I-Wholesale G-energy JPS200PV5.0A31 I-LED Ukushintsha Amandla Supply 100-240V Okokufaka Kokuqashisa Isikrini Se-LED

I-Wholesale G-energy JPS200PV5.0A31 I-LED Ukushintsha Amandla Supply 100-240V Okokufaka Kokuqashwayo Kwesikrini Sesikrini Se-LED Isithombe Esifakiwe

Incazelo emfushane:

Ukunikezwa kwamandla kunezici zomthamo omncane, ukusebenza kahle okuphezulu, ukusebenza okuzinzile nokuthembeka okuphezulu.Ukunikezwa kwamandla kunokufaka i-under-voltage, umkhawulo wamanje wokuphumayo, i-output short circuit nokunye.Isekhethi yokulungisa kabusha i-synchronous ithuthukisa kakhulu ukusebenza kahle kokunikezwa kwamandla futhi yonga ukusetshenziswa kwamandla.Ukunikezwa kwamandla kungukufaka kwe-voltage ebanzi, izinga lokushisa elibanzi le-ambient, namandlafactor correction circuit, futhi inezinhlobonhlobo zezinhlelo zokusebenza.

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Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Ukucaciswa Okuyinhloko Komkhiqizo

Amandla Okukhiphayo

(W)

Okokufaka okulinganiselwe

Amandla kagesi

(Vac)

Okuphumayo okulinganiselwe

I-Voltage (Vdc)

Okukhiphayo Kwamanje

Ibanga

(A)

Ukunemba

Ripple futhi

Umsindo

(mVp-p)

200

100-240

+5.0

0-40.0

±2%

+5.0

≤200mVp-p

@25℃ @-30℃

(Hlola ngemva kwesigamu sehora ugcwelelayisha)

Isimo Sendawo

Into	Incazelo	I-Tech Spec	Iyunithi	Phawula
1	Izinga lokushisa lokusebenza	-30-60	℃	Bheka ukusetshenziswa kwemvelo izinga lokushisa kanyeijika lokulayisha.
2	Ukugcina izinga lokushisa	-40-85	℃
3	Umswakama ohlobene	10—90	%	Akukho ukujiya
4	Indlela yokukhipha ukushisa	Ukupholisa kwemvelo		Ukunikezwa kwamandla kufanele kufakwe ku- ipuleti lensimbi lokuqeda ukushisa
5	Umfutho womoya	80-106	Kpa
6	Ukuphakama kwezinga lolwandle	2000	m

Uhlamvu lukagesi

1	Uhlamvu lokokufaka
Into	Incazelo	I-Tech Spec	Iyunithi	Phawula
1.1	I-voltage elinganiselwe	100-240	I-Vac	Bheka umdwebo we-voltage yokufaka nokuhlobana komthwalo.
1.2	Ibanga lefrikhwensi yokufaka	50/60	Hz
1.3	Ukusebenza kahle	≥88.0(220VAC,25℃)	%	Okukhipha Umthwalo Ogcwele (kwizinga lokushisa legumbi)
1.4	Ukusebenza kahle kwesici	≥0.95		I-Vin=220Vac I-voltage yokufaka elinganiselwe, okukhiphayo umthwalo ogcwele
1.5	Okokufaka okuphezulu kwamanje	≤3	A
1.6	Ideshi yamanje	≤120	A	Ukuhlolwa kwesimo esibandayo @220Vac
2	Uhlamvu lokukhiphayo
Into	Incazelo	I-Tech Spec	Iyunithi	Phawula
2.1	Isilinganiso samandla okukhiphayo	+5.0	Vdc
2.2	Ibanga lamanje lokuphumayo	0-40.0	A
2.3	I-voltage ephumayo iyalungiseka ububanzi	/	Vdc
2.4	Ibanga le-voltage yokuphumayo	±2	%
2.5	Ukulawulwa komthwalo	±2	%
2.6	Ukunemba kokuqina kwe-voltage	±2	%
2.7	Ukukhipha i-ripple nomsindo	≤200(@25℃)	mVp-p	Okokufaka okulinganiselwe, okukhiphayo umthwalo ogcwele, 20MHz umkhawulokudonsa, umthwalo ohlangothini kanye ne-10uf/104 i-capacitor
2.8	Qala ukubambezeleka kokukhiphayo	≤3.0	S	Vin=220Vac @25℃ test
2.9	Isikhathi sokukhulisa amandla okukhiphayo	≤100	ms	Vin=220Vac @25℃ test
2.10	Ukushintsha umshini wokushintsha	±5	%	Hlola izimo: umthwalo ogcwele, Imodi ye-CR
2.11	Okukhiphayo kunamandla	Ukushintsha kwamandla kagesi kungaphansi kwe±10% VO;oguquguqukayo isikhathi sokuphendula singaphansi kwama-250us	mV	LAYA 25%-50%-25% 50%-75%-50%
3	Umlingisi wokuvikela
Into	Incazelo	I-Tech Spec	Iyunithi	Phawula
3.1	Faka ngaphansi kwe-voltage isivikelo	60-80	I-VAC	Izimo zokuhlola: umthwalo ogcwele
3.2	Faka ngaphansi kwe-voltage indawo yokutakula	75-88	I-VAC	Izimo zokuhlola: umthwalo ogcwele
3.3	Umkhawulo wamanje wokuphumayo indawo yokuvikela	48-65	A	I-HI-CUP iyadumaukuzilungisa, gwema umonakalo wesikhathi eside ukuzeamandla ngemva aamandla wesiyingi esifushane
3.4	Isifunda esifushane sokukhiphayo isivikelo	≥60	A
4	Omunye umlingisi
Into	Incazelo	I-Tech Spec	iyunithi		Phawula
4.1	MTBF	≥40,000	H
4.2	Ukuvuza kwamanje	≤3.5(Vin=230Vac)	mA		Indlela yokuhlola ye-GB8898-2001

Izimpawu Zokuthobela Ukukhiqiza

Into	Incazelo		I-Tech Spec	Phawula
1	Amandla kagesi	Okokufaka kokuphumayo	3000Vac/10mA/1min	Ayikho i-arcing, akukho ukuhlukana
2	Amandla kagesi	Okokufaka emhlabathini	1500Vac/10mA/1min	Ayikho i-arcing, akukho ukuhlukana
3	Amandla kagesi	Okukhiphayo emhlabathini	500Vac/10mA/1min	Ayikho i-arcing, akukho ukuhlukana

Ijika Ledatha Ehlobene

Ubudlelwano phakathi kwezinga lokushisa kwemvelo kanye nomthwalo

I-voltage yokufaka kanye nejika le-voltage yokulayisha

Ijika lokulayisha nokusebenza kahle

Uhlamvu lwemishini kanye nencazelo yezixhumi (iyunithi: mm)

Ubukhulu: ubude× ububanzi× ukuphakama=165×56×26±0.5.
Ubukhulu Izimbobo Zomhlangano

Ngenhla ukubuka okuphezulu kwegobolondo elingezansi.Ukucaciswa kwezikulufu ezigxilwe kukhasimendeuhlelo luyi-M3, isamba esingu-4. Ubude bezikulufu ezigxilile ezingena emzimbeni wokuphakela amandla akufanelengaphezu kuka-3.5 mm.

Ukunakwa Kwesicelo

1,Ukunikezwa kwamandla ukuze kube ukwahlukanisa okuphephile, noma yiluphi uhlangothi lwegobolondo lensimbi olungaphandle kufanele lube ngaphezu8mm ibanga eliphephile.Uma ngaphansi kuka-8mm udinga ukupheda ukujiya okungu-1mm ngaphezu kweshidi le-PVC ukuze uqiniseukwahlukanisa

2, Ukusetshenziswa okuphephile, ukugwema ukuthintana nosinki wokushisa, okuholela ekushaqekeni kukagesi.

3,Ibhodi le-PCB lokukhweza imbobo yembobo ububanzi obungeqile ku-8mm.

4,Udinga ipuleti le-aluminium L355mm*W240mm*H3mm njengesisinki sokushisa esisizayo.