MagFlux Q fits widely into all types of waste water applications. The short build-in length and corrosion free construction makes MagFlux Q perfect for measuring inbound flow.
Waste water pumped from one district to another can be measured and as the counters are MID certified, the total counters can be used for billing. MagFlux Q measures in both directions for perfect waste water transfer solutions.
MagFlux Q can easily be connected to other MJK devices such as Mµ Connect RTU and communicat via RS485 ModBus.
MagFlux Qis the perfect solution when tracing water loss. The super lightweight construction allows simple mounting procedure of a MagFlux Q, even in a district well.
The device is corrosion free and the converter can be IP68 secured from factory or after mounting.
MagFlux Q measures with very high precision even at flow rates of 0.1 m/s, which makes it one of the most attractive flow-meters when you are eliminating water loss by measuring night flow.
MagFlux Q works in network with other MagFlux devices and communicates via 4-20 mA, RS485 or ModBus.
When measuring salt water - or even heated salt water - with high precision, MagFlux Q is your perfect tool.
Four build-in Hastelloy C electrodes provide optimal measurement even at 0.1 m/s.
MagFlux Q is constructed in ABS and is not just rugged, but also corrosion free.
The device is developed for, and tested by, leading producers of aqua culture applications and also tested by Technological Institute Aarhus, Denmark.
Exact measurements, even though MagFlux Q is mounted with a build-in length of merely 1:1 of DN, combined with its light weight, makes MagFlux Q ideal for naval construction also.
High precision, long life time and trustworthy documentation.
MagFlux Q measures better than +/- 0.25% precision and is created to work in harsh environments.
The body is constructed in ABS and the Hastelloy C electrodes enables measurement of salt water, heated salt water or conductive liquids containing corrosive content without issues even in the long run.
The improved electromagnetic field will provide exact measurement even using a build-in length of only 1:1 of DN.