I-Tig Welding Machine 400TX4
| Imodelnumber | Yc-400tx4hgh | YC-400TX4HJE | ||
| Kukalwe amandla okufaka okufakiwe | V | I-380 | 415 | |
| Inani lezigaba | - | 3 | ||
| Kukalwe amandla okufaka okufakiwe | V | 380 ± 10% | I-415 ± 10% | |
| Imvamisa ekalwe | Hz | 50/60 | ||
| Okokufaka okulinganiselwe | Isifo esikhulu | isihloko Ezinhle | 13.5 | 14.5 |
| Induku | 17.85 | 21.4 | ||
| Ukukhishwa okulinganiselwe | Isifo esikhulu | kw | 12.8 | 12.4 |
| Induku | 17 | |||
| Isici Power | 0.95 | |||
| Kukalwe amandla okulayisha | V | 73 | ||
| Okukhipha kwamuvauhla olungaguquki | T i g g | A | 4-400 | |
| Induku | A | 4-400 | ||
| Amandla kagesi akhiphayouhla olungaguquki | T i g g | V | 10.2-26 | |
| Induku | V | 20.2-36 | ||
| Okwamanje kwamuva | A | 4-400 | ||
| Pulse okwamanje | A | 4-400 | ||
| I-Crater yamanje | A | 4-400 | ||
| Umjikelezo Womsebenzi Okalwe | % | 60 | ||
| Indlela yokulawula | Uhlobo lwe-Igbt Inverter | |||
| Indlela yokupholisa | Ukuphoqelelwa ukupholisa umoya | |||
| I-generator ephezulu kakhulu | Uhlobo lweSpark-Oscillation | |||
| Isikhathi sangaphambi kokugeleza | s | 0-30 | ||
| Isikhathi se-Post-Flow | s | 0-30 | ||
| Isikhathi esisethabeni | s | 0-20 | ||
| Isikhathi esiphansi | s | 0-20 | ||
| Isikhathi se-Arc Sto | s | 0.1-30 | ||
| Imvamisa ye-Pulse | Hz | 0.1-500 | ||
| Ububanzi be-pulse | % | 5-95 | ||
| Inqubo yokulawula i-Crater | Imodi emithathu (ivuliwe, ivaliwe, ukuphinda) | |||
| Ubukhulu (w × d × h) | mm | 340 × 558 × 603 | ||
| Okuninginingi | kg | 44 | ||
| Ikilasi Lokufakwa | - | I-130 ℃ (I-Reactor 180 ℃) | ||
| Ukuhlukaniswa kwe-EMC | - | A | ||
| Ikhodi ye-IP | - | IP23 | ||
Imele ukucushwa okujwayelekile
I-YT-158PTP
(Ubukhulu obusebenzayo bepuleti: UMax. 3.0mm)
Yt-3088pw
(Ubukhulu bepuleti elisebenzayo: UMax. 6.0mm)
Yt-208t
(Ubukhulu obusebenzayo bepuleti: UMax. 4.5mm)
Yt-30TSW
(Ubukhulu bepuleti elisebenzayo: UMax. 6.0mm)
1. Amamitha amaningi okubonisa ama-Digital Display Display
Amanani we-Chalta, Voltage, isikhathi, imvamisa, umjikelezo wokusebenza, ikhodi yephutha ingakhonjiswa.Iyunithi eliphansi eliphansi lingu-0.1a
2. Imodi ye-welding ye-tig
1). Ukushintsha imodi ye-welding ye-tig ngo-4, Ukulungisa ukulandelana kwesikhathi ngo-5 .
2). Isikhathi sokugeleza kwegesi nokuhamba kwesikhathi, amanani wamanje, imvamisa ye-pulse, umjikelezo we-Duty & isikhathi esincane singashintshwa lapho kukhethwe ikhethwe.
3). Uhla lokulungiswa kwe-pulse frequency lungu-0.1-500hz.
3. Izindlela ezintathu ze-Welding
1). DC Tig, DC Pulse & Stick.
2). Lapho kukhethwe i-stick Welding, zombili i-electrodes ye-acid & alkaline ziyasebenza futhi i-Arc- Start & Arc-Force yamanje ingalungiswa.
4. I-Tig Welding Mode Shintsha
1). I-Welding ingamiswa ngokucindezela kabili i-Torch switch lapho [ukuphinda] kukhethiwe.
2). Ngaphandle kwesikhathi sokufakelwa kwe-walding, i-slop ingashintshwa nalapho kukhethwe khona ukuthi kukhethwe.
I-5. I-Tig Welding Mode Shintsha
I-Digital Encoder, Jikelezisa ukulungiswa, cindezela ukuqinisekisa
1). Ukuze ubheke ukuthembeka kokusebenzisa endaweni enzima, isakhiwo sangaphakathi somshini sivundlile.
2). I-PC BOOD BOOD CORTROT CORCTION Loop inegumbi elihlukile lokubopha. Ibhodi le-PC lifakwa ngokuqondile ukuze ligweme uthuli lwe-ap.
3). I-Axial Flow fan fan enkulu, i-duct yomoya ezimele, Ukudicilela phansi ukushisa okuhle
4). I-Multi-RevitDDD: I-Primary Overvoltage, i-Undervoltage, ukuvikelwa okuvulekile; Isifunda se-Overcuit esezingeni eliphakeme, i-electrode, ukuvikela amanzi, ukuvikelwa kokushisa, njll.
Izilungiselelo ze-6.
1. Amapharamitha angama-100 amaqembu angagcinwa futhi akhunjulwe.
2. [F.ADJ] ingasetha / ukulungisa eminye imisebenzi
Umsebenzi wamanje wokukhawulelwa: Ibanga ngu-50-400a
Umsebenzi wokulwa nokushaqeka: Lo msebenzi ungakhethwa lapho unamathela welding ezimweni zemvelo ezimanzi noma eziminyene. Okuzenzakalelayo kwefekthri kuvaliwe.
Umsebenzi wokulungiswa kwe-arc-qala: I-arc-qala yamanje nesikhathi singashintshwa.
Ukushayisana kwesekethe okufushane: Kuzohlaba i-electrode lapho i-tungsten kanye nomsebenzi wokusebenza kungumjikelezo omfushane, kuzovimbela i-forange ye-tungsten electrode. Ukushisa (sicela ubheke encwadini yokusebenza ukuze uthole izilungiselelo eziningi)
I-7.RARC-Start Setting
Imvamisa ephezulu ye-arc-qala futhi udonse isiqalo se-arc, asetshenziswa ngisho nasezindaweni lapho imvamisa ephezulu ivunyelwe khona.
