isiZulu
Kwadalwa ngo 06.01
Medium Frequency Inverter Resistance Welding Power Controller & Transformer Series
Uhlelo lwethu lwamandla okuhlanganisa ukumelana ne-inverter ephakathi nendawo luhlanganisa isilawuli samandla okuhlanganisa uchungechunge lwe-IDW kanye ne-transformer yokuhlanganisa ephakathi nendawo esekelayo. Njengamayunithi amandla ayisisekelo emishini yokuhlanganisa yokumelana yesimanje, lesi sixazululo esihlanganisiwe samukela ubuchwepheshe obuphambili be-IGBT inversion kanye ne-nano-amorphous transformer core. Uma kuqhathaniswa nemishini yokuhlanganisa ye-AC yendabuko, inesimpendulo esisheshayo, ukunemba okuphezulu kokulawula, ukusetshenziswa kwamandla okuphansi kanye nokuhambisana okungcono kwenethi. Kusetshenziswa kabanzi ekuhlanganiseni amabala, ukuhlanganisa izikrini, ukuhlanganisa imihlahlandlela kanye nemigqa yokukhiqiza yokuhlanganisa ngokuzenzakalelayo.
1. Izinzuzo: Ukuphakathi Nendawo Kwe-frequency VS Izinto Zokuhlanganisa Zokujwayelekile Zokujwayelekile
Into Yokuqhathanisa | Umshini Wokuhlanganisa Wokujwayelekile Wokujwayelekile Wokujwayelekile | Uhlelo Lokuhlanganisa Lwamandla E-DC Lwe-Frequency Ephakathi |
Ukusebenza Kokuhlanganisa | Lungisa isikhathi samanje sokuphumayo nge-thyristor firing angle; amandla aphansi. Isikhathi eside sokulungisa sifika ku-20ms, ukusabela kancane nokulawula okungafanele. | Idizayini yokuguqula i-AC-DC-IGBT yesigaba esithathu. Impendulo yokulungisa esheshayo engu-1ms, izikhathi ezingama-20 ngokushesha kunezimishini zendabuko. Ukuphuma kwamanje okuzinzile nokunemba okuvelele kokulawula. |
Ukuvumelana Nenethiwekhi Yamandla | Ukufakwa okukodwa kwe-phase 380V, okubangela ukungalingani okukhulu kokuphuma kukagesi we-three-phase. Isilinganiso esiphansi sokusetshenziswa kwenethi, amandla aphezulu okuphendula, nokungcola okukhulu kwe-harmonic yenethi. | Ukufakwa okulinganiselayo kwe-three-phase 380V ngokulungiswa okugcwele kwe-wave. Isici samandla sifike ngaphezu kuka-90%, akukho ukungcola kwenethi, kusekela ukusebenza okuningi kwemishini ngokuhambisana ngokuqinile. |
Ulawulo Lwangoku Lokudibanisa | I-AC yangoku ene-regular zero-crossing blank heating. Ubushushu bokudibanisa obusasazekileyo, umgangatho wokudibanisa ongazinzanga kunye nokutshiza okucacileyo kokudibanisa. Kulula ukuchaphazeleka kukuguquguquka kwe-grid voltage. | Ukuphuma kwe-DC ecocekileyo ngaphandle kwe-current zero-crossing. Ubushushu bokudibanisa obugxileyo, ukutshiza okuncinci, ubomi obude be-electrode. Phantse akukho mpembelelo kwi-secondary circuit inductance kunye nokuguquguquka kwe-grid. |
I-Transformer Enkxasayo | I-50/60Hz low-frequency transformer, umthamo omkhulu, ubunzima obunzima, ilahleko yamandla aphezulu kunye nokusebenza okuphantsi. | I-1kHz medium frequency transformer, isakhiwo esicwengcileyo, ilahleko ephantsi, ukusebenza okuphezulu, ukufakela lula kunye nokubekwa ngaphakathi koomatshini bokudibanisa. |
- Ubongameli Bemveliso Jikelele
- Ngaphandle kwamandla ayisisekelo angaphezulu, uhlelo lwethu lwamandla okuhlanganisa oluphakathi nendawo lusekela izinqubo ezahlukahlukene zokuhlanganisa futhi luhlanganisa ukuhambisana okuphelele kwezinto zokuhlanganisa. Ingahlanganisa insimbi e-galvanized, insimbi enezingubo, insimbi engagqwali, i-aluminum alloy nezingxubevange ezihlukahlukene, ihlangabezana nezidingo eziyinkimbinkimbi zokuhlanganisa zemboni yokukhiqiza yesimanje.
2. Izici Eziyinhloko Zesilawuli Samandla Okushisela
- Imvamisa Yokusebenza Engalungiseka: Imvamisa yokuphuma engu-1kHz - 4kHz, ukunemba kwesikhathi esiphakeme sezinga le-millisecond
- Izinhlelo Zokushisela Ezicebile: Izinhlaka ezingama-32 ezakhelwe ngaphakathi zezimiso zokushisela ezihlelekayo, ezingandiswa zibe izinhlaka ezingama-256
- Inqubo Yokushisela Yesigaba Esithathu: Qedela inqubo yokushisa kuqala, ukushisela nokuhlanganisa; ukukhuphuka kwamanje okungalungiseka, ukwehla nokulungisa izikhathi zomjikelezo wokushisela
- Ukuvumelana Okunamandla Kwangaphandle: Izinhlaka ezi-3 zezimbobo zokuphuma ezihlelekayo, ezihambisana ngokuphelele ne-PLC, amarobhothi okushisela nemigqa yokukhiqiza ezenzakalelayo
- Umsebenzi Wokuxhumana Wezimboni: Sekela ukuxhumana kwe-RS485 nokulawula ikhodi ye-BCD, ufeze ukulawula okukude nokuphathwa okuzenzakalelayo okuhlanganisiwe
- Ulawulo Oluphezulu Lokulawula Okuyindilinga: Uhlelo lokubuyisela isigaba sesibili ngesikhathi sangempela, ukunemba kokulawula kwamanje kufika ku-5‰
- Uhlelo Lokurekhoda I-alamu Olwakhelwe Ngaphakathi: Gcina ngokuzenzakalelayo amarekhodi omsebenzi womlando ukuze uthole izixazululo ezisheshayo nokulungiswa kwansuku zonke
3. Amapharamitha Obuchwepheshe Obukhulu be-IDW Series Welding Controller
Imodeli | Isikhathi Esikhulu Sokukhipha | I-Transformer Ehambisanayo | Isikhathi Esikhulu Sokushintsha Okufushane | Umthamo Womoya Weswishi | Ibanga Lokusetha Isikhathi |
DW400L | 400A | 90KVA | 20KA | 100A | 0-400A / 0-20KA |
IDW-600T | 600A | 120KVA | 30KA | 100A | 0-600A / 0-30KA |
IDW-800T | 900A | 180KVA | 40KA | 125A | 0-900A / 0-40KA |
IDW-1000T | 1100A | 200KVA | 50KA | 160A | 0-1000A / 0-50KA |
IDW-1200T | 1300A | 250KVA | 60KA | 160A | 0-1300A / 0-60KA |
IDW-1800T | 1800A | 350KVA | 72KA | 200A | 0-1800A / 0-72KA |
IDW-2400 | 2400A | 350*2KVA | 96KA | 400A | 0-2400A / 0-96KA |
- Ipharamitha Yobuchwepheshe Yomlawuli Jikelele
- Imodi Ye-Inverter: Medium Frequency DC
- I-Voltage Yegalelo: 3-phase 380V, ukushintshashintsha kwe-voltage: +10% / -20%, 50/60Hz±1%
- Imodi Yokulawula: Constant Current / Constant Conduction Angle
- Imvamisa Yokuphuma: 1kHz / 4kHz iyazikhethela
- Ukuphuma Kwesilinda Somoya: DC24V±10%, isikhathi esingaphakathi kwesiteshi esisodwa ≤0.15A
- Ukucushwa Kwesilinda Somoya: ama-silinda omoya angu-4 ajwayelekile; ama-silinda omoya angu-10 akhethekile ekushiseleni komthungo
- Isidingo Samanzi Apholisayo: 6-12L/min, ingcindezi yamanzi ≥0.15MPa, izinga lokushisa lamanzi ≤40℃
- Indawo Yokusebenza: Izinga lokushisa lokusebenza: -5℃~50℃; Umswakama ongajwayelekile ≤80%; Ukuphakama okuphezulu kokusebenza: 1km
- Isigaba Sokuvikela: Isigaba F
- Ubukhulu: Usayizi ojwayelekile, umklamo wangokwezifiso uyatholakala
4. Ukufanisa Amapharamitha Esiguquli Sokushisela Esiphakathi Kwemvamisa
- Sihlinzeka ngeziguquli ezisekelayo eziphelele zokushisela ezimaphakathi nemvamisa ezifanayo nawo wonke amamodeli alawuli we-IDW. Ngokwamukela izinto zenuzi-amorphous ezisekelwe ku-iron, isiguquli sibonisa ukulahleka okuphansi kwenuzi, ukuzinza okuphezulu kwezinga lokushisa, nokusebenza okuhle kakhulu kokushisela kwe-DC.
Imodeli | Amandla Akaliwe (kVA) | Isikhathi Somsebenzi | I-Voltage Eyinhloko (V) | Imvamisa | Ugesi Okaliwe (kA) | Ugesi Omkhulu Kunayo Yonke (kA) | Isilinganiso Sokujikela | Isigaba Sokuvikela | I-Secondary No-load Voltage (V) |
Y90 | 75 | 50% | 500 | 1K/4K | 15 | 23 | 55:1 | F | 9 |
Y120 | 120 | 50% | 500 | 1K/4K | 21 | 38 | 50:1 | F | 10 |
Y180 | 160 | 50% | 500 | 1K/4K | 30 | 43 | 50:1 | F | 10 |
Y250 | 250 | 50% | 500 | 1K | 42 | 55 | 40:1 | F | 12.5 |
Y350 | 300 | 50% | 500 | 1K | 55 | 65 | 40:1 | F | 12.5 |
5. Iphaneli Yokusebenza Yesikrini Sokuthinta esingu-7-intshi
- Isikhombimsebenzisi Sokuxhumana Komuntu Nomshini: Ifakwe isikrini sokuthinta samayintshi angu-7 wezimboni, ukusethwa okulula kwamapharamitha nokukhethwa komsebenzi
- Ukuqapha Idatha Yesikhathi Sangempela: Bonisa ngokudayinamikhi ugesi wokushisela, ugesi we-capacitor kanye neminye idatha yokusebenza
- Izikrini Zokusebenza Eziyisisekelo Ezintathu
- Isikrini Sesimo Sokusebenza: Isikhombimsebenzisi sokuqalisa ngokuzenzakalelayo ngemuva kokuvula; ukusebenza okusemthethweni kokushisela kutholakala kuphela kuleli khasi
- Isikrini Sokusetha Ipharamitha: Ukucushwa ngokuchofoza okukodwa kwawo wonke amapharamitha obuchwepheshe bokushisela
- Isikrini Sokusetha Umsebenzi: Sekela ukushisela okukodwa/okuqhubekayo, imodi yokushisela umthungo, ukushintsha ugesi, ukutholwa kokugeleza kwamanzi, ukugqoka izihlabeleli nemisebenzi yokushisela ejikelezayo
6. Izindawo Zokusebenzisa
- Lesisistimu samandla okushisela esiphakathi nesiphakathi esihlanganisiwe sisetshenziswa kabanzi ekwenziweni kwezimoto, ekucubunguleni izingxenye zezimoto, ekushiseleni kwamashidi ensimbi, ekushiseleni kwezinto zokubopha ezihlinzekwa ngomshini, embonini yezinto ezintsha, ekukhiqizeni izinto zikagesi zasekhaya kanye nemigqa yokushisela ye-robot ezenzakalelayo. Ihambisana kahle nazo zonke izinhlobo zemishini yokushisela yokumelana ne-medium frequency.
Isiphetho
- Isilawuli sethu sokushisela i-inverter ye-medium frequency kanye ne-transformer ehambisanayo zakha isisombululo samandla okushisela esiphelele nesisebenza kahle kakhulu. Ngokuphendula okusheshayo, ukunemba okuphezulu kokulawula, ukonga amandla kanye nokusebenza okuzinzile, kuthuthukisa imishini yokushisela yakudala ye-low-frequency ngokuphelele. Amamodeli ajwayelekile agcwele ayatholakala, insizakalo eyenziwe ngendlela eyenziwe ngayo iyatholakala ukuze ihlangabezane nezidingo zakho ezikhethekile zokushisela. Siyakwamukela ukuthi usithinte ukuze uthole ikhotheshini nokwesekwa kwezobuchwepheshe.
Xhumana nathi
Sh}+{iya imininingwane yakho futhi sizokuxhumana.
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