738 Measurement Qualifier

Code identifying the type of measurement.

Type
Identifier (ID)
Length
Min 1 / Max 3
Codes
CodeDescription
AConsolidated Weight
AAAlternating Current
ABActivation Energy
ACActinium
ADAmbient Temperature
AEArgon
AFAngle of Bend
AGAmericium
AHAstatine
AZArbor Size
BBilled Weight
BABarium
BBBeryllium
BCBillet Size
BDBias
BEBoron Factor
BFBrinell
BGBerkelium
BHBromine
BKBulk
BOLateral Bow (Camber)
BRBrightness
BWBasis Weight
CActual New Repeated for Combination
CACaliper
CBCore Loss
CDCompression
CECapacitance In
CFCapacitance Out
CGCadmium
CHCesium
CICurium
CJCycle Time
CKCalifornium
CLCladding Thickness(% of Composite Thickness)
CNChlorine
COCore Loss
CPCrimp
CRCrosswise Spacing
CSCross Section
CUCoil Curvature
CWCuttable Width
DDestination Weight Agreement
DADelta Value A
DBDelta Value B
DCDuctile Class
DDDepth of Dents
DEDefects
DFDistance Across Flats
DGDirect Current
DHDysprosium
DIDiameter
DLDelta Value L
DNDensity
DPDepth
DSDistance Between Points
DTDistance From Base Point
DUDraw Tension
DWWidth, Boxcar Door
DYDyeability
EEstimated New Weight
EAElongation
EBEdge Burr
ECEnglish Coil Dimensions
EDEddy
EEEinsteinium
EFEuropium
EGEquivalent Temperature
EHErbium
ELElongation
ENEntanglement
EXEccentricity
FDeficit Weight
FAFluorine
FBFlare
FCShort Cycle Flatness
FDFrequency of Operation
FEFermium
FFFrancium
FHFinish
FIFilament Count
FLLongitudinal Flatness
FNFlatness
FPFlashpoint
FRFlow Rate
FTFlange Thickness
FVTransverse Flatness
FWFlange Width
GGross Weight
GAGrain
GBGuided Bends Root
GCGadolinium
GDGold
GEGuided Bends Face
GFGuided Bends Side
GGGauge
GHGallium
GLGloss
GPGroup Package Separation
GWGross Weight, Maximum
HAHydro Pressure
HBHeavy Aluminas
HCHelium
HDHigh propagation delay time (The time between the specified reference points on the input and output waveforms with the output changing from the defined low level to the defined high level.)
HEHeavy Silicates
HFHardness
HGHeavy Sulfides
HHHeavy Globular Oxides
HIHafnium
HJHolmium
HMHeight, Maximum
HPHeight of Tread Plate Pattern
HRHeight of Runners
HTHeight
HZHazepoint
IAIron
IBImpact Energy
ICIncremental Distance
IDInside Diameter
IEImpact Energy
IFInput Low Voltage
IGGranulated Ingot Size
IHInput Current
IIInput Setup Time
IJInput Hold Time
IKIndium
ILIdeal Diameter
IMIridium
INInput Low Current (The current flowing out of an input when a specified low level voltage is applied to that input.)
IOInput High Current (The current flowing out of an input when a specified high level voltage is applied to that input.)
IPInput Leakage Current (The current flowing into an input when the maximum allowed voltage is applied to the input.)
IQInput Clamp Diode Voltage (The most negative voltage at an input when the specified current is forced out of that input terminal.)
IRIdeal Diameter
ISInput High Voltage
ITInterrupt Pulse Period
IUInterrupt Setup Time
IVIodine
IWIncrustation Factor
IXInside Diameter, Minimum
IZIngot Pound Size
JAJunction Temperature
KAKnoop
KBKrypton
LLegal Weight
LALanthanum
LBLithium
LCLow Propagation Delay Time (The time between the specified reference points on the input and output waveforms with the output changing from high level to the defined low level.)
LDLawrencium
LELutetium
LFLong Fibers
LGLeg
LLLong Leg
LMLength, Maximum
LNLength
LOLong Length
LPCamber of Pattern Line
LSShort Leg
LTLengthwise Spacing
LWLong Width
MMinimum Weight (for Weight)
MAMean Average
MBMendelevium
MCMin./Max Cuttable Width
MDMeasurement Voltage (The reference voltage level on AC waveforms for determining AC performance.)
MEMaximum Input Low Voltage (The guaranteed input low threshold.)
MFMinimum Input High Voltage (The guaranteed input high voltage.)
MGMercury
MIMinimum
MJMajor Section (Stepped)
MKMicroseperometer (MSEP)
MNMinimum Average
MSMinor Section (Stepped)
MTMoisture Content
MUMultiplier
MVMaximum Average
MXMaximum
NActual Net Weight
NANo. per Package
NBNo. per Bundle
NCNo. per Coil Group
NDNeodymium
NENiobium
NFNeon
NGNobelium
NHNumber of Items per Package Label
NINumber of Splices per Package Label
NJNumber of Sheets per Package Label
NLNo. per Lift
NMNo. Pkgs. per Master Pack
NPPercent of Specified
NSNo. per Skid
NUNo. per Unit
OExcess Weight Over Maximum
OAOffset
OBOsmium
OCOutput Low Voltage (The maximum guaranteed low voltage at an output terminal sinking the specified load current output low current.)
ODOutside Diameter
OEOutput Low Current (The current flowing into an output which is in the low state.)
OFOutput High Voltage (The minimum guaranteed high voltage at an output terminal for the specified output current `output high current' and at the minimum VCC value.)
OGOutput High Current (The leakage current flowing into a turned off open collector output with a specified high output voltage applied.)
OHOverhead Height, Receiving Door
OIOutput Off Current Low (The current flowing out of a disabled 3-state output with a specified low output voltage applied.)
OJOutput Off Current High (The current flowing into a disabled 3-state output with a specified high output voltage applied.)
OKOutput Short-Circuit Current (The current flowing out of an output which is in the high state when that output is short circuit to ground.)
OLOutput Disable Time From Low Level of a 3-State Output (The delay time between the specified reference points on the input and output voltage waveforms with the 3-state output changing from the low level to a high impedance `off' state.)
OMOutside Diameter, Maximum
ONOutput Disable Time From High Level of a 3-State Output (The delay time between the specified reference points on the input and output voltage waveforms with 3-state output changing from the high level to a high impedance `off' state.)
OOOutput Enable Time From Low Level of a 3-State Output (The delay time between the specified reference points on the input and output voltage waveforms with the 3-state output changing from the high impedance `off' state to the low level.)
OPOpenness
OQOutput Enable Time From High Level of a 3-State Output (The delay time between the specified reference points on the input and output voltage waveforms with the 3-state output changing from high impedance `off' state to the high level.)
ORDistance Between Outside Runners
OSOpen Circuits
OTOutput Delay Time
OVOpacity
OWOverall Width
PAPackage Separation
PBPressure
PCPer Hundred Linear Yards
PDPlatinum
PEPotassium
PFPromethium
PGPolonium
PHPulse Setup Time (The interval immediately preceding the active transition of the timing or preceding the transition of the control input to its latching level.)
PIPulse Hold Time (The interval immediately following the active transition of the timing pulse or following the transition of control input to its latching level.)
PJPulse Width (The time between the specified reference points on the leading and trailing edges of a pulse.)
PKPulse Recovery Time (The time between the reference point on the trailing edge of an asynchronous input control pulse and the reference point on the activating edge of a synchronous pulse input such that the device will respond to the synchronous input.)
PLPercent Defective
PMPractice
PNPalladium
POPercent of Order
PPPowder/Paste Package Size
PQPlutonium
PRPraseodymium
PSProtactinium
PSAPercent Solution Actual
PWPurchased Width
PYPercent of Water
PZPipe Size Nominal
QAQuality Index
RPer Unit Dunnage
RARelative Humidity
RBRange Value
RCRadius of Corner
RDReadpoint
REReam Weight
RFResistivity
RGRadium
RHRhenium
RIRubidium
RJRockwell-C
RKRockwell-B
RLReduction Ration
RMRMS Range (Side 1)
RNRequired Interrupt Release
ROReset Pulse Width
RPReduction of Area
RQRadon
RRReduction Ratio
RSRMS Range (Side 2)
RURhodium
RVRuthenium
RWRolling Width
SState Weight
S1Smoothness
S2Selvedge on Beam
SASort Code CIE LAB
SBSort Code CMC
SCSchedule Number (Pipe Size)
SDStrength
SESelvage Left
SFSamarium
SGSelenium
SHStrontium
SISupply Current (The current flowing into the VCC supply terminal of the circuit with specified input conditions and open outputs.)
SJShort Circuits
SKShrinkage
SLShort Length
SMShear
SNStain
SOSort Code CIE LCH
SPSplinter Count
SQShipped Quantity
SRSelvage Right
SSSilver
STStop Recovery Startup Time
SUShipped Units
SVScandium
SWShort Width
SXSodium
SYService Interrupt Duration
SZSkid Height
TTare Weight
TAThickness Heavy End (Tapered/Stepped)
TBThickness Small End (Tapered/Stepped)
TCTemperature
TDThin Aluminas
TETenacity
TFTensile
TGThin Sulfides
THThickness
TIThin Silicates
TJTotal Supply Current
TKTimer Pulse Width
TLTapered/Stepped Length Type
TMLength Type: Multiples
TNTimer Period
TOTerbium
TPThorium
TQThin Globular Oxides
TRLength Type: Random
TSLength Type: Specific
TTTime
TUTechnetium
TVThallium
TXThulium
TYTear Strength
UWeight per Unit
UAUranium
VHHeight, Van Door
VWWidth, Van Door
WAWeight per Unit of Area
WBWeb
WCWeb Depth/Height
WDWidth
WEWolfram
WFWait Recovery Startup Time
WLWall Thickness
WMWidth, Maximum
WTWeight
WUWeight per Unit of Length
XMaximum Weight (for Rate)
XAXenon
XHSide Height, Flat Bed With Removable Sides
XPSpecified
XQSquareness
XZSpool Size
YAYttrium
YBYield
YCYtterbium
ZAZinc
ZAL% of Aluminum
ZAS% of Arsenic
ZB% of Boron
ZBI% of Bismuth
ZC% of Carbon
ZCA% of Calcium
ZCB% of Columbium
ZCE% of Cerium
ZCO% of Cobalt
ZCR% of Chromium
ZCU% of Copper
ZFE% of Iron
ZFS% of Iron plus Silicon
ZGE% of Germanium
ZH% of Hydrogen
ZMG% of Magnesium
ZMN% of Manganese
ZMO% of Molybdenum
ZN% of Nitrogen
ZNB% of Niobium
ZNI% of Nickel
ZO% of Oxygen
ZP% of Phosphorus
ZPB% of Lead
ZS% of Sulphur
ZSB% of Antimony
ZSE% of Selenium
ZSI% of Silicon
ZSN% of Tin
ZTA% of Tantalum
ZTE% of Tellurium
ZTI% of Titanium
ZV% of Vanadium
ZW% of Tungsten
ZZN% of Zinc
ZZR% of Zirconium
ZZZMutually Defined

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