Electromagnetic Flowmeter AFLO-MAG

Electromagnetic Flowmeter AFLO-MAG

Measured Media Conductive fluids
Accuracy ±0.3% or ±0.5%
Electrical Conductivity ≥ 5 µS / cm
Ambient Temperature – 20 … 60 °C
Display Graphic LCD
Protection IP65 / IP67

Request a Quote

Tags: Aflo-mag, Electromagnetic Flowmeter

Product Description

Electromagnetic Flowmeter AFLO-MAG offer reliable precise and inexpensive flow measurement on all electrically conductive liquids. Typical applications are found in all industries. E.g.:

Water sector: Potable water, treatment of chemicals, wastewater and sludge.
Food sector: Daily products, beer, wine, soft-drinks and fruit juices.
Chemical sector: Detergents, pharmaceuticals, acids, alkalies.
Other sectors: District heating, pulp and paper and mining slurries.

Its flexible and comprehensive sensor program offers a wide range of sizes, from DN3 to DN3000. Liners and measuring electrodes capable of withstanding the most extreme processes are available. Fully welded construction provides a ruggedness that suits the toughest environments.
The sensor converts the flow into an electrical voltage proportional to the velocity of the flow. The sensor is built up of a stainless steel pipe, 2 coils, 3 electrodes, an isolating liner, housing and where applicable, connection flanges.

AFLO-MAG electromagnetic flowmeters will help you do an easier job of managing flow.
Whether it is installation, managing operations or verifying continuous accuracy, customers rely on AFLO-MAG to improve the entire value chain of activities.
AFLO-MAG electromagnetic flowmeters are tunable and adjustable according to your needs.
AFLO MAG electromagnetic flowmeters are characterised by simplicity:
⇒ Simple to install
⇒ Simple to commission
⇒ Simple to operate
⇒ Simple to maintain

Water sector: Potable water, treatment of chemicals, wastewater and sludge.
Food sector: Daily products, beer, wine, soft-drinks and fruit juices.
Chemical sector: Detergents, pharmaceuticals, acids, alkalies.
Other sectors: District heating, pulp and paper and mining slurries.

Outputs

4 - 20 mA Standard
Pulse Standard
Alarm Standard
Frequency Standard

Communication

RS485 Standard
RS232 Optional
Modbus Optional
Profibus Optional
GPRS Optional
HART Optional

Liner Materials

Polytetrafluoroethylene (PTFE)
Fluorinated Ethylene-Propylene (FEP)
Polyurethane
Neoprene
Hard Rubber

Electrodes Materials

Stainless Steel 316L
Hastelloy B
Hastelloy C
Titanium Alloy
Tantalum Alloy
Platinum-Iridium Alloy
Stainless Steel-Coated Wolfram Carbide

Transmitter Specifications

Measured Media Conductive fluids
Accuracy %±0.3 or %±0.5
Electrical Conductivity ≥ 5 S / cm
Ambient Temperature - 20 ... 60 °C
Power Consumption Max. 15VA
Flow Direction Bi-Direction
Control Push Buttons
Display Graphic LCD
Protection IP65 / IP67

Sensor Specifications

Process Connection DIN, ANSI, or Screw
Fluid Temperature -20 ... 120 °C*
Protection IP67 / IP68
Measuring Tube Stainless steel
Outer Casing Carbon Steel**

*For PTFE only

**Manufacturer Standard

Power Supply

85 … 250 VAC Standard
16 … 36 VDC Optional
3.6 V Lithium Battery Optional

The flow measuring principle is based on Faraday’s law of electromagnetic induction.

Ui = When an electrical conductor of length L is moved at velocity v, perpendicular to the lines of flux through a magnetic field of strength B, the voltage Ui is induced at the ends of the conductor

Ui = L x B x v
Ui = Induced voltage
L = Conductor length = Inner pipe diameter = k1
B = Magnetic field strength = k2
v = Velocity of conductor (media)
k = k1 x k2
Ui = k x v, the electrode signal is directly proportional to the fluid velocity