ELMAG 200 Digital Electromagnetic Flow Meter

ELMAG-200 – Full Bore Electromagnetic Flow Meter Features

• Universal power supply: 90–250V AC / 24V DC / Solar Powered

• Suitable for conductive liquids

• Full-bore design

• Empty pipe indication

• Material of construction selected as per process requirements

• Local indication through LCD display

• Inbuilt relay status output (High / Low / Batch)

• HART compatible

• Optional inbuilt pressure measurement

• Optional flow + pressure combined measurement

  Description

Electronet Series ELMAG®-200 is a microcontroller-based, full-bore electromagnetic flow meter ideal for precise flow measurement of conductive liquids and slurries in closed pipes.
Its obstruction-less design and absence of moving parts make it a maintenance-free alternative to conventional mechanical meters.

Using advanced Pulsed DC excitation, the meter provides superior accuracy and stability, delivering a 4–20 mA DC output proportional to volumetric flow rate.

Based on Faraday’s Law of Electromagnetic Induction, the flow meter measures flow by detecting the voltage generated when conductive fluid passes through a magnetic field inside the measuring tube.
The ELMAG-200 is available in various configurations to suit diverse industrial requirements including optional pressure measurement.

  Technical Specifications Process & Media

• Media: Conductive liquid

• Minimum Conductivity: > 5 µS/cm

• Viscosity: Up to 200 cP

• Line Size: 15 NB to 1000 NB

• Excitation: Pulsed DC

  Outputs (Selectable)

Output 1:

• 4–20 mA DC

• 4–20 mA DC with HART (Generic)

Output 2:

• Pulse Output (Open Collector Type)

Output 3:

• 2 Relay Outputs

Communication Options:

• RS485 (MODBUS RTU)

• GSM / GPRS (Dual SIM)

• Ethernet (MODBUS TCP)

Display

• LCD Display

  • 6-digit flow rate

  • 8-digit totalizer

  Performance Specifications Velocity

• 0.3 m/s – 2.5 m/s (up to maximum 10 m/s)

Engineering Units

• User programmable (Default: m³/hr)

Calibration

• Wet calibrated at IEC / ISO / EN17025 NABL Accredited Facility

Accuracy

• < ±0.5% of Measured Value
  (+5 mm/sec for velocity range 0.3 to 6 or 12 m/s)

Linearity

• ±0.5% of Measured Value

Repeatability

• ±0.2% of Measured Value

Temperature Coefficient

• ±0.05% per °C

  Process Conditions Process Temperature

• –20 to 85°C (Rubber Lining)

• –20 to 220°C (PTFE / PFA Lining)

Process Pressure

• Up to 16 kg/cm² (Higher on request)

  Material of Construction

1. Lining: Neoprene / Ebonite Rubber / PTFE / PFA / PU / Ceramic

2. Flange: MS / CS / SS316 / SS304

3. Electrodes: SS316L / Hastelloy-C / Platinum / Tantalum / Titanium

4. Coil Housing: SS304

  Electrical & Electronics Power Supply

• Option 1: 90–250V AC, 50Hz

• Option 2: 24V DC (±10%)

Power Consumption

• < 10 VA

Inline Pressure Sensor (Optional)

• 16 kg/cm²

Isolation

• 1.4 kV between input, output & power supply

Response Time

• < 1 second

  Enclosure Options

• Field Mount Weatherproof IP-67 / IP-68 (NEMA 6 / 6P)

• DIN Standard IP-54 (NEMA 3)

• Flameproof: CMRI IIA IIB Certified, ATEX Ex-d

Sensor / Flow Tube Protection

• Weatherproof IP-67 / IP-68

Installation Process Connections

• ANSI 150 Flanged (ASME B16.5)

• Other standards on request

Mounting

• In-line horizontal or vertical installation

Ambient Conditions

• Temperature: –20 to 70°C

• Humidity: 5% to 95% (Non-condensing)