B AristoPendant U8 CZ
Transkript
CZ AristoPendant U8 0459 310 084 050221 Valid for program version 1.20 !" "" # $% # '% % ( )%!"* , " -" !% " -" ." # -" 01231 0-,2-4 5 4-)46 7,-48 & & + + + / / / 9% :: < 1= >* < -" "? # , ( < 1@ = >* < 6% '"*" ; ; # # 1" " " # ' <AB2<0B *"2 # ' <AB2<0B % # "% >* " # -" # 6%" " ## A*! #( ) C%" # 1 % #5 D % #& A% *"!" #+ 1 #/ - #; 7 # 7 # '!" ## 1>* % #( 1% "" # 9* "" #5 %E *" #& 7 % #+ D #/ $>* % #; F" # G ( ( 5 5 5 5 5 5 5 & & & & & & + + + + / / / / / ( 1" " " ( "% >* " ( 1 ( 6C% %* (# < >*" (( '!" ( F" ; ; ; ; ; ; ; ! " " # TOCj −2− $ 1" " " ' )AB %? ' )AB % "% >* " 9H F>"0 # $ ** ( D"** 1 5 1 % & 1 + D % / D ; - '" 1>* % # $>* % ( F" # "% %I >* # )" ?"* % # # # # # # ( ( ( ( ( ( % &'() *'( +,& " 5 1" " " 5 "% >* 5 -" 5 A*! 5# ) C%" - ./01 2.3402 & 7 "? %? 5 & 6?= " % 5 &# 1" " " 5 &( "% >* " 5 &( H & & J"* ! " & 5 36 37$ # + + +# +( + J* >C %! K%. % 7 / / # # # ; 8 %I # # 3,8 9(, " 9(, 378 (6$: " TOCj −3−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j −4− CZ 0" *% O% ."* = P ! !" "" * % I= > " * % )O" % * % Q C%!"P I =I"P >I"P I"P I"P !P >I"P "%I"P %I"P I%I"P "C%I"P RI"P %I"P * C%!" !I" @AB2 0"1" K+ .*P " I C%* * % 1* %? * A"" CCC20BADE 1 S1"S ST%C U ""C V"S " * "*P *"= ?." % " " " * %? +BFG12 1 E1 )" % I" 1 %! " C%!" 8":% " ? *P " "*"Q '"*" "%!"* %" % ESAB AristoMig 1 "%!"* I* E" * * 0KWAFA063 HK-8)A,-' '"*" "%!"* 4-)46 PROCESS: METHOD: WIRE TYPE: SHIELDING GAS: WIRE DIMENSION: AUXILIARY FUNCTIONS " SET bi09dintj MEASURE −5− MIG/MAG DIP/SPRAY Fe Ar+8%CO2 1.2 mm MEMORY FAST MODE ENTER CZ AUXILIARY FUNCTIONS 1E" * * 8,-HABK60)A,- '"*" "%!"* 4-)46 MEMORY CARD OPERATIONS CONFIGURATION QUALITY FUNCTIONS PRODUCTION STATISTICS ERROR LOG USER DEFINED SYNERGIC DATA LIMIT EDITOR QUIT ENTER AUXILIARY FUNCTIONS − CONFIGURATION '"*" "%!"* 4-)46 %" *? %! LANGUAGE: CODE LOCK REMOTE CONTROLS MIG/MAG DEFAULTS MMA DEFAULTS TIG DEFAULTS GENERAL DEFAULTS MULTIPLE WIRE FEEDERS UNIT OF LENGTH: ENGLISH METRIC QUIT 1E" * * I * "*" "%!"* 4-)46 bi09dintj −6− NEDERLANDS ESPANOL PORTUGUES MAGYAR POLSKI US ENGLISH CESKY ENTER ↓ CZ /042H ESAB AristoMig PROCES: METODA: DRUH DRATU: OCHRANNY PLYN: PRUMER DRATU: POMOCNE FUNKCE NASTAV MERENI MIG/MAG ZKRAT/SPRCHA Fe CO2 1.2 mm PAMET RYCHLE MODE ENTER (.I. 7 %! * " = % *% "O"P *"= = "O" % "" * % * E * "! "O" $2J1 42 !" % " % "O"P *" "% *"% >* " "%!"* 0.K .2/E 0 %.% . "" = %P " " *" " @EA4@ B /042H/ bi09dintj −7− " * D% %= @ = , - %I " > 1 "%!"* %2P ! X I" ." " " 1 "%!"* %2 ! Y I" ." " " CZ " $4BF 1B 7 * = * % ?." ." "%!"* I* )%!"* . " % . * I MZN . M:N " )%!"* %2 " , "%!"* %2 ! %I % "I " % > " "%!"* % P % *" " > " *% != M% %N 7"* "*" "%!"* " I2. % * 1* "%!"* ." " =%P %*" **? "I 3.L.BE 14BF 1B 1" "%!"* % ? >* J [C "%!"*\P . P . " ?= >* %" "P *= . " 0*"% >* "" "%!"* * "O" * % 7. >* *" P "" " C% % "!* % "O" 1 *" . %* = % "*" "%!"* $0F7P "O" " % @" "*" "%!"* 7,-48 B01B 4O" " % " " Q -" !% " -" ." -" " 01231 0-,2-4 B01B F 024KDM M1 1 " !%= " ?." "%!"* % I" ." " -*"= " % "*= " %* = % bi09dintj −8− CZ B01B 2G BKDM E01 -*" " > % !"= ." ' ?. " *% "*"Q MIG/MAG MMA: TIG UHLÍK, oblouk se vzduchem SUPERIMPULS MIG * * <AB2<0B J"%. "*" "%!"* 4-)46P " ." <AB2<0B 1* I* " " ."P "%!"* I* E" * %I * 1" "*" "%!"* 4-)46 8":% "" P . *% "P "*" "%!"* 7,-48 -*" " "%* ."P . I % " ]* !" P . * "%!"* I* " %?P %I ." B01B2 +3!:3 2A ! K *" >* ?." " " 01 31P 0-, -4 J* *% "* = >* % =" " !" <AB2<0B <<0 9" 01231 0-,2-4 % > " ??Q <?." " 01 31P 0-, -4 ."P * I 7 > 01231 0-,2-4 ?." ." "*= "%!"* %2 M%" !"= >*N % Z M%N ^ 01 0-, : MN ^ 31 -4 $6 B (, $ [C \ "%!"* % 4-)46 7,-48 '"*" "%!"* 4-)46 " " ." '"*" "%!"* 7,-48 "" * bi09dintj −9− CZ , %! . ? J % P = >*P " "P P >* " % % G I" "*= I" * > "P * C . &4B E2 NN 9F0-_< <4-K ?." " P " P " " " "" ?." "*= " " I "" %! ESAB AristoMig PROCES: METODA: DRUH DRATU: OCHRANNY PLYN: PRUMER DRATU: POMOCNE FUNKCE NASTAV MERENI MIG/MAG ZKRAT/SPRCHA Fe Ar + 8% CO2 1.2 mm PAMET RYCHLE MODE ENTER 2 3EDO PD2 1,<,8-` HK-784 ?." " >* @ = *" )*= ?." " *>CP " >* * %"P *"! >*P " POMOCNÉ FUNKCE PAMETOVA KARTA AKTIVNI KONFIGURACE FUNKCE KVALITY DOKUMENTACNI FUNKCE SEZNAM CHYB UZIVATELSKE PARAMETRY LIMITA EDITORU KONEC ENTER 7,-HABK6084 ?." " *P * " %I *% " P "* " POMOCNE FUNKCE − KONFIGURACE JAZYK: FUNKCE ZAMKU DALKOVE OVLADANI MIG/MAG VADY MMA VADY ZAKLADNI NASTAVENI VICE PODAVACU JEDNOTKY: ENGLISH METRICKE KONEC bi09dintj − 10 − ENTER CZ 2 B01B2 0BQBD DM B.BE21.R -0')04-A '06,08A89 1060< 1060< ?." " ?= " % %I %" "P * " % "" " <AB2<0) *"2 NASTAVENI SVAROVACICH PARAM. NAPETI: # 26.8 RYCHLOST DRATU: * INDUKCNI ODPOR: SYNERGICKY MOD POCATECNI PARAMETRY KONECNE PARAMETRY LIMITY KRATER VYPLN HOT START 4− KROKOVA (+0.0) V 6.0 m/min 80 % ZAPNUTO KONEC A.BI EGQ2 ,G60 <ab4-_ ?." % " = " ? "? -= " ?" % *! <?." " P . " = " ZKRAT/SPRCHA. Fe, CO2, 1.2 mm # 0.0 V 0 A 6.0 m/min * KRATER VYPLN HOT START 4− KROKOVA DALK KONEC ]* = % % P . * > ?." " " !" "? 7"P " %. " = 9" "?P *"= % "P . ! * S T 7. " P * P = " %P I% * % "P *"= " = %* $3c 1 % ?." %"P " ? % " " )" " % > " *% " <AB2<0B9P *"% bi09dintj − 11 − CZ " 2 3BEGUO PD2 10<4),4 HK-784 ?." *%" *%"P % " " ?= %.* % " -" " % *%" // ? @ PAMETOVE FUNKCE − DATA ULOZENA 1 2 5 11 12 ULOZ KONEC 2 6@DM42 6389F4 ?." " C "%!"* @ " )" " > *% " ZKRAT/SPRCHA. Fe, CO2, 1.2 mm # 0.0 V 0 A 6.0 m/min * SVAR. DATA 1 SVAR. DATA 2 SVAR. DATA 3 SVAR. DATA 4 2. FUNKCE $%I > " "" " *"% \1C "%!"* %= %\ bi09dintj − 12 − CZ 1.1.B E2 3, 9(, $ 6 3$ 7,-48-4 1060<4)63 1,80)48-A 1060<4)63 6:,&' 7,1A6KJ 3,F4J 3<0 KF, !" # $ #$% &% ' !(! (! ) $ #( *+,-+ #.!" / 3, 9(, = >*P " " $ " "? <AB2<0BP " " <<0P " )ABP " %* %* P " '% <<0P " % 6 " 3$ " " # 6:,&' % " " bi09dintj − 13 − CZ ! &4B E2 NNV 3.D20 1 <AB2<0B " %* " M%*"NP *" "." P !. " L % 7 % E *=* %* . %P "*. %* "% " P " * " " "% " % ? "?P *"= % " ! +(6$!36,& "% " 5 ? "?P *"= % " ! 3'+ 3B.BE21.@ E2 . B01B 0BQBD DM B1 BQ ! 02 I.B12E!0.DM B01B2 6I0BM B01B2 .D DM W &1@ +/04O B 0F/0 @4 1/ -" + : 5; C* %* ; 6%" " XX A*! ) C%" 'C* L ;P+ : P; 2 ;P M " "N ;P 2 ; d ;; e : 31-K), 01-K), ;P : -4 0-, -4 0-, ; : ; f% " f% @ -4 0-, ; : ; P 2 . *"% %" " : O O : ;P : : ;P ;P 2 +; e ( 01-K), X ;P -4 -4 P 2 ;P (P O : ;P ;P 2 -4 P # 2 + . *"% " ;P + O ; d ; e ;: ;P : : ; ;P; ;P : 5; e ;P ;P : O 1>* % 8 "" 9" "" D " "" 6%" " *= "" -" " "" %E *" D %E *" 6%" " *!= %E *" -" *!= %E *" 7 % D $>* % F" bi09d1j2 − 14 − O 2 B01B/124 O 0F/0 1/ O O O : O O O O O O O O : O O : CZ B01B2 6I0BM B01B2 .D DM W &1@ +/04O B 0F/0 @4 1/ G 31-K), 01-K), ; : : 31-K), O ;P ;P O D B01B/124 O 0F/0 1/ & #.!( '0 $1 '( 2 $1. 34 # '( 5# # (#1 $/" ' $') '( BQ ! 0 /E40@ B01B2 6I0BM B01B2 .D DM W &1@ @N 4 -" ; : ; C* %* ; 6%" " XX 1 % $ % A% *"!" 1 XXX - 7 7 'C* L ;P+ : P; 2 ;P M " "N ;P 2 ;; : 5;; 0 P& : P #5 : # 9 ( : #;; 0 :/ ; d ;; e ; d ;; e 31-K), 01-K), ;P : -4 0-, -4 0-, ; : ; f% " f% @ -4P 1KF-A G4 1KF084 ; : ; P 2 . *"% %" " (0 ;P 9 0 : O O O O O O O : ;P : : ;P ;P 2 (&5 0 P /5 9 0 / # e ;e 01-K), X ;P -4 -4 P 2 ;P (P O : -4 O ;P ;P 2 P # 2 O O + . *"% " ;P + O ;; 0 . *"% % (0 (5( 0 O 0 . *"% ; 9 . *"% >* (0 #5 0 O 9 5 9 O 1>* % 8 "" 9" "" D " "" 6%" " " "" -" " "" %E *" D %E *" 6%" " *!= %E *" -" *!= %E *" A% *!= %E *" 1 *!= %E *" H* *!= %E *" bi09d1j2 − 15 −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bi09d1j2 − 16 − CZ - E40 E/1F21 D P *" %! ! % " % 1%" <AB2<0B % 5 3. IB -.I " ." % 1%" <AB2<0B % 1 1 % 1 D % $=%* % D 6( *+,-+ # $1#. # AGM - P . % % ?"2*% * " = " 1" % " " " *P . *. ;; - ?%." % * 1* " IIP "I * 1%I ?. I % " " % % " *=* 1%" <AB2<0B % (B 7 * % C%" -* " P . " "* . *"" 1%" <AB2<0B % (/ 7 "C! *P *" % . % " )*= "" " * " %* %I C%! !* 1%" <AB2<0B % F/01 7. * " "P ? " % = . ! " %" " " M=%* %*NP *% "% %* -" M=%* %*N ""* ? % C = C*= "P *" " %P . E % "? " %" " %I " C* " bi09d1j2 − 17 − CZ J . .= " = C* P % " "% " " "* 4'0G 3Q2P 4@ 1>* % C% P *" % ." %* " 3EB4K 01B.1 1 %= "" " %" ; e " = %"P * " %*"* *"*" * 1 *= "" " ; e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bi09d1j2 − 18 −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bi09d1j2 − 19 − CZ " 3B.BE21.@ E2 . B01B 0BQBD DM B1 B01B2 6I0BM B01B2 .D DM W &1@ +/04O B 0F/0 @4 1/ 1X 5 : ;; 0 0 + 0 'C* L 31-K), 01-K), : 01-K), XX : 6C% %* ; d ;; e e ; e O < >*" ; d ;; e e e O B01B/124 O 0F/0 1/ O : 7(1 $' (#1 ! .$ # $/( & #.!( '0 ! .$ 1!'. 8 " @0G142 PD . B01B " 3. II " II %E %I * * 1 " R :P " P .1" 1. " 62L4BD2 A4 6C% %* !P * ? =%* %* -.I " " %I %* I "* " / .K PB1. 1" < >*" . !" " %*" 3I.c )" " % " "" F/01 '!" <<0 P . C ""* "% %"" %= " ? %*" " '/E/1@ %" ?." " %" !" -" " *"% % \7>C %"?\ : F" *" # # $ $ &4B E2 NNV 3.D20 1 )AB " * * ? %* %= g%> %*"P *" " ' %E %*" % A% %. * %I % = % "" D"" %? " "*P %E % % ""* ! %E !"!= "" 7 " %? " !" "Q ! %P ! P % bi09d1j2 − 20 −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bi09d1j2 − 21 − CZ '/P1.D ' >* F>"0 %* %P *. %*" * 9$1( 1! $ ! : -t ! 0 1!' # '! ! ! 0 ##! #$%; ) $"! ! $' ! 80 #() ''(1 1!' ' !0 $(1 # 1! $' !. # # ' : F>"0 *" 1 .K 1>* % - '" $>* % 2! $ $/ '!!" 1('( # (! ** = . % "*" I" " >* % M* ."N . %* MN 1 " " " M* % >* P * N K % I" MN . M ! *%" % >* "P * N %* -% >* %P * : $ ** . *" 1 " ;[email protected] 1>* % - '" 2! $ $/ ).!!" 1('( # (! bi09d1j2 − 22 −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bi09d1j2 − 23 − CZ 201 1 )AB . "P . [%\ *% C% P *! % * " *"? 2 "% : '" " # # $ 3Q2P 4@ 1>* % C% P *" % ." %* : 1>* % " # # $ P 4@ $>* % C% P *" % " %* : $>* % " # # $ " '/E/1@ %" ?." " %" !" -" " *"% % [7>C %"?\ : F" *" # # $ @0G142 B4Z DM PD $201 .R1 4@ H* )" ?"* % . ?"* % !% >*" I*= %*" % )" ?"* % "* %P * "*" "%!"*P "= " : )" ?"* % *" % &'() *'( +,& &4B E2 NNV 3.D20 K%* %* " ." % %*" " = %* "! % ,%* * %* "! *P "P >* % " "%P " I "% " % ?= %*"P *"= % " M4 KE A42E 02 IDM2E bi09d1j2 − 24 − CZ % 3B.BE21.@ E2 . B01B 0BQBD DM B1 B01B2 6I0BM B01B2 .D DM W &1@ +/04O B 0F/0 @4 1/ -" + : 5; #/ O A*! ; d ;; e &; e O ) C%" : O 'C* L 01-K), 31-K), : 01-K), : B01B/124 O 0F/0 1/ O : & #.!( '0 1!' <= 1!( .) % @0G142 PD % BG1 I= " " %I I -" " R # # $ .1" 1. % F . 3I.c )" " % " % $@ .2L41. 3I.c )" " % " - ./01 2.3402 &4B E2 NNV 3.D20 'K146A<1KF' <AB M0" '1%N . * %I *"% % "" ' %E ! *. % !"! "" . 'K146A<1KF'K <ABQ <I "% " %* * = FI *"% % ! FI *"% * >% * <I "% " = "% 'K146A<1KF' <AB % . " C " <AB2<0B D = " % ! " ! * > 'K146A<1KF' <AB " " 1 " %= @ = * " % = J %*? "" P . *. %. " 'K146A<1KF'K <ABP %* %! ?. . " %= @ = ' . ! > 7. * ""P * ! > " ? *= "" ." "*= " %E *" bi09d1j2 − 25 − CZ . %. * " 7. > *" * " P *." * " $*! %. * " - (EA/BD2 .1R B 4@R 7 "? %? " "%* " % - 6RIO 1@@ 40 -% * EP *= % " % ." %" "%I@ "%P *" " $24 , A4 02 0.DM > /E40 * > * E40 > /E40 * > E40 > A4 02 I.B12E * > 6IEG. EB12./4 - 3B.BE21.@ E2 . B01B 0BQBD DM B1 -" % %"" %* *"2 " *"% B01B2 6I0BM B01B2 .D DM W &1@ @4 H 1 * : 1 O D > ; : P; ;P; ;P; M*N ;P MN O -" +/04O B B01B/124 0F/0 O 1/ 0F/0 1/ @0G142 PD . B01B "% >* " % %I "? <AB2<0B " " %N# bi09d1j2 − 26 − CZ -" 9I2 "=" >* ?." %" * II " " .I " * f!% "" "? !"P * " "" )*= !P *" " % E . %* = % 6%" " * %" = > 0 I* "P * > <?." " %I !" * > KEP . * . " !"P " " ""=. * P "* * > : H " 1 - ?21B BBF2 .1 ' 'K146A<1KF'4< <AB . " "* ! " 0"H #;:( *2I2F01 B1Q2 X 1 . 'K146A<1KF'K <AB ? "* ! " %*= ". 0" !%P . * . %% " "* ! "P ." %" != % C> 6I 4 .@DM401/ .1 m/min Èas cyklu (s) 7 * 2 ; 2 "* %" " D *% !" ! * > 6% * %" " *!" %"P *" ! * * %" " 1*%Q 1* ! *% ;P %" " 2P " *! % * %" " 5 2 bi09d1j2 − 27 −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bi09d1j2 − 28 − CZ 5 36 37$ 5 ?B PLH2 4BBF , %! "" " "*Q " " " 4/1 3./E. BEGU @4B1 3BEGU 0BQBD DM B1 " " " % " "P *" % %." " " G . " 1" % "*= %" " " " " " KEP . @ . % > = " " F %" " " % " " "% = " J % P @ * [ % \ &4B E2 NNV $ %! ?." 4/1 B ## 0A.R " 7.= !% // ' " ?." "*= EBIB1 .B1 % ?." @4B1 !" " " *%* *%?P *"= *P * *%"P % "P * " " 5 42 1* @ " P % % * PAMETOVE FUNKCE − DATA ULOZENA - %. " 1 @ '"*" "%!"* KF, * NEJSOU ULOZENA ZADNA DATA * ULOZ bi09d1j2 KONEC − 29 − CZ - % % * ULOZ POD CISLEM 1 1* "" *.* "*" "%!"* 4-)46P " %. !% P * ! !" % KONEC ENTER 1 "%!"* %2 ?." > " @ P *" "? D% * % P *" % % " ULOZ POD CISLEM 5 1 "%!"* %2 " !% '"*" "%!"* 4-)46 KONEC ENTER ' " %. !% !" % ?." " !" " !% ULOZ POD CISLEM 5 5 ZKRAT/SPRCHA, Fe, CO2, 1.2 mm KONEC '"*" "%!"* 7,-48 @" " 3+6X $" *.= 'K146A<1KF'K @ = bi09d1j2 − 30 − ENTER CZ 5 @EBI " ?." " ? " G " "P *" %.% *% PAMETOVE FUNKCE − DATA ULOZENA '"*" "%!"* 3<0 5 ULOZ VYMAZ VYVOLEJ ZKOPIRUJ KONEC 0""* % %. " J:% %. ? "P ?." " "%!"* I* % VYMAZ SVAROVACI DATA C. 5 '"*" "%!"* 4-)46 " R" " !% 5 ZKRAT/SPRCHA, Fe, CO2, 1.2 mm KONEC ENTER '"*" "%!"* 7,-48 @" " 3+6X 1* ." " 'K146A<1KF'KP . @ = 5 bi09d1j2 − 31 − CZ 5" @4 - % %. "Q PAMETOVE FUNKCE − DATA ULOZENA Stisknìte tlaèítko VYVOLEJ. 5 ULOZ VYMAZ VYVOLEJ ZKOPIRUJ KONEC 0""* % %. " J:% %. ? "P ?." " "%!"* I* % VYVOLEJ SVAROVACI DATA C. 10 '"*" "%!"* 4-)46 " R"P . " " " !% 5 ZKRAT/SPRCHA, Fe, CO2, 1.2 mm KONEC ENTER - *.* % "O" = *Q VYVOLANI ULOZENYCH DAT 5 '"*" "%!"* 7,-48 @" " )" * *P *" % % 5 ( . )" ? *" " " = @ = Q bi09d1j2 − 32 − CZ PAMETOVE FUNKCE − DATA ULOZENA '"*" "%!"* 7,1A6KJ 5 ULOZ VYMAZ VYVOLEJ ZKOPIRUJ KONEC 0""* % %. " J:% %. ? "P ?." " "%!"* I* % - * @ = ; 1 "%!"* %2 ?." > " @ P *"= " * " ZKOPIRUJ SVAROVACI DATA C. 5 DO C. 50 1 "%!"* % " !% ; "*" "%!"* 4-)46 5 ZKRAT/SPRCHA, Fe, CO2, 1.2 mm KONEC ENTER - " " !% * @ = ; 1* . @ ; P " " > %I % ZKOPIRUJ SVAROVACI DATA C. 5 DO C. 50 5 50 ZKRAT/SPRCHA, Fe, CO2, 1.2 mm KONEC '"*" "%!"* 7,-48 @" " bi09d1j2 − 33 − ENTER CZ # 3,8 9(, &4B E2 NNV E2 3EDO PD2 )" % %! Q 1@ *" *" P *"% 7>CP *"% H* * %"P *"% $*"! >*P *"% ' P *"% " K. "%*= "P *"% 4" %"?P *"% % 9(, 378 (6$: &4B E2 NNV E2 3EDO PD2 NNV 3BEGU B.1B B1/ 0" % . " >* @ = *"P " "% " *" 18 M18<8A0N 7" 18 . * *% " " %. @ = "*= .E . "% * " " " ? %! " % ! ," " %" % = " %! %." !"!* *" *" 18 "" P . " % = " " %" " % ! - %. " " *" 18 PAMETOVA KARTA AKTIVNI NASTAVENI SVAROVACICH PARAM. ULOZ VYMAZ VYVOLEJ KONEC 7 %. %I= " " M @ = : //N %! *" 18 . >* '+ bi09d1j2 − 34 − CZ 1* . "= *" 18 %. "P ' $$#( " %" " %! ,"" %. " ?" H* :+ . * *" 18 M% # # ' 7 * " " *" 18 %! . >* :'? 1* . %" " %! %. " "P ' $$#( P *" %. *" 18 ,"" %. " " %! ?" ,M@A M4Z2 1* %! " *" 18P = %I "! "=" +1.4H12W *" 18 "% h . *" 18 = %= !*h " %. *" *"% >"g %!h *" 18 = !% "% (96; &4B E2 NNV E2 3EDO PD2 NNV E2 (P/L.BD2 )" % %! Q J*P *"% S!" ""\ H* *P *"% $%* = %P *"% " <AB2<0BP *"% " <<0P *"% " *% " P *"% !?P *"% % J"*P *"% - 9D2 IE &4B E2 NNV E2 3EDO PD2 NNV E2 (P/L.BD2 NNV 9D2 IE 7. *" >* * " . P %* = % %= %P " " M*L *NP " % "" "" bi09d1j2 − 35 − CZ FUNKCE ZAMKU OCHRANA VSTUPU: ZADEJ PRISTUPOVY KOD VYP KONEC ENTER : H* * *" ! ) 62/E \ IE . *L * ?." %"2*" >* *P . " *L % P . >* *." 1* %. . *L *" *" " >* *P % *P *"= ?." " *L * 7. %" *LP % * *%!P *" P . >* * *" <?." % " I **% P * " * P %* = % %= %P * *" >* *P . . "% I" "" *L * FUNKCE ZAMKU OCHRANA VSTUPU: ZADEJ PRISTUPOVY KOD VYP KONEC ENTER Z1G .2/E 0 PD IE 7. " %= % *L * IBIP ?." "" "" "*" "%!"* 7,-48 <4-K "" % bi09d1j2 − 36 − CZ 1* *L 42 *" "" P % %I E . "% *L * AKTIVUJ PRISTUP PRES ENTER... ?." " 7,-48P "%. " %% " "" P *! " "*P . "*" "%!"* 4-)46 " *L * ) " *% P *"= ?." " *L * 1 *.= * "*" <087-A 7FA8 *L " R" "*" "%!"* 4-)46 % "O" = *Q JEDNOTKA ODBLOKOVANA 1* *L * P = %I . "% ." " *L "" ? P " %= % 1* *L * P " I %I P !*% *L ?" *" P . P . . "% ?. ! "" %= %P % *. "P * *" B01B2 !IEGB \ IE " *L ?." " " " *L * 7L ?. " " O% " * !% bi09d1j2 − 37 − CZ (P/L.BD2 4OM 4 &4B E2 NNV E2 3EDO PD2 NNV E2 (P/L.BD2 NNV 4O 4 $%* %! 80- " "= %* = %! 1 *" " %* = % C "%!"* $0F7 2.2/0H 1E" * * -41641A'KJ '"*" -41641A'KJ "%!"* 4-)46 %" ." MIG/MAG − DALKOVE OVLADANI NEPREPISUJ: DIGITALNI VSTUP: ANALOGOVY VSTUP 1: ANALOGOVY VSTUP 2: ROZSAH NA VSTUPECH: ANALOG. 1, DIG +/− MIN MAX ANALOG. 2 MIN MAX NEAKTIVNI 5−PROGRAMOVE NAPETI RYCHLOST DRATU −10.0 10.0 1.5 25.0 V V m/min m/min KONEC ENTER 7. >* [-\ [*" \P !"* *.= = ""*= % % %= " f!% % " %* I "P *"= % % (P/L. /L/14 M 4OM 4 *2I BB1O. 4OM 4BBF2 7. %* %! . 80-P *>C $ABA)iF-_ ')K1 ""* BB1O.2E 4OM 4BBF2 1 ." C"% %* = % >*"P * " %* = %! . Q J"%. " * * $ABA)0F-A ')K1 "*" "%!"* 4-)46P %" P *"= ?." " ." BINARNE KODOVANO 5−PROGRAMOVE #C = *L = C = ":% "% % " C? C (P/L. BB4LOM 4OM 4 *2I BB1O. 4OM 4BBF2 7. %* %! 80-P *>C 0-0F,B 0-0F,B ""* -?." " *>C bi09d1j2 − 38 − CZ BB1O.2E 4OM 4BBF2 1 ." %C = %* = % ?." %! >* "P *"M:=N ""M:N " ." MO% N 1"" %! ! * 0-0F,B,3 ')K1 0-0F,B,3 ')K1 * " > = "% P " M0-0F,B,3 ')K1 N " M0-0F,B,3 ')K1 N <AB2<0B J"%. " * * 0-0F,B,3 ')K1 "*" "%!"* 4-)46P ZADNY NAPETI - ?." %"P "" 0-0F,B,3 ')K1 ." M-014)AN ." M0$-3N " * -014)A "*" "%!"* 4-)46 J"%. " * * 0-0F,B,3 ')K1 "*" "%!"* 4-)46P ZADNY RYCHLOST DRATU - ?." %"P "" 0-0F,B,3 ')K1 ." M6389F,') 1,$00-A $60)KN ." M0$-3N " * 6389F,') 1,$00-A $60)K "*" "%!"* 4-)46 I *>C %* = % %" *=*% = ! " 1* I" 0-0F,B,3 ')K1 . " ! "P %"" ! " 6I0BMB 012DM )*= ?." " " ""M:N "* = "%!"* %2 %! >" % O% " KEP . ?." " " ?= @ = %" C* C* . 1" " C*= . %* M*% N C*= " 1" " C*= . %" " 7. " C*= .P " " " C* . 7. " C*= .P %" "P *" " C* . C*= . "*= ?= %" " *"2 9" % *"2 % C*= . *"2 C*= . A% C*= . bi09d1j2 − 39 − :; + + O ; O 5; O ; CZ KDMI M1@ . ! &4B E2 NNV E2 3EDO PD2 NNV E2 (P/L.BD2 NNV ! B@ "" ?." > " % "Q 6. I" "% M ** 2!"** N -" C "%!"* < " % 7>C !"** = . 62/E 0Z1G /0142 ][email protected]^ .K 1>* % 9* "" ' %E $>* % *" 2! $ $/ '!!" 1('( #$% .OE . "*" I" MN " >* % M* . N 1" ! 1 % MN I" ! %E *" M:% N " '" >* % M:% N $3W1 %I "*" I" %E *" *! %E P * "*" . I@ M"!* !N %E *" % "*= I" % "*" % I" %E : 0*" ** = . ! $" 1)! bi09d1j2 − 40 − CZ ;[email protected] 1 !"** . * " I" " % )" I" " % 1 % % *"% " [7>C !"** = .\ 1>* % 9* "" ' %E *" $>* % 2! $ $/ ).!!" 1('( #$% [email protected] . "*" I" MN " >* % 1 % I" MN ! 1 %I "*" I" M#N ! %E *" M:% N " *% .I " 1 % I" M(N % " " >* % M:% N $3W K % I" " %E *" J"%. " " % .P *! %E *" M"!* !N 6?= I" " >* = *"% " [D"** \ : 0*" !"** = . ! $" 1)! B01B2 .L.BEKDM 14BF 12 J. "%% " [C \ "%!"* %! 1 <AB2<0B . "% ." " " >* " "" % *? "" ." )" " " C "%!"*P *" % " >*= >*P " % <?." " % ."Q j )" ?"* % " $ "*" !""*" %E *" 01231 1% "" 01231 9* "" 01231 bi09d1j2 − 41 − CZ 1 " I" 01231 1%" % " *" C = "%!"*P *" " " "= 1 $0)0 G4 $0)0 0-, 1! " "P *. % ! " 31 J* " "" >* C = "%!"*Q - % % * - "=" %P PD/ F 04 14BF 1B 7. !% P # " "%!"*P " "%!"* % % !% " % *% "%!"* !% >* 86441 ')06) ,-2,HH " 31F-,0-A 760)46K ,-2,HH PRIRAZENI TLACITEK FUNKCE 1E" * * 86441 ')06) ,-2,HH '"*" "%!"* !% != 31F-,0-A 760)46K TLACITKO ZADNY TEST PRUTOKU PLYNU ZAVEDENI DRATU DVOUTAKT NEBO CTYRTAKT VYPLNOVANI KRATERU ON/OFF CREEP START ON/OFF HOT START ON/OFF PREPINAC SOUBORU CREEP START w HOT START 4− TAKT 3 1 2 KONEC , * % *P . "%!"* !% >* 86441 ')06) ,-2,HH D% % %? * 86441 ')06) ,-2,HH !" % % = "%!"* " "O" 86441 ')06) $%I "%!"*? % " >* " ? : = >* % = % !% "%!"* = % $201 .R1 4@ H* )" ?"* % . ?"* % !% >*" I*= %*" % )" ?"* % "* %P * "*" "%!"*P "= " " 3 012OM .1 ]IB22 .1^ 1 "= " . P . " =" " " $* "%!"* "*"P " " %" bi09d1j2 − 42 − CZ GQ2 BG1 . I.B1 7 % ." " *"Q % " % " M1KFN -" %? " >%" 1? " " M16K<46N -" " " >%" = = " . * " " " O" >* * %" " (P/L.BD2 [email protected] .2/E !"** = . ?." " ?= >* !"** = I" " 62/E [email protected] 0Z1G 1 % I"P *"% \D"** \ 1 % ! ! 1?"* % 1 " 1>* % ' '"*" I@ MNP " % %= ! ! K %" I@ MN \9* ""\ I" 1?"* % 1 " 1>* % 9* "" ' '"*" I@ MNP " % \* ""\ *" P * %" I@ MN bi09d1j2 − 43 − CZ 62/E [email protected] IB01B D = %E *" ." %." "" P *"% \D"** \ D %E *" I" 1?"* % 1 " ' ::%E *":: '"*" I@ M#NP ! %E %" " = ! *! 1* I@ % M(N ! %E *" M* ! %E *"NP " " KDMI M1@ . &4B E2 NNV E2 3EDO PD2 NNV E2 (P/L.BD2 NNV B@ " 3. M1 01B.1 1"P *" >P * %* \*= ""\ '%I * !"= %*" . II \*= ""\ " AB 1. M1 01B.1 9* "" " "% !"* I '. "* * I"= " !"* = " (BK Q20 1 ** = . %*P % %I *"% "% 7 " %* " " %*" 1" I" "% I" *= "% bi09d1j2 − 44 − CZ +4B B01B2 &4B E2 NNV E2 3EDO PD2 NNV E2 (P/L.BD2 NNV +4B B01B2 3.L.BE 14BF 1B .@DM4O 4A@ %= % C "%!"* S'06,08A $0)0 \ : \'06,08A $0)0 (\ J *>C % ?Q RYCHLA VOLBA SOFT BUTTONS 1E" * * !% C "%!"* )%!"* !% : ( % 1. = C = "%!"* " "*P . "%!"* %2 " !% CISLO TLACITKA : 1 PRIRAZENI TLACITEK PARAMETRUM: ZKRAT/SPRCHA, Fe, CO2, 1.2 mm 1 KONEC 1" "%!"* I* %? " %? * S16A604-A )F08A)47 1060<4)6K<\ ?." " " "P *" %. " " 1 "%!"* %2 " . = !% " KAG. BBFR 7. "" % *" M01NP ?." "" <AB2<0B * I" " ! "P "* " I" )AB 7. I" " I" C%P " " "= " 01 4OM 4 7. %* %!P % " " 2%" " % % %* = % 7. % . %* = %P . ?." " " "%!"* 7. " [." %* = %\ " 01P "%!"* %2 >C * C"% %* %! M%* %! @ !%NP "*. "" " % " I" . %* = % 7. " [." %* = %\ . * %"P . % " !" " ) %" % "Q " " <AB2<0BP " <<0 )ABP % % )AB " 62/E B1EB1/DOM 4 7. " % @ = " " " " P "" % = " " ""* %. @ = bi09d1j2 − 45 − CZ 6! *% " @ = %* % ""*= %. = * !% "P *"= %. " 3Q2 BF 0A.R )" >* .E . "% "*" I" * " ?= % " 1 ? @ MO% "N M *"% 5 [' "\N 31 : j= " $0)0 G4 : K. "% ?. " @ $0)0 01 : K. "% ?. . " @ 1/BD2 Q2 0BQBD DM B1 PREPINAC SOUBORU 1E" * * 1641A-08 ',KG,6K "*" "%!"* 4-)46 " 31P $0)0 G4 $0)0 01 '"*" "%!"* 4-)46 PREPINAC SOUBORU PRIDANA/VYMAZ. SVAR. DATA VYP 1 VYBRANA SVAR.DATA: ULOZ VYMAZ KONEC ENTER @A . 0BQBD DM B1 I BEG1/ PREPINAC SOUBORU 1E" * * 16A$0-023<0 '06 $0)0 1 "%!"* %2 " !% "P *" %. %I "P " "*" "%!"* KF, PREPINAC SOUBORU PRIDANA/VYMAZ. SVAR. DATA DATA BEZ 10 VYBRANA SVAR.DATA: 52 4 10 ULOZ VYMAZ KONEC ENTER b* 3G60-0 '06 $0)0 *P *" " % *= %P % 8":% "" "P *" I "P % "*" "%!"* 3<0 bi09d1j2 − 46 − CZ % D2 BBFR &4B E2 NNV E2 3EDO PD2 NNV E2 (P/L.BD2 NNV D2 BBFR 1 !? MO% !"N ." ! "* "P % % <; I ! ">*! !% ; 1 P *" " %" !?P " ">*! !% M %N ! 1 ">*! !% "" "*"Q 1" !P " " SA84 1,$008K\ '"*" % I" *" " ! 1" !"" ">*! !% ! * M = % " ;N " = ">*! !% # VICE PODAVACU 1E" * * ,FG0 -,49, 8A'F0 16A604-A 1 "%!"* %2 " . = !% ; # '"*" "%!"* 4-)46 AKTUALNI CISLO PRIRAZENI VOLBA NOVEHO CISLA PRIRAZENI: 0 PRIRAZENI CISEL PODAVACUM KONEC ENTER D% * ">*! !% . = !% 1" %I ! '"*" %= I" *" " "" ! "P . ">*! !% ! ; - *>C " ?." !" " . ? '" " ?." *>C " I"" !" ! 1 . !? ?%."=P * ">*! !% %"P % " %" ? !%P " % ! %I" 1* %" "= ">*! !% !?P % "." = %I ," ! R" I " . ?." %" \A84 1,$008K\ "*" I" *"% " ">*! !% !? - * 16A604-A 8A'4F 1,$008K< " ">*! !% I !? bi09d1j2 − 47 − CZ % BQBD B1B ' " % * *.= ! 8":% " " * !P " *" P * *" P ?." %" " *% ?P *"% 5 \' "\P =" "= ) I * * *" ! 8":% *" " %I !P "*" %" I@ 1" %" "P *" " " * "" ! - ?21@ &4B E2 NNV E2 3EDO PD2 NNV E2 (P/L.BD2 NNV ?21@ ?." %"P *= "Q METRICKÉ PALCOVÉ 9(, ('$: &4B E2 NNV E2 3EDO PD2 NNV 9D2 B4/1@ H* * %" % ."! " "% = J % >*Q D J* % " % 1?P O% % 1?=P O% % " 1?P O% % * )*= ?." " =%* = ! "* " !" "% * "*= !" ? % % F %." > . " ? 1 . " ? C 0 % " C" P " " =% . * - % % P % ?." " "*= I "" = 7. "*" "%!"* 3<0P I = % FUNKCE KVALITY SVAR 1 START: 26−KVETEN−03 CAS SVAROVANI W DELKA. 0 cm VNESENE TE PRUMER MAX I (A) 0.00 0.00 U (V) 0.00 0.00 P (kW) 0.00 0.00 POCET SVARU OD VYMAZANI PAMETI: VYMAZ bi09d1j2 16.55.13 0.00 kJ/mm MIN 0.00 0.00 0.00 KONEC − 48 − 0 CZ 7*=" ?." " "*P . *. * * !% %I= P "*" "%!"* %2 '" ? ?." " =%* P " "% "% * ($; 9(, &4B E2 NNV E2 3EDO PD2 NNV E21BF PD2 $*"! >* . * % %* = %*P %* = ." ."= "% !" ? % % '% "*= %* ." "% ."= % 1 %I >! !% % "*= "% " " "* =%*P * % % % 1* %* " % = . *P !" ? I - % ". *P *%* "% % " "* *"*= 0 I* " "% %* " !" %* = " "% %* DOKUMENTACNI FUNKCE DOBA HORENI OBLOUKU SPOTREBOVANY DRAT SPOTREBA DRATU POCET SVARU POSLEDNI RESET POSLEDNI SVAR CELKEM 0s 0g 8.9 g/m 0s 0g 0 26−KVETEN−03 VYMAZ 16.55.13 KONEC 7. "*" "%!"* 3<0P I !"! % " ! % % 1* %" !"!P % ""*P . O% " BJ/E4 M1@ F 1BFR D 9"" <." " /// P / "P / * ##;;;; C? 5# + ,&:* &4B E2 NNV E2 3EDO PD2 NNV 2IBE DM@A 7 P . I% * P . = " *L , % * P *" P 1" = % *!* 3I.c bi09d1j2 %P *% %" − 49 − CZ I P * . . P *" * %I F %." . // 1* %P " * % %. // %IP *" %I ""* . "I %I % " % >Q D% 7 I% * M"P !N 7 I% * 7L 67 DATA CAS JEDNOTKA CHYBA 030528 11:24,13 CBOX ZAVADA BATERIE RIDICI PAMET 19 030528 11:24,18 CBOX ZTRATA KONTAKTU SE ZDROJEM 18 030528 11:24,18 CBOX ZTRATA KONTAKTU S PODAVACEM 17 VYMAZ VYMAZ VSE CHYBOVA HLASENI KONEC " BI DM@AKDM M4Z2 8":% " = %IP " ."P *. %" C "%!"* " @A.B %I " Z2DMB %I " 3.M4 2 Q2M42 DM@A '"*" "%!"* \893G,0 9F0'4-A\ ?." %" % !" C" %I ?." "*= "" " ! "I I C" %I " 3Q2M42 \R DM@A (\ DM@A@ 3/0 4BBF BH2D I.H 3BBF .1 8 " 416,< O O O 8 " 60< O O O # 8 O" " 60< O ( O O O *= %%= " O 5 * "%" O & * O bi09d1j2 − 50 − CZ (\ DM@A@ 3/0 4BBF BH2D I.H 3BBF .1 O O O O + '@ = X / '@ = X O ; '@ = #X O ' ! O O 8 ** M N O O O ( 8 ** M N O "= %I O O O & "" *"*" ! O + "" *"*" O / - " = " O" 60< O ; 60< %. % " O 60< %. *"% " O 1"! " " O # 1"! " " O -*"% >" " O 5 8 C O O O & $I% " + " " C / - % #; "" *"*" *" )AB O # j % O # - % O ?21B O O O O UO BH2 T , %! O O UO BH2 T UO BH2 T Z# 0"<C #;2(; Z 8 : Z G 0"<C (;;2;; Z : Z( 1 ! ; "" 3/0@ \R DM@A (\ DM@A@ 3/0 ,M@AB BEG1/ .L.BE ]36^ 1@ C I* )" .= >* +.W 6""" 1* " P %" "* ,M@AB 6 E/..D20. <* ?. !" " "2 " " " )" .= >* +.W 6""" 1* " P %" "* bi09d1j2 − 51 −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bi09d1j2 − 52 −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bi09d1j2 − 53 −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bi09d1j2 − 54 − CZ BG1 3 .1 '>*"P * * "2% C* * * " " 2D/P/H12 0QB/D2 BG1 !.1 7 " C*= * * I.B12E!0.DM "" !" /E40 "" )" " %. " " % !% " +.B1!0.DMB %" % " " <AB2<0B 760)2'16890 " . = " " %" " %" " %." * !% " /5 D" * * *"2 " %. !% /5P /&P /+ // 1%" "*= % *Q II !% " " II " " %" " . !% "P *"= ' " *! P " C%" * "":" " #" '. I !" !% " $>" " !" " *!" *"% ['>* %"= * "2%\ E40 0BQ %" % " " <AB2<0B 1KF-A " . = " " %" " %" " %." * !% " /5 $ % * * " %. !% /5 /& 1%" "*= % *Q bi09d1j2 II !% " " II " " P %" "P % *"!"P % P . !% "P *"= ' " ! %P * "":"P 7P 7 \\ " #" '. !% " − 55 − CZ $>" " !" " *!" *"% \'>* %"= * "2%\ 2D/P/ 4B1O EA/BD2 .1!4@ TVORBA SYNERGIE 1E" * * $6K9 $60)K "*" "%!"* 4-)46 DRUH DRATU OCHRANNY PLYN: PRUMER DRATU : Fe CO2 1.2 mm ULOZ NOVE PARAMETRY DO PAMETI 96, 97 VYMAZ SYN. DATA KONEC " ." "*" "%!"* 4-)46 '" ? " % "*" "%!"* 4-)46 '" ? " ? " "*" "%!"* 4-)46 ENTER Fe NEREZ NEREZ DUPLEX Al Mg Al Si TRUBICKA Fe TRUBICKA RUTIL ↓ CO2 Ar + 20% CO2 Ar + 2% O2 Ar He Ar + 30% He+1% O2 Ar + 2% CO2 ↓ 0,6 0,8 1,0 1,2 1,4 1,6 2,0 ↓ mm mm mm mm mm mm mm " * KF, -,4 1060<4)63 "*" "%!"* 4-)46 ) I : C* * * % > 3I.X 1 *. *" %? " !" *"2 7. " " C* * * % " P . = %IP "%. % " * * " *"2 bi09d1j2 − 56 − CZ k')6090c j C* * * *"2 @1Q2 /B1242E 2P/BKDM E01 .1!4@ ' ." "2% % I" "*P % . " . "% > ." $% * *.= * M:::N J"%. "" * "*" "%!"* 4-)46P *" " * [*% \P *" . " I %" ." Ar + 15% CO2 + 5% O2 ↑ Ar + 50% He S VLASTNÍ OCHRANOU Ar + 16% CO2 Ar + 25% CO2 Ar + 1% O2 −−− `(420/D2a 4BBF2 02 1B1W 1 "%!"* I* "" * . * *% '"*" C = "%!"* \<087-A 7FA8\ )" ? " % "O" " =% O% # *? K"" * "*" C = "%!"* \<087-A 7FA8\h " . "% > ." ?B @EBIB1 /B1242E 2P/B E01W *"% " . "% > ." "2% '"*" C = "%!"* \3<0\ 3I.X K. "% > ." "2% 1 .P * !" " "P *"= " " @EBI /B1242E 2P/BO [email protected]/DO Q/@ K. "% > C* * * % " P . *" P " !" " "P *"= " 1E" * * 3<0 '3- $0)0 '"*" C = "%!"* 4-)46 - % % * ?." C = "%!"* $0F'A " %.P . "% > C* * * bi09d1j2 − 57 − CZ TVORBA SYNERGIE 1" *P *" " "P "*" "%!"* 3<0 ZVOL DATA K VYMAZANI PULZNI, NEREZ DUPLEX, Ar, 1.4 mm DALSI % KONEC VYMAZ $6 '$= &4B E2 NNV E2 3EDO PD2 NNV '/E/1B 2/1. 9" %" "2 " <?." " ; ? %"? )" >* " %* %* : F" *" # # $ 1 ? %"? "" "*"Q ZAKLADNI NASTAVENI − LIMITA EDITORU LIMITNI POCET: PROCES: " !%P *"= " " %" MNP "*" "%!"* 4-)46 " P *" " M<AB2<0BNP "*" "%!"* 4-)46 1 − VYMAZ KONEC ENTER % Q ZAKLADNI NASTAVENI − LIMITA EDITORU 1E" * * -014)A 1 "%!"* Y %2 " " O " "%!"* X %2 " " " LIMITNI POCET: PROCES: NAPETI: RYCHLOST DRATU:. AUTO 1 MIG/MAG MAX 60.0 V MIN 8.0 V MAX 25.0 m/min MIN 1.5 m/min VYMAZ KONEC 1"" " * 6389F,') 1,$00-A $60)K $3W 8":% " " %" Z2:; e *"% "P "*" "%!"* 0K), bi09d1j2 − 58 − CZ 7. " !% %"P %" % %* P * " " %" "2 " * " - '> 96, - ;2.B4 * 'L/D ]BH2D ^ 0"1" K+ % >* 4F1 !2 P - * % !2 P * " %I > bi09d1j2 − 59 − (EA/BD2 .1R B 4@R MIG/MAG welding with DIP/SPRAY Wire type Low alloy or unalloyed wire (Fe) Stainless solid wire (Ss) Stainless duplex wire (Ss Duplex) Magnesium−alloyed aluminium wire (AlMg) Silicon−alloyed aluminium wire (AlSi) Metal powder cored wire (Fe) Rutile flux cored wire (Fe) Basic flux cored wire (Fe) Stainless flux cored wire (Ss) Duplex rutile flux cored wire (Ss) Metal powder cored stainless wire (Ss) Nickel base Shielding gas CO2 Ar + 20% CO2 Ar + 2% O2 Ar + 5%O2 + 5% CO2 Ar + 8% CO2 Ar + 23% CO2 Ar + 15% CO2 + 5%O2 Ar +16% CO2 Ar + 25% CO2 Ar + 2% CO2 Ar + 2%O2 Ar + 30%He + 1%O2 Ar + 2% CO2 Ar + 3%CO2 + 1%H2 Ar + 32%He + 3%CO2 + 1% H2 Ar + 2% O2 Ar + 30%He +1%O2 Ar Wire diameter (mm) 0.8 0.9 1.0 1.2 1.6 0.8 0.9 1.0 1.2 1.6 0.8 0.9 1.0 1.2 1.6 0.8 1.0 1.2 1.6 0.8 0.9 1.0 1.2 1.6 0.8 1.0 1.2 1.6 0.8 0.9 1.0 1.2 1.6 0.8 1.0 1.2 1.6 0.8 0.9 1.0 1.2 1.6 0.8 1.0 1.2 1.6 0.8 1.0 1.2 (1.6*) 0.8 1.0 1.2 (1.6*) 0.8 0.9 1.0 1.2 (1.6*) 0.8 0.9 1.0 1.2 1.6 0.8 0.9 1.0 1.2 (1.6*) 1.0 1.0 0.9 1.0 1.2 1.6 Ar Ar + 50% He Ar + 20% CO2 Ar+ 8% CO2 CO2 Ar + 20% CO2 CO2 Ar + 20% CO2 Ar + 20% CO2 Ar+ 8% CO2 SELF−SHIELDING Ar + 20% CO2 0.9 0.9 1.0 1.0 1.2 1.2 1.0 1.0 1.2 1.2 1.6 1.2 Ar + 8% CO2 Ar + 2% O2 Ar + 20% CO2 Ar + 2% CO2 Ar + 50% He 1.2 1.2 1.2 1.2 0.9 Silicon bronze (CuSi3) Ar + 1%O2 *) Only for AristoMig 400, AristoMig 450, AristoMig 500 bi09syn − 60 − 1.0 1.0 1.0 1.2 1.2 1.4 1.4 1.2 1.2 2.4 1.2 1.2 1.4 1.4 1.6 1.6 1.4 1.4 1.6 1.6 1.6 1.6 1.6 1.6 MIG/MAG welding with PULSE Wire type Shielding gas Wire diameter (mm) Low alloy or unalloyed wire (Fe) Ar + 20% CO2 Ar + 2% O2 Ar + 2% CO2 Ar + 5%O2 + 5% CO2 Ar + 8% CO2 Ar + 23% CO2 Ar +16% CO2 Ar + 25% CO2 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.9 0.9 0.9 1.0 0.9 0.9 1.0 1.0 1.0 1.0 1.2 1.0 1.0 1.2 1.2 1.2 (1.6*) 1.2 (1.6*) (1.6*) 1.2 (1.6*) 1.2 (1.6*) (1.6*) (1.6*) Stainless wire (Ss) Ar + 2%O2 Ar + 30%He + 1%O2 Ar + 2% CO2 Ar + 3% CO2 + 1%H2 Ar + 32%He + 3%CO2 + 1% H2 0,8 0.8 0,8 0.8 0.8 1.0low 1.0high 1.2 1.6 1.0 1.2 1.6 0,9 1.0low 1.0high 1.2 1.6 0.9 1.0 1.2 1.6 0.9 1.0 1.2 1.6 Stainless duplex wire (Ss Duplex) Ar + 30%He + 1%O2 Ar + 2%O2 1.0 1.0 Magnesium−alloyed aluminium wire (AlMg) Ar 0.8 0.9 1.0 1.2 1.6 Silicon−alloyed aluminium wire (AlSi) Ar Ar + 50% He 0,9 1,0 1.2 1.6 0.9 1.0 1.2 1.6 Metal powder cored wire (Fe) Ar + 20% CO2 Ar + 8% CO2 1.0 1.2 1.4 1.6 1.0 1.2 1.4 1.6 Metal powder cored stainless wire (Ss) Ar + 2% O2 Ar + 2% CO2 Ar + 8% CO2 1.2 1.2 1.2 Nickel base Ar Ar + 50% He 1.0 1.2 0.9 1.0 1.2 Silicon bronze (CuSi3) Ar + 1% O2 1.0 *) Only for AristoMig 400, AristoMig 450, AristoMig 500 MMA welding Electrode type Basic Rutile Cellulose Electrode diameter (mm) 1.6 2.0 2.5 3.2 4.0 4.5 5.0 5.6 6.0 1.6 2.0 2.5 3.2 4.0 4.5 5.0 5.6 6.0 7.0 2.5 3.2 4.0 5.0 Carbon, arc air Electrode diameters (mm) 4.0 bi09syn 5.0 6.0 8.0 − 61 − AristoPendant U8 AH2BD F 04 Ordering no. Denomination 0456 290 981 Control box AristoPendant U8 0459 310 070 0459 310 071 0459 310 072 0459 310 073 0459 310 074 0459 310 075 0459 310 076 0459 310 077 0459 310 078 0459 310 079 0459 310 080 0459 310 082 0459 310 083 0459 310 084 Instruction manual SE Instruction manual DK Instruction manual NO Instruction manual FI Instruction manual GB Instruction manual DE Instruction manual FR Instruction manual NL Instruction manual ES Instruction manual IT Instruction manual PT Instruction manual PL Instruction manual HU Instruction manual CZ 0459 310 990 Spare parts list bi09o11a − 62 − Edition 050221 page − 63 − ESAB subsidiaries and representative offices Europe AUSTRIA ESAB Ges.m.b.H Vienna−Liesing Tel: +43 1 888 25 11 Fax: +43 1 888 25 11 85 BELGIUM S.A. ESAB N.V. Brussels Tel: +32 2 745 11 00 Fax: +32 2 745 11 28 THE CZECH REPUBLIC ESAB VAMBERK s.r.o. Prague Tel: +420 2 819 40 885 Fax: +420 2 819 40 120 DENMARK Aktieselskabet ESAB Copenhagen−Valby Tel: +45 36 30 01 11 Fax: +45 36 30 40 03 FINLAND ESAB Oy Helsinki Tel: +358 9 547 761 Fax: +358 9 547 77 71 FRANCE ESAB France S.A. Cergy Pontoise Tel: +33 1 30 75 55 00 Fax: +33 1 30 75 55 24 GERMANY ESAB GmbH Solingen Tel: +49 212 298 0 Fax: +49 212 298 218 GREAT BRITAIN ESAB Group (UK) Ltd Waltham Cross Tel: +44 1992 76 85 15 Fax: +44 1992 71 58 03 ESAB Automation Ltd Andover Tel: +44 1264 33 22 33 Fax: +44 1264 33 20 74 HUNGARY ESAB Kft Budapest Tel: +36 1 20 44 182 Fax: +36 1 20 44 186 ITALY ESAB Saldatura S.p.A. Mesero (Mi) Tel: +39 02 97 96 81 Fax: +39 02 97 28 91 81 THE NETHERLANDS ESAB Nederland B.V. Utrecht Tel: +31 30 2485 377 Fax: +31 30 2485 260 NORWAY AS ESAB Larvik Tel: +47 33 12 10 00 Fax: +47 33 11 52 03 POLAND ESAB Sp.zo.o. Katowice Tel: +48 32 351 11 00 Fax: +48 32 351 11 20 PORTUGAL ESAB Lda Lisbon Tel: +351 8 310 960 Fax: +351 1 859 1277 SLOVAKIA ESAB Slovakia s.r.o. Bratislava Tel: +421 7 44 88 24 26 Fax: +421 7 44 88 87 41 SPAIN ESAB Ibérica S.A. Alcalá de Henares (MADRID) Tel: +34 91 878 3600 Fax: +34 91 802 3461 SWEDEN ESAB Sverige AB Gothenburg Tel: +46 31 50 95 00 Fax: +46 31 50 92 22 ESAB International AB Gothenburg Tel: +46 31 50 90 00 Fax: +46 31 50 93 60 SWITZERLAND ESAB AG Dietikon Tel: +41 1 741 25 25 Fax: +41 1 740 30 55 North and South America ARGENTINA CONARCO Buenos Aires Tel: +54 11 4 753 4039 Fax: +54 11 4 753 6313 Asia/Pacific CHINA Shanghai ESAB A/P Shanghai Tel: +86 21 5308 9922 Fax: +86 21 6566 6622 INDIA ESAB India Ltd Calcutta Tel: +91 33 478 45 17 Fax: +91 33 468 18 80 INDONESIA P.T. ESABindo Pratama Jakarta Tel: +62 21 460 0188 Fax: +62 21 461 2929 JAPAN ESAB Japan Tokyo Tel: +81 3 5296 7371 Fax: +81 3 5296 8080 MALAYSIA ESAB (Malaysia) Snd Bhd Shah Alam Selangor Tel: +60 3 5511 3615 Fax: +60 3 5512 3552 SINGAPORE ESAB Asia/Pacific Pte Ltd Singapore Tel: +65 6861 43 22 Fax: +65 6861 31 95 Representative offices BULGARIA ESAB Representative Office Sofia Tel/Fax: +359 2 974 42 88 EGYPT ESAB Egypt Dokki−Cairo Tel: +20 2 390 96 69 Fax: +20 2 393 32 13 ROMANIA ESAB Representative Office Bucharest Tel/Fax: +40 1 322 36 74 RUSSIA−CIS ESAB Representative Office Moscow Tel: +7 095 937 98 20 Fax: +7 095 937 95 80 ESAB Representative Office St Petersburg Tel: +7 812 325 43 62 Fax: +7 812 325 66 85 Distributors For addresses and phone numbers to our distributors in other countries, please visit our home page www.esab.com SOUTH KOREA ESAB SeAH Corporation Kyungnam Tel: +82 55 269 8170 Fax: +82 55 289 8864 UNITED ARAB EMIRATES ESAB Middle East FZE Dubai Tel: +971 4 887 21 11 Fax: +971 4 887 22 63 BRAZIL ESAB S.A. Contagem−MG Tel: +55 31 2191 4333 Fax: +55 31 2191 4440 CANADA ESAB Group Canada Inc. Missisauga, Ontario Tel: +1 905 670 02 20 Fax: +1 905 670 48 79 MEXICO ESAB Mexico S.A. Monterrey Tel: +52 8 350 5959 Fax: +52 8 350 7554 USA ESAB Welding & Cutting Products Florence, SC Tel: +1 843 669 44 11 Fax: +1 843 664 57 48 ESAB AB SE−695 81 LAXÅ SWEDEN Phone +46 584 81 000 www.esab.com 041227
Podobné dokumenty
Katalogový list
Dodavatel: A-LIGHT s.r.o., Vranovská 1226/94, 614 00 Brno, Česká republika. Tel.: +420 545 213 267,
www.svetlo-svitidla-osvetleni.cz
Veškeré údaje uvedené na této stránce jsou pouze informativní a ...
Katalogový list
BEGA
Popis:
Světlomet těleso hliník barva černá antracit, šedostříbrná, pro výbojku 35W, G8,5, 230V, IP67, 230x170x180mm, nastavitelné 4 polohy sklonu optiky
Další specifikace:
Použití: Osvětlení v...
seznam dodávaného zboží
BA9S W DIFF. 130V H-W RECT.
LED BA9S R 230VAC H-W RECT.
LED BA9S Y 230VAC H-W RECT.
LED BA9S G 230VAC H-W RECT.
LED BA9S B 230VAC H-W RECT.
LED BA9S W DIFF.230V H-W RECT.
LED T1 3/4 MG R 6V 15MA
LE...
Popis a pokyny pro projektování
Porovnání vykreslení znaků LED panelů v provedení SD a LED panelů
v provedení HD 37
Programování v jazyku C-C++
Přenositelnost programu je pojem, který nám říká, kde všude náš program poběží. Například program
pro Windows 3.11 poběží i pod Windows 95, ale nepoběží pod Linuxem. Program pro 32-bitová Windows
p...
Produktová řada Zlepšování produktivity, kvality a bezpečnosti
Správný díl, ve správnou dobu a na správném místě
Náhradní díly a spotřební materiály
ABB zajišťuje originální náhradní díly a spotřební materiály, které budou udržovat váš robot ve špič
kovém sta...
Katolická poutní místa v Česku
Jaká místa hledáme? Chceme identifikovat všechna poutní místa, která na území
Česka existovala v celé jeho známé historii? Je naším cílem nalézt pouze ta místa,
která jsou v současnosti nábožensky ...