Ukusetshenziswa kwesikhungo sedatha kanye ne-UPS
Ukubuka konke Kwesikhungo Sedatha:
Izikhungo zedatha amanethiwekhi athile akhethekile asebenzisa umhlaba wonke wamadivayisi asetshenziswa ku-IntraTransfer, asheshisa, abonise, abale, futhi agcine idatha nolwazi kungqalasizinda yenethiwekhi. Ama-electronics amaningi esikhungweni sedatha aqhutshwa amandla kagesi aphansi kwe-DC.
Ukuvela kwezikhungo zedatha kuholele ekuqondeni kwabantu kusukela emhlabeni wobuningi nohlelekile kuya emhlabeni ongaqinisekile futhi ongahlelekile. Kancane kancane izoba yingxenye yengqalasizinda yomphakathi wanamuhla, njengezokuthutha kanye nokuxhumana kwenethiwekhi, bese kuba nomthelela omuhle ezimbonini eziningi. Kodwa-ke, ukuthuthukiswa kwezikhungo zedatha akufanele kuncike ekuhlangenwe nakho kuphela, kodwa futhi kuhlanganiswe ngempela nokuzijwayeza ukukhuthaza izikhungo zedatha ukuze zidlale indima yenani langempela futhi zikhuthaze ushintsho olusheshayo lwezenhlalo.
Umdwebo wohlelo lwesistimu ye-UPS
- ukunikezwa kwamandla okungaphazamisekiI-UPS iwumthombo wamandla ongaphazamiseki, okuyi-amandla angaphazamiseki aqukethe amadivayisi okugcina amandla. Isetshenziswa kakhulu ukuhlinzeka ngogesi ongaphazamiseki kwabanyeimishini enezidingo eziphezulu ezidingweni zokuzinza kokunikezwa kwamandla.
- isimiso sokusebenzaUma okokufaka kwamandla kagesi kujwayelekile, i-UPS inikeza amandla kagesi ngemva kokuqina kwe-voltageLayisha ukusetshenziswa, i-UPS ngalesi sikhathi iyi-AC currentIsilawuli siphinde sishaje ibhethri; lapho amandla amakhulu ephazamiseka (ukuphela kwengozi), i-UPS idlula ngokushesha amandla akhona ebhethriIndlela yokuguqula i-inverter nokuguqulwa iyaqhubeka nokuhlinzeka ngo-220V noma i-380V ku-loadAC ukuze kugcinwe umthwalo usebenza futhi ugcine umthwalo uthambileI-hardware ayilimazi.Imishini ye-UPSE ngokuvamile inikeza ukuvikelwa kwe-voltage ephezulu kakhulu noma ephansi kakhulu.
- SebenzisaEsikhungweni sedatha, isistimu ye-UPS engasasebenzi ehambisanayo eyakhiwe iyunithi eyodwa ye-UPS yokuguqula kabili ivame ukusetshenziswa. Lapho idathaUmthwalo ophakathi nendawo ungowokuphakelwa kwamandla akabili, i-UPS engasasebenzi ehambisanayo isetshenziselwa ukwakha uhlelo lokuphakelwa kukagesi lwamabhasi e-UPS.
Izici ze-UPS yebhethri ye-lithium
Uhlelo lwe-UPS yebhethri ye-lithium, oluhlanganiswe nezici zokuqina kwamandla aphezulu, unyawo oluncane, impilo ende yesevisi, ukusebenza okuphezulu kokuphepha, ukusebenza okulula kanye nemodi yokulungisa, inganikeza isiqinisekiso sekhwalithi ephezulu yamandla esikhungo sedatha, igumbi le-IT kanye nemithwalo emikhulu eyinhloko emikhakheni yokuxhumana, i-IT kanye nezimboni zezimboni.
- imisebenzi yokuvikelaIzikhathi zomjikelezo wokushaja nokukhipha zingafinyelela izikhathi ezingu-5000, futhi impilo yesevisi ingafinyelela eminyakeni eyi-10. Uhlelo lokuphatha ibhethri le-BMS lunemisebenzi ephelele yokuvikela (isifunda esifushane, i-overcurrent, ukushajwa ngokweqile, ukukhipha ngokweqile, izinga lokushisa ngokweqile, njll.)
- ukulawula ukuvikelaUhlelo lwe-Lithium UPS lunokulawulwa kokuvikela okunamazinga amathathu, i-UPS ne-BMS ibona konke ukuqapha kohlelo olumbili lokusekela ibhethri le-lithium
- umklamo ojwayelekileIdizayini emisiwe yemojula ye-PACK ingahlanganiswa ngokukhululekile, futhi ivolumu nesisindo 1/3 webhethri le-asidi yomthofu, elifaneleka kakhulu izimo zohlelo lokusebenza ezilinganiselwe
uhlu lwepharamitha
| 3Y3T3R00 | 3YST4R00 | Idatha ye-33Y5T0RO3 | I-3Y3T6R00 | 3Y3T8R00 | 33Y1T0R | 33Y1T2R00 | ||
| I-UPS | Ibanga le-voltage yokufaka (Vac) | 228-477 | ||||||
| Ibanga lefrikhwensi yokokufaka (Hz) | 50 / 60 ± 10% (± 5 ngokuzithandela) | |||||||
| Okokufaka kwamanje | Umthwalo ogcwele weTHDi 2% | |||||||
| I-Harmonics (THDi) | ||||||||
| Isici samandla okukhiphayo | Kufika ku-1.0 | |||||||
| I-voltage yokuphumayo (Vac) | 380 ± 1% (400 ± 1%, 415 ± 1% ngokuzithandela) | |||||||
| Okukhiphayo (igagasi TH umumo D ulahlekile v) iqiniso | ||||||||
| umthamo wokulayisha ngokweqile | Layisha i-105%: ukusebenza isikhathi eside; I-105% | |||||||
| dlula ngemva kwemizuzu engu-1 | ||||||||
| jikelele | Kufika ku-97% | |||||||
| ukusebenza kahle | ||||||||
| yamanje yokushaja (A) | 25-100 | 25-200 | ||||||
| LAPHO | Ukusekela i-RS232 / 485, MODBUS, ukuxhumana okomile kokuxhumana (i-SNMP iyakhetheka) | |||||||
| izinga lokushisa lokusebenza (℃) | - 5 - 40 | |||||||
| umswakama ohlobene | 0~95%, ngaphandle kokujiya | |||||||
| (Ububanzi, unyawo, ukujula, intshi, ukuphakama) | 1000×900×1950 | 1400×900×1950 | 1900×900×1950 | 3000×900×1950 | ||||
| (mm) | ||||||||
| isisindo (kg) | 700 | 1100 | 1300 | 2400 | ||||
| lith ium cell | I-System nominal voltage (Vdc) | 512 | ||||||
| Imodi ye-nominal voltage (Vdc) | 51.2 | |||||||
| Imodeli yomthamo wegama (Ah) | 50/100/200 | |||||||
| I-System Voltage Range (Vdc) | 448-584 | |||||||
| Iseli (Ah) | 50/100/200 | |||||||
| yamanje yokushaja (A) | ≤1C | |||||||
| ukukhipha kwamanje (A) | 4C/1C | |||||||
| ukuphathwa ukushisa | ukupholisa umoya ngempoqo | |||||||
| Isisindo semodi (kg) | 35/70/80 | |||||||
| (Imojuli ebanzi ukujula kwerula intshi ubude) (mm) | 442×690×106/442×800×150/442×810×127 | |||||||
| (Ikhabethe elijulile lechibi elibanzi ubude) (mm) | 600×800×2000/600×1000×2000 | |||||||
Izici ze-UPS yebhethri ye-lithium
Ngokungeziwe kusikhungo sedatha i-lithium UPS, kukhona okuvame kakhuluikhophi yasenqolobaneni esetshenzisiwe, i-UPS eku-inthanethi, esetshenziswa kakhulu kuhulumeni, imfundo, ezezimali, ukuxhumana, umshwalense, ezokuthutha, intela, izibambiso, nokunye.
amasimu.
Amabhethri aneasidi yomthofu ezinhlelweni zokugcina amandla asasetshenziswa kakhulu kulezi zindawo
Amathathu ochungechungeni olulodwa oluthathu ochungechungeni oluthathu oluphumayo lwepharamitha yohlu
| ? | I-YTR3320 | YTR3330 | YTR3340 | |
| kubalulekile t chara cteri stic | Isistimu yokuphakelwa kwamandla | 3W+N+PE | ||
| Ibanga le-voltage yokufaka (Vac) | LN:80~275 | |||
| Ibanga lefrikhwensi yokokufaka (Hz) | 40-70 | |||
| Ibanga le-Bypass voltage input (Vac) | ± 20%, ± 15%, ± 10% ingasethwa (okuzenzakalelayo ± 20%) | |||
| Isici samandla okokufaka | >0.99 | |||
| Okokufaka kwama-harmonics amanje | ||||
| iseli (Vdc) | ± 144- ± 240 Kuyalungiseka (okuzenzakalelayo: ± 192) | |||
| i-outpu t chara cteri stic | Isici samandla okukhiphayo | 1.0 | ||
| i-voltage (Vac) | LN: 220 / 230 / 240 ± 1% (okuzenzakalelayo 220) | |||
| imvamisa (Hz) | amapayipi avamile, okokufaka kokudlula kokulandela ngomkhondo; okuyinhloko okungavamile, okwasendaweni 50 ± 0.1 noma 60 ± 0.1 | |||
| Ukuhlanekezelwa kwe-Wwaveform (THD v) | ||||
| ukusebenza kahle jikelele | Kufika ku-96% | |||
| umthamo wokulayisha ngokweqile | Layisha i-105%: ukusebenza isikhathi eside; 105% 155% | |||
| okunye isici ic | Umsebenzi wokuqalisa we-DC | phatha | ||
| Umsebenzi wokuxhumana | Okujwayelekile RS485,1 okokufaka okuthintwayo okomile kanye no-3 okukhiphayo ukuthintana okomile | |||
| Umsebenzi wokuxwayisa | Ukungajwayelekile okokufaka, i-voltage ephansi yebhethri, ukugcwala ngokweqile, iphutha, njll | |||
| umsebenzi wokuzivikela | Ukuvikelwa kwesekethe emfushane okukhiphayo, ukuvikelwa kokuphuma kwe-overvoltage / undervoltage, ukuvikela ukulayisha ngokweqile, ukuvikelwa okungaphezu kwezinga lokushisa, ukuvikela ukungasebenzi kwebhethri, njll. | |||
| izinga lokushisa lokusebenza | 0～40℃ | |||
