Define component drawings, tolerance range, permitted support features and final pick datum, then trial feeder-track transitions, accumulation and single-part release.
Track geometry starts with the required final pick datum and the component features permitted to support or locate the part. Provide drawings and samples spanning normal tolerances, finish, lubrication and supplier variations. Trial how that range behaves through transitions, accumulation and escapement release as the track fills and empties.
Use the component and interface checklist with the accepted-delivery trial plan. Record final position and component condition; do not infer the complete range from one selected demonstration part.
Plan feeder tracks and presentation tooling around real component variation, bulk condition, orientation, usable delivery rate and the downstream interface. Discuss representative part trials with Sorting Solutions. Use this guide to resolve component geometry and variation for feeder tracks & presentation tooling before it limits the final system.
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Record the component drawing revision, actual sample identity and condition, permitted support features and final receiving-tool datum. Note where the first deviation occurs if the existing track jams or presents the part incorrectly.
Include normal dimensional tolerances, finish, lubrication and supplier variation, with smallest and largest conditions represented. Assess transitions and release with full, draining and nearly empty tracks rather than one fill level.
Show how component variation changes support, orientation, transition behaviour, accumulation and final pick position. Keep track settings, interchangeable pieces, escapement and receiving-tool arrangement identified to the same setup record.
Provide the component drawing and parts spanning normal dimensional tolerances. Identify the features permitted to support or locate the component and the final face, axis and position required by the receiving tool.
Use components in their normal supplied condition, including finish, lubrication and supplier variation. Identify surfaces that must not be marked and check the delivered component after the complete track and release sequence.
State the required buffer and how components enter and replenish the track. Trial transitions, accumulation and restart with a full track and as it empties, including the effect on the leading component.
Define the final orientation and usable delivery needed by the receiving process. Count components presented in the agreed pick position rather than treating movement along the rail as an accepted delivery.
Show the receiving-tool envelope, final datum and part-present sensing. Assess the escapement for one-part release, no demand, a blocked destination and recovery after an interrupted transfer.
Record the sample condition and first point of deviation for jams, overlapping, wedging, marking or incorrect presentation. Retain the observed result and controlled recovery; a recurring jam does not by itself establish that a track needs widening or more drive.