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-30000A, Water-cooled
Inombolo yemithombo:IDW-600T
Incazelo yeziphakethe:Ukupakishwa ebhokisini lokhuni
Ukubonisa umlingani
Izinzuzo Zomshini Wokushisela I-Medium Frequency Inverter Resistance:
Ukuqhathanisa Nemishini Yokushisela Ejwayelekile Ye-AC ye-Line-Frequency
| Isigaba | Umshini Wokushisela we-AC Womugqa Ovamile | I-Medium-Frequency Inverter DC Controller |
|---|---|---|
| Ukusebenza | Imishini yokushisela ye-AC evamile ye-line-frequency ilungisa ukuphuma kwesibili kwe-welding transformer ngokushintsha i-thyristor firing angle. Ngenxa yokuthi i-transformer ixhunywe ngqo kugridi ngama-thyristor, i-power factor iphansi. Umjikelezo wokulungisa we-line-frequency controllers mude (20 ms kumagridi angu-50/60 Hz). | Isilawuli se-DC se-inverter esinemvamisa ephakathi siguqula i-AC enezigaba ezintathu ibe yi-DC, bese ikhipha ku-transformer yokushisela ngokusebenzisa i-IGBT inversion. Ngokusebenza kahle kwamandla, imvamisa yayo ye-inverter 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 Yamandla | I-voltage yokufaka ingu-single-phase 380V, okwenza izigaba ezimbili zidonse amandla aphezulu kanti isigaba esisodwa sidonse amandla anguziro. Lokhu kungalingani kwesigaba sesithathu kuholela ekusetshenzisweni okuphansi kwegridi, amandla aphezulu e-reactive, 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 | Abalawuli abajwayelekile balungisa i-welding current ngokusebenzisa i-thyristor firing angle. Ukunqamuka kwe-current zero kubangela ukushisa okungenalutho, ukugxila kokushisa okungekuhle, kanye nekhwalithi ye-welding engazinzile. Izikhathi ezinde zokunqamuka kwe-zero zenza imiphumela ibe mibi. Ukushintshashintsha okukhulu kwe-voltage ye-grid kubangela ukushintshashintsha kwe-current, okuthinta kakhulu ukuzinza. I-inductance ye-secondary circuit nayo ithinta kakhulu i-welding current. | I-welding current iyi-DC, ayikho i-zero-crossing. Ukushisa kugxile kakhulu, ukulahlekelwa ukushisa kuphansi, futhi isikhathi sokushisela siyancipha, okuholela ekongeni amandla okukhulu. Ayikho ama-AC peak values, ngakho-ke ayithinteki ekushintsheni kwegridi, inciphisa i-spatter futhi inweba impilo ye-electrode. I-secondary circuit inductance ayinamthelela omkhulu ku-welding current, iqeda ukulahlekelwa kwe-secondary loop. |
| I-Transformer | Ihlonyiswe ngama-transformer asebenza nge-50/60 Hz. Emandleni afanayo, ama-transformer e-line-frequency makhulu, anesisindo, alahlekile, futhi awasebenzi kahle. | Ihlome ngama-medium-frequency transformers asebenza ku-1 kHz. Emandleni afanayo, mancane kakhulu, anokulahlekelwa okuphansi, ukusebenza kahle okuphezulu, futhi kulula ukuwafaka. |
Ngaphezu kwezinzuzo ezingenhla, imishini yokushisela ye-medium-frequency inverter inikeza ezinye izinzuzo eziningi, okuhlanganisa izimo eziningi zokushisela, ukuhambisana nezinto ezahlukahlukene (imishini ye-medium-frequency ingashisela izinsimbi ezinamekwe, izinsimbi e-zinc-coated, insimbi engagqwali, i-aluminium, nezinsimbi ezingafani), kanye nezici ezihlanganisiwe zokushisela, okuholela ekusetshenzisweni kabanzi embonini.
1.Izici Zomlawuli
- I-frequency yamandla okukhipha: 1K-4K HZ, ukunemba kwesikhathi kusezingeni le-ms
- Ihleleka kufinyelele kuma-sethi angu-32 wezicaciso zokushisela
- Inqubo yokushisisa enezigaba ezintathu: ukushisisa kusengaphambili, ukushisela, ukuthambisa; isigaba sokushisela sivumela ukukhuphuka/ukwehla okwenziwe ngokwezifiso kanye nezibalo zomjikelezo
- Amachweba okukhipha I/O ahlelekayo: ukukhipha okuhlelekayo ngezigaba ezi-3 ukuze kuhambisane kangcono ne-PLC, amarobhothi, njll.
- Ukulawulwa kokuxhumana ne-BCD: ixhunyeka ku-industrial PC, PLC, njll., ukuze ilawulwe kude futhi iphethwe ngokuzenzakalelayo
- I-secondary coil ibuyisela i-welding current ngesikhathi sangempela ukuze ilawuleke ngokuvaliwe, iqinisekisa ukulawulwa kwamanje okunembile
- Umsebenzi wokuqopha i-alamu ukuze kufinyeleleke kalula emlandweni we-alamu
- Ukunemba kokulawula amandla kagesi: 5‰
2.Imininingwane Eyisisekelo Yomlawuli
- I-IDW Series Medium Frequency DC Resistance Welding Controller
Imodi ye-Inverter I-Medium Frequency DC Uhlobo DW400L IDW-600T I-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 Ehambisanayo 90KVA 120KVA 180KVA 200KVA 250KVA 350KVA 350*2KVA I-Max Short-circuit Current(KA) 20KA 30KA 40KA 50KA 60KA 72KA 96KA Umthamo Weswishi 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-Current Engaguquki / I-Conduction Angle Engaguquki Inani Lamavalve Omoya Izinhlobo ezijwayelekile zihlonyiswe ngamavalve omoya angu-4, kanti imishini yokushisela ngomthungo ihlonyiswe ngamavalve omoya angu-10. I-Frequency ye-Inverter 1K/4K HZ I-Voltage Yokukhipha Elinganiselwe ye-Solenoid Valve (V) DC24V±10% I-Solenoid Valve Rated Output Current(A) ≤0.15A ngesiteshi ngasinye Indlela Yokuxhumana I-Rs485 I-Maximum Welding Specification Amaqembu angu-32, anganwetshwa abe amaqembu 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(℃) Ukupholisa ngamanzi -5℃~50℃ I-Ambient Humidity(%) ≤80% Ukuphakama Kokusebenza (Km) 1 I-Insulation Class Ikilasi F Ubukhulu Bendlu (mm) Okujwayelekile (kungenziwa ngokwezifiso uma kuceliwe) - Imininingwane Yokusebenza
Ipharamitha Incazelo / Inani Isignali Yokuqala I-Switch Yokuqala 1, I-Switch Yokuqala 2 Ukushayela Ivalve ye-Solenoid Amaqembu Angu-3 Isitoreji Sohlelo Lokushisela Amasethi angu-32 Isikhathi Sokucindezela Ngaphambili (ms) 0-9999 Isikhathi Sengcindezi (ms) 0-9999 Isikhathi Sokunyuka (ms) 0-99 Isikhathi Sokushisisa (ms) 0-999 Isikhathi Sokupholisa (ms) 0-9999 Isikhathi Sokushisela (ms) 0-999 Isikhathi Sokupholisa (ms) 0-9999 Isikhathi Sokuthamba (ms) 0-999 Isikhathi Sokwehla (ms) 0-99 Isikhathi Sokubamba (ms) 0-9999 Isikhathi Sokungenzi Lutho (ms) 0-9999 Ukulawulwa Kwamanje I-Current 1 I-CC1 (I-Current Engaguquki Eyinhloko) I-Current Eyinhloko 0-9999 (Unit: A) I-CC2 (I-Current Constant Yesibili) Umsinga Wesibili 0-99.99 (Iyunithi: KA) Umsinga 2 I-CC1 (I-Current Constant Eyinhloko) Umsinga Oyinhloko 0-9999 (Iyunithi: A) I-CC2 (I-Current Engaguquki Yesibili) I-Secondary Current 0-99.99 (Iyunithi: KA) I-Current 3 I-CC1 (I-Current Constant Eyinhloko) I-Primary Current 0-9999 (Iyunithi: A) CC2 (Umsinga Ongaguquki Wesibili) I-Secondary Current 0-99.99 (Iyunithi: KA)
3.Incazelo Yephaneli Yomlawuli
- Isikrini sokuthinta sezimboni esingu-7-intshi ukuze usethe amapharamitha nokukhetha umsebenzi, ukuqapha ngesikhathi sangempela umsinga wokushisela, i-voltage ye-capacitor, njll. Yonke imisebenzi ingaqedwa esikrinini sokuthinta.
4.Imiyalo Yokusebenza Yesilawuli
- Isingeniso Sokubonisa:Ngemva kokuvula amandla, ingena ngokuzenzakalelayo esikrinini se-Working Status; ukushisela kungenziwa kuphela kulesi sikrini.
- Isikrini sokulungiselela imingcele: ukulungiselela imingcele yokushisela
- Isikrini sokumisa umsebenzi: okukodwa/okuqhubekayo, i-seam welding, i-primary/secondary constant current, ukutholwa kokugeleza kwamanzi/izinga lokushisa, ukugqoka, i-cycle welding, njll.
