RBI 581

About RBI Data Loaders

GE Digital APM, through the Risk Based Inspection module, provides the functionality to carry out an RBI Analysis on various types of RBI components to calculate corrosion rate, and the probability and consequence of failure, and then develop intelligent strategies. Using the RBI Data Loaders, you can generate all components for a Process Unit along with the associated analyses.

About the Risk Based Inspection (RBI) 581 Data Loader

Using the Risk Based Inspection (RBI) 581 Data Loader, you can implement Risk Based Inspection when you have RBI data in a legacy system, which is not supported by GE Digital APM. To import data using the Risk Based Inspection (RBI) 581 Data Loader, GE Digital APM provides an Excel template, RBI_581_Data_Loader.xlsx, which supports baseline Risk Based Inspection GE Digital APM. You must export your legacy system so that the data can be used to populate the template. The data from the template will then be imported into GE Digital APM using the Risk Based Inspection (RBI) 581 Data Loader.

Note: The Excel template is referred to throughout this documentation as the data loader workbook.

The data loader workbook can be used in the following scenarios:

Create or update components
Create analyses
Loading components and risk analysis data into GE Digital APM so that you can retain visibility into the analysis details and calculations, and generate recommendations.
Calculate risk, probability and consequence of failure, and then utilize the Inspection Planning feature to mitigate the risk by the plan date.

After importing the data, the Risk Based Inspection (RBI) 581 Data Loader creates the following records in GE Digital APM:

Criticality Calculator RBI Component
RBI 581 Risk Analysis
RBI Consequence Evaluation
RBI 581 Thinning and Lining Evaluation
RBI 581 External Damage Evaluation
RBI 581 External Cracking Damage Evaluation
RBI 581 Cracking Damage Evaluation
RBI 581 HTHA Damage Evaluation
RBI 581 Brittle Fracture Damage Evaluation

You cannot, however, create RBI 581 Mechanical Fatigue Damage Evaluation records using the Risk Based Inspection (RBI) 581 Data Loader.

The data on the (Picklist) worksheet is not loaded when you load data using the Risk Based Inspection (RBI) 581 Data Loader.

Note: This data loader workbook is not backward compatible to earlier versions of GE Digital APM.

About the Risk Based Inspection (RBI) 581 Data Loader Requirements

Before you use the Risk Based Inspection (RBI) 581 Data Loader, you must complete the following steps:

Ensure that the RBI 581 module is deployed.
Ensure that the following data is present:
- Site Reference
- Equipment Taxonomy
- Equipment and Functional Location Families
- RBI Data Mapping
- Units of Measure Conversion Sets
- Stress Tables (GE Digital APM provides Stress Tables for Pressure Vessels and Tanks. If you want to use values from these Stress Tables with the data load, you must ensure that the records are imported into your database prior to performing the data load. GE Digital APM does not provide Piping Stress Tables).
- Representative Fluids
If you have added custom fields to Risk Mapping families (e.g., RBI Risk Matrix Mapping, Risk Analysis Mapping), you must ensure that mappings exist for those fields, or data may not be populated as expected after the data load. This is because the Risk Based Inspection (RBI) 581 Data Loader relies on Risk Mapping families to ensure that fields on RBI 581 Risk Analysis and related records are correctly populated with data, and that resulting risk values can be mapped to the Default Risk Matrix.
The Security User performing the data load operation must be associated with either the MI Data Loader User or MI Data Loader Admin Security Role, and must also be associated with the MI RBI Analyst Security Group or a Security Role that is associated with this Security Group.
The data loader workbook contains sample data in each column. It is only for your reference. You must remove this data before using the data loader workbook.

About the Risk Based Inspection (RBI) 581 Data Loader Data Model

This topic has been intentionally excluded from the GE Digital APM product documentation website. This topic is available to you via the product documentation that is provided within the GE Digital APM system.

About the Risk Based Inspection (RBI) 581 Data Loader General Loading Strategy

The imported data must load in a specific sequence in order to successfully populate fields, to create records, and to link them to the predecessor and/or successor records.

Best Practices

When importing data using the Risk Based Inspection (RBI) 581 Data Loader, you must use the following best practices:

ID fields must not include special characters or spaces.
Columns (including columns representing custom fields) in the worksheets should be formatted as Text.
Import a maximum of 500 assets in each data load. The maximum number of records that you can load per asset using the data loader is specified in the Best Practices for Loading a Single Asset topic.
Do not try to create and update a component in the same data loader workbook.
Ensure that you enter values in cells that correspond to fields required to calculate an analysis. Otherwise, the analysis and related records are not created or updated after you load data.
When a field whose value is required based on the value in another field is blank:
- If you are using the dataloader to create the analysis, the RBI Analysis and related records will not be created.
- If you are using the dataloader to update the analysis, the fields for which data exists are updated in the database. However, an error is logged in the log file of the import job.
You must consider the rules described in the Workbook Layout and Use section of this document while using the Risk Based Inspection (RBI) 581 Data Loader.
If you have entered data related to an analysis or a DME, then you must always enter data of the associated component in the RBI_Component worksheet, even if the corresponding Criticality Calculator RBI Component record exists in the GE Digital APM database.
You must enter a valid value in the following cells in the RBI_Component worksheet; Otherwise, the row that corresponds to that component is skipped:
- Component ID
- Component Type
- Process Fluid
- GFF Component Type
When you use the data loader to create an analysis and a cell that requires a Boolean value is blank, the corresponding field in GE Digital APM is updated with the value False. When you use the data loader to update an analysis and a cell that requires a Boolean value is blank, the corresponding field in GE Digital APM is not updated. Therefore, to avoid ambiguity, we recommend that you enter the valueTrue or False in the cell and not leave it blank.
If you want to override the default values that you have specified in the RBI 581 Admin Options workspace, you can include those values in the Risk Based Inspection (RBI) 581 Data Loader. For example, if the value for the Atmospheric Condition field for an RBI 581 External Damage Evaluation record is set to Temperate in the RBI 581 Admin Options workspace. You can override this value by entering a different value in the Atmospheric Condition cell in the DME_ExternalDamage worksheet.
If you want to override values that are populated from the associated component, you can include those values in the Risk Based Inspection (RBI) 581 Data Loader. For example, the value for the Operating Temperature field in an RBI 581 Risk Analysis is populated from the corresponding field in the associated RBI Component. If you want to override this value for the analysis, you must include a column for Operating Temperature in the RBI_581_Analysis worksheet in the data loader workbook, and enter the value in that cell.
In addition to the fields included in the Risk Based Inspection (RBI) 581 Data Loader, if you want to add values for more fields for a record, you can add columns for those fields in the appropriate worksheet.

Note: The fields that you want to add to the data loader workbook must already exist in the corresponding family. If not, you must add the fields to the family via Configuration Manager.
You should not add columns that correspond to fields in the Outputs and Intermediate Outputs sections of a datasheet; Otherwise, the calculations might not be correct.
You should not add a column that corresponds to the Use Combined Confidence and Use Related Inspection fields to any of the following worksheets:
- DME_Thinning
- DME_ExternalCracking
- DME_Cracking
  
  The Use Combined Confidence field is part of the integration of the Risk Based Inspection and Inspection Management modules. A value should only be set in GE Digital APM.

Load Sequence

The data is loaded in the following sequence in order to create all necessary relationships between records:

The Assets worksheet is processed. The Data Loader searches for the asset that corresponds to the Equipment ID, CMMS System, and Equipment Technical Number information that you provide in the Assets worksheet.

If an asset specified on the worksheet does not exist, it will be skipped, as well as all entries in the subsequent worksheets corresponding to that asset.
The RBI_Component worksheet is processed. The Data Loader searches for the RBI Component based on the asset data and the values in the Component and Component Type cells.

If a component exists in the GE Digital APM database, it will be updated. If not, a new component will be created, and linked to the asset.
The RBI 581 Analysis worksheet is processed. For each row based on the cells specified in steps 1 and 2, a new analysis is created and linked to that component. You cannot update an analysis using the data loader workbook. The value in the Analysis Unique ID cell is not stored but will be used to identify all the Degradation Mechanism Evaluations and Consequence Evaluations specified on the subsequent worksheets that should be linked to the analysis.

If there is invalid data for calculating an analysis, the row that corresponds to that analysis is skipped. All the Consequence Evaluations and DMEs linked to that analysis are also skipped.
The RBI 581 Consequence worksheet is processed. For each row based on the cells specified in steps 1 to 3, a Consequence Evaluation is created, and linked to the specified analysis.
The worksheets representing Degradation Mechanism Evaluations are processed. For each row based on the cells specified in steps 1 to 3, a Degradation Mechanism Evaluation is created, and linked to the specified analysis. Additionally, for each Damage Mechanism, a corresponding Potential Degradation Mechanism is created, and linked to the component, unless a Potential Degradation Mechanism of the same type is already linked to the same component.

When the Degradation Mechanism Evaluations are processed, if you have not included a Degradation Mechanism in the worksheet that corresponds to an existing Potential Degradation Mechanism on the component, that Potential Degradation Mechanism will be unlinked.

Data that you specify in the cells on each worksheet will be included in the records. Additionally, fields in the records will be populated with data based on your RBI Data Mapping. For example, an RBI 581 Risk Analysis will be populated with data from the RBI Component to which it is linked the same way it happens if you create the same records in GE Digital APM.

Best Practices for Loading a Single Asset

For optimal performance, we recommend that you load a maximum of 14 Components with three DMEs each or 9 Components with seven DMEs. To avoid performance degradation of the data loader, you must maintain the total number of records within this limit. If you want to load more number of DMEs, you must reduce the maximum number of components.

The following tables provide illustrations of the maximum number of records that you can load per Component or Analysis, as applicable. It also provides the maximum total number of records that you can load per Asset.

Important: The numbers shown in the table are for reference purpose only, and not the maximum number of records that the data loader is designed to load. These numbers are derived based on the test results obtained from the labortory machines. However, the performance of the data loader may vary based on the database server configuration, application server configuration, load on the servers, network speed, and other performance factors. If you find a degration in the data loader performance, we recommend that you reduce the number of records in a single batch and upload the records in multiple batches.

Record Name	An example of the maximum number of records you can load per Asset/Component/Analysis	An example of the total number of records you can load per Asset
RBI Component	9 per Asset	9
RBI 581 Risk Analysis	1 per Component	9
RBI 581 Consequence Evaluation	1 per Analysis	9
Internal DME	1 per Analysis	9
External DME	1 per Analysis	9
Cracking DME	1 per Analysis	9
Lining DME	1 per Analysis	9
External Cracking DME	1 per Analysis	9
HTHA DME	1 per Analysis	9
Brittle Fracture DME	1 per Analysis	9
Total number of records		90

About the Risk Based Inspection (RBI) 581 Data Loader Workbook Layout and Use

To import data using the Risk Based Inspection (RBI) 581 Data Loader, GE Digital APM provides an Excel workbook, Risk Based Inspection (RBI) 581.xlsx, which supports baseline Risk Based Inspection in GE Digital APM. This workbook must be used to perform the data load. You can modify the Excel workbook to include custom fields used by your organization.

Note: The Excel workbook is referred to throughout this documentation as the data loader workbook.

Worksheet	Description
Assets	This worksheet is used to specify existing Equipment records to which components will be linked.
RBI_Components	This worksheet is used to specify the following types of RBI Component records that will be updated or created and linked to assets. Cylindrical Shell Exchanger Bundle Exchanger Tube Piping Pump Compressor Casing Tank Bottom
RBI_581_Analysis	This worksheet is used to define RBI 581 Analysis records that will be linked to components. You cannot update an RBI 581 Risk Analysis using the data loader workbook.
RBI_581_Consequence	This worksheet is used to define RBI 581 Consequence Evaluation records that will be linked to analyses. Each analysis can be linked to only one RBI 581 Consequence Evaluation.
DME_Lining	This worksheet is used to specify the 581-Internal Component Lining Damage DMs (which are or will be represented by the RBI 581 Thinning and Lining Evaluation records) that you want to create or update. These records will be linked to an RBI 581 Risk Analysis. You can specify these DMs only if the value in the Lining Present column is True in the RBI_Component worksheet for the associated component.
DME_AST	This worksheet is used to specify the 581-Atmospheric Tank Bottom Corrosion DMs (which are or will be represented by the RBI 581 Thinning and Lining Evaluation records) that you want to create or update. These records will be linked to an RBI 581 Risk Analysis. You can specify these DMs only if: The component tamily is Tank Bottom (i.e., the value in the Component Family column in the RBI_Component worksheet for the associated component is MI_CCRBICTB). The value in the Is Intrusive column in the RBI_Component worksheet for the associated component is True.
DME_Thinning	This worksheet is used to specify the following DMs that you want to create or update: 581-High Temperature Oxidation 581-Cooling Water Corrosion 581-High Temperature H2/H2S Corrosion 581-Amine Corrosion 581-Hydrofluoric Acid Corrosion 581-Sulfuric Acid Corrosion 581-Hydrochloric Acid Corrosion 581-Acid Sour Water Corrosion 581-High Temperature Sulfidic and Naphthenic Acid 581-Alkaline Sour Water Corrosion 581-Soil Side Corrosion 581-Thinning Damage These DMs belong to the RBI 581 Thinning and Lining Evaluation methodology. These records will be linked to an RBI 581 Risk Analysis.
DME_ExternalDamage	This worksheet is used to define the following DMs that you want to create or update: 581-Ferritic Component Atmospheric Corrosion 581-Ferritic Component Corrosion Under Insulation These DMs belong to the RBI 581 External Damage Evaluation methodology. These records will be linked to an RBI 581 Risk Analysis. You can specify these DMs only if the component type is not Tank Bottom (i.e., the value in the Component Family column in the RBI_Component worksheet is not MI_CCRBICTB).
DME_ExternalCracking	This worksheet is used to define the following DMs that you want to create or update: 581-Austenitic Component Cracking Under Insulation 581-Austenitic Component Atmospheric Cracking These DMs belong to the RBI 581 External Cracking Damage Evaluation methodology. These records will be linked to an RBI 581 Risk Analysis. You can specify these DMs only if the component type is not Tank Bottom (i.e., the value in the Component Family column in the RBI_Component worksheet is not MI_CCRBICTB).
DME_Cracking	This worksheet is used to specify the following DMs that you want to create or update: 581-Amine Cracking 581-Alkaline Carbonate Stress Corrosion Cracking 581-HIC/SOHIC - HF 581-HIC/SOHIC - H2S 581-Caustic Cracking 581-Hydrogen Stress Cracking 581-Other Cracking 581-Sulfide Stress Cracking 581-Chloride Stress Corrosion Cracking 581-Polythionic Acid Cracking These DMs belong to the RBI 581 Cracking Damage Evaluation methodology. These records will be linked to an RBI 581 Risk Analysis.
DME_HTHA	This worksheet is used to specify the 581-High Temperature Hydrogen Attack DMs (which are or will be represented by the RBI 581 HTHA Damage Evaluation records) that you want to create or update. These records will be linked to an RBI 581 Risk Analysis. You can specify these DMs only if the component type is not Tank Bottom (i.e., the value in the Component Family column in the RBI_Component worksheet is not MI_CCRBICTB).
DME_BrittleFracture	This worksheet is used to specify the following DMs (which are or will be represented by the RBI 581 Brittle Fracture Damage Evaluation records) that you want to create or update. 581-Sigma Phase Embrittlement 581-885F Embrittlement 581-Brittle Fracture 581-Low Alloy Steel Embrittlement These records will be linked to an RBI 581 Risk Analysis. You can specify these DMs only if the component type is not Tank Bottom (i.e., the value in the Component Family column in the RBI_Component worksheet is not MI_CCRBICTB).
(PickList)	This worksheet contains a list of valid values that you can enter in each column (as applicable) in the aforementioned worksheets. When you load data using the data loader, the data on this worksheet is not loaded. The values in the some of the columns are filtered based on the values in other fields. For example, the values in the following columns are filtered based on the values in the Stress Lookup Table column: BM Code BM Year BM Spec BM Grade Also, if you select a value in the BM Code column, the values in the BM Year, BM Spec, and BM Grade columns are filtered accordingly.

Important: The Risk Based Inspection (RBI) 581 Data Loader overrides the default values specified in the RBI 581 Admin Options workspace.

Color Coding

Certain columns on the worksheets have different functions and requirements. To illustrate this, certain columns are color-coded. The following table lists the colors and what they represent.

Color	Description	Comments
Grey	Lookup Fields	Indicates columns that contain values that are used by the Risk Based Inspection (RBI) 581 Data Loader to look up and create records. If these columns are removed from the worksheets, the data load will fail. While the worksheets require that these columns be present, values are not necessarily required in these columns.
Red	Fields Required for Calculation	Indicates columns that contain values that are required to perform calculations in Risk Based Inspection. Some cells only require values in certain cases. Such cases are found in parentheses in the first row of each worksheet.
Blue	Recommended Fields	Indicates columns that, according to GE Digital APM Best Practice for Risk Based Inspection, should contain values.
Green	Custom Fields	Indicates columns where you can specify custom fields.

Limitations

The Risk Based Inspection (RBI) 581 Data Loader has the following limitations:

You must use the data loader workbook. If you modify the format of the values in columns in any of the worksheets, you will not be able to import data.
Components of the Heat Exchanger - Bundle type are not supported as part of the baseline GE Digital APM, but you can enter data related to the component.
The values that you enter in the data loader workbook are case-sensitive.
You cannot import data related to a custom DME using the Risk Based Inspection (RBI) 581 Data Loader. You must import only those DMEs that are included in the data loader workbook.
If you reimport data, the records that have been created by the Data Loader will be updated. Therefore, while reimporting data, if you remove the data for a field in the data loader workbook, the value for the corresponding field in GE Digital APM will be blank.
You cannot create Inventory Group Configuration records, or link a Component to an inventory group using the data loader workbook.
When you use the data loader to update an RBI 581 Analysis and the associated Consequence Evaluation, Damage Mechanisms, and Damage Mechanism Evaluations:
- If a cell contains data, the value in the corresponding field will be updated in the database.
- If a cell is blank, the value in the corresponding field will not be updated with a blank value in the database. The value that previously existed in the field is retained.
You cannot delete the Consequence Evaluation and the Degradation Mechanism Evaluations associated with an RBI Analysis using the data loader.
You cannot update a What-If analysis using the data loader.

Assets Worksheet

In the Assets worksheet, you will specify assets to which you want to link components. The columns that appear on this worksheet also appear on every subsequent worksheet, and are used to identify the records that will be linked, directly or indirectly, to the assets. The combination of values in the three columns on this worksheet must be unique.

Field Caption	Field ID	Data Type (Length)	Comments
Equipment ID	MI_EQUIP000_EQUIP_ID_C	Character (255)	This column requires at least one cell to have a value.
CMMS System	MI_EQUIP000_SAP_SYSTEM_C	Character (255)	If the Equipment record for an asset has a value in the CMMS System field, enter that value in this column.
Equipment Technical Number	MI_EQUIP000_EQUIP_TECH_NBR_C	Character (255)	If you are required to enter a value for the CMMS System cell for an asset, and the Equipment record for the asset has a value in the Equipment Technical Number field, enter that value in this column. If there is no value in the CMMS System field, this column can be blank, even if the Equipment record contains a value for the Equipment Technical Number field.

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

This column requires at least one cell to have a value.

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

If the Equipment record for an asset has a value in the CMMS System field, enter that value in this column.

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

If you are required to enter a value for the CMMS System cell for an asset, and the Equipment record for the asset has a value in the Equipment Technical Number field, enter that value in this column.

If there is no value in the CMMS System field, this column can be blank, even if the Equipment record contains a value for the Equipment Technical Number field.

RBI_Component Worksheet

In the RBI_Component worksheet, you will specify the components (which are or will be represented by RBI Component records) that you want to create or update.

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered in the Assets worksheet. Multiple components can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple components can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple components can be linked to the same asset (i.e., rows may have the same value in this column).

Component

MI_RBICOMPO_COMPO_C

Character (250)

A value is required and must be unique. This value identifies the component.

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

A value is required.

This cell may only contain one of the following values, which exist in the list in the Component Type field for RBI Component records:

1" Pipe
1.25" Pipe
1.5" Pipe
1/2" Pipe
10" Pipe
102" Pipe
12" Pipe
14" Pipe
16" Pipe
18" Pipe
2" Pipe
2.5" Pipe
20" Pipe
24" Pipe
26" Pipe
28" Pipe
3" Pipe
3/4" Pipe
30" Pipe
32" Pipe
34" Pipe
36" Pipe
4" Pipe
40" Pipe
42" Pipe
48" Pipe
5" Pipe
54" Pipe
56" Pipe
6" Pipe
60" Pipe
8" Pipe
90" Pipe
Air Cooled Exchanger-Header
Air Cooled Exchanger-Tbs
Balanced Bellows PRD
Column-Bottom
Column-Middle
Column-Tank Bottom
Column-Top
Compressor
Conventional PRD
Filter
Fin/Fan Cooler
Heat Exchanger Tubes
Heat Exchanger-Bundle
Heat Exchanger-Chan
Heat Exchanger-Channel
Heat Exchanger-Shell
Heat Exchanger-Tubes
Pilot-Operated PRD
PRD with Rupture Disk
Pressure Vessel
Pump
Reactor
Rupture Disk Only
Storage Tank
Storage Tank Bottom

Component Family

FAMILY_ID

Character (50)

A value is required.

This cell may only contain one of the following values:

Value	Component Family
MI_CCRBICCS	Cylindrical Shell
MI_CCRBICEH	Exchanger Header
MI_CCRBICET	Exchanger Tube
MI_CCRBICPI	Piping
MI_CCRBIPCC	Pump Compressor Casing
MI_CCRBICTB	Tank Bottom

Component Description

MI_RBICOMPO_COMPO_DESCR_C

Character (255)

None

Component Start Date

MI_RBICOMPO_COMP_STRT_DATE_DT

Date

A value is required. Enter the value in the following format: YYYY-MM-DD hh:mm:ss

Circuit From

MI_CCRBICPI_CIRCU_FROM_C

Character (250)

This value is applicable only if the component type is piping (i.e., the value in the Component Family cell is MI_CCRBICPI).

Circuit To

MI_CCRBICPI_CIRCU_TO_C

Character (250)

This value is applicable only if the component type is piping (i.e., the value in the Component Family cell is MI_CCRBICPI).

Component Comments

MI_RBICOMPO_COMPO_COMME_TX

Text

None

Operating Pressure

MI_RBICOMPO_OPERA_PRESS_N

Numeric

A value is required.

The value in this cell is copied to the Operating Pressure field of the associated RBI Analysis.

The value in this cell is compared with the value in the Design Pressure cell for the analysis to be created.

The value in this cell must be greater than or equal to zero, and less than or equal to the value in the Design Pressure cell.

Operating Temperature

MI_RBICOMPO_OPERA_TEMPE_N

Numeric

A value is required.

The value in this cell is copied to the Operating Temperature field of the associated RBI Analysis.

The value in this cell is compared with the value in the Design Temperature cell for the analysis to be created.

If the value in the Design Temperature cell is greater than or equal to zero, the value in this cell must be less than or equal to the value in the Design Temperature cell.

If the value in the Design Temperature cell is less than zero, the analysis can be created with any value in this cell.

Foundation Type

MI_CCRBICTB_FOUND_TYPE_C

Character (50)

A value is required if the value in the Component Type cell is Storage Tank Bottom.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Clay
Silt
Sand
Gravel
Concrete
Double Floor

The list in this field is populated by the FOUNDATION TYPES System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Initial Fluid Phase

MI_RBICOMPO_INIT_FLU_PHASE_C

Character (20)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Liquid
Gas

The list in this field is populated by the FLUID TYPES System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Process Fluid

MI_RBICOMPO_PROCE_FLUID_C

Character (50)

A value is required.

This cell may only contain a value that exists in the list in the Process Fluid field for RBI Component records. If you enter a value that is not valid for RBI 581, the Data Loader will skip that row.

If the value in the Component Type is Storage Tank Bottom, then this cell may only contain one of the following values:

C6-C8
C9-C12
C13-16 (Diesel)
C17-25 (Gas Oil)
C25+ (Resid)

Toxic Mixture

MI_RBICOMPO_TOXIC_MIX_F

Boolean

Enter True or False.

Toxic Fluid

MI_RBICOMPO_TOXIC_MODEL_C

Character (50)

A value is required if the value in the Toxic Mixture cell is True.

This cell may only contain a value that exists in the list in the Toxic Fluid field for RBI Component records.

Percent Toxic

MI_RBICOMPO_PERCE_TOXIC_N

Numeric

A value is required if the value in the Toxic Mixture cell is True.

Inventory

MI_RBICOMPO_INVEN_N

Numeric

A value is required if component type is not Tank Bottom (i.e., the value in the Component Family cell is not MI_CCRBICTB).

Inventory Group

MI_RBICOMPO_INVEN_GROUP_C

Character (50)

You cannot use this column to link the Component to an inventory group. You can link a component to an inventory group only by accessing the MI Admin Preferences page in GE Digital APM.

If the Component is already linked to an inventory group, you can override the value in the Inventory Group field by entering a value in this column. However, the calculated value in the Inventory Group Mass field remains as is.

Design Pressure

MI_RBICOMPO_DESIG_PRESS_N

Numeric

A value is required if the component is linked to the following Potential Degradation Mechanisms (PDMs):

RBI 581 Thinning and Lining Evaluation
RBI 581 External Damage Evaluation

The value in this cell is copied to the Design Pressure field of the associated RBI Analysis.

The value in this cell is compared with the value in the Operating Pressure cell for the analysis to be created.

The value in this cell must be greater than or equal to zero, and greater than or equal to the value in the Operating Pressure cell.

Design Temperature

MI_RBICOMPO_DESIG_TEMPE_N

Numeric

A value is required if the component is linked to a PDM that belongs to the following DMEs:

RBI 581 Thinning and Lining Evaluation
RBI 581 External Damage Evaluation

The value in this cell is copied to the Design Temperature field of the associated RBI Analysis.

The value in this cell is compared with the value in the Operating Temperature cell for the analysis to be created.

If the value in this cell is greater than or equal to zero, the value in the Operating Temperature cell must be less than or equal to the value in this field.

If the value in this cell is less than zero, the analysis is created with any value in the Operating Temperature cell.

Diameter

MI_RBICOMPO_DIAME_INNER_N

Numeric

A value is required.

Length

MI_RBICOMPO_LENGT_N

Numeric

A value is required if you want to calculate inventory.

Fill Height

MI_CCRBICTB_FILL_HEIGH_N

Numeric

A value is required if the value in the Component Type cell is Storage Tank Bottom or Storage Tank.

Nominal Thickness

MI_RBICOMPO_NOMIN_THICK_N

Numeric

A value is required if the component is linked to an analysis that is linked to the following damage mechanisms (DMs):

581-Brittle Fracture
581-Low Alloy Steel Embrittlement
All DMs that belong to RBI 581 Thinning and Lining Evaluation
All DMs that belong to RBI 581 External Damage Evaluation

Stress Lookup Table

MI_RBICOMPO_STRESS_TABLE_C

Character (50)

A value is required if the component is linked to an analysis that is linked to the following damage mechanisms (DMs):

581-Brittle Fracture
581-Low Alloy Steel Embrittlement
All DMs that belong to RBI 581 Thinning and Lining Evaluation
All DMs that belong to RBI 581 External Damage Evaluation

In the baseline GE Digital APM system, this cell may only contain one of the following values:

Pressure Vessels
Tanks
Piping

If the family has been customized, the valid values could be different. This cell may only contain a value that exists in the list in the Stress Lookup Table field for RBI Component records.

BM CODE

MI_RBICOMPO_BM_CODE_C

Character (30)

A value is required if the component is linked to an analysis that is linked to the following damage mechanisms (DMs):

581-Brittle Fracture
581-Low Alloy Steel Embrittlement
All DMs that belong to RBI 581 Thinning and Lining Evaluation
All DMs that belong to RBI 581 External Damage Evaluation

Refer to the (Picklist) worksheet in the excel workbook for valid values that you can enter in this cell.

BM YEAR

MI_RBICOMPO_BM_YEAR_C

Character (50)

A value is required if the component is linked to an analysis that is linked to the following damage mechanisms (DMs):

581-Brittle Fracture
581-Low Alloy Steel Embrittlement
All DMs that belong to RBI 581 Thinning and Lining Evaluation
All DMs that belong to RBI 581 External Damage Evaluation

Refer to the (Picklist) worksheet in the excel workbook for valid values that you can enter in this cell.

BM SPEC

MI_RBICOMPO_BM_SPEC_C

Character (50)

A value is required if the component is linked to an analysis that is linked to the following damage mechanisms (DMs):

581-Brittle Fracture
581-Low Alloy Steel Embrittlement
All DMs that belong to RBI 581 Thinning and Lining Evaluation
All DMs that belong to RBI 581 External Damage Evaluation

Refer to the (Picklist) worksheet in the excel workbook for valid values that you can enter in this cell.

BM GRADE

MI_RBICOMPO_BM_GRADE_C

Character (50)

A value is required if the component is linked to an analysis that is linked to the following damage mechanisms (DMs):

581-Brittle Fracture
581-Low Alloy Steel Embrittlement
All DMs that belong to RBI 581 Thinning and Lining Evaluation
All DMs that belong to RBI 581 External Damage Evaluation

Weld Joint Effy

MI_RBICOMPO_WELD_JOINT_EFFY_N

Numeric

A value is required if the component is linked to a PDM that belongs to the following DMEs:

RBI 581 Thinning and Lining Evaluation
RBI 581 External Damage Evaluation

In the baseline GE Digital APM, this cell may only contain one of the following values:

0.35
0.4
0.45
0.5
0.55
0.6
0.65
0.7
0.75
0.8
0.85
0.9
0.95
1

If the family has been customized, the valid values could be different. This cell may only contain a value that exists in the list in the Weld Joint Efficiency field for RBI Component records.

Insulated?

MI_RBICOMPO_INSUL_F

Boolean

Enter True or False. The value in this cell must be True if the an analysis in the component is linked to one of the following DMs:

581-Ferritic Component Corrosion Under Insulation
581-Austenitic Component Cracking Under Insulation

Insulation Type

MI_RBICOMPO_INSUL_C

Character (200)

A value is required if the value in the Insulated? cell is True.

This cell may only contain one of the following values, which exist in the list in the Insulation Type field for RBI Component records:

Asbestos
Calcium Silicate (Cl Free)
Calcium Silicate (Not Cl Free)
Foam/Cellular Glass
Mineral Wool/Fiber Glass
Pearlite
Unknown

If the family has been customized, the valid values could be different. This cell may only contain a value that exists in the list in the Insulation Type field for RBI Component records.

Injection Point Data

MI_CCRBICPI_INJ_PT_CIR_C

Character (50)

A value is required if the component type is Piping (i.e., the value in the Component Family cell is CCRBICPI).

Piping Circuit Length

MI_CCRBICPI_PIP_CIR_LENG_N

Numeric

A value is required if:

The component type is Piping (i.e., the value in the Component Family cell is MI_CCRBICPI).

-and-
The value in the Use Calculate Inventory cell in the RBI_581_Consequence worksheet is True.

PWHT

MI_RBICOMPO_PWHT_F

Boolean

Enter True or False.

Internal Corrosion Type

MI_RBICOMPO_INTER_CORR_TYPE_C

Character (50)

A value is required if component is linked to RBI 581 Thinning and Lining Evaluation.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

General
Localized
Pitting

The list in this field is populated by the CORROSION TYPES System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in yourGE Digital APM system, via Configuration Manager, refer to the appropriate table.

Predictable Int. Corr. Location

MI_CCRBICOM_PRED_INT_COR_LOC_F

Boolean

Enter True or False.

Estimated Internal Corrosion Rate

MI_RBICOMPO_EXP_INT_CORR_RT_N

Numeric

A value is required if:

The component is linked to the 581 Internal Component Lining Damage DM.

-and-
The value in the Selected Base Material Corrosion Rate cell in the linked DM is Estimated Rate.

Estimated External Corrosion Rate

MI_RBICOMPO_EXP_EXT_CORR_RT_N

Numeric

A value is required if:

The component is linked to a PDM that belongs to RBI 581 External Cracking Damage Evaluation or RBI 581 External Corrosion Damage Evaluation.

-and-
The value in the Selected External Corrosion Rate cell for the associated DMs is Estimated.

Measured External Corrosion Rate

MI_RBICOMPO_MEAS_EXT_COR_RT_N

Numeric

None

Source of Calculated Corrosion Rates

MI_CCRBICOM_CALCD_CR_SRC_C

Character (50)

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

ASSET
COMPONENT
MANUAL

The list in this field is populated by the MI_RBI_CALC_CORRO_SRC System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Percent Liquid Volume

MI_RBICOMPO_PER_LIQ_VOL_N

Numeric

A value is required if you want to calculate inventory.

Detection System

MI_CCRBICOM_DETECTION_SYSTEM_C

Character (4)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Detection System
A	Loss Of Pressure Or Flow
B	Pressure Envelope
C	Visual Detection

The list in this field is populated by the 581_Detection System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Isolation System

MI_CCRBICOM_ISOLA_SYSTE_CHR

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Isolation System
A	Auto Shutdown
B	Leakage Shutdown (This value is valid only if the value in the Detection System cell is B or C).
C	Manual Shutdown (This value is valid only if the value in the Detection System cell is C).

The list in this field is populated by the 581_Isolation System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Mitigation System

MI_CCRBICOM_MITIGATION_SYSTM_C

Character (60)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Mitigation System
1	Inventory blowdown
2	Fire water deluge system
3	Fire water monitors only
4	Foam spray system
5	No mitigation system

The list in this field is populated by the 581_Mitigation_System System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Fluid Velocity

MI_CCRBICOM_FLUID_VELOCITY_N

Numeric

A value is required if an analysis in the component is linked to any of the following DMs:

581-Acid Sour Water Corrosion
581-Hydrofluoric Acid Corrosion
581-Amine Corrosion
581-Cooling Water Corrosion
581-High Temperature Sulfidic and Naphthenic Acid
581-Sulfuric Acid Corrosion
581-Alkaline Sour Water Corrosion

pH of Water

MI_CCRBICOM_PH_OF_WATER_N

Numeric

A value is required if an analysis in the component is linked to any of the following DMs:

581-Acid Sour Water Corrosion
581-Cooling Water Corrosion
581-Hydrochloric Acid Corrosion
581-Alkaline Carbonate Stress Corrosion Cracking
581-Chloride Stress Corrosion Cracking
581-HIC/SOHIC - H2S
581-Sulfide Stress Cracking

Geometry Type

MI_CCRBICOM_GEOMETRY_TYPE_C

Character (60)

A value is required if the component is linked to any of the following PDMs:

RBI 581 Thinning and Lining Evaluation
RBI 581 External Corrosion Damage Evaluation

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Geometry Type
CYL	Cylinder
SPH	Spherical Head
HEM	Hemispherical Head
PIPE	Piping
HEAD	Head
PLT	PLT (only if the value in the Component Family cell is MI_CCRBICTB)

The list in this field is populated by the MI_581_Component_Geometry_Types System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

GFF Component Type

MI_CCRBICOM_GFF_COMPO_TYPE_CHR

Character (50)

A value is required.

This cell may only contain one of the following values, which exist in the list in the GFF Component Type field for RBI Component records:

Value	General Fail Frequency (GFF) Component Type
COLBTM	Vessel/FinFan
COLMID	Vessel/FinFan
COLTOP	Vessel/FinFan
COMPC	Compressor
COMPR	Compressor
COURSE-1-10	Tank650 (only for an AST Shell component)
DRUM	Vessel/FinFan
FILTER	Vessel/FinFan
FINFAN	Vessel/FinFan
HEXSS	Heat Exchanger
HEXTS	Heat Exchanger
KODRUM	Vessel/FinFan
PIPE-1	Pipe
PIPE-10	Pipe
PIPE-12	Pipe
PIPE-16	Pipe
PIPE-2	Pipe
PIPE-4	Pipe
PIPE-6	Pipe
PIPE-8	Pipe
PIPEGT16	Pipe
PUMP1S	Pump
PUMP2S	Pump
PUMPR	Pump
REACTOR	Vessel/FinFan
TANKBOTTOM	Tank650 (only if the value in the Component Family cell is MI_CCRBICTB)

Cladding Present

MI_CCRBICOM_CLADDING_PRESENT_L

Character (50)

A value is required if an associated analysis is linked to any of the following DMs:

581-HIC/SOHIC – HF
581-Hydrogen Stress Cracking
581-Polythionic Acid Cracking
All DMs that belong to RBI 581 Thinning and Lining Evaluation

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Cladding Present
Y	Yes
N	No

The list in this field is populated by the MI_YES_NO System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Furnished Cladding Thickness

MI_CCRBICOM_CHR

Numeric

A value is required if the value in the Cladding Present cell is Y.

Minimum Structural Thickness

MI_CCRBICOM_MNMM_STRCTRL_THS_N

Numeric

A value is required if the component is linked to any of the following PDMs:

RBI 581 Thinning and Lining Evaluation
RBI 581 External Corrosion Damage Evaluation

Liner Present

MI_CCRBICOM_LINER_PRESE_CHR

Character (50)

A value is required if the component is linked to the RBI 581 Thinning and Lining Evaluation PDM.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Liner Present
Y	Yes
N	No

For the 581-Internal Component Lining Damage DM, the value in this cell must be Yes.

Liner Type

MI_CCRBICOM_LINER_TP_C

Character (50)

A value is required if the value in the Liner Present cell is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Liner Type
1	Strip Lined Alloy
2	Organic Coating (typically > 0.762mm / 30 mils)
3	Thermal Resistant Service - Castable Refractory
6	Severe/Abrasive Service - Castable Refractory
8	Glass Linings
10	Fiberglass

The list in this field is populated by the MI_581_Lining_Types_And_Resistance System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Has Release Prevention Barrier?

MI_CCRBICTB_HAS_RELEA_PREVE_F

Boolean

A value is required if the value in the Component Type cell is Storage Tank Bottom.

Enter True or False. If you enter True, then after you load data, the value in the Maximum Fill Height in AST field is populated with the value 0.25 feet.

CM Corrosion Rate

MI_CCRBICOM_CM_COR_RT_C

Numeric

A value is required if:

The value in the Cladding Present cell is Y.
The value in the Cladding Material Corrosion Rate is Estimated.

Corrosion Allow

MI_RBICOMPO_CORRO_ALLOW_N

Numeric

None

Is Intrusive?

MI_RBICOMPO_IS_INTRU_CHR

Character (50)

A value is required if an analysis in the component is linked to any of the following DMs:

581-High Temperature Oxidation
581-Cooling Water Corrosion
581-High Temperature H2/H2S Corrosion
581-Amine Corrosion
581-Hydrofluoric Acid Corrosion
581-Sulfuric Acid Corrosion
581-Hydrochloric Acid Corrosion
581-Acid Sour Water Corrosion
581-High Temperature Sulfidic and Naphthenic Acid
581-Alkaline Sour Water Corrosion
581-Soil Side Corrosion
581-Thinning Damage
All DMs that belong to RBI 581 Cracking Damage Evaluation
All DMs that belong to RBI 581 External Cracking Damage Evaluation
All DMs that belong to RBI 581 External Damage Evaluation

Specified Tmin

MI_CCRBICOM_SPECIFIED_TMIN_N

Numeric

A value is required if the value in the Override Minimum Thickness cell is True.

Base Material

MI_CCRBICOM_BASE_MATER_C

Character (50)

A value is required if an analysis in the component is linked to any of the following DMs:

581-HIC/SOHIC – HF (only if the value in the Cladding Present field is No (N))
581-Hydrogen Stress Cracking (only if the value in the Cladding Present field is No (N))
581-Polythionic Acid Cracking (only if the value in the Cladding Present field is No (N))
581-High Temperature Hydrogen Attack
581-Brittle Fracture
All DMs that belong to RBI 581 Thinning and Lining Evaluation

This cell may only contain one of the values that exist in the list in the Base Material field for RBI Component records.

Cladding Material

MI_CCRBICOM_CLADDING_MATERIL_C

Character (50)

A value is required if:

The value in the Cladding Present cell is Y.
An analysis in the component is linked to one of the following DMs:
- 581-High Temperature Oxidation
- 581-Cooling Water Corrosion
- 581-High Temperature H2/H2S Corrosion
- 581-Amine Corrosion
- 581-Hydrofluoric Acid Corrosion
- 581-Sulfuric Acid Corrosion
- 581-Hydrochloric Acid Corrosion
- 581-Acid Sour Water Corrosion
- 581-High Temperature Sulfidic and Naphthenic Acid
- 581-Alkaline Sour Water Corrosion
- 581-Soil Side Corrosion
  
  581-Thinning Damage

This cell may only contain one of the values that exist in the list in the Cladding Material field for RBI Component records.

Total Acid Number

MI_CCRBICOM_TOTAL_ACID_NUMBR_N

Numeric

A value is required if an analysis in the component is linked to the 581-High Temperature Sulfidic and Naphthenic Acid DM.

RBI_581_Analysis Worksheet

In the RBI_581_Analysis worksheet, you will specify the analyses (which will be represented by RBI 581 Risk Analysis records) that you want to create. You cannot update an RBI 581 Risk Analysis using the data loader workbook.

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered in the Assets worksheet. Multiple analyses can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple analyses can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple components can be linked to the same asset (i.e., rows may have the same value in this column).

Component

MI_RBICOMPO_COMPO_C

Character (250)

Values in this column must match values entered on the RBI_Component worksheet, if they exist. Multiple analyses can be linked to the same component (i.e., rows may have the same value in this column).

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

Values in this column must match values that you entered in the Component Type column in the RBI_Component worksheet for the associated component.

Analysis Unique ID

MI_ANALYSIS_ID

Character (255)

A value is required and must be unique. This value identifies the analysis. However, in the RBI 581 Risk Analysis records that are created by the data loader in GE Digital APM, the value in the Analysis ID field is different from the value that you enter in this cell.

Scenario ID

MI_CRITANAL_TURNAROUND_ID_C

Character (50)

None

Coefficient Y Material

MI_581RANAL_COEFFICNT_Y_MTRL_C

Character (255)

A value is required if the component type is Piping (i.e., the value in the Component Family cell is MI_CCRBICPI).

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Coefficient Y Material
1	Ferritic Steels
2	Austenitic Steels
3	Other Ductile Metals
4	Cast Iron

The list in this field is populated by the MI_581_Coefficient_Materials System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Stress Override

MI_581RANAL_STRES_OVER_F

Boolean

Enter True or False.

Allowable Stress

MI_CRITANAL_MTL_ALLOW_STRESS_N

Numeric

A value is required if the value in the Stress Override cell is True.

Flow Stress

MI_581RANAL_FLOW_STRESS_N

Numeric

A value is required if the value in the Stress Override cell is True.

Override Minimum Required Thickness

MI_581RANAL_OVERR_MINIM_REQUI_THICK_FLG

Boolean

Enter True or False.

Course Number

MI_581RANAL_COURS_NUMBE_NBR

Numeric

A value is required if the analysis is linked to a component of type Storage Tank (i.e., the value in the Component Type cell in the RBI_Component worksheet for the associated component is Storage Tank).

RBI_581_Consequence Worksheet

In the RBI_581_Consequence worksheet, you will specify the consequences (which are or will be represented by RBI 581 Consequence Evaluation records) that you want to create or update. You can create only one RBI 581 Consequence Evaluation for an RBI 581 Risk Analysis.

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered on the Assets worksheet. Multiple Consequence Evaluations can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered on the Assets worksheet, if they exist. Multiple Consequence Evaluations can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Component

MI_RBICOMPO_COMPO_C

Character (250)

Values in this column must match values entered on the RBI_Component worksheet, if they exist. Multiple Consequence Evaluations can be linked to the same component (i.e., rows may have the same value in this column).

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

Values in this column must match values that you entered in the Component Type column on the RBI_Component worksheet for the associated component.

Analysis Unique ID

MI_ANALYSIS_ID

Character (255)

Values in this column must match values entered on the RBI_581_Analysis worksheet. Each analysis can have only one Consequence Evaluation.

Consequence

MI_RCONEVAL_CONS_C

Character (50)

A value is required in this cell if you are creating more than one Consequence Evaluation for the same analysis. If left blank, the Consequence field will be populated with the value RBI Consequence.

Use Calculated Inventory

MI_RBI_EVN0_USE_CAL_INV_L

Boolean

Enter True or False.

If the value in this cell is True, values in the following cells in the RBI_Component worksheet for the associated component are required:

Length
Diameter
Piping Circuit Length

Inventory Group Mass

MI_RBI_EVN0_INV_GRP_MSS_N

Numeric

A value is required if the value in the Component Family cell is not Storage Tank Bottom.

Include Personnel Injury

MI_RBI_EVN0_INCLDPRSNNLNJRYG_L

Boolean

Enter True or False.

Injury Cost

MI_RCONEVAL_INJUR_COST_N

Numeric

A value is required if the value in the Include Personnel Injury cell is True.

Equipment Cost

MI_RCONEVAL_EQU_COST_N

Numeric

A value is required if the value in the Component Type cell is not Storage Tank Bottom.

Production Cost

MI_RCONEVAL_PROD_COST_N

Numeric

A value is required.

Environmental Clean-up Costs

MI_RBI_EVN0_ENVIR_CLEAN_COSTS_NBR

Numeric

A value is required if the value in the Component Type cell is not Storage Tank Bottom.

Allow Override of Total Financial Consequence

MI_RBI_EVN0_ALW_OVE_OF_TT_FC_FLAG

Boolean

Enter True or False.

User Total Financial Consequences

MI_RBI_EVN0_USERTOTAL_FC_N

Numeric

A value is required if the value in the Allow Override of Total Financial Consequence cell is True.

Maximum Fill Height in AST

MI_RBI_EVN0_MXM_FLL_HGT_AST_N

Numeric

A value is required if, on the RBI_Component worksheet:

The value in the Component Type cell is Storage Tank or Storage Tank Bottom.
The value in the Has Release Prevention Barrier cell is False.

If, however, the value in the Has Release Prevention Barrier cell is True, after you load data, the Maximum Fill Height is AST field is populated with the value 0.25 feet irrespective of the value in this cell.

Fluid Percent Leaving Dike

MI_RBI_EVN0_FLD_PRCT_LVG_DKE_N

Numeric

A value is required if the component type is Storage Tank or component type is Storage Tank Bottom and component family is Tank Bottom (i.e., the value in the Component Family column in the RBI_Component worksheet is MI_CCRBICTB).

Fluid Percent Onsite

MI_RBI_EVN0_FLUD_PRCNT_ONSTE_N

Numeric

Fluid Percent Offsite

MI_RBI_EVN0_FLD_PRCNT_OFFSTE_N

Numeric

Environmental Sensitivity

MI_RBI_EVN0_ENVRNMNTL_SNSTVY_C

Character (50)

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Environmental Sensitivity
L	Low
M	Medium
H	High

The list in this field is populated by the MI_581_Environmental_Sensitivity System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Tank Course Height

MI_RBI_EVN0_TANK_COURSE_HGHT_N

Numeric

A value is required if the value in the Component Type cell is Storage Tank.

Distance from Tankbottom to Groundwater

MI_RBI_EVN0_DSE_FRM_TNM_GRR_N

Numeric

A value is required if the value in the Component Type cell is Storage Tank Bottom.

Soil Type under Tank bottom

MI_RBI_EVN0_SL_TYE_UNR_T_BTM_C

Character (50)

A value is required if the value in the Component Type cell is Storage Tank Bottom.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Soil Type
CL	Clay
CS	Coarse Sand
CA	Concrete Asphalt
FS	Fine Sand
GR	Gravel
SC	Sandy Clay
SL	Slit
VF	Very Fine Sand

The list in this field is populated by the MI_581_Soil_Types System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

DME_Lining Worksheet

On the DME_Lining worksheet, you will specify the 581-Atmospheric Tank Bottom Corrosion DMs (which are or will be represented by the RBI 581 Thinning and Lining Evaluation records) that you want to create or update. You can specify these records only if the value in the Liner Present cell in the RBI_Component worksheet for the associated component is Y.

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered in the Assets worksheet. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Component

MI_RBICOMPO_COMPO_C

Character (250)

Values in this column must match values entered in the RBI_Component worksheet, if they exist. Multiple DMs can be linked to the same component (i.e., rows may have the same value in this column).

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

Values in this column must match values that you entered in the Component Type column in the RBI_Component worksheet for the associated component.

Analysis Unique ID

MI_ANALYSIS_ID

Character (255)

Values in this column must match values entered in the RBI_581_Analysis worksheet, if they exist. Multiple DMs can be linked to the same analysis (i.e., rows may have the same value in this column).

Damage Mechanism

MI_RBDEMEEV_DAM_MECH_C

Character (50)

Enter 581-Internal Component Lining Damage.

Last Known Inspection Date

MI_581DMCHE_LST_KNWN_INN_DTE_D

Date

Enter a value in the following format: YYYY-MM-DD hh:mm:ss

Online Monitoring Flag

MI_581DMCHE_ONLNE_MNTRNG_FLG_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Online Monitoring Flag
Y	Yes
N	No

Key Process Variable?

MI_581DMCHE_KEY_PROCSS_VRBLE_C

Character (3)

A value is required if the value in the Online Monitoring Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Key Process Variable
Y	Yes
N	No

Electrical Resistance Probes?

MI_581DMCHE_ELCTRCL_RSSE_PRS_C

Character (3)

A value is required if the value in the Online Monitoring Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Electrical Resistance Probes
Y	Yes
N	No

Corrosion Coupons?

MI_581DMCHE_CORROSION_COUPNS_C

Character (3)

A value is required if the value in the Online Monitoring Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Corrosion Coupons
Y	Yes
N	No

Liner Installation Date

MI_581THNL_LIN_INST_DT_D

Date

A value is required. Enter the value in the following format: YYYY-MM-DD hh:mm:ss

Liner Condition

MI_581THNL_LINER_COND_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Liner Condition
A	Good
B	Average
C	Poor

The list in this field is populated by the MI_581_Lining_Condition System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Immersion Grade Coating Quality

MI_581THNL_IMMN_GRE_CTG_QLY_C

Character (50)

A value is required if the liner type is organic coating (i.e., the value in the Liner Type column in the RBI_Component worksheet for the associated component is 2).

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Immersion Grade Coating Quality
A	High
B	Merdium
C	Low

The list in this field is populated by the MI_581_Coating_Quality System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

DME_AST Worksheet

In the DME_Lining worksheet, you will specify the 581-Atmospheric Tank Bottom Corrosion DM (which are or will be represented by the RBI 581 Thinning and Lining Evaluation records) that you want to create or update.

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered in the Assets worksheet. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple components can be linked to the same asset (i.e., rows may have the same value in this column).

Component

MI_RBICOMPO_COMPO_C

Character (250)

Values in this column must match values entered in the RBI_Component worksheet, if they exist. Multiple DMs can be linked to the same component (i.e., rows may have the same value in this column).

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

Values in this column must match values that you entered in the Component Type column in the RBI_Component worksheet for the associated component.

Analysis Unique ID

MI_ANALYSIS_ID

Character (255)

Values in this column must match values entered in the RBI_581_Analysis worksheet, if they exist. Multiple Consequences can be linked to the same analysis (i.e., rows may have the same value in this column).

Damage Mechanism

MI_RBDEMEEV_DAM_MECH_C

Character (50)

Enter 581-Atmospheric Tank Bottom Corrosion.

Selected Base Material Corrosion Rate

MI_581THNL_SELEC_BM_COR_R_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Calculated Rate
Estimated Rate
Short Term Avg
Long Term Avg
Controlling Corrosion Rate

The list in this field is populated by the 581_CORR_TYPE System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Long Term Avg Corr Rate

MI_581THNL_LNG_TRM_AVG_COR_R_N

Numeric

A value is required if:

The value in the Selected Base Material Corrosion Rate column is Long Term Avg.

-and-
The value in the Source of Calculated Corrosion Rates column in the RBI_Component worksheet for the associated component is MANUAL.

Short Term Avg Corr Rate

MI_581THNL_SHRT_TRM_AVG_COR_N

Numeric

A value is required if:

The value in the Selected Base Material Corrosion Rate column is Short Term Avg.

-and-
The value in the Source of Calculated Corrosion Rates column in the RBI_Component worksheet for the associated component is MANUAL.

Selected Cladding Material Corrosion Rate

MI_581THNL_SELEC_CLADD_COR_R_C

Character (50)

A value is required if the value in the Cladding Present column in the RBI_Component worksheet for the associated component is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Calculated Rate
Estimated Rate
Short Term Avg
Long Term Avg
Controlling Corrosion Rate

Thinning Type

MI_RBDEMEEV_THIN_TYPE_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

General
Localized
Pitting

The list in this field is populated by the CORROSION TYPES System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Highest Effective Inspection Level

MI_RBDEMEEV_HIGH_EFF_INSP_C

Character (25)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Highest Effective Inspection Level
A	Highly Effective
B	Usually Effective
C	Fairly Effective
D	Poorly Effective
E	Ineffective (None)

The list in this field is populated by the MI_581_Inspection_Effectiveness System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Number of Highest Effective Inspections

MI_RBDEMEEV_NO_HIGH_EFF_INS_N

Numeric

A value is required, and must be between 0 and 6. If you enter 0 in this column, then the value in the Highest Effective Inspection Level column must be E.

Welded Construction Flag

MI_581DMCHE_WLDD_CNSTRCN_FLG_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Welded Construction Flag
Y	Yes
N	No

API 653 Maintenance Flag

MI_581THNL_API_653_MNTE_FLG_L

Boolean

A value is required. Enter True or False.

Foundation Type

MI_581DMCHE_FOUND_TYPE_CHR

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Clay
Silt
Sand
Gravel
Concrete
Double Floor

Settlement Adjustment Flag

MI_581DMCHE_STTLMNT_ADJT_FLG_C

Character (3)

A value is required if the value in the Foundation Type column is not Concrete.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Settlement Adjustment Flag
Y	Yes
N	No

Settlement Adjustment Inspection

MI_581DMCHE_STTLMNT_ADJT_INN_C

Character (50)

A value is required if the value in the Settlement Adjustment Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Settlement Adjustment Inspection
1	Meets API 653
1.5	Never Evaluated
2	Exceeds API 653

The list in this field is populated by the MI_581_Recorded_Settlement_Criteria System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Online Monitoring Flag

MI_581DMCHE_ONLNE_MNTRNG_FLG_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Online Monitoring Flag
Y	Yes
N	No

Key Process Variable?

MI_581DMCHE_KEY_PROCSS_VRBLE_C

Character (3)

A value is required if the value in the Online Monitoring Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Key Process Variable
Y	Yes
N	No

Electrical Resistance Probes?

MI_581DMCHE_ELCTRCL_RSSE_PRS_C

Character (3)

A value is required if the value in the Online Monitoring Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Electrical Resistance Probes
Y	Yes
N	No

Corrosion Coupons?

MI_581DMCHE_CORROSION_COUPNS_C

Character (3)

A value is required if the value in the Online Monitoring Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Corrosion Coupons
Y	Yes
N	No

Soil Resistivity

MI_581THNL_SOIL_RESIS_C

Numeric

A value is required if the value in the Selected Base Material Corrosion Rate cell is Calculated Rate.

AST Pad

MI_581THNL_AST_PAD_C

Character (50)

A value is required if the value in the Selected Base Material Corrosion Rate cell is Calculated Rate.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Soil With High Salt
Crushed Limestone
Native Soil
Construction Grade Sand
Continuous Asphalt
Continuous Concrete
Oil Sand
High Resistivity Low Chloride Sand

The list in this field is populated by the 581_AST_PAD_MAT_TYPE System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

AST Drainage

MI_581THNL_AST_DRAINAGE_C

Character (50)

A value is required if the value in the Selected Base Material Corrosion Rate cell is Calculated Rate.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

One Third Frequently Underwater
Storm Water Collects At AST Base
Storm Water Does Not Collect At AST Base

The list in this field is populated by the 581_AST_DRAINAGE_TYPE System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

AST Steam Coil Heater

MI_581THNL_AST_STEAM_CL_HTR_C

Character (50)

A value is required if the value in the Selected Base Material Corrosion Rate cell is Calculated Rate.

In the baselineGE Digital APM system, this cell may only contain one of the following System Code IDs:

The list in this field is populated by the MI_581_AST_STEAMCOIL_WATERDRWASOFF System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

AST Bottom Type

MI_581THNL_AST_BOTTOM_TYPE_C

Character (50)

A value is required if the value in the Selected Base Material Corrosion Rate cell is Calculated Rate.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

RPB Not Per API 650
RPB Per API 650
Single Bottom

The list in this field is populated by the 581_AST_BOTTOM_TYPE System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Cathodic Protection

MI_581THNL_CATHODIC_PROTCTN_C

Character (50)

A value is required if the value in the Selected Base Material Corrosion Rate cell is Calculated Rate.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Cathodic Protection
None	None
Yes Not Per API 651	Yes and Not Per API 651
Yes Per API 651	Yes and Per API 651

The list in this field is populated by the 581_AST_Cathodic Protection System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Product Side Condition

MI_581THNL_PRODCT_SDE_CNDTN_C

Character (50)

A value is required if the value in the Selected Base Material Corrosion Rate cell is Calculated Rate.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

The list in this field is populated by the 581_Product_Side_Condition System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Water Product Draws

MI_581THNL_WATER_PRDCT_DRWS_C

Character (50)

A value is required if the value in the Selected Base Material Corrosion Rate cell is Calculated Rate.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

DME_Thinning Worksheet

In the DME_Thinning worksheet, you will specify the following DMs (which are or will be represented by the RBI 581 Thinning and Lining Evaluation records) that you want to create or update.

581-High Temperature Oxidation
581-Cooling Water Corrosion
581-High Temperature H2/H2S Corrosion
581-Amine Corrosion
581-Hydrofluoric Acid Corrosion
581-Sulfuric Acid Corrosion
581-Hydrochloric Acid Corrosion
581-Acid Sour Water Corrosion
581-High Temperature Sulfidic and Naphthenic Acid
581-Alkaline Sour Water Corrosion
581-Soil Side Corrosion

These DMs belong to the RBI 581 Thinning and Lining Evaluation methodology. You can specify these DMs only if the value in the Component Type cell in the RBI_Component worksheet for the associated component is not Storage Tank Bottom.

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered in the Assets worksheet. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Component

MI_RBICOMPO_COMPO_C

Character (250)

Values in this column must match values entered in the RBI_Component worksheet, if they exist. Multiple DMs can be linked to the same component (i.e., rows may have the same value in this column).

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

Values in this column must match values that you entered in the Component Type column on the RBI_Component worksheet for the associated component.

Analysis Unique ID

MI_ANALYSIS_ID

Character (255)

Values in this column must match values entered in the RBI_581_Analysis worksheet, if they exist. Multiple DMs can be linked to the same analysis (i.e., rows may have the same value in this column).

Damage Mechanism

MI_RBDEMEEV_DAM_MECH_C

Character (50)

In the baseline GE Digital APM system, this cell may only contain one of the following values, which exist in the list in the Damage Mechanism field in the Potential Degradation Mechanisms record:

581-High Temperature Oxidation
581-Cooling Water Corrosion
581-High Temperature H2/H2S Corrosion
581-Amine Corrosion
581-Hydrofluoric Acid Corrosion
581-Sulfuric Acid Corrosion
581-Hydrochloric Acid Corrosion
581-Acid Sour Water Corrosion
581-High Temperature Sulfidic and Naphthenic Acid
581-Alkaline Sour Water Corrosion
581-Soil Side Corrosion
581-Thinning Damage

Governing Thinning Damage Mechanism

MI_581THNL_GOV_THIN_DMG_MECH_C

Character (50)

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Ammonium Bisulfide Corrosion (Alkaline Sour Water)
Cooling Water Corrosion
Dealloying
Decarburization
Erosion/Erosion-Corrosion
Flue Gas Dew Point Corrosion
Fuel Ash Corrosion
Galvanic Corrosion
Graphitic Corrosion
High Temperature H2/H2S
HCl Acid Corrosion
Ammonium Chloride Corrosion
Hydrofluoric Acid Corrosion
Oxidation
Metal Dusting
Microbiologically Induced Corrosion (MIC)
Naphthenic Acid Corrosion (NAC)
Nitriding
Phenol (Carbonic Acid) Corrosion
Phosphoric Acid Corrosion
Soil Corrosion
Sour Water Corrosion (Acidic)
Amine Corrosion
Sulfidation
Sulfuric Acid Corrosion
Other
Aqueous Organic Acid Corrosion
Boiler Water Condensate (BW/C) Corrosion
Carburization
Caustic Corrosion
Cavitation
CO2 Corrosion

The list in this field is populated by the MI_581_GOV_THINNING_DAMAGE System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Last Known Inspection Date

MI_581DMCHE_LST_KNWN_INN_DTE_D

Date

Enter a value in the following format: YYYY-MM-DD hh:mm:ss

Last Known Thickness

MI_581DMCHE_LST_KNWN_THCKNSS_N

Numeric

A value is required if you entered a value in the Last Known Inspection Date cell.

Selected Base Material Corrosion Rate

MI_581THNL_SELEC_BM_COR_R_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Calculated Rate
Estimated Rate
Short Term Avg
Long Term Avg
Controlling Corrosion Rate

Long Term Avg Corr Rate

MI_581THNL_LNG_TRM_AVG_COR_R_N

Numeric

A value is required if:

The value in the Selected Base Material Corrosion Rate column is Long Term Avg.

-and-
The value in the Source of Calculated Corrosion Rates column in the RBI_Component worksheet for the associated component is MANUAL.

Short Term Avg Corr Rate

MI_581THNL_SHRT_TRM_AVG_COR_N

Numeric

A value is required if:

The value in the Selected Base Material Corrosion Rate column is Short Term Avg.

-and-
The value in the Source of Calculated Corrosion Rates column in the RBI_Component worksheet for the associated component is MANUAL.

Selected Cladding Material Corrosion Rate

MI_581THNL_SELEC_CLADD_COR_R_C

Character (50)

A value is required if the value in the Cladding Present column in the RBI_Component worksheet for the associated component is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Calculated Rate
Estimated Rate
Short Term Avg
Long Term Avg
Controlling Corrosion Rate

Number of A Level Inspections

MI_581DMCHE_NMR_OF_A_LVL_INS_N

Numeric

A value is required.

Number of B Level Inspections

MI_581DMCHE_NMR_OF_B_LVL_INS_N

Numeric

A value is required.

Number of C Level Inspections

MI_581DMCHE_NMR_OF_C_LVL_INS_N

Numeric

A value is required.

Number of D Level Inspections

MI_581DMCHE_NMR_OF_D_LVL_INS_N

Numeric

A value is required.

Thinning Type

MI_RBDEMEEV_THIN_TYPE_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

General
Localized
Pitting

The list in this field is populated by the CORROSION TYPES System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Highest Effective Inspection Level

MI_RBDEMEEV_HIGH_EFF_INSP_C

Character (25)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Highest Effective Inspection Level
A	Highly Effective
B	Usually Effective
C	Fairly Effective
D	Poorly Effective
E	Ineffective (None)

Number of Highest Effective Inspections

MI_RBDEMEEV_NO_HIGH_EFF_INS_N

Numeric

Enter a value between 0 and 6. If you enter 0 in this column, then the value in the Highest Effective Inspection Level column must be E.

Injection Point Flag

MI_581DMCHE_INJECTIN_PNT_FLG_C

Character (50)

A value is required if the component type is piping (i.e., the value in the Component Family column in the RBI_Component worksheet for the associated component is MI_CCRBICPI).

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Injection Point Flag
Y	Yes
N	No

Injection Point Inspection

MI_581DMCHE_INJCTN_PNT_INSPN_C

Character (50)

A value is required if the value in the Injection Point Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Injection Point Inspection
Y	Yes
N	No

Deadleg Flag

MI_581DMCHE_DEADLEG_FLAG_C

Character (50)

A value is required if the component type is piping (i.e., the value in the Component Family column in the RBI_Component worksheet for the associated component is MI_CCRBICPI).

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Deadleg Flag
Y	Yes
N	No

Deadleg Inspection

MI_581DMCHE_DEADLEG_INSPECTN_C

Character (50)

A value is required if the value in the Deadleg Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Deadleg Inspection
Y	Yes
N	No

Welded Construction Flag

MI_581DMCHE_WLDD_CNSTRCN_FLG_C

Character (50)

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Welded Construction Flag
Y	Yes
N	No

API 653 Maintenance Flag

MI_581THNL_API_653_MNTE_FLG_L

Boolean

Enter True or False.

Foundation Type

MI_581DMCHE_FOUND_TYPE_CHR

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Clay
Silt
Sand
Gravel
Concrete
Double Floor

Settlement Adjustment Flag

MI_581DMCHE_STTLMNT_ADJT_FLG_C

Character (3)

A value is required if the value in the Foundation Type column is not Concrete.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Settlement Adjustment Flag
Y	Yes
N	No

Settlement Adjustment Inspection

MI_581DMCHE_STTLMNT_ADJT_INN_C

Character (50)

A value is required if the value in the Settlement Adjustment Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Settlement Adjustment Inspection
1	Meets API 653
1.5	Never Evaluated
2	Exceeds API 653

Online Monitoring Flag

MI_581DMCHE_ONLNE_MNTRNG_FLG_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Online Monitoring Flag
Y	Yes
N	No

Key Process Variable?

MI_581DMCHE_KEY_PROCSS_VRBLE_C

Character (3)

A value is required if the value in the Online Monitoring Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Key Process Variable
Y	Yes
N	No

Electrical Resistance Probes?

MI_581DMCHE_ELCTRCL_RSSE_PRS_C

Character (3)

A value is required if the value in the Online Monitoring Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Electrical Resistance Probes
Y	Yes
N	No

Corrosion Coupons?

MI_581DMCHE_CORROSION_COUPNS_C

Character (3)

A value is required if the value in the Online Monitoring Flag column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Corrosion Coupons
Y	Yes
N	No

Cl Concentration

MI_581THNL_HCL_CONCENTRATIN_N

Numeric

A value is required if the value in the Damage Mechanism column is 581-Cooling Water Corrosion.

Is Air or Oxidant Present?

MI_581THNL_IS_AR_OR_OXN_PRT_C

Character (50)

A value is required if the Damage Mechanism column contains one of the following values:

581-Hydrochloric Acid Corrosion
581-High Temperature Oxidation
581-Sulfuric Acid Corrosion

Soil Resistivity

MI_581THNL_SOIL_RESIS_C

Numeric

A value is required if the value in the Damage Mechanism column is 581-Soil Side Corrosion.

H2S Content

MI_581THNL_H2_CONTENT_N

Numeric

A value is required if the value in the Damage Mechanism column is 581-High Temperature H2/H2S Corrosion.

Hydrocarbon Type

MI_581THNL_HYDROCARBON_TYPE_C

Character (50)

A value is required if the value in the Damage Mechanism column is 581-High Temperature H2/H2S Corrosion.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

NAPTHA
GAS OIL

The list in this field is populated by the MI_581_HYDROCARBON_TYPES System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Sulphur Concentration

MI_581THNL_SULPHUR_CNCNTRTN_N

Numeric

A value is required if the value in the Damage Mechanism column is 581-High Temperature Sulfidic and Naphthenic Acid.

Cooling System Type

MI_581THNL_COOLI_SYSTE_TYPE_C

Character (50)

A value is required if the value in the Damage Mechanism column is 581-Cooling Water Corrosion.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Once-Through
Recirculating

The list in this field is populated by the MI_581_Cooling_System System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Water Type

MI_581THNL_WATER_TYPE_C

Character (50)

A value is required if the value in the Cooling System Type column is Once-Through.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Fresh Water
Sea Water

The list in this field is populated by the MI_581_Water_Type System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Water Treatment Type

MI_581THNL_WATER_TREAT_TYPE_C

Character (50)

A value is required if:

The value in the Cooling System Type column is Recirculating.

-or-
The value in the Water Type column is Fresh Water.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Treated
Untreated

The list in this field is populated by the MI_581_Water_Treatment_Type System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Recirculating System Type

MI_581THNL_RECIR_SYSTE_TYPE_C

Character (50)

A value is required if the value in the Cooling System Type column is Recirculating.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Open
Closed

The list in this field is populated by the MI_581_Recirculating_System System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Calcium Hardness

MI_581THNL_CALCI_HARDN_N

Numeric

A value is required if:

The value in the Cooling System Type column is Recirculating.

-or-
The value in the Water Type column is Fresh Water and the value in the Water Treatment Type column is Untreated.

Total Dissolved Solids

MI_581THNL_TOTAL_DISSO_SOLID_N

Numeric

A value is required if:

The value in the Cooling System Type column is Recirculating.

-or-
The value in the Water Type column is Fresh Water and the value in the Water Treatment Type column is Untreated.

MO Alkalinity

MI_581THNL_MO_ALKAL_N

Numeric

A value is required if:

The value in the Cooling System Type column is Recirculating.

-or-
The value in the Water Type column is Fresh Water and the value in the Water Treatment Type column is Untreated.

Oxygen in the Process Stream

MI_581THNL_OXYGN_ADJSTT_FCR_N

Numeric

A value is required if the value in the Damage Mechanism column is 581-Acid Sour Water Corrosion.

Acid Concentration

MI_581THNL_ACID_CONCENTRATN_N

Numeric

A value is required if the value in the Damage Mechanism column is 581-Sulfuric Acid Corrosion.

Soil Type

MI_581THNL_SOIL_TYPE_C

Character (50)

A value is required if the value in the Damage Mechanism column is 581-Soil Side Corrosion.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Sand
Silt
Clay

The list in this field is populated by the 581_Primary_Soil_Type System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Cathodic Protection Effectiveness

MI_581THNL_CATHO_PROTE_EFFEC_C

Character (50)

A value is required if the value in the Damage Mechanism column is 581-Soil Side Corrosion.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Cathodic Protection Effectiveness
Cathodic_Protection_ exists_NONACE RP0169	Cathodic Protection exists not per NACE RP0169
No_Cathodic_Protection	No Cathodic Protection
Cathodic_Protection_Tested	Cathodic Protection is tested annually
No_CP_Structure	No Cathodic Protection on Structure
CP_Tested_ NACE RP0169_Supported	Tested Cathodic protection NACE RP0169 supported

The list in this field is populated by the MI_581_Cathodic Protection Effectiveness Factors System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Coating Present?

MI_581DMCHE_COATING_PRESENT_C

Character (3)

A value is required if the value in the Damage Mechanism column is 581-Soil Side Corrosion.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Coating Present?
Y	Yes
N	No

Coating Age

MI_581DMCHE_COATING_AGE_N

Numeric

A value is required if the value in the Coating Present? column is Y.

Maximum Coating Temperature Rating Exceeded?

MI_581THNL_MAXCOTEMP_EXCEE_C

Character (50)

A value is required if the value in the Coating Present? column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Maximum Coating Temperature Rating Exceeded?
Y	Yes
N	No

Coating Maintenance Rare or None?

MI_581THNLCOATI_MAINT_NONE_C

Character (50)

A value is required if the value in the Coating Present? column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Coating Maintenance Rare or None?
Y	Yes
N	No

Coating Type

MI_581THNL_COATINGTYPE_C

Character (50)

A value is required if the value in the Coating Present? column is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Coating Type
Fusn_Bnd_Epxy	Fusion Bonded Epoxy
Lqd_Epxy	Liquid Epoxy
Asphl_Enml	Asphalt Enamel
Asphlt_Mastic	Asphalt Mastic
Coat_Tar_Enml	Coat Tar Enamel
Extrd_Polythln_with_mastic_rubber	Extruded Polyethylene with mastic rubber
Mill_Appld_PE_Tape_with_mastic	Mill Applied PE Tape with mastic
Field_Appld_PE_Tape_with_mastic	Field Applied PE Tape with mastic
Three_Layer_PE_or_PP	Three-Layer PE or PP

The list in this field is populated by the 581_Coating_Type System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Amine Type

MI_581THNL_AMINE_TYPE_C

Character (50)

A value is required if the value in the Damage Mechanism column is 581-Amine Corrosion.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

MEA
DEA
MDEA

The list in this field is populated by the MI_581_Amine_Types System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Heat Stable Amine Salts(HSAS)

MI_581THNL_HSAS_N

Numeric

A value is required if the value in the Damage Mechanism column is 581-Amine Corrosion.

Acid Gas Loading

MI_581THNL_ACID_GAS_LOADING_N

Numeric

A value is required if the value in the Damage Mechanism column is 581-Amine Corrosion.

Amine Concentration

MI_581THNL_AMINE_CONCENTRTN_N

Numeric

A value is required if the value in the Damage Mechanism column is 581-Amine Corrosion.

HF Concentration

MI_581THNL_HF_CONCE_NBR

Numeric

A value is required if the value in the Damage Mechanism column is 581-Hydrofluoric Acid Corrosion.

H2S Partial Pressure

MI_581THNL_H2S_PARTI_PRESS_NBR

Numeric

A value is required if the value in the Damage Mechanism column is 581-Alkaline Sour Water Corrosion.

NH4HS Concentration

MI_581THNL_NH4HS_CONCE_NBR

Numeric

A value is required if the value in the Damage Mechanism column is 581-Alkaline Sour Water Corrosion.

DME_ExternalDamage Worksheet

In the DME_ExternalDamage worksheet, you can specify the following DMs that you want to create or update:

581-Ferritic Component Atmospheric Corrosion
581-Ferritic Component Corrosion Under Insulation

These DMs belong to the RBI 581 External Damage Evaluation methodology. These records will be linked to an RBI 581 Risk Analysis. You can specify these DMs only if the component type is not Tank Bottom (i.e., the value in the Component Family column in the RBI_Component worksheet is not MI_CCRBICTB).

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered in the Assets worksheet. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Component

MI_RBICOMPO_COMPO_C

Character (250)

Values in this column must match values entered in the RBI_Component worksheet, if they exist. Multiple DMs can be linked to the same component (i.e., rows may have the same value in this column).

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

Values in this column must match values that you entered in the Component Type column on the RBI_Component worksheet for the associated component.

Analysis Unique ID

MI_ANALYSIS_ID

Character (255)

Values in this column must match values entered in the RBI_581_Analysis worksheet, if they exist. Multiple DMs can be linked to the same analysis (i.e., rows may have the same value in this column).

Damage Mechanism

MI_RBDEMEEV_DAM_MECH_C

Character (50)

In the baseline GE Digital APM system, this cell may only contain one of the following values, which exist in the list in the Damage Mechanism field in the Potential Degradation Mechanisms record:

581-Ferritic Component Atmospheric Corrosion
581-Ferritic Component Corrosion Under Insulation

Selected External Corrosion Rate

MI_581_XDME_SEL_EXT_CORR_RT_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Estimated
Calculated
Measured

The list in this field is populated by the MI_581_Corrosion_Rate System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Base Material Measured Rate

MI_RBDEMEEV_BM_MEASU_RT_N

Numeric

A value is required if the value in the Selected External Corrosion Rate cell is Estimated.

Thinning Type

MI_RBDEMEEV_THIN_TYPE_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

General
Localized
Pitting

The list in this field is populated by the CORROSION TYPES System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Coating Present?

MI_581DMCHE_COATING_PRESENT_C

Character (3)

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Coating Present?
Y	Yes
N	No

Coating Installation Date

MI_581DMCHE_CTNG_INSTLLN_DTE_D

Date

A value is required if the value in the Coating Present? cell is Y. Enter the value in the following format: YYYY-MM-DD hh:mm:ss

Coating Quality

MI_RBDEMEEV_COAT_QUAL_C

Character (50)

A value is required if the value in the Coating Present? cell is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

NONE
POOR
MEDIUM
HIGH

The list in this field is populated by the 581_Coating_Quality System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Insulation Condition

MI_RBDEMEEV_INSUL_CON_C

Character (50)

A value is required if the value in the Damage Mechanism cell is 581-Ferritic Component Corrosion Under Insulation.

This cell may only contain one of the following values:

Above Average
Average
Below Average

Piping System Complexity

MI_RBDEMEEV_PIP_SYS_COMPL_C

Character (50)

A value is required if the value in the Damage Mechanism cell is 581-Ferritic Component Corrosion Under Insulation.

This cell may only contain one of the following values:

Above Average
Average
Below Average

Corrosion Rate Adjustment for bad Design/Fabrication

MI_581_XDME_ADJST_FR_DSN_FBN_C

Boolean

Enter True or False.

Soil to Air Interface Present?

MI_581_XDME_SL_TO_AR_INE_PRT_L

Boolean

Enter True or False.

Atmospheric Condition

MI_581_XDME_ATMOSPHERC_CNDTN_C

Character (50)

A value is required if the value in the Selected External Corrosion Rate cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

MARINE
TEMPERATE
DRY
SEVERE

The list in this field is populated by the MI_ATMOSPHERIC_CONDITION System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Last Known Inspection Date

MI_581DMCHE_LST_KNWN_INN_DTE_D

Date

Enter a value in the following format: YYYY-MM-DD hh:mm:ss

Last Known Thickness

MI_581DMCHE_LST_KNWN_THCKNSS_N

Numeric

A value is required if you entered a value in the Last Known Inspection Date cell.

Number of A Level Inspections

MI_581DMCHE_NMR_OF_A_LVL_INS_N

Numeric

A value is required.

Number of B Level Inspections

MI_581DMCHE_NMR_OF_B_LVL_INS_N

Numeric

A value is required.

Number of C Level Inspections

MI_581DMCHE_NMR_OF_C_LVL_INS_N

Numeric

A value is required.

Number of D Level Inspections

MI_581DMCHE_NMR_OF_D_LVL_INS_N

Numeric

A value is required.

DME_ExternalCracking Worksheet

In the DME_ExternalCracking worksheet, you can specify the following DMs that you want to create or update:

581-Austenitic Component Cracking Under Insulation
581-Austenitic Component Atmospheric Cracking

These DMs belong to the RBI 581 External Cracking Damage Evaluation methodology. These records will be linked to an RBI 581 Risk Analysis. You can specify these DMs only if the component type is not Tank Bottom (i.e., the value in the Component Family column in the RBI_Component worksheet is not MI_CCRBICTB).

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered in the Assets worksheet. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Component

MI_RBICOMPO_COMPO_C

Character (250)

Values in this column must match values entered in the RBI_Component worksheet, if they exist. Multiple DMs can be linked to the same component (i.e., rows may have the same value in this column).

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

Values in this column must match values that you entered in the Component Type column on the RBI_Component worksheet for the associated component.

Analysis Unique ID

MI_ANALYSIS_ID

Character (255)

Values in this column must match values entered in the RBI_581_Analysis worksheet, if they exist. Multiple DMs can be linked to the same analysis (i.e., rows may have the same value in this column).

Damage Mechanism

MI_RBDEMEEV_DAM_MECH_C

Character (50)

In the baseline GE Digital APM system, this cell may only contain one of the following values, which exist in the list in the Damage Mechanism field in the Potential Degradation Mechanism record:

581-Ferritic Component Atmospheric Corrosion
581-Ferritic Component Corrosion Under Insulation

Number of Highest Effective Inspections

MI_RBDEMEEV_NO_HIGH_EFF_INS_N

Numeric

A value is required, and must be between 0 and 6. If you enter 0 in this column, then the value in the Highest Effective Inspection Level column must be E.

Highest Effective Inspection Level

MI_RBDEMEEV_HIGH_EFF_INSP_C

Character (25)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Highest Effective Inspection Level
A	Highly Effective
B	Usually Effective
C	Fairly Effective
D	Poorly Effective
E	Ineffective (None)

Last Known Inspection Date

MI_581DMCHE_LST_KNWN_INN_DTE_D

Date

Enter a value in the following format: YYYY-MM-DD hh:mm:ss

Susceptibility Type

MI_581DMCHE_SUSCEPTBLTY_TYPE_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Estimated
Detected
Calculated

The list in this field is populated by the MI_581_Cracking_Susceptibility_Types System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Atmospheric Condition

MI_581_XCDME_ATMOS_CONDI_C

Character (50)

A value is required if the value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

MARINE
TEMPERATE
DRY
SEVERE

The list in this field is populated by the MI_ATMOSPHERIC_CONDITION System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APMM system, via Configuration Manager, refer to the appropriate table.

Susceptibility

MI_581DMCHE_SUSCEPTIBILITY_C

Character (50)

A value is required if the value in the Susceptibility Type cell is Estimated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

High
Medium
Low
None

The list in this field is populated by the MI_581_Cracking_Susceptibility System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Coating Present?

MI_581DMCHE_COATING_PRESENT_C

Character (3)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Coating Present?
Y	Yes
N	No

Coating Installation Date

MI_581DMCHE_CTNG_INSTLLN_DTE_D

Date

A value is required if the value in the Coating Present? cell is Y. Enter the value in the following format: YYYY-MM-DD hh:mm:ss

Coating Quality

MI_RBDEMEEV_COAT_QUAL_C

Character (50)

A value is required if the value in the Coating Present? cell is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

NONE
POOR
MEDIUM
HIGH

Piping System Complexity

MI_RBDEMEEV_PIP_SYS_COMPL_C

Character (50)

A value is required if the value in the Damage Mechanism cell is 581-Austenitic Component Cracking Under Insulation.

This cell may only contain one of the following values:

Above Average
Average
Below Average

Insulation Condition

MI_RBDEMEEV_INSUL_CON_C

Character (50)

A value is required if the value in the Damage Mechanism cell is 581-Austenitic Component Cracking Under Insulation.

This cell may only contain one of the following values:

Above Average
Average
Below Average

Chloride Free Insulation

MI_581_XCDME_CHL_FREE_INSUL_C

Character (50)

A value is required if the value in the Damage Mechanism cell is 581-Austenitic Component Cracking Under Insulation.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Coating Present?
Y	Yes
N	No

DME_Cracking Worksheet

In the DME_Cracking worksheet, you can specify the following DMs that you want to create or update:

581-Amine Cracking
581-Alkaline Carbonate Stress Corrosion Cracking
581-HIC/SOHIC - HF
581-HIC/SOHIC - H2S
581-Caustic Cracking
581-Hydrogen Stress Cracking
581-Other Cracking
581-Sulfide Stress Cracking
581-Chloride Stress Corrosion Cracking
581-Polythionic Acid Cracking

These DMs belong to the RBI 581 Cracking Damage Evaluation methodology. These records will be linked to an RBI 581 Risk Analysis.

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered in the Assets worksheet. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Component

MI_RBICOMPO_COMPO_C

Character (250)

Values in this column must match values entered in the RBI_Component worksheet, if they exist. Multiple DMs can be linked to the same component (i.e., rows may have the same value in this column).

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

Values in this column must match values that you entered in the Component Type column on the RBI_Component worksheet for the associated component.

Analysis Unique ID

MI_ANALYSIS_ID

Character (255)

Values in this column must match values entered in the RBI_581_Analysis worksheet, if they exist. Multiple DMs can be linked to the same analysis (i.e., rows may have the same value in this column).

Damage Mechanism

MI_RBDEMEEV_DAM_MECH_C

Character (50)

In the baseline GE Digital APM system, this cell may only contain one of the following values, which exist in the list in the Damage Mechanism field in the Potential Degradation Mechanism record:

581-Amine Cracking
581-Alkaline Carbonate Stress Corrosion Cracking
581-HIC/SOHIC - HF
581-HIC/SOHIC - H2S
581-Caustic Cracking
581-Hydrogen Stress Cracking
581-Other Cracking
581-Sulfide Stress Cracking
581-Chloride Stress Corrosion Cracking
581-Polythionic Acid Cracking

Number of Highest Effective Inspections

MI_RBDEMEEV_NO_HIGH_EFF_INS_N

Numeric

A value is required, and must be between 0 and 6. If you enter 0 in this column, then the value in the Highest Effective Inspection Level column must be E.

Highest Effective Inspection Level

MI_RBDEMEEV_HIGH_EFF_INSP_C

Character (25)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Highest Effective Inspection Level
A	Highly Effective
B	Usually Effective
C	Fairly Effective
D	Poorly Effective
E	Ineffective (None)

Last Known Inspection Date

MI_581DMCHE_LST_KNWN_INN_DTE_D

Date

Enter a value in the following format: YYYY-MM-DD hh:mm:ss

Susceptibility Type

MI_581DMCHE_SUSCEPTBLTY_TYPE_C

Character (50)

A value is required.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Estimated
Detected
Calculated

Susceptibility

MI_581DMCHE_SUSCEPTIBILITY_C

Character (50)

A value is required only if the value in the Susceptibility Type cell is Estimated. If the value in the Susceptibility Type cell is Calculated or Detected, then GE Digital APM will not consider the value that you enter in this cell.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

High
Medium
Low
None

Severity Index Adjustment Factor

MI_581DMCHE_SVRY_INX_ADT_FCR_N

Numeric

A value is required if the value in the Damage Mechanism cell is 581-Other Cracking.

In the baseline GE Digital APM system, this cell may only contain one of the following values:

1
0.2
0.02

If the family has been customized, the valid values could be different. This cell may only contain a value that exists in the list in the Severity Index Adjustment Factor field for RBI 581 Cracking Damage Evaluation records.

Online Monitoring Flag

MI_581DMCHE_ONLNE_MNTRNG_FLG_C

Character (50)

A value is required if the value in the Damage Mechanism cell is 581-HIC/SOHIC - H2S.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Online Monitoring Flag
Y	Yes
N	No

Key Process Variable?

MI_581DMCHE_KEY_PROCSS_VRBLE_C

Character (3)

A value is required if the value in the Online Monitoring Flag cell is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Key Process Variable
Y	Yes
N	No

Hydrogen Probes

MI_581DMCHE_HYDROGEN_PROBES_C

Character (3)

A value is required if the value in the Online Monitoring Flag cell is Y.

Steam Out?

MI_581CRKEV_STEAM_OUT_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-Amine Cracking or 581-Caustic Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Steam Out?
Y	Yes
N	No

Sulfur Content of Steel

MI_581CRKEV_SLFR_CNTT_OF_STL_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-HIC/SOHIC - H2S.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

High Sulfur Steel (>0.01% S)
Low Sulfur Steel (<=0.01% S)

The list in this field is populated by the MI_581_Sulfur_Content_Of_Steel System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Maximum Brinnell Hardness

MI_581CRKEV_MAX_BRIN_HARD_N

Numeric

A value is required if:

The value in the Damage Mechanism cell is 581-Hydrogen Stress Cracking or 581-Sulfide Stress Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

Heat Traced?

MI_581CRKEV_HEAT_TRACED_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-Amine Cracking or 581-Caustic Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Heat Traced?
Y	Yes
N	No

H2S Water Content

MI_581DMCHE_H2S_WTR_CONT_N

Numeric

A value is required if:

The value in the Damage Mechanism cell is 581-HIC/SOHIC - H2S.

-and-
The value in the Susceptibility Type cell is Calculated.

Product Form

MI_581CRKEV_PRODUCT_FORM_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-HIC/SOHIC - H2S.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Seamless/Extruded Pipe
Rolled Plate

The list in this field is populated by the MI_581_Product_Form System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

HF Present?

MI_581CRKEV_HF_PRESENT_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-HIC/SOHIC - HF or 581-Hydrogen Stress Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	HF Present?
Y	Yes
N	No

Amine Solution Type

MI_581CRKEV_AMINE_SOLTN_TYPE_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-Amine Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Fresh
Lean
Rich

The list in this field is populated by the MI_581_Amine_Solution_Types System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Amine Type

MI_581CRKEV_AMINE_TYPE_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-Amine Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

MEA
DIPA
DEA
Other Amine

The list in this field is populated by the MI_581_Amine_Types System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in yourGE Digital APM system, via Configuration Manager, refer to the appropriate table.

Cyanides

MI_RBDEMEEV_CYANI_F

Boolean

Enter True or False.

Caustic Type

MI_581CRKEV_CAUST_TYPE_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-Caustic Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Area A
Area B
Area C

The list in this field is populated by the MI_581_Caustic_Types System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

NaOH Caustic Concentration

MI_581CRKEV_NH_CSTC_CNCNTRTN_N

Numeric

A value is required if:

The value in the Damage Mechanism cell is 581-Caustic Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

CO3 Concentration in Water

MI_581CRKEV_CO3_CONC_IN_WTR_N

Numeric

A value is required if:

The value in the Damage Mechanism cell is 581-Alkaline Carbonate Stress Corrosion Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

Chloride Concentration Water Process

MI_581CRKEV_CH_CNC_OF_PR_WTR_C

Numeric

A value is required if:

The value in the Damage Mechanism cell is 581-Chloride Stress Corrosion Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

Exposure to Oxygen During Operation/Downtime

MI_581CRKEV_EXE_TO_OXN_D_OPE_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-Polythionic Acid Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Exposure to Oxygen During Operation/Downtime
Y	Yes
N	No

Exposure to Sulfur During Operation/Downtime

MI_581CRKEV_EXE_TO_SLR_D_OPE_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-Polythionic Acid Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Exposure to Sulfur During Operation/Downtime
Y	Yes
N	No

Exposure to Water During Operation/Shutdown

MI_581CRKEV_EXE_TO_WTR_D_OPN_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-Polythionic Acid Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Exposure to Water During Operation/Shutdown
Y	Yes
N	No

Downtime Protection Used

MI_581CRKEV_DWNTME_PRTCN_USD_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-Polythionic Acid Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Downtime Protection Used
Y	Yes
N	No

Thermal History (Heat Treatment History)

MI_581CRKEV_THL_HSY_HT_T_HSY_C

Character (50)

A value is required if:

The value in the Damage Mechanism cell is 581-Polythionic Acid Cracking.

-and-
The value in the Susceptibility Type cell is Calculated.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

Solution Annealed
Stabilized Before Welding
Stabilized After Welding

The list in this field is populated by the MI_581_Heat_Treatment_History System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

DME_HTHA Worksheet

In the DME_HTHA worksheet, you can specify the 581-High Temperature Hydrogen Attack DM that you want to create or update. This DM, however, is not applicable for a component of type Storage Tank Bottom.

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered in the Assets worksheet. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Component

MI_RBICOMPO_COMPO_C

Character (250)

Values in this column must match values entered in the RBI_Component worksheet, if they exist. Multiple DMs can be linked to the same component (i.e., rows may have the same value in this column).

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

Values in this column must match values that you entered in the Component Type column on the RBI_Component worksheet for the associated component.

Analysis Unique ID

MI_ANALYSIS_ID

Character (255)

Values in this column must match values entered in the RBI_581_Analysis worksheet, if they exist. Multiple DMs can be linked to the same analysis (i.e., rows may have the same value in this column).

Damage Mechanism

MI_RBDEMEEV_DAM_MECH_C

Character (50)

Enter 581-High Temperature Hydrogen Attack.

Is HTHA Damage Observed

MI_581_HTHA_IS_DAMAG_OBS_C

Character (50)

A value is required.

In the baselineGE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Is HTHA Observed
Y	Yes
N	No

Is Component Replaced

MI_581_HTHA_IS_COMPO_REPLA_C

Character (50)

A value is required if the value in the Is HTHA Damage Observed cell is Y.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Is Component Replaced
Y	Yes
N	No

Exposure Hydrogen Partial Pressure

MI_581_HTHA_HYDRO_PAR_PRESS_N

Numeric

A value is required if the value in the Is HTHA Damage Observed cell is N.

Delta Temperature

MI_581_HTHA_DELTA_TEMPE_C

Character (50)

A value is required if the value in the Is HTHA Damage Observed cell is N.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

>=0
>= -50 and < 0
>= -100 and < -50
< -100

The list in this field is populated by the MI_581_HTHA_Delta_Temperature System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

DME_BrittleFracture Worksheet

In the DME_BrittleFracture worksheet, you can specify the following DMs that you want to create or update:

581-Sigma Phase Embrittlement
581-885F Embrittlement
581-Brittle Fracture
581-Low Alloy Steel Embrittlement

Field Caption

Field ID

Data Type (Length)

Comments

Equipment ID

MI_EQUIP000_EQUIP_ID_C

Character (255)

Values in this column must match values entered in the Assets worksheet. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

CMMS System

MI_EQUIP000_SAP_SYSTEM_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Equipment Technical Number

MI_EQUIP000_EQUIP_TECH_NBR_C

Character (255)

Values in this column must match values entered in the Assets worksheet, if they exist. Multiple DMs can be linked to the same asset (i.e., rows may have the same value in this column).

Component

MI_RBICOMPO_COMPO_C

Character (250)

Values in this column must match values entered in the RBI_Component worksheet, if they exist. Multiple DMs can be linked to the same component (i.e., rows may have the same value in this column).

Component Type

MI_RBICOMPO_COMPO_TYPE_C

Character (60)

Values in this column must match values that you entered in the Component Type column on the RBI_Component worksheet for the associated component.

Analysis Unique ID

MI_ANALYSIS_ID

Character (255)

Values in this column must match values entered in the RBI_581_Analysis worksheet, if they exist. Multiple DMs can be linked to the same analysis (i.e., rows may have the same value in this column).

Damage Mechanism

MI_RBDEMEEV_DAM_MECH_C

Character (50)

In the baseline GE Digital APM system, this cell may only contain one of the following values, which exist in the list in the Damage Mechanism field in the Potential Degradation Mechanism record:

581-Sigma Phase Embrittlement
581-885F Embrittlement
581-Brittle Fracture
581-Low Alloy Steel Embrittlement

Material Exemption Curve

MI_581BRFRAC_MTRL_EXMPTNCRVE_N

Character (50)

A value is required if the value in the Damage Mechanism cell is 581-Brittle Fracture or 581-Low Alloy Steel Embrittlement.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Material Exemption Curve
A	Temperature Exemption A Curve
B	Temperature Exemption B Curve
C	Temperature Exemption C Curve
D	Temperature Exemption D Curve

The list in this field is populated by the MI_581_Material_Temperature_Exemption_Curves System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

Minimum Allowable Temperature

MI_581BRFRAC_MNMM_ALLWBLETME_N

Numeric

A value is required if the Damage Mechanism cell contains one of the following values:

581-Sigma Phase Embrittlement
581-885F Embrittlement
581-Low Alloy Steel Embrittlement

Minimum Design Metal Temperature (MDMT)

MI_581BRFRAC_MNM_DSN_MTL_MDT_N

Numeric

A value is required if the Damage Mechanism cell contains one of the following values:

581-885F Embrittlement
581-Low Alloy Steel Embrittlement

Critical Exposure Temperature(CET)

MI_581BRFRAC_CRTCLEXPSRE_TMT_N

Numeric

A value is required if the value in the Damage Mechanism cell is 581-Brittle Fracture.

Is CET at the MAWP >= -29°C

MI_581BRIFRAC_IS_CT_PVPCRT_L

Boolean

Enter True or False.

Is Cyclic service Design Requirement

MI_581BRIFRAC_IS_CYC_SREFRQT_L

Boolean

Enter True or False.

Is Equipment Or Circuit Subject to EVN Cracking

MI_581BRIFRAC_IS_EQT_CRCRG_L

Boolean

Enter True or False.

Is Equipment Or Circuit Subject to Shock Chilling

MI_581BRIFRAC_IS_EQT_CR_SCHG_L

Boolean

Enter True or False.

Is Fabricated From P-1 and P-3 Steels

MI_581BRIFRAC_IS_FBD_FRMP65F_L

Boolean

Enter True or False.

Is Nominal Operating Conditions Changed

MI_581BRIFRAC_IS_NML_OPGCCHD_L

Boolean

Enter True or False.

Is Nominal Uncorroded Thickness < 50.8 mm (2 inch)

MI_581BRIFRAC_NML_UNDTHS_INH_L

Boolean

Enter True or False.

Is Satisfied All Requirements For Fabrication

MI_581BRIFRAC_IS_STD_ALLRFRN_L

Boolean

Enter True or False.

Fracture Appearance Transition Temperature(FATT)

MI_581BRFRAC_FRCEAPE_TRN_TME_N

Numeric

A value is required if the value in the Damage Mechanism cell is 581-Low Alloy Steel Embrittlement.

Sigma Percentage

MI_581BRIFRAC_SIGMA_AMOUNT_N

Numeric

A value is required if the value in the Damage Mechanism cell is 581-Sigma Phase Embrittlement.

In the baseline GE Digital APM system, this cell may only contain one of the following System Code IDs:

System Code ID	Sigma Percentage
1	1
2	2
3	3
4	4
5	5
6	6
7	7
8	8
9	9
10	>=10

The list in this field is populated by the MI_581_Sigma_Percentage System Code Table. If the system code table has been customized, the valid values could be different. To verify which options are acceptable in your GE Digital APM system, via Configuration Manager, refer to the appropriate table.

About the Risk Based Inspection (RBI) 581 Data Loader Load Verification

About This Task

Following a data load, you should perform the following steps in GE Digital APM to confirm the integrity and accuracy of the data imported from the data loader workbook.

Procedure

Access the details of the import job. These details will indicate if any errors, minor or otherwise, were encountered during the import job. The log may help account for any records that are unexpectedly absent after the data load.

In Risk Based Inspection or Record Manager, access the assets specified in the data loader workbook, and then verify that the expected components are present or updated, and that any associated records that you expected to be created are also present in the database.

You can enter the following query in the SQL workspace of the Query page to review a list of components created after a specified date:

SELECT [MI_CCRBICOM].LAST_UPDT_DT "LAST_UPDT_DT", [MI_CCRBICOM].[MI_RBICOMPO_COMPO_C] "Component", [MI_CCRBICOM].[MI_RBICOMPO_COMPO_TYPE_C] "Component Type", [MI_CCRBICOM].[MI_RBICOMPO_EQUIP_C] "Equipment", [MI_CCRBICOM].ENTY_ID "ENTY_ID" FROM [MI_CCRBICOM] WHERE [MI_CCRBICOM].LAST_UPDT_DT >= CONVERT(VARCHAR(255), (? :d :caption='Enter a Date'), 110) ORDER BY [MI_CCRBICOM].LAST_UPDT_DT Desc,[MI_CCRBICOM].[MI_RBICOMPO_EQUIP_C] Asc

You can enter the following query in the Oracle workspace of the Query page to review a list of components created after a specified date:

SELECT [MI_CCRBICOM].LAST_UPDT_DT "LAST_UPDT_DT", [MI_CCRBICOM].[MI_RBICOMPO_COMPO_C] "Component", [MI_CCRBICOM].[MI_RBICOMPO_COMPO_TYPE_C] "Component Type", [MI_CCRBICOM].[MI_RBICOMPO_EQUIP_C] "Equipment", [MI_CCRBICOM].ENTY_ID "ENTY_ID" FROM [MI_CCRBICOM] WHERE [MI_CCRBICOM].LAST_UPDT_DT >= to_date(to_char((? :d :caption='Enter a Date'),'mm/dd/yyyy'),'mm/dd/yyyy') ORDER BY [MI_CCRBICOM].LAST_UPDT_DT Desc,[MI_CCRBICOM].[MI_RBICOMPO_EQUIP_C] Asc

When prompted, enter the date on which the data load was performed.