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Differences in Connection Methods of EJA Pressure Transmitters
Release Time:
2023-06-12
The use of EJA pressure transmitters is very extensive, so before using them, we must first learn to purchase them. Below is an introduction to the relevant knowledge of pressure transmitters. How does the EJA pressure transmitter connect to the measured medium based on the different connection methods that should be selected for the measured medium?
EJA pressure transmitters also have different connection methods according to their classification. Ordinary pressure transmitters can be directly connected to the pipeline of the measured pressure through threads, which is a common situation. The pressure transmitter can also be connected to the container of the measured pressure using a flange type pressure transmitter. A gasket needs to be placed between the flange and the container, and the gasket may vary depending on the temperature. Generally, a rubber ring can be used under low temperature conditions; Asbestos rubber gaskets can be used for high temperatures below 200 degrees Celsius; For those above 200 degrees, a copper washer is required. According to the different ways in which different types of pressure transmitters are connected to the tested medium, we can also help us choose the opposite direction
We can determine the type of pressure transmitter based on our own judgment by selecting which type of pressure transmitter can be better installed. Currently, there are basically only a few connection methods between pressure transmitters and the tested medium on the market. Of course, different tested media require us to choose different pressure transmitters. For example, for those with high viscosity, we need to choose flat film pressure transmitters. For those with corrosion and vibration resistance, we need to choose anti-corrosion and shockproof pressure transmitters.
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