What does the letter of electromagnetic flowmeter model mean?

　　1、 Meaning of model letters

　　1. Electrode material

　　The letters for electrode materials in electromagnetic flow meters are usually C, L, S, etc. Among them, C represents carbon steel electrode, L represents stainless steel electrode, and S represents titanium alloy electrode.

　　2. Flange connection form

　　The connection methods of electromagnetic flow meters usually include flange connection and threaded connection. The letter for flange connections is usually F, and the letter for threaded connections is usually T.

　　3. Intelligent model

　　The intelligent models of electromagnetic flow meters usually have some special letters representing different functions. For example, H represents a smart model with HART protocol, and D represents a smart model with DLT protocol.

　　4. Pipe diameter

　　The electromagnetic flowmeter is suitable for pipes with different diameters and letters. Generally speaking, S represents the small diameter model, M represents the medium diameter model, and L represents the large diameter model.

　　2、 Precautions

　　In addition to the common meanings of model letters mentioned above, the following points should also be noted:

　　1. The model letter usually does not appear alone and must be used in conjunction with other letters to indicate the specific model.

　　2. The letter meanings of electromagnetic flowmeter models from different manufacturers may vary slightly, and specific reference should be made to the product manuals of different manufacturers.

　　In practical applications, it is necessary to choose the appropriate electromagnetic flowmeter model according to specific situations and conditions to ensure accurate flow measurement.

　　【 Conclusion 】

　　The meaning of the letters in the electromagnetic flowmeter model directly affects the actual application effect of the electromagnetic flowmeter. Only by deeply understanding the meaning of the model and selecting the appropriate electromagnetic flowmeter according to actual needs can we ensure the accuracy and stability of the measurement effect.