Monday Knowledge Snippet (MKS) – 57 TM 9.3 Package Building: From Order to Freight Unit
For the created Forwarding Order Type having the package building activated using the Freight Unit Building rule, we create an order and enter the mandatory fields (I focus today on the items as this is no FWO MKS 😉 ). Having defined the start and destination, entered some times, and maybe business partner, I add the very first product to the order. In my example 70 pieces.
When saving the order, the Freight Unit Builder runs and creates depending on my setting the FUs for planning. I can see this in the order under document flow:
Checking the FU, I find under the items now some new information:
The Package Builder has created a new package item for my ordered product. I can see that it:
- used the package material (PB_PAL_01) and unit of measure (PL1) I have defined in the product – package type assignment
- calculated the quantity (90 pieces make up a full pallet, the package quantity for an incomplete package is calculated actual height (product layer stack plus package material height) / defined maximum height)
- considered the package material weight (10 kg)
- filled the package item dimensions (length, width, height)
Remember, the PB can only this when the required definitions are available. Whenever something is missing, the FU item will look like the FWO item.
Next step would be to increase the product quantity in the order item, let us say to 100. Result now is a full package (90 pieces) and an incomplete package (10 pieces). Again increasing the product quantity and having set a limit of packages per FU, you can force the FUB to create more than just 1 FU. For example having set this limit to 2 and ordering 200 pieces of the product, should create an FU containing 2 full packages and another FU with 1 package (20 pieces).
Making it a bit more interesting, I add more products:
The PB considers now the available definitions and creates an FU looking like this:
The FU now contains 2 mixed packages. From here on it gets complicated as you might guess. In my example the PB did split the product PB_MAT_01 and put it on 2 different mixed packages. Of course it is possible to steer this and for example force the function to keep this product together. I did not do this to trigger some discussion here… 🙂
Next MKS will finally focus on the PB logic and the different steps it applies.