Hydraulic Components

  Fluid connectors are devices that allow a person to change the flow of liquid from one system to another with a simple twist of a valve. These fittings, also known as oil accumulators or oil seals, play a vital role in a number of different industries. From automotive to plumbing to aerospace, the variety of applications of these devices is limited only by the imagination. There are a wide variety of fluid couplings available, including: Oil Couplings are devices that hold an oil and gas mix together. These fittings are used in the same way that rubber or plastic seals are used. The two components need to be attached to each other using a wrench, clamps, or other type of fastening device. This is often seen in aircraft engines where solid fuel oil is used instead of liquid lubrication. Fluid isolators are also commonly used in applications requiring pressure isolation. In this application, the isolation is created by changing the liquid output of an engine without changing the p...

  Fluid connectors are one of the most common fittings in hydraulic systems. They are also widely used in various industrial applications. These devices allow the user to securely connect liquids such as hydraulic fluid, oil, kerosene, diesel or other similar fluids. Some types of fluid connectors include: needle-nose pliers, screw-driven pliers, stapler fittings and special taper fittings. All of these types of fluid connectors, however, have one thing in common - that they require very precise adjustments to work well. Needle-nose pliers: This type of connector works by introducing small holes and then sealing them with needle-nose pliers. Because of its shape, this type of fluid connector can fit almost any type of fitting. It can even fit into places where there is no hole in the fittings. To ensure that it seals correctly and remains secure, be sure that you use the right kind of needle-nose pliers when you tighten the nut. Screw-driven fittings: The next type of fluid connec...

  A company that has branched out to offer a wide variety of hardware and automotive products, Stauff has established its place as a world leader in hydraulic fittings. With a strong history of innovation and a reputation for being the most innovative company in the business, this makes them the ideal partner to meet all your industrial equipment and automotive requirements. From cutting-edge technology and constant research into new design concepts, Stauff accessories are engineered to compliment the toughest of machinery. In fact, over the years Stauff has expanded to offer a full range of equipment, from clutch systems, oil accumulators , power accumulators, transfer case components and much more. Stauff understands the unique needs of each industry they service and has therefore designed their product portfolio to provide each end-user with the maximum choice. One of the most popular segments within the complete range of Stauff accessories is their selection of hydraulic oil co...

A standard pre-lube function is to provide the engine with pressure control by opening the oil accumulator pump or valve when the pressure reaches a preset point. Most engines will have a pressure control valve that is used for this type of function. The pressure control valve will open up the oil accumulator when the pressure reaches a preset level and close it when the pressure goes back to normal. Many modern vehicles will have two oil accumulators , one for each cylinder in the engine. This is because an oil cooler is also included in the engine. The oil cooler serves a dual purpose; it cools off the engine oil before the engine starts and it also opens the oil accumulator when the engine is hot and ready to go. The two fluids will then mix so that the oil will flow through the accumulator tank and into the engine. When the engine is cooled off after operation, the oil cooler is closed and the valve in the accumulator is left closed. The two types of oil accumulators will be differ...

  Hydraulic clinches are a specialized type of clamping system that makes use of hydraulic pistons driven by a drum or cylinder. The hydraulic components are made out of iron or steel or any other material of your choice. The staff clamp, which is appropriately named as such because of its special design and manufacturing process, has three major components: the piston, the wedge, and the shaft. The design of this type of clamp allows it to be readily configured into various different styles so that it's quite possible to match it to various purposes and applications. For industrial applications, they may also come in the form of a hydraulic mixer, which will replace conventional screw fasteners with a secondary lock. Moreover, the hydraulic components will not require a lubricant of any kind as it will come fully assembled and configured, which means no lubrication is needed and hence reduced operation and maintenance costs. Hydraulic assemblies are typically used on shafts that h...

  A hydraulic accumulator is typically a pre-charged reservoir where an internal hydraulic fluid is stored under pressure, which is supplied by an external force. The external force can be a pump, an engine, an air cylinder, or a hydraulic spring. Hydraulic accumulators may also be used to maintain hydraulic pressure, for example, to prevent accumulations of sludge and dust in the accumulator tanks, to recover a reduced amount of the hydraulic fluid for reuse to ensure lubrication of the hydraulic system, to provide oil or gas flow at low temperatures after a hydraulic system failure, and/or as a safety device to allow access for authorized personnel. In addition, they may be used in many instances to collect water that must be removed from an air source, such as when a leaky air conditioning compressor collects water that must be extracted. There are two types of hydraulic accumulators : positive displacement and negative displacement. The positive displacement accumulator, also c...