Umatshini wokuWelding we-TIG 400TX4
| Inombolo yemodeli | YC-400TX4HGH | YC-400TX4HJE | ||
| Ilinganiswe igalelo lombane | V | 380 | 415 | |
| Inani lezigaba | - | 3 | ||
| Ilinganiswe igalelo lombane | V | 380±10% | 415±10% | |
| Ilinganiswe rhoqo | Hz | 50/60 | ||
| Igalelo elilinganisiweyo | TIG | kVA | 13.5 | 14.5 |
| Intonga | 17.85 | 21.4 | ||
| Isiphumo esilinganiselweyo | TIG | kw | 12.8 | 12.4 |
| Intonga | 17 | |||
| Amandla Factor | 0.95 | |||
| Ilinganiswe nge-No-Load Voltage | V | 73 | ||
| Imveliso yangokuuluhlu olunokulungiswa | T I G | A | 4-400 | |
| Intonga | A | 4-400 | ||
| Imveliso yombaneuluhlu olunokulungiswa | T I G | V | 10.2-26 | |
| Intonga | V | 20.2-36 | ||
| Ixesha lokuqala | A | 4-400 | ||
| I-Pulse yangoku | A | 4-400 | ||
| I-Crater yangoku | A | 4-400 | ||
| Ireyithwe uMjikelo woMsebenzi | % | 60 | ||
| Indlela yokulawula | Uhlobo lwe-IGBT Inverter | |||
| Indlela yokupholisa | Ukupholisa umoya ngenkani | |||
| Ijenereyitha ye-high-frequency | Uhlobo lwe-Spark-oscillation | |||
| Ixesha lokuhamba kwangaphambili | s | 0-30 | ||
| Ixesha lasemva kokuhamba | s | 0-30 | ||
| Ixesha lokuhamba phezulu | s | 0-20 | ||
| Ixesha le-Downslope | s | 0-20 | ||
| Ixesha lendawo yeArc | s | 0.1-30 | ||
| Ukuphindaphinda kwe-Pulse | Hz | 0.1-500 | ||
| Ububanzi be-Pulse | % | 5-95 | ||
| Inkqubo yolawulo lweCreyitha | Imowudi emithathu(VULA,VUMA,PHINDA) | |||
| Imilinganiselo (W×D×H) | mm | 340×558×603 | ||
| IMisa | kg | 44 | ||
| Iklasi ye-Insulation | - | 130℃ (ireactor 180℃) | ||
| Ukuhlelwa kwe-EMC | - | A | ||
| IP ikhowudi | - | IP23 | ||
Imele ulungelelwaniso olusemgangathweni
I-YT-158TP
(Ubukhulu bepleyiti esebenzayo: Ubuninzi. 3.0mm)
YT-308TPW
(Ubukhulu bepleyiti esebenzayo: Ubuninzi. 6.0mm)
YT-208T
(Ubukhulu bepleyiti esebenzayo: Ubuninzi. 4.5mm)
YT-30TSW
(Ubukhulu bepleyiti esebenzayo: Ubuninzi. 6.0mm)
1. Iimitha zokuBonisa iiDijithali ezininzi eziSebenzayo
Amaxabiso angoku, amandla ombane, ixesha, Ukuphindaphinda, umjikelo womsebenzi, ikhowudi yempazamo inokuboniswa.Ubuncinane beyunithi elawulayo yi-0.1A
2. Imodi ye-TIG ye-Welding
1). Ukutshintsha imo ye-welding ye-TIG ngo-4, ukulungisa ulandelelwano lwexesha ngo-5 .
2). Ixesha lokuhamba kwerhasi kwangaphambili kunye nexesha lokuhamba kwexesha, amaxabiso angoku, i-pulse frequency, umjikelo womsebenzi kunye nexesha le-slop linokulungiswa xa kukhethwe iCrater On.
3). Uluhlu lohlengahlengiso lwe-pulse frequency yi-0.1-500Hz.
3. Iindlela ze-Welding ezintathu
1). DC TIG, DC PULSE & NINGA.
2). Xa i-Stick i-welding ikhethiwe, zombini i-acid & alkaline electrode iyasebenza kwaye i-arc-start & arc-force current ingalungiswa.
4. TIG welding mode switch
1). ukuwelda kunokumiswa ngokucinezela kabini iswitsha yetotshi xa [PHINDA] ikhethiwe.
2). ngaphandle kwexesha le-welding, i-slop inokulungiswa kwakhona xa [SPOT] ikhethiwe.
5. TIG welding mode switch
I-encoder yedijithali, jikelisa ukulungisa, cofa ukuqinisekisa
1). Ukuze kuqwalaselwe ukuthembeka kokusetyenziswa kwindawo enzima, isakhiwo sangaphakathi somatshini sithe tye.
2). I-loop yolawulo lwesekethe yeBhodi yePC inegumbi lokutywina elahlukileyo. Ibhodi yePC ifakwe ngokuthe nkqo ukuze kuthintelwe imfumba yothuli.
3). I-axial flow fan enkulu, i-air duct ezimeleyo, ukuchithwa kakuhle kobushushu
4). I-Multi-protection: i-primary overvoltage, i-undervoltage, ukhuseleko lwesigaba esivulekileyo; i-overcurrent yesibini, i-electrode short circuit, water- shjortage protection, ukhuseleko lokutshintsha ubushushu, njl.
6.Iisetingi zokusebenza
1. Iiparamitha zamaqela angama-100 zinokugcinwa kwaye zikhunjulwe.
2. [F.Adj] inokuseta/ilungise imisebenzi emininzi
Umsebenzi wokunciphisa wangoku: uluhlu luyi-50-400A
Umsebenzi wokuchasana nomothuko: lo msebenzi unokukhethwa xa udibanisa intonga kwindawo emanzi okanye emxinwa. Ukumiselwa komzi-mveliso KUVALIWE.
Umsebenzi wokulungisa i-Arc-start: i-arc-start yangoku kunye nexesha linokulungiswa.
Isiphaluka esifutshane sothusayo: siya kubetha xa i-electrode ye-tungsten kunye ne-workpiece imfutshane isiphaluka , iya kuthintela umonakalo we-tungsten electrode. ukutshisa (nceda bhekisa kwincwadana yokusebenza ngeseto ezongezelelweyo)
7.Arc-qalisa useto
I-high frequency arc-start and pull arc-start, isetyenziswa nakwiindawo apho i-frequency ephezulu inqatshelwe.
