General Reference

Calibration Management Data Model

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

The following diagram shows how the families used in device mapping in Calibration 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 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.

Optional Calibration Management Relationship and Entity Families

In addition to the entity and relationship families that appear in the Calibration Management data model image, the following families that can be used with Calibration Management exist in the baseline APM database.

Standard Gas
Standard Gas Components
Has Standard Gas
Has Components

These families, however, are not linked by default to any of the Calibration Management families shown in the data model, and to simplify the data model image, these families were left out.

In the baseline APM database, the Standard Gas family is related to the Standard Gas Components family through the Has Components relationship family. Standard Gas Cylinder records and Standard Gas Component records store information about gas components that are associated with a piece of equipment or a location. If you want to link Standard Gas Cylinders to Equipment, you can define the relationship using the Has Standard Gas relationship family by creating the following relationship definition:

Predecessor: Equipment, Functional Location, or custom asset
Predecessor Cardinality: Zero or many
Successor: Standard Gas Cylinder
Successor Cardinality: Zero or Many

If you want to link Calibration Tasks to Calibration Templates, you can link the Calibration Task family to the desired Calibration Template families through the Has Template relationship family.

Instrumentation System Data Model

The following diagram shows how the families used in Instrumentation System 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 arrowhead: the box from which the arrow originates is the predecessor, and the box to which the arrowhead points is the successor.

Calibration 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 Calibration Administrator	MI Calibration Administrator MI Safety Admin
MI Calibration User	MI Calibration User MI Safety Admin MI Safety Power MI Safety User
MI Calibration Viewer	MI APM Viewer MI Calibration Viewer MI Safety Admin MI Safety Power MI Safety User MI Strategy Admin MI Strategy Power MI Strategy User

Note: Any Security User who is a member of the MI Calibration Administrator Security Group should also be added to MI Devices Administrators Security Group. Members of the MI Calibration User Security Group should also be added to MI Devices Power Users Security Group. This will allow Calibration users to perform automated calibration.

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


Family	MI Calibration Administrator	MI Calibration User	MI Calibration Viewer
Entity Families
Alert	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Asset Safety Preferences	View, Update, Insert, Delete	View	View
Calibration (Event)	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration, Analog	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration, Analyzer Multi-Component	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration, Analyzer Single Component	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration, CMX	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration, Discrete	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration, Functional Test	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration, Summary Event	View, Update, Insert, Delete	View, Insert, Update	View
Calibration, Weight Scale	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration Device Driver	View, Update, Insert, Delete	View	View
Calibration Device Mapping	View, Update, Insert, Delete	View	View
Calibration Mapping Family	View, Update, Insert, Delete	View	View
Calibration Mapping Field	View, Update, Insert, Delete	View	View
Calibration Profile	View, Update, Insert, Delete	View	View
Calibration Profile Template Defaults	View, Update, Insert, Delete	View	View
Calibration Recommendation	View, Update, Insert, Delete	View, Update, Insert	View
Calibration Result	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration Results, Analog	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration Results, Analyzer	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration Result, Discrete	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration Results, Functional Test	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration Setup Defaults	View, Update, Insert, Delete	View	View
Calibration Strategy	View, Update, Insert, Delete	View	View
Calibration Task	View, Update, Insert, Delete	View	View
Calibration Task Revision	View, Update, Insert, Delete	View	View
Calibration Task Scope	View, Update, Insert, Delete	View	View
Calibration Task Scope Details	View, Update, Insert, Delete	View, Insert, Update	View
Calibration Template	View, Update, Insert, Delete	View	View
Calibration Template, Analog	View, Update, Insert, Delete	View	View
Calibration Template, Discrete	View, Update, Insert, Delete	View	View
Calibration Template, Weight Scale	View, Update, Insert, Delete	View	View
Calibration Template, Single Component Analyzer	View, Update, Insert, Delete	View	View
Calibration Template, Multi-Component Analyzer	View, Update, Insert, Delete	View	View
Calibration Template, Functional Test	View, Update, Insert, Delete	View	View
Calibration Template, CMX	View, Update, Insert, Delete	View	View
Calibration Template Defaults	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibration Template Detail	View, Update, Insert, Delete	View	View
Calibration Template Detail, Analyzer	View, Update, Insert, Delete	View	View
Calibrator	View, Update, Insert, Delete	View	View
Equipment	View	View	View
Functional Location	View	View	View
Instrumentation System	View, Update, Insert, Delete	View	View
Reference Document	View, Update, Insert, Delete	View	View
SAP System	View	View	View
Standard Gas	View, Update, Insert, Delete	View	View
Standard Gas Components	View, Update, Insert, Delete	View	View
Standard Gas Cylinder	View, Update, Insert, Delete	View	View
Task	View, Update, Insert, Delete	View	View
Task Types	View, Update, Insert, Delete	View	View
Test Equipment	View, Update, Insert, Delete	View	View
Test Equipment History	View, Update, Insert, Delete	View	View
Work History	View	View	View
Work History Detail	View	View	View
Relationship Families
Calibration Device Driver Has Mapping	View, Update, Insert, Delete	View	View
Calibration Event has Events	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Calibrator has Device Driver	View, Update, Insert, Delete	View	View
Calibration Mapping Has Family	View, Update, Insert, Delete	View	View
Calibration Mapping Has Field	View, Update, Insert, Delete	View	View
Calibration Mapping Has Strategy	View, Update, Insert, Delete	View	View
Calibration Task has Scope	View, Update, Insert, Delete	View	View
Calibration Task Scope has Details	View, Update, Insert, Delete	View	View
Equipment Has Equipment	View	View	View
Functional Location Has Equipment	View	View	View
Functional Location Has Functional Location(s)	View	View	View
Has Associated Recommendation	View, Update, Insert, Delete	View	View
Has Calibration	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Calibration Profiles	View, Update, Insert, Delete	View	View
Has Calibration Results	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Consolidated Recommendations	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Driving Recommendations	View, Update, Insert, Delete	View	View
Has Event Detail	View	View	View
Has Recommendations	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Reference Documents	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Standard Gas	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Standard Gas Components	View, Update, Insert, Delete	View	View
Has Standard Gas Details	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Superseded Recommendations	View, Update, Insert, Delete	View	View
Has Task Revision	View, Update, Insert, Delete	View	View
Has Tasks	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Templates	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Template Detail	View, Update, Insert, Delete	View	View
Has Test Equipment	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Has Work History	View	View	View
Instrumentation System is an Asset	View, Update, Insert, Delete	View	View
Instrumentation System has Assets	View, Update, Insert, Delete	View	View
Test Equipment Has Equipment	View, Update, Insert, Delete	View, Update, Insert, Delete	View
Test Equipment Has History	View, Update, Insert, Delete	View, Update, Insert, Delete	View

Calibration Management URLs

There is one URL Route associated with Calibration Management: asset-safety/calibration. 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/calibration/calibration-mgmt: Displays the Calibration Management Overview page.
asset-safety/calibration/calibration-mgmt/<EntityKey>: Displays the Calibration Management Overview page of an asset.
<EntityKey>	Specifies the entity key of the asset whose Calibration Management Overview page you want to access	Any numeric Entity Key that corresponds to an asset.	Opens the Calibration Management Overview page of the asset. Note: On the Calibration Management Overview page of an asset, the graphs do not appear.
asset-safety/calibration/<DatasheetType>/<EntityKey>: Displays the datasheet with the specified type and Entity Key.
<EntityKey>	Specifies the datasheet that you want to access	0	Opens the blank datasheet of the specified type, allowing you to create a new one.
<EntityKey>	Specifies the datasheet that you want to access	Any numeric Entity Key that corresponds to an existing datasheet.	Opens the specified datasheet in a new tab. This value is required to access an existing datasheet from a URL.
<DatasheetType>	Specifies the type of the datasheet	calibration-task-datasheet	None
		calibration-event-datasheet
		profile-template-datasheet
		MI_SGCY0000
		MI_TESTEQUIP
calibration/instrumentation-system-overview: Displays the Instrumentation System Overview page. calibration/instrumentation-system/<key>: Displays the Instrumentation System record. The left pane displays the Instrumentation System node with all the child nodes and calibration tasks. The workspace displays the Instrumentation System datasheet and a result grid to display summary events.
<key>	Specifies the entity key of the Instrumentation System record that you want to access.	Entity key of the Instrumentation System record	N/A
calibration/instrumentation-system/<key>/task/<taskKey>: Displays the Calibration Task and Calibration Task Scope details.
<key>	Specifies the entity key of the Instrumentation System record that you want to access.	Entity key of the Instrumentation System record	N/A
<taskKey>	Specifies the entity key of the Calibration Task record that you want to access.	Entity key of the Calibration Task record	Displays the Calibration Task record and Calibration Task Scope details.
calibration/instrumentation-system/<key>/asset/<assetKey>: Displays the Calibration Task and Calibration Task Scope details.
<key>	Specifies the entity key of the Instrumentation System record that you want to access.	Entity key of the Instrumentation System record	N/A
<assetKey>	Specifies the entity key of the child asset record whose calibration event details you want to access.	Entity key of the child asset. The asset can be a Functional Location or Equipment record.	Displays the Calibration Event records. These records include the calibration events created as part of Instrumentation System as well as outside of Instrumentation System.
calibration/instrumentation-system-event/<eventKey>: Displays the selected Calibration Summary Event record in a new tab, and the child events associated with it.
<eventKey>	Specifies the entity key of the Calibration Summary Event record.	Entity key of the Calibration, Summary Event record	N/A

Example: URLs


Example URL	Destination
asset-safety/calibration/calibration-mgmt	The Calibration Management Overview page.
/asset-safety/calibration/calibration-mgmt/14356783	The Calibration Management Overview page for the asset whose entity key is 14356783.
asset-safety/calibration/calibration-task-datasheet/14356783	The datasheet of the Calibration Task whose entity key is 14356783.
asset-safety/calibration/calibration-event-datasheet/14356784	The datasheet of the Calibration Event whose entity key is 14356784.
asset-safety/calibration/profile-template-datasheet/<template-type>/14356785 Note: <template-type> specifies the type of template you want to access, and it accepts below values for different type of templates: 0 – Open Existing Templates 1 – Create New Fluke 74X Templates 2 – Create New Druck DPI620 (Genni) Templates 3 – Create New Druck DPI61x Templates 4 – Create New CMX Templates 5 – Create new Manual Templates	The datasheet of the Calibration Template whose entity key is 14356785.
asset-safety/calibration/MI_TESTEQUIP/14356786	The datasheet of the Test Equipment whose entity key is 14356786.
asset-safety/calibration/MI_SGCY0000/14356787	The datasheet of the Standard Gas whose entity key is 14356787.

Calibration Management System Code Tables

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


Table ID	Table Description	Function
MI CALIBRATION CHECKLIST TYPE	MI Calibration, Check List Type	Populates the Response Type field in a Calibration Template Detail, Functional Test.
MI CALIBRATION ERROR ASSESSMENT	MI Calibration Error Assessment	Populates the Error Assessment field in a Calibration Defaults.
MI CALIBRATION FUNCTION	MI Calibration, Calibration Function	Populates the Input Up/Down field in a Calibration.
MI CALIBRATION IO TYPES	Calibration Input/Output Types	Populates the Primary Input Range Units and Primary Output Range Units fields in a Calibration Template.
MI CALIBRATION MODE	MI Calibration, Calibration Mode	Populates the Input Mode and Output Mode fields in a Calibration Template.
MI CALIBRATION REFERENCES	MI Calibration, Calibration List of References	Populates the List of References in multiple fields.
MI CALIBRATION TEMPERATURE SOURCE	MI Calibration Temperature Source	Populates the Input Ref Temp Source and Output Ref Temp Source fields in a Calibration Template.
MI CALIBRATION TYPE	MI Calibration, Calibration Type	Populates the Calibration Type field in a Calibration Template.
MI CALIBRATION YES OR NO	MI Calibration, Yes or No	Populates the Response field in a Calibration, Functional Test.
MI CHARACTERISTIC CURVE	MI Calibration, Characteristic Curve	Populates the Input Characteristic Curve and Output Characteristic Curve fields in a Calibration (Calibration Event record).
MI CHEMICAL COMPONENTS	Calibration, Chemical Components	Populates the Component field in a Standard Gas Component.
MI CMX TEMPLATE INPUT METHOD	CMX Standard Template Input Method	Populates the Input Method field in a Calibration Template, CMX record.
MI CMX TEMPLATE INPUT TYPE	CMX Template Input Type	Populates the Input Type field in a Calibration Template, CMX record.
MI CMX TEMPLATE OUTPUT METHOD	CMX Standard Template Output Method	Populates the Output Method field in a Calibration Template, CMX record.
MI CMX TEMPLATE OUTPUT TYPE	CMX Template Output Type	Populates the Output Type field in a Calibration Template, CMX record.
MI_STATUS	Status Codes - CORE	Populates the Input Damping Setting, Output Damping Setting, and Input Min Max Mode fields in a Calibration Template.
MI ERROR BASIS	MI Calibration, Percent Error Basic Calculation	Populates the Percent Error Basis field in a Calibration.
MI FLUKE ERROR MODES	MI Calibration, Fluke Error Modes	Populates the Error Configuration field in a Calibration Template.
MI GAS CYLINDER CONNECTION NUMBER	MI Calibration, Gas Cylinder Connection Number	Populates the Cylinder Connection Number in a Standard Gas Cylinder.
MI GAS CYLINDER SIZE	MI Calibration, Gas Cylinder Size	Populates the Cylinder Size field in a Standard Gas Cylinder.
MI GAS CYLINDER TYPE	MI Calibration, Gas Cylinder Type	Populates the Cylinder Type field in a Standard Gas Cylinder.
MI MAINTENANCE TYPE	MI Calibration, Maintenance Type	Populates the Maintenance Type field in a Calibration.
MI POWER SOURCE	MI Calibration, Power Source	Populates the Loop Power field in a Calibration Template.
MI SENSOR TYPE	MI Calibration, Sensor Type	Populates the Temperature Element Type field in a Calibration Template.
MI STATUS	Status Codes - CORE	Populates the Template State field in a Calibration Profile Template.
MI SWITCH CONTACT STATE	MI Calibration, Switch Contact State	Populates the Contact State fields in a Calibration Template, Discreet record.
MI TASK TYPE REFERENCE	CORE, Reference values to limit task type lists when creating tasks	Populates the Task Type field in a Task record. For a Calibration Task, this field is disabled and populated with CALIBRATION.
MI TEMPERATURE MEASUREMENT STANDARD	MI Calibration, Temperature Measurement Standard	Populates the Temperature Standard field in a Calibration Template.
MI THERMOCOUPLE TYPE	MI Calibration, Thermocouple Type	Populates the Temperature Element Type field in a Calibration Template.
MI YES NO	MI Core, Yes-No	Populates the Performs Square Root field in a Calibration Template.
MI CALIBRATION RESULT	MI_CALIBRATION_RESULT	Populates the following fields in a Calibration, CMX event: Calibration Passed Overall AF Pass/Fail Overall AL Pass/Fail
Template Code	CMX Template codes	Populates the Template Code field in a Calibration Template, CMX record.
UOME	Unit of measure	Populates the Unit of Measure list in the Measurement Location records.

Calibration Unit of Measurements (UOMs) and their Conversions

The following table lists the APM UOMs and their respective Fluke Base UOMs with conversion formulas. The formula is used to convert the Input and Output range values before sending data to the calibrator and after receiving data from the calibrator.

Note:

In the table, x in the conversion formula indicates the input-output range values to be converted.
For each category, the Device Input UOM and Device Output UOM fields are set to default UOM. You can change it to a different UOM as required within the same category.
The following UOMs and conversions are applicable to Fluke devices only.
Since Fluke 754 and Fluke 729 use common System Code Tables, ensure that compatible UOMs are used while creating Calibration Templates to perform automated calibrations.


Category	ID	Description	Fluke Base UOM	Conversion Formula
Pressure	atm	Standard Atmosphere	bar (Default)	(x) * 1.01325
	atm	Standard Atmosphere	ftH2O	(x) * 33.93244655
	atm	Standard Atmosphere	inH2O 60F	(x) * 407.1893586
	atm	Standard Atmosphere	inH2O	(x) * 406.782504600035
	atm	Standard Atmosphere	inHg	(x) * 29.9213
	atm	Standard Atmosphere	mH2O	(x) * 10.33227453
	atm	Standard Atmosphere	mHg	(x) * 0.76
	atm	Standard Atmosphere	Pa	(x) * 101325
	atm	Standard Atmosphere	psi	(x) * 14.69594878
	atm	Standard Atmosphere	g/cm2	(x) * 1033.2275547715
	Atmosphere	Technical Atmosphere	bar (Default)	(x) * 0.980665
	Atmosphere	Technical Atmosphere	ftH2O	(x) * 32.8093
	Atmosphere	Technical Atmosphere	inH2O 60F	(x) * 394.089841
	Atmosphere	Technical Atmosphere	inH2O	(x) * 393.71
	Atmosphere	Technical Atmosphere	inHg	(x) * 28.9591
	Atmosphere	Technical Atmosphere	mH2O	(x) * 10.0003
	Atmosphere	Technical Atmosphere	mHg	(x) * 0.73556
	Atmosphere	Technical Atmosphere	Pa	(x) * 98066.52
	Atmosphere	Technical Atmosphere	psi	(x) * 14.2233
	Atmosphere	Technical Atmosphere	g/cm2	(x) * 1000.0
	BAR	Bar	bar (Default)	(x) * 1
	BAR	Bar	ftH2O	(x) * 33.488721
	BAR	Bar	inH2O 60F	(x) * 401.8598
	BAR	Bar	inH2O	(x) * 401.4742
	BAR	Bar	inHg	(x) * 29.52998751
	BAR	Bar	mH2O	(x) * 10.19716213
	BAR	Bar	mHg	(x) * 0.750061683
	BAR	Bar	Pa	(x) * 100000
	BAR	Bar	psi	(x) * 14.50377377
	BAR	Bar	g/cm2	(x) * 1019.7162
	Bar Absolute	Bar Absolute	bar (Default)	(x) * 1 - 1.01325
	CMH2O	Centimeters of Water	bar	(x) * 0.000980665
	CMH2O	Centimeters of Water	ftH2O	(x) * 0.032841217
	CMH2O	Centimeters of Water	inH2O 60F	(x) * 0.394094599
	CMH2O	Centimeters of Water	inH2O	(x) * 0.393701
	CMH2O	Centimeters of Water	inHg	(x) * 0.028959025
	CMH2O	Centimeters of Water	mH2O (Default)	(x) * 0.01
	CMH2O	Centimeters of Water	mHg	(x) * 0.000735559
	CMH2O	Centimeters of Water	Pa	(x) * 98.0665
	CMH2O	Centimeters of Water	psi	(x) * 0.014223343
	CMH2O	Centimeters of Water	g/cm2	(x) * 0.999972
	CMHG	Centimeters of Mercury	bar	(x) * 0.013332237
	CMHG	Centimeters of Mercury	ftH2O	(x) * 0.44647956
	CMHG	Centimeters of Mercury	inH2O 60F	(x) * 5.357754719
	CMHG	Centimeters of Mercury	inH2O	(x) * 5.352549
	CMHG	Centimeters of Mercury	inHg	(x) * 0.393700787
	CMHG	Centimeters of Mercury	mH2O	(x) * 0.135950981
	CMHG	Centimeters of Mercury	mHg (Default)	(x) * 0.01
	CMHG	Centimeters of Mercury	Pa	(x) * 1333.223684
	CMHG	Centimeters of Mercury	psi	(x) * 0.193367747
	CMHG	Centimeters of Mercury	g/cm2	(x) * 13.595098
	FT H2O	Feet of Water	bar	(x) * 0.0298608
	FT H2O	Feet of Water	ftH2O (Default)	(x) * 1
	FT H2O	Feet of Water	inH2O 60F	(x) * 12
	FT H2O	Feet of Water	inH2O	(x) * 11.997
	FT H2O	Feet of Water	inHg	(x) * 0.881789051
	FT H2O	Feet of Water	mH2O	(x) * 0.304495419
	FT H2O	Feet of Water	mHg	(x) * 0.022397442
	FT H2O	Feet of Water	Pa	(x) * 2986.08
	FT H2O	Feet of Water	psi	(x) * 0.433094288
	FT H2O	Feet of Water	g/cm2	(x) * 30.471
	HPA	Hectopascal	bar	(x) * 0.001
	HPA	Hectopascal	ftH2O	(x) * 0.033488721
	HPA	Hectopascal	inH2O 60F	(x) * 0.401864652
	HPA	Hectopascal	inH2O	(x) * 0.401463133
	HPA	Hectopascal	inHg	(x) * 0.029529988
	HPA	Hectopascal	mH2O	(x) * 0.010197162
	HPA	Hectopascal	mHg	(x) * 0.000750062
	HPA	Hectopascal	Pa (Default)	(x) * 100
	HPA	Hectopascal	psi	(x) * 0.014503774
	HPA	Hectopascal	g/cm2	(x) * 1.019716213
	IN H2O	Inches of Water	bar	(x) * 0.0024884
	IN H2O	Inches of Water	ftH2O	(x) * 0.083333333
	IN H2O	Inches of Water	inH2O 60F	(x) * 1.00096
	IN H2O	Inches of Water	inH2O (Default)	(x) * 1
	IN H2O	Inches of Water	inHg	(x) * 0.073482421
	IN H2O	Inches of Water	mH2O	(x) * 0.025374618
	IN H2O	Inches of Water	mHg	(x) * 0.001866453
	IN H2O	Inches of Water	Pa	(x) * 248.84
	IN H2O	Inches of Water	psi	(x) * 0.036091191
	IN H2O	Inches of Water	g/cm2	(x) * 2.5375
	IN HG	Inches of Mercury	bar	(x) * 0.033863882
	IN HG	Inches of Mercury	ftH2O	(x) * 1.134058082
	IN HG	Inches of Mercury	inH2O 60F	(x) * 13.60869699
	IN HG	Inches of Mercury	inH2O	(x) * 13.595
	IN HG	Inches of Mercury	inHg (Default)	(x) * 1
	IN HG	Inches of Mercury	mH2O	(x) * 0.345315491
	IN HG	Inches of Mercury	mHg	(x) * 0.0254
	IN HG	Inches of Mercury	Pa	(x) * 3386.388158
	IN HG	Inches of Mercury	psi	(x) * 0.491154078
	IN HG	Inches of Mercury	g/cm2	(x) * 34.532
	KPA	Kilopascal	bar	(x) * 0.01
	KPA	Kilopascal	ftH2O	(x) * 0.33488721
	KPA	Kilopascal	inH2O 60F	(x) * 4.01864652
	KPA	Kilopascal	inH2O	(x) * 4.01463133
	KPA	Kilopascal	inHg	(x) * 0.295299875
	KPA	Kilopascal	mH2O	(x) * 0.101971621
	KPA	Kilopascal	mHg	(x) * 0.007500617
	KPA	Kilopascal	Pa (Default)	(x) * 1000
	KPA	Kilopascal	psi	(x) * 0.145037738
	KPA	Kilopascal	g/cm2	(x) * 10.19716213
	kPa abs	Kilopascal Absolute	bar	(x) * 0.01 - 1.01325
	kPa abs	Kilopascal Absolute	Pa (Default)	(x) * 1000 -101325
	kPa abs	Kilopascal Absolute	psi	(x) * 0.1450377377 -14.69594878
	M HG	Meters of Mercury	bar	(x) * 1.333223684
	M HG	Meters of Mercury	ftH2O	(x) * 44.64795599
	M HG	Meters of Mercury	inH2O 60F	(x) * 535.7754719
	M HG	Meters of Mercury	inH2O	(x) * 535.25
	M HG	Meters of Mercury	inHg	(x) * 39.37007874
	M HG	Meters of Mercury	mH2O	(x) * 13.59509806
	M HG	Meters of Mercury	mHg (Default)	(x) * 1
	M HG	Meters of Mercury	Pa	(x) * 0.133322368
	M HG	Meters of Mercury	psi	(x) * 19.3367747
	M HG	Meters of Mercury	g/cm2	(x) * 1359.509806
	MBAR	Millibar	bar (Default)	(x) * 0.001
	MBAR	Millibar	ftH2O	(x) * 0.033488721
	MBAR	Millibar	inH2O 60F	(x) * 0.4018598072
	MBAR	Millibar	inH2O	(x) * 0.401864652
	MBAR	Millibar	inHg	(x) * 0.029529988
	MBAR	Millibar	mH2O	(x) * 0.010197162
	MBAR	Millibar	mHg	(x) * 0.000750062
	MBAR	Millibar	Pa	(x) * 100
	MBAR	Millibar	psi	(x) * 0.014503774
	MBAR	Millibar	g/cm2	(x) * 1.019716213
	mbar abs	Millibar Absolute	bar (Default)	(x) * 0.001 - 1.01325
	mBar abs	Millibar Absolute	Pa	(x) * 100 - 101325
	mBar abs	Millibar Absolute	psi	(x) * 0.014503774 - 14.69594878
	mH2O	Meter of Water	bar	(x) * 0.0980665
	mH2O	Meter of Water	ftH2O	(x) * 3.284121658
	mH2O	Meter of Water	inH2O 60F	(x) * 3.940789976
	mH2O	Meter of Water	inH2O	(x) * 39.40945989
	mH2O	Meter of Water	inHg	(x) * 2.89590252
	mH2O	Meter of Water	mH2O (Default)	(x) * 1
	mH2O	Meter of Water	mHg	(x) * 73.55592401
	mH2O	Meter of Water	Pa	(x) * 0.00980665
	mH2O	Meter of Water	psi	(x) * 1.422334331
	mH2O	Meter of Water	g/cm2	(x) * 9.999724677
	MMH2O	Millimeters of Water	bar	(x) * 0.0000980665
	MMH2O	Millimeters of Water	ftH2O	(x) * 0.003284122
	MMH2O	Millimeters of Water	inH2O 60F	(x) * 0.03940945989
	MMH2O	Millimeters of Water	inH2O	(x) * 0.039408
	MMH2O	Millimeters of Water	inHg	(x) * 0.002895903
	MMH2O	Millimeters of Water	mH2O (Default)	(x) * 0.001
	MMH2O	Millimeters of Water	mHg	(x) * 0.00007355592401
	MMH2O	Millimeters of Water	Pa	(x) * 9.80665
	MMH2O	Millimeters of Water	psi	(x) * 0.001422334
	MMH2O	Millimeters of Water	g/cm2	(x) * 0.099997
	MMHG	Millimeters of Mercury	bar	(x) * 0.001333224
	MMHG	Millimeters of Mercury	ftH2O	(x) * 0.044647956
	MMHG	Millimeters of Mercury	inH2O 60F	(x) * 0.5357754719
	MMHG	Millimeters of Mercury	inH2O	(x) * 535.25
	MMHG	Millimeters of Mercury	inHg	(x) * 0.039370079
	MMHG	Millimeters of Mercury	mH2O	(x) * 0.013595098
	MMHG	Millimeters of Mercury	mHg (Default)	(x) * 0.001
	MMHG	Millimeters of Mercury	Pa	(x) * 133.3223684
	MMHG	Millimeters of Mercury	psi	(x) * 0.019336775
	MMHG	Millimeters of Mercury	g/cm2	(x) * 1.359509806
	MPA	Megapascal	bar	(x) * 10
	MPA	Megapascal	ftH2O	(x) * 334.88721
	MPA	Megapascal	inH2O 60F	(x) * 4018.64652
	MPA	Megapascal	inH2O	(x) * 40146.3133
	MPA	Megapascal	inHg	(x) * 295.2998751
	MPA	Megapascal	mH2O	(x) * 101.9716213
	MPA	Megapascal	mHg	(x) * 7.500616827
	MPA	Megapascal	Pa (Default)	(x) * 1000000
	MPA	Megapascal	psi	(x) * 145.0377377
	MPA	Megapascal	g/cm2	(x) * 10197.16213
	PA	Pascal	bar	(x) * 0.00001
	PA	Pascal	ftH2O	(x) * 0.000334887
	PA	Pascal	inH2O 60F	(x) * 0.00401864652
	PA	Pascal	inH2O	(x) * 0.00401463133
	PA	Pascal	inHg	(x) * 0.0002953
	PA	Pascal	mH2O	(x) * 0.000101972
	PA	Pascal	mHg	(x) * 0.00000750062
	PA	Pascal	Pa (Default)	(x) * 1
	PA	Pascal	psi	(x) * 0.000145038
	PA	Pascal	g/cm2	(x) * 0.01019716213
	PSI	Pounds/Sq Inch	bar	(x) * 0.068947573
	PSI	Pounds/Sq Inch	ftH2O	(x) * 2.308966033
	PSI	Pounds/Sq Inch	inH2O 60F	(x) * 27.7075924
	PSI	Pounds/Sq Inch	inH2O	(x) * 27.681
	PSI	Pounds/Sq Inch	inHg	(x) * 2.036020967
	PSI	Pounds/Sq Inch	mH2O	(x) * 0.70306958
	PSI	Pounds/Sq Inch	mHg	(x) * 0.051714933
	PSI	Pounds/Sq Inch	Pa	(x) * 6894.757293
	PSI	Pounds/Sq Inch	psi (Default)	(x) * 1
	PSI	Pounds/Sq Inch	g/cm2	(x) * 70.307
	PSIA	Pounds/Sq Inch Absolute	bar	(x) * 0.068954757293 - 1.01325
	PSIA	Pounds/Sq Inch Absolute	Pa	(x) * 6894.757293 - 101325
	PSIA	Pounds/Sq Inch Absolute	psi (Default)	(x) * 1 - 14.69594878
	KG/CM2	Kilograms per Square Centimeter	bar	(x) * 0.980665
	KG/CM2	Kilograms per Square Centimeter	ftH2O	(x) * 32.84121658
	KG/CM2	Kilograms per Square Centimeter	inH2O 60F	(x) * 394.0945989
	KG/CM2	Kilograms per Square Centimeter	inH2O	(x) * 393.70079003585
	KG/CM2	Kilograms per Square Centimeter	inHg	(x) * 28.9590252
	KG/CM2	Kilograms per Square Centimeter	mH2O	(x) * 10
	KG/CM2	Kilograms per Square Centimeter	mHg	(x) * 0.7355592401
	KG/CM2	Kilograms per Square Centimeter	Pa	(x) * 98066.5
	KG/CM2	Kilograms per Square Centimeter	psi	(x) * 14.22334331
	KG/CM2	Kilograms per Square Centimeter	g/cm2 (Default)	(x) * 1000
	G/CM2	Grams per Square Centimeter	bar	(x) * 0.000980665
	G/CM2	Grams per Square Centimeter	ftH2O	(x) * 0.032809353
	G/CM2	Grams per Square Centimeter	inH2O 60F	(x) * 0.3940898478
	G/CM2	Grams per Square Centimeter	inH2O	(x) * 0.3937117094
	G/CM2	Grams per Square Centimeter	inHg	(x) * 0.028959095
	G/CM2	Grams per Square Centimeter	mH2O	(x) * 0.10000275331
	G/CM2	Grams per Square Centimeter	mHg	(x) * 0.00735561273
	G/CM2	Grams per Square Centimeter	Pa	(x) * 98.0665
	G/CM2	Grams per Square Centimeter	psi	(x) * 0.0142233433
	G/CM2	Grams per Square Centimeter	g/cm2 (Default)	(x) * 1
	INH2O_60F	Inches of Water (60°F)	bar	(x) * 0.00248843
	INH2O_60F	Inches of Water (60°F)	ftH2O	(x) * 0.0832534845
	INH2O_60F	Inches of Water (60°F)	inH2O 60F (Default)	(x) * 1
	INH2O_60F	Inches of Water (60°F)	inH2O	(x) * 0.9990404766
	INH2O_60F	Inches of Water (60°F)	inHg	(x) * 0.0734834838
	INH2O_60F	Inches of Water (60°F)	mH2O	(x) * 0.25375622809
	INH2O_60F	Inches of Water (60°F)	mHg	(x) * 0.01866481151
	INH2O_60F	Inches of Water (60°F)	Pa	(x) * 248.843
	INH2O_60F	Inches of Water (60°F)	psi	(x) * 0.0360916258
	INH2O_60F	Inches of Water (60°F)	g/cm2	(x) * 2.5374924159
Temperature	DEG C	Degrees Celsius	Celsius (Default)	(x) °C * 1
	DEG C	Degrees Celsius	Fahrenheit	((x) °C × 9/5) + 32
	DEG C	Degrees Celsius	Kelvin	(x) °C + 273.15
	DEG C	Degrees Celsius	Rankine	((x) °C × 9/5) + 491.67
	DEG F	Degrees Fahrenheit	Fahrenheit (Default)	(x) °F * 1
	DEG F	Degrees Fahrenheit	Celsius	((x) °F – 32) × 5/9
	DEG F	Degrees Fahrenheit	Kelvin	((x) °F − 32) × 5/9 + 273.15
	DEG F	Degrees Fahrenheit	Rankine	(x) °F + 459.67
	K	Kelvin	Kelvin	(x) K * 1
	K	Kelvin	Celsius (Default)	(x) K − 273.15
	K	Kelvin	Fahrenheit	(x) K − 273.15) × 9/5 + 32
	K	Kelvin	Rankine	(x) K × 9/5
	R	Rankine	Rankine	(x) °R * 1
	R	Rankine	Celsius	((x) °R − 491.67) × 5/9
	R	Rankine	Fahrenheit (Default)	(x) °R − 459.67
	R	Rankine	Kelvin	(x) °R x 5/9
Voltage	DC mV	Millivolts DC	Volts DC (Default)	(x) * 0.001
	DCV	Volts (DC)	Volts DC	(x) * 1
	ACV	Volts (AC)	Volts AC	(x) * 1
	AC mV	Millivolts AC	Volts AC	(x) * 0.001
Current	MA	Milliamperes	Amps (Default)	(x) * 0.001
	MADC	Milliamperes DC	Amps DC	(x) * 0.001
	mA AC	Milliamperes AC	Amps AC	(x) * 0.001
Frequency	imp/min	Pulse per Minute	HZ (Default)	(x) / 60
	HZ (Sine)	Hertz (Sine Wave)	HZ (Sine)	(x) * 1
	HZ (SqrWv)	Hertz (Square Wave)	HZ (SqrWv)	(x) * 1
Resistance	OHMS	Ohms	Ohms (Default)	(x) * 1
Resistance	KOHM	Kiloohms	Ohms	(x) * 1000

Calibration Management Calculations

This topic describes the various calculations performed by APM in Calibration Management.

Calculating Error

AF Error % = [(Primary Output AF - Expected Primary Output AF) / (Primary Output URV - Primary Output LRV)] * 100

Engineering Unit AF Error = Primary Output AF - Expected Primary Output AF

...where Expected Primary Output AF = {[(Input Measure AF - Primary Input LRV) / (Primary Input URV - Primary Input LRV)] * (Primary Output URV - Primary Output LRV)} + Primary Output LRV

For example, consider the following values:

Primary Input LRV = 0
Primary Input URV = 100
Primary Input Unit = DCV
Primary Output LRV = 4
Primary Output URV = 20
Primary Output Unit = MA
Calibration Strategy = 3D

Suppose Input Measure AF = 100.

Given these values:

Expected Primary Output AF = {[(100 - 0) / (100 - 0)] * (20 - 4)} + 4 = 20
Percentage of Range AF Error % = [(21 - 20) / (20 - 4)] * 100 = 6.25
Engineering Unit AF Error = 21 - 20 = 1

Note: Similar calculations are used to determine these values for AL error.

Based on the calculations, the following tables provide the final output for various values of Input Measure AF and Input Measure AL:

Table 1. Percent of Range Error
% Scale	Up/Down	Input Measure AF	Primary Output AF	Error AF%	Input Measure AL	Primary Output AL	Error AL %
100	Down	100	21	6.25	100	20.25	1.5625
50	Down	50	12.75	4.6875	50	12.15	0.9375
0	Down	0	4.25	1.5625	0	4.25	1.5625

Table 2. Engineering Unit Error
% Scale	Up/Down	Input Measure AF	Primary Output AF	Engg. Unit AF Error	Input Measure AL	Primary Output AL	Engg. Unit AL Error
100	Down	100	21	1	100	20.25	0.25
50	Down	50	12.75	0.75	50	12.15	0.15
0	Down	0	4.25	0.25	0	4.25	0.25

Calculating RMS Error

RMS Error = √((Sum of the squares of individual error values for each test point)/number of test points)

For example, consider the following error values:


Test Point Number	Error Value (%)
1	2
2	2.1
3	1.95

Given these values:

RMS Error = √((2² + 2.1² + 1.95²)/3)

RMS Error = 1.992

Calibration State Management

The following baseline record states are configured for the Calibration family:

In Progress: Indicates that the Calibration is in progress or yet to be sent for approval. You can modify a Calibration only if it is in the In Progress state. After you have entered all the required information in the Calibration, you can send it for approval by changing the state to Pending Approval.
Pending Approval: Indicates that the Calibration has been sent for approval. If you are a member of the MI Calibration Administrator Security Group, you can approve or reject the Calibration. If you approve the Calibration, the state of the Calibration changes to Approved. If you reject the Calibration, the state of the Calibration changes to In Progress.
Approved: Indicates that the Calibration has been approved. After the state of a Calibration is set to Approved:
- The associated Calibration Task is cycled. That is, the Last Date field is set to the date on which the state of the Calibration is set to Approved. The Next Date field is set to the date on which the Calibration must be performed again (in case of a recurring task).
- The Calibration is closed.
- You cannot delete the Calibration.

Illustration of the Calibration State Configuration

By default, the following baseline State Configuration exists for the Calibration family:

Calibration Management Site Filtering

In Calibration Management, site is assigned to records as follows:

Tasks, Calibrations, and applied templates inherit the site assignment of the asset being calibrated.
Calibration Templates stored in the Template Library are designated as global records, which means that they can be accessed by all users.
Test equipment and standards are assigned sites based on the user's selection in the Site control.

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

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

Example

Suppose an organization that has three sites, Site X, Site Y, and Site Z. The following Calibration Management records exist:

Test Equipment 1, Standards 1, Asset 1, Calibration Profile 1, Applied Templates 1, Calibration Task 1, Calibration Event 1, Instrumentation System 1: Assigned to Site X
Test Equipment 2, Standards 2, Asset 2, Calibration Profile 2, Applied Templates 2, Calibration Task 2, Calibration Event 2, Instrumentation System 2: Assigned to Site Y
Test Equipment 3, Standards 3, Asset 3, Calibration Profile 3, Applied Templates 3, Calibration Task 3, Calibration Event 3, Instrumentation System 3: Assigned to Site Z
Test Equipment 4, Standards 4, Asset 4, Calibration Profile 4, Applied Templates 4, Calibration Task 4, Calibration Event 4, Instrumentation System 4, Template Library: No Site Assigned (global records)

Scenario 1: User assigned to only Site X

This user will see all Calibration Templates in the Template Library and the following:


Site X Records	Site Y Records	Site Z Records	Global Records
Test Equipment 1	None	None	Test Equipment 4
Standards 1	None	None	Standards 4
Asset 1	None	None	Asset 4
Calibration Profile 1	None	None	Calibration Profile 4
Applied Templates 1	None	None	Applied Templates 4
Calibration Task 1	None	None	Calibration Task 4
Calibration Event 1	None	None	Calibration Event 4
Instrumentation System 1	None	None	Instrumentation System 4

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

This user will see all Calibration Templates in the Template Library and the following:


Site X Records	Site Y Records	Site Z Records	Global Records
Test Equipment 1	Test Equipment 2	None	Test Equipment 4
Standards 1	Standards 2	None	Standards 4
Asset 1	Asset 2	None	Asset 4
Calibration Profile 1	Calibration Profile 2	None	Calibration Profile 4
Applied Templates 1	Applied Templates 2	None	Applied Templates 4
Calibration Task 1	Calibration Task 2	None	Calibration Task 4
Calibration Event 1	Calibration Event 2	None	Calibration Event 4
Instrumentation System 1	Instrumentation System 2	None	Instrumentation System 4

Scenario 3: Super User

This user will see all Calibration Templates in the Template Library and the following:


Site X Records	Site Y Records	Site Z Records	Global Records
Test Equipment 1	Test Equipment 2	Test Equipment 3	Test Equipment 4
Standards 1	Standards 2	Standards 3	Standards 4
Asset 1	Asset 2	Asset 3	Asset 4
Calibration Profile 1	Calibration Profile 2	Calibration Profile 3	Calibration Profile 4
Applied Templates 1	Applied Templates 2	Applied Templates 3	Applied Templates 4
Calibration Task 1	Calibration Task 2	Calibration Task 3	Calibration Task 4
Calibration Event 1	Calibration Event 2	Calibration Event 3	Calibration Event 4
Instrumentation System 1	Instrumentation System 2	Instrumentation System 3	Instrumentation System 4

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.
If a multi-site user or a Super User creates a parent record designated as Global, you can still link child records from user-assigned sites and null sites (Global).