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How do Hydraulic Fluid connectorsfunction?

Published Date : July 28, 2017

Hydraulic fluid also called hydraulic liquid is used as a platform through which power is transmitted in hydraulic machinery. Regular hydraulic liquids are mineral oil or water based. In order to work efficiently equipment like aircraft flight control systems, excavators, hydraulic brakes, garbage trucks,lifts, transmissions, and power steering systems make the use of hydraulic liquid as it has no compressibility. Hydraulic connectors also termed hydraulic machines are tools that require liquid fluid power to perform simple tasks. The most common example is heavy equipment. Hydraulic fluid is transferred through these tools to different hydraulic cylinders and hydraulic motors and gets suppressed in accord with the current resistance. Control valves assist in controlling the fluid directly; the liquid is then distributed via tubes and hoses. Hydraulic tools are famous due to its ability of transferring huge amounts of power through small and flexible tubes and hoses.


Hydraulic pump- they are used to providefluids to the parts of the system. The presence of load, in its reaction, creates pressure in the system. A pump of 5,000 pounds per square inch has the ability to manage flow against a pressure of 5,000 pounds per square inch. Pumps possess volume specific power ten times more than electric motors. They are mechanized by an engine or an electric motor that are linked via flexible elastomeric, gears or belts together to decrease vibrations.

Common hydraulic pumps include:

Vane pump- inexpensive, dependable and uncomplicated. Suitable for low-pressure and greater flow output.
Gear pump-long lasting, uncomplicated and reasonable. They have low efficiency due to being fixed and used for pressures below 3000 pounds per square inch.
Radial piston pump- generally used for very high load. They are expensive in comparison to gear pumps or vane pumps. Nonetheless, they provide operations at higher pressure and are longer lasting.


Hydraulic motor- helps to transform hydraulic pressure into torque and rotation.

Hydraulic cylinder- helps to render unidirectional pressure by making the use of unidirectional movement.

Swashplates- are used in hydraulic motors and need extremely precise control and positioning mechanisms.

Hydraulic transmission- by making the use of the parts of hydraulic machines, hydraulic transmission transfers all the power hydraulically and is identical to electric transmissions.

Hoses, pipes and tubes

Hydraulic hoses are classified on the basis of compatibility of fluid, pressure and temperature. For the maintenance and functionality of machines, hoses are utilized in cases where tubes and pipes cannot be used to render flexibility. The hoses are made up of layers of steel and rubber.
Hydraulic pipes are used when typical hydraulic tubes are not accessible. These pipes are commonly used for low pressure and are linked through welds.Hydraulic tubes are pipes that are seamless and made of steel. They are specifically manufactured for hydraulic purpose.  The hydraulic tubes have specific sizes for given pressures.