How To Fix OB407 - Movement type 107/109 is not supported with HPM/TDP material

SAP Error Message - Details

• Message type: E = Error

• Message class: OB - IS-OIL Downstream TDP messages

• Message number: 407

• Message text: Movement type 107/109 is not supported with HPM/TDP material

What causes this issue?

The new movement types 107 and 109 delivered as of EC 6.0 are not
supported for materials with HPM/TDP functionality. However the movement
types 107 and 109 are supported for materials without HPM/TDP
functionality .

The system issues an error message and will not allow you to continue with this transaction until the error is resolved.

System Response

How to fix this error?

Please use movement types 103 and 105 for materials with HPM/TDP
functionality to post goods receipts to purchase orders in blocked
stock.

Procedure for System Administrators

Error message extract from SAP system. Copyright SAP SE.

Smart SAP Assistant

• What is the cause and solution for SAP error message OB407 - Movement type 107/109 is not supported with HPM/TDP material ?

  The SAP error message OB407 indicates that movement types 107 and 109 are not supported for materials classified as HPM (High-Performance Materials) or TDP (Technical Development Products). This error typically arises when trying to perform a stock transfer or a goods movement that is not allowed for these specific material types.
  
  Cause:
  
  Material Classification: The materials in question are classified as HPM or TDP, which have specific handling and movement restrictions in the SAP system.
  Movement Type Restrictions: Movement types 107 (goods receipt for stock transfer) and 109 (goods receipt for returns) are not configured to handle HPM/TDP materials due to their unique characteristics and handling requirements.
  
  
  Solution:
  
  Check Material Type: Verify if the material is indeed classified as HPM or TDP. You can do this by checking the material master data in SAP.
  Use Alternative Movement Types: If you need to perform a goods movement for HPM/TDP materials, consider using alternative movement types that are