What is lower-level element list in SAP QM-PT-FA - Failure Mode and Effects Analysis?

SAP Term: lower-level element list

• Component: QM-PT-FA

• Component Name: Failure Mode and Effects Analysis

• Description: Contains all elements that the object of the FMEA is composed of, or contains all process steps that precede the FMEA object. The lower-level element list contains all elements on whose functions the FMEA object depends. The links specified in the lower-level element list are used to form structure, failure, and function nets that span the whole FMEA. A lower-level element list is not an autonomous component; it is only ever created for an FMEA.

Smart SAP Assistant

• Key Concepts: 
  Lower-level element list is a feature of the QM-PT-FA Failure Mode and Effects Analysis component of SAP. It is a list of elements that are used to identify and analyze potential failure modes and their effects on the system. The list includes items such as components, processes, and materials that can be used to identify potential failure modes. 
  
  How to use it: 
  The lower-level element list can be used to identify potential failure modes and their effects on the system. It can be used to analyze the system and identify areas where improvements can be made. The list can also be used to create a plan for addressing any identified failure modes. 
  
  Tips & Tricks: 
  When using the lower-level element list, it is important to consider all possible elements that could contribute to a potential failure mode. This includes components, processes, materials, and other factors that could affect the system. Additionally, it is important to consider how each element could interact with other elements in the system. 
  
  Related Information: 
  The lower-level element list is part of the QM-PT-FA Failure Mode and Effects Analysis component of SAP. This component also includes features such as root cause analysis, risk assessment, and corrective action planning. Additionally, there are other components of SAP that can be used to analyze potential failure modes and their effects on the system.