Amandla Okungenisa

Ukunikezwa kwamandla okungenisa kusebenzisa i-IGBT njengokunikezwa kwamandla okuguqula idivayisi yokushintsha. Ngaphansi kokulawulwa yi-DSP, idivayisi yamandla i-IGBT ihlala isebenza ngokunembile esimweni sokushintsha okuthambile, futhi inqubo yokusebenza isebenzisa ukulawula kwamandla okuvala i-loop, okunokuqina okuphezulu nokunemba; izindlela zokuvikela eziphelele zesistimu zenza imishini esimweni ngasinye isebenze ngokuphephile. Imikhiqizo isetshenziswa kabanzi ekwelapheni ukushisa kwensimbi, ekucimeni, eku-annealing, e-diathermy, ekuncibilikiseni, ekushiseni, ekuhlanzeni izinto ze-semiconductor, ekukhuleni kwekristalu, ekuvaleleni ukushisa kwepulasitiki, e-optical fiber, ekubhaka nasekuhlanzeni nakwezinye izimboni.

Izici ezibalulekile

● Isebenzisa i-DSP engama-32-bit njenge-control core, inezilungiselelo zamapharamitha ezicebile, ukutholwa kanye nemisebenzi yokuvikela ephelele
● Kumadivayisi okushintsha njenge-IGBT, imvamisa ilandelwa ngokuzenzakalelayo ngaphansi kokulawulwa okunembile kwe-phase-locked loop ukuqinisekisa ukuthi idivayisi isebenza esimweni sokuphendula futhi ukulahlekelwa kokushintsha kuncishisiwe.
● Ukutholwa kwe-A/D okunembile okungu-16-bit, ukulungiswa okuphezulu

● Ukukhiya kwesigaba sokuvama kusebenzisa i-CPLD kanye ne-FPGA njenge-digital phase lock core, futhi kusebenzisa i-digital "enhanced FIR filter" kanye "nobuchwepheshe be-CK phase lock", obungasetshenziswa kuma-coil amaningi ukuze asebenze ngesikhathi esisodwa ukuqinisekisa ukunemba kokutholwa kanye nokuqina kwesistimu okusheshayo.
● Sebenzisa umklamo we-modular ukuze unciphise ukuphazamiseka futhi wenze kube lula ukulungisa
● Ngokushisa okungaguquki, imisebenzi yamanje engaguquki kanye namandla angaguquki

● Isibonisi sedijithali se-LED, ukusethwa kwepharamitha yekhibhodi, ngohlelo lwe-process curve, kungasebenza ngokuzenzakalelayo ngokuya ngohlelo, kungaxhumana nesikrini sokuthinta ukuze kwakhiwe uhlelo lokuqapha
● Ukusebenza okuhle kokuguquguquka kwe-anti-voltage, i-voltage yomugqa engenayo iyashintshashintsha phakathi kuka-±10%, ayithinti amandla okukhipha
● Ukunikezwa kwamandla kungenziwa ngokwezifiso ngokwezidingo zomsebenzisi
● Kwenziwe ngezifiso

Amapharamitha ayinhloko

Okokufaka	I-voltage yokufaka: 3ΦAC380V ~ 450V	Imvamisa yokufaka: 50/60Hz
Umphumela	I-voltage elinganisiwe: fanisa umthwalo wangempela	Imvamisa elinganisiwe: 0.3kHz ~ 2.5MHz
Umphumela	Amandla alinganisiwe: 15kW ~ 2000kW	Ububanzi bokulawulwa kwamandla: 1% ~ 100% amandla alinganiswe
Inkomba yokusebenza	Isici samandla: 0.85~0.94	Ukulungiswa kokulawula amandla: kungcono kuno-0.0017%
Inkomba yokusebenza	Ukusebenza kahle sekukonke: ≥94%
Izici eziyinhloko	Isiginali yokulawula: i-analog nedijithali	Imodi yokulawula: amandla aqhubekayo, amandla aqhubekayo kanye nokushisa okuhlala njalo
	Imodi yokulawula amandla: Ukulawulwa kwamandla ohlangothini lwe-DC / ukulawulwa kwamandla ohlangothini lwe-inverter	Imodi yokusebenza: eqhubekayo
	Isikhathi sokuqala esithambile kanye nesikhathi sokuma: 1 ~ 10s	Isibonisi: isikrini sokuthinta esijwayelekile sokucushwa
	Ukuxhumana: Isixhumi esibonakalayo sokuxhumana se-RS485 esijwayelekile, esisekela ukuxhumana kwe-Modbus RTU; Ukuxhumana kwe-Profibus-DP, TCP/IP, Profinet okunwebekayo
Qaphela: umkhiqizo uyaqhubeka nokusungula izinto ezintsha futhi ukusebenza kuyaqhubeka nokuthuthuka. Le ncazelo yepharamitha ingeyereferensi kuphela.

Ulwazi olwengeziwe

Landa

I-TPH10 I-Dathashethi Yesilawuli Samandla Sesigaba Esisodwa Esijwayelekile
Landa

Buyela Esikhungweni Sezixazululo Zamandla