Protect machinery by watching the water
Industrial water systems are the lifeblood of your facility — and dissolved metals are how that water tells you it is about to damage something: scale forming, corrosion running, treatment slipping.
Where continuous data changes the job
Scale before it forms
Calcium, magnesium, barium trends show saturation drifting toward precipitation — while treatment adjustment still prevents it.
Corrosion made visible
Rising iron and copper are your pipes and exchangers dissolving. A live trend is the earliest affordable warning.
Treatment verification
Softening, antiscalant, and inhibitor programs verified continuously instead of assumed between tests.
Commonly monitored metals
Choose up to 5 concurrent analytes for your application — every metal links to its own page.
“The fact that it can handle the high TDS and the harsh conditions we have on-site is what really sets it apart from the other sensors we’ve looked at.”
Machinery Protection FAQ
How does water data protect machinery?
Scale and corrosion are water-chemistry events before they are equipment failures. Continuous metal trends surface the chemistry drifting — in time to treat the water instead of repairing the machine.
Which systems does this apply to?
Cooling circuits, boiler feedwater, heat exchangers, membranes — any high-value asset whose enemy is the water inside it.
What replaces the weekly water test?
Nothing is replaced — the weekly test gains a continuous context: hardness (via direct Ca/Mg), iron, and the scale formers, trending around the clock.
Built to run itself
Self-cleaning, self-calibrating, one reagent — and a ~15-minute daily check is all it asks of your operators.
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