Imininingwane enzuzo
Inani (izinto):10000
Ukhomba olukhulu:34 kg
Ubukhulu:L(70)*W(30)*H(55) cm
Ukhomba olungekho:26 kg
Indlela yokuthumela:Ezomhlaba, ezolwandle
inombela yokucaciswa:Input Power Voltage:3~380V±10%/50/60HZ, DutyCycle:250A 60%/200A 100%,Iout:20A-250A, Air-cooled
Inombolo yemithombo:280DP
Incazelo yeziphakethe:1. Kuhlanganiswe ebhokisini eline-foam evimbela ukushaqeka. 2. Uhlu lwezinto ezihambisana nazo: Umthombo wamandla wokushisela, isidlisi sezintambo, isibhamu sokushisela i-CO₂, ikhebula lesibhamu elingu-5m, ikhebula lomhlaba elingu-3m, ikhebula lamandla elingu-2m, isikrufu se-Allen, isilinganisi sokugeleza kwe-CO₂.
Ukubonisa umlingani
Umshini Wokushisela we-Pulse we-MIG MAG TIG Series：MIG-280DP
1. Izici Zomkhiqizo:
• Inayo yonke imisebenzi yomshini wokushisela we-MIG we-MIG-P series one-pulse.
• Kwehlisa izinga lokugcwala kwemigodi ngesikhathi sokushisela i-aluminium.
• Isebenzisa ukulawula okuphelele kwedijithali okunesivinini esikhulu, iqapha isigaba ngasinye senqubo yokushisela, futhi ifinyelela ngokunembile "i-pulse eyodwa nokwehla okukodwa", ngaleyo ndlela ithole ukushisela okuzinzile okungenazihlakala.
2. Imisebenzi:
• I-MIG/MAG Pulse Eyodwa.
• I-MIG/MAG Double Puls.
• Ukulawula Okuhambisanayo kwe-MIG/MAG.
• I-MIG/MAG Ukulawulwa Okuhlukile.
• Ukushisela Kwe-Arc Kwezinsimbi Ezivikelwe.
3. Izinhlelo Zokusebenza:
• I-MIG/MAG welding iyasebenza ezinsimbi ezinjengensimbi engagqwali, insimbi yekhabhoni, insimbi ye-alloy, i-silicon bronze, i-aluminium bronze, i-aluminium kanye nama-alloys e-aluminium.
4. Imininingwane Yobuchwepheshe:
| Into | Inani | |
|---|---|---|
| I-Voltage Yokufaka (V) / I-Frequency (Hz) | 3~380V±10% / 50/60HZ | |
| Amandla Okufaka Aqondisiwe (KVA) | I-MIG Welding | I-SMAW |
| 11.5 | 12.7 | |
| Ugesi Ongenayo Olinganiselwe (A) | 18 | 18 |
| I-Voltage Engenamthwalo (V) | 88 | 89 |
| I-Welding Current (A) | 20~250 | |
| I-Welding Voltage (V) MIG Welding | 13.5~265 | |
| Umjikelezo Womsebenzi (%) | 250A 60%；200A 100% | |
| Isici Samandla | 0.9 | |
| Ukusebenza Kahle | ≥85% | |
| Isigaba Sokugqoka | H | |
| Isigaba Sokuvikela | IP21S | |
| Ububanzi Bocingo (mm) | 0.6---1.0 | |
| Isisindo (kg) | 26 | |
| Ubukhulu (mm) | 600*230*460 | |
5. Izindlela Eziningi Zokusebenza:
• Imodi yokushisela eyingcweti eyenziwe ngokwezifiso: ukushisela amachashazi ngokushesha nokushisela imithungo emifushane ngokushesha. Izici zale modi zihlanganisa ukushaya i-arc ngokushesha, ukushisela ngokushesha, ukushisela kuqala ngokushesha lapho iswishi icindezelwa futhi kuyame uma ikhululwa, nokushaya okuphezulu kokushisela nokusebenza kahle.
• Imodi Ejwayelekile: Le modi ilungele izidingo ezijwayelekile zokushisela. Kule modi, imingcele ehlukahlukene yokushisela ingasethwa ngokukhululekile nangokunembile ngokuya ngezinqubo zokushisela nemikhuba yokusebenza. Imodi yokulawula ngokuhambisana iyatholakala, lapho i-voltage yokushisela ihambisana ngokuzenzakalelayo lapho kulungiswa.
• Imodi ye-SMAW: Imodi ye- "SMAW" ingashintshwa ngemenyu ye-P, futhi ama-electrode anobubanzi obukhulu obungu-5.0mm angasetshenziswa, asebenza kuma-electrode ahlukahlukene ane-asidi ne-alkaline. Le modi ifanele imisebenzi yokushisela amabanga amade, ukulungisa nezinye izimo.
6. Uhlelo Lokudla Ucingo Olusebenza Kahle Kakhulu:
• Ithola ukushaya kwe-arc ngokushesha ngokusebenzisa i-full digital encoder wire feeder kanye ne-algorithm yokulawula ethuthukisiwe.
• Iqinisekisa ukushaya kwe-arc okushelelayo okulandelayo ngokulawula ukuma kwesiphetho socingo ekupheleni kokushisela.
| Into | Inani |
|---|---|
| Isibonelo | 7.710RM.012 |
| I-Voltage (V) | DC 24V |
| Amandla kagesi angenamthwalo (A) | ≤0.9 |
| I-Load Current (A) | 3.5 |
| Ijubane Lokondla Ucingo (m/min) | 2~24 |
| I-Voltage Yokuqala (V) | ≤2.5 |
| I-Wire Feed Roller Specification (mm) | Φ30*22*10, ifakwe nama-roller e-V-groove angu-1.0/1.2 |
| I-Wire Pressing Roller Specification | I-roller yokucindezela eyisicaba evamile |
| Ink напрямку Yokujikeleza | I-roller yokudla ucingo ijikeleza ngokwewashi lapho ucingo olubomvu luxhunywe ku-positive pole |
7. Izinzuzo Eziyinhloko Zomshini:
• Ububanzi bokuzivumelanisa ne-voltage yokufaka bufinyelela ku-±25%.
• Amabhodi wesekethe namadivayisi amakhulu kagesi asebenzisa umklamo ovikela uthuli.
• Izinga lokuvikela igobolondo lifinyelela ku-IP23S.
• Umjikelezo womsebenzi ophakeme ongu-60%.
• Izingxenye eziyinhloko nezesibili ngaphakathi komshini wokushisela zihlanganiswe ngokuphelele, zithuthukisa ukwethembeka.
• Isibonisi sedijithali esiyizinga eliphezulu esinezinhlamvu eziyi-7, esingakhombisa amandla kagesi namandla kagesi asethiwe, amandla kagesi wokushisela wangempela kanye ne-voltage, amakhodi amaphutha, isivinini sokondla ucingo, isikhathi neminye imininingwane.
• Lusebenzisa izinkinobho ezithintwayo ukuze kumiswe kalula imingcele.
8. Izinzuzo Ezikhethekile Zokushisela i-Aluminium:
• Inemodi ye-pulse, efanele ukushisela amacwecwe e-aluminium aphakathi nendawo namakhulu; imodi ye-double pulse ifanele amacwecwe amancane nokushisela okuqondile.
• Umsebenzi wokulawula ubude be-arc ungakwazi ukulungisa ukukhishwa kokushisa kwe-arc ngokushintsha ubude be-arc.
• Isebenza kabanzi ekushiseleni i-aluminium ethambile (i-aluminium-silicon) ne-aluminium eqinile (i-aluminium-magnesium).
• I-software ekhethekile yokushisela ingakhiwa ngenketho eyodwa yezinto eziyizingxube ze-aluminium.
9. Isiqinisekiso Sokuqina Komoya:
• Lusebenzisa iphrosesa enama-core amane, i-algorithm yokulawula isofthiwe elungiselelwe kanye nokulawulwa kwegagasi le-pulse ukuze kwenziwe i-arc yokushisela izinze kakhulu.
• Idatha yochwepheshe eyakhelwe ngaphakathi yobubanzi bobude bocingo obungu-1.2/1.4mm, evumelana nokushisela i-aluminium kusukela emacwecweni amancane kuya kwamakhulu.
• Ifinyelela ukushisela i-aluminium ye-MIG yekhwalithi ephezulu kumapuleti amancane naphakathi nendawo.
• Kufeza ukushaya komoya okusheshayo nokuqinile.
• Ingagcina futhi ibize izimo zokushisela eziyikhulu (100).
• Izinga eliphezulu neliphansi likagesi wokushisela lingasethwa ukuvimbela abasebenzisi ukuthi basebenzise umshini ngaphezu kwemikhawulo.
10. Izici Ezinothe Zomoya:
| Into Yocingo Lokushisela | Indlela Yokushisela | Igesi Evikelayo | I-Pulse | Ububanzi Bocingo (mm) |
|---|---|---|---|---|
| I-Aluminium Eqinile | I-MIG | I-Ar (99.99%) | Ayikho i-Pulse | 0.9, 1.0, 1.2 |
| I-Aluminium-Magnesium | I-MIG | I-Ar (99.99%) | Nge-Pulse | 1.0, 1.2 |
| I-Aluminium Emsulwa | I-MIG | I-Ar (99.99%) | Nge-Pulse | 1.0、1.2 |
11. Indlela Yokusebenza:
• Inkinobho yokulungisa/ukushintsha, Cindezela inkinobho ukuze ukhethe ipharamitha, Zungezisa inkinobho ukuze ulungise ipharamitha.
12. Ukusebenzisana nerobhothi:
• Ingahlanganiswa kalula namarobhothi okushisela ukuze kwenziwe ukukhiqiza okushisela okuzenzakalelayo nokuhlakaniphile.
13. Imiphumela Yokuhlola Ukushisela:
• Ukuhlolwa Okubonakalayo: Indawo yokushisela inesimo esihle kanye namajoyinti amahle, ngaphandle kokukhubazeka okufana nemifantu, ukungahlangani kahle, izimbobo zomoya kanye nezinsimbi zokushisela ezingaphezulu.
• Ukuhlolwa Kwemfihlo Yomsindo: Amasampula ahlolwa umnyango wekhwalithi ngomshini wokuthola imfihlo yomsindo, futhi amasampula awanazo iziphazamiso futhi ahlangabezana nezidingo zokufaneleka.
14．Uhlu Lokuhlela：
- Umthombo wamandla wokushisela,
- umondli wocingo,
- Ithoshi lokushisela le-CO₂/MIG,
- intambo yokuxhuma yetoshi engu-5m,
- intambo yaphansi engu-3m,
- Intambo yokufaka ugesi engu-2m,
- Isethi yezikhiye ze-Allen,
- Isilinganisi sokugeleza kwe-CO₂.
- Ipayi Lomoya Eliqinisiwe
- Isibopho Sensimbi Engagqwali
Imininingwane yemithombo
