Case 01Holding the copolymer balance through a run
Composition is checked on samples drawn on the lab's schedule.
With the probe: the balance is a trend on the DCS, and a drift is corrected during the run.
Halar ECTFE at Orange / Use cases
Use casesThree situations from a fluoropolymer shift.
Each case starts with a common way the decision is taken and shows what changes when the value comes from the process.
01Situations from the shift
Where a reading changes the decision.
Case 01
Case 02A wire and cable customer asks about a lot
The answer comes from the lot's lab results.
With the probe: each lot carries a composition record next to the melt-flow result from your lab.
Case 03The right powder in the right bag
Grade identity rests on the lot paperwork and a lab test.
With the probe: each lot is checked against its reference spectrum at-line before packaging, and the result is stored with the lot.
02The platform
What comes with every installation.
Catalog values for Spectrally X1 INLINE. The figures for your process come from the feasibility study on your samples.
Per reading
~5s
From spectrum to a process value. Acquisition time is configurable from 5 to 300 s.
Reagents
0
Routine operation runs without reagents or consumables. Rated laser lifetime is a minimum of two years.
Channels
2
Two measurement points per cabinet as standard, with more on request.
To the line
5.5mo
Typical time from the first workshop to a running installation: 3 to 5.5 months.
03What your study returns
What the feasibility study hands back to Orange.
Model
A model per value
Each value checked against your lab's reference method, on your samples.
Range
The validity range
The composition, temperature and pressure range the model covers, stated in the report.
Points
The first two points
Recommended locations, with process connection and holder, checked against the probe rating.
Savings case
Your numbers
The gain quantified as a documented scenario on your own data.
Aleksandra Łukasiewicz
Head of International Sales
Hope you find it interesting. Please contact us and talk about our analysis in detail.
a.lukasiewicz@gekkophotonics.com+1 804 593 0282