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  • INTEGMA
  • GRTO (Goods Receipt Transfer Order)

GRTO (Goods Receipt Transfer Order)

The Goods Receipt (GR) process is a critical step in the Integma Inbound workflow, marking the transition of goods from the logistics domain into the production area. This process is initiated when goods arrive at the production facility and are formally received into inventory through a Goods Receipt transaction in SAP. The GR process is closely linked to the Transfer Order (TO) creation, which is triggered by the arrival of goods and the subsequent need to move them into the production area.

Flow

The Gr to Notification connector package must be configured and enabled in ERP Connectivity.
grto

Data Structure Description

The GR process expects a goods receipt warehouse task containing the delivery information, with multiple possible delivery positions and packaging units.

Simplified overview of Goods Receipt Warehouse Task data structure

  • Goods Receipt Warehouse Task

    • Delivery

      • Delivery Position

        • Delivery Note Position (delivery position of packaging unit)

        • Material Number ID

        • Quantity

        • Quantity Unit

      • Packaging Unit

        • Label Fields

        • Sub Packaging References (references to any sub-packaging units)

        • Content (1: Material, 3: Sub Packaging Unit)

      • Delivery Position

        • …​

      • Packaging Unit

        • …​

Business Logic Description

The GR process involves several key steps and business rules that ensure the accurate and efficient handling of goods as they are received into the production area. This includes:

  • Process

  • Validations

  • Fallback behaviors

  • Possible Successs

  • Possible Warnings

  • Possible Errors

Process

  1. Verify incoming Goods Receipt object structure:
    Upon arrival, goods receipt structures are inspected and verified to ensure accuracy and completeness.

    • Delivery and Delivery Positions are checked if mandatory fields are filled.

    • Check for duplicated labels within the incoming Delivery to ensure each label is unique and not repeated.

    • Check mandatory fields of Labels within Packaging Unit.

    • Check if there is any Packaging Unit whose Delivery Position does not exist.

    • Check if there are any Sub Packaging References that are containing Identifiers which are not existing on the received object’s Packaging Units.

  2. Convert Goods Receipt Items to internal material management objects: Labels:
    The verified items are then converted into internal material management objects within the Material Management system, enabling better tracking and management of the received goods.

  3. Manage Labels:

    • For new labels (Create Flow): Labels from the incoming goods receipt are created as new entries in the system.

    • For existing labels (Update Flow): Already existing labels are updated to reflect the latest information and status. This can only be done as long as the label’s state is not in production. Expiration dates can always be updated.

  4. Create Event for Goods Receipt flow:
    An event object is created and saved (or updated) within the system to track the progress and status of the Goods Receipt process.

  5. Return result information:
    The system returns relevant information about the Goods Receipt process, including any errors or warnings encountered during the flow.

Validations

Location Field Validation

Delivery Header

Plant

Required

Delivery Header

Timestamp

Required

Delivery Header

LanguageISOCode

Required

Delivery Header

Packaging Units

Required and not empty

Related Inbound Delivery

Vendor Number

Required and not empty

Related Inbound Delivery

External Delivery Identifier

Required and not empty

Related Inbound Delivery

Delivery Identifier

Required and not empty

Related Inbound Delivery

Delivery Date

Required

Delivery Position

Delivery Position

Required and not empty

Material of Delivery Position

Material Number

Required and not empty

Material of Delivery Position

Quantity

Required

Material of Delivery Position

Quantity Unit

Required

Label

Identifier

Must not be duplicate

Label

Identifier

Required

Label

Label Fields

Not empty

Label

Quantity

Not empty and Unit can’t be empty if Amount is 0.

Label

Packaging Unit Content

Required

Label

Delivery Note Position

Required if Packaging Unit Content is Material

Label

Sub Packaging references

Required and not empty if Packaging Unit Content is Sub Packaging References

Label Fields

Is Smallest Packaging Unit

Required

Label Fields

Customer Order Position

If provided, must be a number shorter than the defined maximum (10 digits).

Label

General

Label must not have multiple parents

Label

General

Labels should not have circular references between Packaging Units and Sub Packaging Units.

Fallback behaviors

Field Fallback

Identifier missing in label fields

Packaging Unit’s Identifier is used

Quantity amount is missing

Quantity amount is entered as 0

Package Identifier is missing from label fields

The label’s identifier is entered as the package identifier

Possible successes

Success Code Success Description

1000

Processed successfully

Possible warnings

Warning Code Warning Description

2001

Blocking rules check failed

2002

Expiration date check failed

2003

Quantity check failed

Possible errors

Error Code Error Description

3000

Duplicate material ID detected

3010

Pre-validation failed

3011

Required field is missing during pre-validation

3012

Incorrect delivery note references in GTL Label

3013

Subpackaging references link to a non-existing packaging unit

3014

Subpackaging references have multiple parent units

3015

Circular reference detected in subpackaging

3016

Duplicate identifier found in message

3017

Identifier already exists in the database

3018

Identifier does not exist in the database

3019

More batches than allowed

3020

Operation prohibited by label state

3021

Field value differs from parent label

3024

Label field length is not acceptable

3030

Data annotation validation failed

3040

Parent object has a problem

3050

Object conversion failed

3051

Label cannot be parsed during object conversion

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