Amplifier ModMAG^® M2000

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DN6 - DN2000
High Accuracy
ModBus®, HART, Profibus DP, M-Bus
LCD display
Power supply 85 – 265 VAC / 9 - 36 VDC
IP67 housing
Integrated data logger
Verification Device

Medium:
Water, Liquid food

max. flow:
from 0.05 up to 2262000 l/min

Temperature:
from -40 up to 150 °C

max. pressure:
from 0 up to 100 bar

Branch:
Water & waste water industry, Food & beverage industry, Chemical industry, Automotive industry, General industry, Pharmaceutical industry

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General information

The amplifier type ModMAG^® M2000 is best suited for bidirectional flow measurement of fluids with a conductivity > 5 µS/cm (> 20 µS/cm for demineralized water). ModMAG^® M2000 shows a high accuracy, is easy to use and can be chosen for a large and flexible applications spectrum.

The backlit, four-line display shows all actual flow measuring data, daily and complete information, including alarm messages.

The standard amplifier has 4 programmable digital outputs, one digital input, power output and USB interface. Integrated test tools make the putting into operation and the service easier.

Technical data

Size	DN 6 – DN 2000
Accuracy	±0,2 % of actual flow, ±1 mm/s of actual flow
Repeatability	0,1 %
Flow range	0,03 – 12 m/s
Conductivity	Min. 5 μS/cm (min. 20 μS/cm for demineralized water)
Power supply	85 – 265 VAC (50/60 Hz) < 20 VA, optional 9 – 36 VDC
Display	LCD 4 lines / 20 characters
Digital outputs	4 x open collector, 2 x relays
Digital inputs	Yes
Analog output	0/4 – 20 mA, 0/2 – 10 mA
Interface	Modbus RTU RS232/RS485, Profibus DP, M-Bus, HART®
Empty pipe detection	Separate electrode
Datalogger	10.000 measuring values (optional)
Housing	Aluminium, IP 67
Remote version	Max. 100 m
Ambient temperature	-20 °C up to +60 °C
Approvals	OIML R49-1, MID MI-001

Videos

ModMAG® - Measuring principle

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Measuring principle

Electromagnetic flow meters

The operating principle of the electromagnetic flow meter is based on Faraday's law of magnetic induction: The voltage induced across any conductor, as it moves at right angles through a magnetic field, is proportional to the velocity of that conductor. The voltage induced within the fluid is measured by two diametrically opposed internally mounted electrodes. The induced signal voltage is proportional to the product of the magnetic flux density, the distance between the electrodes and the average flow velocity of the fluid.