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Electromagnetic Flow Meter Img

Electromagnetic Flow Meter

Wagad Electromagnetic Flow Meters are known by many names, including Magmeter, Magnetic Flow Meter, volumetric flow meter. Electromagnetic flow Meters measure the flow of conductive liquids in a pipe using electromagnetic induction. The flow meter works on Faraday’s law of electromagnetic induction. The meter measures the volumetric flow of water and displays it on a display unit. The basic requirement for the meter to work is the minimum electrical conductivity of water to be more than 5 micro Siemens/cm

A magnetic field is created around the Electromagnetic Flowmeter’s sensor, and as the liquid flows through the pipe, it distributes the magnetic field. This distribution is used to calculate the flow rate. Electromagnetic flow meters are used in a wide variety of industries, including water and wastewater treatment, chemical processing, and processing.

APPLICATION
Sewage Treatment Plant
Food/Beverage Industries
Paper and Pulp Industries
Pharmaceutical all meaning
Water and Waste Water Management
Water Heating Boilers
ETP Plant
Power Industries
Mining & Cement Industries
Fertilizer Industries

TECHNICAL DATA

DiameterPTFE: DN2.5-DN1000
Rubber: DN50-DN3000
Flow DirectionPositive; Negative
Repeatability Error0.10%
Accuracy+0.5% of rate; +0.2% of rate
Medium TemperatureRubber liner: -20…+60°C
PTFE liner: -20…+120 °C
PFA: -20…+180°C
Velocity0.3-10m/s
Ambient Temperature-20…+60 °C
Relative Humidity5%~95%
Power Consumption<20W
ProtectionIP 65; IP 68 (Remote Type)
Electromagnetic Flow Meter Img

Configuration Function Parameters

  • Configuration : 4 Tactile Membrane Keys for Data Configuration
  • Flow Totalizer Reset : Totalizer Reset Facility by Password Protection
  • Unit : Gallon, Liter, M3, Cubic Feet (User Configurable)
  • Low Cut-Off : User Configurable
  • Flow Direction Flow : Soft error Selection or Forward/Reverse Flow Direction
  • Indication Damping : Reverse/Forward Flow Indication with Sign Indication
  • Time : User Configurable

Electronics Parameters

  • Flowrate: 5 Digit and Auto Adjust With Line Size
  • Flow Totalizer : 10-digit Totalizer Value
  • Real-Time Clock: Available
  • Bar graph: Corresponds to 0-100% Flow rate
  • Tag Id: User Configure Id (Numeric)
  • Velocity: 5 Digit Velocity 0.000 M/s to 10.000 M/s

Alarm Indication And Detection

  • Flow Detection: Empty Pipe Detection
  • Flow Indication: Forward /Reverse
  • Alarm Indication: Flow Alarm, Batch, Communication Status

Sensor Description (Mechanical Parts)

  • Lining Material: PTFE
  • Electrode Material: SS316 (Default), Hastelloy C, Tantalum, Titanium
  • Measuring Tube Material: SS304 (Default), SS316
  • Coil Housing: SS304 (Default)
  • End Connection: Flange, Tri Clover, SMS Connection
  • Protection Class: IP65 (Standard), IP68 (Optional)
DIMENSIONS
(mm)(inch)Face To Face distanceHeightFlange DiameterPitch Circle Diameter (PCD)Dia. of HoleThicknessNumber of Holes
ADEFHI
15½”20011788.960.415.711.24
20¾”20012698.6698.515.712.74
251”200136108.079.215.714.24
321 ¼”200145117.388.915.715.74
401 ½”200155127.098.615.717.54
502”200180152.4120.719.119.14
652 ½”200206177.8139.719.122.44
803”200218190.5152.419.123.94
1004”250258228.6190.519.123.98
1255”250282254.0215.922.423.98
1506”300307279.4241.322.425.48
2008”350372342.9298.522.428.48
25010”400434406.4362.025.430.212
30012”450511482.6431.825.431.812
35014”530*570*533.4476.328.435.112
40016”610*630*596.9539.828.436.616
45018”660*670*635.0577.931.839.616
50020”750*740*698.5635.031.842.920
Flow Rate Characteristics Values
Nominal Diameter

Recommended Flow Rate Min./ Max. Full

Scale Value

(mm)(Inch)(Velocity 0.3 to 10 m/s)
150.5″06 – 120.00 LPM
203/4″10 – 200.00 LPM
251″10 – 300.00 LPM
321 1/4″15 – 500.00 LPM
401.525 – 700.00 LPM
502″35 – 1100.0 LPM
652.5″60 – 2000.0 LPM
803″4 – 150.00 m3/HR
1004″8 – 270.00 m3/Hr
1255″12 – 300.00 m3/Hr
1506″20 – 600.00 m3/Hr
2008″35 – 1100.0 m3/Hr
25010″55 – 1700.0 m3/Hr
30012″110 – 3300.0 m3/Hr
35014″140 – 4200.0 m3/Hr
40016″180 – 5400.0 m3/Hr
45018″220 – 6600.0 m3/Hr
50020″300 – 9600.0 m3/Hr
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