General Reference

SIS Management Data Model

The following diagram shows how the families used in SIS Management are related to one another.

Note: In the diagram, boxes represent entity families and arrows represent relationship families that are configured in the baseline database. You can determine the direction of each relationship definition from the direction of the arrow head: the box from which the arrow originates is the predecessor. The box to which the arrow head points is the successor.

All SIL Analyses begin with an SIL Analysis record. Each SIL Analysis can be linked to:

One Equipment or Functional Location record.
One or more Human Resource records.
One or more Reference Document records.
One or more Instrumented Function records.
One or more Logic Solver records.

Each Logic Solver is linked to:

One or more Instrumented Function records.
One or more SIS Proof Test records.
One or more SIS Proof Test Template records.

Each Instrumented Function is linked to:

One Equipment or Functional Location record.
One or more Protective Instrument Loop records.
One or more Inspection Task records.

One Risk Assessment record.
One LOPA Assessment record.
One Process Hazards Analysis (PHA) Assessment record.
One or more External Assessment records.
One or more SIS Proof Test records.
One or more SIS Proof Test Template records.

To simplify the data model images, the following families are not included:

Risk Assessment Recommendation: Within the SIS Management data model, the Risk Assessment Recommendation family participates as the successor in the Has Recommendations relationship definition with the following families:
- Instrumented Function
- Protective Instrument Loop
- SIS Proof Test
- SIS Proof Test Template

Hazards Analysis: The Hazards Analysis family participates as the successor in the Has HAZOP Reference relationship definition with the SIL Analysis and Instrumented Function families.

SIL Analysis Data Model

The following diagram shows how the families used in an SIL Analysis are related to one another.

Note: In the diagram, boxes represent entity families and arrows represent relationship families that are configured in the baseline database. You can determine the direction of the each relationship definition from the direction of the arrow head: the box from which the arrow originates is the predecessor, and the box to which the arrow head points is the successor.

You can see that records in the following families are linked directly to an SIL Analysis:

Human Resource : Stores information about the people who will participate in the analysis as SIL analysis team members.
Reference Document : Stores the URL path to a document that is external to GE Digital APM and contains reference information related to the SIL analysis.
Instrumented Function : Stores information about the instrumented functions of the safety instrumented system that you are analyzing.
Logic Solver : Stores information about the safety instrumented systems that you are analyzing.

Additionally, Logic Solver) records and Instrumented Function) records are linked to one another through the Has IF relationship. In addition to the relationships described above, an SIL analysis includes records in the families that are linked to the Logic Solvers and Instrumented Functions.

Instrumented Function Data Model

The following diagram shows how the families used to create an Instrumented Function are related to one another.

Note: In the diagram, boxes represent entity families and arrows represent relationship families that are configured in the baseline database. You can determine the direction of each relationship definition from the direction of the arrow head: the box from which the arrow originates is the predecessor, and the box to which the arrow head points is the successor.

Instrumented Function records are linked directly to records in the following families:

Inspection Task: Stores details on when a proof test should be performed on the Equipment that is linked to the Inspection Task, including the due date for the task.
SIS Proof Test: Stores details about a test that is performed on a logic solver or an instrumented function and serves as a record of the event.
SIS Proof Test Template: Stores details about the steps that should be taken when testing an instrumented function. When you create an SIS Proof Test, you must select an SIS Proof Test Template, and the details from the SIS Proof Test Template will be populated in the SIS Proof Test.
SIS Proof Test Task: Stores details of proof test tasks that are scheduled for logic solvers or instrumented functions. SIS Proof Test Tasks can be linked to SIS Proof Tests.
Risk Assessment: Stores the unmitigated risk associated with the item represented by the record to which the Risk Assessment record is linked.
Protective Instrument Loop: Stores the details of the protective instrument loop and its components, including the calculated results of the proof test associated with the Logic Solver that is linked to the Protective Instrument Loop.
LOPA Assessment: Stores the details of the Layer of Protection Analysis (LOPA) that conducted, including a description of the initiating event that is indicative of a process failure. The LOPA stores details of the risk assessment that is determined after conducting the Layer of Protection Analysis. The LOPA Assessment is linked to a LOPA record and the LOPA records are linked to Risk Assessment record.
PHA Internal Assessment: Stores the details of the Process Hazards Analysis (PHA) assessment that you want to conduct, including the target Safety Integrity Level (SIL), Required Probability of Failure, Risk Reduction Factor, and the SIL Mode. These values are calculated based on the overall risk rank of the selected Hazards Analysis Consequence.
Risk Matrix Internal Assessment: Stores the details of the risk matrix assessment that you want to conduct, including the target Safety Integrity Level (SIL), Required Probability of Failure, Risk Reduction Factor, and the SIL Mode. These values are calculated based on the risk rank that you specify using the risk matrix.
External Assessment: Stores the details of the external assessment that you want to conduct, including the target SIL, Required Probability of Failure, Risk Reduction Factor, and the SIL Mode.
SIF Common Cause Failure: Stores the details of a failure that affects the operation of multiple instrumented functions.
Instrumented Function: Indicates that if both the instrumented functions represented by the two records are in their safe states at the same time, a hazardous event may occur.

Logic Solver Data Model

The following diagram shows how the families used to create a Logic Solver are related to one another.

In the diagram, the relationships between the Instrumented Function family and the SIS Proof Test, SIS Proof Test Task, and SIS Proof Test Template families are not included.

Note: In the diagram, boxes represent entity families and arrows represent relationship families that are configured in the baseline database. You can determine the direction of the each relationship definition from the direction of the arrow head: the box from which the arrow originates is the predecessor, and the box to which the arrow head points is the successor.

As shown in the image, Logic Solvers are linked to Instrumented Functions, which store information about the specific functions associated with the Logic Solver. Logic Solvers are also linked to records in the following families:

SIS Proof Test : Stores details of proof tests that are performed on logic solvers or instrumented functions. SIS Proof Tests can be linked to Functional Test Details, which store the detailed steps that need to be performed during proof tests.
SIS Proof Test Task : Stores details of proof test tasks that are scheduled for logic solvers or instrumented functions. SIS Proof Test Tasks can be linked to SIS Proof Tests.
SIS Proof Test Template : Stores details of the steps that should be taken when testing a logic solver or an instrumented function. When you create an SIS Proof Test, you can select an SIS Proof Test Template and the details from the SIS Proof Test Template will be populated in the SIS Proof Test.

SIS Proof Test Template ) records can be linked to SIS Proof Test Template Detail) records, which store details on the steps that need to be performed during the proof test.

The SIS Proof Test, SIS Proof Test Template, and Reference Document families participate as successors in other relationships within the SIS Management data model. This means that these families appear in another portion of the data model.

Protective Instrument Loop Data Model

The following diagram shows how the families used in a Protective Instrument Loop are related to one another.

Note: In the diagram, boxes represent entity families and arrows represent relationship families that are configured in the baseline database. You can determine the direction of the each relationship definition from the direction of the arrow head: the box from which the arrow originates is the predecessor, and the box to which the arrow head points is the successor.

The following protective instrument loop elements are defined in the GE Digital APM system:

Logic Solver
Sensor System
Sensor Group
Sensor
Final Element System
Final Element Group
Final Element

By default, every protective instrument loop consists of at least one of each element. When you create a Protective Instrument Loop, the GE Digital APM system creates one record for each of these elements, and links to the Protective Instrument Loop as shown in the data model.

SRS Project Data Model

The following diagram shows how the families used in an SRS Project are related to one another.

Note: In the diagram, boxes represent entity families and arrows represent relationship families that are configured in the baseline database. You can determine the direction of the each relationship definition from the direction of the arrow head: the box from which the arrow originates is the predecessor, and the box to which the arrow head points is the successor.

SRS Project records are linked directly to records in the following families:

Environment
General Data
Electrical
Hardware
IF SRS
Interfaces
Operations
Performance Data
SIL SRS
Software
Testing/Faults
SIL Analysis
Instrumented Function
Logic Solver
Protective Instrument Loop

SIS Management Security Groups

The following table lists the baseline Security Groups available for users within this module, as well as the baseline Roles to which those Security Groups are assigned.

Important: Assigning a Security User to a Role grants that user the privileges associated with all of the Security Groups that are assigned to that Role. To avoid granting a Security User unintended privileges, before assigning a Security User to a Role, be sure to review all of the privileges associated with the Security Groups assigned to that Role. Also, be aware that additional Roles, as well as Security Groups assigned to existing Roles, can be added via Security Manager.

Security Group	Roles
MI SIS Administrator	MI Safety Admin
MI SIS Engineer	MI Safety Admin MI Safety Power MI Safety User
MI SIS User	MI Safety Admin MI Safety Power MI Safety User
MI SIS Viewer	MI APM Viewer MI Safety Admin MI Safety Power MI Safety User MI SIS Engineer

The baseline family-level privileges that exist for these Security Groups are summarized in the following table.

Note: The baseline family-level privileges available in the LOPA module are also applicable to Security Groups in SIS Management module.

Family	MI SIS Administrator	MI SIS Engineer	MI SIS User	MI SIS Viewer
Entity Families
Asset Criticality Analysis	View	None	None	View
Asset Criticality Analysis System	View	None	None	View
Consequence	View, Update, Insert, Delete	View	View	View
Equipment	View	View	View	View
External Assessment	View, Update, Insert, Delete	View, Update, Insert, Delete	None	View
Functional Location	View	View	View	View
Functional Systems	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Functional Test Detail	View, Update, Insert, Delete	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Human Resource	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Instrumented Function	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
LOPA Assessment	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Proven In Use Justification	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Safety Integrity Level	View, Update, Insert, Delete	View	View	View
Relationship Families
Analysis Has Human Resource	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Asset Criticality Analysis Has System	View	None	View	View
Equipment Has Equipment	View	View	View	View
Functional Location Has Equipment	View	View	View	View
Functional Location Has Functional Location	View	View	View	View
Has Equipment	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Functional Location	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Functional Location Detail	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Functional Test	View, Update, Insert, Delete	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has_Functional_Test_Detail	View, Update, Insert, Delete	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Hazard Event	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has HAZOP Reference	View, Update, Insert, Delete	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has IF	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Instrumented Function Revision	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Instrument Loop	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Instrument Loop Revision	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has LOPA	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has LOPA Revision	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has PIL Device	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has PIL Device Revision	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has PIL Group	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has PIL Group Revision	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has PIL Subsystem	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has PIL Subsystem Revision	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Proven In Use Justification	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has RBI Components	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Recommendations	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Reference Documents	View, Update, Insert, Delete	View, Update, Insert, Delete	View, Insert	View
Has Reference Values	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Risk	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Risk Category	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Risk Matrix	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has SIF Common Cause Failures	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has SIL Assessment	View, Update, Insert, Delete	View, Update, Insert, Delete	None	View
Has SIS Analysis Revision	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has SIS Revision	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has SIS Trip Report Detail	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Site Reference	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Task History	View, Update, Insert, Delete	View, Update, Insert, Delete	View, Insert	View
Has Tasks	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Task Revision	View	View	View	View
Has Template Detail	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Templates	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Has Time Based Inspection Interval	View	View	View	View
Migrates Risk	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View
Was Promoted to ASM	View, Update, Insert, Delete	View, Update, Insert, Delete	View	View

Security Permissions for SRS Families

The security permissions for the SRS Project and SRS Template families are summarized in the following table.

Security Group	Type	Permissions
MI SIS Administrator	Group	View, Update, Insert, Delete
MI SIS Engineer	Group	View, Update, Insert, Delete
MI SIS User	Group	View

SIS Management URLs

There is one URL route associated with SIS Management: asset-safety/sis. The following table describes the various paths that build on the route, and the elements that you can specify for each.

Tip: For more information, refer to the URLs section of the documentation.

Element	Description	Accepted Value(s)	Notes
asset-safety/sis/overview: Displays the SIS Management Overview page.
asset-safety/sis/sil/<EntityKey>: Displays the Analysis Summary workspace of the SIL Analysis with the specified Entity Key.
<EntityKey>	Specifies the Entity Key of the analysis that you want to access.	Any numeric Entity Key that corresponds to an existing analysis.	Opens the specified SIL Analysis in a new tab. This value is required to access an existing analysis from a URL.
asset-safety/sis/sil/prooftesttask/<EntityKey1>/<EntityKey2>: Displays the Proof Test Task datasheet with the specified Entity Key and linked to the the specified Instrumented Function or the Logic Solver.
<EntityKey1>	Specifies the Entity Key of the Instrumented Function or the Logic Solver that is linked to the Proof Test Task that you want to access.	Any numeric Entity Key that corresponds to an existing Instrumented Function or Logic Solver.	None
<EntityKey2>	Specifies the Entity Key of the Proof Test Task that you want to access.	0	Opens the blank datasheet of a Proof Test Task, allowing you to create a new one.
<EntityKey2>		Any numeric Entity Key that corresponds to an existing Proof Test Task.	Opens the specified Proof Test Task in a new tab. This value is required to access an existing Proof Test Task from a URL.
asset-safety/sis/sil/verification/<EntityKey>: Displays the Protective Instrument Loop Template with the specified Entity Key.
<EntityKey>	Specifies the Entity Key of the Protective Instrument Loop Template that you want to access.	Any numeric Entity Key that corresponds to an existing Protective Instrument Loop Template.	Opens the specified Protective Instrument Loop Template in a new tab. This value is required to access an existing Protective Instrument Loop Template from a URL.
asset-safety/sis/FDM/<CustomDeviceType>/<EntityKey>: Displays the datasheet of a Custom Device of the specified type and Entity Key.
<CustomDeviceType>	Specifies the type of the Custom Device whose Failure Data you want to access.	All	None
		sensor
		logic-solver
		final-element
<EntityKey>	Specifies the Entity Key of the Custom Device whose Failure Data you want to access.	Any numeric Entity Key that corresponds to an existing Custom Device.	Opens the specified Custom Device in a new tab. This value is required to access an existing Custom Device from a URL.

Example URL	Destination
asset-safety/sis/overview	The SIS Management Overview page
asset-safety/sis/sil/2355677	The Analysis Summary workspace of the SIL Analysis with the Entity Key 2355677
asset-safety/sis/sil/prooftesttask/73443556/34545566	The Proof Test Task datasheet with the Entity Key 34545566, linked to an Instrumented Function or a Logic Solver with the Entity Key 73443556
asset-safety/sis/sil/verification/35945456	The Protective Instrument Loop Template datasheet with the Entity Key 35945456
asset-safety/sis/FDM/sensor/75334565	The Sensor Custom Device datasheet with the Entity Key 75334565

SIS Management System Code Tables

The following table lists the System Code Tables that are used by SIS Management.

Table ID	Table Description	Function
MI_IPL_TYPE	LOPA IPL TYPE	Populates the Type field in an Independent Layer of Protection.
MI_SIL_ASSESSMENT_METHOD	SIL Assessment Method	Populates the SIL Assessment Method field in an Instrumented Function.
MI_SIL_FINALELEMVOTE	SIL FinalElement Vote	Populates the Voting field in a Protective Instrument Loop Final Element Group.
MI_SIL_SENSORVOTE	SIL Sensor Vote	Populates the Voting field in a Protective Instrument Loop Sensor Group.
UOME	Unit of Measure	Populates the Trip Point Units field in a SIS Proof Test Template Detail.

About SIL Analysis State Configuration

This topic describes attributes of the State Configuration that is defined for the SIL Analysis family in the baseline GE Digital APM database.

The following baseline states are defined in the GE Digital APM application:

Planning
Active
Review
Pending Approval
Complete

The following baseline operations are defined in theGE Digital APM application:

Begin
Propose
Submit
Accept
Reject
Modify/Reassess

These baseline states and operations are reserved, which means you cannot modify or remove them. You can, however, add your own states and operations to the state configuration.

The following flow diagram illustrates the State Configuration for the SIL Analysis family. In this image, a box represents a state, and an arrow represents an operation. The state to which an arrow points represents a successor state.

By default, the MI SIS Administrator and MI SIS Engineer State Configuration roles are assigned to all states in the SIL analysis state configuration. You can assign State Configuration roles to any state. In addition, for each state, the Require a specific user to be assigned to a state check box is selected.

About Protective Instrument Loop State Configuration

This topic describes attributes of the State Configuration that is defined for the Protective Instrument Loop family in the baseline GE Digital APM database.

The following baseline states are defined in the GE Digital APM application:

Design
Pending Approval
Approval
In Service
Out of Service

The following baseline operations are defined in the GE Digital APM application:

Submit
Accepted
Rejected
Commissioned
Modify
Reinstate

These baseline states and operations are reserved, which means you cannot modify or remove them. You can, however, add your own states and operations to the state configuration.

The following flow diagram illustrates the State Configuration for the SIL Analysis family. In this image, a box represents a state, and an arrow represents an operation. The state to which an arrow points represents a successor state.

By default, the MI SIS Administrator and MI SIS Engineer State Configuration roles are assigned to all states in the SIL analysis state configuration. You can assign State Configuration roles to any state.

About the SIS Trip Report State Configuration

This topic describes attributes of the State Configuration that is defined for the SIS Trip Report family in the baseline GE Digital APM database.

The following State Configuration is defined for the SIS Trip Report family. In this image, a box represents a state, and an arrow represents an operation. The state to which an arrow points represents a successor state.

None of these states and operations are reserved, which means you can remove or modify any of them. You can also add your own states and operations to the state configuration.

State Configuration Roles

By default, the MI SIS Administrator and MI SIS Engineer State Configuration roles are assigned to all states in the SIS Trip Report state configuration. You can assign State Configuration roles to any state. In addition, for each state, the Require a specific user to be assigned to a state check box is selected.

About State Management of an SRS Project

The following states are configured for an SRS Project:

In Progress: Indicates that the SRS Project is in progress or yet to be sent for approval. You can modify an SRS Project only if it is in the In Progress state. After you have entered all the required information in the SRS Project, you can send it for approval by changing the state to Pending Approval.
Pending Approval: Indicates that the SRS Project has been sent for approval. If you approve the SRS Project, the state of the SRS Project changes to Approved. If you reject the SRS Project, the state of the SRS Project changes to In Progress.
Approved: Indicates that the SRS Project has been approved. After the state of an SRS Project is set to Approved:
- The associated SRS Project is cycled. That is, the Last Date field is set to the date on which the state of the SRS Project is set to Approved. The Next Date field is set to the date on which the SRS Project must be performed again (in case of a recurring task).

Illustration of the State Management of SRS Projects

By default, the following states exists for an SRS Project:

About State Management of SRS Templates

The following states are configured for SRS templates:

In Progress: Indicates that the SRS Template is in progress or yet to be sent for approval. You can modify an SRS Template only if it is in the In Progress state. After you have entered all the required information in the SRS Template, you can send it for approval by changing the state to Pending Approval.
Pending Approval: Indicates that the SRS Template has been sent for approval. If you approve the SRS Template, the state of the SRS Template changes to Approved. If you reject the SRS Template, the state of the SRS Template changes to In Progress.
Approved: Indicates that the SRS Template has been approved. After the state of an SRS Template is set to Approved:
- The associated SRS Template is cycled. That is, the Last Date field is set to the date on which the state of the SRS Template is set to Approved. The Next Date field is set to the date on which the SRS Template must be performed again (in case of a recurring task).

Illustration of the State Management of SRS Templates

By default, the following states exists for SRS Templates:

SIS Management Site Filtering

In SIS Management, an SIL Analysis is assigned a site on the Definition workspace and spread to all the related records, such as Instrumented Function records and Logic Solver records.

Tip: For more information, refer to the Site Filtering section of the documentation.

In SIS Management, users will see only SIL Analysis that are assigned to their site(s) or that are global records.

Consider an organization that has three sites, Site X, Site Y, and Site Z. The following SIL Analysis records exist:

SIL Analysis A: Assigned to Site X
SIL Analysis B: Assigned to Site Y
SIL Analysis C: Assigned to Site Z
SIL Analysis D: No site assigned (global records)

Scenario 1: User assigned to only Site X

This user will see SIL Analysis A and SIL Analysis D.

Scenario 2: User assigned to both Site X and Site Y

This user will see SIL Analysis A, B and D.

Scenario 3: Super User

This user will see SIL Analysis A, B, C and D.

Important: If a multi-site user, or a Super User, links child records from multiple sites to a parent record designated as Global, another user who does not have access to all sites may only see a portion of the data associated with that record. In the example above, if a child record assigned to Site X and a child record assigned to Site Y are linked to SIL Analysis D, the Site X user will not be able to see all the records associated with SIL Analysis D.

About Reports in SIS Management

The SIS Management module provides the following types of baseline reports.

SIL Analysis Report

The SIL Analysis report contains the information from the following fields stored in the SIL Analysis records:

Report Column	Field Name in SIL Analysis Record
Analysis Description	Analysis Description
Analysis ID	Analysis ID
Analysis Long Description	Long Description
Analysis Owner Name	Owner
End Date	Analysis End Date
Last Modified By	Last Modified By
Last Modified Date	Last Modified Date
Process Hazards Analysis Reference	Hazards Analysis Reference
Process Hazards Analysis Rev Date	Hazards Analysis Date
Process Hazards Analysis Rev No	Hazards Analysis Revision
Site Description	Site Description
Site ID	Site ID
Start Date	Analysis Start Date
Unit Description	Unit Description
Unit ID	Unit ID

SRS Project Report

The SRS report contains all the details from an SIL Analysis that are required to meet compliance for IEC standard 61511. You can use this report to:

Provide proof of compliance with IEC 61511.
Identify gaps in compliance with IEC 61511.

The SRS report displays values that are stored in the SIL Analysis records, and related records that comprise an SIL Analysis. Information in the SRS report is organized in the following sections:

Introduction
General Requirements for the Safety Instrumented System
General Requirements for the Safety Instrumented Functions
Summary of Safety Instrumented Functions
SIF Safety Requirement Specification
Process & Operational Requirements
Loop Components
- Sensor Part
- Logic Solver Part
- Final Element Part

Instrumented Function Report

The Instrumented Function report contains information from the following fields stored in the Instrumented Function records:

Report Column	Field Name in Instrumented Function Record
Availability Target	Availability Target
Consequence Description	Consequence Description
Failure Rate UOM	Failure Rate UOM
Frequency of Initiating Event (per yr)	Frequency of Initiating Event (per yr)
Function Type	Function Type
Hazardous Event	Hazardous Event
Hazards Analysis Ref	Hazards Analysis Reference
Hazards Analysis Rev Date	Hazards Analysis Date
IF Description	PIF Description
IF ID	PIF ID
Initiating Event	Initiating Event
Initiating Event Description	Initiating Event Description
Last Modified By	Last Modified By
Last Modified Date	Last Modified Date
Maximum Probability of Failure	Required Probability of Failure
Process Speed	Process Speed
Response Time	Response Time
Risk Reduction Factor	Risk Reduction Factor
Safe State Description	Safe State Description
Selected SIL Level	Selected SIL Level
SIL Assessment Method	SIL Assessment Method
SIL Mode	SIL Mode
SIS System ID	SIS System ID
Site ID	Site ID
Spurious Trip Limit	Spurious Trip Limit (per yr)
Unit ID	Unit ID

Protective Instrument Loop Report

The Protective Instrument Loop report contains a summary of results for the selected Protective Instrument Loop (PIL). This report also includes a summary of calculated results for the Logic Solver, Sensor System, and Final Element System associated with the Protective Instrument Loop.

The PIL report displays the following information from the Protective Instrument Loop records:

Report Column	Field Name in Protective Instrument Loop Record
Achieved SIL	Achieved SIL
Evaluated Systematic Capabilities	Calculated SIL Systematic Capabilities
Last Modified By	Last Modified By
MTTS (years)	MTTFS
Status Changed By	Status By
Systematic Capability Validation	Systematic Capability Validation
Description	Description
Evaluated Architectural Constraints	Calculated SIL Architectural Constraints
Last Modified Date	Last Modified Date
Long Description	Long Description
Loop Class	Loop Class
Loop ID	ID
Loop Type	Loop Type
Meets SIL Requirements	Meets SIL Requirement?
Mission Time	Mission Time
Probability of Failure	Loop PFH
Required SIL	Required SIL
Risk Reduction Factor	Risk Reduction Factor
SIL Demand Mode	Demand Mode
SIL Validation Method	SIL Validation Method
Startup Time	Startup Time
Status	Status
Status Changed Date	Status Date
Test Architectural Constraints	Test Architecture Constraints

The Protective Instrument Loop report also includes a table, which contains the following information that is stored in the Protective Instrument Loop Logic Solver records, and Protective Instrument Loop System records linked to the Protective Instrument Loop record:

Report Column	Field Name in Protective Instrument Loop Logic Solver Record	Field Name in Protective Instrument Loop System Record
Report Column		for Sensor System	for Final Element System
Arch Cons	SIL Architectural Constraints	SIL Architectural Constraints	SIL Architectural Constraints
Avail	Availability	Availability	Availability
MTTFS	MTTFS	MTTFS	MTTFS
MTTFS Cont	MTTFS Contribution	MTTFS Contribution	MTTFS Contribution
PFD Avg	Calculated PFD Avg	Calculated PFD Avg	Calculated PFD Avg
PFD Cont	PFD Contribution	PFD Contribution	PFD Contribution
PFH	Calculated PFH	Calculated PFH	Calculated PFH
PTI	Proof Test Interval	N/A	N/A
Sys Cap	SIL Systematic Capability	SIL Systematic Capability	SIL Systematic Capability

Family Fields that are Updated While Importing Data from Exida

This topic maps the exSILentia fields with the corresponding Family Fields that gets updated when you import data from Exida.

The Protective Instrument Loop family

Property Name	Field ID	Field Caption	exSILentia Class/Field
Calculator	None	None	None
Diagram	MI_PRE_I_LP_DIAGRAM_B	Diagram	None
DemandMode	MI_PRE_I_LP_DEMAND_MODE_C	Demand_Mode	clsSILverData_DemandMode
LoopID	MI_FNCL_SYS_ID_C	ID	None
MissionTime	MI_PRE_I_LP_MISSION_TIME_N	Mission_Time	clsSILverData_calctime
StartupTime	MI_PRE_I_LP_STARTUP_TIME_N	Startup_Time	clsSILverData_startup
TestArchitectureContraints	MI_PRE_I_LP_TST_ARCHTCTE_CNS_C	Test_Architecture_Constraints	None
SystematicCapabilityValidation	MI_PRE_I_LP_SYSTMTC_CPBY_VLN_L	Systematic_Capability_Validation	clsSILverData_ConsiderSILCapability
SensorMCI	MI_PRE_I_LP_SENSOR_MCI_N	Sensor_MCI	clsSILverData_MCI_Sensors
FinalElementMCI	MI_PRE_I_LP_FINALELEMENT_MCI_N	Final_Element_MCI	clsSILverData_MCI_FinalElements
LogicSolverMCI	MI_PRE_I_LP_LOGICSOLVER_MCI_N	Logic_Solver_MCI	clsSILverData_MCI_LogicSolver
RequiredSIL	MI_PRE_I_LP_REQUIRED_SIL_N	Required_SIL	clsSILverData_TargetSILV

The Protective Instrument Loop Final Element family

Property Name	Field ID	Field Caption	exSILentia Class/Field
GUID	MI_PRE_ELT0_GUID_C	GUID	None
RAV	MI_PRE_FLT0_RAV_L	Remote_Actuated_Valve	clsFinalElemLegData_RAV_
TightShutOffRequired	MI_PRE_FLT0_TIGHT_SHTFF_RQRD_L	Tight_Shutoff_Required	clsFinalElemLegData_TShutoffReq_
UncleanService	MI_PRE_FLT0_UNCLEAN_SERVICE_L	Severe_Service	clsFinalElemLegData_UncleanService
UseCombination	MI_PRE_FLT0_USE_COMBINATION_L	Use_Combination	clsFinalElemLegData_UseActValCombo
UsePVST	MI_PRE_FLT0_USE_PVST_L	Partial_Valve_Stroke_Testing	clsFinalElemLegData_UsePVST_
UsePVSTCov	MI_PRE_FLT0_USE_PVSTCOV_L	Use_Custom_PVST_Coverage	clsFinalElemLegData_UsePVSTCov
ValveTripOpen	MI_PRE_FLT0_VALVE_TRIP_OPEN_L	Valve_Trip_Open	clsFinalElemLegData_ValveTripOpen
CustomPVSTCoverage	MI_PRE_FLT0_CUSTM_PVST_CVRGE_N	Custom_PVST_Coverage	clsFinalElemLegData_AT_Coverage_
CustomPVSTInterval	MI_PRE_FLT0_PVST_INTER_N	PVST_Interval	clsFinalElemLegData_AT_Interval
CustomPVSTIntervalUOM	MI_PRE_FLT0_PVST_INTER_UOM_C	PVST_Interval_UOM	None

The Protective Instrument Loop System family

Property Name	Field ID	Field Caption	exSILentia Class/Field
SystemType	MI_PRE_SYM0_SYSTEM_TYPE_C	System_Type	None
GUID	MI_PRE_ELT0_GUID_C	GUID	None
Parent	None	None	None
CommonCauseBetweenGroupsBeta	MI_PRE_SYM0_COMMON_CAUSE_N	Common_Cause_(Beta)	clsSILverData_GroupBetaSens
NumberofGroups	MI_PRE_SYM0_NUMBEROF_GROUPS_N	Number_of_Groups	clsSILverData_numsensors
GroupVoting	MI_PRE_SYM0_VOTING_BTWN_GRPS_C	Voting_Between_Groups	clsSILverData_sensorvote_

The Protective Instrument Loop Sensor family

Property Name	Field ID	Field Caption	exSILentia Class/Field
GUID	MI_PRE_ELT0_GUID_C	GUID	None
IsAnalog	MI_PRE_SNR0_ISANALOG_L	Analog_Input	None
AnalogTrip	MI_PRE_SNR0_ANALOG_TRIP_N	Analog_Trip	clsSensorLegData_AnalogTrip
ExternalComparison	MI_PRE_SNR0_EXTERNAL_COMPRSN_L	External_Comparison	clsSensorLegData_ExternalComp_
ExternalComparisonValue	MI_PRE_SNR0_EXTER_COMPA_VALUE_N	External_Comparison_Value	clsSensorLegData_ExternalCompCov
AlarmSetting	MI_PRE_SNR0_HIGH_ALARM_L	Alarm_Setting(High/Low)	clsSensorLegData_Jumper
RangeChecking	MI_PRE_SNR0_RANGE_CHECKING_L	Over/Under_Range	clsSensorLegData_RangeChecking
InputFilters	MI_PRE_SNR0_INPUT_FILTER_L	Alarm_Filter	clsSensorLegData_InputFiltering
SensorTripOnAlarm	MI_PRE_SNR0_SNSR_TRP_ON_ALRM_L	Alarm_Voted_as_Trip	clsSensorLegData_TripOnAlarm
SensorType	MI_PRE_SNR0_SENSOR_TYPE_C	Sensor_Type	clsSensorLegData_SensType
EnableTrip	MI_PRE_SNR0_ENABLETRIP_L	EnableTrip	None

The Protective Instrument Loop Group family

Property Name	Field ID	Field Caption	exSILentia Class/Field
GUID	MI_PRE_ELT0_GUID_C	GUID	None
Parent	None	None	None
GroupType	MI_PRE_GRP0_GROUP_TYPE_C	Group_Type	None
LegsNumber	MI_PRE_GRP0_SUBSYSTEM_NUMBER_N	Subsystem_Number	None
N	MI_PRE_GRP0_N_N	Custom_Vote_N	clsFinalElemGroupData_CustVoteN
M	MI_PRE_GRP0_M_N	Custom_Vote_M	clsFinalElemGroupData_CustVoteM_
FinalElementVote	MI_PRE_GRP0_VOTING_C	Voting	clsFinalElemGroupData_Vote
CommonCauseBeta	MI_PRE_GRP0_COMMON_CAUSE_BTA_N	Common_Cause_(Beta)	clsFinalElemGroupData_Beta
MTTR	MI_PRE_GRP0_MTTR_N	MTTR	clsFinalElemGroupData_MTTR_
ProofTestCoverage	MI_PRE_GRP0_PROOF_TEST_CVRGE_N	Proof_Test_Coverage	clsFinalElemGroupData_ProofTestCov
PrrofTestInterval	MI_PRE_GRP0_PROOF_TST_INTRVL_N	Proof_Test_Interval	clsFinalElemGroupData_ProofTestInt
VoteType	MI_PRE_GRP0_DIVERSE_L	Diverse	clsFinalElemGroupData_IsVoteDiverse

The Protective Instrument Loop Logic Solver Channel family

Property Name	Field ID	Field Caption	exSILentia Class/Field
Parent	None	None	None
Entity	None	None	None
ChannelType	MI_PRE_CHL0_CHANNEL_TYPE_C	Channel_Type	clsLogicSolverPartData_ChannelType
ExidalD	MI_PRE_DVE0_EXIDA_ID_N	Exida_ID	clsLogicSolverPartData_EID
DangerousDetected	MI_PRE_DVE0_DANGEROUS_DETCTD_N	Dangerous_Detected	clsLogicSolverPartData_FailDD
DangeroudUndetected	MI_PRE_DVE0_DANGEROS_UNDTCTD_N	Dangerous_Undetected	clsLogicSolverPartData_FailDU
FailureAnnunciationDetected	MI_PRE_DVE0_FLRE_ANNNCTN_DTD_N	Failure_Annunciation_Detected	clsLogicSolverPartData_FailAD
FailureAnnunciationUndetected	MI_PRE_DVE0_FLRE_ANNNCTN_UND_N	Failure_Annunciation_undetected	clsLogicSolverPartData_FailAU
FailureDetected	MI_PRE_DVE0_FAILURE_DETECTED_N	Failure_Detected	clsLogicSolverPartData_FailDetected
FailureHigh	MI_PRE_DVE0_FAILURE_HIGH_N	Failure_high	clsLogicSolverPartData_FailHigh
FailureLow	MI_PRE_DVE0_FAILURE_LOW_N	Failure_Low	clsLogicSolverPartData_FailLow
Residual	MI_PRE_DVE0_RESIDUAL_N	Residual	clsLogicSolverPartData_FailNoEffect
SafeDetected	MI_PRE_DVE0_SAFE_DETECTED_N	Safe_Detected	clsLogicSolverPartData_FailSD
SafeFailureFraction	MI_PRE_DVE0_SSF_N	Safe_Failure_Fraction	clsLogicSolverPartData_SFF
SafeUndetected	MI_PRE_DVE0_SAFE_UNDETECTED_N	Safe_Undetected	clsLogicSolverPartData_FailSU
Channels	None	None	clsLogicSolverPartData_Channels
Name	MI_PRE_DVE0_NAME_C	Module_Name	clsLogicSolverPartData_Model
ReferenceDateSourceTitle	MI_PRE_ELT0_REFRNCE_DTA_SRCE_C	Reference_Data_Source	None
ReferenceDateSource	MI_PRE_ELT0_RFRNCE_DTA_RFRNE_C	Reference_Data_Reference	None
ReferenceDataDate	MI_PRE_ELT0_REFERNCE_DTA_DTE_D	Reference_Data_Date	None
ReferenceRevision	MI_PRE_ELT0_REFRNCE_DTA_RVSN_C	Reference_Data_Revision	None

The Protective Instrument Loop Logic Solver family

Property Name	Field ID	Field Caption	exSILentia Class/Field
GroupType	MI_PRE_GRP0_GROUP_TYPE_C	Group_Type	None
GUID	MI_PRE_ELT0_GUID_C	GUID	None
Parent	None	None	None
MTTR	MI_PRE_GRP0_MTTR_N	MTTR	.clsSILverData_LogicSolver.MTTR
ProofTestCoverage	MI_PRE_GRP0_PROOF_TEST_CVRGE_N	Proof_Test_Coverage	clsSILverData_LogicSolver.ProofTestCoverage
ProofTestInterval	MI_PRE_GRP0_PROOF_TST_INTRVL_N	Proof_Test_Interval	clsSILverData_LogicSolver.ProofTestInterval
EnableAutoPTS	MI_PRE_SLR0_ATMTC_PRFTST_SWR_L	Automatic_Prooftest_Switchover	clsSILverData_LogicSolver.AT_Enabled
AutoPTSI	MI_PRE_SLR0_ATMC_PRT_SWR_INL_N	Automatic_Prooftest_Switchover_Interval	clsSILverData_LogicSolver.AT_Interval
AutoPTSICov	MI_PRE_SLR0_ATMC_PRT_SWR_INL_N	Automatic_Prooftest_Switchover_Converage	clsSILverData_LogicSolver.AT_Coverage
ArchitecturalConstraints	MI_PRE_GRP0_SL_ARCHTCTRL_CNS_N	SIL_Architectural_Constraints	clsSILverData_LogicSolver.HFT
EquipmentFailureModeTypeAsPerIEC61508	MI_PRE_SLR0_EQUIPMENT_TYPE_C	Architectural_Type	clsSILverData_LogicSolver.ArchType
CommonCauseBeta	MI_PRE_GRP0_COMMON_CAUSE_BTA_N	Common_Cause_(Beta)	clsSILverData_LogicSolver.Beta
SILCapability	MI_PRE_GRP0_SIL_CAPABILITY_N	SIL_Systematic_Capability	clsSILverData_LogicSolver.LimitingSIL
Voting	MI_PRE_GRP0_VOTING_C	Voting	clsSILverData_LogicSolver.MyVoting
IsCustomerized	MI_PRE_SLR0_ISCUSTOMERIZED_L	Manual_Entry	None
ExidaID	MI_PRE_SLR0_EXIDA_ID_N	Exida_ID	clsSILverData_LogicSolver.EquipmentID
ExidaName	MI_PRE_SLR0_EXIDA_NAME_C	Exida_Name	clsSILverData_LogicSolver.exidaName
ReferenceDateSourceTitle	MI_PRE_ELT0_REFRNCE_DTA_SRCE_C	Reference_Data_Source	None
ReferenceDateSource	MI_PRE_ELT0_RFRNCE_DTA_RFRNE_C	Reference_Data_Reference	None
ReferenceDataDate	MI_PRE_ELT0_REFERNCE_DTA_DTE_D	Reference_Data_Date	clsSILverData_LogicSolver.SERHVer
ReferenceRevision	MI_PRE_ELT0_REFRNCE_DTA_RVSN_C	Reference_Data_Revision	clsSILverData_LogicSolver.SERHVer
Automatic	MI_PRE_SLR0_AUTOMATIC_L	Automatic_Channel_Count	clsSILverData_LogicSolver.Automatic
LogicSolverChannels	None	None	None

The Protective Instrument Device family

Property Name	Field ID	Field Caption	exSILentia Class/Field
ExidalD	MI_PRE_DVE0_EXIDA_ID_N	Exida_ID	clsSILverDeviceData_EquipmentID
IsCustomerized	MI_PRE_DVE0_ISCUSTOMED_L	Manual_Entry	None
Tag	MI_PRE_DVE0_DEVICE_TAG_C	Device_Tag	None
IsApproved	MI_PRE_ELT0_APPROVEDTOUSE_L	Approved_Custom_Device	None
AnalogAI_AO	MI_PRE_DVE0_ANALOG_CHANNELS_N	Analog_Channels	clsSILverDeviceData_ChannelCount
DigitalDI_DOHigh	MI_PRE_DVE0_DIGTL_HGH_CHNNLS_N	Digital_High_Channels	clsSILverDeviceData_ChannelCount
DigitalDI_DOLow	MI_PRE_DVE0_DIGITL_LW_CHNNLS_N	Digital_Low_Channels	clsSILverDeviceData_ChannelCount
Name	MI_PRE_DVE0_NAME_C	Exida_Name	clsSILverDeviceData_exidaName
ArchitecturalType	MI_PRE_DVE0_ARCHITECTRL_TYPE_C	Architectural_Type	clsSILverDeviceData_ArchType
CertifiedSIL	MI_PRE_DVE0_CERTIFIED_SIL_N	Certified_SIL	clsSILverDeviceData_CertifiedForSIL
DangerousDetected	MI_PRE_DVE0_DANGEROUS_DETCTD_N	Dangerous_Detected	clsSILverDeviceData_FailDD
DangerousUndetected	MI_PRE_DVE0_DANGEROS_UNDTCTD_N	Dangerous_Undetected	clsSILverDeviceData_FailDU
DeviceType	MI_PRE_DVE0_DEVICE_TYPE_C	Device_Type	clsSILverDeviceData_DeviceType
FailureAnnunciationDetected	MI_PRE_DVE0_FLRE_ANNNCTN_DTD_N	Failure_Annunciation_Detected	clsSILverDeviceData_FailAD
FailureAnnunciationUndetected	MI_PRE_DVE0_FLRE_ANNNCTN_UND_N	Failure_Annunciation_undetected	clsSILverDeviceData_FailAU
FailureDetected	MI_PRE_DVE0_FAILURE_DETECTED_N	Failure_Detected	clsSILverDeviceData_FailDetected
FailureHigh	MI_PRE_DVE0_FAILURE_HIGH_N	Failure_high	clsSILverDeviceData_FailHigh
FailureLow	MI_PRE_DVE0_FAILURE_LOW_N	Failure_Low	clsSILverDeviceData_FailLow
Residual	MI_PRE_DVE0_RESIDUAL_N	Residual	clsSILverDeviceData_FailNoEffect
SafeDetected	MI_PRE_DVE0_SAFE_DETECTED_N	Safe_Detected	clsSILverDeviceData_FailSD
SafeUndetected	MI_PRE_DVE0_SAFE_UNDETECTED_N	Safe_Undetected	clsSILverDeviceData_FailSU
SuggestedPTC	MI_PRE_DVE0_SUGGESTEDPTC_N	Suggested_PTC	clsSILverDeviceData_SuggestPTC
TripRestrict	MI_PRE_DVE0_TRIPRESTRICT_C	Trip_Restrict	clsSILverDeviceData_TripRestrict
ReferenceDataSourceTitle	MI_PRE_ELT0_REFRNCE_DTA_SRCE_C	Reference_Data_Source	None
ReferenceDataDate	MI_PRE_ELT0_REFERNCE_DTA_DTE_D	Reference_Data_Date	clsSILverDeviceData_SERHVer
ReferenceRevision	MI_PRE_ELT0_REFRNCE_DTA_RVSN_C	Reference_Data_Revision	clsSILverDeviceData_SERHVer

The Protective Instrument Loop Element family

Property Name	Field ID	Field Caption	exSILentia Class/Field
Parent	None	None	None
Constantine	None	None	None
DisplayInfo	MI_PRE_ELT0_VISUAL_ATTRIBUTS_T	Visual_Attributes	None

The Instrumented Function family

Property Name	Field ID	Field Caption	exSILentia Class/Field
SafetyLoops	None	None	None
UnitID	MI_PIF00000_UNIT_ID_C	Unit_ID	clsSILverData_UnitName
DescriptionVS)	MI_PIF00000_DESC_C	PIF_Description	clsSILverData_SIFDesc
HazardousEvent	MI_PIF00000_HAZAR_EVENT_C	Hazardous_Event	clsSILverData_HazardDesc
ConsequenceDescription	MI_PIF00000_CONS_DESC_T	Consequence_Description	clsSILverData_ConseqDesc
SafeStateDescription	MI_PIF00000_SAFE_STATE_DESCR_T	Safe_State_Description	clsSILverData_SafeState
ResponseTime	MI_PIF00000_RESPO_TIME_N	Response_Time	clsSILverData_RespTime
SpuriousTripLimit	MI_PIF00000_SPURI_TRIP_LIMIT_N	Spurious_Trip_Limit_(per_yr)	clsSILverData_ReqSTR_
SelectedSILLevel	MI_PIF00000_SELEC_SIL_LEVEL_N	Selected_SIL_Level	clsSILverData_TargetSIL
SILMode	MI_PIF00000_SIL_MODE_C	SIL_Mode	None
SILAssessmentMethod	MI_PIF00000_SIL_ASSES_METHO_C	SIL_Assessment_Method	None
ProcessHazardsAnalysisReference	MI_PIF00000_PROC_HAZ_AN_REF_C	Hazards_Analysis_Reference	None
ProcessHazardsAnalysisDate	MI_PIF00000_PROC_HAZ_AN_DATE_D	Hazards_Analysis_Date	None
SiteID	MI_PIF00000_SITE_ID_C	Site_ID	None
SILAnalysisKey	MI_PIF00000_SIL_ANALY_KEY_N	SIL_Analysis_Key	None

About Upgrade of LOPA and Safeguards to V4.3.0.0.0

In versions prior to V4.3.0.0.0, you could create a LOPA to assess SIL value for an Instrumented Function from the SIL Analysis. In V4.3.0.0.0, you can create and manage LOPAs using the Layers of Protection Analysis module. To assess the SIL value for an Instrumented Function using LOPA, you can create a LOPA Assessment record for the Instrumented Function by linking the LOPA.

When you upgrade the module to V4.3.0.0.0, LOPA Assessment records are created automatically by copying values from the existing LOPAs. The LOPA Assessments are then linked to the corresponding Instrumented Functions and LOPAs. The following table contains the fields in LOPA that are mapped to fields in LOPA Assessment:

Values in the Following Fields in the LOPA...	Copied to the following fields in the LOPA Assessment
LOPA ID	LOPA Assessment ID
LOPA ID	Linked LOPA ID
Entity Key	Linked LOPA Key
Frequency of Initiating Event	Frequency of Initiating Event
Mitigated Consequence Frequency	Mitigated Consequence Frequency
Required Mitigated Consequence Frequency	Required Mitigated Consequence Frequency
Required PIF PFD	Required Probability of Failure
Required PIF Risk Reduction Factor	Risk Reduction Factor (RRF)
Unmitigated Consequence Frequency	Unmitigated Consequence Frequency
Total IPL PFD	Total IPL PFD
Calculated SIL	Selected SIL Level

Also, in V4.3.0.0.0, the Hazards Analysis Safeguard records is used to store the details of Independent Layer of Protection. Hence, when you upgrade to V4.3.0.0.0, Hazards Analysis Safeguards records are created by copying values from the Independent Layer of Protection records associated with the existing LOPA records. The Safeguards created are then associated with the corresponding LOPA.

Values in the Following Fields in the Independent Layer of Protection ...	Copied to the following fields in the associated Hazards Analysis Safeguard
PFD	PFD
IPL ID	Safeguard ID
Type	IPL Type

In V4.3.0.0.0, for each Safeguard, IPL Checklist records are created to store your selection for the criteria that are used to determine if a Safeguard is an IPL. When you upgrade to V4.3.0.0.0, for each previously existing Independent Layer of Protection record, IPL Checklist records are created and associated with the corresponding Safeguard in V4.3.0.0.0.