Single flange capillary pressure transmitter is a key measuring equipment in the field of industrial automation. It achieves accurate measurement of medium pressure such as liquids and gases through a special single flange structure and capillary transmission mechanism. This article will focus on introducing several main types and characteristics of single flange capillary pressure transmitters.

　　Firstly, let's take a look at the Flat Flange Remote Pressure Transmitter (RFW).This type of transmitter adopts a flat flange structure, which is convenient for connecting with the flat interface of pipelines or containers. Its capillary design is clever and can effectively transmit the pressure of the measured medium to the transmitter body, thereby achieving accurate pressure measurement.

　　Secondly, the convex flange type remote transmission pressure transmitter (EFW) is also a common type.Unlike flat flanges, convex flange structures have stronger connection stability and sealing performance, making them suitable for harsh working conditions such as high pressure and high temperature. Its capillary also has excellent pressure transmission performance, ensuring the accuracy of measurement results.

　　In addition, there are various types of remote pressure transmitters, including flat type remote pressure transmitters (PFW), threaded type remote pressure transmitters (RTW), and sanitary type remote pressure transmitters (SSW).The flat design makes the transmitter more compact, easy to install and maintain; The threaded installation method provides more flexible installation options; And hygienic design is particularly suitable for occasions that require high cleanliness, such as food and medicine.

　　These single flange capillary pressure transmitters not only come in various types, but also share many common characteristics.For example, they all use high-precision sensors and microprocessors, which can achieve fast response and accurate measurement of pressure; At the same time, they also have the advantages of strong anti-interference ability and good stability, and can operate stably in complex and changing industrial environments.

Overall, single flange capillary pressure transmitters are playing an increasingly important role in the field of industrial automation due to their unique structure and excellent performance. With the continuous advancement of technology and the expansion of application fields, we believe that in the future, more types and higher performance products will emerge, contributing greater strength to the development of industrial automation.