openlabelengine

Pallet data → allocated identifier → label

Keep the pallet identifier
with the print request.

Combine shipment data and allocated serial values in a reusable label. Review the encoded identifier, requested labels and recorded outcome as connected parts of the dispatch process.

Northline Parts · illustrative pallet

One pallet carries
several different quantities.

Lucie is preparing a dispatch pallet. The units in each pack, the number of packs and the requested label copies have different meanings.

The SSCC identifies the logistics unit, such as a pallet, case or parcel. Follow the GS1 SSCC guidance and the receiving partner's requirements when defining the identifier and label.

This is a design and evaluation scenario. The executed Northline order demonstration used ordinary packing labels; it did not allocate or print this pallet's SSCC.

Synthetic dispatch data to use when designing the workflow
FieldExampleMeaning
Pallet referencePLT-DEMO-0042Internal reference for this example.
ShipmentSHP-DEMO-0780The business record to relate to the label request.
Part and lotBRG-6204 / LOT-260926-AContent information supplied by the order.
Units per pack24Goods inside one pack.
Packs on pallet40Contents of the logistics unit.
Requested copies2A separate print-request decision to evaluate on the chosen path.

From allocation to dispatch

Make each handoff
explicit.

  1. Define the identifier inputs

    Choose the organization-owned GS1 inputs and the serial source. Keep the internal pallet reference and the SSCC distinct in the data model.

  2. Configure the sequence and allocation

    Use a Center-managed counter referenced by the label. Review how the local service receives allocated values and what happens when the available block is exhausted.

  3. Build the identifier and barcode data

    Use the supported GS1 functions to compose the SSCC and check digit, then bind the intended application-identifier content to the barcode. Review representative values before dispatch use.

  4. Inspect the complete label

    Check shipment text, content quantities, barcode size and readable identifier together. Use the actual media and scanner requirements for the receiving operation.

  5. Request the intended labels

    Choose the printer and the copy behavior for the configured path. Decide how multiple labels for the same pallet retain the intended identifier before running the process.

  6. Reconcile allocation and delivery

    Follow the allocated value into the request's recorded data and delivery outcome. A consumed number and a physically applied pallet label are separate facts to reconcile.

Unused allocations

Allocated sequences can contain gaps. Include unused values and service restarts in the review; a gap alone cannot tell you whether a physical label was produced.

Repeated requests

Decide whether the operation needs another copy for the same logistics unit or a new identifier for a different unit. Review a previous uncertain result before issuing more labels.

Connection interruptions

Local availability depends on the deployed documents, data, printer and remaining allocated values. Evaluate that combination before relying on a disconnected workflow.

Plan for connection loss →

Acceptance belongs at the receiving point too

Validate the encoded content and physical sample with the process that receives the pallet. A rendering preview or a template name does not establish GS1 certification, partner acceptance or a gap-free physical printing history.

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