Driver's cab tilting systems are used to tilt the truck cab to allow access to the engine compartment. The tilting can take place with the aid of a manual or electro-hydraulic pump. The cabin locks via special driver's cab locks. The entire cab tilting system is designed according to customer requirements and meets the highest standards.
Driver Cab Tilt Cylinder
The cabin can be tilted with the aid of a manual or electro-hydraulic pump.
Driver's Cab Pump
In the mobile hydraulic sector for vans, construction machines, agricultural machinery and in various support functions.
Fully Hydraulic Locking Cylinder
In the field of mobile hydraulics for mobile hydraulics, agricultural machinery, construction machinery, commercial vehicles, special vehicles, etc.
Cylinders with Integrated Piston Accumulator
Cylinders for use in the field of renewable energy
Hydraulic Cylinder for Renewable Energies
Lift and tilt cylinders are mainly used in mobile hydraulics, agricultural machinery, construction machinery, commercial vehicles, material handling vehicles, special vehicles, etc.
Lift and Tilt Cylinder
Cylinders for use in the mobile crane sector
Two-stage Telescopic Outrigger Cylinders
Telescopic cylinders are built mainly for use as tilting cylinders for farm vehicles and 2 or 3-way tilting equipment
They can also be used as outrigger cylinders in the mobile crane sector
Telescopic Cylinders
For automatic turning and swivelling of rotary ploughs with variable adjustment of the plough angle
Plough Turning Cylinder with Floating Piston
Mobile hydraulics - agricultural machinery, construction machinery, commercial vehicles, industrial handling machines, special vehicles etc.
Steering Cylinders
The LRF block system that comes in the nominal sizes NS 6 and 10 enables the possibility to establish very individual longitudinal arrangements. There are several modules available with continuous (parallel and serial) load pressure feedback (load sensing).
LRF Block System
direct operated, solenoid operated
operating pressure max.: 315 bar
volume flow max.: 2 l/min
cavity: T-8A

Proportional Pressure Relief Valve EEPDBDS02
Direct operated, solenoid actuated
Max. operating pressure: 315 bar
Max. flow rate: 3 l/min
Proportional Pressure Relief Valve EEPDBD03
Direct operated, solenoid actuated
Max operating pressure: 315 bar
Max flow rate: 12 l/min
versions according to the ATEX-directive for use in potentially explosive atmospheres available
Proportional Pressure Relief Valve EPDBD05
Direct operated, solenoid actuated
Max operating pressure: 45 bar
Max overload pressure: 315 bar
Max flow rate: 12 l/min
Connection: mounting plate, NS 6
Proportional Pressure Relief Valve EPDBDGA05/06
direct operated, solenoid operated
operating pressure max.: 315 bar
volume flow max.: 4 l/min
cavity EPDRD3-04
versions according to the ATEX-directive for use in potentially explosive atmospheres available
Proportional Pressure Control Valve EPDRD3-04
direct operated, solenoid operated
operating pressure max.: 315 bar
volume flow max.: 12 l/min
cavity T-11A or C-10-3
versions according to the ATEX-directive for use in potentially explosive atmospheres available
Proportional Pressure Control Valve EPDRD3-05
Direct operated, solenoid actuated
Max operating pressure: 315 bar
Max flow rate: 80 l/min
Cavities: T10-A or C-10-2
versions according to the ATEX-directive for use in potentially explosive atmospheres available
Proportional Pressure Relief Valve EPDB08
Pilot operated, solenoid operated
Max operating pressure: 315 bar
Max flow rate: 150 l/min
Cavity: T3-A
Proportional Pressure Relief Valve EPDBS 10
Pilot operated, solenoid actuated
Max operating pressure: 315 bar
Max flow rate: 40 l/min
Connection: mounting plate, NS 6
Proportional Pressure Sequence Valve EPDZA06
pressure control from 0 bar
operating pressure max.: 315 bar
volume flow max.: 30 l/min
pressure sequence body NG 6
Pressure sequence body ZRV06
This 3-way, sandwich plate, proportional pressure control valve with nominal size 6 reduces an inlet's pressure to a lower consumer pressure. The consumer pressure is proportionally adjustable to the solenoid current.
Proportional Pressure Control Valve EPDR3-06
pilot operated, solenoid operated
operating pressure max.: 315 bar
volume flow max.: 40 l/min
cavity T 11-A or C-10-3
versions according to the ATEX-directive for use in potentially explosive atmospheres available
Proportional Pressure Control Valve EPDR3-08
The 3-way proportional pressure control valve size 10 is a compact cartridge valve. It reduces an inlet pressure to a lower consumer pressure which can be adjusted proportionally to the solenoid current.
Proportional Pressure Control Valve EPDR3-10
  • Spool valves with negative overlap
  • Many circuit variants available
  • Mechanical operation, hand lever, roller shaft, pneumatic and hydraulic remote control
  • Electric switching
3/2, 6/2 and 8/3-way reversing valves  VS range
  • Pilot operated valves for line mounting
  • Main valves and pilot valves in poppet design
  • Sealing without leakage
  • Standard valves, remote controlled valves and electrical switched valves
Pressure control valves VPR range

Standard configuration with:


  • Pilot-operated, adjustable main pressure control valve
  • 4/3-way piston valve spring centred in central position
  • Check valve for negative circuit overlap
Hydraulic directional Valves VDP range /VDSP
  • Leak-free sealing and pressure maintenance thanks to poppet design
  • Can be installed in-line or flange-mounted, e.g. to meet safety requirements
  • Various pilot ratios depending on use
  • Valves with a pilot ratio of 1:40 are suitable for reducing loads
Check valves VCP range hydraulically pilot-operated
Direct operated, solenoid actuated
Max operating pressure: 315 bar
Max nominal flow rate: 25 l/min
Mounting bore PVDE2-11
or stepped bore T-13A
Proportional Throttle Valve PVDE 2-11
Direct operated, solenoid actuated
Max. operating pressure: 350 bar
Max. nominal flow rate: 80 l/min
Connection: Stepped bore T-5A
Proportional-Throttle Valve PVDES 2-14
Direct operated, solenoid actuated
Max operating pressure: 210 bar
Max nominal flow rate: 195 l/min
Connection: stepped bore T-16A

Proportional Throttle Valve PVDES2-18
direct operated, solenoid operated
operating pressure max.: 350 bar
volume flow max.: 20 l/min
in in-line body, sandwich body NG 6 or mounting plate NG 6
Proportional Flow Control Valve EPSR2-11 and EPSR3-11
The proportional flow control valve of the EPSR Series controls a flow steplessly, depending on the drive electric current. The set flow rate remains constant even under changing pressure conditions (e.g. load pressure). Due to the sharp-edged design of the flow aperture, changes in the viscosity of oil produce almost no effect on the flow rate control. All important parts are made of hardened and polished, partly honed precision steel, resulting in extreme wear resistance.
Proportional Flow Control Valve EPSR
direct operated, solenoid operated 
operating pressure max: 350 bar
volume flow max.: 30 l/min
size: NG 6, DIN 24340 A06
Proportional-Directional Valve W42E-A1AS06 and W43E-A1AS06
Direct operated, solenoid actuated
Max operating pressure: 210 bar
Nominal flow rate: 1, 3, 7 l/min
Connection: NS 3 (factory standard)
Proportional Directional Valve PVD3 and PVS3
Direct operated, solenoid actuated
Maximum operating pressure: 210 bar
Nominal flow rate: 6, 10, 15 l/min
Connection: NS 4, DIN 24340 A04
Proportional Directional Valve PVD4 and PVS4
Direct operated, solenoid operated
Max operating pressure: 350 bar
Max nominal flow rate: 25 l/min
Size: NG 6, DIN 24340 A06
Proportional Directional Valve W42E-1AS01 and W43E-1AS06
A proportional flow control valve of the ZEPSR series (6 sandwich plates NS 6, NS 10) or EPSRA (mounting plate NS 6, NS 10) regulates a volumetric flow in a step-less way, depending on the electrical control current. The set flow rate remains constant even under changing pressure conditions (e.g. load pressure). Thanks to the sharp-edged design of the current screen changes in viscosity of the oil have almost no effect on the flow rate control. All important parts are made of hardened and polished (partly honed) precision steel, resulting in extreme wear resistance.
Proportional Flow Control Valve ZEPSR
The universal chopper amplifiers SC-2000-U, ESC-2000-U and DSC-2000-U are used for current-regulated activation of proportional valves. They are a very affordable alternative to conventional amplifier control cards.
Chopper amplifier ESC-, DSC-, SC-2000-U
The chopper amplifier VB-3A is used for the current-regulated control of proportional valves.
Chopper amplifier VB-3A
piezoresistive
shock and vibration resistant
nominal voltage: 12 - 32 V DC
measuring range: 60 - 600 bar
Pressure Transmitter MODS
The special valves provide high customer value by implementing special solutions with standard components.
High/Low Pressure Switching Valve ZHD/ND
The accumulator charging valve SLV is a switching valve with a pressure-dependent switching point.
Accumulator Charging Valve SLV
The hydraulic accumulator safety block HSB-06 is used for the prescribed protection and relief of hydraulic systems with pressure accumulators.
Hydraulic Accumulator Safety Block HSB-06
The high/low flow rate shift valve ZMSR*2 enables switching between two flow rates. When the solenoid poppet valve is open, all the flowing oil passes through the plate. When closed, the control valve becomes functional.
High/Low Flow Rate Shift Valve ZMSRP2, ZMSRT2
The ZMSVD2 is mainly used in milling machines. For example: core tension relief of injection moulding machines (before tool change).
Sandwich Body Pressure Relief Valve ZMSVD2
The ZMSV2 includes two hydraulically controlled 2/2-Way Poppet Valves. These are connected together by a pilot valve.
Sandwich Body 2/2-Way Double Poppet Valve ZMSV2
The SMSVP solenoid valve is a direct driven, tight-fitting 2/2-way miniature cartridge valve. It is particularly suitable for pilot functions.
2/2-Way Miniature Pilot Poppet Valve SMSVP
screw-in poppet valve
pilot operated, solenoid operated
operating pressure max. 280 bar
volume flow max. 30 l/min
2/2-Way Standard Poppet Valve MSVT
Solenoid valves of the MSV series are tight-fitting, 2/2-way cartridge valves. Operating pressures are guaranteed up to 350 bar. The valves switch very reliably even after long idle times. The valves are actuated via a pressure-tight solenoid tube. The solenoid spools are easy to screw and interchangeable. It offers good heat dissipation, even at 100% duty cycle.
2/2-Way Compact Poppet Valve MSV
direct operated, solenoid operated
operating pressure max.: 350 bar
volume flow max.: 30 l/min
3/2-Way Poppet Valve S32S-A1X34
The SMSV6 solenoid valve is a tight-fitting 3/2-way miniature cartridge valve. It is particularly suitable for pilot functions.
3/2-Way Miniature Pilot Poppet Valve SMSV6
The solenoid operated poppet valves in the nominal size 10 of the series MVA-10 and ZMVA-10 are pilot operated flange type or intermediate flange type cone-seat valves.
This valve series is characterized by very low Δp values ​​at flow rates of up to 80 l/min. Operating pressures can reach up to 350 bar.
Solenoid Operated Poppet Valves MVA-10 und ZMVA-10
Solenoid valves series MSV3/2 are tight-fitting 3/2-way cartridge valves. The solenoid poppet valve has a screwable and lockable manual override. Pipe casing and mounting plates in the nominal size 06 are available as extra accessories.
3/2-Way Compact Poppet Valve MSV3/2
Direct operated, solenoid actuated
Max operating pressure: 250 bar
Max nominal flow rate: 50 l/min
Connection: NS 6, DIN 24340 A06
4/2- and 4/3-way directional valve W42S-A2AS06 and W43S-A2AS06
Direct operated, solenoid actuated
Max operating pressure: 350 bar
Max nominal flow rate: 80 l/min
Connection: NS 6, DIN 24340 A06
4/2- and 4/3-way directional valve W42S-A1AS06 and W43S-A1AS06
The miniature directional valve AM is a direct operated valve that offers maximum hydraulic performance in an extremely compact size. Hole pattern with the nominal size 3 (factory standard). The valve housing with its 5 chambers and the powerful solenoids ensure reliable switching even after long idle times.
4/3 and 4/2-Way Miniature Valve AM4 (NS 3)
Solenoid valves of the series MV3/2 are direct operated 3/2-way cartridge valves with a tight-fitting spool. The valves feature a large opening cross-section, resulting in low pressure losses. The valves are actuated via a pressure-tight solenoid tube.
3/2-Way Compact Spool Valve MV3/2
direct operated
operating pressure max.: 350 bar
volume flow max.: 30 l/min
Pressure Relief Valve DBG4
The pressure relief valve DBG1 is a direct operated compact screw-in valve.
Pressure Relief Valve DBG1
The pressure relief valve DB12-FT is a direct operated valve, which is available with CE type examination.
Pressure Relief Valve DB12-FT
direct operated
operating pressure max.: 350 bar
volume flow max.: 50 l/min
Pressure Relief Valve DBT
direct operated
with anti-caviation/check function
max. operating pressure 420 bar
max. volume flow 60 l/min
Pressure relief valve EDB
Check valve
max. operating pressure: 350 bar
volume flow max.: 80 l/min
G 1/4, G 3/8, G 1/2 and G 3/4
Check valve RKR
ball-type check valve
operating pressure max.: 350 bar
volume flow max.: 80 l/min
ports: G 1/4, G3/8 und G 1/2
Check valve RBR
Valve in poppet style
max. operating pressure: 350 bar
max. volume flow: 50 l/min
G 1/2
Double check valve poppet style DRV
operating pressure max.: 350 bar
volume flow max.: 120 l/min
various sizes available
Check Valve RHR
max. operating pressure: 350 bar
max.volume: 8 l/min or 15 l/min
Size G1/8 and size G1/4
Shuttle valve FTRW
operating pressure max.: 315 bar
volume flow max.: 9 l/min
Flow control valve VCM
max. operating pressure: 315 bar
Nominal width: STO: ø 3 mm, STE: ø 7-9 mm
Throttle valves STO, STE
max. operating pressure: 210 bar
max. volume flow: varies accroding to sizes
various sizes
Flow control valve VCL
max. operating pressure: 315 bar
max. volume flow: 150 l/min
various sizes
Flow control valve VCD
max. operating pressure: 350 bar
max. volume flow: 150 l/min
various sizes
Hose burst valve RBS1
max. Betriebsdruck: 315 bar
max. Volumenstrom: 20 l/min
Komponenten-Kupplung KK-M14x1,5
Düsen-Adapter für verschiedene Baugrößen
Präzisionsdüsen in verschiedenen Größen
universell einsetzbar
max. Betriebsdruck: 315 bar
Präzisionsdüsen M8 und Düsenadapter 10L, 12L, 15L
max. Betriebsdruck: 350 bar
Die 6-Kant-Rohrleitungsgehäuse (G2, G3, G5, G5B, G6) sind u.a. geeignet für Kleinventile von WEBER-HYDRAULIK ValveTech.
Die Einschraubwerkzeuge Stiftschlüssel (W1, W2, W3, W4, W5, W6) sind erforderlich für die Montage diverser Rückschlagventile von WEBER-HYDRAULIK ValveTech.
Einschraubgehäuse und Werkzeuge
max. Betriebsdruck: 315 bar
Baugrößen: Zwischenplatte NG 6 und NG 10
mit Minimess®-Verschraubungen M16 x 2
für das Messen, Entlüften und Probennehmen
Anschluss im A, B, P und T Kanal
Mess-Zwischenplatten NG 6 und NG 10
Different manifolds for various cavities.
Sandwichbodies, in-line bodies and manifolds
direkt gesteuert
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Anschluss: G 1/2"
P durchgehend
Druckbegrenzungs-Nachsaugventil im Rohrleitungsgehäuse EDB-*-RG1
direkt gesteuert
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Zwischenplatte: NG 6
Druckbegrenzung von P nach T
Druckbegrenzungs-Nachsaugventil in Zwischenplatte EDB-*-ZW1
direkt gesteuert
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Zwischenplatte: NG 6
Druckbegrenzung von A nach T
Druckbegrenzungs-Nachsaugventil in Zwischenplatte EDB-*-ZW3
direkt gesteuert
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Zwischenplatte: NG 6
Druckbegrenzung von B nach T
Druckbegrenzungs-Nachsaugventil in Zwischenplatte EDB-*-ZW4
direkt gesteuert
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Zwischenplatte: NG 6
Druckbegrenzung von A und B nach T
Druckbegrenzungs-Nachsaugventil in Zwischenplatte EDB-*-ZW2
direkt gesteuert
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Zwischenplatte: NG 6
Druckbegrenzung von A nach B und von B nach A
Doppel-Schockventil in Zwischenplatte EDB-*-ZW5
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Rohrleitungsgehäuse: G 1/2"
Nachsaugfunktion aus T nach P
P durchgehend
Nachsaugventil im Rohrleitungsgehäuse ERV1-*-RG1
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Zwischenplatte: NG 6
Nachsaugfunktion aus T nach P
Nachsaugventil in Zwischenplatte ERV1-*-ZW1
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Zwischenplatte: NG 6
Nachsaugfunktion aus T nach A
Nachsaugventil in Zwischenplatte ERV1-*-ZW3
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Zwischenplatte: NG 6
Nachsaugfunktion aus T nach B
Nachsaugventil in Zwischenplatte ERV1-*-ZW4
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
Zwischenplatte: NG 6
Nachsaugfunktion aus T nach A und B
Nachsaugventil in Zwischenplatte ERV1-*-ZW2
max. Betriebsdruck: 250 bar
max. Volumenstrom: 60 l/min
Rohrleitungsgehäuse: G 1/2"
mit oder ohne Druckbegrenzungsventil
Stromregelventil im Rohrleitungsgehäuse SR3
max. Betriebsdruck: 315 bar
Volumenstrom: 2,5 bis 25 l/min
Zwischenplatte: NG 6
Regelfunktion in P
Ablauf-Stromregelventil in Zwischenplatte VCD-38-*-ZW7
max. Betriebsdruck: 315 bar
Volumenstrom: 2,5 bis 25 l/min
Zwischenplatte: NG 6
separate Ablauf-Regelfunktion in A und B
Ablauf-Stromregelventil in Zwischenplatte VCD-38-*-ZW8
max. Betriebsdruck: 315 bar
Volumenstrom: 2,5 bis 25 l/min
Zwischenplatte: NG 6
separate Zulauf-Regelfunktion in A und B
Zulauf-Stromregelventil in Zwischenplatte VCD-38-*-ZW9
max. Betriebsdruck: 315 bar
für Senkbrems- und entsperrbare Rückschlagventile mit Bohrung T-11A oder T-2A
komplett mit Hohlschraube und Dichtungen
diverse Anschluss-Größen
Zylinder-Anbauplatten HSS
max. Betriebsdruck: 315 bar
max. Volumenstrom: 10 l/min
Anschlüsse: G 3/8"
für OMM- und M8/1-Motoren
Hydromotor-Nachsaugventil HNV
max. Betriebsdruck: 315 bar
max. Volumenstrom: 30 l/min
Anschlüsse: G 3/8"
für Hydromotoren (z.B. OMM-Motoren)
Hydromotor-Bypassventil HBV
max. Betriebsdruck: 350 bar
max. Volumenstrom: 50 l/min
für OMP-/OMR-/OMT-/OMTW-/OMTS-Motoren
mit 2 Druckbegrenzungsventilen EDB
OMP-/OMR-/OMT-/OMTW-/OMTS-Motor-Doppel-Schockventil im Aufflanschgehäuse
Gesamtkatalog Ventiltechnik
Produktkatalog ValveTech
Different manifolds for various cavities.
Sandwichbodies, in-line bodies and manifolds
Different valve cavities in 2-/3-way designs and port patterns for sandwich and top-mount bodies. 
Valve cavities and port patterns
Versions of manual overrides Versions of electrical connectors
Solenoid and electrical connector dimension
valid for FLUID TEAM valves

Test conditions and standards
Experienced hydraulic engineers project and build the best possible solutions for your particular applications.
Manifolds
Hydraulic manifolds for energy recuperation are largely used in the areas of industrial transport vehicles for storage and system technology, excluding the original equipment.
Hydraulic Manifolds for Energy Recuperation
Areas of application: Mobile hydraulics - agricultural machinery, construction machinery, commercial vehicles, industrial transport vehicles, special vehicles etc. mechanical engineering
Custom Manifold Manufacturing
Compact power units of the HPTM series are designed for horizontal installation.
HPTM - Compact Power Units
Our large standard power units of the GOLIATH series can be equipped with variable delivery pumps.
GOLIATH - Large Power Units
Under-oil power units of the UA series are very compact and yet powerful.
UA - Under-oil Power Units
Hydraulikaggregate der Serie DAVID können nach einem Baukastensystem ausgerüstet werden und ermöglichen so projektspezifische Lösungen. 
DAVID - Baukastenaggregate
Compact power units of the KH series are aggregates designed for use in the stationary and mobile industry as well as in vehicles.
KH - Compact Power Units
Experienced hydraulic engineers project and build the best possible solutions for your particular applications.
Special Power Units
Electro-Hydraulic Tracking System for Photovoltaics (PV) Applications
Electro-Hydraulic Tracking System for Photovoltaics Applications
Electro-Hydraulic System for WIND Energy
Electro-Hydraulic System for WIND Energy
Electro-Hydraulic Tracking System for Concentrated Solar Power (CSP) Applications
Tracking System for Concentrated Solar Power Applications
This adaptive suspension system serves as a suspension for cabins of agricultural vehicles, mobile machinery, construction machinery and special vehicles
Adaptive Cab Suspension
Hydro-pneumatic suspensions with adaptive damping improve the ride comfort in a variety of applications including, for example, mobile hydraulics, agricultural machinery, construction machinery, commercial vehicles, special vehicles, etc.
Hydro-pneumatic Suspension with Adaptive Damping
The presented suspension system comprises two friction-optimised suspension cylinders per axis, hydro-pneumatic accumulator, angle sensors, a load sensing valve and a controller. An axle lifting valve and control panel are also available as an option.
Hydro-pneumatic Axle Suspension for Trailers
Stroke lengths measured by the optical SMS.
A camera reads the position of the piston rod from the protected space. When compared to conventional integrated systems, this simple adaptation opens up a wide range of applications.
Non-contact position sensor
Electrohydraulic units have a compact construction, thereby saving space, and they only require electrical cables to be laid in order to supply the system with electricity. The intelligent links between various technologies and the modular units, such as hydraulic and electrical systems, are energy-efficient and climate-friendly.
Linear unit
In the mobile hydraulic sector for construction machinery, agricultural machinery, stackers, etc.
Hydraulically Operated Quick Change Systems
Experience meets innovation. Hydraulic rescue devices.
WEBER RESCUE Systems
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Our service personnel perform fast, professional repairs to hydraulic power units and hydraulic cylinders (regardless of the manufacturer) as well as on-site hydraulic servicing (oil changes, oil analysis, tube changes)
Repair Service