Electromagnetic Flowmeter

Description of Electromagnetic Flowmeter

Electromagnetic Flowmeter mainly used for measuring a variety of acids, alkalis, salt solutions, pulp, mud and any other conductive liquid, or volume flow liquid-solid two-phase medium.   

Parameters of Electromagnetic Flowmeter :

1 Accuracy class: 0.5
2 Turndown ratio: 1:20
3 Signal output: pulse or 4-20mA
4 Power supply: 220VAC +24 VDC lithium battery
5 Communication interface: RS485 optional
6 Communication protocol: MODBUS, HART
7 Explosion-proof grade: Exd [ia] qIICT5
8 Protection: IP65
9 Meter pass through: DN6 ~ DN2000
10 Installation: Flange mounting
11 Medium temperature: <150 °C
12 Ambient temperature: -30 °C -60 °C
13 Implementation of the standards: JB/T9248-1999

Features of Electromagnetic Flowmeter :  

1 Strong resistance to corrosion, can be measured almost any conductive liquid
2 Measurement is not affected by fluid density, viscosity, temperature, pressure and electrical conductivity changes
3 Anti-interference ability, almost free from outside interference
4 Instrument without any choke internal parts, no pressure drop, are energy-efficient instrument
5 Straight pipe requirements low, online calibration
6 A self-test and self-diagnosis function, easy maintenance
7 In the field according to the actual needs of online users to modify the amount of
8 Including Chinese and English menu operation, easy to use, simple to operate, easy to understand;    

About Us:
Xi'an Yunyi Instrument Co., Ltd. is a professional manufacturer that engaged in the fields of pressure measurement instrument, the chief engineer Mr Tian has more than 30 years on this area, he is one of the engineers who introduced the Rosemount technology. We specializing in developing high precision pressure transmitter and pressure gauges. And we also develop temperature transmitter, level transmitter, densitometer etc. They are widely used in chemical, petroleum, paper, electricity, city gas, environmental protection, water treatment and other fields.

If you need this Electromagnetic Flowmeter , please visit the website

Katherina Wang