How is the Clustered HU Putaway functionality been used in EWM?
Thanks,
EB
Definition: To perform the putaway of several handling units (HUs) collectively by scanning the HU labels one after the other,we generally use putaway by HU (clustered). In other words, when business have requirement to combine multiple small HUs into single HU at packing work center, it is indispensable to perform the clustered putaway by HU.
This scenario can fit both at Inbound during ASN or during manufacturing order business performs partial manufacturing confirmations resulting in creating multiple inbound deliveries which small HUS. The final process is to streamline putaway of Mixed Pallets or Mixed HU containing cross inbound delivery HUS.
Consider the above Pallet as Mixed Pallet containing multiple HUS. The concept of clustering is conducting putaway of individual Hus one by one, either by system guided o according to warehouse task, product, or HU. This blog will deal with system guided.
2. Scan all the HU present in Pallet, system created N counters( N:N ratio, HU to counter)
3. Start confirming WT one HU using system guided.
4. GR and putaway is completed
2) In case of Nested HU.
Several Inbound deliveries are created with reference of Purchase order or Manufacturing order with HUS,
Packing multiple HUS at work center in 1 HU, Clustering the HUs at WC
and using SAP standard RFUI menu of Putaway HU clustered
Since this HU WT, so scan the below fields.
Source HU
Destination storage bin
Destination HU
.
Clustered HU putaway is conducted and Parent HU is moved to the required bin
Putaway of Parent HU( Clustered Implicit Putaway) updates all the inbound deliveries.
It is up to business requirement whether the stock should be in HU form or in loose form at final destination bin, if final source storage type is non HU managed, then HU information will not be stored at final bin, only stock will be updated. The empty HU remains in the source storage bin and may be deleted according to the settings of the packaging material type.
Hope you enjoyed this short blog!
Best regards
Shailesh Mishra
Definition: To perform the putaway of several handling units (HUs) collectively by scanning the HU labels one after the other,we generally use putaway by HU (clustered). In other words, when business have requirement to combine multiple small HUs into single HU at packing work center, it is indispensable to perform the clustered putaway by HU.
This scenario can fit both at Inbound during ASN or during manufacturing order business performs partial manufacturing confirmations resulting in creating multiple inbound deliveries which small HUS. The final process is to streamline putaway of Mixed Pallets or Mixed HU containing cross inbound delivery HUS.
Consider the above Pallet as Mixed Pallet containing multiple HUS. The concept of clustering is conducting putaway of individual Hus one by one, either by system guided o according to warehouse task, product, or HU. This blog will deal with system guided.
2. Scan all the HU present in Pallet, system created N counters( N:N ratio, HU to counter)
3. Start confirming WT one HU using system guided.
4. GR and putaway is completed
2) In case of Nested HU.
Several Inbound deliveries are created with reference of Purchase order or Manufacturing order with HUS,
Packing multiple HUS at work center in 1 HU, Clustering the HUs at WC
and using SAP standard RFUI menu of Putaway HU clustered
Since this HU WT, so scan the below fields.
Source HU
Destination storage bin
Destination HU
.
Clustered HU putaway is conducted and Parent HU is moved to the required bin
Putaway of Parent HU( Clustered Implicit Putaway) updates all the inbound deliveries.
It is up to business requirement whether the stock should be in HU form or in loose form at final destination bin, if final source storage type is non HU managed, then HU information will not be stored at final bin, only stock will be updated. The empty HU remains in the source storage bin and may be deleted according to the settings of the packaging material type.
Hope you enjoyed this short blog!
Best regards
Shailesh Mishra