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MGG/KL

MGG/KL model electromagnetic flow sensor is made depend on Faraday’s law of electromagnetic induction, and linearly transfer the fluid flow of pipe into voltage signal, which will be mated with MGG/KL model electromagnetic flow converter to be named MGG/KL model electromagnetic flow meter, and used to measure the flow of kinds of conductive liquids.

Classification:

Integrate/Remote EMF Flow Meters

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Product Introduction

MGG/KL model electromagnetic flow meter

I. Outline drawing of electromagnetic flow meter

MGG／KL1

II. Application and functions of electromagnetic flow meter

Characters of electromagnetic flow sensor as following:

(a)Without moving parts inside of the sensor, simple structure and reliable running; (b)Measuring accuracy will not be influenced by medium temperature, press, viscosity, density and physical parameter; as long as the conductivity of measured medium more than 20μs/cm, and indication is not influenced by conductivity changes.

(d) There is nearly no pressure lost and be energy saving when fluid passing through the sensor;

(e) Wide measuring range, the max flow velocity inside pipe could be any set from 0.01 m/s to 10 m/s, and output signal and flow will be linear relation.

(f) Because of the small size and light weight of sensor, the requirement to upstream and downstream straight pipe of sensor will be lower and easier to install.

Since above unique characters of electromagnetic flow sensor, which will be widely used to conductive liquids of petroleum chemical, chemical fiber, metallurgy,fertilizer, paper pulp,water supply and drainage, irrigation and sewage treatment industries etc.

III. Components of electromagnetic flow sensor

Connection method of sensor is flange type, to connect with pipes. Liner and electrode materials as following:

Electrode materials: SUS316L, HB, HC, Ti, Tan and stainless steel coated with tungsten carbide;

Liner materials: Neoprene,PTFE, PU(Polyurethane),FEP, PFA and high temperature rubber. Different electrode and liner materials will be used to different mediums.

I. Main technology performance

1. Nominal diameter(mm)

6、10、15、20、25、32、40、50、65、80、100、125、150、200、250、300、350、400、

450、500、600、700、800、900、1000、1200、1400、1600、1800、2000、2200、2400、2600，

2800、3000

2. Accuracy

±0.2%、±O .5%

3. Measuring range(velocity)

0.01 m/s 至 10m/s

4. Conductivity of measured medium

More than 20μs/cm

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