Where is the visual pollution transmitter installed on the pressure pipeline filter

pageview:4 2024.11.25

 
Visual pollution transmitter is an important device used to monitor the working status of pressure pipeline filters, especially the blockage of filters. In hydraulic systems, pressure line filters play a crucial role in removing impurities and pollutants from the system, ensuring its normal operation. However, as the usage time increases, the filter will gradually become clogged, and it is necessary to visually inspect the pollution transmitter to issue an alarm and remind the operator to replace or clean the filter in a timely manner.
Visual pollution sensors are usually installed on the inlet or outlet pipelines of pressure pipeline filters. The specific location selection depends on the working principle of the transmitter and the actual needs of the system. In some cases, a transmitter may be installed on the inlet pipe of the filter to monitor the pressure before the filter and determine if the filter is starting to clog. In other cases, the transmitter may be installed on the outlet pipe of the filter to monitor the pressure after the filter and determine the degree of blockage of the filter.
No matter where it is installed, the working principle of the visual pollution transmitter is based on pressure difference monitoring. When the filter is clogged, the pressure difference before and after it will increase, and the transmitter will sound an alarm to remind the operator to take necessary measures. At the same time, some visual pollution sensors also have visualization functions, which can understand the blockage of the filter by observing their indicators, thus more intuitively grasping the working status of the filter.
In general, the installation position of the visual pollution transmitter in the pressure pipeline filter depends on the actual needs and working principle of the system. Its main function is to monitor the blockage of the filter and ensure the normal operation of the hydraulic system. By installing and using visual pollution sensors reasonably, the service life of filters can be effectively extended, and the reliability and stability of the system can be improved.