mag-flux F5

Magnetic-inductive sensor suitable for measuring small and very small quantities

This special type of magnetic-inductive sensors (MID) is particularly suitable for measuring flows of very small quantities and especially for use in portioning and metering tasks. Combined with the Transmag 2 measuring transducer, the integrated metering software can solve complex metering challenges.

The magnetic-inductive sensor is recommended for flow measurement of electrically conductive liquids – especially for measuring very small quantities. The mag-flux F5 is available in nominal sizes DN 2 to DN 12.

The image shows a magnetic-inductive sensor (MID) mag-flux F5 is suitable for measuring flows of very small quantities

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Area of application:

Typical applications of the mag-flux F5 flow meter are measuring very small quantities and metering chemicals and pharmaceuticals.

The magnetic-inductive sensor is used in the following industries:

Plant and mechanical engineering
Chemicals
Laboratory and medical technology
Food
Water and wastewater

Advantages of the magnetic-inductive flow meter for measuring very small quantities:

Reliability (long-term stability, service life)
Minimal maintenance requirements
Simple commissioning
High measurement accuracy
Flexible installation position (however the measuring tube must be completely full at all times)
Manufacturer’s application expertise
Short lead times

Special features of the flow meter:

Measuring tube made of highly corrosion and temperature-resistant zirconium oxide
Measuring tube internal diameter from 2 mm (0.078")
Robust and interference-free thanks to sealed steel casing

Very low measuring ranges:

0 to 5 l/h (0 to 0.022 USgpm) for d.c. measurement
0 to 3 l/h (0 to 0.0132 USgpm) for a.c. measurement

Very low minimum conductivity:

10 μS/cm for d.c. measurement
0.1 μS/cm for a.c. measurement

Various process connections:

Threads: DIN, NPT, BSP
Flange: DIN, ANSI, JIS
Clamp
DIN 11851
Others on request

Various process connection materials:

M. No. 1.4571
Hastelloy C4 M. No. 2.4610
PVDF with in Hastelloy C4 M. No. 2.4610 earthing ring
Titanium
Others on request

Operating principle	pulsed constant field (DC)
Measuring accuracy¹	error of measurement: ±0,4 % ±1 mm/s of MV repeatability: ± 0,15 % of MV
Liquids	min. conductivity: 20 μS/cm min. flow velocity: 0.25 m/s (0.82 ft/s) max. flow velocity: 10 m/s (32.8 ft/s)
Temperature limits	process connection - metal: 0 °C to +150 °C process connection - PVDF: +120 °C / 3 bar; +50 °C / 10 bar
Tube materials	zirconium oxide
Electrodes materials	platinium 99,9 %, sintered
Process connections	Thread: DIN, NPT, BSP Flange: ANSI B 16.5 (Tri-) Camp/DIN 11851 others on request Materials: stainless steel Mat. No. 1.4571, Hastelloy® C4, PVDF, titanium