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EI Series Electromagnetic Flowmeter 

Caudalimetro electromagnetico serie EI

Download Files

Manual de usuario FM-200E (SPA) 

FM-200E User's Manual (ENG) 



FLOWMEET'S EI Series electromagnetic flowmeters are the easiest, cheapest and simplest solution to applications in the measurement of the flow of liquids with conductivity in pipes from 4 '' to 80 '', since they avoid any type of civil works for their installation . They are simply installed inside the pipe to be measured. They do not have moving parts, these characteristics result in having the virtues so desired for all flowmeters such as: not producing pressure drop, being free of maintenance, being suitable for applications as diverse as wastewater treatment, pharmaceutical applications, food industry, etc. .

      EI Series models Table
Model    FM-100EI   
Electrode Material 316L
Minimum diameter [mm] 100 (4'')
Maximum diameter [mm] 2000 (80'')
Nominal Pressure [MPA] 5
Fluid's Tmin/Tmax [°C] -10/80
            Ambience's Tmin/Tmax [°C]            -10/60

 

Technical Data

Computer

  • Accuracy: Better than +/- 1.5%

  • Minimum fluid conductivity: 5.0 siemens / cm

  • Degree of protection: IP-65 (IP-68 optional)

  • Ex IIC T4 anti-explosive protection

  • Power Supply: 24VDC

  • Outputs: 4-20mA (Error 0.1% +/- 10uA)

  • High flow alarm

  • Low flow alarm

  • Pulse Output

  • Frequency Output

  • Flow indication in both directions


Common Applications

  • Volume measurement for wastewater treatment

  • Purification and desalination

  • Well stimulation in oil applications

  • Hydraulic fracture

  • Preparation of food additives, soft drinks, wines, milk, etc.

  • Measurement of food products, soft drinks, wines, milk, etc.

  • Reactor filling control for the preparation of water-based solutions.



Electromagnetic Flowmeters Description.

Electromagnetic flowmeters are devices that generate a magnetic field inside the pipe to determine the velocity of the fluid inside it. Due to the lack of moving parts, mechanical or obstructions, they become excessively flexible equipment when measuring fluids for a wide range of conditions, be it pressure, temperature, abrasiveness and / or viscosity. The only requirement that this technology presents is that the fluid to be measured must have a certain conductivity.