:
Hydro-pneumatic accumulator

Design:
Screw-in version

p_max:
bar

V_max:
3.5 dm³

Diaphragm accumulator type AC

EV

Nomenclature:
Amplifier units for proportional solenoids

Version:
Top-hat rail housing
Eurocard
Cable socket

Proportional amplifier type EV

CAN-IO

Nomenclature:
Programmable logic valve control

Version:
Modular system with:
Basic module
Different expansion modules
Software for configuration

Valve control type CAN-IO 14+

ESX

Nomenclature:
Mobile control

Version:
Modular concept with:
Basic module
Different expansion modules
Software for configuration

Mobile controller type ESX

CCL, CTL

Nomenclature
Lifting column

Nominal load Trendelenburg position (max.):
1500 Nm

Stroke (max.):
360 mm

Installation height (min.):
496 mm

Patient weight (max.)
450kg

Design specifications standard:
DIN EN 60601-2-46

Lifting column type CTL, CCL

Floor-Lock-System

Nomenclature:
Floor lock system

Load capacity:
250 kg per cylinder

Stroke (max.):
30 mm (levelling height up to 10 mm)

Oscillation damping system:
Passive damping

Design (classic):
Cylinder and castor structurally distinct

Design (Rhombus):
Highly integrated, compact system

Floor-Lock-Sets

Downloads for electronic components

You can download documents and software for electronic components here.

Downloads for electronic components

HLU

Nomenclature
Hydraulic locking unit (HLU)

Version
Type A, E, K, RL

Actuation
Electro-hydraulic
Manual

Fatigue load_min
3700 N

Fatigue load_max
10500 N

Stroke stroke_min
80 mm

Stroke stroke_max
150 mm

Hydraulic Locking Unit type HLU

A

Nomenclature
Hydraulic power pack with built-in electric motor (DC, AC or 3-phase version) and single-circuit pump

Version
Mini hydraulic power pack for short period and intermittent operation (S2, S3)

p_max
210 bar

Q_max
2.5 cm³/rev

V_{tank max}
Approx. 0.8 l

Micro power unit series A 10

CPU

Nomen-
clature:
Hydraulic power pack with built-in electric motor (3-phase version) and single-circuit pump

Design:
Oil immersed compact hydraulic power pack for short period and intermittent operation (S2, S3)

p_max:
Radial piston pump 350 bar
Gear pump 200 bar

Q_max:
Radial piston pump
4.89 lpm
Gear pump
10.74 lpm

V_{usable max}:
12.6 l

Compact power pack type CPU

HC, HCW

Nomen-
clature:
Hydraulic power pack with built-in electric motor (AC or 3-phase version) and single-circuit pump

Design:
Oil immersed compact hydraulic power pack for short period and intermittent operation (S2, S3)

p_max:
Radial piston pump 700 bar
Gear pump 180 bar

Q_max:
Radial piston pump
4.4 lpm (V_g = 1.6 cm³/U)
Gear pump
3.4 lpm (V_g = 1.3 cm³/U)

V_{usable max}:
8 l

Compact hydraulic power pack type HC and HCW

HR

Nomenclature
Hydraulic power pack with built-in electric motor (DC, AC or 3-phase version) and reversible single-circuit pump

Version
Mini hydraulic power pack for short period and intermittent operation (S2, S3)

p_max
210 bar

Q_max
0.95 cm³/rev

V_{tank max}
0.7 l

Mini hydraulic power pack type HR

INKA

Nomenclature
Hydraulic power pack with built-in electric motor (AC or 3-phase version) and single-circuit pump

Version
Oil immersed compact hydraulic power pack for short period and intermittent operation (S2, S3)

p_max
700 bar

Q_max
1.58 lpm (V_g = 0.95 cm³/U)

V_{tank max}
1.5 l

Compact hydraulic power pack type INKA 1

HKL, HKLW

Nomen-
clature:
Hydraulic power pack with built-in electric motor (AC or 3-phase version) and single-circuit or dual-circuit pump

Design:
Oil immersed compact hydraulic power pack for permanent, short period and intermittent operation and continuous run with intermittent load (S1, S2, S3, S6)

p_max:
Radial piston pump 700 bar
Gear pump 200 bar

Q_max:
Radial piston pump
13.0 lpm (V_g = 9.17 cm³/U)
Gear pump
24 lpm (V_g = 17.0 cm³/U)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HKL and HKLW

HK, HKF

Nomen-
clature:
Hydraulic power pack with built-in electric motor (3-phase version) and single-circuit or dual-circuit pump

Design:
Oil immersed compact hydraulic power pack for permanent, short period and intermittent operation and continuous run with intermittent load (S1, S2, S3, S6)

p_max:
Radial piston pump 700 bar
Gear pump 250 bar

Q_max:
Radial piston pump
13.0 lpm (V_g = 9.17 cm³/U)
Gear pump
24 lpm (V_g = 17.0 cm³/U)

V_{usable max}:
11.1 l

Compact hydraulic power pack type HK and HKF

KA, KAW

Nomen-
clature:
Hydraulic power pack with built-in electric motor (AC or 3-phase version) and single-circuit or dual-circuit pump

Design:
Oil immersed compact hydraulic power pack for short period and intermittent operation (S2, S3)

p_max:
Radial piston pump 700 bar
Gear pump 180 bar

Q_max:
Radial piston pump
7 lpm (V_g = 2.29 cm³/U)
Gear pump
24.1 lpm (V_g = 7.9 cm³/U)

V_{tank max}:
30 l

Compact hydraulic power pack type KA and KAW

MPN, MPNW

Nomen- clature:
Hydraulic power pack with built-in electric motor (AC or 3-phase version) and single-circuit or dual-circuit pump

Design:
Oil immersed compact hydraulic power pack for short period and intermittent operation and continuous run with intermittent load (S2, S3, S6)

p_max:
Radial piston pump 700 bar
Gear pump 220 bar

Q_max:
Radial piston pump
12.4 lpm (V_g = 9.17 cm³/U)
Gear pump
83 lpm (V_g = 61 cm³/U)

V_{t max}:
100 l

Compact hydraulic power pack type MPN and MPNW

MP, MPW

Nomen- clature:
Hydraulic power pack with built-in electric motor (AC or 3-phase version) and single-circuit or dual-circuit pump

Design:
Oil immersed compact hydraulic power pack for short period and intermittent operation and continuous run with intermittent load (S2, S3, S6)

p_max:
Radial piston pump 700 bar
Gear pump 220 bar

Q_max:
Radial piston pump
12.4 lpm (V_g = 9.17 cm³/U)
Gear pump
83 lpm (V_g = 61 cm³/U)

V_{t max}:
100 l

Compact hydraulic power pack type MP and MPW

FXU (FlexUnit)

Hydraulic power pack type FXU

NPC

Nomen-
clature:
Hydraulic power pack with built-in electric motor (DC version) and single-circuit pump

Design:
Oil immersed compact hydraulic power pack for short period and intermittent operation (S2, S3)

p_max:
Radial piston pump 750 bar
Gear pump 200 bar

Q_max:
Radial piston pump
2.29 lpm (V_g = 0.76 cm³/U)
Gear pump
3.5 lpm (V_g = 1.0 cm³/U)

Compact hydraulic power pack type NPC

AB, AL

Nomenclature
Connection block with/without pressure-limiting valve with unit approval for single-circuit pumps

Version
Manifold mounting valve for valve mounting

p_max
700 bar

Q_max
24 lpm

Connection blocks for single-circuit pumps types AB, AL

LP

Nomen-
clature:
Air-driven hydraulic power pack

Design:
Hydraulic power pack

p_hydr_aulic_max:
1500 bar

p_air_max:
10 bar

Q_max:
12 l/min

Hydraulic power pack type LP

BNG

Nomenclature:
Valve bank

Version:
Segment construction

Actuation:
Solenoid
Manual
Hydraulic
Pneumatic

p_max:
400 bar

Q_max:
l/min

Valve bank type BNG

C, CK

Nomen-
clature:
Connection blocks to the completion of hydraulic power packs

Design:
Add-on valve enabling pipe connection or direct mounting of valve banks

p_max:
bar

Q_max:
approx. 20 lpm

Connection block type C 5 and C 6

BA, NZP

Nomenclature:
Sub-plates/directional seated valve,
zero leakage

Version:
Valve section with sub-plates for pipe connection

Actuation:
Solenoid
Pressure-operated
Manual
Mechanical

p_max:
400 ... 500 bar

Q_max:
25 ... 50 l/min

Valve bank (nominal size 6) type BA

C40V

Nomenclature:
Axial piston pump
Variable pump

Version:
Single pump
Multiple pump

p_max:
Nominal pressure p_nom: 280 bar
Peak pressure p_max: 320 bar

V_{g max}:
85 cm³/rev

Axial piston pump type C40V

BVH

Nomen-
clature:
Valve sections
Directional seated valve
Zero leakage

Version:
Valve sections for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type BVH

V60N

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
130 cm³/rev

Platzhalter

V30E

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 420 bar

V_{g max}:
270 cm³/rev

Variable displacement axial piston pump type V30E

RZ

Nomen-
clature:
Radial piston pump

Design:
Single pump ; dual-stage pump

p_max:
bar

Q_max:
91.2 l/min

V_g:
64.18 cm³/rev

Dual-stage pump type RZ

V80M

Nomenclature:
Axial piston pump

Version:
Single pump
Multiple pump

p_max:
System pressure: bar
Peak pressure: 450 bar

V_{g max}:
202 cm³/rev

Variable displacement axial piston pump type V80M

V30D

Nomen-
clature:
Axial piston pump
Variable pump

Design:
Single pump
Multiple pump

p_max:
System pressure: bar, bar
Peak pressure: 420 bar, 420 bar

V_{g max}:
250, 250 cm^³/rev

Variable displacement axial piston pump type V30D

K61N

Nomen-
clature:
Axial piston pump
Constant pump

Design:
Single pump

p_max:
bar

V_{g max}:
108 cm³/rev

Axial piston pump type K61N

K60N

Nomen-
clature:
Axial piston pump
Constant pump

Design:
Single pump

p_max:
bar

V_{g max}:
108 cm³/rev

Fixed displacement axial piston pump type K60N

LP

Nomen-
clature:
Air driven hydraulic pumps

Design:
Single pump

p_hydr_aulic_max:
1500 bar

p_air_max:
10 bar

Q_max:
12 l/min

Air-driven hydraulic pump type LP

CH

Nomenclature:
Piston pump

Design:
Single acting hand pump

p_max:
250 bar

V_{stroke max}:
8.3 cm³/stroke

Hand pump type CH

DMPE

Nomenclature:
Double pump element

Installation position:
As desired

p_max:
700 bar

V_{g max}:
0,46 cm³/U

Double pump element type DMPE for radial piston pumps

MPE, PE

Nomenclature:
Double pump element

Installation position:
As desired

p_max:
700 bar

V_{g max}:
1,52 cm³/U

Pump element type MPE and PE for radial piston pumps

CWS

Nomenclature:
Directional spool valve

Version:
Valve bank design
Combination with pump units

Actuation:
Solenoid

p_max:
315 bar

Q_max:
40 l/min

Directional spool valve banks type CWS

SG, SP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection or
manifold mounting

Actuation:
Solenoid
Manual
Mechanical
Pressure (only or combined with
manual actuation)

p_max:
bar

Q_max:
l/min

Directional spool valve type SG and SP

H, HD, HE

Nomenclature:
Piston pump

Design:
Single acting hand pump
Double acting hand pump

p_max:
800 bar

V_{stroke max}:
30 cm³/stroke

Manual pump type H, HD and HE

SW, SWP, SWR

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type SW, SWP and SWR

SWS

Nomen-
clature:
Directional spool valve

Design:
Valve bank
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve bank type SWS

NSWP

Nomen-
clature:
Directional spool valve

Design:
Individual valve for pipe connection
Individual manifold mounting valve
Valve bank manifold mounting
Combination with hydraulic power packs

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional spool valve type NSWP

HSF

Nomen-
clature:
Directional spool valve

Design:
Individual valve for manifold mounting

Actuation:
Electro-hydraulic
Hydraulic

p_max:
bar

Q_max:
l/min

Directional spool valve type HSF

EDL

Nomenclature:
Directly
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
solenoid-actuated

p_max:
bar

Q_{max. consumer}:
48 l/min

Q_{pu max}:
100 l/min

Proportional directional spool valve type EDL

DL

Nomen-
clature:
Throttling directional spool valve

Design:
Valve bank design with integrated bypass pump circulation control

Actuation:

p_max:

Q_max:

Directional spool valve bank type DL

PSLF, PSVF, SLF

Nomen-
clature:
Prop. directional spool valve acc. to the
Load-Sensing principle

Design:
Individual manifold mounting valve
Valve bank via individual manifold mounting valves

Actuation:
Manual
Electro-hydraulic
Pressure

p_max:
400 bar

Q_{max. consumer}:
400 l/min

Q_{pu max}:
1000 lpm

Proportional directional spool valve type PSLF, PSVF and SLF

PSL, PSV, PSM, PSM, SL, HMPL, HMPV

Nomenclature:
Prop. directional spool valves as per
load-sensing principle

Version:
Valve bank in series connection

Actuation:
Manual
Electro-hydraulic
pressure-actuated

p_max:
400 bar

Q_{max. consumer}:
240 l/min

Q_{pu max}:
300 lpm

Proportional directional spool valve type PSL, PSV, PSM and SL

NSMD

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for manifold mounting (Valve banks with sub-plates type BA are available)

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Clamping module type NSMD

WN, WH

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve, manifold mounting combination with connection blocks for pipe connection

Actuation:
Solenoid

p_max:
bar

Q_max:
l/min

Directional seated valve type WN and WH

EM, BEM, EMP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Screw-in valve Combination
Combination with connection block for pipe connection
Combination with connection block for swivel fitting
Combination with connection block for manifold mounting

Actuation:
Solenoid

p_max:
bar

Q_max:
160 lpm

Directional seated valve type EM and EMP

G, D, F, H, K, ND, NF, NG, NH, NK, NP, NWG, P, T, WG

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve,
manifold mounting combination with sub-plates
for pipe connection

Actuation:
Solenoid
Pressure (hydraulic, pneumatic)
Mechanical (roller, pin)
Manual (hand lever, adjusting knob)

p_max:
bar

Q_max:
l/min

Directional seated valve type G, WG and others

BVE

Directional seated valve type BVE

NBVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type NBVP 16

BVG, BVP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve,
Manifold mounting

Actuation:

p_max:
bar

Q_max:
20 l/min

Directional seated valve type BVG 1 and BVP 1

VP

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Manifold mounting

Actuation:
Solenoid
Hydraulic
Pneumatic

p_max:
bar

Q_max:
l/min

Directional seated valve type VP

IVN

2/2-way poppet valve type IVN 223 (size 8)

CR

Nomen-
clature:
Valve combination consisting of:

Design:
Individual valve for pipe connection

Actuation:
Solenoid
Manual

p_max:
HP 400 bar
NP 60 bar

Q_max:
HP 20 lpm
NP 160 lpm
A → R 300 lpm

Switch unit type CR

MSV

2/2-way poppet valve type MSV, RSV (size 6)

RSV

2/2-way poppet valve type MSV, RSV (size 6)

VH, VHP, VHR

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Individual valve for pipe connection
Individual valve, manifold mounting, bankable

Actuation:
Manual

p_max:
bar

Q_max:
l/min

Directional seated valve type VH, VHP and VHR

SL

Poppet valve type SP 1 in manifold system type SL 1

SLC

Valve system type SLC 1

CVS

2/2-way cartridge valve type CVK, CVS, CVD

VB

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank for pipe connection

Actuation:
Solenoid
Pressure: Hydraulic, Pneumatic
Manual: Hand lever, Turn knob

p_max:
bar

Q_max:
l/min

Valve bank (directional seated valve) type VB

BWH, BWN

Nomen-
clature:
Directional seated valve, zero leakage

Design:
Valve bank

Actuation:
Solenoid

p_max:
bar

Q_max:
30 lpm

Valve bank (directional seated valve) type BWN and BWH

MV, DMV, DMVN, MVCS, MVE, MVEX, MVG, MVGC, MVP, MVS, SV, SVC, SVX

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure limiting valve type MV, SV and DMV

VR

Nomenclature:
Sequence valve

Version:
Insert valve
Version with housing for pipe connection

Adjustability:
Fixed (non-adjustable)

p_max:
315 bar

Δp_max:
15 bar

Q_max:
120 l/min

Pre-load check valve type VR

DV, DF, DVE, PG, PV

Nomen-
clature:
Pressure-limiting valve
Sequence valve
Switch-off/release valve (pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
420 bar

Q_max:
120 l/min

Pressure-limiting valve, pilot-controlled type DV, DVE and DF

CMV, CMVX, CMVZ, CSV, CSVZ

Nomen-
clature:

Design:
Screw-in valve

Adjustment:

p_max:
500 bar

Q_max:
60 l/min

Pressure valve type CMV, CMVZ, CSV and CSVZ

SVP, SVPR

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure-limiting valve type SVP and SVPR

PMV, NPMVP, PMVP, PMVPS, PMVS

Nomen-
clature:
Prop. pressure-limiting valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_max:
bar

Q_max:
l/min

Proportional pressure-limiting valve type PMV and PMVP

MVA, MVB, MVD, MVF, MVH, MVJ, MVK, MVT, MVU, MVZ

Nomen-
clature:
Pressure-limiting valve,
sequence valve (directly controlled)

Design:
Individual valve for pipe connection
Screw-in valve
Individual manifold mounting valve
Assembly kit

Adjustment:
Fixed
Manually adjustable

p_max:
700 bar

Q_max:
160 lpm

Pressure-limiting valve (installation kit) type MV

ADC, AM

Nomen-
clature:
Pressure reducing valve

Design:
Screw-in valve
Valve for pipe connection

Adjustment:
Fixed (non-adjustable)

p_{max P}:
400 bar

p_{max A}:
100 bar

Q_max:
10 lpm

Pressure regulating valves type ADC and AM

PDV, PDVE

Nomen-
clature:
Prop. pressure-limiting valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_max:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

ADM, ADME

Nomen-
clature:
Pressure reducing valve
(directly-controlled or pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_{max P}:
315 bar

p_{max A}:
250 bar

Q_max:
l/min

Pressure regulating valves type ADM and ADME

CDK

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type CDK

VDM, VDX

Nomen-
clature:
Pressure reducing valve
(directly-controlled or pilot-controlled)

Design:
Single valve for pipe connection
Individual valve for manifold mounting

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_{max P}:
bar

p_{max A}:
300 bar

Q_max:
l/min

Pressure-reducing valve, pilot-controlled type VDM

CLK

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type CLK

PDM, PDMP

Nomen-
clature:
Prop. pressure-reducing valve
(directly controlled or piloted)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
400 bar

p_{max A}:
350 bar

Q_max:
l/min

Proportional pressure-limiting valve type PDV and PDM

PM, PMZ

Nomen-
clature:
Prop. pressure reducing valve

Design:
Assembly kit
Individual valve
Manifold mounting

Adjustment:
Electro-proportional

p_{max P}:
bar

p_{max A}:
30 bar

Q_max:
l/min

Proportional pressure-reducing valve type PM and PMZ

DK, DE, DLZ, DZ

Nomen-
clature:
Pressure reducing valve (2-way valve)

Design:
Screw-in valve combination with a connection block for
Pipe connection
Manifold mounting

Adjustment:
Fixed
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-reducing valve type DK, DZ and DLZ

FB, KFB

Nomen-
clature:
Proportional pressure-reducing valve
Hydraulic joystick

Design:
Single valve / Valve bank in pipe connection

p_max:
30 bar

Q_max:
2 l/min

Proportional pressure-reducing valve type KFB 01

CNE

Nomen-
clature:
2-way circulation valve

Design:
Screw-in valve

Adjustment:
Fixed

p_max:
bar

p_max_adjust:
450 bar

Q_max:
l/min

Pressure-controlled shut-off valve type CNE

NE

Nomen-
clature:
Two stage valve
(high pressure (HP) / low pressure (LP) stage)

Design:
Individual valve for pipe connection

Adjustment:
Fixed

p_max:
700 bar (HP) / 80 bar (LP)

Q_max:
25 (HP) / 180 (LP) lpm

Two-stage valve type NE

ALZ

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar

Q_max:
l/min

Shut-off valve type ALZ

LV

Nomen-
clature:
Shut-off valve
(idle circulation valve, directly controlled or pilot-controlled)

Design:
Individual valve for pipe connection
Individual valve
Manifold mounting

Adjustment:
Fixed
manually adjustable

p_max:
bar

Q_max:
25 l/min

Shut-off valve type LV

DSV, DSVP

Nomen-
clature:
Shut-off valve

Design:
Single valve for pipe connection
Individual valve for manifold mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
500 bar

Q_max:
l/min

Pressure controlled shut-off valves type DSV...

CLHV

Nomenclature:
Load-holding valve

Version:
Screw-in valve
Valve for pipe connection

Adjustability:
Fixed, adjustable

p_max:
350 bar

Q_max:
320 l/min

Load-holding valve type CLHV

LHDV

Nomenclature:
Load-holding valve (drop-rate braking valve, for one-sided or alternating load direction) Single or twin valve

Version:
Single or twin valve for pipe connection
Single or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
bar

Q_max:
l/min

Load-holding valve type LHDV

CDSV

Nomen-
clature:
Shut-off valve

Design:
Single valve for pipe connection
Individual valve for manifold mounting
Screw-in valve

Adjustment:
Tool adjustable (fixed)
Manually (adjustable)

p_max:
bar

Q_max:
l/min

Pressure-dependent shut-off valve type CDSV

LHK

Nomen-
clature:
Load holding valve
(over center valve, for one sided or alternating load direction)
Single or twin valve

Design:
Individual or twin valve for pipe connection
Individual or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
bar

Q_max:
l/min

Load-holding valve type LHK

LHT, LHTE

Nomen-
clature:
Load holding valve
(over center valve, for one sided or alternating load direction)
Single or twin valve

Design:
Individual or twin valve for pipe connection
Individual or twin manifold mounting valve
Screw-in valve
Version for banjo bolt mounting

p_max:
450 bar

Q_max:
l/min

Load-holding valve type LHT and LHTE

SD, SF, SK, SKR, ST

Nomen-
clature:
2-way flow control valve
3-way flow control valve

Design:
Individual valves for pipe mounting
Manifold mounting

Adjustment:
Mechanical

p_max:
315 bar

Q_max:
l/min

Flow control valve type SD, SF and SK

TQ

Nomen-
clature:
Flow dividers

Design:
Individual valve for pipe mounting
Manifold mounting

Adjustment:
Non-adjustable

p_max:
350 bar

Q_max:
200 lpm (nom. total flow)

Flow divider, type TQ

SE, PB, SEH, SEHD, SEHF

Nomen-
clature:
2-way flow control valve
3-way flow control valve

Design:
Individual valve for pipe mounting or
Screw-in valve

Adjustment:
Electro-proportional

p_max:
315 bar

Q_max:
120 lpm

Proportional flow control valve type SE and SEH

PV

Nomenclature:
Priority valve

Version:
Single valve for pump installation

p_max:
bar

Q_max:
120 l/min

Priority valve type PV

EB

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
700 bar

Q_max:
l/min

Orifice type EB

BE

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
bar

Q_max:
l/min

Restrictor check valve type BE

SB, CSJ, DSJ, SJ, SQ

Nomen-
clature:
2-way flow control valve
(drop rate braking valve)

Design:
Screw-in type
with housing for in-line installation

Adjustment:
Fixed (pre-set)
Tool adjustable from outside

p_max:
315 bar

Q_max:
400 lpm

Flow control valve (lowering brake valve) type SB and SQ

BC

Nomen-
clature:
Restrictor
Restrictor check valve

Design:
Plug-in valve
Insert valves
Combination with housing for pipe connection

p_max:
bar

Q_max:
l/min

Restrictor check valve type BC

Q, QR, QV

Nomen-
clature:
Throttle
Restrictor check valves

Design:
Cartridge
Individual valve for pipe mounting

Adjustment:
Tool adjustable

p_max:
bar

Q_max:
120 lpm

Throttle valve and throttle check valve type Q, QR and QV