Define what makes a complete component batch at the receiving process. Share part geometry and variation, bulk condition, required count and delivery pattern, including the incomplete or uncertain batches that must be handled separately.
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Photographs illustrate component feeding and transfer. Batch identity, quantity and release must be proved using representative parts and the actual receiving process.
Define the component identity, required quantity and container or receiving station for each batch. Decide how the count is confirmed and what happens after an interrupted cycle. Trial short batches, extra parts and changeover between recipes, with a clear rule for releasing or holding an uncertain batch.
The receiving operation needs the right parts and quantity, not simply a sensor count. Define where the batch begins and ends, how it is contained, and what authorises its release to assembly, kitting or packing.
List component identity, quantity and whether a batch contains one part type or several. State how recipes are selected and checked. If mixed kits are required, distinguish the count for each component from the total count so one incorrect part cannot mask a missing part.
Trial real bulk parts, including pieces that overlap, nest, cling or arrive tangled. Decide what the counter can actually distinguish under those conditions. Record the preparation and presentation needed before a count is accepted, rather than assuming every sensor event represents exactly one component.
Show the chute, gate, container or fixture receiving each batch. Check that a trailing part cannot enter the next batch and that released parts cannot remain in a transfer path. The physical boundary between batches needs to agree with the software count boundary.
Define ready, batch available, release and receipt states. Include a missing or full receiving container and the time needed for replacement. If the downstream station stops, decide whether parts remain safely contained or the batch is held for a controlled recovery.
Agree how the system treats a power interruption, jam or manual removal after counting has begun. An uncertain quantity needs a defined hold, recount or discard route. Resetting a counter should not silently certify that the physical contents now match the selected recipe.
Count accepted complete batches at the receiving operation and inspect the delivered parts for damage. Include hopper refill and low-level running. Compare performance across normal supplier variation, not just a prepared sample of parts that feed unusually well.
Use the selection guide to organise the comparison, then send the application details for review.
The right choice changes with component geometry and variation for counted component batch delivery, surface, fragility and entanglement behaviour, your line layout and required results.
Carry the application decisions into a documented review and an agreed test or inspection plan.
Define the required quantity for each part and receiving container.
Trial normal, nested, tangled and marginal components through the actual handover.
Test incomplete batches, extra parts, interrupted cycles and container absence.
Keep approved recipes, setup checks and a documented uncertain-batch procedure.
Your final solution for counted component batch delivery must reflect the law, current standards and site-specific risks that apply to your installation.