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Economical Magnetic Inductive Flowmeters

Supplier: ESM Australia

The new compact type MIK magnetic-inductive flowmeters of KOBOLD Messring GmbH.


The Economical Magnetic Inductive Flowmeters is distributed nationally by ESM Australia have a variety of measuring ranges and are available in an incomparable range of designs.

Measuring ranges start at 0.05 L/min and currently end at 100 L/min. Six different measuring tube sizes from G ½ male to G 1½ male are perfect for users with small to medium-sized measuring ranges. A second generation of flowmeters, will soon be in series production, which will cover measuring ranges up to 800 L/min. This device series combines the largest measuring range spectrum and the most design options with the lowest market price.

Various material combinations are possible for different media in the chemical industry. Flow housings are available in PPS with stainless steel electrodes and PVDF with Hastelloy electrodes. A variety of seals are available in NBR, FPM, or the highly chemically resistant FFKM.

Installation is quick and easy thanks to practical material-specific connection possibilities, such as gluing plastic tubes, welding pipes, or attaching hoses.

For many applications like the monitoring of additives or cooling agents, totalising, or filling, the devices which use the magnetic-inductive principle of measurement, are an optimum and cost-effective solution. These compact measuring instruments measure the flow rates of electrically conductive liquids with a high degree of precision and are not influenced by the medium and its material characteristics like density, viscosity, or temperature. Particular advantages include uninterrupted flow of the medium, no moving parts, and installation in any position desired.

Matching electronics are offered for the various tasks. This ranges from designs with only switching or analogue output to those with counting and dosing electronics, which offer numerous setting possibilities and outputs. Displays that are easy to read even in poor light ensure dependable on-site information.