Imikhiqizo
200W Ukukhipha Okukodwa Ukushintsha Ukunikezwa Amandla LRS-200 uchungechunge
1, ukushintsha amandla ensimbi igobolondo amandla supply igobolondo ngokuvamile ixhunywe phansi (FG), ukuze thembeke esisekelweni, ukuqinisekisa ukuphepha, ayikwazi ngephutha exhunywe igobolondo kumugqa uziro;
2. Ngaphambi kokuthi ukufakwa kwamandla okushintsha kuqedwe futhi kunikwe amandla okusebenzisa isilingo, sicela uhlole futhi uhlole kabusha uxhumano kumatheminali futhi, futhi uqiniseke ukuthi okokufaka nokukhiphayo, i-AC ne-DC, isigaba esisodwa kanye nesigaba esiningi, silungile. futhi amanani angalungile, amandla kagesi kanye namanje alungile, futhi angavulwa.
3, ekunikezeni amandla okushintsha amandla aphezulu, ngokuvamile kukhona "+" okuphumayo okubili noma ngaphezulu kwamabili "-" "amatheminali okukhiphayo, empeleni, angokwe-electrode ephumayo, ukuze nje kube lula ukusebenzisa izintambo, kanye amatheminali amaningi ngokulandelana kwangaphakathi futhi axhumeke ndawonye;4. Ukuze kuzuzwe ukuchithwa okuphelele kokushisa, ugesi oshintshwayo ojwayelekile kufanele ufakwe endaweni yezimo ezingcono zokuhambisa umoya, noma ufakwe kugobolondo le-chassis ngegobolondo ukuze udlulise ukushisa. ngaphandle;
5. Ukushintsha ukunikezwa kwamandla kuhlolwa ngomthwalo ophikisayo ngaphambi kokulethwa.Uma idinga ukusetshenziswa kumthwalo we-capacitive noma inductive, kufanele ichazwe kunkontileka ye-oda kusengaphambili.
6, ngokushintsha kabili amandla okukhipha amandla okulinganisa umthwalo, ukunikezwa kwamandla okukhiphayo okuthandwayo okuthandwayo;
7. Kubasebenzisi abane-FG yamandla ashintshwayo asekelwe phansi, kuyinto evamile ukuthinta igobolondo noma ube nomuzwa kagesi we-hemp kulokho okukhiphayo.Uma intanta phansi, i-FG inokukhipha okungaba ngu-110V AC phansi, okunqunywa ukwakheka kwangaphakathi kokunikezwa kwamandla.
I-8, ukushintsha ukunikezwa kwamandla embonini ngaphambi kokuguga okungalungile okungu-100% okugcwele, izinga lokusebenzisa amandla ngokuvamile lilawulwa ngaphakathi kwama-80% noma ngaphansi, lingathuthukisa kakhulu impilo yesevisi yokunikezwa kwamandla, isimo esijwayelekile sokushisa kwamandla kagesi sikhuphuka ngo-10 ℃ capacitor. ukuphila kuncishisiwe - isigamu;
9, ukushintsha ukugeleza kwamandla nomsindo kubekwe phezulu ku-voltage ephumayo ye-DC yezingxenye ze-AC, ngokuvamile evezwa ngenani eliphakeme le-millivolt; i-voltage ephumayo yokuphakelwa kwamandla ngokuphazima kweso izoba nenqubo emfushane yokudlula, bese ibuyela esimweni esivamile sokuphumayo, lena impendulo eguquguqukayo; ifekthri izoba nesibopho sokunakekela kwamahhala noma ukuqondiswa kobuchwepheshe, ngaphandle kokuhlakazwa okuyimfihlo kokunikezwa kwamandla.
200W Ukunikezwa kwamandla okuphumayo okukodwaLRS-200 uchungechunge
Ibanga lokokufaka kwe-AC likhethwa ngokushintsha
Melana nokufakwa kokuhlinza okungu-300VAC isekhondi emi-5
Izivikelo: Isekhethi emfishane / Ukulayishwa okungaphezulu / I-voltage engaphezu / izinga lokushisa elingaphezulu
Ukupholisa nge-convection yomoya yamahhala
Isibonisi se-LED sokuvula amandla
Ukuhlolwa kokushiswa komthwalo okugcwele okungu-100%.
Izinga lokushisa eliphezulu lokusebenza lifika ku-70℃
Ukusebenza kahle okuphezulu, impilo ende nokuthembeka okuphezulu
Iwaranti yeminyaka emi-2
| INKCAZO | |||||||
| OKUPHUMAYO | |||||||
| Imodeli | I-LRS-200-3.3 | I-LRS-200-5 | I-LRS-200-12 | I-LRS-200-15 | I-LRS-200-24 | I-LRS-200-36 | I-LRS-200-48 |
| I-DC Voltage | 3.3V | 5V | 12V | 15V | 24V | 36V | 48V |
| Ikalwe okwamanje | 40A | 40A | 17A | 14A | 8.8A | 5.9A | 4.4A |
| Ububanzi Bamanje | 0~40A | 0~40A | 0~17A | 0~14A | 0~8.8A | 0~5.9A | 0~4.4A |
| Amandla Alinganiselwe | 132W | 200W | 204W | 210W | 211.2W | 212.4W | 211.2W |
| I-Ripple & Noise | 150mVp-p | 150mVp-p | 150mVp-p | 150mVp-p | 150mVp-p | 200mVp-p | 200mVp-p |
| I-Voltage Adj.Ibanga | 2.97~3.6V | 4.5 ~ 5.5V | 10.2~ 13.8V | 13.5~18V | 21.6~28.8V | 32.4~39.6V | 43.2~52.8V |
| Ukubekezelela Voltage | ±3.0% | ±3.0% | ±1.5% | ±1.0% | ±1.0% | ±1.0% | ±1.0% |
| Line Regulation | ±0.5% | ±0.5% | ±0.5% | ±0.5% | ±0.5% | ±0.5% | ±0.5% |
| Umthethonqubo Womthwalo | ±2.5% | ±2.0% | ±1.0% | ±0.5% | ±0.5% | ±0.5% | ±0.5% |
| Setha, Isikhathi Sokuvuka | 1300ms, 50ms/230VAC 1300ms, 50ms/115VAC ngomthwalo ogcwele | ||||||
| Isikhathi Sokubamba | 16ms/230VAC 12ms/115VAC ngomthwalo ogcwele | ||||||
| INPUT | |||||||
| I-Voltage Range | 90 ~ 132VAC / 180 ~ 264VAC ekhethwe ngokushintsha 254 ~ 370VDC (vula i-230VAC) | ||||||
| I-Frequency Range | 47 ~ 63Hz | ||||||
| Ukusebenza kahle | 87% | 88% | 89.50% | 89.50% | 90% | ||
| I-AC Yamanje | 4A/115VAC 2.2A/230VAC | ||||||
| I-Inrush Yamanje | Ukuqala okubandayo 60A/115VAC 60A/230VAC | ||||||
| Ukuvuza kwamanje | <2mA / 240VAC | ||||||
| UKUVIKELA | |||||||
| Over Load | 110 ~ 140% amandla okukhiphayo alinganiselwe | ||||||
| Uhlobo lokuvikela: Imodi ye-Hiccup, ilulama ngokuzenzakalelayo ngemuva kokuthi isimo sephutha sisusiwe | |||||||
| I-Over Voltage | 5.75~6.75V | 13.8 ~ 16.2V | 18~21V | 28.8 ~ 33.6V | 41.4~46.8V | 55.2~ 64.8V | |
| Uhlobo lokuvikela: Imodi ye-Hiccup, ilulama ngokuzenzakalelayo ngemuva kokuthi isimo sephutha sisusiwe | |||||||
| Izinga lokushisa elingaphezulu | Imodi ye-Hiccup, ilulama ngokuzenzakalelayo ngemva kokususwa kwesimo sephutha | ||||||
| EZIMO | |||||||
| ITemp Esebenzayo. | -25 ~ +70℃ (Bheka “ekujikeni kwejika”) | ||||||
| Umswakama Osebenzayo | 20 ~ 90% i-RH engafinyeleli | ||||||
| I-Store Temp., Umswakamo | -40 ~ +85℃, 10 ~ 95% RH | ||||||
| Temp.I-Coefficient | ±0.03%/℃ (0 ~ 50℃) | ||||||
| Ukudlidliza | 10 ~ 500Hz, 5G 10min./1cycle, 60min.ngayinye ihambisana nezimbazo ezingu-X, Y, Z | ||||||
| UKUPHEPHA | |||||||
| Amazinga Okuphepha | I-UL60950-1 igunyaziwe | ||||||
| Ukumelana ne-Voltage | I/PO/P:3KVAC I/P-FG:2KVAC O/P-FG:0.5KVAC | ||||||
| Ukumelana Nokwehlukaniswa | I/PO/P, I/P-FG, O/P-FG:100M Ohms / 500VDC / 25℃ / 70% RH | ||||||
| ABANYE | |||||||
| Ubukhulu | 215*115*30mm (L*W*H) | ||||||
| Isisindo | 0.66Kg | ||||||
| Ukupakisha | 15pcs/ibhokisi/10.9kg/0.78CUFT | ||||||
| QAPHELA | |||||||
| 1. Wonke amapharamitha OKUNGEYONA okukhethekile akalwa kokufaka okungu-230VAC, umthwalo olinganiselwe kanye no-25℃ wezinga lokushisa elizungezile. 2. I-Ripple nomsindo kukalwa ku-20MHz yomkhawulokudonsa kusetshenziswa i-12” intambo ephekiwe esontekile enqanyulwa nge-parallel capacitor engu-0.1uf & 47uf. 3. Ukubekezelelana: kuhlanganisa ukubekezelela okusethiwe, ukulawulwa kolayini kanye nokulawulwa komthwalo. 4. Ukulawulwa komugqa kukalwa ukusuka kumugqa ophansi kuya kumugqa ophezulu ngomthwalo olinganiselwe. 5. Ukulawulwa komthwalo kukalwa ukusuka ku-0% kuya ku-100% womthwalo olinganiselwe. 6. Ukunikezwa kwamandla kuthathwa njengengxenye ezofakwa emshinini wokugcina.Impahla yokugcina kumele iphinde iqinisekiswe ukuthi isahlangabezana neziqondiso ze-EMC. 7. Ubude besikhathi sokusetha bulinganiswa ekuqaleni okubandayo.UKUVULA/UKUVALA ugesi ngokushesha kungase kuholele ekwenyukeni kwesikhathi sokusetha. | |||||||
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