V4.3.0.5.8 Release Notes

Asset Health Manager

Description	Tracking ID
Previously, in the <Asset Name> workspace, links for Asset Health Manager did not appear. Additionally, when you accessed the Health Summary page, the page loaded slowly, and error messages appeared. This issue has been resolved.	DE107406

Asset Hierarchy

Description	Tracking ID
Previously, in the Asset Hierarchy, when you searched for an asset, duplicate records appeared in the search results. This issue has been resolved.	DE106375
In the Asset Hierarchy, when you select an asset, the summary for the asset for a given module now appears only when you select the tab corresponding to the module in the <Asset Name> workspace. This enhancement significantly improves the performance of the system when GE Digital APM loads the module-specific data for the asset.	US340188

Asset Strategy Management

Description	Tracking ID
Previously, in the Implement Actions workspace, if you modified an action and then selected , the link in the Implementation column disappeared.	DE104882

Calibration Management

Description	Tracking ID
Previously, if the Task ID field in a Calibration Task contained a slash (/) character, and you attempted to perform an automated calibration using a CMX device or a manual calibration, an error occurred. This issue has been resolved.	DE106167

Catalog

Description	Tracking ID
Previously, after you upgraded an Oracle data source, certain custom folders did not appear in the catalog under Public > Meridium. This issue has been resolved.	DE106171

Production Loss Analysis (PLA)

Description	Tracking ID
In the Production Data workspace, when you modified the value in the Actual column, the value in the Unit Key field of the Production Data record changed to 0.	DE106168

Risk Based Inspection (RBI) 580

Description	Tracking ID
Previously, when you calculated an RBI Criticality Analysis for a Heat Exchanger Bundle component, the following incorrect validations were performed: The values in the Operating Pressure and Operating Temperature fields, which were mapped from the shell side values on the RBI component were compared with the values in the Design Pressure and Design Temperature fields respectively, which were mapped from the channel side values from the component. The values in the Tube Operating Press Channel and Tube Operating Temp Channel fields were not compared with the design values. These issues have been resolved. Now, the following validations are performed: The values in the Operating Pressure and Operating Temperature fields that are mapped to the shell side values on the RBI Component are not compared with the design values. The values in the Tube Operating Press Channel and Tube Operating Temp Channel fields are compared with the values in the Design Pressure and Design Temperature fields respectively.	DE107540
Previously, you could calculate an analysis only if the Design Temperature of the component was greater than or equal to the Operating Temperature. The behavior was the same for both positive and negative values in the temperature fields. This issue has been resolved. Now, if the value in Design Temperature field is less than zero, you can calculate the analysis with any value in the Operating Temperature field. Similarly, you could calculate an analysis only if the Design Pressure of the component was greater than or equal to the Operating Pressure. The behavior was the same for both positive and negative values in the pressure fields. This issue has been resolved. Now, if the value in the Design Pressure field is less than zero, you can calculate the analysis with any value in the Operating Pressure field.	DE107538

Description

Tracking ID

Previously, when you calculated an RBI Criticality Analysis for a Heat Exchanger Bundle component, the following incorrect validations were performed:

The values in the Operating Pressure and Operating Temperature fields, which were mapped from the shell side values on the RBI component were compared with the values in the Design Pressure and Design Temperature fields respectively, which were mapped from the channel side values from the component.
The values in the Tube Operating Press Channel and Tube Operating Temp Channel fields were not compared with the design values.

These issues have been resolved. Now, the following validations are performed:

The values in the Operating Pressure and Operating Temperature fields that are mapped to the shell side values on the RBI Component are not compared with the design values.
The values in the Tube Operating Press Channel and Tube Operating Temp Channel fields are compared with the values in the Design Pressure and Design Temperature fields respectively.

DE107540

Previously, you could calculate an analysis only if the Design Temperature of the component was greater than or equal to the Operating Temperature. The behavior was the same for both positive and negative values in the temperature fields. This issue has been resolved. Now, if the value in Design Temperature field is less than zero, you can calculate the analysis with any value in the Operating Temperature field.

Similarly, you could calculate an analysis only if the Design Pressure of the component was greater than or equal to the Operating Pressure. The behavior was the same for both positive and negative values in the pressure fields. This issue has been resolved. Now, if the value in the Design Pressure field is less than zero, you can calculate the analysis with any value in the Operating Pressure field.

DE107538

Risk Based Inspection (RBI) 581

Description	Tracking ID
Previously, you could calculate an analysis only if the Design Temperature of the component was greater than or equal to the Operating Temperature. The behavior was the same for both positive and negative values in the temperature fields. This issue has been resolved. Now, if the value in Design Temperature field is less than zero, you can calculate the analysis with any value in the Operating Temperature field. Similarly, you could calculate an analysis only if the Design Pressure was greater than or equal to the Operating Pressure and Operating Pressure was greater than or equal to zero. However, an appropriate message was not displayed if the validation failed. This issue has been resolved. Now, you cannot calculate the analysis with a negative value either in the Design Pressure or in the Operating Pressure field, and an appropriate message is displayed if the validation fails.	DE107538

Description

Tracking ID

Previously, you could calculate an analysis only if the Design Temperature of the component was greater than or equal to the Operating Temperature. The behavior was the same for both positive and negative values in the temperature fields. This issue has been resolved. Now, if the value in Design Temperature field is less than zero, you can calculate the analysis with any value in the Operating Temperature field.

Similarly, you could calculate an analysis only if the Design Pressure was greater than or equal to the Operating Pressure and Operating Pressure was greater than or equal to zero. However, an appropriate message was not displayed if the validation failed. This issue has been resolved. Now, you cannot calculate the analysis with a negative value either in the Design Pressure or in the Operating Pressure field, and an appropriate message is displayed if the validation fails.

DE107538

Rounds Data Collection

Description	Tracking ID
In the Asset Hierarchy, in the workspace for an asset, in the Health section, the Rounds Data Collection data for the asset has been removed.	US340624

Rounds Designer

Description	Tracking ID
To prevent timeout errors, performance when loading records using the Rounds Routes Data Loader has been improved.	DE106748