07 Features
Predictive maintenance
A failure almost never arrives without warning. It arrives without anyone watching the signal that had been announcing it for weeks.
Illustrative figures.
How it works
Watch the ratio, not the value
Calendar maintenance services machines that are fine and misses the ones about to break, because the calendar does not look at the machine. Run-to-failure costs less in parts and far more in downtime.
History comes first
Drift is recognised against normal behaviour, and normal behaviour is observed rather than declared. This rung does not work without the first one: that is why the ladder is a ladder.
Watch the ratio, not the value
Absolute consumption moves with load and says nothing. What drifts is the ratio between quantities: energy per unit produced, draw at equal flow, temperature differential at equal duty.
The threshold follows the conditions
A fixed threshold fires all summer and stays quiet all winter. A threshold computed on current conditions reports the deviation, which is the thing you care about.
The alert reaches whoever decides
A notification with the value, the machine and how long the drift has been running. Without the "how long", the alert becomes one more thing to ignore.
What comes out
What comes out
No model invents the warning: how much notice you get depends on the signal and on the length of the history it was built on.
It does not work without the first rungWhere it is used
In every industry, no exceptions
The protocol changes, the way of working does not. It is why the same measurement layer sits under plants that have nothing in common.
Nearby features
The step before and the step after
How long has that machine
been drifting?
Tell us which quantities you already record: from there we can see whether the history is enough to catch a drift.