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The structure, working principle and advantages of hydraulic synchronous shunt motor

Issuing time:2023-06-06 09:55

Hydraulic synchronous shunt motor is a kind of component composed of mutually coupled pump or motor, which plays an important role in hydraulic system. It has a common oil inlet channel and an independent oil outlet, which only distributes the hydraulic oil flowing into its oil inlet channel. This paper will introduce the structure, working principle and advantages of hydraulic synchronous shunt motor in detail.

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Synchronous shunt motor is a distribution device composed of several pumps and motors coupled with each other. If the size of each piece is the same, the high-pressure oil at the oil inlet will be divided by the same amount; If the size of each piece is different, the output flow rate is different according to the geometric displacement of each piece. The larger the geometric displacement, the larger the output flow. In other words, the geometric displacement is proportional to its output flow.


Its structure is relatively complex, but its working principle is relatively simple. The high-pressure oil flows through the intake port into the intake channel and then into the individual pump or motor. The hydraulic oil in each pump or motor is distributed and flows out of its own oil outlet, and flows back to the hydraulic system. When distributing hydraulic oil, it can make each hydraulic actuator in the hydraulic system be driven simultaneously, so as to improve the efficiency of the system.


Its advantages are mainly reflected in the following aspects: First, it can provide high-precision hydraulic distribution function. Under different working conditions, it can ensure the accuracy of the distribution of hydraulic oil, so as to meet the working requirements of the hydraulic system under different needs; Second, its structure is relatively compact, easy to install and debug, can reduce the volume of the hydraulic system, improve the reliability of the system; Third, it can be used in a variety of hydraulic systems, such as machine tools, aviation, chemical, metallurgy, mining and other fields, has a wide range of application prospects.


Because synchronous shunt motor has shunt function, it plays an irreplaceable role in many hydraulic transmission systems. We understand its structure, working principle and advantages, manufacturers need to carry out strict quality control according to the corresponding standards when manufacturing, and at the same time to ensure the stability of the system and flow control, but also need to be used together. As an important component, we expect synchronous shunt motors to play a more important role in the field of hydraulic transmission systems.


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