- 33 -
DEUTSCH
INHALTSVERZEICHNIS
$//*(0(,1(6,&+(5+(,769256&+5,)7(1=80/,&+7%2*(16&+:(,66(1
(,1)h+581*81'$//*(0(,1(%(6&+5(,%81*
2.1
HAUPTMERKMALE
........................................................................................................................ 34
2.2
GRUNDZUBEHÖR
.......................................................................................................................... 34
2.3
SONDERZUBEHÖR
........................................................................................................................ 34
7(&+1,6&+('$7(1
3.1
TYPENSCHILD
................................................................................................................................ 34
3.2 SONSTIGE TECHNISCHE DATEN: ................................................................................................ 35
%(6&+5(,%81*'(56&+:(,660$6&+,1(
4.1 ÜBERWACHUNGS-, EINSTELLUNGS- UND ANSCHLUSSVORRICHTUNGEN .......................... 35
4.1.1 SCHWEISSMASCHINE (Abb. B) .......................................................................................... 35
4.1.2 BEDIENFELD DER SCHWEISSMASCHINE (Abb. C) .......................................................... 35
,167$//$7,21
5.1 STANDORT DER SCHWEISSMASCHINE ...................................................................................... 35
5.2 ANSCHLUSS AN DAS STROMVERSORGUNGSNETZ ................................................................. 35
5.2.1 Stecker und Dose .................................................................................................................. 35
5.3 VERBINDUGNEN DES SCHWEISSSTROMKREISES ................................................................... 35
5.3.1
Empfehlungen........................................................................................................................ 35
5.3.2 VERBINDUGNEN DES SCHWEISSSTROMKREISES IM MIG-MAG-BETRIEB .................. 35
$QVFKOXVVDQGLH*DVÀDVFKHEHL$QZHQGXQJ
........................................................ 35
5.3.2.2 Anschluss des Schweißstromrückleitungskabels ..................................................... 35
5.3.2.3 Brenner (Abb. B) ....................................................................................................... 35
5.3.2.4 Spool Gun (nur in der Ausführung Einzelbrenner) (Abb. B) ..................................... 35
5.3.3 VERBINDUGNEN DES SCHWEISSSTROMKREISES IM WIG-BETRIEB ........................... 36
$QVFKOXVVDQGLH*DVÀDVFKH
.................................................................................... 36
5.3.3.2 Anschluss des Schweißstromrückleitungskabels ..................................................... 36
5.3.3.3
Brenner
..................................................................................................................... 36
5.3.4 VERBINDUGNEN DES SCHWEISSSTROMKREISES IM MMA-BETRIEB.......................... 36
5.3.4.1 Anschluss Schweißkabel Elektrodenklemme ........................................................... 36
5.3.4.2 Anschluss des Schweißstromrückleitungskabels ..................................................... 36
5.4 EINLEGEN DER DRAHTSPULE (Abb. G, G1, G2) ......................................................................... 36
5.5 AUSTAUCH DER DRAHTFÜHRUNGSSEELE AM BRENNER (ABB. H) ....................................... 36
5.5.1 Spiralförmige Führungsseele für Stahldrähte ........................................................................ 36
5.5.2 Führungsseele aus synthetischem Material für Aluminiumdrähte ......................................... 36
5.6
EINLEGEN DER DRAHTSPULE IN DIE SPOOL GUN (nur in der Ausführung Einzelbrenner) (Abb. I) ... 36
0,*0$*6&+:(,66(1%(6&+5(,%81*'(69(5)$+5(16
6.1 SHORT ARC (KURZLICHTBOGEN) ............................................................................................... 36
6.2 WERKSTOFFÜBERGANG AB PULSE (PULSIERENDER LICHTBOGEN) ................................... 36
6.3 WERKSTOFFÜBERGANG BEI KALTEM LICHTBOGEN (ROOT MIG) .......................................... 37
%(75,(%6$570,*0$*
7.1 Handbetrieb .................................................................................................................................... 37
7.1.1 Einstellung der Parameter mit Spool Gun (nur in der Ausführung Einzelbrenner) ................ 37
7.2
Synergiebetrieb
................................................................................................................................ 37
7.2.1 ATC-Betrieb (Advanced Thermal Control) ............................................................................. 37
7.2.2 Anwendung Spool Gun (nur in der Ausführung Einzelbrenner) ............................................. 37
7.3 Betrieb im Modus AB Pulse ............................................................................................................. 37
7.4 Betrieb im Modus AB PoP (PULSE on PULSE) .............................................................................. 37
7.5 Betrieb im Modus ROOT MIG .......................................................................................................... 37
7.6 Einstellung Brenner T1, T2, T3 (nur in der Ausführung 3 Brenner) ................................................. 37
%(',(181*'(6%5(11(5.123)(6
8.1 Einstellung des Modus zur Bedienung des Brennerknopfes (Abb. L-9) .......................................... 37
8.2 Betätigungsarten des Brennerknopfes ............................................................................................ 37
6&+:(,66(10,7*5$QXU$XVIKUXQJ5$
00$6&+:(,66(1(5/b87(581*'(69(5)$+5(16
10.1
ALLGEMEIN
.................................................................................................................................. 38
10.2
VERFAHRENSWEISE
................................................................................................................... 38
10.3 Einstellung MMA-Modus (Abb. L-10) ............................................................................................. 38
:,*'&6&+:(,66(1(5/b87(581*'(69(5)$+5(16
11.1
ALLGEMEIN
................................................................................................................................... 38
11.2 VERFAHREN (LIFT-ZÜNDUNG) ................................................................................................... 38
11.3 TFT-DISPLAY IM WIG-MODUS (Abb. L-12) .................................................................................. 38
$/$500(/'81*(17$%
(,167(//81*60(1h$EE/
13.1 MODE-MENÜ (Abb. L-14) ............................................................................................................. 38
13.2 SETUP-MENÜ (Abb. L-15) ............................................................................................................ 38
13.2.1
FUNKTIONSSPERRE
......................................................................................................... 38
13.3 SERVICE-MENÜ (Abb. L-16) ........................................................................................................ 38
13.3.1
INFORMATIONSMENÜ
....................................................................................................... 38
13.3.2
FIRMWARE-MENÜ
............................................................................................................. 38
13.3.3
REPORT-MENÜ
.................................................................................................................. 39
13.3.4
EINSTELLUNGEN
............................................................................................................... 39
13.4
AQUA-MENÜ
................................................................................................................................. 39
13.5 Einstellungsmenü Brenner T1, T2, T3 (nur in der Ausführung 3 Brenner) ..................................... 39
13.6 JOBS-MENÜ (Abb. L-18) ............................................................................................................... 39
:$5781*
14.1 PLANMÄSSIGE WARTUNG: ......................................................................................................... 39
14.1.1
BRENNER
........................................................................................................................... 39
14.1.2
Drahtzufuhr
.......................................................................................................................... 39
14.2
AUSSERORDENTLICHE
WARTUNG
........................................................................................... 39
)(+/(568&+(7$%
s.
s.
(1'/266&+:(,660$6&+,1( =80 /,&+7%2*(16&+:(,66(1 ,1 '(1
9(5)$+5(10,*0$*)/8;:,*81'00$,1%(58)81'*(:(5%(
$QPHUNXQJ1DFKIROJHQGZLUGGHU%HJULIIÄ6FKZHLPDVFKLQH³YHUZHQGHW
$//*(0(,1(6,&+(5+(,769256&+5,)7(1=80/,&+7%2*(16&+:(,66(1
'HU %HGLHQHU PX LP VLFKHUHQ *HEUDXFK GHU 6FKZHLPDVFKLQH DXVUHLFKHQG
XQWHUZLHVHQVHLQ(UPXEHUGLH5LVLNHQEHLGHQ/LFKWERJHQVFKZHLYHUIDKUHQ
EHUGLH6FKXW]YRUNHKUXQJHQXQGGDV9HUKDOWHQLP1RWIDOOLQIRUPLHUWVHLQ
6LHKH DXFK GLH 1RUP Ä(1 /LFKWERJHQVFKZHLHLQULFKWXQJHQ 7HLO
(UULFKWHQXQG%HWUHLEHQ´
9HUPHLGHQ6LHGHQGLUHNWHQ.RQWDNWPLWGHP6FKZHLVWURPNUHLVGLHYRQGHU
6FKZHLPDVFKLQH EHUHLWJHVWHOOWH /HHUODXIVSDQQXQJ LVW XQWHU EHVWLPPWHQ
8PVWlQGHQJHIlKUOLFK
'DV$QVFKOLHHQ GHU 6FKZHLNDEHO 3UIXQJHQ XQG 5HSDUDWXUHQ GUIHQ QXU
DXVJHIKUW ZHUGHQ ZHQQ GLH 6FKZHLPDVFKLQH DXVJHVFKDOWHW XQG YRP
9HUVRUJXQJVQHW]JHQRPPHQLVW
%HYRU 9HUVFKOHLWHLOH GHV %UHQQHUV DXVJHWDXVFKW ZHUGHQ PX GLH
6FKZHLPDVFKLQH DXVJHVFKDOWHW XQG YRP 9HUVRUJXQJVQHW] JHQRPPHQ
ZHUGHQ
'LH(OHNWURLQVWDOODWLRQLVWLP(LQNODQJPLWGHQHLQVFKOlJLJHQ9RUVFKULIWHQXQG
8QIDOOYHUKWXQJVEHVWLPPXQJHQYRU]XQHKPHQ
'LH 6FKZHLPDVFKLQH GDUI DXVVFKOLHOLFK DQ HLQ 9HUVRUJXQJVQHW] PLW
JHHUGHWHP1XOOOHLWHUDQJHVFKORVVHQZHUGHQ
6WHOOHQ6LHVLFKHUGDGLH6WURPEXFKVHNRUUHNWPLWGHU6FKXW]HUGHYHUEXQGHQ
LVW
'LH6FKZHLPDVFKLQHGDUIQLFKWLQIHXFKWHURGHUQDVVHU8PJHEXQJRGHUEHL
5HJHQEHQXW]WZHUGHQ
.HLQH .DEHO PLW YHUVFKOLVVHQHU ,VROLHUXQJ RGHU JHORFNHUWHQ 9HUELQGXQJHQ
EHQXW]HQ
,VW HLQH (LQKHLW ]XU )OVVLJNHLWVNKOXQJ YRUKDQGHQ GDUI GLHVH QXU EHL
DXVJHVFKDOWHWHU XQG YRP 9HUVRUJXQJVQHW] JHWUHQQWHU 6FKZHLPDVFKLQH
EHIOOWZHUGHQ
6FKZHLHQ 6LH QLFKW DXI &RQWDLQHUQ *HIlHQ RGHU 5RKUOHLWXQJHQ GLH
HQWÀDPPEDUH)OVVLJNHLWHQRGHU*DVHHQWKDOWHQRGHUHQWKDOWHQKDEHQ
$UEHLWHQ6LHQLFKWDXI:HUNVWRIIHQGLHPLWFKORULHUWHQ/|VXQJVPLWWHOQJHUHLQLJW
ZRUGHQVLQG$UEHLWHQ6LHDXFKQLFKWLQGHU1lKHGLHVHU/|VXQJVPLWWHO
1LFKWDQ%HKlOWHUQVFKZHLHQGLHXQWHU'UXFNVWHKHQ
(QWIHUQHQ6LHDOOHHQWÀDPPEDUHQ6WRIIH]%+RO]3DSLHU6WRIIIHW]HQRl
6RUJHQ 6LH IU DXVUHLFKHQGHQ /XIWDXVWDXVFK RGHU JHHLOIVPLWWHO XP
GLHEHLP6FKZHLHQLQ/LFKWERJHQQlKHIUHLZHUGHQGHQ5DXFKJDVHDE]XIKUHQ
(V LVW V\VWHPDWLVFK ]X XQWHUVXFKHQ ZHOFKH *UHQ]ZHUWH IU GLH MHZHLOLJH
=XVDPPHQVHW]XQJ.RQ]HQWUDWLRQXQG(LQZLUNXQJVGDXHUGHU6FKZHLDEJDVH
JHOWHQ
'LH *DVÀDVFKH PX YRU :lUPHTXHOOHQ HLQVFKOLHOLFK 6RQQHQHLQVWUDKOXQJ
JHVFKW]WZHUGHQIDOOVYHUZHQGHW
'HU %UHQQHU GDV :HUNVWFN XQG HYHQWXHOO JHHUGHWH XQG ]XJlQJOLFKH
0HWDOOWHLOHLQGHU1lKHVLQGHOHNWULVFKVDFKJHUHFKW]XLVROLHUHQ
'LHVNDQQQRUPDOHUZHLVHHUUHLFKWZHUGHQGXUFKGDV$QOHJHQYRQIUGLHVHQ
=ZHFN YRUJHVDQGVFKXKHQ 6FKXKHQ .RSIEHGHFNXQJHQ XQG
.OHLGXQJVVWFNHQXQGGXUFKGHQ(LQVDW]YRQ7ULWWEUHWWHUQRGHULVROLHUHQGHQ
0DWWHQ
'LH$XJHQ VLQG VWHWV PLW JHHLJQHWHQ GHQ 1RUPHQ 81, (1 RGHU 81, (1
HQWVSUHFKHQGHQXQGDXI0DVNHQPRQWLHUWHQ)LOWHUQHOPHQ]X
VFKW]HQGLHGHU1RUP81,(1JHQJHQ
9HUZHQGHQ6LHIHXHUKHPPHQGH6FKXW]NOHLGXQJQDFKGHU1RUP81,(1
XQG6FKZHLKDQGVFKXKHQDFKGHU1RUP81,(1XP]XYHUPHLGHQ
DXWGHUYRP/LFKWERJHQDXVJHKHQGHQXOWUDYLROHWWHQXQGLQIUDURWHQ
6WUDKOXQJ DXVJHVHW]W ZLUG $XFK DQGHUH VLFK LQ GHU 1lKH DXIKDOWHQGH
3HUVRQHQVLQGPLWQLFKWUHÀHNWLHUHQGHQ6FKLUPHQXQG9RUKlQJHQ]XVFKW]HQ
*HUlXVFKHPLVVLRQ :HQQ DXIJUXQG EHVRQGHUV LQWHQVLYHU 6FKZHLDUEHLWHQ
HLQSHUV|QOLFKHUWlJOLFKHU([SRVLWLRQVSHJHO/(3GYRQPLQGHVWHQVG%$
HUPLWWHOW ZLUG LVW GLH 9HUZHQGXQJ VDFKJHUHFKWHU SHUV|QOLFKHU 6FKXW]PLWWHO
YRUJHVFKULHEHQ7DE
%HLP hEHUJDQJ GHV 6FKZHLVWURPV HQWVWHKHQ HOHNWURPDJQHWLVFKH )HOGHU
(0)LQGHU1lKHGHV6FKZHLVWURPNUHLVHV
'LHHOHNWURPDJQHWLVFKHQ)HOGHUN|QQHQPHGL]LOIHQEHHLQWUlFKWLJHQ]
%+HU]VFKULWWPDFKHU$WHPKLOIHQRGHU0HWDOOSURWKHVHQ
)UGLH7UlJHLOIHQPVVHQDQJHPHVVHQH6FKXW]PDQDKPHQJHWURIIHQ
ZHUGHQEHLVSLHOVZHLVHLQGHPPDQLKQHQGHU=XJDQJ]XP%HWULHEVEHUHLFKGHU
6FKZHLPDVFKLQHXQWHUVDJW
'LHVH 6FKZHLPDVFKLQH JHQJW GHQ WHFKQLVFKHQ 3URGXNWVWDQGDUGV IU GHQ
DXVVFKOLHOLFKHQ*HEUDXFKLP*HZHUEHEHUHLFKXQGIUEHUXÀLFKH=ZHFNH'LH
(LQKDOWXQJ GHU %DVLVJUHQ]ZHUWH GLH IU GLH (LQZLUNXQJ HOHNWURPDJQHWLVFKHU
)HOGHUDXIGHQ0HQVFKHQLPKlXVOLFKHQ8PIHOGJHOWHQLVWQLFKWVLFKHUJHVWHOOW
'HU %HGLHQHU PXVV GLH IROJHQGHQ 9RUNHKUXQJHQ WUHIIHQ XP GLH (LQZLUNXQJ
HOHNWURPHFKDQLVFKHU)HOGHU]XUHGX]LHUHQ
'LHEHLGHQ6FKZHLNDEHOVLQGP|JOLFKVWQDKHEHLHLQDQGHU]X¿[LHUHQ
'HU .RSI XQG GHU 5XPSI VLQG VR ZHLW ZLH P|JOLFK YRP 6FKZHLVWURPNUHLV
IHUQ]XKDOWHQ
'LH6FKZHLNDEHOGUIHQXQWHUNHLQHQ8PVWlQGHQXPGHQ.|USHUJHZLFNHOW
Summary of Contents for 954708
Page 178: ... 178 1 6 7 2 3 4 5 ...
Page 182: ... 182 E Nr 8 M6 x 16 R R R R R O P T I O N A L ...
Page 183: ... 183 ...
Page 184: ... 184 ...
Page 185: ... 185 ...
Page 186: ... 186 ...
Page 187: ... 187 ...
Page 188: ... 188 0 8 0 8 ...
Page 189: ... 189 ...