Work Order Tracking / (CM) / (HSE) / (Tr) - Data Sheet tab

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Attributes

Tab / Table / Section	Attribute	Remarks
Data Sheet		Tab
	Parent WO	Parent of the work order shown in the Work Order field. When this field is blank, the work order in the Work Order field is a top-level work order. To assign a work order to a parent, select Assign to New Parent from the Select Action menu.
Data Sheet > Associated Data Sheets		Table with "New Row" button. "Mark Row for Delete" icon is available row.
Data Sheet > Associated Data Sheets >Details		Section
	Data Sheet	Identifier of the selected data sheet.
	Asset	Asset Number
	Location	Enter or select the location this data sheet is associated with. This is used for loop calibrations.
	Tag Location	Defines the location number of the associated Tag ID Location record.
	Revision	Revision Number of the current datasheet
	Certificate Number	Enter the certificate number received when an instrument was calibrated off-site.
	Required	When selected, all as found and as left data must be entered before the work order can be set to CLOSED or COMPLETE.
Barometric Pressure > Uncertainty Data		Section
	System ID	Enter a description of the external measurement system.
	k-Factor	The uncertainty coverage factor of the asset. The value k is based on the required level of confidence to be associated with the interval level that is defined. Typically, k is in the range 2 - 3.
	Confidence Level	Indicates the level of confidence in the uncertainty data. Certified calibration standards typically apply a confidence level of 95% to a coverage factor of 2. Specify a value from the Select Value menu.
	Guardband Method	A method that calculates the reliability of the calibration. Enter a value or specify a value from the Select Value menu.
	Guardband Factor	Safety factors subtracted from or added to the tolerance limits. The safety factor depends on the relative importance of the product failing and costing money to correct.
	Certification Interval	The frequency of the uncertainty interval. Enter a value and specify the unit. For example, the Certification Interval is 1 and Units is MONTHS.
	Units	The unit of time of the uncertainty interval. Specify the value from the Select Value menu. For example, the Certification Interval is 1 and Units is MONTHS.
Data Sheet > Associated Data Sheets > Environmental Conditions		Section
	Temperature	The environmental temperature at the time of calibration. Temperature consists of a numeric value field and a units field.
	Units	The environmental temperature at the time of calibration. Temperature consists of a numeric value field and a units field.
	Humidity	The environmental humidity at the time of calibration. Humidity consists of a numeric value field and a units field.
	Units	The environmental humidity at the time of calibration. Humidity consists of a numeric value field and a units field.
	Barometric Pressure	The environmental barometric pressure at the time of calibration. Barometric Pressure consists of a numeric value field and a units field.
	Units	Environmental Condition - Barometric Pressure Engineering Units
Data Sheet > Associated Data Sheets > As Found Status		Section
	Status	The As Found status for the associated data sheet.
	Comments	Additional comments for the As Found status. Click Long Description if you need to enter more details.
Data Sheet > Associated Data Sheets > As Left Status		Section
	Status	The As Left status for the associated data sheet.
	Comments	Additional comments for the As Left status. Click Long Description if you need to enter more details.
Data Sheet > Asset Functions		Table
Data Sheet > Asset Functions > Asset Function		Section
	Asset Function	Asset Function Number
	Calibration Point?	When selected, indicates that this asset function has calibration points. The Function Check, Dynamic Check, and Calibration Points fields are mutually exclusive.
	Function Checks?	An additional informational check point that is required to calibrate an instrument. The options are either pass or fail. When selected, the asset function is for a functional check. The Function Check, Dynamic Check, and Calibration Points fields are mutually exclusive.
	Dynamic Checks?	Additional informational data of the instrument being calibrated. A dynamic check point does not affect the calibration of an instrument. When selected, the asset function is for a dynamic check. The Function Check, Dynamic Check, and Calibration Points fields are mutually exclusive.
	Type	Indicates if the asset function type is ANALOG or DISCRETE. Dependent upon the asset function type being ANALOG or DISCRETE, the appropriate fields in the Asset Functions table window are either enabled or disabled for the type of asset specified.
	Repeatable?	When selected, indicates that the calibration point is repeatable on the work order data sheet. The number of times the calibration point is repeated is set by the Repeat Value field.
	Technician can Insert Points?	Indicates if the field technician can insert calibration point row(s) to a asset function while performing a calibration.
	Manual	When selected, indiates that this asset function has manual calibration points. You can then enter values in the Input and Output fields. Tolerance limits are already configured and are absolute.
	Non-Linear?	When selected, indicates that the formula calculation used is for non-linear instruments.
	No AdjustmentLimit?	No Adjust Made
Data Sheet > Asset Functions > Uncertainty Data		Section
	k-Factor	The uncertainty coverage factor of the asset. The value k is based on the required level of confidence to be associated with the interval level that is defined. Typically, k is in the range 2 - 3.
	Confidence Level	Indicates the level of confidence in the uncertainty data. Certified calibration standards typically apply a confidence level of 95% to a coverage factor of 2. Specify a value from the Select Value menu.
	TUR	Test Uncertainty Ratio is the comparison between the accuracy of the Unit Under Test (UUT) and the estimated calibration uncertainty. For example 1:1, 4:1, 10:1
	Guardband Method	A method that calculates the reliability of the calibration. Enter a value or specify a value from the Select Value menu.
	Guardband Factor	Safety factors subtracted from or added to the tolerance limits. The safety factor depends on the relative importance of the product failing and costing money to correct.
	Certification Interval	The frequency of the uncertainty interval. Enter a value and specify the unit. For example, the Certification Interval is 1 and Units is MONTHS.
	Units	The unit of time of the uncertainty interval. Specify the value from the Select Value menu. For example, the Certification Interval is 1 and Units is MONTHS.
	Combined Std Uncertainty	The estimated standard deviation of the result.
	Calibration Function	An equation used to define the true value based on the measured value.
	Function Uncertainty	Time of Test related to the Calibration Function.
Data Sheet > Asset Functions > Input Information		Section
	Tolerance on Input?	When selected, (default) indicates that the tolerance calculations are based on the input range. When cleared, the tolerance calculations are based on the output range.
	Min Field Resolution	Indicates the minimum number of decimal places required for a numeric field value. Calculations performed in Maximo for input and output functions will be performed to the specified resolution. Note: Minimum field resolution is not applied to all fields.
	Input Range From	The lower range of the nominal input value of the asset. This value is required for analog asset functions. For example, a pressure transmitter that is calibrated to measure 100 - 300 psi. The Input Range From is 100.
	To	The upper range of the nominal input value of the asset. This field is a required field for analog asset functions. For example, a pressure transmitter that is calibrated to measure 100 - 300 psi. The input range To is 300.
	Units	The Engineering Units used to express the value of the input range. Click Select Value to select a value from the list.
	Input Limits Clipped?	Indicates if the input range is limited to the defined (e.g. Input From/To) lower and upper input values of the asset function. The lower and upper input values are the values in the Input range From field and To field.For Example, the lower and upper input values are 100.000 to 300.000.If the nominal input value is less than 100.000 or greater than 300.000 then an error message is displayed.
	Range Limit From	The lower range limit of an asset. The input values of an asset added to a work order data sheet must be within a specified range. The value must be less than or equal to 0. For example, if a range limit is -3 to 3 EU, then the input of 100 psi from a pressure transmitter accepts values 97 - 103.
	To	The upper range limit of an asset. The input values of an asset added to a work order data sheet must be within a specified range. The value must be greater than or equal to 0. For example, if a range limit is -3 to 3 EU, then the input of 100 psi from a pressure transmitter accepts values 97 - 103.
	As	Indicates the range on nominal's tolerance type.
Data Sheet > Asset Functions > Output Information		Section
	Tolerance on Output?	When selected, indicates that the tolerance calculations are based on the output range. When cleared (default), the tolerance calculations are based on the input range.
	Min Field Resolution	Indicates the minimum number of decimal places required for a numeric field value. Calculations performed in Maximo for input and output functions will be performed to the specified resolution. Note: Minimum field resolution is not applied to all fields.
	Output Range From	The lower range of the output value of the asset. This value is required for analog asset functions. For example, a pressure transmitter that is calibrated to generate an output of 4-20 milliamps (mA) for an input range of 100 - 300 psi. The Output Range From is 4.
	To	The upper range of the output value of the asset. This value is required for analog asset functions. For example, a pressure transmitter that is calibrated to generate an output of 4-20 milliamps (mA) for an input range of 100 - 300 psi. The output range To is 20.
	Units	The Engineering Units used to express the value of the output range. Click Select Value to select a value from the list.
	Output Limits Clipped?	This check box indicates if range on nominal and tolerance upper and lower limit values for analog functions are clipped (limited) to the lower and upper input and output calibrated range of the asset function.
	Square Root of Input?	When selected, analog asset functions that measure differential pressure are calibrated.
	Reverse Flow?	When selected, the formula calculation used to determine the tolerance limits is squared.
	Process Units	Defines the engineering units used for reporting calibration error. Click Select Value to select a value from the list.
	Scaling Factor	The conversion factor from output engineering units to units you specify. For example, an I/P converter represents a temperature signal (current and pneumatic pressure). You want to show the error in temperature engineering units (Celsius or Fahrenheit).
Data Sheet > Asset Functions > Tolerance 1		section
	Description	Enter a description or comment about the Tolerance 1 range limit sets.
	Single From	The lower range of the input value that determines the tolerance limit. The value must be less than or equal to 0. If you specify a single tolerance limit, the Summed EU, %Span, %URV, and %Reading fields are read-only.
	To	The upper range of the input value that determines the tolerance limit. The value must be greater than or equal to 0. If you specify a single tolerance limit, the Summed EU, %Span, %URV, and %Reading fields are read-only.
	As	Indicates the tolerance's tolerance type.
	Status when Exceeded	Indicates the user specified calibration status when a tolerance is exceeded.
	Summed EU +	An engineering unit is a specific calibration formula that calculates tolerance limits. Summed EU is a combination of EU, %Span, %URV, and %Reading to determine the tolerance level.
	%Span +	The %Span is a specific calibration formula that calculates tolerance limits.
	%URV +	The %URV is a specific calibration formula that calculates tolerance limits.
	%Reading	The %Reading is a specific calibration formula that calculates tolerance limits.
	Applied As	Indicates how you want to apply the summed tolerance range on either side of the specified value. Click Select Value to select a value from the list.
	Guardband Tolerance From	The lower range of the input value that determines the guardband tolerance limit. The guardband tolerance values are added to or subtracted from the Single or Summed tolerance values and used to determine the tolerance levels.
	To	The upper range of the input value that determines the guardband tolerance limit. The guardband tolerance values are added to or subtracted from the Single or Summed tolerance values and used to determine the tolerance levels.
	Applied As	The polarity of the guardband tolerances. The values are + and -.
Data Sheet > Asset Functions > Tolerance 2		Section
	Description	Enter a description or comment about the Tolerance 2 range limit sets.
	Single From	The lower range of the input value that determines the tolerance limit. The value must be less than or equal to 0. If you specify a single tolerance limit, the Summed EU, %Span, %URV, and %Reading fields are read-only.
	To	The upper range of the input value that determines the tolerance limit. The value must be greater than or equal to 0. If you specify a single tolerance limit, the Summed EU, %Span, %URV, and %Reading fields are read-only.
	As	Indicates the tolerance's tolerance type.
	Status when Exceeded	Indicates the user specified calibration status when a tolerance is exceeded.
	Summed EU +	An engineering unit is a specific calibration formula that calculates tolerance limits. Summed EU is a combination of EU, %Span, %URV, and %Reading to determine the tolerance level.
	%Span +	The %Span is a specific calibration formula that calculates tolerance limits.
	%URV +	The %URV is a specific calibration formula that calculates tolerance limits.
	%Reading	The %Reading is a specific calibration formula that calculates tolerance limits.
	Applied As	Indicates how you want to apply the summed tolerance range on either side of the specified value. Click Select Value to select a value from the list.
	Guardband Tolerance From	The lower range of the input value that determines the guardband tolerance limit. The guardband tolerance values are added to or subtracted from the Single or Summed tolerance values and used to determine the tolerance levels.
	To	The upper range of the input value that determines the guardband tolerance limit. The guardband tolerance values are added to or subtracted from the Single or Summed tolerance values and used to determine the tolerance levels.
	Applied As	The polarity of the guardband tolerances. The values are + and -.
Data Sheet > Asset Functions > Tolerance 3		section
	Description	Enter a description or comment about the Tolerance 3 range limit sets.
	Single From	The lower range of the input value that determines the tolerance limit. The value must be less than or equal to 0. If you specify a single tolerance limit, the Summed EU, %Span, %URV, and %Reading fields are read-only.
	To	The upper range of the input value that determines the tolerance limit. The value must be greater than or equal to 0. If you specify a single tolerance limit, the Summed EU, %Span, %URV, and %Reading fields are read-only.
	As	Indicates the tolerance's tolerance type.
	Status when Exceeded	Indicates the user specified calibration status when a tolerance is exceeded.
	Summed EU +	An engineering unit is a specific calibration formula that calculates tolerance limits. Summed EU is a combination of EU, %Span, %URV, and %Reading to determine the tolerance level.
	%Span +	The %Span is a specific calibration formula that calculates tolerance limits.
	%URV +	The %URV is a specific calibration formula that calculates tolerance limits.
	%Reading	The %Reading is a specific calibration formula that calculates tolerance limits.
	Applied As	Indicates how you want to apply the summed tolerance range on either side of the specified value. Click Select Value to select a value from the list.
	Guardband Tolerance From	The lower range of the input value that determines the guardband tolerance limit. The guardband tolerance values are added to or subtracted from the Single or Summed tolerance values and used to determine the tolerance levels.
	To	The upper range of the input value that determines the guardband tolerance limit. The guardband tolerance values are added to or subtracted from the Single or Summed tolerance values and used to determine the tolerance levels.
	Applied As	The polarity of the guardband tolerances. The values are + and -.
Data Sheet > Asset Functions > Tolerance 4		section
	Description	Enter a description or comment about the Tolerance 4 range limit sets.
	Single From	The lower range of the input value that determines the tolerance limit. The value must be less than or equal to 0. If you specify a single tolerance limit, the Summed EU, %Span, %URV, and %Reading fields are read-only.
	To	The upper range of the input value that determines the tolerance limit. The value must be greater than or equal to 0. If you specify a single tolerance limit, the Summed EU, %Span, %URV, and %Reading fields are read-only.
	As	Indicates the tolerance's tolerance type.
	Status when Exceeded	Indicates the user specified calibration status when a tolerance is exceeded.
	Summed EU +	An engineering unit is a specific calibration formula that calculates tolerance limits. Summed EU is a combination of EU, %Span, %URV, and %Reading to determine the tolerance level.
	%Span +	The %Span is a specific calibration formula that calculates tolerance limits.
	%URV +	The %URV is a specific calibration formula that calculates tolerance limits.
	%Reading	The %Reading is a specific calibration formula that calculates tolerance limits.
	Applied As	Indicates how you want to apply the summed tolerance range on either side of the specified value. Click Select Value to select a value from the list.
	Guardband Tolerance From	The lower range of the input value that determines the guardband tolerance limit. The guardband tolerance values are added to or subtracted from the Single or Summed tolerance values and used to determine the tolerance levels.
	To	The upper range of the input value that determines the guardband tolerance limit. The guardband tolerance values are added to or subtracted from the Single or Summed tolerance values and used to determine the tolerance levels.
	Applied As	The polarity of the guardband tolerances. The values are + and -.
Data Sheet > Asset Functions > As Found Status		Section
	Status	As Found Calibration Status
	Comments	As Found Comments
Data Sheet > Asset Functions > As Left Status		Section
	Status	As Left Calibration Status
	Comments	As Left Comments
Data Sheet > Calibration Points		Tab
Data Sheet > Calibration Points > Calibration Points		Table with "New Row" button.
	Calibration Point	The user entered reference number for the calibration requirement for each asset function.
	Asset Function	Asset Function Number
Data Sheet > Calibration Points > Calibration Points > Analog Point Information		Section
	Nominal Input	The user-specified input value for each analog calibration point. The nominal input value is based on the asset function Input Range From and To fields and the amount of calibration points. For example, a 3 calibration point check is defined at 20%, 50%, and 75%. The input range of 100 psi to 300 psi results in the calibration of the instrument at 60 psi, 150 psi, and 225 psi.
	Desired Output	Desired output is the result that you want to occur for an input value. For example, for an input of 0 psi, the output result you want is 4 mA. This value is a calculation based on the nominal input value.
	Direction	Direction
	Range Limit From	The lower range of the nominal input value
	To	The upper range of the nominal input value
	As	Indicates the range on nominal's tolerance type.
	Units	Instrument Calibration Range Engineering Units
	Units	Instrument Output Range Engineering Units
Data Sheet > Calibration Points > Calibration Points > Discrete Point Information		Section
	Set Point	The input value at which a discrete device activates.
	Switch Action	The wanted behavior of the discrete device, such as a switch that turns on or off at the specified set point.
	Set Point Adjustment	When selected, the Set Point field on the work order data sheet can be edited. Select this to allow deadband adjustments.
	Units	Instrument Calibration Range Engineering Units
Data Sheet > Calibration Points > Calibration Points > As Found Values		Section
	Input	The input value before the asset is adjusted. All As Found data must be entered before a work order can be closed.
	Output	The output value before the asset is adjusted. All As Found data must be entered before a work order can be closed.
	Set Point	The set point value before the asset is adjusted.
	Set Point Action Switch Action	The wanted behavior of the discrete device, such as a switch that turns on or off at the specified set point.
	Units	Instrument Calibration Range Engineering Units
	Units	Instrument Output Range Engineering Units
	Units	Instrument Calibration Range Engineering Units
	Asset Error	The As Found output error for the calibration point of the asset being calibrated.
	Process Error	The As Found process error for the calibration point of the asset being calibrated. If the process error is not expressed in input or output units, you must enter a conversion factor in the Scaling Factor field to convert engineering units to user specified units.
	Units	Instrument Output Range Engineering Units
	Units	Process Error Engineering Units
Data Sheet > Calibration Points > Calibration Points > Uncertainty Data		Section
	Input Uncertainty	The uncertainty measurement input value.
	Units	The unit of measure of the uncertainty input.
	TUR	Test Uncertainty Ratio is the comparison between the accuracy of the Unit Under Test (UUT) and the estimated calibration uncertainty. For example 1:1, 4:1, 10:1
	Uncertainty Value	A value that is determined by statistical methods.
	Units	The unit of measure of the uncertainty value.
	Expected Drift	The expected calibration variation of the asset over a period of time.
	Units	The unit of measure of the expected drift.
Data Sheet > Calibration Points > Calibration Points > As Left Values		Section
	Input	The input value after the asset is adjusted. All As Left data must be entered before a work order can be closed.
	Output	The output value after the asset is adjusted. All As Left data must be entered before a work order can be closed.
	Set Point	The set point value after the asset is adjusted.
	Set Point Action Switch Action	The wanted behavior of the discrete device, such as a switch that turns on or off at the specified set point.
	Units	Instrument Calibration Range Engineering Units
	Units	Instrument Output Range Engineering Units
	Units	Instrument Calibration Range Engineering Units
	Asset Error	The As Left output error for the calibration point of the asset being calibrated.
	Process Error	The As Left process error for the calibration point of the asset being calibrated. If the process error is not expressed in input or output units, you must enter a conversion factor in the Scaling Factor field to convert engineering units to user specified units.
	Units	Instrument Output Range Engineering Units
	Units	Process Error Engineering Units
Data Sheet > Calibration Points > Calibration Points > As Found Response		Section
	Response	The As Found response value for an instrument.
	Units	Engineering units of the As Found response value.
Data Sheet > Calibration Points > Calibration Points > As Left Response		Section
	Response	As Left Response
	Units	Engineering units of the As Left response value.
Data Sheet > Calibration Points > Calibration Points > As Found Tolerances		Section
	Tolerance 1 From	The lower range of the As Found tolerance readings.
	To	For the tolerance 1, the upper range of the As Found tolerance readings.
	Error	For the tolerance 1, the As Found tolerance error for the calibration point of the asset being calibrated.
	Tolerance 2 From	The lower range of the As Found tolerance readings.
	To	For the tolerance 2, the upper range of the As Found tolerance readings.
	Error	For the tolerance 2, the As Found tolerance error for the calibration point of the asset being calibrated.
	Tolerance 3 From	The lower range of the As Found tolerance readings.
	To	For the tolerance 3, the upper range of the As Found tolerance readings.
	Error	For the tolerance 3, the As Found tolerance error for the calibration point of the asset being calibrated.
	Tolerance 4 From	The lower range of the As Found tolerance readings.
	To	For the tolerance 4, the upper range of the As Found tolerance readings.
	Error	For the tolerance 4, the As Found tolerance error for the calibration point of the asset being calibrated.
Data Sheet > Calibration Points > Calibration Points > As Left Tolerances		Section
	Tolerance 1 From	The lower range of the As Left tolerance readings.
	To	For the tolerance 1, the upper range of the As Left tolerance readings.
	Error	For the tolerance 1, the As Left tolerance error for the calibration point of the asset being calibrated.
	Tolerance 2 From	The lower range of the As Left tolerance readings.
	To	For the tolerance 2, the upper range of the As Left tolerance readings.
	Error	For the tolerance 2, the As Left tolerance error for the calibration point of the asset being calibrated.
	Tolerance 3 From	The lower range of the As Left tolerance readings.
	To	For the tolerance 3, the upper range of the As Left tolerance readings.
	Error	For the tolerance 3, the As Left tolerance error for the calibration point of the asset being calibrated.
	Tolerance 4 From	The lower range of the As Left tolerance readings.
	To	For the tolerance 4, the upper range of the As Left tolerance readings.
	Error	For the tolerance 4, the As Left tolerance error for the calibration point of the asset being calibrated.
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation		Tab
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation > Calibration Points		Table
	Calibration Point	Calibration Point
	Function	Asset Function Number
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation > Calibration Points > Analog Point Information		Section
	Nominal Input	The user-specified input value for each analog calibration point. The nominal input value is based on the asset function Input Range From and To fields and the amount of calibration points. For example, a 3 calibration point check is defined at 20%, 50%, and 75%. The input range of 100 psi to 300 psi results in the calibration of the instrument at 60 psi, 150 psi, and 225 psi.
	Desired Output	Desired output is the result that you want to occur for an input value. For example, for an input of 0 psi, the output result you want is 4 mA. This value is a calculation based on the nominal input value.
	Direction	Direction
	Range Limit From	ron1lower
	To	ron1upper
	As	Indicates the range on nominal's tolerance type.
	Units	Instrument Calibration Range Engineering Units
	Units	Instrument Output Range Engineering Units
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation > Calibration Points > Discrete Point Information		Section
	Set Point	The input value at which a discrete device activates.
	Set Point Action Switch Action	The wanted behavior of the discrete device, such as a switch that turns on or off at the specified set point.
	Set Point Adjustment	When selected, the Set Point field on the work order data sheet can be edited. Select this to allow deadband adjustments.
	Asset Function Calibration Range Engineering Units	Instrument Calibration Range Engineering Units
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation > Calibration Points > As Found Values		Section
	As Found Input	The input value before the asset is adjusted. All As Found data must be entered before a work order can be closed.
	As Found Output	The output value before the asset is adjusted. All As Found data must be entered before a work order can be closed.
	As Found Set Point	The set point value before the asset is adjusted.
	Set Point Action Switch Action	The wanted behavior of the discrete device, such as a switch that turns on or off at the specified set point.
	Asset Function Calibration Range Engineering Units	Instrument Calibration Range Engineering Units
	Asset Function Output Range Engineering Units	Instrument Output Range Engineering Units
	Asset Function Calibration Range Engineering Units	Instrument Calibration Range Engineering Units
	Input Standard Deviation	This calculated value is determined after all Calibration Point As Found Input data is entered.
	Output Standard Deviation	This calculated value is determined after all Calibration Point As Found Output data is entered.
	Set Point Standard Deviation	This calculated value is determined after all As Found Set Point data is entered.
	As Found Output Error	The As Found output error for the calibration point of the asset being calibrated.
	As Found pro Error	The As Found process error for the calibration point of the asset being calibrated. If the process error is not expressed in input or output units, you must enter a conversion factor in the Scaling Factor field to convert engineering units to user specified units.
	Asset Function Output Range Engineering Units	Instrument Output Range Engineering Units
	Process Engineering Units	Process Engineering Units
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation > Calibration Points > Uncertainty Data		Section
	Input Uncertainty	The uncertainty measurement input value.
	Units	The unit of measure of the uncertainty input.
	TUR	Test Uncertainty Ratio is the comparison between the accuracy of the Unit Under Test (UUT) and the estimated calibration uncertainty. For example 1:1, 4:1, 10:1
	Uncertainty Value	A value that is determined by statistical methods.
	Units	The unit of measure of the uncertainty value.
	Expected Drift	The expected calibration variation of the asset over a period of time.
	Units	The unit of measure of the expected drift.
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation > Calibration Points > As Left Values		Section
	As Left Input	The input value after the asset is adjusted. All As Left data must be entered before a work order can be closed.
	As Left Output	The output value after the asset is adjusted. All As Left data must be entered before a work order can be closed.
	As Left Set Point	The set point value after the asset is adjusted.
	Set Point Action Switch Action	The wanted behavior of the discrete device, such as a switch that turns on or off at the specified set point.
	Asset Function Calibration Range Engineering Units	Instrument Calibration Range Engineering Units
	Asset Function Output Range Engineering Units	Instrument Output Range Engineering Units
	Asset Function Calibration Range Engineering Units	Instrument Calibration Range Engineering Units
	Input Standard Deviation	This calculated value is determined after all As Left Input data is entered.
	Output Standard Deviation	This calculated value is determined after all As Left Output data is entered.
	Set Point Standard Deviation	This calculated value is determined after all As Left Set Point data is entered.
	As Left Output Error	The As Left output error for the calibration point of the asset being calibrated.
	As Left pro Error	The As Left process error for the calibration point of the asset being calibrated. If the process error is not expressed in input or output units, you must enter a conversion factor in the Scaling Factor field to convert engineering units to user specified units.
	Asset Function Output Range Engineering Units	Instrument Output Range Engineering Units
	Process Engineering Units	Process Engineering Units
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation > Calibration Points > As Found Response		Section
	As Found Response	The As Found response value for an instrument.
	As Found Response Engineering Units	Engineering units of the As Found response value.
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation > Calibration Points >As Left Response		Section
	As Left Response	As Left Response
	As Left Response Engineering Units	The As Left response value for an instrument.
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation > Calibration Points > As Found Tolerances		Section
	Tolerance 1 From	The lower range of As Found tolerance readings.
	To	For the tolerance 1, the upper range of As Found tolerance readings.
	Error	For the tolerance 1, the As Found tolerance error for the calibration point of the asset being calibrated.
	Tolerance 2 From	The lower range of As Found tolerance readings.
	To	For the tolerance 2, the upper range of As Found tolerance readings.
	Error	For the tolerance 2, the As Found tolerance error for the calibration point of the asset being calibrated.
	Tolerance 3 From	The lower range of As Found tolerance readings.
	To	For the tolerance 3, the upper range of As Found tolerance readings.
	Error	For the tolerance 3, the As Found tolerance error for the calibration point of the asset being calibrated.
	Tolerance 4 From	The lower range of As Found tolerance readings.
	To	For the tolerance 4, the upper range of As Found tolerance readings.
	Error	For the tolerance 4, the As Found tolerance error for the calibration point of the asset being calibrated.
Data Sheet > Calibration Points > Calibration Point Average and Standard Deviation > Calibration Points > As Left Tolerances		Section
	Tolerance 1 From	The lower range of As Left tolerance readings.
	To	For the tolerance 1, the upper range of As Found tolerance readings.
	Error	The As Left tolerance error for the calibration point of the asset being calibrated.
	Tolerance 2 From	The lower range of As Left tolerance readings.
	To	For the tolerance 2, the upper range of As Found tolerance readings.
	Error	For the tolerance 2, the As Left tolerance error for the calibration point of the asset being calibrated.
	Tolerance 3 From	The lower range of As Left tolerance readings.
	To	For the tolerance 3, the upper range of As Found tolerance readings.
	Error	For the tolerance 3, the As Left tolerance error for the calibration point of the asset being calibrated.
	Tolerance 4 From	The lower range of As Left tolerance readings.
	To	For the tolerance 4, the upper range of As Found tolerance readings.
	Error	For the tolerance 4, the As Left tolerance error for the calibration point of the asset being calibrated.
Data Sheet > Function Checks		Tab
Data Sheet > Function Checks > Function Checks		Table with "New Row" button. "Mark Row for Delete" icon is available row.
Data Sheet > Function Checks > Function Checks > Details		Section
	Function	Asset Function Number
	Calibration Point	The user entered reference number for the calibration requirement for each asset function.
	Description	Description
	Description	Point Description
	Data Sheet Type	Point Plan Type
	Comment	Function/Dynamic Check Comment Field
Data Sheet > Function Checks > Function Checks > As Found Values		Section
	As Found Pass	When selected, indicates that the As Found Function Check passed. The As Found Pass and As Found Fail fields are mutually exclusive.
	As Found Fail	When selected, indicates that the As Found Function Check failed. The As Found Pass and As Found Fail fields are mutually exclusive.
Data Sheet > Function Checks > Function Checks > As Left Values		Section
	As Left Pass	When selected, indicates that the As Left Function Check passed. The As Left Pass and As Left Fail fields are mutually exclusive.
	As Left Fail	When selected, indicates that the As Left Function Check failed. The As Left Pass and As Left Fail fields are mutually exclusive.
Data Sheet > Dynamic Checks		Tab
Data Sheet > Dynamic Checks > Dynamic Checks		Table with "New Row" button. "Mark Row for Delete" icon is available in every row.
Data Sheet > Dynamic Checks > Dynamic Checks > Details		Section
	Function	Asset Function Number
	Calibration Point	The user entered reference number for the calibration requirement for each asset function.
	Description	Description
	Description	Point Description
	Data Sheet Type	Point Plan Type
	Comment	Function/Dynamic Check Comment Field
Data Sheet > Dynamic Checks > Dynamic Checks > As Found Values		Section
	As Found Input	The input value before the asset is adjusted. All As Found data must be entered before a work order can be closed.
	Units	The engineering units the As Found Dynamic Value is measured in. This field is mandatory when an As Found Value is entered.
Data Sheet > Dynamic Checks > Dynamic Checks > As Left Values		Section
	As Left Input	The input value after the asset is adjusted. All As Left data must be entered before a work order can be closed.
	Units	The engineering units the As Left Dynamic Value is measured in. This field is mandatory when an As Left Value is entered.

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