Family Field Descriptions | On-Premises APM

Calibration Asset Configuration Records

Calibration Asset Configuration records store information about the fields that are defined in the Calibration Asset Configuration family in the baseline APM database. This topic provides an alphabetical list and description of the fields that exist for the Calibration Asset Configuration family and appear on the Asset ID Configuration datasheet. The information in the table reflects the baseline state and behavior of these fields.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Asset Data Query	Character	Indicates the catalog query for the selected Asset family.	This field contains the path of the data query from the Catalog folder. The query selected in this field is used to copy the asset field values to the associated applied template fields. For each new custom asset family that you add in the Asset ID Configuration workspace, you must create a query to map the custom asset fields to the applied template fields. This is a required field. Note: Before you select a query, ensure that the Asset ID field specified in the query matches the fields configured in the New Asset ID Configuration section, and the field names in the query must match the field names in the applied template.
Asset Family	Character	Indicates the family for which you want to create a Calibration Asset Configuration.	A value is required. This field contains a list of asset families. You can select any custom asset that you want to use as a Tag ID.
Asset ID	Character	Indicates the field of the selected asset family to identify the Equipment, Functional Location, or custom asset that you want to calibrate.	This field contains a list of fields of the Asset family selected in the Asset family field. The value in this field is used to construct the applied template ID and in the data loader to identify the asset. The value in this field is used to populate the Asset ID field in the Calibration Queue section, the Calibration Events section, and the Linked Assets subsection in the Calibration Profile section. This is a required field.

Calibration, CMX Records

Calibration, CMX record is a type of Calibration record that stores information about the calibration events that you have created manually for calibration profiles of type Calibration Template, CMX or events that you have received from Beamex CMX calibration software. This topic provides an alphabetical list and description of the fields that exist for the Calibration, CMX family. The information in this table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Ad-Hoc Calibration	Boolean	Indicates that the calibration is performed on the asset that needs to be calibrated outside of its calibration schedule. For example, suppose an asset has an annual calibration task in January. If the asset needs a repair or replacement during the year, after the asset is repaired or replaced, the asset should be calibrated. An Ad-Hoc calibration is performed in this scenario.	By default, this check box is cleared. If you select this check box, after you perform the calibration, the associated Calibration Task is not recycled.
Asset ID	Character	The Identification of the asset that you have calibrated.	This field is populated with the Equipment ID of the asset that is linked to the Calibration. This field is labeled Select Equipment on the datasheet. You can select the Equipment ID hyperlink to view the Asset details.
Asset Short Description	Character	A brief description of the asset that you have calibrated.	This field is populated with the value stored in the Equipment Short Description field in the Asset that is linked to the Calibration. This field is labeled Equipment Short Description on the datasheet. You can modify this value if needed.
Asset Type	Character	The type of the asset that you have calibrated.	This field is populated with the value stored in the Equipment Type field in the Asset that is linked to the Calibration. This field is labeled Equipment Type on the datasheet. You can modify this value if needed.
Calibration Approval By	Character	The name and User ID of the user who approved the calibration.	This field contains a list of user names. You can select the appropriate user from the list.
Calibration Error Limit	Numeric	A number indicating the maximum percentage of acceptable error before the calibration is considered to be failed.	This field is populated with the value stored in the Max Error Limit field of the Calibration Template that is linked to this Calibration. You can modify this value if needed.
Calibration Passed	Character	A value that indicates whether the calibration has passed or failed.	In automated calibration, this field is populated based on the calibration results that are received from the Beamex CMX calibration software. In manual calibration, you can select one of the following values that are defined in the MI_CALIBRATION_RESULT System Code Table, to indicate the result of calibration: PASS FAIL
Calibration Strategy	Character	The strategy for performing the calibration.	This field is disabled and populated with the value in the Calibration Strategy field of the Calibration Template that is linked to this Calibration.
Calibration Task	Character	The identification of the Calibration Task that is linked to this Calibration.	This field is disabled and populated with the ID of the Calibration Task that is associated with the Calibration.
Calibration Technician	Character	The name of the person who is responsible for performing the calibration.	You can modify this value by selecting a user from the list.
Calibration Template Key	Numeric	The ID of the Calibration Template linked to the Calibration.	This field is disabled and populated with the ID of the Calibration Template that is associated with the Calibration. This field is labeled Select Calibration on the datasheet.
Calibration Type	Character	The type of calibration event.	This field is disabled and populated with the value CMX.
Event End Date	Date	The date on which you have completed the calibration.	This field is populated with the current date and time. This field is labeled Calibration End Date on the datasheet. You can modify this value if needed.
Event ID	Character	The identification of the calibration event.	This field is disabled and populated with a default value.
Event Long Description	Character	Any comments on the calibration that you have performed.	This field is populated with the value in the Comments field of the calibration in the Beamex CMX calibration software. This field is labeled Comments on the datasheet.
Equipment Manufacturer	Character	The manufacturer of the asset that you have calibrated.	This field is populated with the value stored in the Manufacturer field in the Asset that is linked to the Calibration. This field is labeled Instrument Manufacturer on the datasheet. You can modify this value if needed.
Equipment Model Number	Character	The model number of the asset that you have calibrated.	This field is populated with the value stored in the Model Number field in the Asset that is linked to the Calibration. This field is labeled Instrument Model Number on the datasheet. You can modify this value if needed.
Event Start Date	Date	The date on which you have started calibrating the asset.	This field is populated with the current date and time. This field is labeled Calibration Start Date on the datasheet. You can modify this value if needed.
Equipment Serial Number	Character	The serial number of the asset that you have calibrated.	This field is populated with the value stored in the Equipment Serial Number field in the Asset that is linked to the Calibration. This field is labeled Instrument Serial Number on the datasheet. You can modify this value if needed.
Location ID	Character	The physical location where you have performed the calibration.	You can enter a value manually.
Location Short Description	Character	A description of the location where you have performed the calibration.	You can enter a value manually.
Scheduled Calibration Date	Date	The date on which the calibration is scheduled to be performed.	You can enter a value manually.
Off Line Duration	Numeric	A number representing the amount of time in hours that passed between the time the calibration was initiated and the time that it was completed.	You can enter a value manually.
Overall AF Pass/Fail	Character	A value that indicates whether the calibration has passed or failed based on whether the As Found values fall within the range of values specified in the record.	In automated calibration, this field is populated based on the calibration results that are received from the Beamex CMX calibration software. In manual calibration, you can select one of the following values that are defined in the MI_CALIBRATION_RESULT System Code Table, to indicate the result of calibration: PASS FAIL
Overall AF Error Max	Numeric	A number that corresponds to the highest error value recorded from all the As Found values.	In automated calibration, this field is populated based on the calibration results that are received from the Beamex CMX calibration software. In manual calibration, you can enter a value manually.
Overall AL Error Max	Numeric	The highest error value recorded from all the As Left values.	In automated calibration, this field is populated based on the calibration results that are received from the Beamex CMX calibration software. In manual calibration, you can enter a value manually.
Overall AL Pass/Fail	Character	A value that indicates whether the calibration has passed or failed based on whether the As Left values fall within the range of values specified in the Calibration.	In automated calibration, this field is populated based on the calibration results that are received from the Beamex CMX calibration software. In manual calibration, you can select one of the following values that are defined in the MI_CALIBRATION_RESULT System Code Table, to indicate the result of calibration: PASS FAIL
WO Reference	Character	The work order number associated with the calibration event.	You can enter a value manually.

Calibration Device Mapping Records

Calibration Device Mapping records store information about the fields that are defined in the Calibration Device Mapping family in the baseline APM database. This topic provides an alphabetical list and description of the fields that exist for the Calibration Device Mapping family and appear on the Calibration Device Mapping datasheet. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is not enabled for site filtering, which means that records in this family can be accessed by any user with the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Device Driver ID	Character	The ID of the supported driver.	This field does not appear on the datasheet and is auto populated with the ID of the selected supported driver.
Linked Mapping	Character	A value associated with the send mapping for the selected receive mapping.	This field is enabled when the value in the Mapping Direction field is Receive. This list is filtered by the value that you select in the Template Type field. This field is required.
Mapping Direction	Character	The type of direction of the outgoing data from APM to a calibrator and incoming data from a calibrator to APM.	This field appears a list and contains the following values: Send Receive When you select Receive, the Linked Mapping field is enabled.
Mapping ID	Character	The ID of the device mapping	You can enter a value in this field. The value must be unique. This field is required.
Mapping Query	Character	The query for sending data to a calibrator or receiving data from a calibrator.	You must select a query that has been specified in the Queries Folder. For more information, refer to the Queries Folder section of the documentation..
Mapping Type	Character	The type of device mapping.	On the datasheet, this field appears as a list labeled Template Type and contains the following calibration templates: Analog Calibration Discrete Calibration Functional Test Depending on the selection, the Linked Mapping field is populated automatically.

Calibration Profile Records

Calibration Profile records store information about the fields that are defined for the Calibration Profile family. This topic provides an alphabetical list and description of the fields that exist for the Calibration Profile family and appear on the Calibration Profile datasheet. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Calibration Strategy	Character	The type of strategy for the calibration.	A value is required. This field is: Blank if you created the Calibration Profile in APM V3.6.0.0.0 or later, and then upgraded to the current version. In this case, a value is not required. Enabled and populated automatically if you created the Calibration Profile in APM V4.2.0.0.0 or later, and then upgraded to the current version. Disabled and populated with the value CMX if the value in the Device Type field is CMX. Disabled and blank if the value in the Device Type field is Analyzer - Multi Component. Disabled and populated automatically if the value in the Device Type field is Analyzer - Single Component or Functional - Manual. Enabled and blank in all other scenarios. The list of values in this field is filtered based on the mapping ID that is associated with the selected profile template. If the mapping ID, however, does not contain a mapped strategy, then a list of all the strategies for the template type associated with the mapping ID appears in this field. Note: If you select a Profile Template that contains Switch 1 details, and then in the Calibration Strategy field, if you select a Switch 2 strategy, a validation message appears, asking you to select a different strategy or modify the profile template. If this happens: In the Calibration Strategy field, select the calibration strategy. -or- In the Profile Template field, select the profile template.
Device Type	Character	The type of calibration or calibration device.	A value is required. This field is: Blank if you created the Calibration Profile in APM V3.6.0.0.0 or later, and then upgraded to the current version. In this case, a value is not required. Enabled and populated automatically if you created the Calibration Profile in APM V4.2.0.0.0 or later, and then upgraded to the current version. Enabled and blank if you create the Calibration Profile in the current version. On the datasheet, this field appears as a list labeled Calibration Type, and contains the following values: Analog - Manual Analyzer - Multi Component Analyzer - Single Component CMX Druck DPI61x Druck DPI620 (Genii) Fluke 74X Functional Manual Switch - Manual
Is Upgraded	Boolean	Indicates whether the Calibration Profile was created in an earlier version of APMor in the current version.	This check box is enabled and: Selected if the Calibration Profile was created in an earlier version of APM (i.e., before upgrading to the current version). Cleared if the Calibration Profile was created in the current version. By default, this field does not appear on the datasheet.
Profile ID	Character	The ID of the calibration profile.	A value is required and must be unique.
Profile Template	Character	The ID of the profile template.	A value is required. The list of values in this field is filtered based on the value in the Device Type field.

Calibration Profile Template Defaults Records

Calibration Profile Template Defaults records store information about the fields that are defined in the Calibration Profile Template Defaults family in the baseline APM database. This topic provides an alphabetical list and description of the fields that exist for the Calibration Profile Template Defaults family and appear on the Calibration Profile Template Defaults datasheet. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is not enabled for site filtering, which means that records in this family can be accessed by any user with the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

Field

Data Type

Description

Behavior and Usage

Calibration Mapping

Character

The type of mapping.

This field appears as a list and is filtered by the value that you select in the Template Type field.

This field is required.

Custom Entered Values

Character

A value that indicates weather the Profile Template that uses this template default will contain custom entered values.

This field must contain one of the following values:

Only Input (INPUT)
Only Output (OUTPUT)
Both Input and Output (INPUT AND OUTPUT)
None (NONE)

Device Type

Character

The type of calibration device.

This field does not appear on the datasheet and is populated automatically.

Error Configuration

Character

A value indicating the error processing configuration for automated calibration.

This field is disabled and is populated automatically with the value that you select in the Manual Entered Values field, as per the following table:


Value in Manual Entered Values	Value in Error Configuration
Only Input (INPUT)	UEV Source
Only Output (OUTPUT)	UEV Measure
Both Input and Output (INPUT AND OUTPUT)	UEV Measure Source
None	Normal

Input Characteristic Curve

Character

A value indicating the characteristics of the input signal to the instrument being calibrated.

This field appears as a list and contains the following values:

Linear
None

This field is required.

Input Type

Character

The input type of the calibration.

This list is populated by the MI_CALIBRATION_IO_TYPES System Code Table.

You can choose from the following Input Types values:

Pressure
Temperature
Other

This field is required.

Manual Entered Values

Character

The type of manual value entered into the device during automated calibration.

This field appears as a list and contains the following values:

Only Input (INPUT)
Only Output (OUTPUT)
Both Input and Output (INPUT AND OUTPUT)
None (NONE)

Depending on the selection, the Error Configuration field is populated automatically.

This field is required.

Output Characteristic Curve

Character

A value indicating the characteristics of the output signal to the instrument being calibrated.

This field appears as a list and contains the following values:

Linear
None

This field is required.

Output Range

Numeric

A value that is used to define measurement range setting of the calibrator.

A value of 10 will set the Voltage range to 10 in the calibrator and the value in the Output Range Locked field will have to be set to 1 to enable this function.

This field is required.

Output Range Locked

Numeric

A number that represents if the auto range function in the calibrator is turned off or on.

The valid input values are 0 or 1.

If the value is set to 0, the auto range function in the calibrator is turned off.
If the value is set to 1, the auto range function in the calibration is turned on.

This field is required.

Performs Square Root

Character

A value that indicates if a square root calculation will be performed on the values in the Input Measure AF and Input Measure AL fields.

The values in this field are populated by the MI_YES_NO System Code Table.

This field is enabled only if the following criteria is met:

You can select the value Yes (Y) only if the value in the Input Type field is Pressure or Flow.
When the value in the Calibration Strategy field is 2 Down or 2 Up then 2 Down, this field is disabled and displays the value No (N).
You can select the value Yes (Y) only if the value in the Manual Entered Values field is None (NONE).

This field is required.

Template Defaults ID

Character

A unique ID for the template defaults.

This field does not appear on the datasheet and is auto calculated.

Template Type

Character

The type of device mapping.

This list contains the following Calibration Templates:

Analog Calibration
Discrete Calibration
Functional Test

Depending on the selection, the Calibration Mapping field is populated automatically.

Calibration Records

Calibration records store information about the calibration event that you have performed either manually or using a device. Based on the type of calibration that you have performed, the following Calibration records are created:

Calibration, Analog: Stores information for linear or square root calibrations that have a single input signal, a primary output, and an optional secondary output. Examples of analog calibrations include gauges, flow, pressure, and temperature.
Calibration, Discrete: Stores information for single-switch or dual-switch instruments. Examples of discrete calibrations include flow, level, pressure, temperature, vibration, and position switches.
Calibration Weight Scale Setup: Stores information for weight scale calibrations.
Calibration, Single Component Analyzer: Stores information for single component calibrations. Examples of single component analyzer calibrations include calibrating pH, in-situ oxygen, toxic gas, and combustible gas.
Calibration, Multi-Component Analyzer: Stores information for comparing standard gas values to test results from the analyzer. Examples of multi-component analyzer calibrations include Mass Spectrometers and Process Gas Chromatographs.
Calibration, Functional Test: Stores information for functional test calibrations. You can perform custom functional tests on an asset. An example of an instruction in a functional test is Describe the wires on the asset.
Calibration, CMX: Stores information about calibrations that are received from CMX software. When you receive calibration data from CMX software, a Calibration, CMX record is automatically created for the event. This record contains an event ID, details of the asset that was calibrated, calibration strategy used, and the result of the calibration (that is, whether the calibration has passed or failed).
Calibration, Summary Event: Stores information about the fields that are defined in the Calibration, Summary Event family in the APM database. You can create a summary event to capture the overall Pass/Fail results for sub-assets and recycle the task at the Instrumentation System. Summary events are created when an event is created for any sub-assets within the Instrumentation System. The overall Pass/Fail for the summary event is calculated based on the Pass/Fail results of the events created at the sub-asset level. Summary events also allows you to view the calibration results of all the sub-assets related to the Instrumentation System.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

This topic provides an alphabetical list and description of the fields that exist for the aforementioned Calibration families. The information in this table reflects the baseline state and behavior of these fields. This list is not comprehensive.


Field	Data Type	Description	Behavior and Usage
Ad-Hoc Calibration	Boolean	Indicates whether the calibration is performed on the asset that needs to be calibrated outside of its calibration schedule. For example, suppose a piece of equipment has an annual calibration task in January. If the equipment needs a repair or replacement during the year, after the equipment is repaired or replaced, the equipment should be calibrated. An Ad-Hoc calibration is performed in this scenario.	By default, this check box is cleared. If you select this check box, after you perform the calibration, the associated Calibration Task is not recycled.
Calibration Approval By	Character	The name and User ID of the user who approved the calibration.	This field contains a list of users who are assigned the MI Calibration Administrator Security Group or the MI Safety Admin Security Role.
Calibration End Date	Date	The date on which you have completed the calibration.	This field is populated with the current date and time. You can modify this value if needed.
Calibration Error Limit	Numeric	A number indicating the maximum percentage of acceptable error before the calibration is considered to be failed.	The state of this field depends on the state of other fields. If the Error Assessment field in the Calibration Template records contains the value Percentage of Range, this field is enabled and populated with the value in the Max Error Limit field of the Calibration Template that is linked to this Calibration. If the Error Assessment field in the Calibration Template records contains the value Engineering Units, this field is disabled and populated with the value in the Engineering Units Error Limit field of the Calibration Template that is linked to this Calibration. You can modify this value if needed.
Calibration Start Date	Date	The date on which you started calibrating the asset.	This field is populated with the current date and time. You can modify this value if needed.
Calibration Strategy	Character	The number of test points and the direction of the input signal that will be recorded for the calibration.	This field is populated with the value in the Calibration Strategy field of the Calibration Template that is linked to this Calibration.
Calibration Task ID	Character	The ID of the Calibration Task that is linked to this Calibration.	This field is disabled and populated with the ID of the Calibration Task.
Calibration Technician	Character	The name of the person who is responsible for performing the calibration.	This field contains a list of Security Users who are assigned: The MI Calibration Administrator or the MI Calibration User Security Group -or- The MI Safety Admin, MI Safety Power, or the MI Safety User Security Role If you perform an automated calibration, this field is populated with the name and User ID of the user who created the record. You can, however, modify this value by selecting a user from the list.
Calibration Template	Numeric	The ID of the Calibration Template that was used in the Calibration.	This field is disabled and populated with the ID of the Calibration Template.
Calibration Type	Character	The type of calibration event.	This field is disabled and populated with one of the following values: Fluke 74X Druck DPI620 (Genii) Druck DPI61x CMX Analog - Manual Analyzer - Multi Component Analyzer - Single Component Functional - Manual Switch - Manual
Comments	Character	Any comments on the calibration that you have performed.	You can enter your comments manually.
Cylinder Expiry Date	Date	The expiry date of the standard gas cylinder.	This field is disabled and populated based on your selection in the Cylinder ID field.
Cylinder ID	Character	The Record ID of the Standard Gas Cylinder record that represents the standard gas cylinder used to perform the calibration.	This field contains a list of Record IDs of the existing Standard Gas Cylinder records. You can select a value in the list.
Engineering Units Error Limit	Character	The maximum amount of error in engineering units that is allowed before a calibration event is considered failed.	This field appears only in the Calibration, Analog, Calibration, Discrete, Calibration, Weight Scale, and Calibration, Analyzer Single Component families. If the Error Assessment field in the Calibration Template record contains the value Engineering Units, this field is enabled and populated with the value in the Engineering Units Error Limit field of the Calibration Template that is linked to this Calibration. If the Error Assessment field in the Calibration Template record contains the value Percent of Range, this field is disabled and populated with the value in the Max Error Limit field of the Calibration Template that is linked to this Calibration. You can modify this value if needed.
Equipment ID	Character	The ID of the asset that you have calibrated.	This field is disabled and populated with the ID of the asset.
Equipment Manufacturer	Character	The manufacturer of the asset that you have calibrated.	This field is populated with the value stored in the Manufacturer field in the Asset that is linked to the Calibration. You can modify this value if needed.
Equipment Model Number	Character	The model number of the asset that you have calibrated.	This field is populated with the value stored in the Model Number field in the Asset that is linked to the Calibration. You can modify this value if needed.
Equipment Serial Number	Character	The serial number of the asset that you have calibrated.	This field is populated with the value stored in the Equipment Serial Number field in the Asset that is linked to the Calibration. You can modify this value if needed.
Equipment Short Description	Character	A brief description of the asset that you have calibrated.	This field is populated with the value stored in the Equipment Short Description field in the Asset that is linked to the Calibration. You can modify this value if needed.
Equipment Type	Character	The type of the asset that you have calibrated.	This field is populated with the value stored in the Equipment Type field in the Asset that is linked to the Calibration. You can modify this value if needed.
Error Assessment	Character	The measurement type that you will use in case of analog, discrete, single component analyzer, and weight scale calibration.	This field is disabled and populated based on the Calibration Template that is linked to this Calibration. This field appears in the Calibration, Analog, Calibration, Discrete, Calibration, Weight Scale, and Calibration, Analyzer Single Component datasheets. You can select one of the following values: Percent of Range: When you select this value, the Calibration Error Limit field is enabled, and the Engineering Units Error Limit field is disabled. Engineering Units: When you select this value, the Engineering Units Error Limit field is enabled, and the Calibration Error Limit field is disabled.
Event End Date	Date	The date on which the calibration event was completed.	In the datasheet, this field appears as a text box labeled Calibration End Date. If you perform a manual calibration, this field is populated with the date and time that the Calibration record was created. You can modify this value if needed.
Event ID	Character	The ID of the calibration event.	This field is disabled and populated with a default value.
Event Long Description	Character	Additional comments about the calibration event.	You can enter a description of the calibration event.
Event Start Date	Date	The date on which the calibration event is initiated.	This field is populated with the date and time that the Calibration was created. You can modify this value if needed.
Input Characteristic Curve	Character	The characteristics of the input signal to the instrument that you are calibrating.	This field contains the following values: Linear Percent Square Root None This field appears as a list that is populated by the MI_CHARACTERISTIC_CURVE System Code Table.
Location ID	Character	The physical location where you have performed the calibration.	You can enter a value manually.
Location Short Description	Character	A description of the location where you have performed the calibration.	You can enter a value manually.
Maintenance Type	Character	The type of maintenance performed by this calibration event. By default, this field contains the value Scheduled.	This field contains the following values: Scheduled Repair Unscheduled New Installation This field appears as a list that is populated by the MI_MAINTENANCE_TYPE System Code Table.
Off Line Duration	Numeric	A number representing the amount of time in hours that passed between the time the calibration was initiated and the time that it was completed.	You can enter a value manually.
Output Characteristic Curve	Character	The type of output signal to the asset being calibrated.	This field contains the following values: Linear Percent Square Root None This field appears as a list that is populated by the MI_CHARACTERISTIC_CURVE System Code Table.
Overall AF Error Max	Numeric	A number that corresponds to the highest error value recorded from all the As Found values in all existing records in the current family.	This field is disabled and populated with the highest error value from all the As Found error values. If the calculated value contains more than six digits, it will be rounded.
Overall AF Pass/Fail	Character	A value that indicates whether the calibration has passed or failed based on whether the absolute value of Overall AF Error Max is in the range of Max Error Limit specified in the record.	This field is disabled and populated automatically. If the value in the Overall AF Error Max field is greater than the value stored in the Calibration Error Limit field, this value is Fail. Otherwise, this value is Pass.
Overall AL Error Max	Numeric	The highest error value recorded for all the As Left values in all the existing records in the Calibration family.	This field is disabled and populated with the highest error value from all the As Left error values. If the calculated value contains more than six digits, it will be rounded.
Overall AL Pass/Fail	Character	A value that indicates whether the calibration has passed or failed based on whether the absolute value of Overall AL Error Max is in the range of Max Error Limit specified in the Calibration.	This field is disabled and populated automatically. If the value in the Overall AL Error Max field is greater than the value stored in the Calibration Error Limit field, this value is Fail. Otherwise, this value is Pass.

Calibration Result	Character	A value that indicates whether the Functional Test calibration has passed or failed.	This field is disabled and populated automatically. This field is set to PASS, if the Response entered against each Calibration Result of a Functional Test calibration matches with Expected Response recorded in the Functional Test template detail record. Otherwise, this value is set to FAIL. Note: This functionality gets enabled for each calibration result record if the corresponding template detail record’s Validate check box is selected. Currently, in the Response Type drop-down menu, if you select Selection, you can record only one Expected Response in the Calibration Template, and the same is matched with the value of the Response 1 field in the Calibration Result.
Ramp Time	Numeric	The amount of time (in seconds) a device will take to move from one test point to another for pressure units.	This field is disabled when the value in the Calibration Type field contains Fluke 74X. This field is populated by default with the value 30, as specified in the Ramp Time field in the Calibration Setup Defaults record. This field is required when the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI61x.
Repeat Count	Numeric	A value representing the number of test cycles to perform a calibration.	You can enter a value in this field. This field is populated by default with the value 1, as specified in the Repeat Count field in the Calibration Setup Defaults record. This field is required when the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI61x.
Reset Set Point	Numeric	A value representing the point that the switch deactivates to its original state.	You can enter a value in this field. This field is required when the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI61x.
Scheduled Calibration Date	Date	The date on which the calibration is scheduled to be performed.	You can set the date, if required.
Test Equipment Cal. Expire <Number>	Date	The date on which the certification of the test equipment expires.	This field appears as a text box labeled Calibration Expire and is populated with the value stored in the Next Certification field in the Test Equipment linked to this Calibration.
Test Equipment ID No <Number>	Character	The ID of the Test Equipment that is linked to the Calibration.	This field appears as a text box labeled ID No. If you select a Test Equipment that is certified, this field will be shaded green. If you select a Test Equipment that is not certified, a message appears, indicating that the Test Equipment is out of certification, and the field will be shaded red. If you try to select the same Test Equipment more than once in the same Calibration, an error message appears. You cannot select a test equipment in case of automated calibration. This field will be automatically populated based on the device that is used to receive data.
Test Equipment Last Cal. <Number>	Date	The date on which the test equipment was most recently certified.	This field appears as a text box labeled Last Calibration Date and is populated with the value stored in the Last Certification Date field in the Test Equipment that is linked to the Calibration.
Test Equipment Manufacturer <Number>	Character	The manufacturer of the test equipment.	This field appears as a text box labeled Manufacturer and is populated with the value stored in the Manufacturer field in the Test Equipment that is linked to this Calibration.
Test Equipment Model Number <Number>	Character	The model number of the test equipment.	This field appears as a text box labeled Model Number and is populated with the value stored in the Model Number field in the Test Equipment that is linked to the Calibration.
Test Equipment Serial Number <Number>	Character	The serial number of the test equipment.	This field appears as a text box labeled Serial Number and is populated with the value stored in the Serial Number field in the Test Equipment that is linked to the Calibration.
Test Equipment Status <Number>	Character	The certification status of the test equipment.	This field appears as a text box labeled Status and is populated with the value stored in the Certification Status field in the Test Equipment that is linked to the Calibration.
WO Reference (Event)	Character	The work order number associated with the calibration event.	You can enter a value manually.

Calibration Result Records

Calibration Result records store information about the fields that are defined in the Calibration Event family. This topic provides an alphabetical list and description of the fields that exist for the Calibration Result family. The information in the table reflects the baseline state and behavior of these fields.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
AF Error	Numeric	A number that corresponds to the error value in percentage recorded from the As Found value.	This field is disabled and calculated based on the value in the As Found field. This field is displayed as AF Error (%) in the datasheet.
AF Pass/Fail	Character	A value that indicates whether the calibration has passed or failed based on whether the Overall AF Error Max value is less than or equal to the error limit.	This field is disabled and populated based on the value in the As Found Value field. If the value in the Overall AF Error Max field is greater than the value stored in the Calibration Error Limit field, the value in this field is Fail. Otherwise, it is Pass.
AL Error	Numeric	A number that corresponds to the error value in percentage calculated from the As Left value.	This field is disabled and calculated based on the value in the As Left field. This field is displayed as AL Error (%) in the datasheet.
AL Pass/Fail	Character	A value that indicates whether the calibration has passed or failed based on whether the Overall AL Error Max value is less than or equal to the error limit.	This field is disabled and populated based on the value in the As Left value field. If the value in the Overall AL Error Max field is greater than the value stored in the Calibration Error Limit field, this value is Fail. Otherwise, this value is Pass.
As Found Value	Numeric	A number that indicates the As Found value of the calibration record.	You can enter a value manually. The field is automatically populated for automated calibration. It is displayed as AF Value in the datasheet.
As Left Value	Numeric	A number that indicates the As Left value of the calibration record.	You can enter this value manually. The value is auto-populated for the automated calibration. This field is displayed as AL Value in the datasheet.
Balance Content	Boolean	Indicates that the selected record is a balance component.	You can select the component that constitutes the remaining portion other than the main components in a calibration event. This field is applicable only for Multi-Component Analyzer.
Calibration Sequence Number	Numeric	A number that indicates the sequence for the calibration result record based on the selected strategy.	This field displays the sequence for the result. The field is displayed as Seq No. in the datasheet.
Component Name	Character	Indicates the name of the component.	This field provides the standard name of the calibration result. You can enter a new name for manual calibration. The field is displayed as Standard Name in the datasheet. It is applicable for Single Component Analyzer and Multi-Component Analyzer calibrations.
Component Units	Character	The standard unit of measurement that is used to measure the Component.	This field contains the following values: Percentage (%) Parts Per Million (PPM) Parts Per Billion (PPB) This field is displayed as Standard Unit(s) in the datasheet. It is applicable for Single Component Analyzer and Multi-Component Analyzer calibrations.
Eng. Unit AF Error	Numeric	A number that indicates the exact value of the As Found Error in the respective engineering units.	This field appears for analog, discrete, single component analyzer, and weight scale calibrations. This field appears only if the value in the Error Assessment field in the Calibration record is Engineering Units. The value is automatically calculated for analog and discrete calibrations.
Eng. Unit AL Error	Numeric	A number that indicates the exact value of the As Left Error in the respective engineering units.	This field appears for analog, discrete, single component analyzer, and weight scale calibrations. This field appears only if the value in the Error Assessment field in the Calibration record is Engineering Units. The value is automatically calculated for analog and discrete calibrations.
Event ID	Character	The ID of the calibration event.	This field is populated with a system-generated value.
Input Measure AF	Numeric	A number that indicates the primary As Found input value of the record.	This field is automatically populated. You can, however, modify the value in this field.
Input Measure AL	Numeric	A number that indicates the primary As Left input value of the record.	This field is automatically populated. You can, however, modify the value in this field.
Input Up/Dn	Character	Indicates the direction of test points of the calibration.	This field appears as Up/Dn in the datasheet.
Percentage of scale TP	Numeric	The percentage of scale for each test point calculated based on the strategy.	This field appears as % Scale in the datasheet.
Pri Output AF	Numeric	A number that indicates the primary As Found output value measured for calibration.	This field is automatically populated and disabled in case of automated calibration. You can enter a value for manual calibration.
Primary Output AL	Numeric	A number that indicates the primary As Left output value measured for calibration.	This field is automatically populated and disabled in case of automated calibration. You can enter a value for manual calibration.
Standard Value	Numeric	The expected value of the component.	This field provides the standard value of the component. You can enter a new value for manual calibration. This field is applicable for Single Component Analyzer and Multi-Component Analyzer calibrations.

Calibration Setup Defaults Records

Calibration Setup Defaults records are used to store information about the default field values in Calibration Template families. This topic provides an alphabetical list and description of the fields that exist for the Calibration Setup Defaults family and appear on the Template Setup Defaults datasheet. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.


Field	Data Type	Description	Behavior and Usage
Analog Error Limit	Numeric	The maximum amount of error in percentage that is allowed in an analog calibration.	The value in this field is used to populate the Max Error Limit field in a Calibration Template, Analog record.
Default Pressure Units	Character	The input and output units of measure (UOMs) for pressure in analog and discrete calibrations.	The value in this field is used to populate the Default Pressure Units field in Calibration Template, Analog and Calibration Template, Discrete records if the value in the Input Type and Output Type fields is Pressure.
Default Temperature Standard	Character	The temperature standard used in an analog calibration.	The value in this field is used to populate the Temperature Standard field in a Calibration Template, Analog record.
Default Temperature Units	Character	The input and output UOMs for temperature in analog and discrete calibrations.	The value in this field is used to populate the Default Temperature Units field in Calibration Template, Analog and Calibration Template, Discrete records if the value in the Input Type and Output Type fields is Temperature.
Discrete Error Limit	Numeric	The maximum amount of error, in percentage, that is allowed in a discrete calibration.	The value in this field is used to populate the Max Error Limit field in a Calibration Template, Discrete record.
Discrete Max Deadband	Numeric	The upper range value of deadband that is allowed in a discrete calibration.	The value in this field is used to populate the Specified Maximum Dead Band Switch 1 and Specified Maximum Dead Band Switch 2 fields in a Calibration Template, Discrete record.
Discrete Min Deadband	Numeric	The lower range value of deadband that is allowed in a discrete calibration.	The value in this field is used to populate the Specified Minimum Dead Band Switch 1 and Specified Minimum Dead Band Switch 2 fields in a Calibration Template, Discrete record.
Error Assessment	Character	The maximum amount of error in engineering units that is allowed in a discrete calibration.	The value in this field is used to populate the Engineering Units Error Limit field in a Calibration Template, Discrete record.
Input Damping Setting	Character	Indicates whether input damping is on or off.	The value in this field is used to populate the Input Damping Setting field in Calibration Template, Analog and Calibration Template, Discrete records.
Input Increment	Numeric	The incremented source value in an automated calibration.	The value in this field is used to populate the Input Increment field in Calibration Template, Analog and Calibration Template, Discrete records.
Input Min Max Mode	Character	Indicates whether input min max mode is on or off.	The value in this field is used to populate the Input Min Max Mode field in Calibration Template, Analog and Calibration Template, Discrete records.
Input Ref Temp Source	Character	The internal temperature reference in an automated calibration.	The value in this field is used to populate the Input Ref Temp Source field in Calibration Template, Analog and Calibration Template, Discrete records.
Input Simulation Delay	Numeric	The per-step delay, in milliseconds, after the input simulation is updated to compensate for settling and lag.	The value in this field is used to populate the Input Simulation Delay field in Calibration Template, Analog and Calibration Template, Discrete records.
MC Analyzer Error Limit	Numeric	The maximum percentage of error that is allowed in a multi-component analyzer calibration.	The value in this field is used to populate the Max Error Limit field in a Calibration Template, Multi-Component Analyzer record.
Output Damping Setting	Character	Indicates whether output damping is on or off.	The value in this field is used to populate the Output Damping Setting field in Calibration Template, Analog and Calibration Template, Discrete records.
Output Ref Temp Source	Character	The external temperature reference in an automated calibration.	The value in this field is used to populate the Output Ref Temp Source field in Calibration Template, Analog and Calibration Template, Discrete records.
Ramp Time	Numeric	The ramp time, in seconds, in a discrete calibration.	This field is disabled for Fluke devices. The value in this field is used to populate the Ramp Time field in a Calibration Template, Discrete record.
Repeat Count	Numeric	The number of test cycles to perform a discrete calibration.	The value in this field is used to populate the Repeat Count field in a Calibration Template, Discrete record.
SC Analyzer Error Limit	Numeric	The maximum error limit that is allowed in a single component analyzer and a multi-component analyzer calibration.	The value in this field is used to populate Max Error Limit field in the Calibration Template, Multi-Component Analyzer and Calibration Template, Single Component Analyzer records.
Validate Deadband	Boolean	Indicates whether or not you want the APM system to consider the deadband range values to determine if a discrete calibration has passed or failed.	The value in this field is used to populate the Validate Deadband field in the Calibration Template, Discrete record.
Weight Scale Error Limit	Numeric	The maximum amount of error, in percentage, that is allowed in a weight scale calibration.	The value in this field is used to populate the Max Error Limit field in a Calibration Template, Weight Scale record.

Calibration Strategy Records

Calibration Strategy records store information about the fields that are defined in the Calibration Strategy family in the baseline APM database. This topic provides an alphabetical list and description of the fields that exist for the Calibration Strategy family and appear on the Calibration Strategy datasheet. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is not enabled for site filtering, which means that records in this family can be accessed by any user with the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Down Count	Numeric	The number of records in the Down value range of the test point for a calibration strategy.	You can enter a value manually. For GE Druck documenting process calibrators, the sum of the value in the Down Count and Up Count fields should not exceed 21 test points. This field is required only if the Template Type field contains at least one of the following: Analog Calibration Single Component Analyzer WeightScale Calibration
Strategy ID	Character	The ID of the calibration strategy	You can enter a value manually. The value must be unique. This field is required.
Strategy Name	Character	The name of the calibration strategy	You can enter a value manually. This field is required.
Template Type	Character	The type of calibration template.	This field appears as a list and contains the following Calibration templates: Analog Calibration Discrete Calibration Multi-Component Analyzer Single Component Analyzer WeightScale Calibration Functional Test This field is required.
Up Count	Numeric	The number of records in the Up value range of the test point for a calibration strategy.	You can enter a value manually. For GE Druck documenting process calibrators, the sum of the value in the Down Count and Up Count fields should not exceed 21 test points. This field is required only if the Template Type field contains at least one of the following: Analog Calibration Single Component Analyzer WeightScale Calibration

Calibration, Summary Event Records

Calibration, Summary Event records store information about the fields that are defined in the Calibration, Summary Event family in the baseline APM database. This topic describes the fields that appear on the Calibration, Summary Event datasheet. The information in the table reflects the baseline state and behavior of these fields. Refer to the Calibration Records section for other fields that are not listed here.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Asset ID	Character	Instrumentation System Asset ID	This field displays the ID of the asset linked to the Instrumentation System. The asset can be either Equipment or Functional Location. This is a read-only field.
Calibration Template ID	Character	Calibration Template linked to the Instrumentation System’s asset.	This field is used to provide calibration steps to create a Summary Event. This field is read-only and is not a mandatory field.
Calibration Task ID	Character	Calibration Task linked to the Instrumentation System’s asset.	This field is used to indicate the Calibration Task that is linked to the Instrumentation System’s asset. This field is read-only and is not a mandatory field.
Ad-Hoc Calibration	Boolean	Indicates that the calibration is performed on the asset that needs to be calibrated outside of its calibration schedule. For example, suppose an asset has an annual calibration task in January. If the asset needs repair or replacement during the year, the asset should be calibrated after it is repaired or replaced. An ad-hoc calibration is performed in this scenario.	By default, this check box is cleared. If you select this check box, the associated Calibration Task is not recycled after you perform the calibration.
Overall AF Pass/Fail	Character	A value that indicates whether the calibration has passed or failed based on Overall AF Pass/Fail values of the underlying child calibration events.	This field is used to indicate the Calibration Result of the Instrumentation System. This is a read-only field. This field is set to PASS if the Overall AF Pass/Fail for all the child events is set to PASS. This field is set to FAIL if the Overall AF Pass/Fail for any of the child events is set to FAIL.
Overall AL Pass/Fail	Character	A value that indicates whether the calibration has passed or failed based on the Overall AL Pass/Fail values of the underlying child calibration events.	This field is used to indicate the Calibration Result of the Instrumentation System. This is a read-only field. This field is set to PASS if the Overall AL Pass/Fail for all child events is set to PASS. This field is set to FAIL if the Overall AL Pass/Fail of any of the child events is set to FAIL.

Calibration Task Records

Calibration Task records store details about a calibration task that you should perform. Specifically, these records store scheduled dates for the next time calibrations should be performed.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

This topic provides an alphabetical list and description of the fields that exist for the Calibration Task family. The information in the table reflects the baseline state and behavior of these fields. The list is limited, however, to details that are specific to Calibration Tasks. If a field in the Calibration Task family works the same way as it does in the root Task family, that field is excluded from the table.


Field	Data Type	Description	Behavior and Usage
Calibration Template ID	Character	The ID of the Calibration Template that is linked to this Calibration Task.	This field is disabled and will contain the ID of the Calibration Template when you link a task to the Calibration Template.
Call Horizon	Numeric	This field along with Next Date is used in the scheduler for work order or notification generation to determine the schedule for work order or notification generation.	APM system performs a calculation on the Next Date and Call Horizon values in all Task records. The calculated result is passed into the query Get Tasks for Work Order Generation. If the result meets the criteria defined for the query column ([Task].[Next Date] - [Task].[Call Horizon]), the Task record meets the remaining criteria defined in the query. If the Task does not already contain a value in the Work Order Number field, an order will be created from the Task record.
Desired Interval	Numeric	A number indicating how often the task should be completed.	This number must be between the Min Interval and Max Interval values. Before you can save a value in this field, the Last Date field must contain a value. The next date is calculated automatically using both the last date and desired interval. The units that you select for the desired interval are also applicable to the Max Interval and Min Interval.
EAM Object Type	Character	Includes the Work Order, Notification, and No Action options; it is populated from the EAM Object Type system code. The default option is Work Order.	This field will have the Work Order, Notification, and No Action options. It is populated from the EAM Object Type system code. The default option is Work Order. Based on the selection of this field, Work Order and Notification fields are enabled and disabled. This field decides whether a newly created task is of the Work Order type or Notification type.
Last Date	Date	The date on which the associated Calibration Event is closed.	By default, this field contains the date on which the Calibration Task is created. After you close the Calibration Event linked to this Calibration Task, this field is disabled and populated with the date on which the Calibration Event is closed. This value is also populated in the Date Executed field in the Task Execution record that is linked to this Calibration Task.
Max Date	Date	The latest date by which you must perform the calibration task.	This field is disabled and calculated as follows: Max Date = Last Date + Max Interval
Max Interval	Numeric	The maximum interval to perform the calibration task. For example, if the value in this field is 30 days, it implies that you must perform the calibration task within 30 days from the day you last performed this task.	You can enter a value manually.
Min Date	Date	The earliest date on which you can perform the calibration task if it is a recurring task.	This field is disabled and calculated as follows: Min Date = Last Date + Min Interval
Min Interval	Numeric	The minimum interval to perform the calibration task. For example, if the value in this field is 15 days, it implies that you must perform the calibration task after 15 days from the day you last performed this task.	You can enter a value manually.
Modifiable	Boolean	Indicates whether the Calibration Task can be modified.	This check box can be cleared or selected by: A Security User with Update and Insert privileges to the Task family. -or- A member of the MI Calibration Administrator Security Group. If you clear this check box, all the fields other than the following are disabled: Task State Task Assigned To Route Number Reoccurring If you modify the value in any of the fields in the preceding list, the Modifiable check box is automatically selected. At that point, you can modify the fields that were previously disabled.
Next Date	Date	The suggested date by when you must perform the calibration task. For example, if the value in this field is 20 days, it is suggested that you perform the calibration task after 20 days from the day you last performed this task.	This field is disabled and calculated as follows: Next Date = Last Date + Desired Interval
Notification Number	Character	Populates the notification number from the EAM system.	Populates the notification number from the EAM system. This field is always disabled.
Notification Type	Character	Populates the notification type from the system code and determines the type of notification.	Populates the notification type from the system code and determines the type of notification. The default value is M2.
Operation Number	Character	Populates the operation number coming from the EAM system.	N/A
Rejectable	Boolean	Indicates whether the Calibration Task can be rejected.	By default, this check box is cleared, which means you cannot reject the Calibration Task.
Related Entity ID	Character	The ID of the Asset that is linked to the Calibration Task.	This field is disabled and populated automatically with the ID of the asset that is linked to the Calibration Task.
Reoccurring	Boolean	Indicates whether the task is recurring.	You can select the check box if you want the calibration task to recur.
Route Number	Character	A value that represents a route or group of tasks.	You can use this field in a query to access the tasks that are assigned to a particular route or group of tasks.
Task Assigned To	Character	The name of the person who has been assigned the task.	You can enter a value manually.
Task Description	Character	A description for the task that you should perform.	You can enter a value manually.
Task ID	Character	The ID for the task.	This field must be unique.
Task List Group	Character	Populates the Task List Group number coming from the EAM system.	N/A
Task List Group Counter	Character	Populates the Task List Group counter coming from the EAM system.	N/A
Task List Link	Character	Populates the Task List Link counter coming from the EAM system.	N/A
Task List Type	Character	Populates the Task List Type counter coming from the EAM system.	N/A
Task State	Character	The state associated with the Calibration Task. By default this field contains the value Proposed.	This field contains a list of states. After you save a new Calibration Task, this value is changed automatically from Proposed to Scheduled without change.
Task Type	Character	The type of task. By default, this field contains the value CALIBRATION.	This field contains a list of values from the Task Type family that correspond to types of calibrations (e.g., CALIBRATION: AUTOMATED, ANALOG, 11 UP/DN, LINEAR, DCV/DCV). You can select a value other than the default one.
Unconstrain Min/Max Dates	Boolean	Indicates whether you can override the next date.	When you select this check box, the values in the Min Date and Max Date fields are cleared.
User Status for Notification	Character	Populates from the User Status for Notification system code. It stores the value selected, which will determine the status that the user wants to pass to the SAP object on creation.	This field contains the list of user status values to be sent to the EAM system. This is disabled when the value of the EAM object type is not Notification.
User Status for Work Order	Character	Populates from the User Status for Work Order system code. It stores the value, which will determine the status that the user wants to pass to the SAP object on creation.	This field populates from the User Status for Work Order system code. This field stores the value, which will determine the status that the user wants to pass to the SAP object on creation. This is not a mandatory field.
Work Order Number	Character	Populates the work order number coming from the EAM system.	It is disabled so you can edit the work order type.
Work Order Type	Character	Populates from the Work Order Type system code and determines the type of work order.	It will be disabled when the EAM object type is not Work Order.

Calibration Task Scope Records

Calibration Task Scope records stores information about the defined task scope of an Instrumentation System’s Calibration Task. One Instrumentation System can have one or more Calibration Tasks and each task is linked to a Calibration Task Scope record.

Calibration Task Scope records are not displayed to users. These records are maintained in the backend to track the task scope of the Calibration Task in an Instrumentation System.

This family is not enabled for site filtering, which means that records in this family can be accessed by any user with the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

The following fields are associated with this record.


Field	Data Type	Description	Behavior and Usage
Calibration Task Scope ID	Character	A unique ID to maintain the task scope records.	N/A
Calibration Summary Event Key	Character	Stores the entity key of the Calibration, Summary Event record, which is linked to the Instrumentation System’s parent asset.	N/A
Calibration Task Scope Status	Boolean	Stores either Y or N to indicate whether the current task scope is in active state.	This field is set to Y when the task scope is created, and N when the Calibration Task is recycled. On recycling the task, a new task scope record is created.
Scope Created Date	Date Time	Sets the current date and time when the task scope record is created,	N/A
Scope Closed Date	Date Time	Sets the current date and time when the Calibration Task is recycled.	N/A

Calibration Task Scope Detail Records

The Calibration Task Scope Detail records store child assets, their applied templates, and calibration event key values to indicate that they are part of the current task scope. A record is created when you select the templates and save the task scope of the selected Calibration Task.

Calibration Task Scope Detail records are not displayed to users. These records are maintained in the backend to track the task scope details of the Calibration Task in an Instrumentation System.

This family is not enabled for site filtering, which means that records in this family can be accessed by any user with the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

The following fields are associated with this record.


Field	Data Type	Description	Behavior and Usage
Asset Key	Character	Entity key of the child asset.	Entity key of the child asset stored in the current task scope defined for the Calibration Task. When the asset is removed from Instrumentation System, the complete record where this Asset Key is present is removed from the Calibration Task Scope Detail table.
Template Key	Character	Stores the entity key of the Calibration, Summary Event record, which is linked to the Instrumentation System’s parent asset.	Entity key of the calibration template linked to the child asset. This key is stored in the current task scope defined for the Calibration Task. This field is cleared from the Calibration Task Scope Detail table when you clear this template from the task scope.
Event Key	Character	Stores either Y or N to indicate whether the current task scope is in active state.	Entity key of the Calibration Event linked to the child asset. This key is stored in the current task scope defined for the Calibration Task. This field is cleared from the Calibration Task Scope Detail table when you remove the asset or delete this calibration event.

Calibration Template, Analog Records

Calibration Template, Analog records store details on the analog calibration that should be performed for a specific asset. This topic provides an alphabetical list and description of the fields that exist for the Calibration Template, Analog family. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Asset Key	Numeric	The Entity Key of the Asset to which the Calibration Template is linked. This field is used by the APM system, and should not be modified.	This field does not appear on a datasheet by default. When you apply a Calibration Template to an Asset, the details of the Asset are retrieved based on the value in the Asset Key field.
Calibration Strategy	Character	The strategy for the analog calibration.	This field contains a list of strategies for the analog calibration. This field is required. You can choose from the following strategies: 2 Up 2 Down 2 Up then 2 Down 3 Up 3 Down 3 Up then 3 Down 5 Up 5 Down 5 Up then 5 Down 5 Up then 1 Down 11 Up 11 Down 11 Up then 11 Down These values are defined in the MI_CALIBRATION_STRATEGIES System Code Table. After you save the Calibration Template, Analog record, this field is disabled.
Calibration Type	Character	The type of calibration for which you are creating the template.	This field is disabled and populated based on the type of template that you selected on the Profile Template page, this field is populated with one of the following values: If you selected FLUKE 74X on the Mappings page, then the Calibration Type field contains the value FLUKE 74X. If you selected Druck DPI620 (Genii) on the Mappings page, then the Calibration Type field contains the value Druck DPI620 (Genii). If you selected Druck DPI61x on the Mappings page, then the Calibration Type field contains the value Druck DPI61x. If you selected CMX on the Mappings page, then the Calibration Type field contains the value CMX. If you selected Manual Templates, then the Calibration Type field contains the value Analog - Manual. When this option is selected, the fields on the Automated Calibration Parameters section are disabled.
Custom Input Lower Range	Numeric	A number representing the lower range value for the custom input range.	This field appears on the datasheet as a text box labeled Low, and is grouped with the following other fields in the Custom Input Details subsection: Custom Input Upper Range Custom Input Range UOM This field is enabled and required only when the Custom Input Values check box is selected.
Custom Input Range UOM	Character	The units of measure for the custom input range.	This field appears on the datasheet as a list labeled UOM, and is grouped with the following other fields in the Custom Input Details subsection: Custom Input Lower Range Custom Input Upper Range If the Calibrator Type field contains the value Druck DPI620 (Genii) or Druck DPI61x, then this list is filtered by the value that you select in the Input Type field. This field is enabled and required only when the Custom Input Values check box is selected. This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table.
Custom Input Upper Range	Numeric	A number representing the upper range value for the custom input range.	This field appears on the datasheet as a text box labeled High, and is grouped with the following other fields in the Custom Input Details subsection: Custom Input Lower Range Custom Input Upper Range This field is enabled and required only when the Custom Input Values check box is selected.
Custom Input Values	Boolean	Indicates that you will enter custom input values for the calibration.	This field is enabled only when the value stored in the Calibration Type field is FLUKE 74X. When you select the Custom Input Values check box: The following fields are enabled: Custom Input Lower Range Custom Input Upper Range Custom Input Range UOM The Manual Entered Input Values check box is automatically selected and disabled.
Custom Output Lower Range Value	Numeric	A number representing the lower range value for the custom output range.	This field appears on the datasheet as a text box labeled Low, and is grouped with the following other fields in the Custom Output Details subsection: Custom Output Upper Range Custom Output Range UOM This field is enabled and required only when the Custom Input Values check box is selected.
Custom Output Range UOM	Character	The units of measure for the custom output range.	This field appears on the datasheet as a list labeled UOM, and is grouped with the following other fields in the Custom Output Details subsection: Custom Output Lower Range Custom Output Upper Range If the Calibrator Type field contains the value Druck DPI620 (Genii) or Druck DPI61x, then this list is filtered by the value that you select in the Output Type field. This field is enabled and required only when the Custom Input Values check box is selected. This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table.
Custom Output Upper Range Value	Numeric	A number representing the upper range value for the custom output range.	This field appears on the datasheet as a text box labeled High, and is grouped with the following other fields in the Custom Output Details subsection: Custom Output Lower Range Custom Output Range UOM This field is enabled and required only when the Custom Input Values check box is selected.
Custom Output Values	Boolean	Indicates whether you will enter custom output values for the calibration.	This field is enabled only when the value stored in the Calibration Type field is FLUKE 74X. When you select the Custom Output Values check box: The following fields are enabled: Custom Output Lower Range Custom Output Upper Range Custom Output Range UOM The Manual Entered Input Values check box is automatically selected and disabled.
Device Input UOM	Character	The Input unit of measure to be used by the device.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input LRV Primary Input URV Primary Input Range Units This list contains a list of UOMs that are filtered based on the value in the Input Type field and the Calibration Type field. This means that only the UOM values that are relevant for that input type and calibration type will appear in the list. This field uses the following system code tables to display the UOMs in the list: Pressure: FLUKE PRESSURE BASE UOM Temperature: FLUKE TEMPERATURE BASE UOM Voltage: FLUKE VOLTAGE BASE UOM Current: FLUKE CURRENT BASE UOM Frequency: FLUKE FREQUENCY BASE UOM Resistance: FLUKE RESISTANCE BASE UOM Other: CALIBRATION UOM GENERAL Note: If this field is empty, then the default UOM for Primary Input Range Units as listed in Calibration Unit of Measurements (UOMs) and their Conversions section gets downloaded to the Calibrator.
Device Output UOM	Character	The Output unit of measure to be used by the device.	This field is grouped with the following other fields in the Primary Output Details section: Primary Output LRV Primary Output URV Primary Output Units This list contains a list of UOMs that are filtered based on the value in the Output Type field and the Calibration Type field. This means that only the UOM values that are relevant for that output type and calibration type will appear in the list. This field uses the following system code tables to display the UOMs in the list: Pressure: FLUKE PRESSURE BASE UOM Temperature: FLUKE TEMPERATURE BASE UOM Voltage: FLUKE VOLTAGE BASE UOM Current: FLUKE CURRENT BASE UOM Frequency: FLUKE FREQUENCY BASE UOM Resistance: FLUKE RESISTANCE BASE UOM Other: CALIBRATION UOM GENERAL Note: If this field is empty, then the default UOM for Primary Output Range Units as listed in Calibration Unit of Measurements (UOMs) and their Conversions section gets downloaded to the Calibrator.
Engineering Units Error Limit	Numeric	A number representing the maximum amount of error in engineering units that is allowed before a calibration event is considered failed.	The state of this field depends on the state of other fields. If the Error Assessment field in the Calibration Setup Defaults record contains the value Engineering Units, this field is populated with a default value from the Calibration Setup Defaults record. If the Error Assessment field in the Calibration Setup Defaults record contains the value Percentage of Scale, this field is disabled and blank. You can modify the default value if required. This field is required.
Error Assessment	Character	The error calculation type that you will use to enter the calibration results.	This field is populated with a default value from the Calibration Setup Defaults record. You can select one of the following values: Percent of Range: When you select this value, the Max Error Limit field is enabled, and the Engineering Units Error Limit field is disabled. Engineering Units: When you select this value, the Engineering Units Error Limit field is enabled, and the Max Error Limit field is disabled.
Input Damping Setting	Character	Indicates whether this setting should be on or off. When this field is set to on, the calibrator utilizes a secondary setting of damping time. This is applicable only to automated calibrations, and provides a delay between step changes that are applied to the device being calibrated.	This field appears as a list, and contains the following options: on off This field is populated with a default value, as specified in the Input Damping Setting field in the Calibration Setup Defaults record. This field appears as a list that is populated by the MI_STATUS System Code Table.
Input Min Max Mode	Character	Indicates whether this setting should be on or off. When this field is set to on, the calibrator will store the Min and Max output values of the device being calibrated. This is applicable only to automated calibrations.	This field appears as a list, and contains the following options: on off This field is populated with a default value, as specified in the Input Min Max Mode field in the Calibration Setup Defaults record. This field appears as a list that is populated by the MI_STATUS System Code Table.
Input Type	Character	The input type for the analog calibration.	This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table. This field is required. The options that appear in the list depend on the value stored in the Calibration Type field. If the value in the Calibration Type field is Druck DPI620 (Genii), then you can choose from the following options: Pressure Temperature Voltage Current Frequency Resistance If the value in the Calibration Type field is Druck DPI61x, then you can choose from the following options: Pressure Voltage Current If the value in the Calibration Type field is FLUKE 74X, then you can choose from the following options: Pressure Temperature Voltage Current Frequency Resistance Other If the value in the Calibration Type field is Analog-Manual, then you can choose from the following options: Pressure Temperature Flow Level Weight Voltage Current Frequency Resistance Other Only pressure input values can be used with automated calibrations.
Linear TC LRV	Numeric	A number representing the lower value on the linear thermocouple range.	This field is enabled only when the TC Linear check box is selected. This field is populated automatically with values from the following fields, based on the value that exists in the Output Type field and the Input Type field: Primary Input Range LRV, if the value in the Output Type field is not Temperature and the value in the Input Range field is Temperature. Primary Output Range LRV, if the value in the Output Type field is Temperature.
Linear TC URV	Numeric	A number representing upper value on the linear thermocouple range.	This field is enabled only when the TC Linear check box is selected. This field is populated with values from the following fields based on the value that exists in the Output Type field: Primary Input Range URV, if the value in the Output Type field is not Temperature and the value in the Input Range field is Temperature. Primary Output Range URV, if the value in the Output Type field is Temperature.
Loop Power	Character	A value that indicates the source of the loop power.	If the value in the Calibration Type field is FLUKE 74X, then this field contains the following values: Disabled: The loop power is supplied by the calibrator device. Enabled_24V: The loop power is supplied by a 24V DC power supply. Enabled_28V: The loop power is supplied by a 28V DC power supply. If the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI61x, then this field contains the following values: Yes: The loop power is supplied by an external source. No: The loop power is supplied by the calibrator device. If the value stored in the Calibration Type field is Analog-Manual, then this field is disabled. This field appears as a list that is populated by the MI_POWER_SOURCE System Code Table.
Manual Entered Input Values	Boolean	Indicates whether you will manually enter the input value into the device during the automated calibration.	This check box is cleared by default. Selecting this check box indicates that you will manually enter the input value into the calibrator during automated calibration. The state of this field is dependent upon the state of other fields. Specifically, this check box is: Enabled only when the value stored in the Calibration Type field is FLUKE 74X. Disabled and selected if the Custom Input Values check box is selected. Disabled if the Performs Square Root field contains the value Yes (Y).
Manual Entered Output Values	Boolean	Indicates whether you will manually enter the output value into the device during the automated calibration.	This check box is cleared by default. Selecting this check box indicates that you will manually enter the output value into the calibrator during automated calibration. The state of this field is dependent upon the state of other fields. Specifically, this check box is: Enabled only when the value stored in the Calibration Type field is FLUKE 74X. Selected and disabled if the Custom Output Values check box is selected.
Manufacturer	Character	The manufacturer of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Manufacturer field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Max Error Limit	Numeric	A number representing the maximum amount of error in percent that is allowed before a calibration event is considered failed.	The state of this field depends on the state of other fields. If the Error Assessment field in the Calibration Setup Defaults record contains the value Engineering Units, in case of manual calibration, this field is disabled and blank. In case of automated calibration, this field is disabled and populated based on the values in the Primary Input Range and the Engineering Units Error Limit fields, using the following calculation: (<Engineering Units Error Limit>/<URV> - <LRV> x 100) ...where: <Engineering Units Error Limit> is the value in the Engineering Units Error Limit field. <URV> is the value in the Primary Input Range URV field. <LRV> is the value in the Primary Input Range LRV field. If the Error Assessment field in the Calibration Setup Defaults record contains the value Percent of Range, this field is populated with a default value from the Calibration Setup Defaults record. This field is populated with the value 3 by default, as specified in the Analog Error Limit field in the Calibration Setup Defaults record. You can modify this value if needed. This value is used in the Calibration record to calculate whether a calibration event has passed or failed.
Model Number	Character	The model number of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Model Number field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Output Damping Setting	Character	When this field is set to on, it indicates that the device utilizes a secondary setting of damping time. This provides a delay for the output of a device to stabilize after a step change that is applied to the input. This is applicable only to automated calibration.	This field appears as a list, and contains the following options: on off This field is populated with a default value, as specified in the Output Damping Setting field in the Calibration Setup Defaults record. This field appears as a list that is populated by the MI_STATUS System Code Table.
Output Type	Character	The output type for the analog calibration.	This field is required. This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table. The options that appear in the list depend on the value stored in the Calibration Type field. If the value in the Calibration Type field is Druck DPI620 (Genii), then you can choose from the following options: Pressure Temperature Voltage Current Frequency Resistance Observed If the value in the Calibration Type field is Druck DPI61x, then you can choose from the following options: Pressure Voltage Current Observed If the value in the Calibration Type field is FLUKE 74X, then you can choose from the following options: Pressure Temperature Voltage Current Frequency Resistance Other If the value in the Calibration Type field is Analog-Manual, then you can choose from the following options: Pressure Temperature Flow Level Voltage Current Frequency Resistance Other HART
Performs Square Root	Character	Indicates whether or not a square root calculation will be performed on the values in the Input Measure AF and Input Measure AL fields.	This field is disabled or enabled based on the state of other fields on the datasheet: You can select the value Yes (Y) only if the value in the Input Type field is Pressure or Flow. When the value in the Calibration Strategy field is 2 Down or 2 Up then 2 Down, this field is disabled and displays the value No (N). When the Manual Entered Input Values check box on the Automated Calibration Parameters section is selected, this field will be disabled an populated with the value No (N). This field appears as a list that is populated by the MI_YES_NO System Code Table.
Primary Input LRV	Numeric	A number representing the lower range value for the primary input range.	This field is grouped with the following fields in the Primary Input Details section: Primary_Input_URV Primary_Input_Range_Units The value stored in the Primary Input LRV field combined with the value stored in the Primary Input URV field define the primary input range for the calibration. This field is required.
Primary Input Range Units	Character	The units of measure for the primary input.	This field is grouped with the following other fields in the Primary Input Details section: Primary_Input_LRV Primary_Input_URV This list contains a list of UOMs that is filtered based on the value in the Input Type field and the Calibration Type field. This means that only the UOM values that are relevant for that input type and calibration type will appear in the list. After you select a value in this list, the APM system checks to see if the UOM is compatible with the device. If the selected value is not compatible, then an error message will appear, indicating the problem.
Primary Input URV	Numeric	A number representing the upper range value for the primary input range.	This field is grouped with the following other fields in the Primary Input Details section: Primary_Input_LRV Primary_Input_Range_Units The value stored in the Primary Input URV field combined with the value stored in the Primary Input LRV field define the primary input range for the calibration. This field is required.
Primary Output LRV	Numeric	A number representing the lower range value for the primary output range.	This field is grouped with the following other fields in the Primary Output Details section: Primary_Output_URV Primary_Output_Range_Units The value stored in the Primary Output LRV field combined with the value stored in the Primary Output URV field define the primary output range for the calibration. This field is required.
Primary Output Range Units	Character	The units of measure for the primary input.	This field is grouped with the following fields in the Primary Output Details section: Primary_Output_LRV Primary_Output_URV This list contains a list of UOMs that is filtered based on the value in the Output Type field and the Calibration Type field. This means that only the UOM values that are relevant for that input type and calibration type will appear in the list. After you select a value in this list, the APM system checks to see if the UOM is compatible with the device. If the selected value is not compatible, then an error message will appear, indicating the problem. If the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI61x, then this list is populated by the CALIBRATION_DRUCK_UOM_LIST System Code Table. This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table.
Primary Output URV	Numeric	A number representing the upper range value for the primary output range.	This field is grouped with the following fields in the Primary Output Details section: Primary_Output_LRV Primary_Output_Range_Units The value stored in the Primary Output URV field combined with the value stored in the Primary Output LRV field define the primary output range for the calibration. This field is required.
Refresh Equipment Data	Boolean	Indicates whether or not information in the Asset that is linked to the Calibration Template has been updated.	This field does not appear on the datasheet by default. This field is used by the APM system, and should not be modified.
RTD Wiring Configuration	Character	The RTD wiring configuration associated with the calibration.	This field is enabled if: The value stored in the Calibration Type field is FLUKE 74X. The value stored in the Output Type field is Temperature. The Temperature Element Type field contains a value that is an RTD type. If the value stored in the Calibration Type field is FLUKE 74X, then the RTD Wiring Configuration list includes the following additional options: 2_Wire_Ohms 3_Wire_Ohms 4_Wire_Ohms
Serial Number	Character	The serial number of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Serial Number field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Tag Description	Character	The description of the asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Equipment Short Description field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Tag Name	Character	The ID of the Asset that is linked to the Calibration Template. This is the Asset ID of the Asset.	This field is disabled and populated with the value in the Equipment field in the linked Asset record. If you have accessed the template from the library, this field is disabled and blank.
TC Linear	Boolean	Indicates whether you want to provide a value in the Linear TC LRV and Linear TC URV fields.	This check box is cleared by default, and enabled only if the value in the Calibration Type field is FLUKE 74X and the Temperature Element Type field contains a Thermocouple value.
Temperature Element Type	Character	The type of temperature element used for the calibration.	The Temperature Element Type field is enabled and required only if the value in the Calibration Type field is not Analog-Manual and if the Input Type or Output Type fields contain the value Temperature. This field appears as a list that is populated by the MI_SENSOR_TYPE System Code Table. The temperature element types that are listed depend on the value stored in the Calibration Type field. If the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI620 (Genii), then the following Resistance Temperature Detectors (RTD) and Thermocouples (TC) are supported: GE DRUCK RTD TYPE (GE Druck RTD Type) None Type CU10 (427) RTD Type NI100 (672) RTD Type NI120 (672) RTD Type PT100 (385) RTD Type PT100 (392) RTD Type PT1000 (385) RTD Type PT200 (385) RTD Type PT50 (385) RTD Type PT500 (385) RTD GE DRUCK TC TYPE (GE Druck TC Type) None Type B Thermocouple Type C Thermocouple Type D Thermocouple Type E Thermocouple Type J Thermocouple Type K Thermocouple Type L Thermocouple Type N Thermocouple Type R Thermocouple Type S Thermocouple Type T Thermocouple Type U Thermocouple
			If the value in the Calibration Type field is FLUKE 74X, then the following RTDs and TCs are supported: FLUKE RTD TYPE (Fluke RTD Type) None Type CU10 (427) RTD Type NI120 (672) RTD Type PT100 (385) RTD Type PT100 (3916) RTD Type PT100 (3926) RTD Type PT1000 (385) RTD Type PT200 (385) RTD Type PT500 (385) RTD FLUKE TC TYPE (Fluke TC Type) None Type B Thermocouple Type C Thermocouple Type E Thermocouple Type J Thermocouple Type K Thermocouple Type L Thermocouple Type N Thermocouple Type R Thermocouple Type S Thermocouple Type T Thermocouple Type U Thermocouple If using a GE Druck calibrator, when you select None in this field, a validation message appears, specifying that it is not a valid value.
Template ID	Character	The ID of the Calibration Template.	This field is required and must be unique.
Template State	Character	The state of the Calibration Template.	This field contains the value Development by default. This field contains the following values: Development Approved Obsolete

Calibration Template, CMX Records

Calibration Template, CMX records store details about the calibration that must be performed for a specific asset using CMX software. This topic provides an alphabetical list and description of the fields that exist for the Calibration Template, CMX family. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Asset Key	Numeric	The Entity Key of the asset to which the Calibration Template is linked.	This field does not appear on a datasheet by default. When you apply a Calibration Template to an Asset, the details of the Asset are retrieved based on the value in the Asset Key field. This field is used by the APM system, and should not be modified.
Calibration Type	Character	The type of calibration you will perform.	This field is disabled, and contains the value CMX by default. This field is required.
Input Method	Character	The method for sending input measures to the asset that is being calibrated.	This field appears as a list that is populated by the MI_CMX_TEMPLATE_INPUT_METHOD System Code Table.This field contains a list of the following input methods: Controlled (Controlled) Controlled and Measured (Controlled and Measured) Keyed (Keyed) Measured (Measured) Sourced (Sourced) N/A (N/A) This field is required.
Input Type	Character	The type of input for the calibration to be performed.	This field appears as a list that is populated by the MI_CMX_TEMPLATE_INPUT_TYPE System Code Table. This field contains a list of the following input types: CHECKLIST (CHECKLIST) ELECTRICAL (ELECTRICAL) MASS (MASS) PRESSURE (PRESSURE) TEMPERATURE (TEMPERATURE) VALUE (VALUE) N/A (N/A) This field is required.
Max Error Limit	Numeric	A number representing the maximum amount of error in percent that is allowed before a calibration event is considered failed.	This field is populated with the value 3 by default. You can modify this value if needed. This value is used in the calibration to calculate whether a calibration event has failed or passed.
Output Method	Character	The method for capturing output measures from the asset that is being calibrated.	This field appears as a list that is populated by the MI_CMX_TEMPLATE_OUTPUT_METHOD System Code Table. This field contains a list of the following output method: Keyed (Keyed) Measured (Measured) FOUNDATION H1 (FOUNDATION H1) HART (HART) PROFIBUS PA (PROFIBUS PA) N/A (N/A) This field is required.
Output Type	Character	The type of output for the calibration.	This field appears as a list that is populated by the MI_CMX_TEMPLATE_OUTPUT_TYPE System Code Table.This field contains a list of the following output types : ELECTRICAL (ELECTRICAL) MASS (MASS) PRESSURE (PRESSURE) STATE (STATE) TEMPERATURE (TEMPERATURE) VALUE (VALUE) N/A (N/A) This field is required.
Primary Input LRV	Numeric	A number representing the lower range value for the primary input range.	This field appears in the Primary Input Details subsection of the Equipment Details section. The value stored in the Primary Input LRV field combined with the value stored in the Primary Input URV field defines the primary input range for the calibration. This field is disabled if you selected one of the following values in the Template Code field: Checklist (cl) Checklist, IEC60079-17, Table 1 (c6007917_1) Checklist, IEC60079-17, Table 2 (c6007917_2) For other values of Template Code, this field is required.
Primary Input Range Units	Character	The units of measure for the primary input.	This field contains a list of Units of Measurements. This field is disabled if you selected one of the following values in the Template Code field: Checklist (cl) Checklist, IEC60079-17, Table 1 (c6007917_1) Checklist, IEC60079-17, Table 2 (c6007917_2) For other values of Template Code, this field is required.
Primary Input URV	Numeric	A number representing the upper range value for the primary input range.	This field appears in the Primary Input Details subsection of the Equipment Details section. The value stored in the Primary Input URV field combined with the value stored in the Primary Input LRV field defines the primary input range for the calibration. This field is disabled if you selected one of the following values in the Template Code field: Checklist (cl) Checklist, IEC60079-17, Table 1 (c6007917_1) Checklist, IEC60079-17, Table 2 (c6007917_2) For other values of Template Code, this field is required.
Primary Output LRV	Numeric	A number representing the lower range value for the primary output range.	This field appears in the Primary Output Details subsection of the Equipment Details section. The value stored in the Primary Output LRV field combined with the value stored in the Primary Output URV field defines the primary output range for the calibration. This field is disabled if you selected one of the following values in the Template Code field: Checklist (cl) Checklist, IEC60079-17, Table 1 (c6007917_1) Checklist, IEC60079-17, Table 2 (c6007917_2) Electrical Switch (es) Pressure Switch (ps) Temperature Switch (ts) For other values of Template Code, this field is required.
Primary Output Units	Character	The units of measure for the primary input.	This field contains a list of Units of Measurements. This field is disabled if you selected one of the following values in the Template Code field: Checklist (cl) Checklist, IEC60079-17, Table 1 (c6007917_1) Checklist, IEC60079-17, Table 2 (c6007917_2) Electrical Switch (es) Pressure Switch (ps) Temperature Switch (ts) For other values of Template Code, this field is required.
Primary Output URV	Numeric	A number representing the upper range value for the primary output range.	This field appears in the Primary Output Details subsection of the Equipment Details section. The value stored in the Primary Output URV field combined with the value stored in the Primary Output LRV field defines the primary output range for the calibration. This field is disabled if you selected one of the following values in the Template Code field: Checklist (cl) Checklist, IEC60079-17, Table 1 (c6007917_1) Checklist, IEC60079-17, Table 2 (c6007917_2) Electrical Switch (es) Pressure Switch (ps) Temperature Switch (ts) For other values of Template Code, this field is required.
Switch Set Point	Character	Indicates the value (i.e., pressure, temperature, or electrical output) at which the switch changes state.	This field appears in the Primary Output Details subsection of the Equipment Details section. If you selected one of the following values in the Template Code field, then this field is enabled and required: Pressure Switch (ps) Temperature Switch (ts) Electrical Switch (es) For other values of Template Code, this field is disabled.
Switch Reset Point	Numeric	Indicates the value (i.e., pressure, temperature, or electrical output) at which the switch resets to normal state.	This field appears in the Primary Output Details subsection of the Equipment Details section. If you selected one of the following values in the Template Code field, then this field is enabled and required: Pressure Switch (ps) Temperature Switch (ts) Electrical Switch (es) For other values of Template Code, this field is disabled.
Switch Set Action	Numeric	Indicates the state that the switch must change to, when the value (i.e., pressure, temperature, or electrical output) is at the set point.	This field appears in the Primary Output Details subsection of the Equipment Details section. This field contains a list of the following values: Opens Closes If you selected one of the following values in the Template Code field, then this field is enabled and required: Pressure Switch (ps) Temperature Switch (ts) Electrical Switch (es) For other values of Template Code, this field is disabled.
Template Code	Character	Identifies the corresponding template type in CMX Software.	This field appears as a list that is populated by the Template_Code System Code Table. The template codes contain a value that can map the template to the corresponding template type in the CMX software. Based on your selection in this field, the fields in the Equipment Details section of the datasheet are either enabled or disabled. This field is required.
Template ID	Character	The Identification of the Calibration Template.	This field is required and must be unique.
Template State	Character	The state of the Calibration Template.	This field contains the value Development by default. You can select one of following values in this field: Development (Development) Approved (Approved) Obsolete (Obsolete)

Calibration Template Detail, Analyzer

Calibration Template Detail, Analyzer records store information about the single component analyzer calibration strategy details. This topic provides an alphabetical list and description of the fields that exist for the Calibration Template Detail, Analyzer family and appear on the Calibration Template, Single Component Analyzer datasheet. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Calibration Template Detail ID	Character	The ID of the calibration template.	This field is populated automatically with the ID of the calibration template.
Component Name	Character	The name of the standard gas component.	This field is populated by the MI_CHEMICAL_COMPONENTS System Code Table. You can enter a value manually.
Component Units	Character	The units of measure for the composition of the standard gas component.	You can enter a value manually.
Component Value	Numeric	A number representing the amount of gas in the cylinder.	You can enter a value manually.
Input Up/Dn	Character	A value representing the up or down value range of a test point for a calibration strategy.	This field is populated automatically based on the value that you selected in the Calibration Strategy field.
Percent of Scale Sequence Number	Numeric	A number representing the sequence for the percentage of scale test points.	This field is populated automatically based on the value that you selected in the Calibration Strategy field.
Percent of Scale Test Point	Numeric	A number representing the percentage of test points.	This field is populated automatically based on the value that you selected in the Calibration Strategy field.

Calibration Template Detail, Functional Test Records

Calibration Template Detail, Functional Test records store information about a functional test that should be performed on the asset. This topic provides an alphabetical list and description of the fields that exist for the Calibration Template Detail, Functional Test family. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Condition	Character	A possible answer to an instruction that has the response type list. You can define up to 10 conditions (i.e., options) for each list response type.	This field is enabled only if the value stored in the Response Type field is List. Enter the conditions which will be used to select from Expected Response field.
Instruction	Text	The step you are performing during the functional test (e.g., Describe the condition of the wires).	None
Response Type	Character	The type of response you should give to the question defined in the Instruction field.	This field appears as a list that is populated by the MI_CALIBRATION_CHECKLIST_TYPE System Code Table. You can select one of the following values: Yes/No: The response will be either Yes or No. Number: The response will be a numeric value. Text: The response will be a text value. Selection: The response will be one or more of the options provided in the Condition fields.
Sequence Number	Numeric	A numeric value that represents the order in which the step identified in the Instruction field should be executed in relation to the other steps.	This list contains numeric values from 1 to 25. We recommend that you select values in sequential order (e.g., select the value 1 in the first record, select the value 2 in the second record), but if you do not, when you save the records, they will be sorted automatically according to the values stored in the Sequence Number fields. This field is required.
Expected Response	Character	The Response expected for the Instruction while performing Functional Test Calibration.	The Expected Response is pre-recorded while defining the Functional Test Calibration Template. After performing calibration, this response is matched with user entered response to mark the Calibration as passed or failed. This field is mandatory, when Validate checkbox is selected. When all the template detail records are saved, this field becomes as either pick list or text box based on the Response Type selected: Yes/No: The response will be either Yes or No. Number: The response will be a numeric value. Text: The response will be a text value. Selection: The response will be one or more of the options provided in the Condition fields.
Validate	Boolean	Indicates whether to compare Expected Response with Response entered in Functional Test Calibration result	By default, this check box is not selected. If you select this check box, the Expected Response will be matched with Response entered by Calibration Technician

Calibration Template, Discrete Records

Calibration Template, Discrete records store details on the discrete calibration that should be performed for a specific piece of equipment or a location. The following table provides an alphabetical list and description of the fields that exist for the Calibration Template, Discrete family. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Activate Switch 1	Character	A value indicating the direction of the measured variable as it relates to the shelf state of Switch 1.	This field is required, and contains the following baseline values: Increase Decrease After you link a Calibration record to this Calibration Template, the value in this field is populated in the Activate Switch 1 field in the Calibration record.
Activate Switch 2	Character	A value indicating the direction of the measured variable as it relates to the shelf state of Switch 2.	This field is disabled by default. This field is required only if the SW 2 Setpoint field contains a value. This field contains the following baseline values: Increase Decrease
Asset Key	Numeric	The Entity Key of the Asset record to which the Calibration Template record is linked. This field is used by the APM system and should not be modified.	This field does not appear on a datasheet. This value is used to execute the Instrument Data query that is specified on the Calibration Administration page, so that asset data can be populated in the Calibration Template record.
Calibration Device Mapping	Character	A value indicating the mapping ID for the Send function.	This field is disabled by default.
Calibration Task Key	Numeric	The task key of the Calibration.	This field does not appear on the datasheet.
Calibration Template Key	Character	The template key of the Calibration.	This field does not appear on the datasheet.
Calibration Type	Character	The type of calibration for which you are creating the template.	This field is disabled. Based on the type of template that you selected on the Profile Template page, this field is populated with one of the following values: If you selected FLUKE 74X on the Mappings page, then the Calibration Type field contains the value FLUKE 74X. If you selected Druck DPI620 (Genii) on the Mappings page or the Manual Templates page, then the Calibration Type field contains the value Druck DPI620 (Genii). If you selected Druck DPI61x on the Mappings page, then the Calibration Type field contains the value Druck DPI61x. If you selected Manual on the Mappings page, then the Calibration Type field contains the value Switch - Manual. When this option is selected, the fields in the Automated Calibration Parameters section are disabled. Depending on the selection, the Input Type and Output Type fields are populated automatically.
Custom Input Lower Range	Numeric	A number representing the lower range value for the custom input range.	This field is labeled Low and is grouped with the following other fields in the Automated Calibration Parameters section: Custom Input Upper Range Custom Input Range UOM This field is enabled and required only when the Custom Input Values check box is selected.
Custom Input Range UOM	Character	The units of measure for the custom input range.	This field appears as a list labeled UOM and is grouped with the following other fields in the Automated Calibration Parameters section: Custom Input Lower Range Custom Input Upper Range If the Calibrator Type field contains the value Druck DPI620 (Genii) or Druck DPI61x, then this list is filtered by the value that you select in the Input Type field. This field is enabled and required only when the Custom Input Values check box is selected. This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table.
Custom Input Upper Range	Numeric	A number representing the upper range value for the custom input range.	On the datasheet, this field appears as a text box labeled High and is grouped with the following other fields in the Automated Calibration Parameters section: Custom Input Lower Range Custom Input Range UOM This field is enabled and required only when the Custom Input Values check box is selected.
Device Input UOM	Character	The Input unit of measure to be used by the device.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input LRV Primary Input URV Primary Input Range Units This list contains a list of UOMs that are filtered based on the value in the Input Type field and the Calibration Type field. This means that only the UOM values that are relevant for that input type and calibration type will appear in the list. This field uses the following system code tables to display the UOMs in the list: Pressure: FLUKE PRESSURE BASE UOM Temperature: FLUKE TEMPERATURE BASE UOM Voltage: FLUKE VOLTAGE BASE UOM Current: FLUKE CURRENT BASE UOM Frequency: FLUKE FREQUENCY BASE UOM Resistance: FLUKE RESISTANCE BASE UOM Other: CALIBRATION UOM GENERAL Note: If this field is empty, then the default UOM for Primary Input Range Units as listed in Calibration Unit of Measurements (UOMs) and their Conversions section gets downloaded to the Calibrator.
Engineering Units Error Limit	Numeric	A number representing the maximum amount of error in engineering units that is allowed before a calibration event is considered failed.	The state of this field is dependent upon the state of other fields. If the Error Assessment field in the Calibration Setup Defaults record contains the value Engineering Units, this field is populated with a default value from the Calibration Setup Defaults record. If the Error Assessment field in the Calibration Setup Defaults record contains the value Percent of Range, in case of manual calibration, this field is disabled and blank. In case of automated calibration, this field is disabled and populated based on the values in the Primary Input Range and the Error Limit fields, using the following calculation: (<Max Error Limit>/100) x (<URV> -<LRV>) ...where: <Max Error Limit> is the value in the Max Error Limit field. <URV> is the value in the Primary Input Range URV field. <LRV> is the value in the Primary Input Range LRV field. You can modify the default value if required. This is a required field. The value stored in this field is the value that will be sent to the device. If you modify this value, then the value in the Max Error Limit (PCT) field will be updated automatically.
Error Assessment	Character	The error calculation type that you will use to enter the calibration results.	This field is populated with a default value from the Calibration Setup Defaults record. You can select one of the following values: Percent of Range: When you select this value, the Max Error Limit field is enabled, and the Engineering Units Error Limit field is disabled. Engineering Units: When you select this value, the Engineering Units Error Limit field is enabled, and the Error Limit field is disabled. You can change the value if required.
Input Damping Setting	Character	Indicates whether this setting should be on or off.	This field appears as a list and contains the following options: on off This field is populated with a default value, as specified in the Input Damping Setting field in the Calibration Setup Defaults record. You can modify this value if needed. This field appears as a list that is populated by the MI_STATUS System Code Table.
Input Min Max Mode	Character	Indicates whether this setting should be on or off.	This field appears as a list and contains the following options: on off This field is populated with a default value, as specified in the Input Min Max Mode field in the Calibration Setup Defaults record. You can modify this value if needed. This field appears as a list that is populated by the MI_STATUS System Code Table.
Input Type	Character	The input type for the discrete calibration.	This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table. This list is filtered by the value that is present in the Calibration Type field. This field is required.
Linear TC LRV	Numeric	A number representing the lower value on the linear thermocouple range.	This field is enabled only when the TC Linear check box is selected. This field is populated with values from the following fields based on the value that exists in the Output Type field and Input Type field: Primary Input Range LRV if the value in the Output Type field is not Temperature and the value in the Input Range field is Temperature. Primary Output Range LRV if the value in the Output Type field is Temperature.
Linear TC URV	Numeric	A number representing upper value on the linear thermocouple range.	This field is enabled only when the TC Linear check box is selected. This field is populated with values from the following fields based on the value that exists in the Output Type field: Primary Input Range URV if the value in the Output Type field is not Temperature and the value in the Input Range field is Temperature. Primary Output Range URV if the value in the Output Type field is Temperature.
Manual Entered Input Values	Boolean	Indicates whether you will manually enter the input value into the device during the automated calibration.	This check box is cleared by default. Selecting this check box indicates that you will manually enter the input value into the device during the automated calibration. The state of this field is dependent upon the state of other fields. Specifically, this check box is: Enabled only when the Enable Automated Calibrations check box is selected. Selected and disabled automatically when the Custom Input Values check box is selected.
Max Error Limit	Numeric	A number representing maximum amount of error in percent that is allowed before a calibration event is considered failed.	The state of this field depends on the state of other fields. If the Error Assessment field in the Calibration Setup Defaults record contains the value Engineering Units, this field is disabled and blank. If the Error Assessment field in the Calibration Setup Defaults record contains the value Percentage of Range, this field is populated with a default value from the Calibration Setup Defaults record. This value is used in the Calibration Event record to calculate whether the calibration event has passed or failed. You can modify the default value if required. This field is required.
Output Damping Setting	Character	A value indicating whether this setting should be on or off.	This field appears as a list and contains the following options: on off This field is populated with a default value, as specified in the Output Damping Setting field in the Calibration Setup Defaults record. This field appears as a list that is populated by the MI_STATUS System Code Table.
Output Type	Character	The output type for the discrete calibration.	This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table. This list is filtered by the value in the Calibration Type field. This field is required.
Primary Input LRV	Numeric	A number representing the lower range value for the primary input range.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input URV Primary Input Range Units The value stored in the Primary Input LRV field combined with the value stored in the Primary Input URV field define the primary input range for the calibration. This field is required.
Primary Input Range Units	Character	The UOM for the primary input.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input LRV Primary Input URV This list contains a list of units of measure that is filtered based on the value in the Input Type field. After you select a value in this list, the APM system verifies if the UOM is compatible with the Fluke device. If the selected values are not compatible, then an error message will appear, indicating the problem.
Primary Input URV	Numeric	A number representing the upper range value for the primary input range.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input LRV Primary Input Range Units The value stored in the Primary Input URV field combined with the value stored in the Primary Input LRV field define the primary input range for the calibration. This field is required.
Ramp Time	Numeric	The amount of time (in seconds) a device will take to move from one test point to another for pressure units.	This field is disabled when the value in the Calibration Type field contains FLUKE 74X. This field is populated by default with the value 30, as specified in the Ramp Time field in the Calibration Setup Defaults record. This field is required when the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI61x.
Repeat Count	Numeric	A value representing the number of test cycles to perform a calibration.	You can enter a value in this field. This field is populated by default with the value 1, as specified in the Repeat Count field in the Calibration Setup Defaults record. This field is required when the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI61x.
Reset Set Point	Numeric	A value representing the point that the switch deactivates to its original state.	You can enter a value in this field. This field is required when the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI61x.
RTD Wiring Configuration	Character	The RTD wiring configuration associated with the calibration.	This field is populated automatically if: The Enable Automated Calibrations check box is selected. The Temperature Element Type field contains a value that is an RTD type.
Specified Maximum Dead Band Switch 1	Numeric	A number representing the upper value on the dead band range*, where the value in the SW 1 Setpoint field is the reference point on that range. The maximum dead band value represents the amount of allowable error above the setpoint value that can occur for a calibration to be considered passed.	This field is grouped with the following fields: Specified Minimum Dead Band Switch 1 Validate Deadband This field is populated using the following calculation: <Set point> x <Default Max Deadband> ...where: <Set point> is the value in the SW 1 Setpoint field. <Default Max Deadband> is the default value in the Discrete Max Deadband field in the Calibration Setup Defaults record. For example, if the value in the SW 1 Setpoint field is 80 and the value in the Discrete Max Deadband field in the Calibration Setup Defaults record is 10%, then the Maximum Dead Band field will contain the value 8, which indicates that the calibration can still be considered passed if the output value is higher than 80 by a value of 8. In other words, if the output value is 89, the calibration will be considered failed. If the output value is 88, the calibration will be considered passed. The APM system will include the dead band values in the pass/fail validation process only if the Validate Deadband check box is selected on the Discrete Calibration Template Setup datasheet. If this check box is not selected, then only the values in the Max Error Limit and SW 1 Setpoint fields will be used to determine whether a calibration has passed or failed. The state of this field is dependent upon other fields. Specifically, if the Calibration Strategy field contains the value Single Switch or Double Switch, then this field is enabled. Otherwise, this field is disabled. You can modify this value if needed.
Specified Maximum Dead Band Switch 2	Numeric	A number representing the upper value on the dead band range,* where the value in the SW 2 Setpoint field is the reference point on that range. The maximum dead band value represent the amount of allowable error above the value in the setpoint value that can occur for a calibration to be considered passed.	On the datasheet, this field appears as a text box labeled Maximum Dead Band and is grouped with the following fields: Specified Minimum Dead Band Switch 2 Validate Deadband This field is populated automatically using the following calculation: <Set point> x <Default Max Deadband> ...where: <Set point> is the value in the SW 2 Setpoint field. <Default Max Deadband> is the default value in the Discrete Max Deadband field in the Calibration Setup Defaults record. For example, if the value in the SW 2 Setpoint field is 80, by default, and the value in the Discrete Max Deadband field in the Calibration Setup Defaults record is 10%, the Maximum Dead Band field will contain the value 8, which indicates that the calibration can still be considered passed if the output value is higher than 80 by a value of 8. In other words, if the output value is 89, the calibration will be considered failed. If the output value is 88, then the calibration will be considered passed. The APM system will include the dead band values in the pass/fail validation process only if the Validate Deadband check box is selected on the Discrete Calibration Template Setup datasheet. If this check box is cleared, then only the values in the Max Error Limit and SW 2 Setpoint fields will be used to determine whether a calibration has passed or failed. The state of this field is dependent upon other fields. Specifically, if the Calibration Strategy field contains the value Double Switch, then this field is enabled. Otherwise, this field is disabled.
Specified Minimum Dead Band Switch 1	Numeric	A number representing the lower range value on the dead band range, where the value in the SW 1 Setpoint field is the reference point on that range. The minimum dead band value represents the amount of allowable error below the value in the setpoint value that can occur for the calibration can be considered passed.	On the datasheet, this field appears as a text box labeled Minimum Dead Band and is grouped with the following fields: Specified Maximum Dead Band Switch 1 Validate Deadband This field is populated automatically using the following calculation: <Set point> x <Default Min Deadband> ...where: <Set point> is the value in the SW 1 Setpoint field. <Default Min Deadband> is the value in the Discrete Min Deadband field in the Calibration Setup Defaults record. For example, if the value in the SW 1 Setpoint field is 80, by default, and the value in the Discrete Min Deadband field in the Calibration Setup Defaults record is 1%, then the Minimum Dead Band field will contain the value 0.8, which indicates that the calibration can still be considered passed if the measurement is lower than 80 by a value of 0.8. In other words, if the measurement is 78.9, then the calibration will be considered failed. If the measurement is 79.2, then the calibration will be considered passed. The APM system includes the dead band values in the pass/fail validation process only if the Validate Deadband check box is selected. If this check box is cleared, then only the values in the Max Error Limit and SW 1 Setpoint fields will be used to determine whether a calibration has passed or failed. The state of this field is dependent upon other fields. Specifically, if the Calibration Strategy field contains the value Single Switch or Double Switch, then this field is enabled. Otherwise, this field is disabled. You can modify this value if required.
Specified Minimum Dead Band Switch 2	Numeric	A number representing the lower range value on the dead band range, where the value in the SW 2 Setpoint field is the reference point on that range. The minimum dead band value represents the amount of allowable error below the value in the setpoint value that can occur for the calibration can be considered passed.	On the datasheet, this field appears as a text box labeled Minimum Dead Band and is grouped with the following fields: Specified Maximum Dead Band Switch 2 Validate Deadband This field is populated automatically using the following calculation: <Set point> x <Default Min Deadband> ...where: <Set point> is the value in the SW 2 Setpoint field. <Default Min Deadband> is the value in the Discrete Min Deadband field in the Calibration Setup Defaults record. For example, if the value in the SW 2 Setpoint field is 80, by default, and the value in the Discrete Min Deadband field in the Calibration Setup Defaults record is 1%, then the Minimum Dead Band field will contain the value 0.8, which indicates that the calibration can still be considered passed if the measurement is lower than 80 by a value of .8. In other words, if the measurement is 78.9, then the calibration will be considered failed. If the measurement is 79.2, then the calibration will be considered passed. The APM system will include the dead band values in the pass/fail validation process only if the Validate Deadband check box is selected. If this check box is cleared, then only the values in the Max Error Limit and SW 2 Setpoint fields will be used to determine whether a calibration has passed or failed. The state of this field is dependent upon other fields. Specifically, if the Calibration Strategy field contains the value Double Switch, then this field is enabled. Otherwise, this field is disabled. You can modify this value if required.
SW 1 Contact State	Character	The contact position in which switch 1 will appear before it changes states (i.e., when the value in the SW 1 Setpoint field is reached).	This field contains the following baseline values: Normally Open (0) Normally Closed (1) A value is required.
SW 1 Setpoint	Numeric	A number representing the output value where you want switch 1 to trip.	This field is required.
SW 2 Contact State	Character	The contact position in which switch 2 will appear before it changes states (i.e., when the value in the SW 2 Setpoint field is reached).	This field contains the following baseline values: Normally Open (0) Normally Closed (1) This field is disabled when the value in the Calibration Type field contains Druck DPI620 (Genii) or Druck DPI61x. This field is enabled and required only when the value in the Calibration Type field is FLUKE 74X and if the SW 2 Setpoint field contains a value.
SW 2 Setpoint	Numeric	A number representing the output value where you want switch 2 to trip.	This field is required only when the value in the Calibration Type field is FLUKE 74X.
Tag Description	Character	The description of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Equipment Short Description field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Temperature Element Type	Character	The type of temperature element used for the calibration.	The Temperature Element Type field is enabled and required only if the value in the Calibration Type field is not Analog-Manual and if the Input Type or Output Type fields contain the value Temperature. This field appears as a list that is populated by the MI_SENSOR_TYPE System Code Table. The temperature element types that are listed depend on the value stored in the Calibration Type field. If the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI620 (Genii), then the following Resistance Temperature Detectors (RTD) and Thermocouples (TC) are supported: GE DRUCK RTD TYPE ( GE Druck RTD Type ) None Type CU10 (427) RTD Type NI100 (672) RTD Type NI120 (672) RTD Type PT100 (385) RTD Type PT100 (392) RTD Type PT1000 (385) RTD Type PT200 (385) RTD Type PT50 (385) RTD Type PT500 (385) RTD GE DRUCK TC TYPE ( GE Druck TC Type ) None Type B Thermocouple Type C Thermocouple Type D Thermocouple Type E Thermocouple Type J Thermocouple Type K Thermocouple Type L Thermocouple Type N Thermocouple Type R Thermocouple Type S Thermocouple Type T Thermocouple Type U Thermocouple
Temperature Element Type	Character	The type of temperature element used for the calibration.	If the value in the Calibration Type field is FLUKE 74X, then the following RTDs and TCs are supported: FLUKE RTD TYPE ( Fluke RTD Type ) None Type CU10 (427) RTD Type NI120 (672) RTD Type PT100 (385) RTD Type PT100 (3916) RTD Type PT100 (3926) RTD Type PT1000 (385) RTD Type PT200 (385) RTD Type PT500 (385) RTD FLUKE TC TYPE ( Fluke TC Type ) None Type B Thermocouple Type C Thermocouple Type E Thermocouple Type J Thermocouple Type K Thermocouple Type L Thermocouple Type N Thermocouple Type R Thermocouple Type S Thermocouple Type T Thermocouple Type U Thermocouple If using a GE Druck calibrator, when you select None in this field, a validation message appears, specifying that it is not a valid value.
Template State	Character	The state of the Calibration Template.	This field contains the following values: Development Approved Obsolete By default, this field contains the value Development.
TC Linear	Boolean	Indicates whether you want to provide a value in the Linear TC LRV and Linear TC URV fields.	This check box is cleared by default and enabled only if the Temperature Element Type field contains a Thermocouple value.
Validate Deadband	Boolean	Indicates whether or not you want the APM system to include the dead band range values in the pass/fail validation process.	This field is grouped with the following fields: Specified Maximum Dead Band Switch 1 Specified Minimum Dead Band Switch 1 Specified Minimum Dead Band Switch 2 Specified Maximum Dead Band Switch 2 When the value in the Calibration Type field is Druck DPI620 (Genii) or Druck DPI61x, this field is disabled. This field is populated with a default value, as specified in the Validate Deadband field in the Calibration Setup Defaults record. Selecting this check box indicates that you want the APM system to include the dead band range values in the pass/fail validation process. When this check box is cleared, the APM system will use only the values in the Max Error Limit and SW 1 Setpoint or SW 2 Setpoint fields in the pass/fail validation process.

Calibration Template, Functional Test Records

Calibration Template, Functional Test records store information about a functional test that should be performed on an asset. This topic provides an alphabetical list and description of the fields that exist for the Calibration Template, Functional Test family. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Calibration Task ID	Character	The ID of the Calibration Task that is linked to the Asset to which the Calibration Template is linked.	This field contains the IDs of all the Calibration Tasks that are linked to the Asset that is linked to the Calibration Template. You can select a Calibration Task from the list. If the Asset is not linked to any Calibration Task, then this list will be empty.
Calibration Type	Character	The type of calibration for which you are creating the template.	This field is disabled. Based on the type of template that you selected on the Profile Template page, this field is populated with one of the following values: If you selected FLUKE 74X on the Profile Templates page, then the Calibration Type field contains the value FLUKE 74X. If you selected Manual on the Profile Templates page, then the Calibration Type field contains the value Functional - Manual.
Manufacturer	Character	The manufacturer of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Manufacturer field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Model Number	Character	The model number of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Model Number field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Serial Number	Character	The serial number of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Serial Number field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Tag Description	Character	The description of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Equipment Short Description field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Tag Name	Character	The ID of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value in the Equipment field in the Asset record that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Template ID	Character	The ID of the Calibration.	This field is required and must be unique.
Template State	Character	The state of the Calibration Template. By default, this field contains the value Development.	This list contains the following values: Development Approved Obsolete You can select a value in this list.

Calibration Template, Multi-Component Analyzer Records

Calibration Template, Analyzer Multi-Component records store details on the multi-component analyzer calibration that should be performed for a specific asset. This topic provides an alphabetical list and description of the fields that exist for the Calibration Template, Multi-Component Analyzer family. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Asset Key	Numeric	The Entity Key of the Asset that is linked to the Calibration Template. This field is used by the APM system and should not be modified.	This field does not appear on a datasheet by default. When you apply a Calibration Template to an Asset, the details of the Asset are retrieved based on the value in the Asset Key field.
Calibration Task ID	Character	The ID of the Calibration Task that is linked to the Asset to which the Calibration Template is linked.	This list contains the IDs of the Calibration Tasks that are linked to the Asset to which the Calibration Template is linked. If the Asset is not linked to a Calibration Task, this list will be empty.
Calibration Type	Character	The type of calibration for which you are creating the template.	This field is disabled and populated with the value ANALYZER-MULTI COMPONENT by default.
Manufacturer	Character	The manufacturer of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Manufacturer field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Max Error Limit	Numeric	A number representing the maximum percentage of error that is allowed before a calibration event is considered failed.	This field is populated with the value specified in the SC Analyzer Error Limit field in the Calibration Setup Defaults record. You can modify this value if required.
Model Number	Character	The model number of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Model Number field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Refresh Equipment Data	Boolean	Indicates whether or not information in the Asset that is linked to the Calibration Template has been updated. This field is used by the APM system and should not be modified.	This field does not appear on a datasheet by default.
Serial Number	Character	The serial number of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Serial Number field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Tag Description	Character	The description of the Asset to which the Calibration Template is linked.	This field is disabled and populated with the value stored in the Equipment Short Description field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Tag Name	Character	The ID of the Asset to which the Calibration Template is linked.	This field is disabled and populated with the value in the Equipment field in the Asset record that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Template ID	Character	The ID for the record.	This field is required and must be unique.
Template State	Character	The state of the Calibration Template.	This list contains the following values: Development Approved Obsolete The default value is Development.

Calibration Template, Single Component Analyzer Records

Calibration Template, Single Component Analyzer records store details about the single component analyzer calibration that should be performed for a specific asset. This topic provides an alphabetical list and description of the fields that exist for the Calibration Template, Single Component Analyzer family. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Asset Key	Numeric	The Entity Key of the Asset that is linked to the Calibration Template.	This field does not appear on a datasheet by default. When you apply a Calibration Template to an Asset, the details of the Asset are retrieved based on the value in the Asset Key field. This field is used by the APM system and should not be modified.
Calibration Strategy	Character	The strategy for the single component analyzer calibration.	This field contains a list of strategies for the single component analyzer calibration. This field is required. You can choose from the following strategies: 2 Up 2 Down 2 Up then 2 Down 3 Up 3 Down 3 Up then 3 Down 5 Up 5 Down 5 Up then 5 Down 5 Up then 1 Down 11 Up 11 Down 11 Up then 11 Down Depending on the selection on the Calibration Template Detail, Analyzer record, the following fields are populated by default: Calibration Template Detail ID Input Up/Dn Percent of Scale Sequence Number Percent of Scale Test Point After you save the template, you cannot modify this field.
Calibration Type	Character	The type of calibration for which you are creating the template.	This field is disabled and populated with the value ANALYZER-SINGLE COMPONENT by default.
Engineering Units Error Limit	Numeric	A number representing the maximum amount of error in engineering units that is allowed before a calibration event is considered failed.	The state of this field is dependent upon the state of other fields. If the Error Assessment field in the Calibration Setup Defaults record contains the value Engineering Units, this field is populated with a default value from the Calibration Setup Defaults record. If the Error Assessment field in the Calibration Setup Defaults record contains the value Percent of Range, this field is disabled and blank. You can modify the default value if required.
Error Assessment	Character	The error calculation type that you will use to enter the calibration results.	This field is populated with a default value from the Calibration Setup Defaults record. You can select one of the following values: Percent of Range: When you select this value, the Max Error Limit field is enabled, and the Engineering Units Error Limit field is disabled. Engineering Units: When you select this value, the Engineering Units Error Limit field is enabled, and the Max Error Limit field is disabled. You can change the value if required. This field is required.
Input Type	Character	The input type for the single component analyzer calibration.	This field appears as a list that is populated by the MI CALIBRATION IO TYPES System Code Table. You can choose from the following input types: Current Resistance Voltage Pulse Other HART This field is required.
Manufacturer	Character	The manufacturer of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Manufacturer field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Max Error Limit	Numeric	The maximum percentage of error that is allowed before a calibration event is considered failed.	The state of this field is dependent upon the state of other fields. If the Error Assessment field in the Calibration Setup Defaults record contains the value Engineering Units, this field is disabled and blank. If the Error Assessment field in the Calibration Setup Defaults record contains the value Percent of Range, this field is populated with the value specified in the SC Analyzer Error Limit field in the Calibration Setup Defaults record. You can modify this value if required.
Model Number	Character	The model number of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Model Number field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Output Type	Character	The output type for the single component analyzer calibration.	This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table. You can choose from the following output types: Current Resistance Pulse Voltage Other HART This field is required.
Primary Input LRV	Numeric	A number representing the lower range value for the primary input range.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input URV Primary Input Range Units The value stored in the Primary Input LRV field combined with the value stored in the Primary Input URV field define the primary input range for the calibration. This field is required.
Primary Input Range Units	Character	The units of measure (UOM) for the primary input.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input LRV Primary Input URV This list contains a list of UOMs that is filtered based on the value in the Input Type field. This means that only the UOM values that are relevant for that input type will appear in the list. After you select a value in this list, the APM system checks to see if the UOM is compatible with the device. If the selected values are not compatible, an error message appears, indicating the problem.
Primary Input URV	Numeric	A number representing the upper range value for the primary input range.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input LRV Primary Input Range Units The value stored in the Primary Input URV field combined with the value stored in the Primary Input LRV field define the primary input range for the calibration. This field is required.
Primary Output LRV	Numeric	A number representing the upper range value for the primary output range.	This field is grouped with the following other fields in the Primary Output Details section: Primary Output URV Primary Output Range Units The value stored in the Primary Output LRV field combined with the value stored in the Primary Output URV field define the primary output range for the calibration. This field is required.
Primary Output Range Units	Character	The units of measure (UOM) for the primary input.	This field is grouped with the following other fields in the Primary Output Range section: Primary Output LRV Primary Output URV This field contains a list of UOMs that is filtered based on the value in the Output Type field. This means that only the UOM values that are relevant for that output type will appear in the list. This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table. After you select a value in this list, the APM system checks to see if the UOM is compatible with the device. If the selected values is not compatible, an error message appears, indicating the problem.
Primary Output URV	Numeric	A number representing the upper range value for the primary output range.	This field is grouped with the following other fields in the Primary Output Details section: Primary Output LRV Primary Output Range Units The value stored in the Primary Output URV field combined with the value stored in the Primary Output LRV field define the primary output range for the calibration. This field is required.
Refresh Equipment Data	Boolean	Indicates whether or not information in the Asset that is linked to the Calibration Template has been updated.	This field does not appear on the datasheet by default. This field is used by the APM system and should not be modified.
Serial Number	Character	The serial number of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Serial Number field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Tag Description	Character	The description of the asset, which is represented by the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Equipment Short Description field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Tag Name	Character	The ID of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value in the Equipment field in the Asset record that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Template ID	Character	The ID of the template.	This field is required and must be unique.
Template State	Character	The state of the Calibration Template.	This list contains the following values: Development Approved Obsolete The default value is Development.

Calibration Template, Weight Scale Records

Calibration Template, Weight Scale records store details on the weight scale calibration that should be performed for a specific asset. This topic provides an alphabetical list and description of the fields that exist for the Calibration Template, Weight Scale family and appear on the Calibration Template, Weight Scale datasheet. The information in the table reflects the baseline state and behavior of these fields. This list is not comprehensive.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Asset Key	Numeric	The Entity Key of the Asset to which the Calibration Template is linked. This field is used by the APM system and should not be modified.	This field does not appear on a datasheet by default. When you apply a Calibration Template to an Asset, the details of the Asset are retrieved based on the value in the Asset Key field.
Calibration Type	Character	The type of calibration for which you are creating the template.	This field is disabled and populated with the value ANALOG-MANUAL by default.
Engineering Units Error Limit	Numeric	A number representing the maximum amount of error in engineering units that is allowed before a calibration event is considered failed.	The state of this field is dependent upon the state of other fields. If the Error Assessment field in the Calibration Setup Defaults record contains the value Engineering Units, this field is populated with a default value from the Calibration Setup Defaults record. If the Error Assessment field in the Calibration Setup Defaults record contains the value Percent of Range, this field is disabled and blank. You can modify the default value if required.
Error Assessment	Character	The error calculation type that you will use to enter the calibration results.	This field is populated with a default value from the Calibration Setup Defaults record. You can select one of the following values: Percent of Range: When you select this value, the Max Error Limit field is enabled, and the Engineering Units Error Limit field is disabled. Engineering Units: When you select this value, the Engineering Units Error Limit field is enabled, and the Max Error Limit field is disabled. You can change the value if required. This field is required.
Input Type	Character	The input type for the weight scale calibration.	This field appears as a list that is populated by the MI CALIBRATION IO TYPES System Code Table. You can choose from the following input types: Weight Voltage Current Other This field is required.
Manufacturer	Character	The manufacturer of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Manufacturer field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Max Error Limit	Numeric	A number that represents the maximum amount of error in percent that is allowed before a calibration event is considered failed.	The state of this field is dependent upon the state of other fields. If the Error Assessment field in the Calibration Setup Defaults record contains the value Engineering Units, this field is disabled and blank. If the Error Assessment field in the Calibration Setup Defaults record contains the value Percent of Range, this field is populated with a default value as specified in the Weight Scale Error Limit field in the Calibration Setup Defaults record. This field includes an additional label: PCT. This field is populated with the value specified in the Weight Scale Error Limit field in the Calibration Setup Defaults record. You can modify this value if required.
Model Number	Character	The model number of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Model Number field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Output Type	Character	The output type for the weight scale calibration.	This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table. You can choose from the following output types: Pressure Temperature Flow Level Weight Voltage Current Frequency Resistance Other This field is required.
Primary Input LRV	Numeric	A number representing the lower range value for the primary input range.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input URV Primary Input Range Units The value stored in the Primary Input LRV field combined with the value stored in the Primary Input URV field define the primary input range for the calibration. This field is required.
Primary Input Range Units	Character	The units of measure (UOM) for the primary input.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input LRV Primary Input URV This field contains a list of units of measure that is filtered based on the value in the Input Type field. This means that only the UOM values that are relevant for that input type will appear in the list. After you select a value in this list, the APM system checks to see if the UOM is compatible with the Fluke device. If the selected value is not compatible, an error message will appear, indicating the problem.
Primary Input URV	Numeric	A number representing the upper range value for the primary input range.	This field is grouped with the following other fields in the Primary Input Details section: Primary Input LRV Primary Input Range Units The value stored in the Primary Input URV field combined with the value stored in the Primary Input LRV field define the primary input range for the calibration. This field is required.
Primary Output LRV	Numeric	A number representing the lower range value for the primary output range.	This field is grouped with the following other fields in the Primary Output Details section: Primary Output URV Primary Output Range Units The value stored in the Primary Output LRV field combined with the value stored in the Primary Output URV field define the primary output range for the calibration. This field is required.
Primary Output Range Units	Character	The units of measure for the primary input.	This field is grouped with the following other fields in the Primary Output Details section: Primary Output LRV Primary Output URV This field contains a list of units of measure that is filtered based on the value in the Output Type field. This means that only the UOM values that are relevant for that output type will appear in the list. After you select a value in this list, the APM system verifies if the UOM is compatible with the Fluke device. If the selected values are not compatible, an error message will appear, indicating the problem. This field appears as a list that is populated by the MI_CALIBRATION_IO_TYPES System Code Table.
Primary Output URV	Numeric	A number representing the upper range value for the primary output range.	This field is grouped with the following other fields in the Primary Output Details section: Primary Output LRV Primary Output Range Units The value stored in the Primary Output URV field combined with the value stored in the Primary Output LRV field define the primary output range for the calibration. This field is required.
Refresh Equipment Data	Boolean	Indicates whether or not information in the Asset that is linked to the Calibration Template has been updated. This field is used by the APM system and should not be modified.	This field does not appear on a datasheet by default.
Serial Number	Character	The serial number of the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Serial Number field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Tag Description	Character	The description of the asset, which is represented by the Asset that is linked to the Calibration Template.	This field is disabled and populated with the value stored in the Equipment Short Description field in the Asset that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Tag Name	Character	The ID of the Asset that is linked to the Calibration Template. This is the Asset ID of the asset.	This field is disabled and populated with the value in the Equipment field in the Asset record that is linked to the Calibration Template. If you have accessed the template from the library, this field is disabled and blank.
Template State	Character	The state of the Calibration Template.	This field contains the following values: Development Approved Obsolete By default, this field contains the value Development.

Recommendation Records

Recommendation records store details about the recommendation that you have proposed to improvise the calibration.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

This topic provides an alphabetical list and description of the fields that exist for the Recommendation family. These fields appear on the Recommendation datasheet, unless otherwise specified. The information in this table reflects the baseline state and behavior of these fields. This list is not comprehensive.


Field	Data Type	Description	Behavior and Usage
Alert Assignee When Due?	Boolean	Indicates whether an email notification must be sent to the user selected in the Assigned To Name field when the recommendation is due.	This field appears in the Alert datasheet.
Assigned To Name	Character	The name of the user who is assigned the Recommendation.	You can select a user from the list.
Author Lock	Boolean	Indicates whether the fields in the Recommendation must be disabled after entering the values.	After you select this check box, it is disabled. All the other fields are also disabled after you provide values.
Author Name	Character	The first and last name of the Security User who created the Recommendation.	This field is populated with the name of the user who was logged in while creating the Recommendation.
Business Impact	Character	The impact to the business if the recommended action is performed.	This field appears as a list that is populated by the MI_BUSINESS_IMPACT System Code Table. You can choose from the following baseline values: Facility Shutdown (FACILITY SHUTDOWN) Facility Slowdown (FACILITY SLOWDOWN) Unit Shutdown (UNIT SHUTDOWN) Unit Slowdown (UNIT SLOWDOWN) System Shutdown (SYSTEM SHUTDOWN) System Slowdown (SYSTEM SLOWDOWN)
Calibration Recommendation Basis	Character	The basis for the Recommendation.	This field is populated automatically with the value stored in the Event ID field in the existing calibration event.
Calibration Type	Character	The type of the Calibration that you have performed.	This field is disabled and populated with the value in the Calibration Type field in the Calibration.
Completed Date	Date	The date on which the recommended action was performed.	This field contains a button, which you can select to access the Calendar feature.
Completion Comments	Character	Comments on how the recommended action has been completed.	You can enter a value manually.
Create Work Request?	Boolean	Specifies whether a work request should be created in an external EAM system when this Recommendation is saved (e.g., using functionality provided with the SAP Interfaces, Oracle EBS EAM Interfaces, and Maximo Interfaces).	You can select the check box if you want a work request to be created in an external EAM system.
Creation Date	Date	The date on which the Recommendation was created.	This field is disabled and populated with the date on which the Recommendation is created.
Days Before Due Date to be Notified	Numeric	The number of days before the Target Completion Date that an email notification must be sent to the user selected in the Assigned To Name field.	This field appears in the Alert datasheet. This field is required when the Alert Assignee When Due check box is selected.
Equipment ID	Character	The Asset that is associated with the Calibration for which you are proposing the Recommendation.	This field is disabled and populated with the value stored in the Equipment ID field in the Calibration datasheet.
Final Approver Name	Character	The name of the user who must grant the final approval for the Recommendation.	You can select a user from the list.
Final State Lock	Boolean	Indicates whether the Recommendation fields should be disabled from modifying.	When you select this check box, all the fields in the Recommendation are disabled.
Frequency of Alert After Due Date	Numeric	Specifies how often email messages will be sent after the completion date has passed.	You can choose any of the following options: Never Daily Weekly Monthly Yearly This field appears in the Alert datasheet. This field is required when the Alert Assignee When Due check box is selected.
Functional Location ID	Character	The Functional Location that is associated with the Calibration for which you are proposing the Recommendation.	This field is disabled and populated with the value stored in the Functional Location ID field in the Calibration datasheet.
Implementation Alert Text	Character	The text that will be included in the email notification sent to the approver.	This field appears in the Alert datasheet.
Implemented Date	Date	The date on which the recommended action has been implemented.	This field contains a button, which you can select to access the Calendar feature.
Insert Units	Character	The units of the interval at which an email notification is to be sent to the assignee.	For example, if the value in this field is Days, and if the value in the Interval field is 4, then an email notification is sent to the assignee every four days. This field appears in the Alert datasheet.
Interval	Numeric	The interval at which an email alert has to be sent to the assignee.	For example, if the value in this field is 4, and if the value in the Interval Units field is Days, then an email notification is sent to the assignee every four days. This field appears in the Alert datasheet.
Mandatory Date	Date	The date by which the recommended action must be completed if it was not completed by the target completion date.	This field contains a button, which you can select to access the Calendar feature.
Reevaluate?	Boolean	Indicates whether you want to reevaluate the Recommendation.	This field appears in the Alert datasheet.
Reevaluation Alert Body Text	Character	The text that will be included in the reevaluation email message.	This filed appears in the Alert datasheet. This field is enabled only when the Reevaluate? check box is selected.
Reevaluation Date	Date	The date on which a reevaluation email message will be sent to the users selected in the Reevaluation Notification List field.	This field appears in the Alert datasheet. This field is required when the Reevaluate? check box is selected.
Reevaluation Notification List	Character	The users to whom the reevaluation email message will be sent.	This field appears in the Alert datasheet. This field is enabled and is required when the Reevaluate? check box is selected.
Recommendation Description	Character	A description of the Recommendation.	You can enter a value manually.
Recommendation Headline	Character	A short description of the Recommendation.	If you select the Alert Assignee When Due check box, the value that you provide in the Recommendation Headline field becomes the subject of the alert email.
Recommendation ID	Character	The ID for the Recommendation	This value must be unique.
Recommendation Priority	Character	The priority of the recommended action.	This field appears as a list that is populated by the MI_PRIORITY System Code Table. You can choose from the following baseline values: High (HIGH) Medium (MEDIUM) Low (LOW)
Required Equipment Status	Character	The state in which the asset should exist before performing the recommended action against it.	This field appears as a list that is populated by the MI_STATUS System Code Table. You can choose from the following baseline values: On-line (ON-LINE) Off-line (OFF-LINE) Not Applicable (N/A)
Reviewer Name	Character	The name of the user who will review the Recommendation.	You can select a user from the list.
Status	Character	The status of the Recommendation.	This field contains a list of the following states: Created Pending Review Reviewed Rejected Cancelled Superseded
Target Completion Date	Date	The date by which the recommended action should be completed.	This field contains a button, which you can select to access the Calendar feature.
Technical Number	Character	The technical number of the Recommendation.	This field is disabled.
Work Request Equipment	Character	The ID of the external asset that is associated with the external work request that was created from this Recommendation (e.g., using functionality provided with the SAP Interfaces, Oracle EBS eAM Interfaces, and Maximo Interfaces).	This field is disabled and populated after the external work request is created.
Work Request Functional Location	Character	The ID of the external location that is associated with the external work request that was created from this Recommendation (e.g., using functionality provided with the SAP Interfaces, Oracle EBS eAM Interfaces, and Maximo Interfaces).	This field is disabled and populated after the external work request is created.
Work Request Reference	Character	The ID of the external work request that was created from this Recommendation(e.g., using functionality provided with the SAP Interfaces, Oracle EBS EAM Interfaces, and Maximo Interfaces).	This field is disabled and populated after the SAP Notification or Oracle EBS EAM Work Request is created.

Standard Gas Component Records

Standard Gas Component records store details about a gas component that is part of a standard gas cylinder.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

This topic provides an alphabetical list and description of the fields that exist for the Standard Gas Component family. The information in the table reflects the baseline state and behavior of these fields.


Field	Data Type	Description	Behavior and Usage
Analytical Result	Numeric	The concentration of the component as found by third party verification.	This value must fall within the tolerance that you have specified for the value in the Requested field. For example, consider the following values: Requested = 60 ppm Tolerance = 1 ppm Then, the value in the Analytical Result must fall between 59 ppm and 61 ppm. Otherwise, an error message appears.
Balance	Boolean	Indicates whether the component is the balance component.	You can select only one component as balance among all the components in the cylinder.
Component	Character	The name of the component.	This field appears as a list that is populated by the MI_CHEMICAL_COMPONENTS System Code Table. The component that you select must be unique among the ones linked to the same Standard Gas Cylinder.
Cylinder ID	Character	The ID of the Standard Gas Cylinder record that is linked to this Standard Gas Component record.	This field is disabled and populated.
Requested	Character	The concentration of the component that has been requested.	You can enter a value manually.
Tolerance	Numeric	The percentage of variation from the specified value of the composition of the component.	You can enter a value manually.
Units	Character	The units of measure for the composition of the component.	Select from the list of values that have been specified in the system code table.

Standard Gas Cylinder Records

Standard Gas Cylinder records store details about a gas cylinder of known components that is used to calibrate a device.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

The following table provides an alphabetical list and description of the fields that exist for the Standard Gas Cylinder family. The information in the table reflects the baseline state and behavior of these fields.


Field	Data Type	Description	Behavior and Usage
Actual Sample Volume	Numeric	The volume of the sample in the cylinder.	You can enter a value manually.
Cylinder Connection Number	Character	A number that represents the cylinder connection specification as per standards.	This field appears as a list that is populated by the MI_GAS _CYLINDER_CONNECTION_NUMBER System Code Table.
Cylinder Description	Character	A description of the cylinder.	You can enter a description of the cylinder.
Cylinder Identification Number	Character	The ID of the cylinder.	You can enter a value manually. This field is required.
Cylinder Manufacturer	Character	The manufacturer of the cylinder.	You can enter a value manually.
Cylinder Owner	Character	The person who is responsible for the cylinder.	You can enter a value manually.
Cylinder Size	Character	The size specifications of the cylinder.	This field contains a list of specifications from which you can select the appropriate size. This field appears as a list that is populated by the MI_GAS_CYLINDER_SIZE System Code Table.
Cylinder Type	Character	The type of the cylinder.	This field appears as a list that is populated by the MI_GAS_CYLINDER_TYPE System Code Table.This field contains a list of types from which you can select the appropriate Calibration type.
Expiration Date	Date	The date on which the cylinder can no longer be used.	You must select a date using the calendar.
In Service Date	Date	The date on which the cylinder became available for use.	You must select a date using the calendar.
Laboratory Number	Character	The number assigned to the cylinder for testing in a laboratory.	You can enter a value manually.
Min Cylinder Pressure	Character	The minimum acceptable pressure that must be maintained in the cylinder.	You can enter a value manually.

Test Equipment History Records

Test Equipment History records store details about the certification history of a piece of test equipment.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

The following table provides an alphabetical list and description of the fields that exist for the Test Equipment History family and appear on the Test Equipment History datasheet by default. The information in the table reflects the baseline state and behavior of these fields.


Field	Data Type	Description	Behavior and Usage
Certification Date	Date	The date on which that the test equipment was certified.	This field is required. You must select a date using the calendar. After the Test Equipment History is saved, this field is disabled. The Last Certification Date field of the Test Equipment is populated with the latest of the certification dates of all the Test Equipment Histories linked to the test equipment.
Certification Number	Character	The certification number that is assigned to the test equipment by the certification organization identified in the Supplier field.	This field is required. After the Test Equipment History is saved, this field is disabled.
Entered By	Character	The user ID of the Security User who created the Test Equipment History.	This field is disabled and populated with the user ID of the Security User who was logged in when the Test Equipment History was created.
Supplier	Character	The third party organization that certified the piece of test equipment.	This field is required. After the Test Equipment History is saved, this field is disabled.

Test Equipment Records

Test Equipment records store details about a piece of test equipment that is used to perform calibrations.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

This topic provides an alphabetical list and description of the fields that exist for the Test Equipment family and appear on the datasheet by default. The information in the table reflects the baseline state and behavior of these fields.


Field	Data Type	Description	Behavior and Usage
Assigned To	Character	The person to which the test equipment is assigned. In other words, the person who is responsible for the test equipment.	You can define this field manually.
Category	Character	The category of the test equipment.	You can define this field manually.
Certification Due	Date	The date on which certification is due for the test equipment.	This field is disabled and populated with the value calculated as follows: Certification Due = Last Certification Date + Certification Interval
Certification Interval	Numeric	A number that, along with the unit of measure stored in the Certification Units field, represents the amount of time that is required between certifications.	This field is populated with 1 by default.
Certification Status	Character	A value that indicates whether or not the test equipment is currently certified.	This field is disabled. If the date stored in the Certification Due field has passed, this field is populated with the value Out of Cert to indicate that the test equipment is no longer certified. Otherwise, this field is populated with the value Certified.
Certification Supplier is ISO/IEC 17025 Certified	Character	Indicates that the organization that certified the device uses a work process that is in compliance with the certification standard ISO/IEC 17025.	You can define this field manually.
Certification Units	Character	The time unit associated with the certification interval identified in the Certification Interval field.	This field contains the following options: Minutes Hours Days Weeks Months Years This field is populated with the value Years by default.
Check Interval	Numeric	A number that, along with the unit of measure stored in the Check Interval Units field, represents the amount of time that is required between test equipment checks.	You must type a numeric value into this field. Otherwise, an error message will appear.
Check Interval Units	Character	The time unit associated with the check interval identified in the Check Interval field.	This field contains the following options: Minutes Hours Days Weeks Months Years This field is populated with the value Years by default.
Class	Character	The class of the test equipment.	You can define this field manually.
Description	Character	A description of the test equipment.	You can define this field manually.
Equipment ID	Character	The ID of the test equipment.	On the datasheet, this field appears as a text box labeled Test Equipment ID. This field is required and must be unique.
Last Certification Date	Date	The most recent date on which the test equipment was certified.	This field is populated with the latest of the certification dates of all the Test Equipment History records linked to the test equipment.
Last Check Date	Date	The most recent date on which the test equipment was checked.	You must select a date using the calendar.
Maintenance Plant	Character	The plant to which the test equipment is assigned. In other words, the plant where the test equipment is located.	You can define this field manually.
Manufacturer	Character	The manufacturer of the test equipment.	This field is required.
Model Number	Character	The model number of the test equipment.	This field is required.
Next Certification	Date	The date on which the next certification of the test equipment is due.	This field is disabled and populated with the next certification date. This value is calculated by adding the value stored in the Certification Interval field to the value stored in the Last Certification Date field. For example, if the Last Certification Date field contains the date 4/1/2015, the Certification Interval field contains the value 1, and the Certification Units field contains the value Years, the value stored in the Next Certification field will be 4/1/2016.
NIST Traceability Required	Character	Indicates that the test equipment performs calibrations using a standard that can be traced back to a valid standard with regards to the National Institute of Standards and Technology (NIST).	You can define this field manually.
Purchase Date	Date	The date on which the test equipment was purchased.	You must select a date using the calendar.
Purchase Order Number	Character	The order number that was used to purchase the test equipment.	You can define this field manually.
Serial Number	Character	The serial number of the test equipment.	This field is required.
Test Equipment ID	Character	The ID for the test equipment.	This field is required and must be unique.
Type	Character	The type of test equipment.	You can define this field manually.
Vendor	Character	The vendor from which the test equipment was purchased.	You can define this field manually.

Instrumentation System Records

The Instrumentation System records store information about the fields that are defined in the Instrumentation System family in the baseline APM database. This topic provides an alphabetic list and description of the fields that exist for the Instrumentation System family and appear on the Instrumentation System datasheet. The information in the table reflects the baseline state and behavior of these fields.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Asset ID	Character	Instrumentation System Asset ID	This field displays the ID of the asset linked to the Instrumentation System. An asset can be either Equipment or Functional Location. This field is disabled after the record is saved.
Asset Key	Character	Instrumentation System Asset Key	This field stores the asset key linked to the Instrumentation System. An asset can be either Equipment or Functional Location. This field is not on the datasheet and is disabled by default.
Description	String	Instrumentation System Description	This field is used to provide additional description about the Instrumentation System record.
Instrumentation ID	Character	Unique name of Instrumentation System	This is a mandatory field and should be unique.

Calibration, Summary Event Records

Calibration, Summary Event records store information about the fields that are defined in the Calibration, Summary Event family in the baseline APM database. This topic describes the fields that appear on the Calibration, Summary Event datasheet. The information in the table reflects the baseline state and behavior of these fields. Refer to the Calibration Records section for other fields that are not listed here.

This family is enabled for site filtering, which means that records in this family can be assigned to a specific site and will only be accessible to users who are assigned to the same site and have the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.


Field	Data Type	Description	Behavior and Usage
Asset ID	Character	Instrumentation System Asset ID	This field displays the ID of the asset linked to the Instrumentation System. The asset can be either Equipment or Functional Location. This is a read-only field.
Calibration Template ID	Character	Calibration Template linked to the Instrumentation System’s asset.	This field is used to provide calibration steps to create a Summary Event. This field is read-only and is not a mandatory field.
Calibration Task ID	Character	Calibration Task linked to the Instrumentation System’s asset.	This field is used to indicate the Calibration Task that is linked to the Instrumentation System’s asset. This field is read-only and is not a mandatory field.
Ad-Hoc Calibration	Boolean	Indicates that the calibration is performed on the asset that needs to be calibrated outside of its calibration schedule. For example, suppose an asset has an annual calibration task in January. If the asset needs repair or replacement during the year, the asset should be calibrated after it is repaired or replaced. An ad-hoc calibration is performed in this scenario.	By default, this check box is cleared. If you select this check box, the associated Calibration Task is not recycled after you perform the calibration.
Overall AF Pass/Fail	Character	A value that indicates whether the calibration has passed or failed based on Overall AF Pass/Fail values of the underlying child calibration events.	This field is used to indicate the Calibration Result of the Instrumentation System. This is a read-only field. This field is set to PASS if the Overall AF Pass/Fail for all the child events is set to PASS. This field is set to FAIL if the Overall AF Pass/Fail for any of the child events is set to FAIL.
Overall AL Pass/Fail	Character	A value that indicates whether the calibration has passed or failed based on the Overall AL Pass/Fail values of the underlying child calibration events.	This field is used to indicate the Calibration Result of the Instrumentation System. This is a read-only field. This field is set to PASS if the Overall AL Pass/Fail for all child events is set to PASS. This field is set to FAIL if the Overall AL Pass/Fail of any of the child events is set to FAIL.

Calibration Task Scope Records

Calibration Task Scope records stores information about the defined task scope of an Instrumentation System’s Calibration Task. One Instrumentation System can have one or more Calibration Tasks and each task is linked to a Calibration Task Scope record.

Calibration Task Scope records are not displayed to users. These records are maintained in the backend to track the task scope of the Calibration Task in an Instrumentation System.

This family is not enabled for site filtering, which means that records in this family can be accessed by any user with the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

The following fields are associated with this record.


Field	Data Type	Description	Behavior and Usage
Calibration Task Scope ID	Character	A unique ID to maintain the task scope records.	N/A
Calibration Summary Event Key	Character	Stores the entity key of the Calibration, Summary Event record, which is linked to the Instrumentation System’s parent asset.	N/A
Calibration Task Scope Status	Boolean	Stores either Y or N to indicate whether the current task scope is in active state.	This field is set to Y when the task scope is created, and N when the Calibration Task is recycled. On recycling the task, a new task scope record is created.
Scope Created Date	Date Time	Sets the current date and time when the task scope record is created,	N/A
Scope Closed Date	Date Time	Sets the current date and time when the Calibration Task is recycled.	N/A

Calibration Task Scope Detail Records

The Calibration Task Scope Detail records store child assets, their applied templates, and calibration event key values to indicate that they are part of the current task scope. A record is created when you select the templates and save the task scope of the selected Calibration Task.

Calibration Task Scope Detail records are not displayed to users. These records are maintained in the backend to track the task scope details of the Calibration Task in an Instrumentation System.

This family is not enabled for site filtering, which means that records in this family can be accessed by any user with the appropriate license and family privileges. For more information, refer to the Sites section of the documentation.

The following fields are associated with this record.


Field	Data Type	Description	Behavior and Usage
Asset Key	Character	Entity key of the child asset.	Entity key of the child asset stored in the current task scope defined for the Calibration Task. When the asset is removed from Instrumentation System, the complete record where this Asset Key is present is removed from the Calibration Task Scope Detail table.
Template Key	Character	Stores the entity key of the Calibration, Summary Event record, which is linked to the Instrumentation System’s parent asset.	Entity key of the calibration template linked to the child asset. This key is stored in the current task scope defined for the Calibration Task. This field is cleared from the Calibration Task Scope Detail table when you clear this template from the task scope.
Event Key	Character	Stores either Y or N to indicate whether the current task scope is in active state.	Entity key of the Calibration Event linked to the child asset. This key is stored in the current task scope defined for the Calibration Task. This field is cleared from the Calibration Task Scope Detail table when you remove the asset or delete this calibration event.

Instrumentation System Relationship Families

Instrumentation System is an Asset


Predecessor	Successor	Cardinality Ratio
Instrumentation System	Equipment or Functional Location	1 : 1

Instrumentation System has Assets


Predecessor	Successor	Cardinality Ratio
Instrumentation System	Equipment or Functional Location	N : N

Calibration Task has Scope


Predecessor	Successor	Cardinality Ratio
Calibration Task	Calibration Task Scope	1 : N

Calibration Task Scope has Details


Predecessor	Successor	Cardinality Ratio
Calibration Task Scope	Calibration Task Scope Details	1 : N

Calibration Event has Child Events


Predecessor	Successor	Cardinality Ratio
Calibration, Summary Event	Calibration, Analog	1 : N
Calibration, Summary Event	Calibration, Discrete	1 : N
Calibration, Summary Event	Calibration, Functional Test	1 : N
Calibration, Summary Event	Calibration, Single Component	1 : N
Calibration, Summary Event	Calibration, Multi Component	1 : N
Calibration, Summary Event	Calibration, Weight Scale	1 : N
Calibration, Summary Event	Calibration, CMX	1 : N