Ukunemba okuphezulu 0-150V 60kW Ukunikezwa Kwamandla Kwe-DC Okuqondiswayo Okubili 10KV

Ukunemba okuphezulu okungu-0-150V 60kW Ukunikezwa Kwamandla Kwe-DC Okuqondiswayo Okuyi-10KV Isithombe Esivelele

Incazelo emfushane:

II-HSJ-BUchungechunge luwukuphakelwa kwamandla e-DC okuhlelwe yizinhlangothi ezimbili okuhlanganisa ukuphakelwa kwamandla e-DC kanye nomthwalo wempendulo. Lungafeza umsebenzi wokuthola amandla, lunikeze amandla umthwalo, futhi lunomsebenzi we-SINK, lumunce amandla omthwalo kanye nempendulo kugridi, lufeze ukusebenza kwe-dual quadrant.

Sithumelele i-imeyili Landa njenge-PDF

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Izici:

(1) Umklamo ohlanganisiwe womthombo kanye nomthwali, ukugeleza kwamandla okuya ohlangothini olubili

(2) Ukusebenza kahle kwempendulo kufinyelela ku-95%, okuluhlaza okotshani futhi okunobungani nemvelo, ukonga amandla kanye nokunciphisa ukusetshenziswa

(3) I-voltage ephezulu yomshini owodwa ingu-2250V, kanti amandla aphezulu omshini owodwa angu-30kW

(4) Iyakwazi ukusebenza ngokuhambisanayo kanye nokwandisa amandla okukhipha

(5) Ifakwe ama-voltage angaguquki (CV), i-constant current (CC), amandla angaguquki (CP), kanye nezindlela zokumelana okungaguquki (CR)

(6) Imisebenzi yokuvikela ephelele: i-OVP, i-OCP, i-OPP, i-OTP, kanye nokuvikelwa kwe-overvoltage kanye ne-undervoltage yokufaka, njll.

(7) Ifakwe umsebenzi wokulingisa i-photovoltaic array

(8) Ifakwe umsebenzi wokulingisa ibhethri

(9) Ifakwe imisebenzi yokushaja nokukhipha ibhethri

(10) Ifakwe umsebenzi "webhokisi elimnyama", iqopha ngokuzenzakalelayo amapharamitha okusebenza uma kwenzeka ukukhubazeka, okwenza kube lula ukubuka nokulungisa esigabeni esilandelayo

(11) Isekela izilawuli ezikude eziningi, i-RS232 ejwayelekile, i-RS485 ongayikhetha, i-CAN, i-LAN, njll.

Imininingwane:

Imodeli		I-HSJ-B15-170	I-HSJ-B100-510
Ububanzi bokukhipha	I-voltage	0～150V
	Okwamanje	0～100A	0～510A
	Amandla	0～5kW	0～15kW
	Ukumelana	0～100Ω
Setha ukunemba	I-voltage	≤0.10%FS
	Okwamanje	≤0.20%FS
	Amandla	≤1.00%FS
Setha Isixazululo	I-voltage	0.01V
	Okwamanje	0.01A
	Amandla	0.001kW
Ukunemba kwenani lokufundwa kabusha	I-voltage	≤0.10%FS
	Okwamanje	≤0.20%FS
	Amandla	≤1.00%FS
Funda emuva isixazululo senani	I-voltage	0.01V
	Okwamanje	0.01A
	Amandla	0.001kW
I-Ripple(20Hz～2MHz)	Ama-Vrms	35mV
	I-Vpp	250mV
Isikhathi sokuphendula esiguqukayo	I-voltage	≤1.5ms
Isikhathi sokuvuka	I-voltage	30ms(10%～90%)
Isikhathi sokushintsha umthwalo womthombo	Okwamanje	2ms(+90%～-90%)
Izinga lokulawula amandla	I-voltage	≤0.02%FS
	Okwamanje	≤0.05%FS
Izinga lokulawula umthwalo	I-voltage	≤0.05%FS
	Okwamanje	≤0.15%FS
Ukuvikelwa kwe-OVP (OVP)		0～110%FS
I-voltage yesinxephezelo senzwa		5V
Umsebenzi wokuvikela		I-OVP、OCP、OPP、OTP、Vsense. Ukuvikelwa okuphambene nokufakwayo kokuvikela i-overvoltage kanye ne-undervoltage
Umsebenzi ohambisanayo		Isekela imiphumela eminingi efanayo
Isixhumi sokuxhumana		I-RS232 (Ejwayelekile), i-USB, i-RS485, i-LAN, i-CAN (Ongakukhetha)
Ukusebenza kahle		93%
Izinga Lokushisa Lomsebenzi		0～40℃
Izinga Lokushisa Lesitoreji		-10℃～70℃
Umswakama		20% ～90% RH，Akukho ukujiya
Ububanzi bokufaka	Isigaba	Intambo yesigaba sesithathu + i-PE
	I-voltage	342～528V
	Imvamisa	47～63Hz
	Isici samandla	0.99
	Ukusebenza kahle kwempendulo	93%
Usayizi (W×H×Dmm)		Ishasi ejwayelekile engu-19" enokuphakama okungu-3U, 482×133.3×790
Isisindo (Kg)		24	40

Imininingwane:

Imikhiqizo Ehlobene:

Isingeniso somkhiqizo:

Umsebenzi:

● Ukuvikelwa kwesekhethi esifushane: ukuqala kwesekhethi esifushane noma sekhethi esifushane isikhathi eside kuvunyelwe ngaphansi kwezimo zokusebenza ezahlukene;

● I-voltage engaguquki kanye ne-constant current: Amanani e-voltage kanye ne-current ahlala elungiseka kusukela ku-zero kuya enanini elilinganisiwe, futhi i-voltage engaguquki kanye ne-constant current kuguqulwa ngokuzenzakalelayo;

● Ubuhlakani: Ukulawulwa kwe-analog okukhethwa kukho kanye nokuxhumeka kwe-PLC ukwakha ukunikezwa kwamandla kagesi okuzinzile okulawulwa kude;

● Ukuzivumelanisa nezimo okuqinile: kufanelekile emithwalweni eyahlukahlukene, ukusebenza kuhle kakhulu ngaphansi komthwalo wokumelana, umthwalo we-capacitive kanye nomthwalo wokungenisa;

● Ukuvikelwa kwe-Overvoltage: Inani lokuvikelwa kwe-voltage lihlala lilungiseka kusukela ku-0 kuya ku-120% wenani elilinganisiwe, futhi i-voltage ephumayo idlula inani lokuvikelwa kwe-voltage yokuvikela uhambo;

● Umthombo ngamunye wamandla unesikhala esanele samandla okwanele ukuqinisekisa ukuthi umthombo wamandla ungaqinisekisa ukusebenza okuhle kanye nobude besikhathi uma usebenza ngamandla aphelele isikhathi eside.