36
SEKTION 2
BESKRIVELSE
Powercut-1300/1600 plasmaskæreenheden kombinerer den nyligt redesignede Powercut-1300/1600 konsol og PT-37 brænder. PT-37
plasmaskærebrænderen er konstrueret således, at den giver en øget ydeevne og holder længere, hvilket resulterer i et større produk-
tionsomfang til lavere omkostninger.
2.2
Powercut-1300/1600 Mekaniseret plasma
Specifikationer:
Powercut-1300
Gennemhuller og skærer 16 mm (5/8 tommer), adskiller 25 mm (1 tomme)
Specifikationer:
Powercut-1600
Gennemhuller og skærer 18 mm (3/4 tommer), adskiller 32 mm (1-1/4 tomme)
1-faset indgang .................................................................... 230 V vekselstrøm, 60 Hz, 79 A
1-faset udgang ................................................90 Amp @ 125 V - 40% intermittensfaktor
.........................................................................70 Amp @ 125 V - 60% intermittensfaktor
...................................................................... 60 Amp @ 125 V - 100% intermittensfaktor
3-faset indgang .....................................................208/230 V vekselstrøm, 60 Hz, 44/47 A
.............................................................................................. 460 V vekselstrøm, 60 Hz, 23 A
........................................................................ 380-400 V vekselstrøm, 50/60 Hz, 21/20 A
.............................................................................................. 575 V vekselstrøm, 60 Hz, 20 A
3-faset udgang (208 V vekselstrøm) ............................90 Amp @ 125 V 60% intermittensfaktor
...........................................................................................70 Amp @ 125 V 100% intermittensfaktor
3-faset udgang (230, 460, 575 V vekselstrøm) ............................... 90 Amp @ 150 V 60% intermittensfaktor
................................................................................................................70 Amp @ 150 V 100% intermittensfaktor
3-faset udgang (380-400 V vekselstrøm) ...................90 Amp @ 115 V 60% intermittensfaktor
...........................................................................................70 Amp @ 115 V 100% intermittensfaktor
Spændingskrav ............................................................ Uden belastning 208 V, -2%, +10%
.......................................................................................................Skæring 208 V, -4%, +15%
......................................................Uden belastning 230, 380, 400, 460, 575 V, +/- 10%
.......................................................................Skæring 230, 380, 400, 460, 575 V, +/- 15%
1-faset indgang ......................................................208/230 V vekselstrøm, 60 Hz, 57/50 A
1-faset (208 V vekselstrøm) udgang ...........................70 Amp @ 125 V - 40% intermittensfaktor
............................................................................................60 Amp @ 125 V - 60% intermittensfaktor
......................................................................................... 50 Amp @ 125 V - 100% intermittensfaktor
1-faset (230 V vekselstrøm) udgang ...........................70 Amp @ 125 V - 60% intermittensfaktor
......................................................................................... 60 Amp @ 125 V - 100% intermittensfaktor
3-faset indgang ......................................................208/230 V vekselstrøm, 60 Hz, 34/36 A
................................................................................................460 V vekselstrøm, 60 Hz, 18 A
......................................................................... 380-400 V vekselstrøm, 50/60 Hz, 19/18 A
................................................................................................575 V vekselstrøm, 60 Hz, 15 A
3-faset udgang (208 V vekselstrøm) ........................ 70 Amp @ 125 V - 100% intermittensfaktor
3-faset udgang (230, 460, 575 V vekselstrøm) ............................70 Amp @ 150 V - 100% intermittensfaktor
3-faset udgang (380-400 V vekselstrøm) ............... 70 Amp @ 115 V - 100% intermittensfaktor
Spændingskrav ............................................................. Uden belastning 208 V, -2%, +10%
........................................................................................................ Skæring 208 V, -4%, +15%
....................................................... Uden belastning 230, 380, 400, 460, 575 V, +/- 10%
........................................................................Skæring 230, 380, 400, 460, 575 V, +/- 15%
*S
sc min
:
Min. kortslutningseffekt i netværket i henhold til IEC 61000-3-12.
*Z
max
:
Maks. tilladelig ledningsimpedans i netværket i henhold til IEC 61000-3-11.
Intermittensfaktor:
Intermittensfaktoren refererer til tiden som en procentdel
af en ti-minutters periode, hvor man kan svejse ved en vis belastning uden at
overbelaste. Intermittensfaktoren er gyldig til 40 grader C.
Lufttilførselskrav .................................................236 l/min @ 6,2 bar (500 cfh @ 90 psig)
CE 380-400 V vekselstrøm ................................................................................. *S
sc min
4 MVA
............................................................................................................................ *Z
max
0,04 Ω
Dimensioner ................................................................................................B = 322 mm (12,7")
.................................................................................................................... H = 379 mm (14,9")
.................................................................................................................... D = 706 mm (27,8")
Vægt ..................................................................................................................40,8 kg (90 pund)
Lufttilførselskrav ..................................................236 l/min @ 6,2 bar (500 cfh @ 90 psig)
CE 380-400 V vekselstrøm .................................................................................. *S
sc min
4 MVA
............................................................................................................................. *Z
max
0,04 Ω
Dimensioner .................................................................................................B = 322 mm (12,7")
......................................................................................................................H = 379 mm (14,9")
......................................................................................................................D = 706 mm (27,8")
Vægt ...................................................................................................................40,8 kg (90 pund)
1-faset
3-faset
1-faset
3-faset
Summary of Contents for Powercut-1600
Page 4: ...4 table of contents ...
Page 11: ...11 MANUEL PLASMARC SKÆREENHED Powercut 1300 1600 ...
Page 12: ...12 ...
Page 24: ...24 SEKTION 3 INSTALLATION ...
Page 32: ...32 SEKTION 4 BETJENING ...
Page 33: ...33 MEKANISERET PLASMARC SKÆREENHED Powercut 1300 1600 ...
Page 34: ...34 ...
Page 57: ...57 HANDMATIG PLASMARC SNIJPAKKET Powercut 1300 1600 ...
Page 58: ...58 ...
Page 70: ...70 HOOFDSTUK 3 INSTALLATIE ...
Page 78: ...78 HOOFDSTUK 4 BEDIENING ...
Page 79: ...79 MACHINAAL PLASMARC SNIJPAKKET Powercut 1300 1600 ...
Page 80: ...80 ...
Page 103: ...103 MANUAL PLASMARC CUTTING PACKAGE Powercut 1300 1600 ...
Page 104: ...104 ...
Page 116: ...116 SECTION 3 INSTALLATION ...
Page 124: ...124 section 4 operation ...
Page 125: ...125 MECHANIZED PLASMARC CUTTING PACKAGE Powercut 1300 1600 ...
Page 126: ...126 ...
Page 149: ...149 MANUAALINEN PLASMARC LEIKKAUSJÄRJESTELMÄ Powercut 1300 1600 ...
Page 150: ...150 ...
Page 162: ...162 OSA 3 ASENNUS ...
Page 170: ...170 OSA 4 KÄYTTÖ ...
Page 171: ...171 MEKAANINEN PLASMARC LEIKKAUSJÄRJESTELMÄ Powercut 1300 1600 ...
Page 172: ...172 ...
Page 195: ...195 ENSEMBLE DE COUPAGE MANUEL À L ARC PLASMA Powercut 1300 1600 ...
Page 196: ...196 ...
Page 208: ...208 SECTION 3 INSTALLATION ...
Page 216: ...216 section 4 FONCTIONNEMENT ...
Page 217: ...217 ENSEMBLE DE COUPAGE À L ARC PLASMA AUTOMATIQUE Powercut 1300 1600 ...
Page 218: ...218 ...
Page 241: ...241 PLASMARC SCHNEIDAUSRÜSTUNG FÜR MANUELLES PLASMASCHNEIDEN Powercut 1300 1600 ...
Page 242: ...242 ...
Page 254: ...254 ABSCHNITT 3 INSTALLATION ...
Page 262: ...262 ABSCHNITT 4 BETRIEB ...
Page 263: ...263 PLASMARC SCHNEIDAUSRÜSTUNG FÜR MECHANISIERTES PLASMASCHNEIDEN Powercut 1300 1600 ...
Page 264: ...264 ...
Page 287: ...287 PACCHETTO DI TAGLIO PLASMARC MANUALE Powercut 1300 1600 ...
Page 288: ...288 ...
Page 300: ...300 SEZIONE 3 INSTALLAZIONE ...
Page 308: ...308 SEZIONE 4 FUNZIONAMENTO ...
Page 309: ...309 PACCHETTO DI TAGLIO PLASMARC MECCANIZZATO Powercut 1300 1600 ...
Page 310: ...310 ...
Page 333: ...333 MANUELL PLASMARC SKJÆREPAKKE Powercut 1300 1600 ...
Page 334: ...334 ...
Page 346: ...346 KAPITTEL 3 INSTALLASJON ...
Page 354: ...354 KAPITTEL 4 BRUK ...
Page 355: ...355 MEKANISERT PLASMARC SKJÆREPAKKE Powercut 1300 1600 ...
Page 356: ...356 ...
Page 379: ...379 ZESTAW DO RĘCZNEGO CIĘCIA ŁUKIEM PLAZMOWYM Powercut 1300 1600 ...
Page 380: ...380 ...
Page 392: ...392 ROZDZIAŁ 3 INSTALACJA ...
Page 400: ...400 ROZDZIAŁ 4 EKSPLOATACJA ...
Page 401: ...401 ZESTAW DO ZMECHANIZOWANEGO CIĘCIA ŁUKIEM PLAZMOWYM Powercut 1300 1600 ...
Page 402: ...402 ...
Page 425: ...425 CONJUNTO DE CORTE DE ARCO DE PLASMA MANUAL Powercut 1300 1600 ...
Page 426: ...426 ...
Page 438: ...438 CAPÍTULO 3 INSTALAÇÃO ...
Page 446: ...446 CAPÍTULO 4 FUNCIONAMENTO ...
Page 447: ...447 CONJUNTO DE CORTE DE ARCO DE PLASMA MECANIZADO Powercut 1300 1600 ...
Page 448: ...448 ...
Page 471: ...471 PAQUETE DE CORTE PLASMARC MANUAL Powercut 1300 1600 ...
Page 472: ...472 ...
Page 484: ...484 APARTADO 3 INSTALACIÓN ...
Page 492: ...492 APARTADO 4 FUNCIONAMIENTO ...
Page 493: ...493 PAQUETE DE CORTE PLASMARC MECANIZADO Powercut 1300 1600 ...
Page 494: ...494 ...
Page 517: ...517 MANUELLT PLASMARC SKÄRPAKET Powercut 1300 1600 ...
Page 518: ...518 ...
Page 530: ...530 AVSNITT 3 INSTALLATION ...
Page 538: ...538 AVSNITT 4 ANVÄNDNING ...
Page 539: ...539 MEKANISERAT PLASMARC SKÄRPAKET Powercut 1300 1600 ...
Page 540: ...540 ...
Page 557: ...557 Powercut 1300 1600 MAINTENANCE TROUBLESHOOTING SCHEMATIC DIAGRAMS REPLACEMENT PARTS ...
Page 558: ...558 ...
Page 562: ...562 section 5 maintenance ...