Electromagnetic Flow Meter (Integral)-Accuracy:0.5 to 1.0 % (*Customisation Available*)

Specifications :

* AC Drive-3 Phase

* Make: Aavad

* Model: AMAG – I

* Service: Pls specify

* Conductivity: ≥ 10 ΜS/Cm

* Output: 4 ‐ 20 Ma isolated, Rs – 485, Pulse

* Display: LCD 16×4 Line 9 digit totalized flow

* Accuracy: + / ‐ 0.5 % of reading

* Repeatability: + / ‐ 1%

* Process temperature: 0 °C ‐ 150 °C

* Process pressure: Max: 10 Kg/Cm2

* Internal: PTFE lining

* Electrode moc: SS 316

* Power supply: 230V ac

* Response time: 0.3 Sec

* Process connection: Asa 150 flanged MS

* Operating temperature: 55°C

* Electronics housing: Die-Cast aluminum, Ip 65

* Empty pipe detection: Yes

* Backlight LCD: Yes

* Velocity: 0.2 To 10 M/S

* Measuring unit: Selectable Kg/H,M3/H,L/H,L/M,L/S,Kg/M,Kg/S

Applications :

If the magnetic field direction were constant, electrochemical and other phenomena at the electrodes would make it challenging to discriminate between the potential difference and the potential difference caused by fluid movement. The electrochemical potential difference, which does not change direction with the magnetic field, is cancelled out by the magnetic field, which is constantly reversed in current magnetic flowmeters to demonstrate this. Permanent magnets cannot, however, be used for magnetic flowmeters.

Fast responsiveness to changes in flow is provided by electromagnetic flow metres. offers a broad linear range. It is possible to adjust the measurement range setting. Has backflow measurement capability. No further decrease in pressure. Nothing gets in the way of the flow. In particular, hydraulic solid transportation is a good fit. Temperature, density, viscosity, concentration, and electrical conductivity are unaffected.