Task list types
You can plan an inspection during production with inspection point processing for the following task list types, depending on the order type:
Detailed information on... |
...can be found in the document: |
Routings |
PP - Routings |
Rate routings |
PP - Routings |
Master recipes |
PP-PI Production Planning - Process Industries |
Settings in the task list
You make the settings for an inspection during production with inspection point processing at the header, operation, and characteristic levels of the task list. The following table provides an overview of the data that must be maintained in the task list:
Overview of settings in the task list
Level |
You maintain the following data |
Task list header |
Inspection points indicator |
|
User field combination for inspection points | |
|
PL assignment indicator | |
Operation (detail screen) |
Inspection interval (reference: quantity, time, freely defined) |
|
Last PL assignment indicator* | |
|
Quan. pt. lot (for time reference)* | |
Inspection characteristic |
Sampling procedures |
* Optional
For inspection point processing, you must maintain the following data in the task list:
By specifying a user field combination in the header of each task list, you can override the plant-dependent settings defined in Customizing.
If you do not maintain this field in the task list header, the system uses the respective settings defined in QM Customizing for the inspection lot.

You can store the field combination you normally use under user parameter QBK. The initial screen for recording results for inspection points will be configured accordingly. If this user field combination differs from the one assigned to the inspection lot, a dialog box with the current user field combination is displayed.
You can specify the level of detail in the task list header or in QM Customizing for a specific plant.
By specifying a level of detail for the partial lot assignment in the header of each task list, you can override the plant-dependent settings that are predefined in Customizing.
If you do not maintain this field in the task list header, the system uses the respective settings defined in QM Customizing for the inspection lot.
See also:
Customizing Settings for Inspections During ProductionYou define inspection intervals at the operation level. You must maintain the intervals if you specified inspection points in the task list header. You can specify the following types of intervals:
The inspection interval is printed on the inspection instruction and it appears in the worklist for results recording. In addition to serving as a planning value for results recording, the value for a quantity-based interval can also serve as a proposal for the quantity for a new inspection point.

The following example shows the effect of an inspection interval with quantity reference based on the following entries:
The interval for an inspection point includes 100 pieces, since a wire basket can hold 100 pieces of the operation quantity. You should inspect the goods in every second wire basket (inspection point).
You set this indicator to identify the operation for which you will perform the last production inspection (from a QM perspective) and make the last partial lot assignments, if applicable. The system proposes the inspection point/partial lot quantities for this operation when the goods receipt posting is made for the order. An automatic goods receipt posting is only possible for the operations for which this indicator is set.
If time-related inspection points are created in production, this indicator controls whether a quantity is associated with each inspection point or whether the quantity is only determined once for each partial lot.
If this indicator is set, the quantity is only determined once for each partial lot and is not increased with every inspection point. You should set this indicator, for example, if the same quantity will be inspected several times at different intervals. If the indicator is not set, the quantity in the partial lot is increased for each inspection point (that is, each inspection point corresponds to a produced quantity).
See also:
Maintaining Inspection Points in a Routing or Recipe
Maintaining Sampling Procedures for Inspections During Production