Ukunemba okuphezulu 0-100V 510A 60kW Programmable Bidirectional DC Power Supply

Ukunemba okuphezulu 0-100V 510A 60kW Okuhlelekayo kwe-Bidirectional DC Power Supply Isithombe Esifakiwe

Incazelo emfushane:

II-HSJ-BUchungechunge luwumthombo wamandla we-DC ohlelekayo kabili ohlanganisa ukunikezwa kwamandla e-DC kanye nomthwalo wempendulo.Ingakwazi ukufeza umsebenzi wokuthola, ukunikeza amandla emthwalweni, futhi inomsebenzi we-SINK, idonsa amandla omthwalo kanye nempendulo kugridi, ifeze ukusebenza kwe-quadrant emibili.

Thumela i-imeyili kithi Landa njenge-PDF

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Izici:

(1) Idizayini ehlanganisiwe yomthombo nenkampani yenethiwekhi, ukuhamba kwamandla okuqondiswa kabili

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

(3) Amandla kagesi aphezulu omshini owodwa ngu-2250V, kanti amandla amakhulu omshini owodwa angu-30kW

(4) Iyakwazi ukusebenza ngokuhambisana kanye nokwandisa amandla okukhiphayo

(5) Ifakwe i-voltage engaguquki (CV), i-constant current (CC), amandla angaguquki (CP), nezindlela zokumelana njalo (CR)

(6) Qedela imisebenzi yokuvikela: I-OVP, i-OCP, i-OPP, i-OTP, nokufakwa kwe-overvoltage nokuvikelwa kwe-undervoltage, njll.

(7) Ifakwe umsebenzi wokulingisa we-photovoltaic array

(8) Ifakwe umsebenzi wokulingisa ibhethri

(9) Ifakwe imisebenzi yokushaja nokukhipha ibhethri

(10) Ifakwe umsebenzi we-"black box", irekhoda ngokuzenzakalelayo imingcele yokusebenza uma kwenzeka kukhona okungahambi kahle, okwenza kube lula ukubuka nokulungisa kamuva.

(11) Isekela izilawuli kude eziningi, i-RS232 evamile, i-RS485 yokuzikhethela, i-CAN, i-LAN, njll.

Imininingwane:

Imodeli		I-HSJ-B10-170	I-HSJ-B100-510
Ibanga lokuphumayo	Amandla kagesi	0～100V
	Okwamanje	0～170A	0～510A
	Amandla	0.5kW	0～15kW
	Ukumelana	0～100Ω
Setha ukunemba	Amandla kagesi	≤0.10%FS
	Okwamanje	≤0.20%FS
	Amandla	≤1.00%FS
Setha Ukulungiswa	Amandla kagesi	0.01V
	Okwamanje	0.01A
	Amandla	0.001kW
Ukunemba kwenani lokubuya	Amandla kagesi	≤0.10%FS
	Okwamanje	≤0.20%FS
	Amandla	≤1.00%FS
Funda ukulungiswa kwevelu emuva	Amandla kagesi	0.01V
	Okwamanje	0.01A
	I-Powera	0.001kW
I-Ripple(20Hz ~2MHz)	Vrms	35mv
	Vpp	250mV
Isikhathi sokuphendula esinamandla	Amandla kagesi	≤1.5ms
Isikhathi sokuvuka	Amandla kagesi	30ms(10%～90%)
Isikhathi sokushintsha ukulayisha komthombo	Okwamanje	2ms(+90%～-90%)
Izinga lokulawulwa kwamandla	Amandla kagesi	≤0.02%FS
	Okwamanje	≤0.05%FS
Izinga lokulawula ukulayisha	Amandla kagesi	≤0.05%FS
	Okwamanje	≤0.15%FS
Ukuvikelwa kwe-Overvoltage (OVP)		0 -110%FS
I-Sense Compensation voltage		5V
Umsebenzi wokuvikela		OVP,OCP,OPP,OTP,Vsense.Ukuhlehlisa ukuvikela kanye nokufakwa kwe-overvoltage kanye nokuvikelwa kwe-undervoltage
Umsebenzi ohambisanayo		Isekela okukhiphayo okuningi okufanayo
Isixhumi esibonakalayo sokuxhumana		I-RS232 (Ejwayelekile), i-USB, i-RS485, i-LAN, i-CAN(Ngokuzithandela)
Ukusebenza kahle		93%
Izinga Lokushisa Lomsebenzi		0～40℃
Isikhathi Sokugcina		-10℃～70℃
Umswakama		20%～90%RH,Akukho ukufingqa
Ibanga lokokufaka	Isigaba	Isigaba sesithathu sentambo+PE
	Amandla kagesi	342-528V
	Imvamisa	47-63Hz
	Isici samandla	0.99
	Ukusebenza kahle kwempendulo	93%
Usayizi (W×H×Dmm)		19 "i-chassis evamile enobude obungu-3U, 482×133.3×790
Isisindo (Kg)		24	40

Imininingwane:

Imikhiqizo Ehlobene:

Isingeniso somkhiqizo:

Umsebenzi:

● Ukuvikelwa komjikelezo omfishane: ukuqaliswa kwe-short-circuit noma i-short-circuit kuvunyelwe ngaphansi kwezimo zokusebenza ezahlukene;

● I-voltage engashintshi kanye namandla angashintshi: I-voltage kanye namanani amanje ashintsheka ngokuqhubekayo ukusuka ku-zero kuye kunani elilinganiselwe, futhi i-voltage engaguquki namandla angashintshi aguqulwa ngokuzenzakalelayo;

● Okukhaliphile: Isilawuli se-analogi esingazikhethela kanye noxhumo lwe-PLC ukuze kwakheke ukutholakala kwamandla amanje ahlakaniphile alawulwa kude;

● Ukuzivumelanisa nezimo okuqinile: kulungele imithwalo ehlukahlukene, ukusebenza kuhle kakhulu ngaphansi komthwalo ophikisayo, umthwalo we-capacitive nomthwalo ongenisayo;

● Ukuvikelwa kwe-overvoltage: Inani lokuvikelwa kwamandla kagesi lilungiswa ngokuqhubekayo ukusuka ku-0 kuye ku-120% yenani elilinganiselwe, futhi amandla kagesi aphumayo adlula inani lokuvikela i-voltage yokuvikela uhambo;

● Ukunikezwa kwamandla ngakunye kunesikhala esanele samandla asele ukuze kuqinisekiswe ukuthi ukunikezwa kwamandla kungaqinisekisa ukusebenza okuhle nokuphila isikhathi eside uma kusebenza ngamandla agcwele isikhathi eside.