Brio Instruments Electromagnetic Flow Meter

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Brand NameBrio Instruments
Number Of FlowerIntegral / Remote Mounting
Accuracy+ 1% (10 % to 90 % of calibrated range in ref. conditions
Repeatability+ 0.2 % of reading
Supply TypeManufacturer, Exporter, Supplier
Preferred Buyer Location All over the world

Company Information

Member Since 9 Years
Nature of Business Manufacturer
GST No. 27AICPJ8016B1ZP

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Product Details
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Number Of FlowerIntegral / Remote Mounting
Accuracy+ 1% (10 % to 90 % of calibrated range in ref. conditions
Repeatability+ 0.2 % of reading
Brand NameBrio Instruments
Power Supply110V/ 220 V AC 50 Hz S.P
Outputs4— 20 mA dc in max. 110 Ohms— Proportional (0 — 100 % flow rate)
Ingress ProtectionIP — 65 Equivalent
Cable GlandsPG-7 [Standard]
InputMicro-volt signal proportional to flow rate from Flow Tube
Temperature0—50 °C (Operating Ambient)
Flow Rate Unitm?/hr, LPH, LPM & LPS
Coil ExcitationPulsed DC
Min. Media5 uSiemens / cm (Conductivity)
Temp. Drift0.010 %/ °C
Ref. ConditionsPower supply nominal + 10% Temperature 27°C + 2°C
Totalize UnitLit & m3
Cable Entriesnos. for remote / integral Transmitter
Humidity90 % R.H. max. Non-condensing
EnclosureAluminum Die-cast - for Amplifier / Transmitter
DimensionsHead Mount: 100 mm (L) x 160 mm (W) x 80 mm (D)

We are leading manufacture for Electromagnetic flow meter in process control instrumentation; Maintenance free, low cost, highly stable, reliable & ideal flow meter suitable for wide ranges of pressure & temperature . The measurement being based on 'Faraday's law of electromagnetic induction' is independent of viscosity, density, pressure and temperature of the flowing media & measurement is a true volumetric. Current output of 4 – 20 mA DC is provided which is directly proportional to the instantaneous volumetric flow rate.

Advantages and Disadvantages:

A magnetic flow meter provides an unobstructed flow path, with negligible pressure drop due to its pipe The typical accuracy for a magnetic flow meter is + 0.5 % of full scale. This is among the best of the various pipe flow meters.
The effect of fluid viscosity on flow through a magnetic flow meter is essentially the same as for flow through the pipe itself.
The magnetic flow meter can be used for pipe flow measurement of either clean or dirty liquids, including wastewater, corrosive liquids, or slurries.

Disadvantages of Meter:

The magnetic flow meter is used primarily for liquids. It doesn't work well for measurement of gas flow rate.
In order to use a magnetic flow meter for measurement of a liquid's flow rate, that liquid must be conductive.