Amandla e-Inductive

Inkcazelo emfutshane:

Ukunikezelwa kwamandla okungeniswa kusebenzisa i-IGBT njengombane wokuguqula umbane wesixhobo sokutshintsha.Ngaphantsi kolawulo lwe-DSP, isixhobo samandla se-IGBT sihlala sisebenza ngokuchanekileyo kwisimo sokutshintsha esithambileyo, kwaye inkqubo yokusebenza ithatha amandla olawulo oluvaliweyo, olunozinzo oluphezulu kunye nokuchaneka;imilinganiselo yokukhusela egqibeleleyo yenkqubo yenza izixhobo kwimeko nganye.sebenza ngokukhuselekileyo.Iimveliso zisetyenziswa kakhulu kunyango lobushushu besinyithi, ukucima, ukuthambisa, i-diathermy, ukunyibilika, ukuwelda, ukusulungekiswa kwezinto ze-semiconductor, ukukhula kwekristale, ukutywinwa kobushushu beplastiki, ifayibha ebonakalayo, ukubhaka kunye nokucocwa kunye namanye amashishini.

Iinkcukacha zeMveliso

Iithegi zeMveliso

Thumela i-imeyile kuthi

Iimbonakalo

● Ukusebenzisa i-32-bit DSP njengengundoqo yolawulo, inokubeka iparameter ecebileyo, ukufumanisa kunye nemisebenzi yokukhusela egqibeleleyo.

● Kwizixhobo zokutshintsha ezifana ne-IGBT, ukuphindaphinda kulandelwa ngokuzenzekelayo phantsi kolawulo oluchanekileyo lwe-loop etshixayo ukuqinisekisa ukuba isixhobo sisebenza kwimeko ye-resonant kwaye ilahleko yokutshintsha iyancitshiswa.

● I-16-bit echanekileyo yokufumana i-A/D, isisombululo esiphezulu

● Ukutshixa isigaba samaza kwamkela i-CPLD kunye ne-FPGA njengondoqo wesigaba sokutshixa, kwaye yamkela idijithali "isihluzo esiphuculweyo se-FIR" kunye ne "CK isigaba seteknoloji sokutshixa", esinokusetyenziswa kwiikhoyili ezininzi ukuba zisebenze ngexesha elifanayo ukuqinisekisa ukuchaneka kunye ukuzinza ngokukhawuleza kwenkqubo

● Yamkela uyilo lwemodyuli ukunciphisa uphazamiseko kunye nokuququzelela ulondolozo

● Ngobushushu obuqhubekayo, imisebenzi yangoku kunye nokusebenza kwamandla rhoqo

● Umboniso wedijithali we-LED, ukusetwa kweparamitha yebhodi yezitshixo, kunye neprogram yenkqubo yegophe, inokuqhuba ngokuzenzekelayo ngokwenkqubo, inokunxibelelana nesikrini sokuchukumisa ukwenza inkqubo yokubeka iliso.

● Ukusebenza kakuhle kokuguquguquka kwe-anti-voltage, amandla ombane welayini engenayo atshintsha-tshintsha phakathi kwe-±10%, awachaphazeli amandla aphumayo.

● Unikezelo lwamandla lunokwenziwa ngokweemfuno zomsebenzisi

● Yenzelwe wena

Iinkcukacha zeMveliso

Igalelo	Igalelo lombane: 3ΦAC380V~450V	Ubuninzi begalelo: 50/60Hz
Isiphumo	I-voltage elinganisiweyo: fanisa nowona mthwalo	Ilinganiswe rhoqo: 0.3kHz ~ 2.5MHz
Isiphumo	Amandla alinganisiweyo: 15kW ~ 2000kW	Uluhlu lolawulo lwamandla: 1% ~ 100% amandla alinganisiwe
Isalathiso sokusebenza	Umba wamandla: 0.85 ~ 0.94	Isisombululo solawulo lwamandla: ngcono kune-0.0017%
Isalathiso sokusebenza	Ukusebenza kakuhle kukonke: ≥94%
Iimpawu eziphambili	Isiginali yokulawula: i-analog kunye nedijithali	Imodi yokulawula: amandla aqhubekayo, okwangoku kunye nobushushu obuqhubekayo
	Imowudi yolawulo lwamandla: Ulawulo lwamandla kwicala leDC / inverter icala lolawulo lwamandla	Imo yokusebenza: ngokuqhubekayo
	Isiqalo esithambileyo kunye nexesha lokumisa: 1 ~ 10s	Bonisa: uqwalaselo oluqhelekileyo lwesikrini sokuchukumisa
	Unxibelelwano: Unxibelelwano oluqhelekileyo lwe-RS485, oluxhasa unxibelelwano lwe-Modbus RTU; IProfibus-DP eyaNdisiweyo,TCP/IP,Unxibelelwano lweProfine
Qaphela: imveliso iyaqhubeka nokwenza izinto ezintsha kwaye ukusebenza kuyaqhubeka nokuphucula.Le nkcazo yepharamitha yeyereferensi kuphela.