KJ3F14B35SA

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KJ3F14B35SA is a type of multiple displacement hydraulic machine component which is used to produce a linear rotary motion. It consists of two increasingly larger concentric cylinders with two pistons that act in opposite directions to move the rotor, allowing it to rotate in either the clockwise or counter-clockwise direction. The rotation of the rotor is controlled by a hydraulic pump which supplies oil to the piston chamber, thus displacing the piston in order to make the rotor rotate.

KJ3F14B35SA is mainly used in electrical equipment such as compressors, winches, augers, wind turbines, industrial robots, hydraulic press and many other mechanical applications. It has a wide range of applications in mechanical engineering fields such as pumps, cranes, lifts, hoists, mixers, and hydraulic control systems. It is also used in automotive engineering as a means of transferring power through hydraulic circuits.

The working principle of the KJ3F14B35SA consists of two pistons of increasing surface area. When the hydraulic pump is activated, it pumps oil into the piston chamber, which displaces the pistons and causes them to move. As the pistons move in opposite directions, the rotor of the machine component begins to rotate in either the clockwise or counter-clockwise direction. This rotation helps to produce the desired linear rotary motion and depending on the application, this motion is used to perform various operations.

KJ3F14B35SA is versatile and efficient, as it has a wide range of applications in different industries and uses. It offers a reliable and efficient means of controlling hydraulic circuits as well as providing a linear rotary motion. Furthermore, due to its design, it does not require any additional lubrication or maintenance and is incredibly easy to install and use.

In conclusion, KJ3F14B35SA is a versatile and cost-effective multiple displacement hydraulic machine component that can be used in a variety of industries and applications. It has a working principle that consists of two pistons that move in opposite directions, which makes it highly efficient and reliable. It can be used in various mechanical engineering applications such as pumps, cranes, lifts, hoists, mixers, and hydraulic control systems as well as automotive engineering for transferring power through hydraulic circuits.

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