wire thread insert system Part No. 9910-CAT10071.0ASIA PACIFICBordo International3 Kingston Park Court, Scoresby, Vic 3179 AustraliaTelephone +61 3 9212 7000 Facsimile +61 3 9212 7070info@bordo.com.auAustralia Telephone 03 9212 7001New Zealand Freecall 0508 797 264EUROPETelephone +32 2 888 9146 Facsimile +32 2 888 9147sales@powercoil.com.auNORTH AMERICAEXCLUDING CANADACrossroad Distributor Source15290 Stony Creek Way, Noblesville, IN 46060Telephone +1 317 773 1668 Facsimile +1 317 773 1690sales@crossroad.bzCANADAExcalibur Industrial Sales2283 Argentia Road #12, Mississauga, ONT L5N 5Z2Telephone +1 905 812 9090 Facsimile +1 905 812 3286sales@excalind.ca10/2007wire thread insert system PowerCoil wire thread insert system loksert solid keylocking insert system 10/2007solid keylocking insert system 15500_PowerCoil_Int_BGcover 9/10/07 4:43 PM Page 1Drill to clear the damaged thread with a standard twist drill. Thread RepairKits up to M12 (1/2") include the correct sizedrill. The required tapping drill size is shown on thefront of this pack.Note: Spark Plug insertsutilise a pilot nose tap which does not require pre-drilling.Drill to clear the damaged thread with a standard twist drill. Thread RepairKits up to M12 (1/2") include the correct sizedrill. The required tapping drill size is shown on thefront of this pack.Note: Spark Plug insertsutilise a pilot nose tap which does not require pre-drilling.DRILL 1Use the specifiedtap to cut the holding threadinto the cleared hole.When tapping a hole, it isrecommended to use asuitable lubricant.Note: Wire Thread insertsrequire the use of STI taps which are slightly oversize to provide the correct hole diameter.Always check that the thread and pitch of the tap are the same as the bolt you wish to insert into the finished hole.TAP 2Loosen the grub screw and slidethe collar along theinsert tool shaft sothat the tang on the insertis positioned halfway up the inserttool slot.Use the install-ation tool to wind the insert into thethreaded holeusing light down-ward pressureuntil half a turn below the surface.INSERTNote: Do not work againstthe thread direction as the tang may break off.3Lift installation tool,rotate 90 and tap down sharply to break off wirethread insert tang. Usethe tang break off tool toperform this function where supplied.SNAPNote: For spark plug andlarge inserts use long nosepliers to remove the tang.4You have succesfullyrepaired your damagedthread. The new threadis normally strongerthan the original.DONE! 5XXNote: Do not position tangat the very top or bottomof the insert tool slot.DRILL 1Use the specified tapto cut the holding threadinto the cleared hole.When tapping a hole, it isrecommended to use asuitable lubricant.Note: Wire Thread insertsrequire the use of STI taps which are slightly oversize to provide the correct hole diameter.Always check that the thread and pitch of the tap are the same as the bolt you wish to insert into the finished hole.TAP 2INSERT 3SNAP 4You have succesfullyrepaired your damagedthread. The new threadis normally strongerthan the original.DONE! 5Use long nose pliers tobreak off and removethe tang from theinstalled insert.Wind the insert fullyon to the hex driveinstallation mandrel.Ensure that the inserttang is securely seated in the tang recess on the base of themandrel.Using a suitable powertool, wrench or ratchetwind the insert and mandrel into thethreaded hole until half a turn below thesurface. Unwind themandrel from theseated insert.Note: Do not work againstthe thread direction as the tang may break off.Drill to clear thedamaged thread with a standard twist drill.Chamfer the hole with a standard countersink(82 - 100)Note: Drill is oversize to accomodate external thread. Check technicalcharts for correct drill sizes.DRILLCreate new threadusing a standard tap.Check technicalcharts for correct tapsize.Note: Use of a suitable lubricant is essential during all tapping procedures.TAP1 2 INSERT 3Screw the insert intothe threaded holeuntil slightly below the surface of theparent material.DRIVE 4Select the correct sizeinstallation tool and placeover the insert. Drivelocking keys down using several hammer taps on end of installation tool.Drill to clear the damaged thread with a standard twist drill. Thread RepairKits up to M12 (1/2") include the correct sizedrill. The required tapping drill size is shown on thefront of this pack.Note: Spark Plug insertsutilise a pilot nose tap which does not require pre-drilling.Use the specified tapto cut the holding threadinto the cleared hole.When tapping a hole, it isrecommended to use asuitable lubricant.Note: Wire Thread insertsrequire the use of STI taps which are slightly oversize to providethe correct hole diameter.Always check that the thread and pitch of the tap are the same as the bolt you wish to insert into the finished hole.DRILLTAP12You have succesfullyrepaired your damagedthread. The new threadis normally strongerthan the original.DONE! 5Insert a tang breakoff tool and tapdown sharply tobreak off wirethread insert tang.SNAPNote: For spark plug andlarge inserts use long nosepliers to remove the tang.4INSERT 3Note: Once insert is engagedin nozzle use no downwardpressure.Unwind mandrel and placeinsert into chamber with tang towards nozzle. Rotatethe pre-winder handleclockwise to wind themandrel into the insert until end of mandrel engages with tang. Use gentledownward pressure until insert engages in threaded nozzle. Continue winding until insert reaches end ofnozzle. Place tool squarelyover tapped hole and continue winding until insertis transferred from tool toworkpiece. Rotate handlecounterclockwise to wind mandrel out of the installed insert. FREE 1.0D1.5D2.0D2.5D3.0D304SBAC AS 6734SBAC AS 8456HSSMC2-360HSS4-560HSS6-860HSS2-355HSS4-555HSS6-855HSS2-347.5HSS4-547.5HSS6-847.5HSSPCRKGROUPCODEMFUNCUNFBSWBSFBSPNPT8-UNBABSC60HSSX.XDLOCKSTI (4H5H)HSSSTI (3B)60HSS-EV60HSS-EVDInsert DiameterEinsatz DurchmesserDiamtre du filet rapportDimetro del insertoPitch (TPI)Steigung (TPI)Pas (TPI)Paso por pulgada(TPI)Pitch (mm)Steigung (mm)Pas (mm)Paso en milmetros(mm)Installed LengthInstallierte EinsatzlngeLongueur implanteLongitud instalada# of inserts# EinstzeNb de filets rapportsNmero de insertosDrill SizeGewindebohrer-GreDimension du foretDimetro de la brocaTap Part #Gewindeschneider #Code pice du taraudMacho N Install Tool Part #Einbauwerkzeug #Code pice de loutil dinstallationHerramienta de instalacin N Tang Break Part #Zapfenbrecher #Code pice du tenonRompedor N Metric CoarseMetrisch StandardMtrique pas normauxMtrica gruesa Metric FineMetrisch FeinMtrique pas finsMtrica finaUnified National CoarseUnified National StandardPas normal amricainRosca Americana gruesa Unified National FineUnified National FeinPas fin amricainRosca Americana fina British Standard WhitworthBritish Standard WhitworthPas normal britanniqueRosca inglesa gruesa British Standard FineBritish Standard FeinPas fin britanniqueRosca inglesa fina British Standard PipeBritish Standard Pipefilet de tube britanniqueRosca inglesa GAS National Pipe TaperNational Pipe Konustube conique amricainRosca cnica Americana 8-UN Constant Pitch8-UN konstante SteigungPas constant 8-UNRosca Americana paso 8 hilos8-UN British AssociationBritish AssociationAssociation britanniqueRosca inglesa BA British Standard BrassBritish Standard BrassStandard Anglais BSCYRosca inglesa BSC High Speed Steel DrillHSS-BohrerForet en acier grande vitesseBroca en HSS Group CodeGruppen-CodeCode groupeCdigo de familia Free Running InsertFrei laufender EinsatzFilet rapport standardInserto standard Screw Locking InsertScrewlockender EinsatzFilet rapport frein de visInserto autofrenante Installed Insert Length = Diameter x 1.0Installierte Einsatzlnge = Durchmesser x 1.0Longueur du filet rapport install = Diamtre x 1.0Longitud del inserto instalado = Dimetro x 1=x1.0 Installed Insert Length = Diameter x 1.5Installierte Einsatzlnge = Durchmesser x 1.5Longueur du filet rapport install = Diamtre x 1.5Longitud del inserto instalado = Dimetro x 1,5=x1.5 Installed Insert Length = Diameter x 2.0Installierte Einsatzlnge = Durchmesser x 2.0Longueur du filet rapport install = Diamtre x 2.0Longitud del inserto instalado = Dimetro x 2=x2.0 Installed Insert Length = Diameter x 2.5Installierte Einsatzlnge = Durchmesser x 2.5Longueur du filet rapport install = Diamtre x 2.5Longitud del inserto instalado = Dimetro x 2,5=x2.5 Installed Insert Length = Diameter x 3.0Installierte Einsatzlnge = Durchmesser x 3.0Longueur du filet rapport install = Diamtre x 3.0Longitud del inserto instalado = Dimetro x 3=x3.0 Installed Insert Length = Diameter x DInstallierte Einsatzlnge = Durchmesser x DLongueur du filet rapport install = Diamtre x DLongitud del inserto instalado = Dimetro x D=xD Spark Plug Installed Insert LengthZndkerze - installierte EinsatzlngeLongueur de filet rapport de bougie d'allumageLongitud de rosca de la buja 304 Stainless Steel Insert304 Edelstahl-EinsatzFilet rapport en acier inoxydable 304Inserto en acero inoxidable 304304 Insert Standard ComplianceEinsatz gem NormConformit des filets rapportsConformidad de inserto Standard Compliance By Special OrderGem Norm - SonderauftragConformit par commande spcialeConformidad en pedido especial Strip Feed InsertsStrip-Feed EinstzeFilets rapports alimentation bandeInsertos sobre banda de plstico Low VolumeNiedriges VolumenVolume faibleVolumen pequeo Low Medium VolumeNiedriges mittleres VolumenVolume faible - moyenVolumen mediano High VolumeHohes VolumenVolume levVolumen elevado Hand Installation ToolHandeinbauwerkzeugOutil manuel dinstallationHerramienta de instalacin manual High Speed Steel STI TapHSS STI GewindeschneideTaraud STI en acier grande vitesseMacho STI en HSSSTI rMC, MF, UNC, UNF, 8 Pitch, NPT HSS Bottoming STI TapMC, MF, UNC, UNF, 8 Steigungs-, NPT HSS vorschneider STI-GewindeschneiderTaraud STI finisseur MC, MF, UNC, UNF, 8 pas, NPT HSSMacho STI de acabado, N 3 MC, MF, UNC, UNF, 8 UN, NPTMC, MF, UNC, UNF, 8 , NPT - HSS STI MC, MF, UNC, UNF, 8 Pitch, NPT HSS Intermediate STI TapMC, MF, UNC, UNF, 8 Steigung, NPT HSS Einschnitt STI- GewindeschneiderTaraud STI intermdiaire MC, MF, UNC, UNF, 8 pas, NPT HSSMacho STI intermedio, N 2 MC, MF, UNC, UNF, 8 UN, NPTMC, MF, UNC, UNF, 8 , NPT - HSS STI MC, MF, UNC, UNF, 8 Pitch, NPT HSS Taper STI TapMC, MF, UNC, UNF, 8 Steigung, NPT HSS fertigschneider STI-GewindeschneiderTaraud STI baucheur MC, MF, UNC, UNF, 8 pas, NPT HSS Macho STI cnico, N 1 MC, MF, UNC, UNF, 8 UN, NPTMC, MF, UNC, UNF, 8 , NPT - HSS STI BSW, BSF, BSP HSS Bottoming STI TapBSW, BSF, BSP HSS vorschneider STI- GewindeschneiderTaraud finisseur STI BSW, BSF, BSP HSS Macho STI de acabado, N 3 BSW, BSF, BSPBSW, BSF, BSP - HSS STI BSW, BSF, BSP HSS Intermediate STI TapBSW, BSF, BSP HSS Einschnitt STI GewindeschneiderTaraud STI intermdiaire BSW, BSF, BSP HSSMacho STI intermedio, N 2 BSW, BSF, BSPBSW, BSF, BSP - HSS STI BSW, BSF, BSP HSS Taper STI TapBSW, BSF, BSP HSS fertigschneider STI-GewindeschneiderTaraud STI baucheur BSW, BSF, BSP HSSMacho STI cnico, N 1 BSW, BSF, BSPBSW, BSF, BSP - HSS STI BA HSS Bottoming STI TapBA HSS vorschneider STI-GewindeschneiderTaraud STI finisseur BA HSSMacho STI de acabado, N 3 BABA - HSS STI BA HSS Intermediate STI TapBA HSS Einschnitt STI- GewindeschneiderTaraud STI intermdiaire BA HSSMacho STI intermedio, N 2 BABA - HSS STI BA HSS Taper STI TapBA HSS fertigschneider STI- GewindeschneiderTaraud STI baucheur BA HSSMacho STI cnico, N 1 BABA - HSS STI Spark Plug HSS Pilot Nose STI TapZndkerze HSS STI- Gewindeschneider mit FhrungszapfenTaraud STI embout pilote bougie dallumage - HSS Macho STI con doble entrada para bujas - HSS STI HSS-EV Spiral Flute STI TapHSS-EV Geradeer STI- GewindeschneiderTaraud STI rainures hlicodales HSS-EVMacho STI HelicoidalHSS-EVSTI HSS-EV Spiral Point (Gun Nose) STI TapHSS-EV Drallspitzen -(Tiefloch-) STI- GewindeschneiderTaraud STI entre hlicodale (nez mitrailleuse) HSS-EVMacho STI con entrada corregida F/BHSS-EV()STI STI Tap 4H/5H ToleranceSTI Gewindeschneider - 4H/5H ToleranzTaraud STI de tolrance 4H/5HMacho STI en tolerancia 4H/5HSTI4H/5H STI Tap 3B ToleranceSTI Gewindeschneider - 3B ToleranzTaraud STI de tolrance 3BMacho STI en tolerancia 3BSTI3B STI Go No-Go GaugesSTI Go-No-Go-LehrdorneJauges STI Go / No-GoJuego de calibres Pasa, No pasaSTI MC/ MFPSCIGROUPCODEUNC/ UNFCSTWSSHD60Loksert Keylocking InsertLoksert Keylocking Insert (drehfester Einsatz) Loksert Keylocking Insert [Filet rapport Loksert frein]Inserto de seguridad LoksertLoksertLoksert()Unified National Coarse and Unified National FineUnified National Standard und Unified National FeinPas normal amricain et Pas fin amricainRosca Americana gruesa y finaMetric Coarse and Metric FineMetrisch Standard und Metrisch FeinMtrique pas normaux et Mtrique pas finsMtrico grueso y finoLoksert Thin Wall InsertLoksert Thinwall Insert (dnnwandiger Einsatz)Loksert Thin Wall Insert [Filet rapport Loksert paroi mince]Inserto de seguridad Loksert de pared delgadaLoksertLoksert()Loksert Heavy Duty InsertLoksert Heavy-Duty Insert (Heavy-Duty Einsatz)Loksert Heavy Duty Insert [Filet rapport Loksert paroi renforce]Inserto de seguridad Loksert reforzadoLoksertLoksert()Loksert Carbon Steel InsertLoksert Carbon Steel Insert (Einsatz aus unlegiertem Stahl)Loksert Carbon Steel Insert [Filet rapport Loksert en acier au carbone]Inserto de seguridad Loksert en acero al carbonoLoksertLoksert()Loksert Stainless Steel InsertLoksert Stainless Steel Insert (Edelstahl-Einsatz)Loksert Stainless Steel Insert [Filet rapport Loksert en acier inoxydable]Inserto de seguridad Loksert en acero inoxidableLoksertLoksert()Group CodeGruppen-CodeCode groupeCdigo de familiaInsert Internal Thread Rosca interna del insertoEinsatz internes GewindeFiletage interne du filet rapport Insert External Thread Rosca externa del insertoEinsatz externes GewindeFiletage externe du filet rapport Pitch (mm) Paso en milmetrosSteigung (mm)Pas (mm) (mm)Pitch (tpi) Paso en dientes por pulgadaSteigung (tpi)Pas (tpi) (tpi)Insert Length Longitud del insertoEinsatzlngeLongueur du filet rapport # of Inserts Nmero de roscas del inserto# EinstzeNb de filets rapports Tapping Drill Size Dimetro de la broca previaGewindebohrer-GreDimension de lavant-trou de taraudage Thread Tap Size Dimensin del macho de roscarGewindeschneider-GreDimension du taraud de filetage Countersink Diameter Dimetro del avellanadorSenkbohrer-DurchmesserDiamtre de la fraise Installation Tool Part # Herramienta de instalacin NEinbauwerkzeug #Code pice de loutil dinstallation 4H/5H15500_PowerCoil_Int_BGcover 9/10/07 4:43 PM Page 2Part No. 3520 - 12.00 X 1.5D35 PowerCoil - Stainless Steel36 Loksert - Carbon Steel37 Loksert - Stainless Steel20 Metric Coarse21 Metric Fine22 Spark Plug23 Metric Fine24 Metric Fine28 BSW30 BSF00 Multifunctional32 UNC34 UNF44 BA46 BSP52 NPT60 BSC70 8-UNPB Phosphor bronzeIC Iconel X-750NM Nimonic 90NT Nitronic 60Y 316 Stainless SteelCD Cadmium plateZN Zinc plateAG Silver plateFL Dry fim lubricantI Tap Intermediate STIT Tap Taper STIB Tap Bottoming STISF Tap Spiral Flute STISP Tap Spiral Point STIFT Tap Fluteless STITW Loksert Thin WallHD Loksert Heavy DutyTT Loksert Thin Wall install toolHT Loksert Heavy Duty install toolT Loksert Universal install toolDIAMETERXX . XX MetricXX / XX ImperialX.X D Insert length as a factor of nominal screwIR PowerCoil strip-feed reelSL PowerCoil screw lockingK PowerCoil thread repair kitP PowerCoil Hang sell insert packetWK PowerCoil workshop kitHIT Hand installation toolHIP Prewinder installation toolMIT Machine installation toolHIM Hex drive installation mandrelMIP Pneumatic installation toolTB Tang break toolSTB Spring loaded tang break toolPTB Pneumatic tang break toolRT Removal/extraction toolLH Left HandGC Gauge STI 4H5H toleranceGM Gauge STI 6H toleranceTeil-Nr. 3520 - 12.00 X 1.5D35 PowerCoil - Edelstahl36 Loksert - unlegierter Stahl37 Loksert - Edelstahl20 Metrisch Standard21 Metrisch fein22 Zndkerze23 Metrisch fein24 Metrisch fein28 BSW30 BSF00 Multi-funktionell32 UNC34 UNF44 BA46 BSP52 NPT60 BSC70 8-UNPB Phosphor bronzeIC Iconel X-750NM Nimonic 90NT Nitronic 60Y 316 EdelstahlCD KadmiertZN GalvanisiertAG VersilbertFL TrockenschmiermittelI Gewindebohrer Einschnitt STIT Gewindebohrer - konisch STIB Gewindebohrer bodengehend STISF Gewindebohrer Gerade STISP Gewindebohrer Drallspitze STIFT Gewindebohrer ohne Nuten STITW Loksert - dnnwandigHD Loksert - Heavy-DutyTT Loksert dnnwandig: EinbauwerkzeugHT Loksert Heavy-Duty: Einbauwerkzeug T Loksert Universal- EinbauwerkzeugDURCHMESSERXX . XX MetrischXX / XX ZollX.X D Einsatzlnge als Faktor der NennschraubeIR PowerCoil Stripfeed-RolleSL PowerCoil ScrewlockungK PowerCoil Gewindereparatur-SortimentP PowerCoil Hangsell-EinsatzpaketWK PowerCoil Werkstatt-SortimentHIT HandeinbauwerkzeugHIP Vorspannpatronen-EinbauwerkzeugMIT Maschinelles EinbauwerkzeugHIM Hex-Drive-EinbauspindelMIP Pneumatisches EinbauwerkzeugTB ZapfenbrecherSTB Vorgespannter ZapfenbrecherPTB Pneumatischer Zapfenbrecher RT AusdrehwerkzeugLH LinksdrehendGC Ma STI - 4H5H ToleranzGM Ma STI - 6H ToleranzPice Nr. 3520 - 12.00 X 1.5D35 PowerCoil - Acier inoxydable36 Loksert - Acier au carbone37 Loksert - Acier inoxydable20 Mtrique pas normaux21 Mtrique pas fins22 Bougie dallumage23 Mtrique pas fins24 Mtrique pas fins28 BSW30 BSF00 Multifonctionnel32 UNC34 UNF44 BA46 BSP52 NPT60 BSC70 8-UNPB Bronze de phosphoreIC Iconel X-750NM Nimonic 90NT Nitronic 60Y Acier inoxydable 316CD Plaque de cadmiumZN Plaque de zincAG Plaque dargentFL film de lubrifiant hydrofugeI Taraud STI intermdiaireT Taraud STI baucheur B Taraud STI finisseurSF Taraud STI rainures hlicodalesSP Taraud STI entre hlicodale FT Taraud STI sans goujoureTW Loksert paroi fineHD Loksert paroi renforceTT Outil dinstallation de Loksert paroi fineHT Outil dinstallation de Loksert paroi renforceT Outil dinstallation universel de LoksertDIAMETERXX . XX MtriqueXX / XX ImprialX.X D Longueur du filet rapport tel que facteur de serrage nominalIR Moulinet dentranement de bande PowerCoilSL PowerCoil frein de visK kit de rparation de filets PowerCoilP Paquet de filets rapports PowerCoil dans un emballage systme daccrocheWK PowerCoil kit datelierHIT Outil dinstallation manuelHIP outil dinstallation de pr-enroulageMIT Outil dinstallation de la machineHIM mandrin dinstallation HexMIP Outil pneumatique dinstallationTB TenonSTB Tenon ressortPTB Pneumatic tang break toolRT Outil de dpose / dextractionLH Coupe gaucheGC Jauge STI de tolrance 4H5HGM Jauge STI de tolrance 6HNo. De Parte 3520-12.00 X 1,5D35 PowerCoil en acero inoxidable36 Loksert en acero al carbn37 Loksert en acero inoxidable20 Mtrico grueso21 Mtrico fino22 Buja23 Mtrico fino24 Mtrico fino28 BSW30 BSF00 Multifuncional32 UNC34 UNF44 BA46 BSP52 NPT60 BSC70 8-UNPB Bronce con fsforo IC Iconel X-750NM Nimonic 90NT Nitronic 60Y Acero Inoxidable 316 CD Terminado en cadmioZN Terminado de zincAG Terminado de plataFL lubricado en secoI Macho 2 o intermedio STIT Macho 1 o cnico STIB Macho 3 o de acabado STISF Macho helicoidal STISP Macho con entrada corregida STIFT Macho laminacin STITW Loksert de pared delgadaHD Loksert para trabajos pesados (duros)TT Herramienta instalacin de Loksert de pared delgadaHT Herramienta instalacin de Loksert para trabajos pesadosT Herramienta de instalacin universal para LoksertDIAMETERXX . XX MtricoXX / XX PulgadasX.X D Longitud del inserto teniendo en cuenta la longitud del tornillo IR Power Coil, Carrete de alimentacin de insertos SL Power Coil, insertos autoblocantes (de seguridad) (autofrenantes)K Power Coil, Juego de reparacin de roscasP Power Coil, paquetes de insertos para colgarWK Power Coil, Juegos para tallerHIT Herramienta de instalacin manualHIP Herramienta de instalacin de roscasMIT Herramienta para insertar a mquinaHIM Herramienta para insertar con mango hexagonalMIP Herramienta de instalacin neumticaTB Herramienta rompe arrastreSTB Herramienta rompe arrastre automtico PTB Herramienta rompe arrastre neumticaRT Herramienta extractora de insertosLH Giro izquierdaGC Roscas en tolerancia STI 4H5HGM Roscas en tolerancia STI 6HPart No. 3520 - 12.00 X 1.5D353637202122232428300032344446526070PBICNMNTYCDZNAGFLITBSFSPFTTWHDTTHTTXX . XX XX / XX X.X DIRSLKPWKHITHIPMITHIMMIPTBSTBPTBRTLHGCGMBSC 3520-12.00 X 1 5D35 PowerCoil 36 Loksert 37 Loksert 20 21 22 23 24 28 BSW30 BSF00 32 UNC34 UNF44 BA46 BSP52 NPT60 BSC70 8-UNPB IC X-750NM 90NT 60Y 316 CD ZN AG FL I STIT STIB STISF STISP STIFT STITW HD TT HT T Loksert( )XX . XX XX / XX X.X D IR Power Coil SL Power Coil K Power Coil P Power Coil WK Power Coil HIT HIP MIT HIM MIP TB STB PTB RT /LH ( )GC STI H5HGM STI HFREE 304FREE 304FREE 304X.XD304X.XDFREE 304 X.XD304 X.XDLOCKLOCKHSS HSS HSS HSSCS TWCS TW SS HDTW HD90929596FREE LOCK 68Thread Repair KitsGewindereparatur-SortimenteKits de rparation de filetsJuegos de reparacinHang Sell InsertsHang-Sell-Einstzefilets rapports dans un emballage systme daccrocheInsertos en blister para colgarBulk InsertsLoseeinstzeFilets rapports en grosInsertos a granelStrip Feed InsertsStripfeed-EinstzeFilets rapports entranement de bandeInsertos en carretes Bulk Locking InsertsLosescrewlock-EinstzeFilets rapports frein en grosInsertos de seguridad a granelStrip Feed Locking InsertsStripfeed-ScrewlockeinstzeFilets rapports frein entranement de bandeSTI Taps & GaugesSTI Gewindebohrer & LehrdorneTarauds STI et jaugesMachos STI y contadores de hilos STI pasa, no pasaSTI ToolsWerkzeugeOutilsHerramientasPowerCoil TechnicalPowerCoil TechnologieDocuments techniques PowerCoilManual tcnico Power CoilPowerCoil( )Hang Sell InsertsHang-Sell-EinstzeFilets rapports dans un emballage systme daccrocheInsertos en blister para colgarBulk InsertsLoseeinstzeFilets rapports en grosInsertos a granelToolsWerkzeugeOutilsHerramientasLoksert TechnicalLoksert TechnologieDocuments techniques LoksertManual tcnico LoksertLoksert( )Manufactured from high quality chromium nickel stainless steel,PowerCoil Wire Thread Inserts provide high strength internal threadsthat resist the effects of temperature and corrosion. Their uniquedesign ensures superior threads whose compound performance cannotbe reproduced by any other single fastening method. Available in twobasic forms, free running or screw locking, they are much lighter andless expensive than any other equivalent type of thread insert andbecause of their compact size they can generally be incorporated intoexisting designs where no previous provision has been made. Free RunningProduced from precision profiled austenitic stainless steel wire wound into a helicalspiral, PowerCoil free running inserts have a spring like appearance. When installed,using any one of a variety of manual or automatic tools, they provide strong permanentinternal threads which resist heat and corrosion. Once fitted, their position is maintainedby the action of radial pressure between their coils and the flanks of the tapped hole.This pressure exists because their free diameter is larger by a calculated amount, thantheir installed diameter.Screw LockingScrew locking (or prevailing torque) inserts are of particular value in applications subjectto the effects of cyclic vibration or impact. In addition to the benefits afforded by freerunning inserts, PowerCoil screw locking inserts offer the additional security of prevailinglocking torque. This is achieved by the action of one or more polygonal grip coilspositioned within the insert s l ength, which exert radial pressure on the male thread.Each grip coil consists of a number of tangential locking chords which protrude insidethe minor diameter of the normal free running coils. As the male thread passes throughthese grip coils, the locking flats are displaced thus exerting radial pressure orprevailing torque on the male thread. On removal of the male thread, the locking coilsrelax to their original form permitting repeated assembly whilst retaining a measurablelevel of prevailing torque.Note It is recommended that only close fit plated or lubricated bolts or screwsare used with screw locking inserts.Features & Benefits For many years, helically coiled wire thread inserts have been vastly underestimated.The popular misconception that they were designed for the repair of damaged threadshas given this unique fastener a false image.They are much lighter and less expensive than any other equivalent type of threadinsert and because of their compact size, can generally be introduced into existingdesigns where no previous provision has been made. Unlike many other economicmeasures, their introduction increases quality and performance whilst reducing overallproduct cost. Their introduction may result in the use of thinner sections or lighterparent materials without sacrificing thread strength.They protect tapped threads against failures due to stripping, seizing, corrosion andwear. PowerCoil wire thread inserts are produced from austenitic stainless steel wirewhich is work hardened to a tensile strength above 200,000psi and a hardness ofRc43-50.The inserts have an exceedingly smooth surface finish which virtuallyeliminates friction-induced thread errosion.The continuous helically coiled design negates the need for thick wall structures tosupport the internal and external threads - the diamond profile wire coil IS the thread.PowerCoil wire thread inserts can be installed in rteduced size bosses or flanges andwithin constricted areas saving space and weight while providing high strength.A boss radius equal to the nominal bolt diameter is usually sufficient.A complete range of installation tools are available to suit specific productiontechniques. A range of hand tools exist for small runs and repairs; electric andpneumatic tools are available for high volume production requirements.StrengthDue to their flexibility, wire thread inserts create internal threads which have a muchimproved distribution of residual stress loading when compared with conventionaltapped holes, where up to 70% of the shearing forces are carried by the first threethreads in the tapped hole. The flexibility of wire thread inserts helps to compensatefor pitch and flank angle errors, inherent in normal tapped holes, and significantlyenhances the load bearing capacity by deflecting the residual forces into a helicalhoop stress which is dispersed into the wall of the tapped hole. This enables thedesign to be confidently based on the bolt strength utilising smaller and shorterthreads even when used in low strength materials.The high tensile coils of a wire thread insert undergo a diameter reduction duringinstallation. The outward spring-like force of the coils locks the insert into place.Each coil can flex independently to contact the greatest amount of parent materialthread surface. Both static and dynamic load bearing capabilities are improved.Eliminate StressVirtually no stress is introduced into the parent material because there is no staking,locking, swaging or keying in place. The outward spring action of the insert holds itin place.Wear ResistanceThe combination of material hardness and the brilliant surface finish of wire threadinserts creates internal threads in which wear due to thread friction is virtuallyeliminated. This is of particular value in applications requiring repeated assembly &disassembly. The low frictional coefficient ensures that virtually all of the appliedassembly torque is converted into clamping load. Thus providing threads that stay tight.Corrosion ProtectionThe 18/8 austenitic stainless steel wire used in PowerCoil inserts resists corrosionunder normal environmental conditions. Galvanic action within the thread assembly isreduced, increasing the life of the fastening assembly.Galvanic corrosion is most significant form of corrosion affecting inserts and fasteners.Galvanic corrosion occurs when dissimilar metals are in contact in the presence of anelectrolytic solution. All metals exhibit different degrees of activity or nobility and canbe arranged in a galvanic series of increasing activity. Gold and platinum are most noblewhile zinc and magnesium are most active. The most common electrolytic solutionencountered is ordinary water. Seawater or salt spray is more damaging because of highconcentrations of dissolved salts.The best way to preclude galvanic corrosion is to use similar potential metals andeliminate the electrolyte conductor. The active stainless steel of PowerCoil wire threadinserts are not passivated. This minimizes the possibility of galvanic corrosionoccurring when they are installed in aluminum or magnesium parent materials.Some additional precautions for reducing galvanic corrosion are:1. Isolate the fasteners from the electrolyte. This can be done through gasketing or sealing.2. Specify cadmium plated inserts. The cadmium plate provides a sacrificial barrieragainst corrosion. In addition, the cadmium plate has lubricating properties thatminimize galling when stainless steel screws are used.3. Apply corrosion inhibiting pastes or compounds to the screw. These include zincchromate primer (MIL-P-8585) and strontium chromate primer (MIL-P-23377). Note:Pastes applied to the CoilThread Insert can become trapped between the wire andthe hole and cause loss of proper tolerance. It is therefore recommended to apply thepaste only to the screw, not the insert. If zinc chromate primer is applied to thetapped hole it should be thinned and applied sparingly. The insert should be installedwhile the primer is still wet.4. Specify a dry film lubricant such as molybdenum disulphide on the inserts. Thisprovides a secondary barrier against corrosion.5. Where practical or where it will not interfere with the completed assembly, theexternal joint should be coated with a suitable paint.Standard Bolt Bolt with PowerCoil insert50%25%12%6%3%2%30%22%17%13%10%8%powercoil.com.au wire thread insert system powercoil.com.au wire thread insert system Die aus nicht rostendem Chromnickelstahl hergestellten PowerCoilGewinde Einstze (Drahtgewindeeinstze) sorgen fr hochfeste interneGewinde, die temperatur- und rostbestndig sind. Ihr einzigartiges Designgarantiert berlegene Gewinde, deren Verbundfestigkeit durch keineandere Befestigungsmethode erreicht wird. Die Einstze sind in zweiGrundausfhrungen frei laufend oder mit Screwlockung- erhltlich, undsind viel leichter und preiswerter als entsprechende andereGewindeeinsatztypen. Aufgrund ihrer kompakten Gre knnen sienormalerweise ohne weitere Vorkehrungen in bestehende Designsintegriert werden. Free running (frei laufend)Die aus przisions-profiliertem Austenitedelstahl hergestellten PowerCoil free running inserts(frei laufenden Einstze) haben eine federartige Erscheinung. Wenn eingebaut unter Einsatzbeliebiger Hand- und automatischer Werkzeuge , bilden sie stabile, dauerhafte interneGewinde, die hitze- und rostbestndig sind. Nach dem Einpassen wird ihre Einbaulage durchRadialdruck zwischen den Windungen und den Seiten der Gewindebohrung fixiert. DieserDruck kommt dadurch zustande, dass der freie Durchmesser der Einstze um einenfestgelegten Betrag grer als der installierte Durchmesser ist.Screw locking (screwlockend)Screwlockende (oder selbstsichernde) Einstze sind bei Anwendungen, die zyklischenSchwingungen oder Stowirkungen ausgesetzt sind, besonders vorteilhaft. Auer denVorzgen der frei laufenden Einstze bieten screwlockende Einstze noch zustzlich dieselbstsichernde Screwlockung. Die Screwlockung wird dabei durch eine oder mehrerepolygon geformte Windungen erzielt, die klemmend auf die Flanken der eingedrehtenSchraube wirken. Jede dieser Windungen hat eine tangentiell verlaufende Sperrsehne, die inden inneren Durchmesser der normalen, frei laufenden Windungen hineinragt. Wenn dasBolzengewinde durch die Windungen geht, werden die Klemmflchen nach auen verdrngtund ben dann radialen oder Klemmdruck auf das Bolzengewinde aus. Wenn dasBolzengewinde entfernt wird, nehmen die Windungen wieder ihre ursprngliche Form an undermglichen wiederholten Einsatz unter Beibehaltung eines messbaren Klemmdrucks.Hinweis: Es wird empfohlen, beim Einsatz von Schraubverschlusseinstzen geschmierteoder eng anliegende, berzogene Bolzen oder Schrauben zu verwenden.Eigenschaften und Vorzge Jahrelang wurden spiralgewundene Drahtgewindeeinstze als Reparaturmittel frbeschdigte Gewinde abgeschrieben, und diese speziellen Verbindungen litten somit untereinem falschen Image.Sie sind viel leichter und preiswerter als vergleichbare Gewindeeinsatztypen, und aufgrundihrer Kompaktheit knnen sie normalerweise in existierende Designs integriert werden,auch wenn diese hierzu nicht vorgesehen waren. Im Gegensatz zu anderenSparmanahmen fhrt ihr Einsatz zu Qualitts- und Leistungsverbesserung beigleichzeitiger Reduzierung der Gesamtproduktionskosten. Sie ermglichen dieVerwendung von kleineren Querschnitten oder leichten Mutterwerkstoffen, ohne dass beider Festigkeit der Gewinde Kompromisse eingegangen werden mssen.Sie schtzen gebohrte Gewinde vor Defekten, die aufgrund von Abriss, Festfressen, Rostund Verschlei auftreten. PowerCoil Gewinde Einstze werden aus austenitischemEdelstahldraht hergestellt, der auf eine Zugfestigkeit von ber 200 000psi und eine Hrtevon Rc43-50 verformungsgehrtet ist. Die Oberflchenbeschaffenheit der Einstze istausgezeichnet, sodass durch Reibung verursachte Gewindekorrosion praktischausgeschlossen ist.Das kontinuierliche Spiraldesign macht dicke Wandstrukturen zur Unterlegung der internenund externen Gewinde unntig die Drahtwindung mit rhombischem Profil IST dasGewinde. PowerCoil Gewinde Einstze knnen in Naben oder Flanschen mit reduziertemDurchmesser und in engen Baurumen installiert werden sie sind Platz sparend undleicht, bei gleichzeitig hoher Festigkeit. Ein Nabenradius, der dem Nenndurchmesser desBolzens entspricht, ist normalerweise ausreichend.Ein vollstndiges Sortiment von Einbauwerkzeugen fr spezifische Produktionsmethoden isterhltlich - Handeinbauwerkzeuge fr kleine Lose und Reparaturen, sowie elektrische undpneumatische Werkzeuge fr Loseproduktionserfordernisse.FestigkeitAufgrund ihrer Biegsamkeit erzeugen Drahtgewindeeinstze im Vergleich mitherkmmlichen Gewindebohrungen interne Gewinde mit einer besseren Verteilung derRestanzugslast. Bei herkmmlichen Gewindebohrungen werden 70% der Scherkrfte vonden ersten drei Windungen der Bohrung aufgenommen. Die Biegsamkeit derDrahtgewindeeinstze hilft bei der Kompensation von Flanken- und Steigungswinkelfehlern,die bei normalen Gewindebohrungen auftreten, und verbessert die Lastragkraft durchUmwandeln der Restkrfte in eine Ringspannung, die in die Wand der Gewindebohrungabgeleitet wird. Das Design kann somit auf die Festigkeit der Bolzen bauen, auch wennkleinere und krzere Gewinde auf Leichtbauwerkstoffen verwendet werden. Bei derInstallation wird der Durchmesser der hher-festen Windungen einesDrahtgewindeeinsatzes reduziert. Die nach auen gerichtete Federspannung klemmt denEinsatz in Position. Jede Windung kann sich unabhngig biegen, um soviel Kontaktflchewie mglich auf dem Ausgangsgewinde abzudecken. Sowohl statische wie dynamischeLasttragkraften werden hierdurch verbessert.SpannungseliminierungDas Ausgangsmaterial wird praktisch berhaupt nicht unter Spannung gesetzt, da keinFestmachen, Einrasten, Umformen oder Keilen ntig ist. Der Einsatz wird durch seine nachauen gerichtete Federaktion festgehalten.VerschleibestndigkeitDank der Kombination von Materialhrte und ausgezeichneter Oberflchenqualitt derDrahtgewindewindeeinstze werden interne Gewinde erzeugt, die den Verschlei aufgrundvon Gewindereibung praktisch ausschlieen. Dies ist besonders bei Anwendungen, diewiederholten Ein- und Ausbau erfordern von unschtzbarem Wert. Der niedrigeReibungskoeffizient garantiert, dass praktisch das gesamte Drehmoment in Klemmkraftumgesetzt wird, und die Gewinde fest angezogen bleiben.KorrosionsschutzUnter normalen Umgebungsbedingungen ist der in PowerCoil verwendete 18/8austenitische Edelstahldraht rostbestndig. Das Auftreten galvanischer Vorgnge imGewinde ist geringfgig, was die Lebensdauer des Befestigungssystems verlngert.Galvanische Korrosion ist die folgenschwerste Korrosionsart bei Einstzen undSchraubverbindungen. Galvanische Korrosion ist eine Folge des Kontakts unterschiedlicherMetalle miteinander bei Vorhandensein einer elektrolytischen Lsung. Alle Metalle habenverschiedene Grade von Reaktivitt und Stabilitt und knnen in einer galvanischenSerie zunehmender Reaktivitt aufgelistet werden. Gold und Platin sind die edelsten Metalle,whrend Zink und Magnesium am ehesten reagieren. Die am hufigsten vorliegendeelektrolytische Lsung ist normales Wasser. Salzwasser ist aufgrund der hohenKonzentration gelster Salze besonders korrodierend. Galvanische Korrosion kann ambesten verhindert werden, indem Metalle hnlichen Potentials zusammen verwendet werdenund die elektrolytische Leitung eliminiert wird. Der reaktive Edelstahl der PowerCoil GewindeEinstze wird nicht passiviert, sodass bei deren Einsetzen in Aluminium- oder Magnesium-Mutterwerkstoffen das Risiko der galvanischen Korrosion wesentlich gemindert wird,Einige zustzliche Manahmen zur Reduzierung galvanischer Korrosion sind:1. Die Verbindungen von elektrolytischer Lsung fernhalten. Dies kann durch Dichtungenoder Versiegeln erreicht werden.2. Kadmierte Einstze vorgeben. Der Kadmiumbelag bietet eine Rostschutzbarriere.Auerdem ist er schmierfhig, was beim Einsatz von Edelstahlschrauben eventuellesFestfressen abstellt.3. Das Aufbringen korrosionshemmender Pasten oder Verbindungen, wieZinkchromatgrundierung (MIL-P-8585) und Strontiumchromatgrundierung (MIL-P-23377). Hinweis: Direkt auf den Gewindeeinsatz aufgetragene Pasten knnen sichzwischen dem Draht und dem Gewinde festsetzen und die korrekte Toleranzbeeintrchtigen, Es wird daher empfohlen, die Paste nur auf die Schraube und nicht aufdas Gewinde aufzutragen. Wenn Zinkchromatgrundierung fr die Gewindebohrungverwendet wird, sollte sie verdnnt und sparsam aufgetragen werden. Der Einsatz musseingesetzt werden, bevor die Grundierung antrocknet.4. Auf den Einstzen ein Trockenschmiermittel vorgeben, z.B. Molybdndisulfid. Dies bildeteine zustzliche Rostschutzbarriere.5. Wenn mglich, und vorausgesetzt es beeintrchtigt die fertige Baugruppe nicht, solltedie externe Verbundstelle mit einer geeigneten Farbe gestrichen werden.Standardbolzen Bolzen mit PowerCoil Einsatz50%25%12%6%3%2%30%22%17%13%10%8%Fabriqus partir dacier inoxydable chrome-nickel de qualit, les PowerCoilWire Thread Inserts [filets rapports PowerCoil] disposent de filets internes haute rsistance qui rsistent aux effets causs par la temprature et lacorrosion. Le design unique garantit des filets suprieurs dont la performancecombine ne peut tre atteinte par aucune autre mthode de fixation simple.Disponibles sous deux formes de base, standard ou frein de vis, ils sont pluslgers et moins chers que tout autre type de filet rapport quivalent et, grce leur petite taille, ils peuvent tre gnralement incorpors aux modlesexistants qui ne disposent daucune dotation spcifique. Modle standardFabriqus partir de fil dacier inoxydable austnitique enroul en spirale hlicodale, lesPowerCoil free running inserts [filets rapports PowerCoil standard] ressemblent desressorts. Lorsquils sont implants, laide de lun des nombreux outils manuels ouautomatiques, ils donnent des filets internes solides et permanents qui rsistent la chaleuret la corrosion. Une fois ajusts, leur position est maintenue par laction de la pressionradiale qui sexerce entre leurs spires et les flancs du trou taraud. Cette pression existeparce que leur diamtre rel est plus large dune valeur calcule que leur diamtre unefois implants.Modle frein de visLes filets rapports frein de vis (ou couple permanent) sont extrmement utiles pour lesapplications sujettes aux effets provoqus par les vibrations cycliques ou les chocs. En plus desavantages des filets rapports standard, les PowerCoil screw locking inserts [filets rapportsPowerCoil frein de vis] offrent une scurit supplmentaire avec le couple de freinagepermanent. Ceci est accompli par la pression radiale exerce sur le filetage extrieur par une ouplusieurs spires dformation polygonale positionnes sur la longueur du filet rapport. Chaquespire dforme consiste en un nombre de cordes tangentielles frein qui dpassent lintrieurdu diamtre mineur des spires normales. Tandis que le filetage extrieur passe travers cesspires dformes, les vis tte plate sont dplaces, exerant ainsi une pression radiale oucouple permanent sur le filetage extrieur. Lorsque le filetage extrieur est retir, les spires defreinage dbandent pour atteindre leur forme originale, permettant des assemblages rptstout en conservant un niveau mesurable de couple permanent.Remarque : il est recommand que seuls des boulons ou vis lubrifis ou tte plate ajustement serr soient utiliss avec les filets rapports frein de vis.Charactristiques et avantages Pendant de nombreuses annes, les filets rapports spires hlicodales ont t largementsous-estims. Lide quils taient destins la rparation des filets endommags donna unefausse image cette pice de fixation unique.Ils sont plus lgers et moins chers que tout autre filet rapport quivalent et, grce leurpetite taille, ils peuvent gnralement tre introduits dans les modles existants qui nedisposent daucune dotation spcifique. A la diffrence dautres mesures conomiques, leurintroduction augmente la qualit et les performances tout en rduisant les cots deproduction. Leur introduction peut aboutir lutilisation des sections plus fines ou dematriaux plus lgers sans renoncer la rsistance des filets.Ils protgent les filets tarauds contre le rayage, le grippage, la corrosion et lusure. LesPowerCoil wire thread inserts [filets rapports PowerCoil] sont fabriqus partir de fil enacier inoxydable austnitique qui est endurci jusqu une charge de rupture suprieure 200000 psi et une duret de Rc43-50. Les filets rapports bnficient dune finition de surfaceextrmement lisse qui limine virtuellement lrosion du filet cause par le frottement.Le modle de spires hlicodales continues limine le besoin davoir des structures paroipaisses pour soutenir les filets internes et externes : le ressort au profil de diamant EST lefilet. Les PowerCoil wire thread inserts [filets rapports PowerCoil] peuvent tre implantsdans des bossages ou des flasques de petite taille et dans des zones comprimes,conomisant ainsi de lespace et du poids tout en fournissant une haute rsistance. Un rayonde bossage gal au diamtre nominal du boulon est habituellement suffisant.Une gamme complte doutils dinstallation est disponible pour sadapter aux techniquesparticulires de production. une gamme d'outils manuels existe pour les petits travaux etrparations ; des outils lectriques et pneumatiques sont disponibles pour les besoins deproduction de gros volume.RsistanceGrce leur flexibilit, les filets rapports crent des filets internes qui ont une distributionamliore de la charge de tension rsiduelle en comparaison avec les trous taraudsconventionnels o jusqu 70% des forces de cisaillement sont soutenus par les troispremiers filets du trou taraud. La flexibilit des filets rapports aide compenser les erreursdangle dhlice et de flanc, inhrentes aux trous tarauds habituels, et amliore nettement laportance en empchant la cration de forces rsiduelles dans un effort circonfrentiel qui estdispers dans la paroi du trou taraud. Ceci permet au modle de se baser en touteconfiance sur la rsistance des boulons en utilisant des filets plus petits et plus courts mmelorsquil est utilis avec des matriaux de faible rsistanceLes spires haute rsistance dun filet rapport subissent une rduction de diamtrependant linstallation. La force de ressort externe des spires bloque le filet rapport enplace. Chaque spire peut se plier indpendamment pour entrer en contact avec la plusgrande partie possible de la surface du filet du matriau rcepteur. Les capacits deportance statique et dynamique sont amliores.Eliminer la tensionVirtuellement, aucune tension ne sintroduit lintrieur du matriau rcepteur parce quilny a pas dagrafage, de verrouillage, de retreinte ou daccrochage en place. Le jeulastique externe du filet rapport le tient en place.Rsistance lusureLa combinaison de la duret du matriau avec la surface brillante des filets rapports credes filets internes dans lesquels lusure cause par le frottement des filets estvirtuellement limine. Ceci est particulirement utile pour les applications qui requirentdes montages et dmontages rpts. Le faible coefficient de frottement garantit quelensemble du couple dassemblage appliqu est virtuellement converti en charge deserrage. Donc, cela assure que les filets restent serrs.Protection contre la corrosionLe fil en acier inoxydable austnitique 18/8 utilis pour les PowerCoil inserts [filetsrapports PowerCoil] rsiste la corrosion dans des conditions environnementalesnormales. Laction galvanique qui existe lintrieur de lassemblage des filets est rduite,augmentant ainsi la dure de vie de lassemblage de fixation.La corrosion galvanique est la forme de corrosion la plus importante qui touche les filetsrapports et les pices de fixation. La corrosion galvanique apparat lorsque des mtauxdistincts sont en contact en prsence dune solution lectrolytique. Tous les mtauxdploient diffrents degrs d activit ou de noblesse et peuvent tre arrangs enune srie galvanique dactivit grandissante. Lor et le platine sont les plus nobles tandisque le zinc et le magnsium sont les plus actifs. La solution lectrolytique la plus souventrencontre est leau ordinaire. Leau de mer ou la vapeur saline provoque bien plus dedgts cause des concentrations leves de sel dissous.La meilleure faon dviter la corrosion galvanique est dutiliser des mtaux potentielssimilaires et dliminer llectrolyte. Lacier inoxydable actif des PowerCoil wire threadinserts [filets rapports PowerCoil] nest pas passiv. Ceci minimise la possibilitdapparition de la corrosion galvanique qui apparat lorsquils sont implants dans desmatriaux rcepteurs en aluminium ou magnsium. Les prcautions supplmentaires prendre pour rduire la corrosion galvanique sont :1. Isoler les pices de fixation de llectrolyte. Ceci peut tre ralis laide de joints et dedispositifs dtanchit.2. Stipuler des filets rapports cadmis. Le dpt de cadmium fournit une barrire sacrificiellecontre la corrosion. De plus, le dpt de cadmium a des proprits lubrifiantes quiminimisent le grippage lorsque des vis en acier inoxydable sont utilises.3. Appliquer de la pte ou un mlange inhibiteur de corrosion sur la vis. Ceux-ci incluent laprimaire au chromate de zinc (MIL-P-8585) et la primaire au chromate de strontium(MIL-P-23377). Remarque : la pte applique sur le filet rapport CoilThread peut seretrouver enferme entre le fil et le trou et causer une perte de tolrance approprie. Ilest donc recommand de nappliquer la pte que sur la vis et non sur le filet rapport.Si une primaire au chromate de zinc est applique sur le trou taraud, elle doit tredilue et applique avec parcimonie. Le filet rapport doit tre implant lorsque laprimaire est encore humide.4. Stipuler lapplication dun film de lubrifiant hydrofuge tel que le bisulfure de molybdne surles filets rapports. Celui-ci fournira une seconde barrire pour lutter contre la corrosion.5. Si cela est possible ou si cela ne perturbe pas lassemblage termin, le joint externedoit tre revtu dune peinture approprie.Boulon standard Boulon avec PowerCoil insert 50%25%12%6%3%2%30%22%17%13%10%8%powercoil.com.au wire thread insert system powercoil.com.au wire thread insert system Fabricados en acero inoxidable al cromo nquel de alta calidad, los insertospara reparacin de roscas Power Coil proporcionan alta resistencia a lasroscas internas lo que da como resultado una alta resistencia a latemperatura y a la corrosin. Su diseo nico asegura roscas superiorescuyo comportamiento no puede ser igualado por ningn otro mtodo deseguridad. Se encuentran disponibles en dos presentaciones bsicas,standard y de seguridad, son mucho mas ligeros y menos costosos quecualquier otro tipo de inserto equivalente y dado su tamao compactopueden generalmente incorporarse a diseos existentes en donde no sehaya hecho preparacin previa. Insertos StandardFabricados a partir de un alambre de acero inoxidable austentico, perfilado de precisinaustenitico en forma de espiral helicoidal, los insertos standard Power Coil tienen forma demuelle. Cuando se instalan utilizando cualquiera de las herramientas, ya sean manuales oautomticas, proporcionan roscas internas resistentes y permanentes que soportan el calor yla corrosin. Una vez instaladas su posicin se mantiene por la accin de presin radialentre las roscas y las ranuras del agujero roscado. Esta presin existe porque su dimetrolibre es ligeramente superior al instalado en una pequea proporcin previamente calculada.Insertos de SeguridadEl inserto de seguridad (o de cierre efectivo) estn especialmente indicados en aplicacionessujetas a efectos de vibracin cclica o impactos. Adems de las ventajas proporcionadaspor los insertos standard, los insertos de seguridad Power Coil ofrecen una seguridadadicional por su auto freno interno que lo hace ms efectivo. Esto se consigue gracias a laaccin de uno o varios cierres poligonales de las roscas del inserto posicionados a lo largodel mismo, que ejercen presin radial en los flancos de la rosca. En cada vuelta de agarre larosca de seguridad consta de un nmero tangencial de roscas que empujan dentro deldimetro menor de la rosca standard. En la medida en que la rosca pasa a travs de estasroscas de seguridad, los dispositivos se expanden aplicando presin radial o freno efectivo enla rosca del tornillo. Al retirar el tornillo roscado, las roscas de seguridad relajan su expansina su forma original permitiendo repetir el roscado del tornillo y manteniendo su nivel depresin radial de seguridad.Nota, se recomienda que solamente se utilicen tornillos niquelados o bien lubricados, conlos insertos de seguridad.Caracteristicas y Beneficios Durante muchos aos, los insertos helicoidales han sido subestimados. El conceptopopular de ser diseados para reparar roscas daadas ha dado a ste sistema nico,esta falsa imagen.Son mucho ms ligeros y menos costosos que cualquier otro tipo equivalente de inserto de rosca, y por su tamao compacto, pueden generalmente introducirse en diseospreexistentes en donde no exista una preparacin previa. Adems de otros beneficioseconmicos, su utilizacin incrementa la calidad y rendimiento mientras reduce el costototal del producto. Su utilizacin es efectiva al utilizar materiales ms delgados o msligeros sin sacrificar la dureza de la rosca.Los insertos protegen las roscas originales contra posibles fallos de perdida de hilos,perdida de medida, corrosin o desgaste. Los insertos Power Coil estn fabricados concable de acero inoxidable austentico, que le permite trabajar con una fuerza a la tensinde 200,000 psi y una dureza de RC 43-50. Los insertos tienen un acabado superficialtan fino que prcticamente elimina la friccin que induce al posible desgaste.El diseo helicoidal no requiere de paredes gruesas para soportar las roscas internas yexternas y la rosca esta perfilada con diamante. Los insertos Power Coil pueden instalarseen secciones reducidas de bordes, flancos y dentro de reas pequeas salvando espacioy peso mientras proporcionan alta resistencia.El radio de una superficie que es igual al dimetro nominal del tornillo es normalmente suficiente.Una amplia gama de herramientas de instalacin se encuentra disponible para adaptarsea diferentes tcnicas de produccin. Existe una gama de herramientas manuales parapequeas reparaciones; y las herramientas elctricas y neumticas estn disponiblespara altas producciones generalmente.ResistenciaDebido a su flexibilidad, los insertos conforman roscas internas que cuentan con unamucho mejor distribucin de carga residuales comparados con agujeros roscadosconvencionales, en donde un porcentaje superior al 70% de las fuerzas cortantes sonllevadas a cabo por las tres primeras roscas en el agujero roscado. La flexibilidad de losinsertos ayudan a compensar los errores del paso y del ngulo de flancos inherentes a losagujeros normales roscados, y mejora significativamente la capacidad de carga pordeflexin de fuerzas residuales dentro de la rosca en donde la presin se dispersa hacialas paredes del agujero roscado. Esto hace que el diseo sea muy fiable y de granresistencia utilizando roscas mas pequeas y mas cortas aun cuando los insertos seanusados en materiales menos resistentes.Los insertos Power Coil de alta flexibilidad reducen su dimetro durante la instalacin.La fuerza del inserto al expandirse en el agujero asegura el inserto en su lugar correcto.Cada filete puede flexionarse independientemente para ponerse en contacto con la mayorcantidad de material de la superficie de la rosca. Ambas capacidades de carga, esttica y dinmica son mejoradas.Elimina TensionesVirtualmente ninguna tensin es introducida al material porque no hay sistema desujecin, amarre, bloqueo, etc, en el lugar, sino que la accin de muelle del inserto lomantiene en su lugar.Resistencia al DescasteLa combinacin de la dureza en el material y el acabado brillante de los insertos configuranroscas internas, en las que el desgaste de la rosca ocasionada por el uso es prcticamenteeliminada. Esto es de gran valor para aplicaciones que requieren ensamblaje ydesensamblaje repetido. El bajo coeficiente de friccin asegura prcticamente que todas lasfuerzas de ensamblaje aplicadas se conviertan en cargas de sujecin, dando como resultadoque las roscas se mantengan firmes.Proteccion Contra CorrosionEl alambre de acero inoxidable austentico 8/18 usado en los insertos Power Coil resisten lacorrosin bajo condiciones ambientales normales. La accin galvnica dentro delensamblaje de la rosca se reduce, incrementando la vida del ensamblaje y del tornillo.La corrosin galvnica es la forma ms significativa de corrosin y afecta a los insertos y alos tornillos. La corrosin galvnica aparece cuando metales distintos estn en contacto enla presencia de una solucin electroltica. Todos los metales tienen grados diferentes deactividad o nobleza y pueden arreglarse en series galvnicas de actividad incrementada.El oro y el platino son los ms nobles, mientras el zinc y el magnesio son los ms activos.La solucin electroltica ms comn encontrada es agua ordinaria. El agua de mar o spraysalado es ms daina por la alta concentracin de sales disueltas.La mejor manera de prevenir la corrosin galvnica es usar metales potencialmentesimilares y eliminar el conductor electroltico. El activo del acero inoxidable usado en lasroscas de los insertos Power Coil no est pasivizado. Esto minimiza la posibilidad de queocurra corrosin galvnica cuando se instalan en aluminio y magnesio o materialessimilares. Algunas precauciones adicionales que deben tomarse en cuenta para prevenir lacorrosin galvnica son:1. Aislar los tornillos de los electrolitos. Esto puede hacerse a travs de encapsulado o sellado.2. Especficamente usar insertos recubiertos de cadmio. El acabado en cadmioproporciona una barrera contra la corrosin. Adicionalmente, el acabado en cadmiotiene propiedades lubricantes que minimizan el roce cuando se usan tornillos de aceroinoxidable.3. Aplicar pastas o compuestos inhibidores de corrosin al tornillo. Esto incluye alsellador zinc cromado (MIL-P-8585) y el sellador estroncio cromado (MIL-P-23377).Nota: Las pastas aplicadas al inserto helicoidal entre las roscas y el agujero puedencausar perdida de la tolerancia propia. Por lo tanto se recomienda aplicar la pastasolamente al tornillo y no al inserto. Si el sellador cromo zinc es aplicado al agujeroroscado debe rebajarse y aplicarse escasamente. El inserto debe instalarse mientras elsellador esta aun hmedo.4. Dar una pelcula de lubricante seco como el disulfato de molibdeno en los insertos,proporciona una barrera secundaria contra la corrosin.5. Cuando sea prctico o cuando no interfiera con el ensamblaje, la junta externa deberser cubierta con una pintura adecuada.Tornillo Standard Tornillo Con Inserto PowerCoil50%25%12%6%3%2%30%22%17%13%10%8%powercoil.com.au wire thread insert system FowerCoil,,,FowerCoil,,,,,,,,,,,,,,,,,FowerCoil200000PSI,HRC43-50,,,FowerCoil,,,,,70,,,,,, FowerCoil,,,,,18,8FowerCoil,,,,,,,FowerCoil,,,,,|mil-8585)|mil-23377). : ,,, ,,,,50%25%12%6%3%2%30%22%17%13%10%8%powercoil.com.au wire thread insert system 50%25%12%6%3%2%30%22%17%13%10%8%PAGE 17FREE MC 1.5D 304 PCRK HSS4-560HSSGROUPCODEMC1.0D1.0D2.0D3.0D2.5D1.5D10powercoil.com.au3520-2.00K3520-2.20K3520-2.50K3520-3.00K3520-3.50K3520-4.00K3520-5.00K3520-6.00K3520-7.00K3520-8.00K3520-9.00K3520-10.00K3520-11.00K3520-12.00K3520-13.00K3520-14.00K3520-15.00K3520-16.00K3520-18.00K3520-20.00K3520-22.00K3520-24.00K20 2.1 3520-2.00I 3500-HIT2 3500-TB220 2.3 3520-2.20I 3500-HIT2 3500-TB220 2.6 3520-2.50I 3500-HIT3 3500-TB320 3.2 3520-3.00I 3500-HIT4 3500-TB420 3.7 3520-3.50I 3500-HIT5 3500-TB520 4.2 3520-4.00I 3500-HIT6 3500-TB620 5.2 3520-5.00I 3500-HIT8 3500-TB820 6.3 3520-6.00I 3500-HIT9 3500-TB920 7.3 3520-7.00I 3500-HIT10 3500-TB1120 8.3 3520-8.00I 3500-HIT11 3500-TB1215 9.4 3520-9.00I 3500-HIT13 3500-TB1215 10.4 3520-10.00I 3500-HIT13 3500-TB1310 11.4 3520-11.00I 3500-HIT14 3500-TB1410 12.4 3520-12.00I 3500-HIT15 3500-TB1510 3520-13.00I 3500-HIT15 10 3520-14.00I 3500-HIT16 10 3520-15.00I 3500-HIT16 10 3520-16.00I 3500-HIT18 5 3520-18.00I 3500-HIT20 5 3520-20.00I 3500-HIT21 5 3520-22.00I 3500-HIT22 5 3520-24.00I 3500-HIT23 METRIC COARSE2.00 0.40 1.5 3.002.20 0.45 1.5 3.302.50 0.45 1.5 3.753.00 0.50 1.5 4.503.50 0.60 1.5 5.254.00 0.70 1.5 6.005.00 0.80 1.5 7.506.00 1.00 1.5 9.007.00 1.00 1.5 10.508.00 1.25 1.5 12.009.00 1.25 1.5 13.5010.00 1.50 1.5 15.0011.00 1.50 1.5 16.5012.00 1.75 1.5 18.0013.00 1.75 1.5 19.5014.00 2.00 1.5 21.0015.00 2.00 1.5 22.5016.00 2.00 1.5 24.0018.00 2.50 1.5 27.0020.00 2.50 1.5 30.0022.00 2.50 1.5 33.0024.00 3.00 1.5 36.003520-27.00K3520-30.00K3520-33.00K3520-36.00K10 3520-27.00I 3520-27.00HIM 10 3520-30.00I 3520-30.00HIM 10 3520-33.00I 3520-33.00HIM 10 3520-36.00I 3520-36.00HIM METRIC COARSE27.00 3.00 1.5 40.5030.00 3.50 1.5 45.0033.00 3.50 1.5 49.5036.00 4.00 1.5 54.00D4-560mm mm D mm # mm # # #D4-560mm mm D mm # mm # # #wire thread insert system FREE MF 1.5D 304 PCRK HSS4-560HSSGROUPCODEMFXX11powercoil.com.au wire thread insert system 3521-8.00K3521-10.00K3523-10.00K3521-11.00K3523-11.00K3521-12.00K3523-12.00K3524-12.00K3521-13.00K3523-13.00K3521-14.00K3523-14.00K3524-14.00K3521-15.00K3521-16.00K3521-18.00K3523-18.00K3521-20.00K3523-20.00K3521-22.00K3523-22.00K3521-24.00K3523-24.00K20 8.3 3521-8.00I 3500-HIT11 3500-TB1215 10.3 3521-10.00I 3500-HIT13 3500-TB1315 10.3 3523-10.00I 3500-HIT13 3500-TB1310 11.3 3521-11.00I 3500-HIT14 3500-TB1410 11.3 3523-11.00I 3500-HIT14 3500-TB1410 12.4 3521-12.00I 3500-HIT15 3500-TB1510 12.3 3523-12.00I 3500-HIT15 3500-TB1510 12.3 3524-12.00I 3500-HIT15 3500-TB1510 3521-13.00I 3500-HIT15 10 3523-13.00I 3500-HIT15 10 3521-14.00I 3500-HIT16 10 3523-14.00I 3500-HIT16 10 3524-14.00I 3500-HIT16 10 3521-15.00I 3500-HIT16 10 3521-16.00I 3500-HIT18 5 3521-18.00I 3500-HIT20 5 3523-18.00I 3500-HIT20 5 3521-20.00I 3500-HIT21 5 3523-20.00I 3500-HIT21 5 3521-22.00I 3500-HIT22 5 3523-22.00I 3500-HIT22 5 3521-24.00I 3500-HIT23 5 3523-24.00I 3500-HIT23 METRIC FINE8.00 1.00 1.5 12.0010.00 1.25 1.5 15.0010.00 1.00 1.5 15.0011.00 1.25 1.5 16.5011.00 1.00 1.5 16.5012.00 1.50 1.5 18.0012.00 1.25 1.5 18.0012.00 1.00 1.5 18.0013.00 1.50 1.5 19.5013.00 1.25 1.5 19.5014.00 1.50 1.5 21.0014.00 1.25 1.5 21.0014.00 1.00 1.5 21.0015.00 1.50 1.5 22.5016.00 1.50 1.5 24.0018.00 2.00 1.5 27.0018.00 1.50 1.5 27.0020.00 2.00 1.5 30.0020.00 1.50 1.5 30.0022.00 2.00 1.5 33.0022.00 1.50 1.5 33.0024.00 2.00 1.5 36.0024.00 1.50 1.5 36.003523-26.00K3521-27.00K3523-27.00K3523-28.00K3521-30.00K3523-30.00K3521-33.00K3521-36.00K3523-36.00K3524-36.00K10 3523-26.00I 3523-26.00HIM 10 3521-27.00I 3521-27.00HIM 10 3523-27.00I 3523-27.00HIM 10 3523-28.00I 3523-28.00HIM 10 3521-30.00I 3521-30.00HIM 10 3523-30.00I 3523-30.00HIM 10 3523-33.00I 3523-33.00HIM 10 3521-36.00I 3521-36.00HIM 10 3523-36.00I 3523-36.00HIM 10 3524-36.00I 3524-36.00HIM METRIC FINE26.00 1.50 1.5 39.0027.00 2.00 1.5 40.5027.00 1.50 1.5 40.5028.00 1.50 1.5 42.0030.00 2.00 1.5 45.0030.00 1.50 1.5 45.0033.00 2.00 1.5 49.5036.00 3.00 1.5 54.0036.00 2.00 1.5 54.0036.00 1.50 1.5 54.00D4-560mm mm D mm # mm # # #D4-560mm mm D mm # mm # # #FREE UNC 1.5D 304 PCRK HSS4-560HSSGROUPCODEUNC1.0D1.0D2.0D3.0D2.5D1.5D12powercoil.com.au3532-2GK3532-3GK3532-4GK3532-5GK3532-6GK3532-8GK3532-10GK3532-12GK3532-1/4K3532-5/16K3532-3/8K3532-7/16K3532-1/2K3532-9/16K3532-5/8K3532-3/4K3532-7/8K3532-1K20 2.4 3532-2GI 3500-HIT2 3500-TB220 2.7 3532-3GI 3500-HIT3 3500-TB320 3.1 3532-4GI 3500-HIT4 3500-TB420 3.4 3532-5GI 3500-HIT4 3500-TB420 3.8 3532-6GI 3500-HIT5 3500-TB520 4.4 3532-8GI 3500-HIT6 3500-TB620 5.2 3532-10GI 3500-HIT7 3500-TB820 5.8 3532-12GI 3500-HIT8 3500-TB820 6.7 3532-1/4I 3500-HIT9 3500-TB920 8.3 3532-5/16I 3500-HIT10 3500-TB1215 9.9 3532-3/8I 3500-HIT13 3500-TB1210 11.6 3532-7/16I 3500-HIT14 3500-TB1410 13.0 3532-1/2I 3500-HIT15 3500-TB1510 3532-9/16I 3500-HIT16 10 3532-5/8I 3500-HIT18 5 3532-3/4I 3500-HIT20 5 3532-7/8I 3500-HIT22 5 3532-1I 3500-HIT23 UNCNo.2 56.00 1.5 0.13No.3 48.00 1.5 0.15No.4 40.00 1.5 0.17No.5 40.00 1.5 0.19No.6 32.00 1.5 0.21No.8 32.00 1.5 0.25No.10 24.00 1.5 0.28No.12 24.00 1.5 0.331/4 20.00 1.5 0.385/16 18.00 1.5 0.473/8 16.00 1.5 0.567/16 14.00 1.5 0.661/2 13.00 1.5 0.759/16 12.00 1.5 0.845/8 11.00 1.5 0.943/4 10.00 1.5 1.137/8 9.00 1.5 1.311 8.00 1.5 1.503532-1.1/8K3532-1.1/4K3532-1.3/8K3532-1.1/2K10 3532-1.1/8I 3532-1.1/8HIM 10 3532-1.1/4I 3532-1.1/4HIM 10 3532-1.3/8I 3532-1.3/8HIM 10 3532-1.1/2I 3532-1.1/2HIM UNC1-1/8 7.00 1.5 1.691-1/4 7.00 1.5 1.881-3/8 6.00 1.5 2.061-1/2 6.00 1.5 2.25D4-560inch tpi D inch # mm # # #D4-560inch tpi D inch # mm # # #wire thread insert system PAGE 17FREE UNF 1.5D 304 PCRK HSS4-560HSSGROUPCODEUNF13powercoil.com.au wire thread insert system 3534-3GK3534-4GK3534-6GK3534-8GK3534-10GK3534-12GK3534-1/4K3534-5/16K3534-3/8K3534-7/16-16K3534-7/16K3534-1/2K3534-9/16K3534-5/8K3534-3/4K3534-7/8K3534-1K3535-1K20 2.7 3534-3GI 3500-HIT3 3500-TB320 3.0 3534-4GI 3500-HIT4 3500-TB420 3.8 3534-6GI 3500-HIT5 3500-TB520 4.4 3534-8GI 3500-HIT6 3500-TB620 5.1 3534-10GI 3500-HIT8 3500-TB820 5.6 3534-12GI 3500-HIT8 3500-TB820 6.7 3534-1/4I 3500-HIT9 3500-TB920 8.3 3534-5/16I 3500-HIT11 3500-TB1215 9.8 3534-3/8I 3500-HIT13 3500-TB1310 11.5 3534-7/16-16I 3500-HIT14 3500-TB1410 11.5 3534-7/16I 3500-HIT14 3500-TB1410 13.0 3534-1/2I 3500-HIT15 3500-TB1510 3534-9/16I 3500-HIT16 10 3534-5/8I 3500-HIT18 5 3534-3/4I 3500-HIT21 5 3534-7/8I 3500-HIT22 5 3534-1I 3500-HIT23 5 3535-1I 3500-HIT23 UNFNo.3 56.00 1.5 0.15No.4 48.00 1.5 0.17No.6 40.00 1.5 0.21No.8 36.00 1.5 0.25No.10 32.00 1.5 0.28No.12 28.00 1.5 0.331/4 28.00 1.5 0.385/16 24.00 1.5 0.473/8 24.00 1.5 0.567/16 16.00 1.5 0.667/16 20.00 1.5 0.661/2 20.00 1.5 0.759/16 18.00 1.5 0.845/8 18.00 1.5 0.943/4 16.00 1.5 1.137/8 14.00 1.5 1.311 12.00 1.5 1.501 14.00 1.5 1.503534-1.1/8K3534-1.1/4K3534-1.3/8K3534-1.1/2K10 3534-1.1/8I 3534-1.1/8HIM 10 3534-1.1/4I 3534-1.1/4HIM 10 3534-1.3/8I 3534-1.3/8HIM 10 3534-1.1/2I 3534-1.1/2HIM UNF1-1/8 12.00 1.5 1.691-1/4 12.00 1.5 1.881-3/8 12.00 1.5 2.061-1/2 12.00 1.5 2.25D4-560inch tpi D inch # mm # # #D4-560inch tpi D inch # mm # # #FREE BSW 1.5D 304 PCRK HSS4-555HSSGROUPCODEBSWBSF1.0D1.0D2.0D3.0D2.5D1.5D14powercoil.com.au3528-1/8K3528-3/16K3528-1/4K3528-5/16K3528-3/8K3528-7/16K3528-1/2K3528-9/16K3528-5/8K3528-3/4K3528-7/8K3528-1K20 3.4 3528-1/8I 3500-HIT4 3500-TB420 5.0 3528-3/16I 3500-HIT7 3500-TB820 6.7 3528-1/4I 3500-HIT9 3500-TB920 8.3 3528-5/16I 3500-HIT10 3500-TB1115 9.9 3528-3/8I 3500-HIT11 3500-TB1210 11.5 3528-7/16I 3500-HIT14 3500-TB1410 13.0 3528-1/2I 3500-HIT15 3500-TB1510 3528-9/16I 3500-HIT16 10 3528-5/8I 3500-HIT18 5 3528-3/4I 3500-HIT20 5 3528-7/8I 3500-HIT22 5 3528-1I 3500-HIT23 BSW1/8 40.00 1.5 0.193/16 24.00 1.5 0.281/4 20.00 1.5 0.385/16 18.00 1.5 0.473/8 16.00 1.5 0.567/16 14.00 1.5 0.661/2 12.00 1.5 0.759/16 12.00 1.5 0.845/8 11.00 1.5 0.943/4 10.00 1.5 1.137/8 9.00 1.5 1.311 8.00 1.5 1.503530-3/16K3530-1/4K3530-5/16K3530-3/8K3530-7/16K3530-1/2K3530-9/16K3530-5/8K3530-3/4K3530-7/8K3530-1K20 5.0 3530-3/16I 3500-HIT8 3500-TB620 6.6 3530-1/4I 3500-HIT9 3500-TB920 8.3 3530-5/16I 3500-HIT11 3500-TB1115 9.9 3530-3/8I 3500-HIT13 3500-TB1210 11.5 3530-7/16I 3500-HIT14 3500-TB1410 13.0 3530-1/2I 3500-HIT15 3500-TB1510 3530-9/16I 3500-HIT16 10 3530-5/8I 3500-HIT18 5 3530-3/4I 3500-HIT20 5 3530-7/8I 3500-HIT22 5 3530-1I 3500-HIT23 BSF3/16 32.00 1.5 0.281/4 26.00 1.5 0.385/16 22.00 1.5 0.473/8 20.00 1.5 0.567/16 18.00 1.5 0.661/2 16.00 1.5 0.759/16 16.00 1.5 0.845/8 14.00 1.5 0.943/4 12.00 1.5 1.137/8 11.00 1.5 1.311 10.00 1.5 1.50D4-555inch tpi D inch # mm # # #D4-555inch tpi D inch # mm # # #wire thread insert system FREE BSF 1.5D 304 PCRK HSS4-555HSSGROUPCODEFREE BSP 1.5D 304 PCRK HSS4-555HSSGROUPCODEBSPNPT15powercoil.com.au wire thread insert system 3546-1/8K3546-1/4K3546-3/8K3546-1/2K3546-5/8K3546-3/4K3546-7/8K3546-1K10 3546-1/8I 3546-1/8HIM 10 3546-1/4I 3546-1/4HIM 10 3546-3/8I 3546-3/8HIM 10 3546-1/2I 3546-1/2HIM 10 3546-5/8I 3546-5/8HIM 10 3546-3/4I 3546-3/4HIM 10 3546-7/8I 3546-7/8HIM 10 3546-1I 3546-1HIM BSP1/8 28.00 1.5 0.191/4 19.00 1.5 0.383/8 19.00 1.5 0.561/2 14.00 1.5 0.755/8 14.00 1.5 0.943/4 14.00 1.5 1.137/8 14.00 1.5 1.311 11.00 1.5 1.503552-1/8K3552-1/4K3552-3/8K3552-1/2K3552-3/4K3552-1K10 3552-1/8I 3552-1/8HIM 10 3552-1/4I 3552-1/4HIM 10 3552-3/8I 3552-3/8HIM 10 3552-1/2I 3552-1/2HIM 10 3552-3/4I 3552-3/4HIM 10 3552-1I 3552-1HIM NPT1/8 27 1.5 0.1881/4 18 1.5 0.3753/8 18 1.5 0.5631/2 14 1.5 0.7503/4 14 1.5 1.1251 11.5 1.5 1.500D4-555inch tpi D inch # # # #D4-560inch tpi D inch # # # #FREE NPT 1.5D 304 PCRK HSS4-560HSSGROUPCODEFREE 8-UN 1.5D 304 PCRK HSS4-560HSSGROUPCODE8-UNBA16powercoil.com.au3570-1.1/8K3570-1.1/4K3570-1.3/8K3570-1.1/2K3570-1.5/8K3570-1.3/4K3570-1.7/8K3570-2K5 3570-1.1/8I 3570-1.1/8HIM 5 3570-1.1/4I 3570-1.1/4HIM 5 3570-1.3/8I 3570-1.3/8HIM 5 3570-1.1/2I 3570-1.1/2HIM 5 3570-1.5/8I 3570-1.5/8HIM 5 3570-1.3/4I 3570-1.3/4HIM 5 3570-1.7/8I 3570-1.7/8HIM 5 3570-2I 3570-2HIM 8-UN1-1/8 8 1.5 1.6881-1/4 8 1.5 1.8751-3/8 8 1.5 2.0621-1/2 8 1.5 2.2501-5/8 8 1.5 2.4381-3/4 8 1.5 2.6251-7/8 8 1.5 2.8122 8 1.5 3.003544-0K3544-2K3544-4K3544-6K20 6.2 3544-0I 3500-HIT9 3500-TB1120 4.9 3544-2I 3500-HIT7 3500-TB820 3.8 3544-4I 3500-HIT5 3500-TB520 2.9 3544-6I 3500-HIT3 3500-TB3BA0 0.236 6.0 0.0394 1.00 1.5 0.3542 0.185 4.7 0.0319 0.80 1.5 0.2784 0.142 3.6 0.0260 0.66 1.5 0.2136 0.110 2.8 0.0209 0.53 1.5 0.165D4-560inch tpi D inch # # # #D4-547.5inch mm tpi mm D inch # mm # # #wire thread insert system FREE BA 1.5D 304 PCRK HSS4-547.5HSSGROUPCODE1.0D1.0D2.0D3.0D2.5D1.5DFREE BSC 1.5D 304 PCRK HSS4-560HSSGROUPCODEBSC17powercoil.com.au wire thread insert system 3560-1/4K3560-5/16K3560-3/8K3560-7/16K3560-1/2K20 6.6 3560-1/4I 3500-HIT10 3500-TB920 8.0 3560-5/16I 3500-HIT11 3500-TB1215 9.8 3560-3/8I 3500-HIT13 3500-TB1310 11.1 3560-7/16I 3500-HIT14 3500-TB1410 12.7 3560-1/2I 3500-HIT15 3500-TB15BSC1/4 26 1.5 0.3755/16 26 1.5 0.4693/8 26 1.5 0.5637/16 26 1.5 0.6561/2 26 1.5 0.750D4-560inch tpi D inch # mm # # #3522-10.00K3522-12.00K3522-14.00K3522-18.00K3522-14.00K15 3520-10.00PN 3500-HIT13 3500-TB135 5 3522-12.00PN 3500-HIT15 3500-TB155 5 3522-14.00PN 3500-HIT17 5 5 5 3522-18.00PN 3500-HIT20 5 3522-14.00PN 3500-HIT17 5 5 10 1.00 1/210 1.00 0.33912 1.25 1/212 1.25 3/414 1.25 3/814 1.25 1/214 1.25 3/418 1.50 1/214 1.25 8.4 14 1.25 12.4 14 1.25 16.4 D60mm mm mm inch # mm # # #FREE MF 304 PCRK HSS60GROUPCODEHSSFREE MC 1.5D 304 PCRK HSS4-560HSSGROUPCODEMCFREE MC 1.5D 304 PCRK HSS4-560HSSGROUPCODEMF60HSS18powercoil.com.au3520-WK1 25 5.2 3520-5.00I 3500-HIT8 3500-TB825 6.3 3520-6.00I 3500-HIT9 3500-TB925 8.3 3520-8.00I 3500-HIT11 3500-TB1225 10.4 3520-10.00I 3500-HIT13 3500-TB1310 12.4 3520-12.00I 3500-HIT15 3500-TB15M5 M12M5 0.80 1.5 7.5M6 1.00 1.5 9.0M8 1.25 1.5 12.0M10 1.50 1.5 15.0M12 1.75 1.5 18.03522-WK4 25 6.3 3520-6.00I 3500-HIT9 3500-TB925 8.3 3520-8.00I 3500-HIT11 3500-TB1125 10.4 3520-10.00I 3500-HIT13 3500-TB1310 12.4 3520-12.00I 3500-HIT15 3500-TB155 3522-14.00PN 3500-HIT17 5 5 M6 M12 + M14 SPARK PLUGM6 1.00 1.5 9.0M8 1.25 1.5 12.0M10 1.50 1.5 15.0M12 1.75 1.5 18.0M14 1.25 8.4M14 1.25 12.4M14 1.25 16.4D4-560mm mm D mm # mm # # #D604-560mm mm D mm # mm # # # #wire thread insert system FREE UNC / UNF 1.5D 304 PCRK HSS4-560HSSGROUPCODEUNC UNFBSW BSF19powercoil.com.au wire thread insert system 3532-WK13534-WK125 6.7 3532-1/4I 3500-HIT9 3500-TB925 8.3 3532-5/16I 3500-HIT10 3500-TB1225 9.9 3532-3/8I 3500-HIT13 3500-TB1210 11.6 3532-7/16I 3500-HIT14 3500-TB1410 13.0 3532-1/2I 3500-HIT15 3500-TB1525 6.7 3534-1/4I 3500-HIT9 3500-TB925 8.3 3534-5/16I 3500-HIT11 3500-TB1225 9.8 3534-3/8I 3500-HIT13 3500-TB1310 11.5 3534-7/16I 3500-HIT14 3500-TB1410 13.0 3534-1/2I 3500-HIT15 3500-TB15UNC 1/4 UNC 1/21/4 20 1.5 0.385/16 18 1.5 0.473/8 16 1.5 0.567/16 14 1.5 0.661/2 13 1.5 0.75UNF 1/4 UNF 1/21/4 28 1.5 0.385/16 24 1.5 0.473/8 24 1.5 0.567/16 20 1.5 0.661/2 20 1.5 0.75D4-560inch tpi D inch # mm # # #3528-WK13530-WK125 6.7 3528-1/4I 3500-HIT9 3500-TB925 8.3 3528-5/16I 3500-HIT10 3500-TB1125 9.9 3528-3/8I 3500-HIT11 3500-TB1210 11.5 3528-7/16I 3500-HIT14 3500-TB1410 13.0 3528-1/2I 3500-HIT15 3500-TB1525 6.6 3530-1/4I 3500-HIT9 3500-TB925 8.3 3530-5/16I 3500-HIT11 3500-TB1125 9.9 3530-3/8I 3500-HIT13 3500-TB1210 11.5 3530-7/16I 3500-HIT14 3500-TB1410 13.0 3530-1/2I 3500-HIT15 3500-TB15BSW 1/4 BSW 1/21/4 20 1.5 0.385/16 18 1.5 0.473/8 16 1.5 0.567/16 14 1.5 0.661/2 12 1.5 0.75BSF 1/4 BSF 1/21/4 26 1.5 0.385/16 22 1.5 0.473/8 20 1.5 0.567/16 18 1.5 0.661/2 16 1.5 0.75D4-555inch tpi D inch # mm # # #FREE BSW / BSF 1.5D 304 PCRK HSS4-555HSSGROUPCODE1.0D1.0D2.0D3.0D2.5D1.5DFREE MC / MF X.XD 304 BS7752PCWIGROUPCODEMC, MFM10 - 1.51.5D15MM INSTALLED LENGTH10 INSERTSTapping Drill 10.4mm20powercoil.com.au3520-3.00X1.5DP3520-4.00X1.5DP3520-5.00X1.5DP3520-6.00X1.0DP3520-6.00X1.5DP3520-6.00X2.0DP3520-8.00X1.0DP3520-8.00X1.5DP3520-8.00X2.0DP3520-10.00X1.5DP3520-10.00X2.0DP3520-12.00X1.5DP3520-16.00X1.5DP3521-10.00X1.5DP3521-12.00X1.5DP3521-14.00X1.5DP3.20 3520-3.00I 3500-HIT4 3500-TB44.20 3520-4.00I 3500-HIT6 3500-TB65.20 3520-5.00I 3500-HIT8 3500-TB86.30 3520-6.00I 3500-HIT9 3500-TB96.30 3520-6.00I 3500-HIT9 3500-TB96.30 3520-6.00I 3500-HIT9 3500-TB98.30 3520-8.00I 3500-HIT11 3500-TB128.30 3520-8.00I 3500-HIT11 3500-TB128.30 3520-8.00I 3500-HIT11 3500-TB1210.40 3520-10.00I 3500-HIT13 3500-TB1310.40 3520-10.00I 3500-HIT13 3500-TB1312.40 3520-12.00I 3500-HIT15 3500-TB1516.50 3520-16.00I 3500-HIT18 10.30 3521-10.00I 3500-HIT13 3500-TB1312.40 3521-12.00I 3500-HIT15 3500-TB1514.40 3521-14.00I 3500-HIT16 METRIC COARSE3.00 0.50 1.5 4.50 104.00 0.70 1.5 6.00 105.00 0.80 1.5 7.50 106.00 1.00 1.0 6.00 106.00 1.00 1.5 9.00 106.00 1.00 2.0 12.00 108.00 1.25 1.0 8.00 108.00 1.25 1.5 12.00 108.00 1.25 2.0 16.00 1010.00 1.50 1.5 15.00 1010.00 1.50 2.0 20.00 1012.00 1.75 1.5 18.00 1016.00 2.00 1.5 24.00 5METRIC FINE10.00 1.25 1.5 15.00 1012.00 1.50 1.5 18.00 1014.00 1.50 1.5 21.00 5D4-560mm mm D mm # # mm # # #wire thread insert system 3522-12.00X1/2P3522-12.00X3/4P3522-14.00X3/8P3522-14.00X1/2P3522-14.00X3/4P12.30 3522-12.00PN 3500-HIT15 3500-TB1512.30 3522-12.00PN 3500-HIT15 3500-TB15 3522-14.00PN 3500-HIT17 3522-14.00PN 3500-HIT17 3522-14.00PN 3500-HIT17 SPARK PLUG12.00 1.25 1/2 1012.00 1.25 3/4 1014.00 1.25 3/8 1014.00 1.25 1/2 1014.00 1.25 3/4 10D60mm mm D inch # # mm # # #FREE 304 PCWIGROUPCODEMFFREE UNC / UNF X.XD 304 SBAC AS 6734SBAC AS 8456SBAC AS 6733SBAC AS 8455PCWIGROUPCODEUNC, UNFBSWUNC 3/8-161.5D0.56 INSTALLED LENGTH10 INSERTSTapping Drill 9.9mm21powercoil.com.au wire thread insert system 3532-6GX1.5DP3532-8GX1.5DP3532-10GX1.5DP3532-1/4X1.5DP3532-5/16X1.0DP3532-5/16X1.5DP3532-5/16X2.0DP3532-3/8X1.5DP3532-3/8X2.0DP3532-7/16X1.5DP3532-1/2X1.5DP3532-5/8X1.5DP3532-3/4X1.5DP3534-10GX1.5DP3534-1/4X1.5DP3534-5/16X1.5DP3534-3/8X1.5DP3534-7/16X1.5DP3534-1/2X1.5DP3.80 3532-6GI 3500-HIT5 3500-TB54.40 3532-8GI 3500-HIT6 3500-TB65.20 3532-10GI 3500-HIT7 3500-TB86.70 3532-1/4I 3500-HIT9 3500-TB98.30 3532-5/16I 3500-HIT10 3500-TB118.30 3532-5/16I 3500-HIT10 3500-TB118.30 3532-5/16I 3500-HIT10 3500-TB119.90 3532-3/8I 3500-HIT12 3500-TB129.90 3532-3/8I 3500-HIT12 3500-TB1211.60 3532-7/16I 3500-HIT14 3500-TB1413.00 3532-1/2I 3500-HIT15 3500-TB1516.50 3532-5/8I 3500-HIT18 3532-3/4I 3500-HIT20 5.10 3534-10GI 3500-HIT8 3500-TB86.70 3534-1/4I 3500-HIT9 3500-TB98.30 3534-5/16I 3500-HIT10 3500-TB119.80 3534-3/8I 3500-HIT12 3500-TB1211.50 3534-7/16I 3500-HIT14 3500-TB1413.00 3534-1/2I 3500-HIT15 3500-TB15UNCNo.6 32 1.5 0.21 10No.8 32 1.5 0.25 10No.10 24 1.5 0.28 101/4 20 1.5 0.38 105/16 18 1.0 0.31 105/16 18 1.5 0.47 105/16 18 2.0 0.63 103/8 16 1.5 0.56 103/8 16 2.0 0.75 107/16 14 1.5 0.66 101/2 13 1.5 0.75 105/8 11 1.5 0.94 53/4 10 1.5 1.13 5UNFNo.10 32 1.5 0.28 101/4 28 1.5 0.38 105/16 24 1.5 0.47 103/8 24 1.5 0.56 107/16 20 1.5 0.66 101/2 20 1.5 0.75 10D4-560inch tpi D inch # # mm # # #3528-1/2X1.5DP 13.00 3528-1/2I 3500-HIT15 3500-TB15BSW1/2 12 1.5 0.75 10D4-555inch tpi D inch # # mm # # #FREE BSW X.XD 304 BS84PCWIGROUPCODE1.0D1.0D2.0D3.0D2.5D1.5DFREE X.XD 304 PCWIGROUPCODE22powercoil.com.au wire thread insert system MC1 M4 x 0.7 3520-4.00K1 M5 x 0.8 3520-5.00K1 M6 x 1.0 3520-6.00K1 M8 x 1.25 3520-8.00K1 M10 x 1.5 3520-10.00K1 M12 x 1.75 3520-12.00K1 M16 x 2.0 3520-16.00KMF1 M10 x 1.25 3521-10.00K1 M12 x 1.5 3521-12.00KSPARK1 M12 x 1.25 3522-12.00K1 M14 x 1.25 3522-14.00KUNC1 UNC 1/4 x 20 3532-1/4K1 UNC 5/16 x 18 3532-5/16K1 UNC 3/8 x 16 3532-3/8K1 UNC 7/16 x 14 3532-7/16K1 UNC 1/2 x 13 3532-1/2K1 UNC 5/8 x 11 3532-5/8K1 UNC 3/4 x 10 3532-3/4KUNF1 UNF 1/4 x 28 3534-1/4K1 UNF 5/16 x 24 3534-5/16K1 UNF 3/8 x 24 3534-3/8K1 UNF 7/16 x 20 3534-7/16K1 UNF 1/2 x 20 3534-1/2KBSW1 BSW 1/2 x 12 3528-1/2KMC1 M4 x 0.7 1.5D 3520-4.00X1.5DP1 M5 x 0.8 1.5D 3520-5.00X1.5DP1 M6 x 1.0 1.5D 3520-6.00X1.5DP1 M6 x 1.0 2.0D 3520-6.00X2.0DP1 M8 x 1.25 1.5D 3520-8.00X1.5DP1 M8 x 1.25 2.0D 3520-8.00X2.0DP1 M10 x 1.5 1.5D 3520-10.00X1.5DP1 M12 x 1.75 1.5D 3520-12.00X1.5DP1 M16 x 2.0 1.5D 3520-16.00X1.5DPMF1 M10 x 1.25 1.5D 3521-10.00X1.5DP1 M12 x 1.5 1.5D 3521-12.00X1.5DPSPARK1 M12 x 1.25 1/2 3522-12.00X1/2P1 M12 x 1.25 3/4 3522-12.00X3/4P1 M14 x 1.25 3/8 3522-14.00X3/8P1 M14 x 1.25 1/2 3522-14.00X1/2P1 M14 x 1.25 3/4 3522-14.00X3/4PUNC1 UNC 1/4 x 20 1.5D 3532-1/4X1.5DP1 UNC 5/16 x 18 1.5D 3532-5/16X1.5DP1 UNC 3/8 x 16 1.5D 3532-3/8X1.5DP1 UNC 3/8 x 16 2.0D 3532-3/8X2.0DP1 UNC 7/16 x 14 1.5D 3532-7/16X1.5DP1 UNC 1/2 x 13 1.5D 3532-1/2X1.5DP1 UNC 5/8 x 11 1.5D 3532-5/8X1.5DP1 UNC 3/4 x 10 1.5D 3532-3/4X1.5DPUNF1 UNF 1/4 x 28 1.5D 3534-1/4X1.5DP1 UNF 5/16 x 24 1.5D 3534-5/16X1.5DP1 UNF 3/8 x 24 1.5D 3534-3/8X1.5DP1 UNF 7/16 x 20 1.5D 3534-7/16X1.5DP1 UNF 1/2 x 20 1.5D 3534-1/2X1.5DPBSW1 BSW 1/2 x 12 1.5D 3528-1/2X1.5DPDD3500-D1 # mm # # mm #FREE X.XD 304 PCWIGROUPCODE23powercoil.com.au wire thread insert system MC1 M3 x 0.5 3520-3.00K1 M4 x 0.7 3520-4.00K1 M5 x 0.8 3520-5.00K1 M6 x 1.0 3520-6.00K1 M8 x 1.25 3520-8.00K1 M10 x 1.5 3520-10.00K1 M12 x 1.75 3520-12.00K1 M14 x 2.0 3520-14.00K1 M16 x 2.0 3520-16.00KMF1 M14 x 1.5 3521-14.00KSPARK1 M14 x 1.25 3522-14.00KUNC1 UNC 6G x 32 3532-6GK1 UNC 8G x 32 3532-8GK1 UNC 10G x 24 3532-10GK1 UNC 1/4 x 20 3532-1/4K1 UNC 5/16 x 18 3532-5/16K1 UNC 3/8 x 16 3532-3/8K1 UNC 7/16 x 14 3532-7/16K1 UNC 1/2 x 13 3532-1/2K1 UNC 5/8 x 11 3532-5/8K1 UNC 3/4 x 10 3532-3/4KUNF1 UNF 10G x 32 3534-10G1 UNF 7/16 x 20 3534-7/16KMC1 M3 x 0.5 1.5D 3520-3.00X1.5DP1 M4 x 0.7 1.5D 3520-4.00X1.5DP1 M5 x 0.8 1.5D 3520-5.00X1.5DP1 M6 x 1.0 1.5D 3520-6.00X1.5DP1 M8 x 1.25 1.5D 3520-8.00X1.5DP1 M10 x 1.5 1.5D 3520-10.00X1.5DP1 M12 x 1.75 1.5D 3520-12.00X1.5DP1 M14 x 2.0 1.5D 3520-14.00X1.5DP1 M16 x 2.0 1.5D 3520-16.00X1.5DPMF1 M14 x 1.5 1.5D 3521-14.00X1.5DPSPARK1 M14 x 1.25 3/8 3522-14.00X3/8P1 M14 x 1.25 1/2 3522-14.00X1/2P1 M14 x 1.25 3/4 3522-14.00X3/4PUNC1 UNC 6G x 32 1.5D 3532-6GX1.5DP1 UNC 8G x 32 1.5D 3532-8GX1.5DP1 UNC 10G x 24 1.5D 3532-10GX1.5DP1 UNC 1/4 x 20 1.5D 3532-1/4X1.5DP1 UNC 5/16 x 18 1.5D 3532-5/16X1.5DP1 UNC 3/8 x 16 1.5D 3532-3/8X1.5DP1 UNC 7/16 x 14 1.5D 3532-7/16X1.5DP1 UNC 1/2 x 13 1.5D 3532-1/2X1.5DP1 UNC 5/8 x 11 1.5D 3532-5/8X1.5DP1 UNC 3/4 x 10 1.5D 3532-3/4X1.5DPUNF1 UNF 10G x 32 1.5D 3534-10GX1.5DP1 UNF 7/16 x 20 1.5D 3534-7/16X1.5DPDD3500-USD1 # mm # # mm #FREE X.XD 304 PCWIGROUPCODE24powercoil.com.au wire thread insert system MC1 M5 x 0.8 3520-5.00K1 M6 x 1.0 3520-6.00K1 M8 x 1.25 3520-8.00K1 M10 x 1.5 3520-10.00K1 M12 x 1.75 3520-12.00K1 M16 x 2.0 3520-16.00KMF1 M10 x 1.25 3521-10.00KSPARK1 M14 x 1.25 3522-14.00KUNC1 UNC 1/4 x 20 3532-1/4K1 UNC 5/16 x 18 3532-5/16K1 UNC 3/8 x 16 3532-3/8K1 UNC 7/16 x 14 3532-7/16K1 UNC 1/2 x 13 3532-1/2K1 UNC 5/8 x 11 3532-5/8KUNF1 UNF 5/16 x 24 3534-5/16K1 UNF 3/8 x 24 3534-3/8KMC1 M5 x 0.8 1.5D 3520-5.00X1.5DP1 M6 x 1.0 1.5D 3520-6.00X1.5DP1 M6 x 1.0 2.0D 3520-6.00X2.0DP1 M8 x 1.25 1.5D 3520-8.00X1.5DP1 M8 x 1.25 2.0D 3520-8.00X2.0DP1 M10 x 1.5 1.5D 3520-10.00X1.5DP1 M12 x 1.75 1.5D 3520-12.00X1.5DP1 M16 x 2.0 1.5D 3520-16.00X1.5DPMF1 M10 x 1.25 1.5D 3521-10.00X1.5DPSPARK1 M14 x 1.25 3/8 3522-14.00X3/8P1 M14 x 1.25 1/2 3522-14.00X1/2P1 M14 x 1.25 3/4 3522-14.00X3/4PUNC1 UNC 1/4 x 20 1.5D 3532-1/4X1.5DP1 UNC 5/16 x 18 1.5D 3532-5/16X1.5DP1 UNC 3/8 x 16 1.5D 3532-3/8X1.5DP1 UNC 7/16 x 14 1.5D 3532-7/16X1.5DP1 UNC 1/2 x 13 1.5D 3532-1/2X1.5DP1 UNC 5/8 x 11 1.5D 3532-5/8X1.5DPUNF1 UNF 5/16 x 24 1.5D 3534-5/16X1.5DP1 UNF 3/8 x 24 1.5D 3534-3/8X1.5DPDD3500-D3 # mm # # mm #FREE X.XD 304 PCWIGROUPCODE25powercoil.com.au wire thread insert system MC1 M5 x 0.8 3520-5.00K1 M6 x 1.0 3520-6.00K1 M8 x 1.25 3520-8.00K1 M10 x 1.5 3520-10.00K1 M12 x 1.75 3520-12.00KSPARK1 M14 x 1.25 3522-14.00KUNC1 UNC 1/4 x 20 3532-1/4K1 UNC 5/16 x 18 3532-5/16K1 UNC 3/8 x 16 3532-3/8K1 UNC 1/2 x 13 3532-1/2KUNF1 UNF 10G x 32 3534-10GMC1 M4 x 0.7 1.5D 3520-4.00X1.5DP1 M5 x 0.8 1.5D 3520-5.00X1.5DP1 M6 x 1.0 1.5D 3520-6.00X1.5DP1 M8 x 1.25 1.5D 3520-8.00X1.5DP1 M10 x 1.5 1.5D 3520-10.00X1.5DP1 M12 x 1.75 1.5D 3520-12.00X1.5DPSPARK1 M14 x 1.25 3/8 3522-14.00X3/8P1 M14 x 1.25 1/2 3522-14.00X1/2P1 M14 x 1.25 3/4 3522-14.00X3/4PUNC1 UNC 1/4 x 20 1.5D 3532-1/4X1.5DP1 UNC 5/16 x 18 1.5D 3532-5/16X1.5DP1 UNC 3/8 x 16 1.5D 3532-3/8X1.5DP1 UNC 1/2 x 13 1.5D 3532-1/2X1.5DPUNF1 UNF 10G x 32 1.5D 3534-10GX1.5DPDD3500-USD2 # mm # # mm #FREE MC X.XD 304 BS7752PCWIGROUPCODEMCNASM3279 NASM3280NASM3281 DIN8140LN90392.00 3520-2.00X1.0D2.20 3520-2.20X1.0D2.50 3520-2.50X1.0D3.00 3520-3.00X1.0D3.50 3520-3.50X1.0D4.00 3520-4.00X1.0D5.00 3520-5.00X1.0D6.00 3520-6.00X1.0D7.00 3520-7.00X1.0D8.00 3520-8.00X1.0D9.00 3520-9.00X1.0D10.00 3520-10.00X1.0D11.00 3520-11.00X1.0D12.00 3520-12.00X1.0D13.00 3520-13.00X1.0D14.00 3520-14.00X1.0D15.00 3520-15.00X1.0D16.00 3520-16.00X1.0D18.00 3520-18.00X1.0D20.00 3520-20.00X1.0D22.00 3520-22.00X1.0D24.00 3520-24.00X1.0D27.00 3520-27.00x1.0D30.00 3520-30.00x1.0D33.00 3520-33.00x1.0D36.00 3520-36.00x1.0DMETRIC COARSE2.00 0.402.20 0.452.50 0.453.00 0.503.50 0.604.00 0.705.00 0.806.00 1.007.00 1.008.00 1.259.00 1.2510.00 1.5011.00 1.5012.00 1.7513.00 1.7514.00 2.0015.00 2.0016.00 2.0018.00 2.5020.00 2.5022.00 2.5024.00 3.0027.00 3.0030.00 3.5033.00 3.5036.00 4.003.00 3520-2.00X1.5D3.30 3520-2.20X1.5D3.75 3520-2.50X1.5D4.50 3520-3.00X1.5D5.25 3520-3.50X1.5D6.00 3520-4.00X1.5D7.50 3520-5.00X1.5D9.00 3520-6.00X1.5D10.50 3520-7.00X1.5D12.00 3520-8.00X1.5D13.50 3520-9.00X1.5D15.00 3520-10.00X1.5D16.50 3520-11.00X1.5D18.00 3520-12.00X1.5D19.50 3520-13.00X1.5D21.00 3520-14.00X1.5D22.50 3520-15.00X1.5D24.00 3520-16.00X1.5D27.00 3520-18.00X1.5D30.00 3520-20.00X1.5D33.00 3520-22.00X1.5D36.00 3520-24.00X1.5D40.50 3520-27.00x1.5D45.00 3520-30.00X1.5D49.50 3520-33.00X1.5D54.00 3520-36.00X1.5D4.00 3520-2.00X2.0D4.40 3520-2.20X2.0D5.00 3520-2.50X2.0D6.00 3520-3.00X2.0D7.00 3520-3.50X2.0D8.00 3520-4.00X2.0D10.00 3520-5.00X2.0D12.00 3520-6.00X2.0D14.00 3520-7.00X2.0D16.00 3520-8.00X2.0D18.00 3520-9.00X2.0D20.00 3520-10.00X2.0D22.00 3520-11.00X2.0D24.00 3520-12.00X2.0D26.00 3520-13.00X2.0D28.00 3520-14.00X2.0D30.00 3520-15.00X2.0D32.00 3520-16.00X2.0D36.00 3520-18.00X2.0D40.00 3520-20.00X2.0D44.00 3520-22.00X2.0D48.00 3520-24.00X2.0D54.00 3520-27.00x2.0D60.00 3520-30.00x2.0D66.00 3520-33.00x2.0D72.00 3520-36.00x2.0D5.00 3520-2.00X2.5D5.50 3520-2.20X2.5D6.25 3520-2.50X2.5D7.50 3520-3.00X2.5D8.75 3520-3.50X2.5D10.00 3520-4.00X2.5D12.50 3520-5.00X2.5D15.00 3520-6.00X2.5D17.50 3520-7.00X2.5D20.00 3520-8.00X2.5D22.50 3520-9.00X2.5D25.00 3520-10.00X2.5D27.50 3520-11.00X2.5D30.00 3520-12.00X2.5D32.50 3520-13.00X2.5D35.00 3520-14.00X2.5D37.50 3520-15.00X2.5D40.00 3520-16.00X2.5D45.00 3520-18.00X2.5D50.00 3520-20.00X2.5D55.00 3520-22.00X2.5D60.00 3520-24.00X2.5D67.50 3520-27.00x2.5D75.00 3520-30.00X2.5D82.50 3520-33.00X2.5D90.00 3520-36.00X2.5D6.00 3520-2.00X3.0D6.60 3520-2.20X3.0D7.50 3520-2.50X3.0D9.00 3520-3.00X3.0D10.50 3520-3.50X3.0D12.00 3520-4.00X3.0D15.00 3520-5.00X3.0D18.00 3520-6.00X3.0D21.00 3520-7.00X3.0D24.00 3520-8.00X3.0D27.00 3520-9.00X3.0D30.00 3520-10.00X3.0D33.00 3520-11.00X3.0D36.00 3520-12.00X3.0D39.00 3520-13.00X3.0D42.00 3520-14.00X3.0D45.00 3520-15.00X3.0D48.00 3520-16.00x3.0D54.00 3520-18.00X3.0D60.00 3520-20.00X3.0D66.00 3520-22.00X3.0D72.00 3520-24.00X3.0D81.00 3520-27.00x3.0D90.00 3520-30.00x3.0D99.00 3520-33.00x3.0D108.00 3520-36.00x3.0D26powercoil.com.auD1.0D 1.5D 2.0D 2.5D 3.0Dmm mm mm # mm # mm # mm # mm #wire thread insert system 1.0D1.0D2.0D3.0D2.5D1.5DMFFREE MF X.XD 304 BS7752PCWIGROUPCODENASM3279 NASM3280NASM3281 DIN8140LN90398.00 3521-8.00X1.0D10.00 3521-10.00X1.0D10.00 3523-10.00X1.0D11.00 3521-11.00X1.0D11.00 3523-11.00X1.0D12.00 3521-12.00X1.0D12.00 3523-12.00X1.0D12.00 3524-12.00X1.0D13.00 3521-13.00X1.0D13.00 3523-13.00X1.0D14.00 3521-14.00X1.0D14.00 3523-14.00X1.0D14.00 3524-14.00X1.0D15.00 3521-15.00X1.0D16.00 3521-16.00X1.0D18.00 3521-18.00X1.0D18.00 3523-18.00X1.0D20.00 3521-20.00X1.0D20.00 3523-20.00X1.0D22.00 3521-22.00X1.0D22.00 3523-22.00X1.0D24.00 3521-24.00X1.0D24.00 3523-24.00X1.0D26.00 3523-26.00X1.0D27.00 3521-27.00X1.0D27.00 3523-27.00X1.0D28.00 3523-28.00X1.0D30.00 3521-30.00X1.0D30.00 3523-30.00X1.0D33.00 3521-33.00X1.0D36.00 3521-36.00X1.0D36.00 3523-36.00X1.0D36.00 3524-36.00X1.0DMETRIC FINE8.00 1.0010.00 1.2510.00 1.0011.00 1.2511.00 1.0012.00 1.5012.00 1.2512.00 1.0013.00 1.5013.00 1.2514.00 1.5014.00 1.2514.00 1.0015.00 1.5016.00 1.5018.00 2.0018.00 1.5020.00 2.0020.00 1.5022.00 2.0022.00 1.5024.00 2.0024.00 1.5026.00 1.5027.00 2.0027.00 1.5028.00 1.5030.00 2.0030.00 1.5033.00 2.0036.00 3.0036.00 2.0036.00 1.5012.00 3521-8.00X1.5D15.00 3521-10.00X1.5D15.00 3523-10.00X1.5D16.50 3521-11.00X1.5D16.50 3523-11.00X1.5D18.00 3521-12.00X1.5D18.00 3523-12.00X1.5D18.00 3524-12.00X1.5D19.50 3521-13.00X1.5D19.50 3523-13.00X1.5D21.00 3521-14.00X1.5D21.00 3523-14.00X1.5D21.00 3524-14.00X1.5D22.50 3521-15.00X1.5D24.00 3521-16.00X1.5D27.00 3521-18.00X1.5D27.00 3523-18.00X1.5D30.00 3521-20.00X1.5D30.00 3523-20.00X1.5D33.00 3521-22.00X1.5D33.00 3523-22.00X1.5D36.00 3521-24.00X1.5D36.00 3523-24.00X1.5D39.00 3523-26.00X1.5D40.50 3521-27.00X1.5D40.50 3523-27.00X1.5D42.00 3523-28.00X1.5D45.00 3521-30.00X1.5D45.00 3523-30.00x1.5D49.50 3521-33.00x1.5D54.00 3521-36.00X1.5D54.00 3523-36.00X1.5D54.00 3524-36.00X1.5D16.00 3521-8.00X2.0D20.00 3521-10.00X2.0D20.00 3523-10.00X2.0D22.00 3521-11.00X2.0D22.00 3523-11.00X2.0D24.00 3521-12.00X2.0D24.00 3523-12.00X2.0D24.00 3524-12.00X2.0D26.00 3521-13.00X2.0D26.00 3523-13.00X2.0D28.00 3521-14.00X2.0D28.00 3523-14.00X2.0D28.00 3524-14.00x2.0D30.00 3521-15.00x2.0D32.00 3521-16.00X2.0D36.00 3521-18.00X2.0D36.00 3523-18.00X2.0D40.00 3521-20.00X2.0D40.00 3523-20.00X2.0D44.00 3521-22.00X2.0D44.00 3523-22.00X2.0D48.00 3521-24.00X2.0D48.00 3523-24.00X2.0D52.00 3523-36.00X2.0D54.00 3521-27.00X2.0D54.00 3523-27.00X2.0D56.00 3523-28.00X2.0D60.00 3521-30.00X2.0D60.00 3523-30.00X2.0D66.00 3521-33.00X2.0D72.00 3521-36.00X2.0D72.00 3523-36.00X2.0D72.00 3524-36.00X2.0D20.00 3521-8.00X2.5D25.00 3521-10.00X2.5D25.00 3523-10.00X2.5D27.50 3521-11.00X2.5D27.50 3523-11.00X2.5D30.00 3521-12.00X2.5D30.00 3523-12.00X2.5D30.00 3524-12.00X2.5D32.50 3521-13.00X2.5D32.50