Show TOC

Bills of material: changes in BOM reporting

Description

For Release 3.0, the screen layout and the handling of the BOM reporting functions have been changed.

1. The initial screens of all BOM reporting functions have been changed.
In this group, you maintain the following two profiles:
Each profile is allocated to a list identification, whose maximum blocks contain all the fields that can possibly appear on the list. The display blocks assigned contain all the formatting information for the displayed list and the print list.
Note:
To date, each BOM explosion or where-used list is set up according to a standard profile, which is allocated to a list ID.
2. As for the where-used list, the following functions have changed:
In the where-used list for classes, the data group Used in is not displayed because to date class items can only exist in material BOMs.
If the system finds that a material or document is used in several BOM categories, it divides up the where-used list per BOM category, starting each BOM category on a separate page.
Exception messages are displayed at the bottom of the list.
Note:
In a where-used list for a material, the default BOM category is "material BOM", and in a where-used list for a document, the default is "document structure".
Exception messages are displayed on a separate page after the last where-used path.
Entry Meaning
Blank no plant (group BOM)
* all plants
If, for example, you want to display the where-used list of a material across all plants, you must enter the special character * in the field plant on the screen view.
3. The following functions for the where-used list are new:
If you select "multi-level" and the system finds occurrences of the material at several BOM levels, the explosion level is displayed in column Lv).
The end of a where-used path is indicated by a separator line.
Example: Where-used list for material A
Material A is contained in the bill of material of material B. This bill of material is in turn item B of the bill of material for material C.
The following where-used path for material A results:
Explosion level Material
1 B
2 C