Imininingwane enzuzo
Inani (izinto):1
Ukhomba olukhulu:30 kg
Ubukhulu:L(60)*W(50)*H(30) cm
Ukhomba olungekho:26 kg
Indlela yokuthumela:Ezokuthutha ngomhlaba, Ezokuthutha ngolwandle
inombela yokucaciswa:Input Power Voltage:3~380V±10% / 50/60HZ, Iout 0A-40000A, Water-cooled
Inombolo yemithombo:IDW-800T
Incazelo yeziphakethe:Ukupakisha ngebhokisi lokhuni
Ukubonisa umlingani
Izinzuzo Zomshini Wokushisela Ngokumelana Ne-Medium Frequency Inverter:
Ukuqhathanisa Nemishini Ejwayelekile Yokushisela Ngokumelana Ne-Line-Frequency AC
| Isigaba | Umshini Wokushisela we-AC Womugqa Ovamile | Isilawuli se-DC se-MF Inverter |
|---|---|---|
| Ukusebenza | Imishini yokushisela ye-AC yomugqa ojwayelekile ilungisa ukukhishwa kwesibili kwe-transformer yokushisela ngokushintsha i-angle yokuthungela i-thyristor. Njengoba i-transformer ixhunywe ngqo kugridi nge-thyristor, i-power factor iphansi. Umjikelezo wokulungisa wezilawuli zomugqa mude (20 ms kumagridi angu-50/60 Hz). | Isilawuli se-DC se-inverter esisebenza nge-frequency ephakathi siguqula i-AC enezigaba ezintathu ibe i-DC, bese ikhipha ku-transformer ye-welding ngokusebenzisa i-IGBT inversion. Ngokusebenza kahle kwamandla, i-inverter frequency yayo ingu-1 kHz, futhi isikhathi sokulungisa sifushane njengo-1 ms – izikhathi ezingama-20 ngokushesha kunezilawuli ezivamile. Inikeza ukunemba okuphezulu kokulawula, ukusabela okusheshayo, kanye nokukhipha okuzinzile. |
| Igridi kagesi | I-voltage yokufaka ingu-380V yesigaba esisodwa, okwenza izigaba ezimbili zidonse amandla aphezulu kanti isigaba esisodwa sidonse amandla anguziro. Lokhu kungalingani kwesigaba sesithathu kugridi, okuholela ekusetshenzisweni okuphansi kwegridi, amandla aphezulu angasebenzi, nokungcola okukhulu kwegridi. Imishini eminingi idinga ama-transformer amakhulu, okwandisa izindleko zamakhasimende. | I-voltage yokufaka ingu-three-phase 380V, ene-three-phase current elinganiselayo kanye nokusetshenziswa kwe-grid okuphezulu kakhulu. Kusetshenziswa i-three-phase full-wave rectification, i-power factor ifinyelela ngaphezu kuka-90%. |
| Ukulawulwa kwamandla | Izilawuli ezijwayelekile zilungisa amandla kagesi wokushisela ngokusebenzisa i-thyristor firing angle. Ukunqamuka kwamandla kagesi kubangela ukushisa okungenalutho, ukugxila kokushisa okungekuhle, kanye nekhwalithi yokushisela engazinzile. Izikhathi ezinde zokunqamuka kwamandla kagesi zenza imiphumela ibe mibi. Ukushintshashintsha okukhulu kwamandla kagesi kuhlelo kubangela ukushintshashintsha kwamandla kagesi, okuthinta kakhulu ukuzinza. I-inductance yesekethe yesibili nayo ithinta kakhulu amandla kagesi wokushisela. | I-current yokushisela i-DC, ayinawo umkhawulo. Ukushisa kugxile kakhulu, ukulahleka kokushisa kuphansi, futhi isikhathi sokushisela siyancishiswa, okonga amandla kakhulu. Ayikho inani eliphezulu le-AC, ngakho-ke ayithinteki ekushintsheni kwegridi, inciphisa ukufafaza futhi yandisa impilo ye-electrode. I-inductance yesekethe yesibili ayinamthelela omkhulu ku-current yokushisela, iqeda ukulahleka kwesekethe yesibili. |
| I-Transformer | Ihlome ngama-transformers asebenza nge-50/60 Hz. Emandleni afanayo, ama-transformers e-line-frequency makhulu, anesisindo, alahlekile, futhi awasebenzi kahle. | Ihlonyiswe ngama-transformer e-frequency ephakathi asebenza ngo-1 kHz. Emandleni afanayo, mancane kakhulu, anokulahlekelwa okuphansi, ukusebenza kahle okuphezulu, nokufakwa kalula. |
Ngaphezu kwalezi zinzuzo ezingenhla, imishini yokushisela ye-medium-frequency inverter inikeza izinzuzo eziningi ezengeziwe, okuhlanganisa izimo eziningi zokushisela, ukuhambisana nezinto ezahlukene (imishini ye-medium-frequency ingashisela izinsimbi ezinamekwe, izinsimbi ezi-galvanized, insimbi engagqwali, i-aluminium, nezinsimbi ezingafani), kanye nezici zokushisela ezihlanganisiwe, okuholela ekusetshenzisweni kabanzi embonini.
1.Izici Zesilawuli
- I-frequency yamandla okukhipha: 1K-4K HZ, ukunemba kwesikhathi ezingeni le-ms
- Ihleleka kufika kumasethi angu-32 wemininingwane yokushisela
- Inqubo yokushisisa enezigaba ezintathu: ukushisisa kuqala, ukushisela, ukuthambisa; isigaba sokushisela sivumela ukukhuphuka/ukwehla ngokwezifiso kanye nenani lemijikelezo
- Amachweba okukhipha okuhlelekayo e-I/O: amachweba okukhipha anezigaba ezi-3 ukuze kuhambisane kangcono ne-PLC, amarobhothi, njll.
- Ukulawulwa kokuxhumana ne-BCD: ixhunywa ku-PC yezimboni, i-PLC, njll., ukuze ilawulwe kude futhi iphathwe ngokuzenzakalelayo
- Ikhoyili yesibili ibuyisela i-current yokushisela ngesikhathi sangempela ukuze ilawuleke ngokuvaliwe, iqinisekise ukulawulwa okunembile kwe-current
- Umsebenzi wokuqopha i-alamu ukuze kufinyeleleke kalula emlandweni we-alamu
- Ukunemba kokulawula amandla kagesi: 5‰
2.Imininingwane Eyisisekelo Yesilawuli
- Isilawuli Sokushisela Ngokumelana Ne-Medium Frequency DC ye-IDW Series
Imodi ye-Inverter I-Medium Frequency DC Isibonelo DW400L IDW-600T IDW-800T IDW-100T IDW-1200T I-IDW-1800T IDW-2400 I-Voltage Yokufaka (V) I-Three-phase 380V, ukushintshashintsha kwe-voltage +10%, -20%; imvamisa 50HZ/60HZ±1% I-Max Output Current(A) 400A 600A 900A 1100A 1300A 1800A 2400A I-Transformer Efanele 90KVA 120KVA 180KVA 200KVA 250KVA 350KVA 350*2KVA I-Max Short-circuit Current(KA) 20KA 30KA 40KA 50KA 60KA 72KA 96KA Umthamo We-Switch Yomoya 100A 100A 125A 160A 160A 200A 400A Ububanzi Bamanje Okulungiselelwe 0-400A/0-20KA 0-600A/0-30KA 0-900A/0-40KA 0-1000A/0-50KA 0-1300A/0-60KA 0-1800A/0-72KA 0-2400A/0-96KA Indlela Yokulawula I-Constant Current / I-Constant Conduction Angle Inani Lamavalvu Omoya Izinhlobo ezijwayelekile zihlome ngamavalvu omoya angu-4, kuyilapho imishini yokushisela ngomthungo ihlome ngamavalvu omoya angu-10. I-Frequency Ye-Inverter 1K/4K HZ I-Solenoid Valve Rated Output Voltage(V) DC24V±10% I-Solenoid Valve Rated Output Current(A) ≤0.15A ngesiteshi ngasinye Indlela Yokuxhumana Rs485 I-Maximum Welding Specification Amaqembu angu-32, anganwetshwa abe ngamaqembu angu-256 Izidingo Zamanzi Okupholisa 6L/min,≥0.15Mpa, izinga lokushisa ≤40℃ 8L/min,≥0.15Mpa, izinga lokushisa ≤40℃ 12L/min,≥0.15Mpa, izinga lokushisa ≤40℃ Izinga lokushisa lokusebenza (°C) Ukupholisa ngamanzi -5°C~50°C Umswakamo Wendawo(%) ≤80% Ukuphakama Kokusebenza(Km) 1 I-Insulation Class Ikilasi F Ubukhulu Bendlu (mm) Okujwayelekile (kungenziwa ngokwezicelo) - Imininingwane Yokusebenza
Ipharamitha Incazelo / Inani Isignali Yokuqala I-Switch Yokuqala 1, I-Switch Yokuqala 2 Ukushayela Ivalvu ye-Solenoid Amaqembu A-3 Ukugcinwa Kohlelo Lwe-Welding Amasethi angu-32 Isikhathi Sangaphambi Kwengcindezi (ms) 0-9999 Isikhathi Sokucindezela (ms) 0-9999 Isikhathi Sokukhuphuka (ms) 0-99 Isikhathi sokushisisa (ms) 0-999 Isikhathi Sokupholisa (ms) 0-9999 Isikhathi Sokushisela (ms) 0-999 Isikhathi sokupholisa (ms) 0-9999 Isikhathi Sokupholisa (ms) 0-999 Isikhathi Sokwehla (ms) 0-99 Isikhathi Sokubamba (ms) 0-9999 Isikhathi sokungenzi lutho (ms) 0-9999 Ukulawulwa Kwe-Current Amandla Kagesi 1 I-CC1 (I-Primary Constant Current) Amandla Kagesi Ayinhloko 0-9999 (Iyunithi: A) I-CC2 (I-Secondary Constant Current) Umsinga Wesibili 0-99.99 (Iyunithi: KA) Umsinga 2 CC1 (I-Current Constant Primary) I-Primary Current 0-9999 (Iyunithi: A) I-CC2 (I-Current Constant Yesibili) I-Secondary Current 0-99.99 (Unit: KA) I-Current 3 I-CC1 (I-Primary Constant Current) I-Current eyinhloko 0-9999 (Iyunithi: A) CC2 (I-Constant Current Eyokuqala) I-Current yesibili 0-99.99 (Iyunithi: KA)
3.Incazelo Yephaneli Yesilawuli
- Isikrini esithintwayo sezimboni esingu-7-intshi sokusetha ipharamitha nokukhetha umsebenzi, ukuqapha ngesikhathi sangempela i-welding current, i-capacitor voltage, njll. Yonke imisebenzi ingaqedwa esikrinini esithintwayo.
4.Iziyalezo Zokusebenza Zesilawuli
- Isethulo Sokubonisa:Ngemva kokuvula amandla, ingena ngokuzenzakalelayo esikrinini se-Working Status; ukushisela kungenziwa kuphela kulesi sikrini.
- Isikrini sokusetha ipharamitha: ukumiswa kwepharamitha ye-welding
- Isikrini sokumisa umsebenzi: okukodwa/okuqhubekayo, ukushisela umthungo, i-current engaguquki eyinhloko/eyesibili, ukuthola ukugeleza kwamanzi/izinga lokushisa, ukugqoka, ukushisela okuyindilinga, njll.
