Data constants

Transfer function

Name	Value	Description
SquareRoot	1
Linear	2
SquareRootPower3	4
Square	8
SquareRootPower5	16

Pressure type

Name	Value	Description
Undefined	0
Gauge	1
Differential	2
Absolute	4
None	5

Unit

Name	Value	Quantity
Ampere	A	Current
Milliampere	mA	Current
Microampere	µA	Current
Volt	V	Voltage
Millivolt	mV	Voltage
Microvolt	µV	Voltage
Volt (AC)	V (AC)	Voltage
Ohm	Ω	Resistance
Kiloohm	kΩ	Resistance
Hertz	Hz	Frequency
Kilohertz	kHz	Frequency
Megahertz	MHz	Frequency
Seconds	1/Hz (s)	Frequency
Milliseconds	1/kHz (ms)	Frequency
Microseconds	1/MHz (µs)	Frequency
Kilopascal	kPa	Pressure
Pascal	Pa	Pressure
Pound force per square inch	psi	Pressure
Centimeter of water at 68°F	cmH2O@68°F	Pressure
Feet of water at 60°F	ftH2O@60°F	Pressure
Centimeter of water at 68°F	cmH2O@60°F	Pressure
Millimeter of water at 60°F	mmH2O@60°F	Pressure
Centimeter of water at 4°C	cmH2O@4°C	Pressure
Ounce force per square inch	ozf/in²	Pressure
Pound force per square feet	lbf/ft²	Pressure
Inches of water at 60°F	inH2O@60°F	Pressure
Feet of water at 4°C	ftH2O@4°C	Pressure
Inches of water at 4°C	inH2O@4°C	Pressure
Millimeter of water at 4°C	mmH2O@4°C	Pressure
Feet of water at 68°F	ftH2O@68°F	Pressure
Inches of of water at 68°F	inH2O@68°F	Pressure
Millimeter of water at 68°F	mmH2O@68°F	Pressure
Centimer of water	cmH2O	Pressure
Meter of Mercury	mHg	Pressure
Centimeter of mercury	cmHg	Pressure
Millimeter of Mercury at 0°C	mmHg@0°C	Pressure
Inched of mercury at 0°C	inHg@0°C	Pressure
Standard atmosphere	atm	Pressure
Torr	torr	Pressure
Kilopond per square centimeter	kp/cm²	Pressure
Gram force per square centimeter	gf/cm²	Pressure
Kilogram force per square centimeter	kgf/m²	Pressure
Hectopascal	hPa	Pressure
Feet of water	ftH2O	Pressure
Inch of water	inH2O	Pressure
Inches of mercury	inHg	Pressure
Kilogram force per square centimeter	kgf/cm²	Pressure
Technical atmosphere	at	Pressure
Inches of water	iwc	Pressure
Millimeter of mercury	mmHg	Pressure
Centimeter of water	mH2O	Pressure
Millimeter of water	mmH2O	Pressure
Bar	bar	Pressure
Millibar	mbar	Pressure
Megapascal	MPa	Pressure
Celsius	°C	Temperature
Fahrenheit	°F	Temperature
Kelvin	K	Temperature
Rankine	°Ra	Temperature
Réamur	°Ré	Temperature
Meter	m	Length
Centimeter	cm	Length
Millimeter	mm	Length
pH	pH	Acidity
Days	day	Time
Weeks	week	Time
Months	month	Time
Years	year	Time
Parts per million	ppm	Concentration
Kilograms per cubic meter	kg/m3	Concentration
Milligrams per liter	mg/l	Concentration
Siemens per meter	S/m	Conductivity
Microsiemens per centimeter	μS/cm	Conductivity
Millisiemens per centimeter	mS/cm	Conductivity
Gram per milliliter	g/ml	Density
Kilogram per cubic meter	kg/m3	Density
Kilogram per liter	kg/l	Density
Ounce per cubic foot	oz/ft3	Density
Ounce per cubic inch	oz/in3	Density
Ounce per gallon (US)	oz/gal	Density
Pound per cubic foot	lb/ft3	Density
Pound per cubic inch	lb/in3	Density
Pound per gallon (US)	lb/gal	Density
Nanometer	nm	Length
Micrometer	µm	Length
Kilometer	km	Length
Inch	in	Length
Foot	ft	Length
Yard	yd	Length
Mile	mi	Length
Carat	ct	Mass
Ounce (troy)	oz t	Mass
Ounce	oz	Mass
Pound	lb	Mass
Ton (US)	ton	Mass
Kilogram	kg	Mass
Gram	g	Mass
Milligram	mg	Mass
Microgram	µg	Mass
Kilograms per second	kg/s	Mass flow rate
Grams per second	g/s	Mass flow rate
Milligram per second	mg/s	Mass flow rate
Milligram per minute	mg/min	Mass flow rate
Milligram per hour	mg/h	Mass flow rate
Grams per minute	g/min	Mass flow rate
Grams per hour	g/h	Mass flow rate
Kilograms per minute	kg/min	Mass flow rate
Kilograms per hour	kg/h	Mass flow rate
Ounces per second	oz/s	Mass flow rate
Ounces per minute	oz/min	Mass flow rate
Ounces per hour	oz/h	Mass flow rate
Pounds per second	lb/s	Mass flow rate
Pounds per minute	lb/min	Mass flow rate
Pounds per hour	lb/h	Mass flow rate
Oxidation-reduction potential [ORP]	mV	ORP
Percent	%	Other
Status	Status	Other
Counts per minute	cpm	Pulse
Counts per hour	cph	Pulse
Megaohm	MΩ	Resistance
Gigaohm	GΩ	Resistance
Milliohm	mΩ	Resistance
Hours	h	Time
Minutes	min	Time
Seconds	s	Time
Microseconds	µs	Time
Milliseconds	ms	Time
Meters per second	m/s	Velocity
Kilometers per hour	km/h	Velocity
Feet per second	ft/s	Velocity
Inches per second	in/s	Velocity
Inches per minute	in/min	Velocity
Miles per hour	mph	Velocity
Cubic meters per hour	m3/h	Volumetric flow rate
Cubic meters per second	m3/s	Volumetric flow rate
Liters per minute	l/min	Volumetric flow rate
Liters per second	l/s	Volumetric flow rate
Liters per hour	l/h	Volumetric flow rate
Cubic meters per minute	m3/min	Volumetric flow rate
Cubic centimeters per h	cc/h	Volumetric flow rate
Cubic centimeters per min	cc/min	Volumetric flow rate
Cubic centimeters per s	cc/s	Volumetric flow rate
Cubic feet per h	cu.ft/h	Volumetric flow rate
Cubic feet per s	cu.ft/s	Volumetric flow rate
Gallons per second (US)	gal/s	Volumetric flow rate
Gallons per minute (US)	gal/min	Volumetric flow rate
Gallons per hour (US)	gal/h	Volumetric flow rate

Sensor

Name	Value	Type
IEC 584 /NIST Monograph 175	B Pt30Rh/Pt6Rh	TC
IEC 584 /NIST Monograph 175	E NiCr/CuNi	TC
IEC 584 /NIST Monograph 175	J Fe/CuNi	TC
IEC 584 /NIST Monograph 175	K NiCr/NiAl	TC
IEC 584 /NIST Monograph 175	N NiCrSi/NiSi	TC
IEC 751 / DIN 43760	Pt100 α385	RTD
IEC 584 /NIST Monograph 175	R Pt13Rh/Pt	TC
IEC 584 /NIST Monograph 175	S Pt10Rh/Pt	TC
IEC 584 /NIST Monograph 175	T Cu/CuNi	TC
Edison Curve 7, IPTS-68	Ni120 α672	RTD
IEC 751 / DIN43760	Pt200 α385	RTD
IEC 751 / DIN43760	Pt500 α385	RTD
IEC 751 / DIN43760	Pt1000 α385	RTD
Minco Table 16-9	Cu10 α427	RTD
Hoskins Engineering Standard	C W5Rh/W26Rh	TC
DIN 43710	L Fe/CuNi J-DIN	TC
DIN 43710	U Cu/CuNi T-DIN	TC
GOST 6651-78 (not supported by MC6)	Pt46 α3910	RTD
GOST 6651-78 (not supported by MC6)	Cu50 α4280	RTD
JIS C1604-1981	Pt100 α3916	RTD
	Pt100 α3926	RTD
GOST 3044-84	XK (L)	TC
GOST 6651-84	100M α428	RTD
GOST P50431-92	BP (A)-1	TC
GOST 50353-92	Cu100 α426	RTD
	D W3Rh/W25Rh	TC
IEC 751	Pt50 α385	RTD
IEC751	Pt1 α385	RTD
	Pt400 α385	RTD
Minco	Pt1 α3926	RTD
	Pt25 α3926	RTD
	Pt200 α3926	RTD
	Pt470 α3926	RTD
	Pt500 α3926	RTD
	Pt1 α391	RTD
	Pt500 α391	RTD
	Pt1 α375	RTD
	Pt1000 α375	RTD
Canadian specification	Pt1 α389	RTD
	Pt100 α389	RTD
RC21-4-1966	Pt1 α3923	RTD
	Pt10 α3923	RTD
	Pt100 α3923	RTD
	NiFe1 α518	RTD
	NiFe604 α518	RTD
Edison curve	Ni1 α672	RTD
	Ni50 α672	RTD
	Ni100 α672	RTD
	Ni1000 α672	RTD
	Cu1 α427	RTD
	Cu100 α427	RTD
RC21-4-1966	Cu1 α427	RTD
	NiFe1 α518	RTD
	NiFe604 α518	RTD
	NiFe1 α527	RTD
	NiFe1000 α527	RTD
	NiFe2000 α527	RTD
Honeywell curve	NiFe1 α262	RTD
	NiFe3000 α262	RTD
Hoskins Engineering Standard	G W/W26Rh	TC
IPTS68	Pt100 α375	RTD
IPTS68	Pt100 α391	RTD
	1π α391	RTD
	10π α391	RTD
	50π α391	RTD
	100π α391	RTD
	500π α391	RTD
	1π α391 rp. 21	RTD
	46π α391 rp. 21	RTD
	1H α617	RTD
	100H α617	RTD
	Ni1 α618	RTD
	Ni50 α618	RTD
	Ni100 α618	RTD
	Ni120 α618	RTD
	Ni1000 α618	RTD
	Cu10 α426	RTD
	Cu50 α426	RTD
	Cu53 α426	RTD
	Cu100 α426	RTD
	1M α426	RTD
	10M α426	RTD
	50M α426	RTD
	53M α426 rp. 23	RTD
	100M α426	RTD
	1M α428	RTD
	10M α428	RTD
	50M α428	RTD
	100M α428	RTD
	K+/Au0.07Fe	TC
	Au/Pt	TC
	Ir40Rh/Ir	TC
	Ni18Mo/Ni0.8Co	TC
	Pt40Rh/Pt20Rh	TC
	Pt5Mo/Pt0.1Mo	TC
	Platinel II	TC
	Pt1 α3916	RTD
	Pt50 α3916	RTD
	Pt100 α3916	RTD
	Pt400 α3916	RTD
	Pt500 α3916	RTD
	Pt1000 α3916	RTD
	Pt1 α3924	RTD
	Pt50 α3924	RTD
	Pt100 α3924	RTD
	Pt200 α3924	RTD
	Pt500 α3924	RTD
	Pt1000 α3924	RTD
GOST R 8.625-2006	50π α391-06	RTD
GOST R 8.625-2006	100π α391-06	RTD
GOST R 8.625-2006	500π α391-06	RTD
GOST R 8.625-2006	1000π α391-06	RTD
GOST R 8.625-2006	50M α428-06	RTD
GOST R 8.625-2006	100M α428-06	RTD

Resolution (reqResolution & reqReadability)

Name	Value	Description
vr100	-2	100
vr10	-1	10
vr1	0	1
vr0p1	1	0.1
vr0p01	2	0.01
vr0p001	3	0.001
vr0p0001	4	0.0001
vr0p00001	5	0.00001
vr0p000001	6	0.000001

Switch state (setState)

Name	Value	Description
Opens	0
Closes	1

Contact type

Name	Value	Description
Undefined	0	The value is not defined.
WetContact	1	Wet contact, typically a logic-level output. The Attribute trigger level is required.
DryContactLow	2	Dry contact (typically a relay contact) with low-current excitation. The field trigger level is not needed.

Error type

Name	Value	Description
Undefined	0
Absolute	-200
PercentOfSpan	-201
PercentOfReading	-202

Period mode (calibrationPeriodMode)

Name	Value	Description
Recurring	0 (default state)	It is possible to select both calibration interval and due date.
Off	1	The due date and calibration interval are hidden across instrument management interfaces and will not appear in result views or on certificates.
Single	2	Only the due date is displayed. This is accessible within the instrument management and will be shown on results and calibration certificates. Once a passed calibration has been performed for an instrument, the scheduling option is set to Off.

Interval unit (calibrationPeriodUnit)

Name	Value	Description
Days	day	Interval in days
Months	month	Interval in months
Weeks	week	Interval in weeks
Years	year	Interval in years

Error reference (errorCalcSide)

Name	Value	Description
Input	1	Instrument input
Output	2	Instrument output
ProjectedInput	3	Projected input

Asymmetric error limit (asymmetricMultiplierSide)

Name	Value	Description
None	0	Expand error limits on no side
Positive	1	Expand error limits on positive side
Negative	2	Expand error limits on negative side

Error direction

Name	Value	Description
PositiveAndNegative	1	Takes in account both positive and negtive error.
Positive	2	Only positive side is enabled. Should there be error to negative side, it is to be ignored.
Negative	3	Only negative side enabled. Should there be error to positive side, it is to be ignored.
None	4	Neither side is enabled. All errors are ignored.

Test points repeat format

Value
Up
Down
Up-Down
Customized

Test points amount

Value
3
5
6
11

Note!

If the test point repeat format is NOT "customized," valid values are 3, 5, 6, and 11. However, if the test repeat format is "customized," then values from 1 to 11 are valid

Test points resolution

Value
1
0.1
0.01
0.001
0.0001
0.00001
0.000001

Note!

If the test point repeat format is set to "customized", the test points resolution value is not taken into account. In this case, resolutions are calculated individually for each test point based on the given test point value fields.

Quantity

Value
Acidity
Concentration
Conductivity
Current
Custom
Density
Frequency
Length
Mass
Mass flow rate
Orp
Other
Pressure
Pulse
Resistance
State
Temperature
Time
Ud custom
Velocity
Voltage
Volumetric flow rate

Note!

It is possible to enter user-defined quantities.

IOBlock Category

Value	Description
Analog readout	Analog Readout (e.g. pressure gauges and analog recorders)
Analog variable	Analog Variable (x that can be measured with a reference device, e.g. current or temperature)
Digital readout	Digital Readout (e.g devices with digital indicators or displays)
Digital variable	Digital Variable (e.g. a HART transmitter’s digital readout, PV)