ASME焊接工艺评定-焊工技能评定表格WORD版.doc
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2010SECTIONIX
QW-482SUGGESTEDFORMATFORWELDINGPROCEDURESPECIFICATIONS(WPS)
(SeeQW-200.1,SectionIX,ASMEBoilerandPressureVesselCode)
Sheet1of2
CompanyName By
WeldingProcedureSpecificationNO. Date
SupportingPQRNO.(s) RevisionNo.
WeldingProcess(es)Types
JOINTS(QW-402)Details
JointsDesign
Backing:
Yes No
Backingmaterials(Type)
(Refertobothbackingandretainers)
□MetalNonfusing□Metal
□Nonmetallic□Other
Sketches,ProductionDrawings,WeldSymbols,orWrittenDescription
Shouldshowthegeneralarrangementofthepartstobewelded.Where
Applicable,therootSpacingandthedetailsofweldgroovemaybe
specified.
[AttheoptionoftheManufacturer,sketchesmaybeattachedtoillustrate
Jointdesign,weldlayers,andbeadsequence(e.g.,fornotchtoughness
Procedures,formultipleprocessprocedures,etc.)]
*BASEMETALS(QW-403)
P-No. GroupNo. toP-No. GroupNo.
OR
SpecificationTypeandGrade
ToSpecificationTypeandGrade
OR
Chem.AnalysisandMech.Prop.
ToChem.AnalysisandMech.Prop.
ThicknessRange:
BaseMetal:
Groove Fillet
MaximumPassThickness≤1/2in(13mm)(Yes)(No)
Other
*FILLERMETALS(QW-404)
1
2
Spec.No.(SFA)
AWSNo.(Class)
F-No.
A-No.
SizeofFillerMetals
WeldMetal
ThicknessRange:
Groove
Fillet
Electrode-Flux(Class)
FluxTradeName
ConsumableInsert
Other
Eachbasemetal–fillermetalcombinationshouldberecordedindividually.
2010SECTIONIX
QW-482(Back)
WPSNo.Rev.
Sheet2of2
POSITIONS(QW-405)
Position(s)ofGroove
WeldingProgression:
Up Down
Position(s)ofFillet
Postweldheattreatment(QW-407)
TemperatureRange:
TimeRange:
GAS(QW-408)
Gas(es)(Mixture)FlowRate
Shielding
Trailing
Backing
Preheat(QW-406)
PreheatTemperature,Minimum
InterpassTemperature,Maximum
PreheatMaintenance
(Continuousorspecialheating,whereapplicable,shouldberecorded)
ELECTRICALCHARACTERISTICS(QW-409)
CurrentACorDCPolarity
Amps(Range) SEETABLE Volts(Range)SEETABLE
(Ampsandvoltsrangeshouldberecordedforeachelectrodesize,
Position,andthickness,etc.Thisinformationmaybelistedina
Tabularformsimilartothatshownbelow.)
TungstenElectrodeSizeandTypeN/A
ModeofMetalTransferforGMAW
ElectrodeWireFeedSpeedRangeSEETABLE
TECHNIQUE(QW-410)
StringorWeaveBead:
OrificeorGasCupSize:
InitialandinterpassCleaning(Brushing,Grinding,etc.)
MethodofBackGouging
OscillationN/A
ContactTubetoWorkDistanceN/A
MultipleorSinglePass(PerSide)
MultipleorSingleElectrodes
TravelSpeed(Range)SEETABLE
PeeningN/A
Other
WeldLayer(s)
Process
FillerMetal
Current
VoltRange
TravelSpeedRangee
Other(e.g.,Remarks,Comments,HotWireAddition,Technique,TorchAngle,etc.)
Class
Diameter
Type/Polarity
AmpRange
1
2
3
4
5
6
QW-483SUGGESTEDFORMATFORPROCEDUREQUALIFICATIONRECORDS(PQR)
(SeeQW-200.2,SectionIX,ASMEBoilerandPressureVesselCode)
RecordActualConditionsUsedtoWeldTestCoupon
CompanyName
ProcedureQualificationRecordNo. Date
WPSNo.
WeldingProcess(es)
Types(Manual,Automatic,Semi-Automatic)
JOINTS(QW-402)
GrooveDesignofTestCoupon
(Forcombinationqualifications,thedepositedweldmetalthicknessshallberecordedforeachfillermetalorprocessused.)
BASEMETALS(QW-403)
MaterialSpec.
TypeorGrade
P-No.toP-No.
ThicknessofTestCoupon
DiameterofTestCouponN/A
Other
POSTWELDHEATTREATMENT(QW-407)
Temperature
Time:
Other
GAS(QW-408)
Gas(es)(Mixture)FlowRate
Shielding
Trailing
Backing
FILLERMETALS(WQ-404)1
2
SFASpecification
AWSClassification
FillerMetalF-No
WeldMetalAnalysisA-No.
SizeofFillerMetal
FillerMetalProductForm
ELECTRICALCHARACTERISTICS(QW-409)
Current
Polarity
Amps.
Volts
TungstenElectrodeSize
Other
SupplementalFillerMetal
ElectrodeFluxClassification
FluxType
FluxTypeName
WeldMetalThickness
Othe
POSITION(QW-405)
PositionofGroove
WeldProgression(Uphill,Downhill)N/A
Other
TECHNIQUE(QW-410)
TravelSpeed:
StringorWeaveBead:
Oscillation:
N/A
MultipassorSinglePass(PerSide)
SingleorMultiple:
Other:
PREHEAT(QW-406)
PreheatTemperatureNopreheat,AmbientTemperature≥15℃
InterpassTemperature256℃
Other
2010SECTIONIX
QW-483(Back)
PQRNo.
TensileTest(QW-150)
SpecimenNo.
Width
Thickness
Area
UltimateTotalLoad
UltimateUnitStress,MPa
TypeofFailureandLocation
1
2
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Guided-BendTests(QW-160)
TypeandFigureNo.
Result
ToughnessTests(QW-170)
SpecimenNo.
NotchLocation
SpecimenSize
TestTemperature
ImpactValues
DropWeightBreak(Y/N)
Ft-lb
%Shear
Mils
1
2
3
4
5
6
Comments:
Acceptable
Fillet-WeldTest(QW-180)
Resul–Satisfactory:
YesN/A No PenetrationintoParentMetal:
Yes No
Macro—Results
OtherTests
TypeofTestN/A
DepositAnalysis
Other
-----------------------------------------------------------------------------------------------------------------------------------------------------
Welder’sName ClockNo. StampNo.
TestsConductedbyLaboratoryTestNo.
Wecertifythatthestatementsinthisrecordarecorrectandthatthetestweldswereprepared,welded,andtestedinaccordancewiththerequirementsofSectionIXoftheASMEBOILERANDPRESSUREVESSELCODE.
Preparation:
atify:
Manufacturer:
DateIssued:
2010SECTIONIX
QW-484ASUGGESTEDFORMATAFORWELDERPERFORMANCEQUALIFICATIONS(WPQ)
(SeeQW-301,SectionIX,ASMEBoilerandPressureVesselCode)
Welder’snameIdentificationNo.
TestDescription
WeldingVariables(QW-350)ActualValuesRangeQualified
Weldingprocess(es)
Type(ie;manual,semi-automatic)used
Basemetal(with/without)
□Plate□Pipe(enterdiameterifpipeortube)
BasemetalP-NumbertoP-Number
Fillermetalorelectrodespecification(s)(SFA)(info.Only)
Fillermetalorelectrodeclassification(s)(info.Only)
FillermetalF-Number(s)
Consumableinsert(GTAWorPAW)
Fillertype(Solid/metalorfluxcored/powder)(GTAWorPAW)
Depositthicknessforeachprocess
Process1GMAW4layersminimum□Yes□No
Process2 3layersminimum□Yes□No
Positionqualified(2G,6G,3F,etc.)
Verticalprogression(uphillordownhill)
Typeoffuelgas(OFW)
Inertgasbacking(GTAW,PAW,GMAW)
Transfermode(sprey/globularorpulsetoshortcircuit-GMAW)
GTAWcurrenttype/polarity(AC,DCEP,DCEN)
RESULTS
Visualexaminationofcompletedweld(QW-302.4)
Bendtest;□Transverserootandface[QW-462.3(a)];□Longitudinalrootandface[QW-462.3(b)];
Side(QW-462.2);□Pipebendspecimen,corrosion-resistantoverlay[QW-462.5c];
□Platebendspecimen,corrosion-resistantoverlay[QW-462.5[d]];□Macrotestforfus