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Answers people kept. An answer turns stale when the data it cites changes; the reason and date are shown.
LineAllLine ALine BPlant-wideTopicAllProcessQualityStateAllStill currentStale

Saved

3 of 6 · grouped by line
Line A · 2
Saved answers, Line A
QuestionTopicSaved byConfidenceState
Line A viscosity driftViscosity rose 38 mPa·s over 9 batches with end-of-hold torque; a small agitator increase is modelled to bring it back.QualityQuality head A.20 OctModelled2430 to 2560 mPa·s after the changeStill current
Lot 3307 outlookPredicted viscosity sat near the upper spec; the band was unanchored at the time.QualityShift lead A.18 OctEstimated2540 to 2630 mPa·sStale since 19 Oct
Line B · 1
Saved answers, Line B
QuestionTopicSaved byConfidenceState
Light parts on cavity 2Part weight on cavity 2 recovered after Process raised hold pressure.QualityQuality head A.7 OctMeasured48.0 to 48.4 gStill current

Went stale

Why, and since when
Will a shorter hold work on Grade A-12? · since 17 OctModel of the mixer recalibrated to a-2.2 and its fit is no longer accepted; the safety filter has since withheld this change.Lot 3307 outlook · since 19 OctA correction was sent to Process after this was saved, and lab results for the lot are still missing.

By line and topic

Counts
LineTopicSavedStale
Line AProcess11
Line AQuality21
Line BProcess20
Line BQuality10

Evidence the thread behind each answer cites

Evidence
IdLabelClaimSaved answerProof
EV-A-1180MeasuredViscosity rose 38 mPa·s over the last 9 batches.Line A viscosity driftSource record
EV-A-1188MeasuredEnd-of-hold torque rose with it on the same batches.Line A viscosity driftLot 3307 viscosity save
EV-A-1191ModelledA small agitator speed increase would bring it back inside the band.Line A viscosity driftSource record
EV-B-2214MeasuredTwo proposals accepted on Line B, one waiting on Line A.Light parts on cavity 2Source record

Line A viscosity drift

Quality head A. · Line A · Quality
Still current

Viscosity rose 38 mPa·s over 9 batches with end-of-hold torque; a small agitator increase is modelled to bring it back.

ModelledBand 2430 to 2560 mPa·s after the change
Viscosity drift, Line AAgitator speed 150 to 158 rpmHigh viscosity on Grade A-12
Answer as saved, from the thread
Why is Line A viscosity drifting up this week?
ModelledWeakest of 3 cited claims
Why this confidence
Method
Each claim carries the label of its evidence; the answer takes the weakest. Uncited numbers are removed before an answer is shown.
Evidence
EV-A-1180, EV-A-1188, EV-A-1191
  1. Viscosity rose 38 mPa·s over the last 9 batches.EV-A-1180Measured
  2. End-of-hold torque rose with it on the same batches.EV-A-1188Measured
  3. A small agitator speed increase would bring it back inside the band.EV-A-1191Modelled
Card, read-onlyAgitator speed 150 to 158 rpmWaiting
agitator: 150 to 158
ModelledViscosity2490 mPa·s90% interval 2430 to 2560
Spec 2380 to 2600 mPa·s (dashed). Driven by End-of-hold torque, Charge mass, Jacket inlet temperature.
Why this confidence
Method
Line model; band only, no single percentage
Model fit
Accepted, four checks passed
Evidence
EV-A-1188, EV-A-1191
Open in AskSaved 20 Oct