1.Iimpawu eziphambili
1. Itekhnoloji ye-Inverter: I-teknoloji ye-IGBT ye-inverter iqinisekisa ukusebenza ngokuzinzile kunye nokusebenza kakuhle kwe-welding, ulawulo oluchanekileyo, kunye neziphumo ezihambelanayo.
2. I-drawn arc stud welding: Lo matshini wenzelwe ngokukodwa i-arc stud welding kwaye ifanelekile kwizicelo ezahlukeneyo ezifana nokwakhiwa, ukwakhiwa kweenqanawa, iimoto, njl.
3. Umgangatho othembekileyo: Yenziwe ngezinto eziqinileyo kunye nobunjineli obuphambili, le welder inika ukuthembeka okungenakulinganiswa, iqinisekisa ukusebenza kwexesha elide kunye nokuqina.
4. Ukusebenza ngokulula: Ngolawulo olusebenziseka lula kunye noyilo olunembile, abasebenzisi bafuna kuphela ukuseta ububanzi bexesha le-stud kunye ne-welding, ngoko ke le welder ilula ukuyisebenzisa kwaye ifanelekile kubaqeqeshi abanamava kunye nabaqalayo.
5. Ukugcinwa kwamandla: I-teknoloji ye-inverter ayiphuculi kuphela ukusebenza kodwa inciphisa ukusetyenziswa kwamandla, inceda ukugcina iindleko kunye nokuqinisekisa ukuzinza kwendalo.
6. ISabelo seMakethi ePhakamileyo kunye nokuQondwa: Ngokusebenza kwayo okugqwesileyo kunye nokuqatshelwa kweshishini elifanelekileyo, lo matshini uye waseka unyawo oluqinileyo kwimarike.
7. Ngaphandle kwe-stud welding kunye ne-bolt welding, umatshini unokuxhasa i-carbon arc gouging kunye ne-arc welding manual.
2.Iinzuzo
I-1.Ukuchaneka kunye nokuhambelana: I-teknoloji ye-inverter iqinisekisa ulawulo oluchanekileyo lwenkqubo ye-welding, ukuhambisa iziphumo ezihambelanayo kunye neziphezulu.
I-2.Izicelo eziguquguqukayo: Ukususela kwizakhiwo zetsimbi ukuya kwizixhobo zoshishino, le welder iguquguqukayo kwaye ihambelana noluhlu olubanzi lwezicelo.
I-3.Ixesha kunye nokusebenza kakuhle kweendleko: Ukusebenza kwayo ngokufanelekileyo kunye neempawu zokulondoloza amandla kunceda ukunciphisa iindleko zokusebenza kunye nokwandisa imveliso.
I-4.Uyilo olulungele ukusetyenziswa komsebenzisi: Ukulawulwa kwe-intuitive kunye nokusebenza okulula kwenza ukuba kusetyenziswe uluhlu olubanzi lwabasebenzisi, ukwenza lula inkqubo ye-welding.
3.Iimeko zokusetyenziswa ezinokwenzeka
1.Ulwakhiwo kunye neZiseko zoPhuhliso: Efanelekileyo kwi-welding studs kwiiprojekthi zokwakha, iibhulorho kunye nezinye izicelo zeziseko.
I-2.I-Fabrication kunye ne-Processing: Ifanelekile kumaziko okuvelisa adibanisa i-studs kwizinto ezahlukeneyo zentsimbi kunye nezakhiwo.
3. I-Automotive and Shipbuilding: Efanelekileyo kwizicelo kwimizi-mveliso yeemoto kunye nokwakhiwa kweenqanawa, ukubonelela ngezisombululo ezithembekileyo nezisebenzayo ze-stud welding.
4.Technical parameter
| Umzekelo Igama | I-RSN-1600 | I-RSN-2000 | I-RSN-2500 | I-RSN-3150 | I-RSN-4000 |
Umthombo wamandla | 3×380V/415V 50Hz |
Amandla ongeniso alinganisiwe | 71KVA | 89KVA | 111KVA | 140 KVA | 178KVA |
Ireyithiwe igalelo langoku | 108A | 135A | 169A | 213A | 270A |
Isekile yomsebenzi | 13% | 13% | 13% | 13% | 30% |
OCV | 70-80V | 70-80V | 70-80V | 70-80V | 70-80V |
Welding okwangoku | 200-1600A | 200-2000A | 200-2500A | 200-3150A | 200-4000A |
Ukuthelekisa okwangoku | I≥80 × D (D: idiameter ye stud mm, mna: eyona nto ikhoyo ngoku, i-diameter ye-stud≤16mm) |
I≥90×D(D:idayamitha ye-stud mm, mna:yeyona nto ikhoyo ngoku, Idayamitha ye-Stud>16mm) |
| Umlinganiselo phakathi kwedayamitha yestud kunye nobunzima bomsebenzi | Ubungqingqwa bomsebenzi: istud ubukhulu≥1:3 |
Ukutshintsha umoya | 100A | 160A | 160A | 225A | 250A |
Intambo yokufaka (mm2) | 3×10+1×6 | 3×16 | 3×16 | 3×16 | 3×16 |
Inqanaba lokugquma | F |
Indlela yokunyusa | Nyusa |
Iklasi yokhuseleko | IP21 |
5.Uqwalaselo oluMgangatho
1. Umthombo wamandla 1pc
2. Stud gun 1pc
3. Intambo ye-welding 10m
4. Intambo yokulawula 10m
5. Umhlaba okhokelayo 2m
6. Intambo yokufaka 3m
