Imininingwane enzuzo
Inani (izinto):1
Ukhomba olukhulu:30 kg
Ubukhulu:L(60)*W(50)*H(30) cm
Ukhomba olungekho:25 kg
Indlela yokuthumela:Ukuthuthwa komhlaba, Ukuthuthwa ngolwandle
inombela yokucaciswa:Input Power Voltage:3~380V±10% / 50/60HZ, Iout 0A-25000A, Water-cooled
Inombolo yemithombo:IAW-400T
Incazelo yeziphakethe:Ukupakisha ngebhokisi lokhuni
Ukubonisa umlingani
Izinzuzo Zomshini Wokushisela I-Medium Frequency Inverter Resistance:
Ukuqhathanisa Nemishini Yokushisela ye-AC Evamile ye-Line-Frequency
| Isigaba | Umshini Wokushisela we-AC Evamile we-Line-Frequency | Isilawuli se-DC se-Medium-Frequency Inverter |
|---|---|---|
| Ukusebenza | Imishini evamile ye-AC yokushisela ngomugqa we-frequency ilungisa ukukhishwa kwesibili kwe-transformer yokushisela ngokushintsha i-engeli yokuthungela i-thyristor. Njengoba i-transformer ixhunywe ngqo kugridi ngama-thyristor, i-power factor iphansi. Umjikelezo wokulungisa wezilawuli ze-line-frequency mude (20 ms kumagridi angu-50/60 Hz). | Isilawuli se-DC se-medium-frequency inverter siguqula i-AC yezigaba ezintathu ibe yi-DC, bese ikhipha ku-welding transformer ngokusebenzisa i-IGBT inversion. Ngokuba ne-power factor ephezulu, 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 i-current ephezulu kanti isigaba esisodwa sidonse i-current enguziro. Lokhu kungalingani kwesizinda sezigaba ezintathu, okuholela ekusetshenzisweni okuphansi kwesizinda, i-reactive power ephezulu, nokungcola okukhulu kwesizinda. Imishini eminingi idinga ama-transformer amakhulu, okwandisa izindleko zamakhasimende. | Amandla kagesi okufaka angu-three-phase 380V, anomsinga olinganiselayo wezigaba ezintathu nokusetshenziswa okuphezulu kakhulu kwegridi. Kusetshenziswa ukulungisa umsinga we-three-phase full-wave, i-power factor ifinyelela ngaphezu kuka-90%. |
| Ukulawula Amandla | Abalawuli abajwayelekile balungisa umsinga wokushisela ngokusebenzisa i-thyristor firing angle. Ukunqamuka komsinga kubangela ukushisa okungenalutho, ukugxila kokushisa okungekuhle, kanye nekhwalithi yokushisela engazinzile. Izikhathi ezinde zokunqamuka komsinga zenza imiphumela ibe mibi. Ukushintshashintsha okukhulu kwamandla kagesi egridi kubangela ukushintshashintsha komsinga, okuthinta kakhulu ukuzinza. I-inductance yesekethe yesibili nayo ithinta kakhulu umsinga wokushisela. | I-welding current iyi-DC, ayikho i-zero-crossing. Ukushisa kugxile kakhulu, ukulahlekelwa ukushisa kuphansi, futhi isikhathi sokushisela siyancipha, okuholela ekongeni okukhulu kwamandla. Ayikho ama-AC peak values, ngakho-ke ayithinteki ekushintsheni kwegridi, inciphisa i-spatter futhi inweba impilo ye-electrode. I-secondary circuit inductance ayinamthelela omningi ku-welding current, iqeda ukulahlekelwa kwe-secondary loop. |
| I-Transformer | Ifakwe ama-transformer asebenza nge-50/60 Hz. Emandleni afanayo, ama-transformer e-line-frequency makhulu, anesisindo, alahlekile, futhi awasebenzi kahle. | Ihlonyiswe ngama-transformer e-medium-frequency asebenza ngo-1 kHz. Emandleni afanayo, mancane kakhulu, anokulahlekelwa okuphansi, ukusebenza kahle okuphezulu, nokufakwa okulula. |
Ngaphezu kwezinzuzo ezingenhla, imishini yokushisela ye-inverter ye-frequency ephakathi inikeza izinzuzo eziningi ezengeziwe, okuhlanganisa izimo eziningi zokushisela, ukuhambisana nezinto ezahlukahlukene (imishini ye-frequency ephakathi ingashisela izinsimbi ezimboziwe, izinsimbi ezi-galvanized, insimbi engagqwali, i-aluminium, nezinsimbi ezingafani), kanye nezici zokushisela ezihlanganisiwe, okuholela ekusetshenzisweni okubanzi embonini.
1.Izici Zesilawuli
- I-frequency yamandla okukhipha: 15-400HZ, ukunemba kwesikhathi kusezingeni le-ms
- Ihleleka kufinyelele kuma-sethi angu-32 we-specifications zokushisela
- Inqubo yokushisa enezigaba ezintathu: ukushisisa kusengaphambili, ukushisela, ukuthambisa; isigaba sokushisela sivumela ukukhuphuka/ukwehla ngokwezifiso kanye nezibalo zomjikelezo
- Amachweba okukhipha I/O ahlelekayo: okukhiphayo okuhlelekayo kwezigaba ezi-3 ukuze kuhambisane kangcono ne-PLC, amarobhothi, njll.
- Ukulawulwa kokuxhumana ne-BCD code: kuxhunywa ku-industrial PC, PLC, njll., ukuze kulawulwe kude futhi kuphathwe ngokuzenzakalelayo
- I-secondary coil ibuyisela i-welding current ngesikhathi sangempela ukuze ilawuleke ngokuvaliwe, iqinisekisa ukulawulwa okuqondile kwamanje
- Umsebenzi wokuqopha i-alamu ukuze kufinyeleleke kalula emlandweni we-alamu
- Ukunemba kokulawula i-current: 5‰
2.Imininingwane Eyisisekelo Yesilawuli
- Isilawuli se-Medium Frequency AC Resistance Welding Controller se-IAW Series
Imodi ye-Inverter I-Medium Frequency AC Isibonelo IAW-300L IAW-400T IAW-600T IAW-800T IAW-900T IAW-1400T IAW-1800T IAW-2800 I-Voltage Yokufaka (V) I-Three-phase 380V, ukushintshashintsha kwamandla kagesi +10%, -20%; imvamisa 50HZ/60HZ±1% Ukuphuma Okukhulu Kwe-Current (A) 350A 500A 600A 900A 1000A 1600A 2000A 3000A I-Transformer Efanele 80KVA 100KVA 120KVA 180KVA 200KVA 250KVA 300KVA 350*2KVA I-Voltage Engenamthwalo Yesibili 11.25V 11.25V 11.25V 11.25V 13.5V 13.5V 13.5V 13.5V Umthamo we-Air Switch 100A 125A 125A 160A 160A 200A 200A 400A Ububanzi Bokumisa Amanje 0-350A/0-20KA 0-500A/0-25KA 0-600A/0-30KA 0-900A/0-40KA 0-1000A/0-45KA 0-1500A/0-50KA 0-1600A/0-60KA 0-3000A/0-70KA Indlela Yokulawula I-Current Engaguquki / I-Conduction Angle Engaguquki Inani Lama-Valve Omoya Amamodeli ajwayelekile anama-valve omoya angu-4, kuyilapho imishini yokushisela ngomthungo inama-valve omoya angu-10. I-Inverter Frequency 15-400 HZ I-Voltage Ekhiphayo Elinganiselwe ye-Solenoid Valve (V) DC24V±10% I-Solenoid Valve Rated Output Current(A) ≤0.15A ngesiteshi ngasinye Indlela Yokuxhumana I-Rs485 Ukucaciswa Okukhulu Kwe-Welding 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℃ Umswakamo Wendawo (%) ≤80% Ukuphakama Kokusebenza (Km) 1 Izinga Lokugqwayiza I-Class 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 Ivalvu ye-Solenoid Amaqembu angu-3 Ukugcinwa Kohlelo Lwe-Welding Amasethi angu-32 Isikhathi Sangaphambi Kwe-Pressure (ms) 0-9999 Isikhathi Sokucindezela (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 Sokushisa (ms) 0-999 Isikhathi Sokwehla (ms) 0-99 Isikhathi Sokubamba (ms) 0-9999 Isikhathi Sokungenzi Lutho (ms) 0-9999 Ukulawulwa Kwamanje I-Current 1 CC1 (I-Constant Current eyiPrimary) I-Current Eyinhloko 0-9999 (Iyunithi: A) I-CC2 (I-Current Engaguquki Yesibili) Ugesi Wesibili 0-99.99 (Iyunithi: KA) Ugesi 2 I-CC1 (I-Current Engaguquki Eyinhloko) I-Primary Current 0-9999 (Iyunithi: A) CC2 (I-Constant Current eyiSekondari) Um singa Wesibili 0-99.99 (Iyunithi: KA) I-3 yamanje I-CC1 (I-Current Engaguquki Eyinhloko) I-Primary Current 0-9999 (Iyunithi: A) I-CC2 (I-Secondary Constant Current) I-Current Yesibili 0-99.99 (Iyunithi: KA)
3. Incazelo Yephaneli Lomlawuli
- Isikrini sokuthinta sezimboni esingu-7-intshi ukuze kusethwe amapharamitha futhi kukhethwe imisebenzi, ukuqapha ngesikhathi sangempela i-welding current, i-capacitor voltage, njll. Yonke imisebenzi ingaqedwa esikrinini sokuthinta.
4. Imiyalo Yokusebenza Komlawuli
- Isingeniso Sokubonisa:Ngemva kokuvula amandla, ingena ngokuzenzakalelayo esikrinini se-Working Status; ukushisela kungenziwa kuphela kulesi sikrini.
- Isikrini sokumisa imingcele: ukulungiselela imingcele yokushisela
- Isikrini sokumisa umsebenzi: okukodwa/okuqhubekayo, ukushisela umthungo, amandla aqhubekayo ayisisekelo/asesibili, ukutholwa kokugeleza kwamanzi/izinga lokushisa, ukugqoka, ukushisela okujikelezayo, njll.
