Amandla Aguquguqukayo

Isithombe Esifakiwe Samandla E-Inductive

Incazelo emfushane:

Ukunikezwa kwamandla okungeniswa kusebenzisa i-IGBT njengomthombo wamandla we-inverter wedivayisi yokushintsha.Ngaphansi kokulawulwa kwe-DSP, idivayisi yamandla i-IGBT ihlala isebenza ngokunembile esimweni sokushintsha okuthambile, futhi inqubo yokusebenza ithatha amandla okulawula i-loop evaliwe, enokuqina okuphezulu nokunemba;izinyathelo zokuvikela eziphelele zesistimu zenza okokusebenza esimweni ngasinye.sebenza ngokuphepha.Imikhiqizo isetshenziswa kabanzi ekwelapheni ukushisa kwensimbi, ukucisha, ukufakwa emanzini, i-diathermy, ukuncibilika, ukushisela, ukucwengisiswa kwe-semiconductor impahla, ukukhula kwekristalu, ukubeka uphawu kokushisa kwepulasitiki, i-fiber optical, ukubhaka nokuhlanzwa nezinye izimboni.

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Thumela i-imeyili kithi

Izici

● Isebenzisa i-32-bit DSP njengomongo wokulawula, inesethingi ecebile yepharamitha, ukutholwa kanye nemisebenzi yokuvikela ephelele.
● Ekushintsheni amadivayisi afana ne-IGBT, imvamisa ilandelelwa ngokuzenzakalelayo ngaphansi kokulawulwa okunembile kweluphu ekhiywe ngesigaba ukuze kuqinisekiswe ukuthi idivayisi isebenza ngendlela enomsindo futhi nokulahlekelwa ukushintsha kuyancishiswa.
● Ukunemba okungu-16-bit kwe-A/D, ukulungiswa okuphezulu
● Ukukhiya kwesigaba sokuvama kusebenzisa i-CPLD ne-FPGA njengomongo wokukhiya isigaba sedijithali, futhi isebenzisa "isihlungi se-FIR esithuthukisiwe" sedijithali kanye "nobuchwepheshe bokukhiya isigaba se-CK", esingasetshenziselwa amakhoyili amaningi ukuthi asebenze ngesikhathi esisodwa ukuqinisekisa ukunemba nokutholakala. ukuzinza kwesistimu okusheshayo
● Yamukela idizayini yemojuli ukuze unciphise ukuphazamiseka futhi wenze kube lula ukulungiswa
● Ngokushisa okungashintshi, imisebenzi yamanje kanye namandla angashintshi
● Isibonisi sedijithali se-LED, isilungiselelo sepharamitha yekhibhodi, ngohlelo lwejika lenqubo, lungasebenza ngokuzenzakalelayo ngokuya ngohlelo, lungaxhumana nesikrini esithintwayo ukuze kwakhe isistimu yokuqapha.
● Ukusebenza okuhle kokuguquguquka kwe-anti-voltage, i-voltage yolayini engenayo ishintshashintsha phakathi kuka-±10%, akuthinti amandla okukhiphayo.
● Ukunikezwa kwamandla kungenziwa ngendlela oyifisayo ngokwezidingo zomsebenzisi
● Ngokwezifiso

Imininingwane Yomkhiqizo

Okokufaka	I-voltage yokufaka: 3ΦAC380V~450V	Imvamisa yokokufaka: 50/60Hz
Okukhiphayo	I-voltage elinganiselwe: fanisa umthwalo wangempela	Imvamisa elinganiselwe: 0.3kHz~2.5MHz
Okukhiphayo	Amandla alinganiselwe: 15kW ~ 2000kW	Ibanga lokulawula amandla: 1% ~ 100% amandla alinganiselwe
Inkomba yokusebenza	Isici samandla: 0.85~0.94	Ukulungiswa kokulawula amandla: okungcono kuno-0.0017%
Inkomba yokusebenza	Ukusebenza kahle sekukonke: ≥94%
Izici eziyinhloko	Isiginali yokulawula: i-analog nedijithali	Imodi yokulawula: amandla angaguquki, izinga lokushisa lamanje lamanje kanye nokungashintshi
	Imodi yokulawula amandla: Ukulawulwa kwamandla ohlangothini lwe-DC / ukulawulwa kwamandla ohlangothini lwe-inverter	Imodi yokusebenza: okuqhubekayo
	Isikhathi esithambile sokuqala nesokumisa: 1~10s	Bonisa: isikrini sokuthinta esijwayelekile
	Ukuxhumana: Ukuxhumana okujwayelekile kwe-RS485, ukusekela ukuxhumana kwe-Modbus RTU;I-Profibus-DP enwebekayo, i-TCP/IP,Ukuxhumana kwe-Profinet
Qaphela: umkhiqizo uyaqhubeka nokusungula futhi ukusebenza kuyaqhubeka nokuba ngcono.Le ncazelo yepharamitha ingeyereferensi kuphela.