Inspection Profiles
About Inspection Profile
An Inspection Profile is a combination of an Equipment record, Inspection Profiles, and Inspection Methods that together determine which equipment subcomponents need to be inspected and the methods that will be used to inspect them. Specifically:
- The Equipment record represents the equipment that needs to be inspected.
- Inspection Profiles represent subcomponents of the equipment that need to be inspected. Each Inspection Profile is linked directly to the Equipment record.
- Inspection Methods represent how you plan to inspect each subcomponent. Each Inspection Method is linked to an Inspection Profile.
Details
After you define the Inspection Profile for an Equipment record, when you create an Inspection Task to use for inspecting the equipment, you can define the scope of that individual inspection event by selecting which subcomponents (Inspection Profiles) and methods (Inspection Methods) you want to include in the inspection. In other words, after an Inspection Profile exists for an Equipment record, you can pick and choose which parts of the profile you want to include in each future inspection of the equipment.
If the Event Configuration is set up correctly, when you create an Inspection that is linked to an Equipment record, General Findings will be created automatically according to the Inspection Scope for the Equipment record.
Additionally, if the Application Configuration is set up correctly, Inspection Profiles will be created automatically for Equipment records that are not yet linked to Inspection Profiles.
About Inspection Scope
While each piece of equipment has one Inspection Profile, each time that you identify a need to inspect a piece of equipment, you will need to define the Inspection Scope for that individual inspection event. Each Inspection Scope defines the equipment subcomponents that need to be inspected in a given inspection, and the methods that should be used to inspect them.
What is an Inspection Scope?
An Inspection Scope consists of the following items:
- An Equipment record, which defines the equipment that should be inspected.
- An Inspection Task, which provides details about the inspection event that should be performed, including information such as the desired inspection date and any minimum or maximum date ranges for the inspection event. The Inspection Task is linked to the Equipment.
- One or more Inspection Profiles, which define the subcomponents that should be inspected.
- One or more Inspection Methods, which define the methods that should be used to inspect the individual subcomponents.
To define an Inspection Scope, you will need to create an Inspection Task or find an existing Inspection Task to link to the Inspection Profile.
How is an Inspection Scope Used?
Each Inspection Scope consists of an Equipment record, an Inspection Task, one or more Inspection Profiles, and one or more Inspection Methods.
When you create an Inspection that is linked to an Equipment Record, the APM system generates General Findings automatically. The number of findings that are created automatically is based on the Inspection Profiles and Inspection Methods included in the Inspection Scope.
About Creating and Modifying Inspection Scope
When you create a new Inspection Scope, you will need to:
- Select the equipment for which you want to create a new Inspection Scope.
- Select the subcomponents (i.e., Inspection Profiles that you want to inspect).
- Select the Inspection Methods that you want to use for the selected subcomponents.
- Create a new Inspection Task that you want to include in the new Inspection Scope.
Details
If more than one inspection interval is defined for a particular task type, the Desired Interval field will be populated with the most conservative (i.e., lowest), non-zero inspection interval.
Example: Inspection Scope
For example, suppose that you define an Inspection Scope that includes the Inspection Task type CUI, which is associated with the following APM records and families:
- The Functional Location record that represents Unit A.
- Criticality Calculator RBI Components families Criticality RBI Component - Exchanger Bundle and Criticality RBI Component - Exchanger Header.
- The Equipment record with the Record ID HXST 55.
Now, suppose that the time-based inspection settings listed in the following table have been created:
Time-Based Inspection Setting | Unit | Component Family | Equipment | Task Type | Inspection Interval |
---|---|---|---|---|---|
1 | N/A | Criticality RBI Component - Exchanger Bundle | N/A | CUI | 48 |
2 | Unit A | N/A | N/A | CUI | 36 |
3 | Unit A | Criticality RBI Component - Exchanger Bundle | N/A | CUI | 24 |
4 | Unit A | Criticality RBI Component - Exchanger Header | N/A | CUI | 10 |
5 | Unit A | N/A | HXST 55 | CUI | 12 |
In this case, the Desired Interval field in the associated Inspection Task record will be populated automatically with the value 10 (i.e., the most conservative inspection interval).