Telwin TECHNOMIG 240 WAVE - Page 26

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6(*85,'$'*(1(5$/3$5$/$62/'$'85$325$5&2 
,1752'8&&,Ï1<'(6&5,3&,Ï1*(1(5$/
2.1 CARACTERÍSTICAS PRINCIPALES ..............................................................................................27
2.2 ACCESORIOS DE SERIE ...............................................................................................................27
2.3 ACCESORIOS A PETICIÓN DE LOS INTERESADOS ...................................................................27
'$7267e&1,&26
3.1 CHAPA DE DATOS ..........................................................................................................................27
3.2 OTROS DATOS TÉCNICOS: ..........................................................................................................28
'(6&5,3&,Ï1'(/$62/'$'25$
4.1 DISPOSITIVOS DE CONTROL, REGULACIÓN Y CONEXIÓN......................................................28
4.1.1 SOLDADORA (Fig. B)............................................................................................................28
4.1.2 CUADRO DE CONTROL DE LA SOLDADORA (Fig. C) .......................................................28
,167$/$&,Ï1
5.1 UBICACIÓN DE LA SOLDADORA ..................................................................................................28
5.2 CONEXIÓN A LA RED .....................................................................................................................28
5.2.1 Clavija y toma ........................................................................................................................28
5.3 CONEXIONES DEL CIRCUITO DE SOLDADURA .........................................................................28
5.3.1 Recomendaciones .................................................................................................................28
5.3.2 CONEXIONES DEL CIRCUITO DE SOLDADURA EN MODALIDAD MIG-MAG ..................28
5.3.2.1 Conexión a la botella del gas (si se utiliza) ..............................................................28
5.3.2.2 Conexión del cable de retorno de la corriente de soldadura ....................................28
5.3.2.3 Antorcha (Fig. B) .......................................................................................................28
5.3.2.4 Spool gun (solo versión antorcha individual) (Fig. B) ...............................................28
5.3.3 CONEXIONES DEL CIRCUITO DE SOLDADURA EN MODALIDAD TIG ............................28
5.3.3.1 Conexión a la botella del gas ...................................................................................28
5.3.3.2 Conexión del cable de retorno de la corriente de soldadura ....................................29
5.3.3.3 Antorcha ...................................................................................................................29
5.3.4 CONEXIONES DEL CIRCUITO DE SOLDADURA EN MODALIDAD MMA ..........................29
5.3.4.1 Conexión del cable de soldadura pinza-portaelectrodo ...........................................29
5.3.4.2 Conexión del cable de retorno de la corriente de soldadura ....................................29
5.4 CARGA DE LA BOBINA DE HILO (FIG. G, G1, G2) .......................................................................29
5.5 SUSTITUCIÓN DE LA VAINA GUÍAHILO EN LA ANTORCHA (FIG. H) ..........................................29
5.5.1 Vaina en espiral para hilos de acero......................................................................................29
5.5.2 Vaina de material sintético para los hilos de aluminio ........................................................... 29
5.6 CARGA DE BOBINA DE HILO EN SPOOL GUN (solo versión antorcha individual) (Fig. I) ...........29
62/'$'85$0,*0$*'(6&5,3&,Ï1'(/352&(',0,(172
6.1 SHORT ARC (ARCO CORTO) ........................................................................................................29
6.2 MODALIDAD DE TRANSFERENCIA AB PULSE (ARCO A IMPULSOS) ....................................... 29
6.3 MODALIDAD DE TRANSFERENCIA CON ARCO FRÍO (ROOT MIG) ...........................................29
02'$/,'$''()81&,21$0,(1720,*0$*
7.1 Funcionamiento en modalidad manual ...........................................................................................30
  &RQ¿JXUDFLyQGHORVSDUiPHWURVFRQVSRROJXQVRORYHUVLyQDQWRUFKDLQGLYLGXDO ..............30
7.2 Funcionamiento en modalidad sinérgica .........................................................................................30
7.2.1 Modalidad ATC (Advanced Thermal Control) ........................................................................30
7.2.2 Utilización de spool gun (solo versión antorcha individual) ...................................................30
7.3 Funcionamiento de la modalidad AB Pulse .....................................................................................30
7.4 Funcionamiento en modalidad AB PoP (PULSE on PULSE) ..........................................................30
7.5 Funcionamiento de la modalidad ROOT MIG ..................................................................................30
 &RQ¿JXUDFLyQDQWRUFKD777VRORYHUVLyQDQWRUFKDV ........................................................30
&21752/'(/38/6$'25$1725&+$ 
 &RQ¿JXUDFLyQGHODPRGDOLGDGGHFRQWUROGHOSXOVDGRUDQWRUFKD)LJ/ .................................... 30
8.2 Modalidad de control del pulsador antorcha ....................................................................................30
62/'$'85$&21*5$VRORYHUVLyQ5$
62/'$'85$00$'(6&5,3&,Ï1'(/352&(',0,(172 
10.1 PRINCIPIOS GENERALES ...........................................................................................................30
10.2 PROCEDIMIENTO ........................................................................................................................31
 &RQ¿JXUDFLyQGHODPRGDOLGDG00$)LJ/ ...........................................................................31
62/'$'85$7,*'&'(6&5,3&,Ï1'(/352&(',0,(172 
11.1 PRINCIPIOS GENERALES ...........................................................................................................31
11.2 PROCEDIMIENTO (CEBADO LIFT) ..............................................................................................31
11.3 DISPLAY TDT EN MODALIDAD TIG (Fig. L-12) ...........................................................................31
6(f$/(6'($/$50$7$%/$
0(1Ò&21),*85$&,21(6)LJ/
13.1 MENÚ MODE (Fig. L-14) ...............................................................................................................31
13.2 MENÚ CONFIGURACIONES (Fig. L-15) ......................................................................................31
13.2.1 BLOQUEO DE FUNCIONES ...............................................................................................31
13.3 MENÚ SERVICIO (Fig. L-16) ........................................................................................................31
13.3.1 MENÚ INFO.............................................................................................................
............31
13.3.2 MENÚ FIRMWARE ..............................................................................................................31
13.3.3 MENÚ DE INFORME...........................................................................................................31
13.3.4 CALIBRADO ........................................................................................................................31
13.4 MENÚ AQUA .................................................................................................................................31
 0HQ~FRQ¿JXUDFLyQDQWRUFKD777VRORYHUVLyQDQWRUFKDV .............................................31
13.6 MENÚ JOBS (Fig. L-18) ................................................................................................................32
0$17(1,0,(172
14.1 MANTENIMIENTO ORDINARIO: ..................................................................................................32
14.1.1 SOPLETE ............................................................................................................................32
14.1.2 Alimentador de hilo ..............................................................................................................32
14.2 MANTENIMIENTO EXTRAORDINARIO .......................................................................................32
%8648('$'('$f267$%
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)/8;7,*00$35(9,67$63$5$862352)(6,21$/(,1'8675,$/
1RWD(QHOWH[WRVLJXLHQWHVHXWLOL]DUiHOWpUPLQR³6ROGDGRUD´
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ORVSURFHGLPLHQWRVGHHPHUJHQFLD
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 (YLWDUORVFRQWDFWRVGLUHFWRVFRQHOFLUFXLWRGHVROGDGXUDODWHQVLyQVLQFDUJD
VXPLQLVWUDGDSRUODVROGDGRUDSXHGHVHUSHOLJURVDHQDOJXQDVFLUFXQVWDQFLDV
 /DFRQH[LyQGHORVFDEOHVGHVROGDGXUDODVRSHUDFLRQHVGHFRPSUREDFLyQ\
GHUHSDUDFLyQGHEHQVHUHIHFWXDGDVFRQODVROGDGRUDDSDJDGD\GHVHQFKXIDGD
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VXVWLWXLUORVHOHPHQWRVGHVJDVWDGRVGHOVRSOHWH
 +DFHUODLQVWDODFLyQHOpFWULFDUHVSHWDQGRODVQRUPDV\OH\HVGHSUHYHQFLyQGH
DFFLGHQWHVSUHYLVWDV
 /DVROGDGRUDGHEHFRQHFWDUVHH[FOXVLYDPHQWHDXQVLVWHPDGHDOLPHQWDFLyQ
FRQFRQGXFWRUGHQHXWURFRQHFWDGRDWLHUUD
 $VHJXUDUVHGHTXH ODWRPDGHFRUULHQWH HVWp FRUUHFWDPHQWHFRQHFWDGDDOD
WLHUUDGHSURWHFFLyQ
 1RXWLOL]DUODVROGDGRUDHQDPELHQWHVK~PHGRVRPRMDGRVREDMRODOOXYLD
 1RXWLOL]DUFDEOHVFRQDLVODPLHQWRGHWHULRUDGRRFRQH[LRQHVPDOUHDOL]DGDV
 (QSUHVHQFLDGHXQDXQLGDGGHHQIULDPLHQWRGHOtTXLGRODVRSHUDFLRQHVGH
OOHQDGRGHEHQHIHFWXDUVHFRQODVROGDGRUDDSDJDGD\GHVFRQHFWDGDGHODUHG
GHDOLPHQWDFLyQ
 1RVROGDUVREUHFRQWHQHGRUHVUHFLSLHQWHVRWXEHUtDVTXHFRQWHQJDQRKD\DQ
FRQWHQLGRSURGXFWRVLQÀDPDEOHVOtTXLGRVRJDVHRVRV
 (YLWDUWUDEDMDUVREUHPDWHULDOHVOLPSLDGRVFRQGLVROYHQWHVFORUXUDGRVRHQODV
FHUFDQtDVGHGLFKRVGLVROYHQWHV
 1RVROGDUHQUHFLSLHQWHVDSUHVLyQ
 $OHMDU GHO iUHD GH WUDEDMR WRGDV ODV VXVWDQFLDV LQÀDPDEOHV SRU HMHPSOR
PDGHUDSDSHOWUDSRVHWF
 $VHJXUDUVH GH TXH KD\ XQ UHFDPELR GH DLUH DGHFXDGR R GH TXH H[LVWHQ
PHGLRVDSWRVSDUDHOLPLQDUORVKXPRVGHVROGDGXUDHQODFHUFDQtDGHODUFR
HVQHFHVDULRDGRSWDUXQHQIRTXHVLVWHPiWLFRSDUDODYDORUDFLyQGHORVOtPLWHV
GH H[SRVLFLyQ D ORV KXPRV GH VROGDGXUD HQ IXQFLyQ GH VX FRPSRVLFLyQ
FRQFHQWUDFLyQ\GXUDFLyQGHODH[SRVLFLyQ
 0DQWHQHU OD ERPERQD SURWHJLGD GH IXHQWHV GH FDORU LQFOXVR GH ORV UD\RV
VRODUHVVLVHXWLOL]D
 $GRSWDU XQ DLVODPLHQWR HOpFWULFR DGHFXDGR FRQ UHVSHFWR D OD DQWRUFKD
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VLWXDGDVFHUFDDFFHVLEOHV
 (VR QRUPDOPHQWH SXHGH REWHQHUVH XWLOL]DQGR JXDQWHV FDO]DGRV JRUURV H
LQGXPHQWDULDLGyQHRVSDUDHVWHREMHWLYR\DWUDYpVGHOXVRGHSODWDIRUPDVR
FLQWDVDLVODQWHV
 6LHPSUHSURWHJHUORVRMRVFRQORV¿OWURVHVSHFt¿FRVFRQIRUPHVDODVQRUPDV
81,(1R81,(1PRQWDGRVHQPiVFDUDVRFDVFRVFRQIRUPHVFRQOD
QRUPD81,(1
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QRUPD81,(1\JXDQWHVGHVROGDGXUDFRQIRUPHVFRQODQRUPD81,
(1  HYLWDQGR H[SRQHU OD SLHO D ORV UD\RV XOWUDYLROHWDV H LQIUDUURMRV
SURGXFLGRVSRUHODUFRODSURWHFFLyQWLHQHTXHH[WHQGHUVHDRWUDVSHUVRQDV
VLWXDGDVFHUFDSRUPHGLRGHSDQWDOODVRFRUWLQDVQRUHÀHMDQWHV
 5XLGR VL D FDXVD GH RSHUDFLRQHV GH VROGDGXUD HVSHFLDOPHQWH LQWHQVLYDV
VHGHWHFWDXQQLYHOGHH[SRVLFLyQGLDULDSHUVRQDO/(3GLJXDORPD\RUD
G%$HVREOLJDWRULRHOXVRGHPHGLRVGHSURWHFFLyQSHUVRQDO7DE
 (O SDVR GH OD FRUULHQWH GH VROGDGXUD KDFH TXH VH SURGX]FDQ FDPSRV
HOHFWURPDJQpWLFRV(0)ORFDOL]DGRVDOUHGHGRUGHOFLUFXLWRGHVROGDGXUD
/RVFDPSRVHOHFWURPDJQpWLFRVSXHGHQLQWHUIHULUFRQDOJXQRVDSDUDWRVPpGLFRV
SRUHMHPSORPDUFDSDVRVUHVSLUDGRUHVSUyWHVLVPHWiOLFDVHWF
/RV SRUWDGRUHV GHHVWRV DSDUDWRV GHEHQ DGRSWDU ODV PHGLGDV GH SURWHFFLyQ
DGHFXDGDV3RUHMHPSORSURKLELUHODFFHVRDOiUHDGHXWLOL]DFLyQGHODVROGDGRUD
(VWDVROGDGRUDVDWLVIDFHORVUHTXLVLWRVGHOHVWiQGDUWpFQLFRGHSURGXFWRSDUD
VXXVRH[FOXVLYRHQDPELHQWHVLQGXVWULDOHV\FRQREMHWLYRVSURIHVLRQDOHV1RVH
DVHJXUDHOFXPSOLPLHQWRGHORVOtPLWHVGHEDVHUHODWLYRVDODH[SRVLFLyQKXPDQD
DORVFDPSRVHOHFWURPDJQpWLFRVHQDPELHQWHGRPpVWLFR
(O RSHUDGRU GHEH DGRSWDU ORV VLJXLHQWHV SURFHGLPLHQWRV SDUD UHGXFLU OD
H[SRVLFLyQDORVFDPSRVHOHFWURPDJQpWLFRV
 )LMDUMXQWRVORPiVFHUFDSRVLEOHORVGRVFDEOHVGHVROGDGXUD
 0DQWHQHUODFDEH]D\HOWURQFRGHOFXHUSRORPiVOHMRVSRVLEOHGHOFLUFXLWRGH
VROGDGXUD
 1RHQUROODUQXQFDORVFDEOHVGHVROGDGXUDDOUHGHGRUGHOFXHUSR
 1RVROGDUFRQHOFXHUSRHQPHGLRGHOFLUFXLWRGHVROGDGXUD0DQWHQHUORVGRV
FDEOHVHQODPLVPDSDUWHGHOFXHUSR
 &RQHFWDUHOFDEOHGHUHWRUQRGHODFRUULHQWHGHVROGDGXUDDODSLH]DTXHVH
GHEHVROGDUORPiVFHUFDSRVLEOHDODMXQWDHQHMHFXFLyQ
 1R VROGDU FHUFD VHQWDGRV R DSR\DGRV HQ OD VROGDGRUD GLVWDQFLD PtQLPD