Design of hydraulic systems - Import export

The industrial pressure transmitter DMP 334 has been especially designed for use in hydraulic systems up to 2200 bar. The base element of DMP 334 is a thinfilm sensor, that is welded with the pressure port and meets high demands of foolproofness and reliability. All of characteristics and the excellent mesurement data of DMP 334 as well as distinguished offset stability offer a pressure transmiter with easy handling, reliability and robustness for hydraulic user. The DMP 334 is deliverable with pressure ports of extrem pressure technics. Features: — nominal pressure: 0 ... 600 bar up to 0 ... 2.200 bar — accuracy: 0.35 % FSO — pressure sensor welded — extremly robust and excellent longterm stability Optional Features: — IS-Version Ex ia = intrinsically safe for gases and dusts — pressure port M20 x 1.5 oder 9/16 UNF — adjustability of span and offset — different kinds of electrical connections

The Oil Condition Sensor OCS is designed for continuous monitoring of hydraulic systems. Permanently installed in the system the OCS sensor monitors the condition of hydraulic fluids and lubricating oils in real time, whereby water ingress and oxidation can be detected in time. The OCS sensor is 60 times more sensitive than dielectric sensors on increasing contamination and protects the system from cost-intensive downtimes and reduces machine downtimes. Thanks to its robust construction the OCS sensor can even be used under extreme conditions and temperatures. ▪ Robust construction ▪ ƒƒUsage under extreme conditions with temperatures from -20 °C ... +120 °C /-4 °F ... +248 °F ▪ ƒƒSuitable for use at operating pressures up to 20 bar / 290 PSI Materials ▪ ƒƒStainless Steel (corrosion-resistant Steel) AISI304, 1.4301. Dimensions ▪ ƒƒ90 x 37 mm / 3.54 x 1.46 in Weight ▪ ƒƒ160 g / .35 lbs Sealing Material ▪ FPM (Viton®) Max. Burst Pressure ▪ 20 bar / 290 PSI Media Temperature ▪ -20 °C...

Hydraulic presses are suitable for the high-precision forming of various parts, whereby the maximum press capacity is available in every position of the slide. In combination with their flexibility in terms of slide speed and dwell time, they are also particularly suitable for press hardening applications. Overview: ● Press capacity: 1,500 - 25,000 kN ● Part size: small, medium, large ● Application: for the production of drawn parts or as part of a press hardening line Description and benefits: ● Slide movement either pressure and / or travel-dependent ● Specially designed hydraulic system without shift shock during operation ● Motorized oil circulation with cooling or heating unit The models for press hardening are available in 8,000, 12,000 or 16,000 kN and come with a newly developed combination of servomotor and hydraulics that allows higher speeds in the closing and return movement of the slide.

Handling timber, stacked wood, etc., for downstream industries, in sea and inland ports or at storage facilities. For ship-to-ship, ship-to-storage/wagon/lorry handling. For various types of crane with control systems designed for hydraulic grab systems. Technical design Designed to grip stacked wood, with two interlocking shells to grip one or several logs Optimisation of crane load capacity thanks to its lightweight design which can grip maximum amounts Slim shell design for optimal penetration Wear-resistant cutting edges The hydraulic system’s dimensions, short open and close times and high closing pressure guarantee the quick grab and secure hold of the logs Protected and easily accessible inbuilt electro-hydraulic propulsion motor Closing and opening movements are controlled through clockwise or counter clockwise rotation of the electric motor (turn control). The electric motor is only switched on whilst the closing and opening movement is being performed.

Bulk handling of any kind in sea and inland ports or storage facilities. For ship-to-ship, ship-to-storage/wagon/silo handling. For various types of crane with control systems designed for hydraulic motor grab systems. Technical design Designed as a discharge and ship unloading grab with retracted pivot bearings for easy gripping under the ship’s gangway Optimisation of crane load capacity thanks to its lightweight design which can hold maximum loads Grab drive: Vertical electrohydraulic drive unit with high-pressure pump Closing and opening movements are controlled through clockwise or counter clockwise rotation of the electric motor (turn control). The electric motor is only switched on whilst the closing and opening movement is being performed. Grab connection bearing: Re-greaseable steel bushing bearing Stable, torsion-resistant design using direct cylinder linkage

Handling general scrap, car bodies, steel chips, shredder scrap, paving stones and much more, in sea and inland ports or at storage facilities. For pier engineering and riverbed maintenance. For various types of cranes and excavators with internal or external holding cables. For various types of crane with control systems designed for hydraulic motor grab systems. Technical design Open, half-closed or closed grip design Suitable for handling scrap, stones, waste and other difficult to grab goods depending on design Optimisation of crane load capacity thanks to its lightweight design which can hold maximum loads, self-locking grab suspension for crane hooks Grab drive: Vertical electrohydraulic drive unit with high-pressure pump Closing and opening movements are controlled through clockwise or counter clockwise rotation of the electric motor (turn control). The electric motor is only switched on whilst the closing and opening movement is being performed. Grab connection bearing:

Bulk handling of any kind in sea and inland ports or storage facilities. The compact alternative to the MZG type grab for ship-to-ship, ship-to-storage/wagon/silo handling. For various types of crane with control systems designed for hydraulic motor grab systems. Technical design Designed as a discharge and ship unloading grab with retracted pivot bearings for easy grab under the ship’s gangway Optimisation of crane load capacity thanks to its lightweight design which can hold maximum loads Self-locking grab suspension for crane hooks Grab drive: Horizontal electrohydraulic drive unit with high-pressure pump Closing and opening movements are controlled through clockwise or counter clockwise rotation of the electric motor (turn control). The electric motor is only switched on whilst the closing and opening movement is being performed. Grab shells: Material: S355J2+N Grab connection bearing: re-greaseable, robust steel bushing bearing Small grab dimensions thanks

Description NC rotary table SKV-NC2 - worm drive, i=72 - safe transport load vertical 200 kg, horizontal 700 kg, with counter bearing 400 kg - table plate Ø 250 mm - vertical/horizontal use - construction design: continuous rotary table with hydraulic clamping system - max. table plate speed: 41 rpm at motor n=3,000 rpm - safe axial load : vertical 7,500 N, horizontal 24,000 N - safe radial load: vertical 7,500 N, horizontal 24,000 N

Where to use deva.eco ® deva.eco ® bearings are thin-walled, rolled CuSn8 parts provided with depots for use with lubricants. They feature high-load capacity enabling compact, high-performing, low-maintenance bearing locations. There are three basic variants: deva.eco ® 9 as variant with rolled-in diamond-shaped lubrication recesses. This type is primarily designed to cope with cases where surrounding construction elements such as gear wheels are oil lubricated. Equally suitable are commercially available, pumpable greases or pastes. Like deva.eco ® 9, deva.eco ® 8 also has lubrication recesses. However, these are filled with a solid lubricant, thus permitting operation without additional lubrication. If greater demands are made on grease supply, deva.eco ® 7 with end-to-end lubrication holes would be the type to use. This variant is less suitable for oil lubrication due to its design. Applications Agricultural machinery, hydraulic systems, bearings for impact loading and...

Where to use deva.eco ® deva.eco ® bearings are thin-walled, rolled CuSn8 parts provided with depots for use with lubricants. They feature high-load capacity enabling compact, high-performing, low-maintenance bearing locations. There are three basic variants: deva.eco ® 9 as variant with rolled-in diamond-shaped lubrication recesses. This type is primarily designed to cope with cases where surrounding construction elements such as gear wheels are oil lubricated. Equally suitable are commercially available, pumpable greases or pastes. Like deva.eco ® 9, deva.eco ® 8 also has lubrication recesses. However, these are filled with a solid lubricant, thus permitting operation without additional lubrication. If greater demands are made on grease supply, deva.eco ® 7 with end-to-end lubrication holes would be the type to use. This variant is less suitable for oil lubrication due to its design. Applications Agricultural machinery, hydraulic systems, bearings for impact loading and...

Where to use deva.eco ® deva.eco ® bearings are thin-walled, rolled CuSn8 parts provided with depots for use with lubricants. They feature high-load capacity enabling compact, high-performing, low-maintenance bearing locations. There are three basic variants: deva.eco ® 9 as variant with rolled-in diamond-shaped lubrication recesses. This type is primarily designed to cope with cases where surrounding construction elements such as gear wheels are oil lubricated. Equally suitable are commercially available, pumpable greases or pastes. Like deva.eco ® 9, deva.eco ® 8 also has lubrication recesses. However, these are filled with a solid lubricant, thus permitting operation without additional lubrication. If greater demands are made on grease supply, deva.eco ® 7 with end-to-end lubrication holes would be the type to use. This variant is less suitable for oil lubrication due to its design. Applications Agricultural machinery, hydraulic systems, bearings for impact loading and...

Where to use deva.eco ® deva.eco ® bearings are thin-walled, rolled CuSn8 parts provided with depots for use with lubricants. They feature high-load capacity enabling compact, high-performing, low-maintenance bearing locations. There are three basic variants: deva.eco ® 9 as variant with rolled-in diamond-shaped lubrication recesses. This type is primarily designed to cope with cases where surrounding construction elements such as gear wheels are oil lubricated. Equally suitable are commercially available, pumpable greases or pastes. Like deva.eco ® 9, deva.eco ® 8 also has lubrication recesses. However, these are filled with a solid lubricant, thus permitting operation without additional lubrication. If greater demands are made on grease supply, deva.eco ® 7 with end-to-end lubrication holes would be the type to use. This variant is less suitable for oil lubrication due to its design. Applications Agricultural machinery, hydraulic systems, bearings for impact loading and...

Where to use deva.eco ® deva.eco ® bearings are thin-walled, rolled CuSn8 parts provided with depots for use with lubricants. They feature high-load capacity enabling compact, high-performing, low-maintenance bearing locations. There are three basic variants: deva.eco ® 9 as variant with rolled-in diamond-shaped lubrication recesses. This type is primarily designed to cope with cases where surrounding construction elements such as gear wheels are oil lubricated. Equally suitable are commercially available, pumpable greases or pastes. Like deva.eco ® 9, deva.eco ® 8 also has lubrication recesses. However, these are filled with a solid lubricant, thus permitting operation without additional lubrication. If greater demands are made on grease supply, deva.eco ® 7 with end-to-end lubrication holes would be the type to use. This variant is less suitable for oil lubrication due to its design. Applications Agricultural machinery, hydraulic systems, bearings for impact loading and...

Where to use deva.eco ® deva.eco ® bearings are thin-walled, rolled CuSn8 parts provided with depots for use with lubricants. They feature high-load capacity enabling compact, high-performing, low-maintenance bearing locations. There are three basic variants: deva.eco ® 9 as variant with rolled-in diamond-shaped lubrication recesses. This type is primarily designed to cope with cases where surrounding construction elements such as gear wheels are oil lubricated. Equally suitable are commercially available, pumpable greases or pastes. Like deva.eco ® 9, deva.eco ® 8 also has lubrication recesses. However, these are filled with a solid lubricant, thus permitting operation without additional lubrication. If greater demands are made on grease supply, deva.eco ® 7 with end-to-end lubrication holes would be the type to use. This variant is less suitable for oil lubrication due to its design. Applications Agricultural machinery, hydraulic systems, bearings for impact loading and...

Cable cutting unit in several sizes for cutting cables, in case of failure under voltage.

design, manufacture and assembly of hydraulic control blocks in single part and series production

Special units 1000 to 50000 liter tank volumes, standard aggregates, motor / pump assemblies, valve stands, storage stations, filter cooling circuits, lubrication systems, engineering and delivery compl. tube sets

design, manufacture and assembly of hydraulic control blocks in single part and series production

design, manufacture and assembly of hydraulic control blocks in single part and series production

design, manufacture and assembly of hydraulic control blocks in single part and series production

design, manufacture and assembly of hydraulic control blocks in single part and series production

Hydraulic clamping systems from AMF: powerful, precise and flexible. The hydraulic clamping systems from AMF include a wide range of components, which in turn are available in many different designs. This means that we are able to offer fully developed technology with different features tailored precisely to the needs of the different areas of use.

design, manufacture and assembly of hydraulic control blocks in single part and series production