List of electromagnetic flowmeter models

Abstract: Electromagnetic flowmeter model list information is provided by excellent flowmeter and flowmeter production and quotation manufacturers. The electromagnetic flowmeter model selection list, quickly query and interpret the meaning parameters corresponding to the electromagnetic flowmeter model. As a widely used flowmeter, there are many models of electromagnetic flowmeters, which are conventionally divided into integrated, split, battery-powered, intelligent, and anti-corrosion. For more flowmeter manufacturers to select models and price quotations, you are welcome to inquire. The following is a list of electromagnetic flowmeter models for details. The electromagnetic flowmeter model selection list, quickly query and interpret the meaning parameters corresponding to the electromagnetic flowmeter model. As a widely used flowmeter, there are many models of electromagnetic flowmeters, which are conventionally divided into integrated, split, battery-powered, intelligent, anti-corrosion, and insertion electromagnetic flowmeters. It is difficult for people who know or just come into contact with flow measurement instruments. Through preliminary inquiry, it is possible to know the principle of electromagnetic flowmeter, its wide application and applicability to their own environment, but more electromagnetic flowmeters The model is rather vague. The following two tables explain the meaning of the model of the electromagnetic flowmeter from conventional to detailed. For electromagnetic flowmeter product selection, please click: electromagnetic flowmeter product selection center. Table 1: Conventional electromagnetic flowmeter model, model, diameter (passage), LDE10~2400mm code, installation form, Y or S integrated type, F or L split type code, converter model, ZA round, ZB square (only for split type) code power supply form AC (alternating current) 220VAC50Hz (90~245VAC50Hz) DC (direct current) 24VDC (20~36VDC) LD lithium battery power supply (without signal output) code IfRsHC medium temperature≤65℃≤120℃≤180°C (only for split type) code lining material NE neoprene (≤65℃) PVC polyvinyl chloride (≤70℃) PU polyurethane wear resistance (≤80℃) PTFE polytetrafluoroethylene (≤180℃) code electrode material 316L stainless steel HC Hastelloy CTi titanium Ta tantalum Pt platinum Reminder: flowmeter selection must, medium, diameter (flow range), electrode material, lining material, installation method Table 2: More detailed Electromagnetic flowmeter model parameter table model description HQLDE—Diameter 10-2400mm Combination S Integrated L Split Electrode Material M Stainless Steel TTi (Titanium) DTa (Tantalum) H Hastelloy PPt Platinum NNi Nickel Output Mode 0 No Output 14-20mA/1-5KHz24-20mA Lining Material X Rubber F PTFE P polyethylene J polyurethane rubber local display 0 no local display 1 local display Range) m3/h Work pressure A0.6MPaB1.0 MPaC1.6 MPaD2,5 MPa Measurement accuracy 10.220.531 Medium temperature L0-80 degrees H0-150 degrees Power supply DC24V DC power AC220V AC power Finally, electromagnetic flowmeter as model The selection of specifications will involve the materials and electrodes in the village. If there is something you don’t understand, you can consult the engineer of the flowmeter manufacturer. The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'List of Electromagnetic Flowmeter Models'
Service-based companies as Guangdong Kaidi Energy Technology Co., Ltd. are increasingly becoming more popular internationally.
KAIDI is also committed to maintaining excellence, respect, and integrity in all aspects of our operations and our professional and business conduct.
We focus on operational procedure and manufacturing facilities of level gauge.
customized level indicator has become a serious problem for an increasing number of people around the world, that's why highly effective are developed by Guangdong Kaidi Energy Technology Co., Ltd..
There are so many factors that businesses have to weigh when producing level gauge, and we are not going to pretend to grasp all of them.