How to reduce the loss of hydraulic motor in the process of use

In order to reduce the pressure energy loss of the hydraulic motor in the use of the hydraulic system, we should start from the inside and reduce the power loss while reducing the pressure loss in the system. To solve this problem, we can improve the pressure loss of the internal flow channel of the components, and adopt integrated circuit and casting runner. At the same time, it is necessary to reduce or eliminate the throttling loss of the system, reduce the non safety overflow as much as possible, and avoid using the throttling system to adjust the flow and pressure.

In the use of materials, can use static pressure technology manufacturing materials and new sealing materials, which can effectively reduce the friction loss. It is necessary to maintain the hydraulic motor in use. In order to prevent the pollution from affecting the service life and reliability of the motor, a new pollution detection method must be developed to measure the pollution on-line. It is necessary to adjust the pollution timely without delay, so as to avoid the loss caused by untimely treatment. In order to reduce the pressure energy loss of hydraulic motor, it needs the joint efforts of manufacturers and consumers, so as to prevent the loss of pressure energy to a large extent. How to reduce the loss of hydraulic motor in use

Of course, the cleaning of the hydraulic motor is also very important. Hydraulic motors are usually washed before they are put into use. The purpose of flushing is to remove the pollutants, metal chips, fiber compounds, iron cores, etc. in the first two hours of operation, even if the motor is not completely damaged, it will cause a series of failures. Therefore, the following steps should be followed to clean the motor oil circuit:

1. Clean the oil tank with a dry cleaning solvent, and then remove the solvent residue with filtered air.

2. Clean all the pipelines of the motor. In some cases, it is necessary to impregnate the pipelines and joints.

3. The oil filter is installed in the pipeline to protect the oil supply pipeline and pressure pipeline of the valve.

4. A flushing plate is installed on the current collector to replace precision valve, such as electro-hydraulic servo valve.

5. Check that all pipes are of proper size and connection.

To achieve the above two points, we can basically reduce a certain loss in use, but we often encounter different problems when using the plunger hydraulic motor. Because of the special working conditions of the hydraulic motor, there are six points when using it