A: Yebo, singabakhiqizi bebhethri abaqeqeshiwe eSifundazweni sase-Guangdong, eChina. Futhi sikhiqiza amapuleti sodwa.

A: ISO 9001, ISO 14001, OHSAS 18001, CE, UL, IEC 61427,IEC 6096 umbiko wokuhlola, Ilungelo lobunikazi lobuchwepheshe bejeli nokunye ukuhlonishwa kwamaShayina.

A: Yebo,Uhlobo lwe-OEM lukhululekile

A: Yebo, imodeli ngayinye ifinyelela ku-200PCS, yenza ngokwezifiso noma yimuphi umbala wecala ngokukhululeka

A: Cishe izinsuku eziyi-7 zemikhiqizo yesitoko, cishe izinsuku ezingama-25-35 oda ngobuningi kanye nemikhiqizo yesiqukathi engama-20ft egcwele.

A: Sithatha isistimu yekhwalithi ye-ISO 9001 ukuze silawule ikhwalithi. Sinomnyango Wokulawula Ikhwalithi Engenayo (IQC) ukuhlola nokuqinisekisa ukuthi impahla eluhlaza ihlangabezana nezidingo zokukhiqiza ezisezingeni eliphezulu, umnyango Wokulawula Ikhwalithi Yokukhiqiza (PQC) uqukethe Ukuhlola kokuqala, Ukulawulwa kwekhwalithi okungaphakathi kwenqubo, ukuhlolwa kokwamukelwa kanye nokuhlolwa okuphelele, Ukulawulwa Kwekhwalithi Ephumayo (OQC) ) umnyango uqinisekisa ukuthi awekho amabhethri angasebenzi aphuma efektri.

A: Yebo, amabhethri ethu angalethwa kokubili ngolwandle nangendiza. Sine-MSDS, umbiko wokuhlola wezokuthutha eziphephile njengemikhiqizo engeyona ingozi.

A: Kuncike kumthamo webhethri, ukujula kokukhipha, kanye nokusetshenziswa kwebhethri. Sicela usithinte ngomusa ukuze uthole ulwazi olunembile olusekelwe ezidingweni ezinemininingwane.

Kungenzeka ukuthi uzwile kuthiwa "udinga ishaja yesiteji esingu-3". Sesikushilo, futhi sizokusho futhi. Uhlobo oluhle kakhulu lweshaja ongalusebenzisa ebhethrini lakho ishaja yesiteji esingu-3. Abizwa nangokuthi "amashaja ahlakaniphile" noma "amashaja alawulwa yiprosesa encane". Empeleni, lezi zinhlobo zamashaja ziphephile, kulula ukuzisebenzisa, futhi ngeke zishaje ibhethri lakho ngokweqile. Cishe wonke amashaja esiwathengisayo angamashaja esiteji esingu-3. Kulungile, ngakho-ke kunzima ukuphika ukuthi amashaja esiteji esingu-3 ayasebenza futhi asebenza kahle. Kodwa nawu umbuzo wesigidi samadola: Yiziphi izigaba ezi-3? Yini eyenza la mashaja ahluke kangaka futhi asebenze kahle? Ingabe kuwufanele ngempela lokho? Masithole ngokudlula esigabeni ngasinye, ngasinye:

Isigaba 1 | Ukukhokhiswa Ngenqwaba

Injongo eyinhloko yeshaja yebhethri ukushajwa kabusha ibhethri. Lesi sigaba sokuqala ngokuvamile yilapho i-voltage ephezulu kakhulu kanye ne-amperage ishaja ikalelwe khona izosetshenziswa ngempela. Izinga lokushaja elingasetshenziswa ngaphandle kokushisisa ibhethri laziwa njengezinga lebhethri elingokwemvelo lokumunca. Ngebhethri ye-AGM engu-12 volt ejwayelekile, amandla ombane wokushaja angena ebhethrini azofinyelela ku-14.6-14.8 volts, kuyilapho amabhethri agcwele amanzi angaba ngaphezulu nakakhulu. Ngebhethri yejeli, i-voltage akufanele ibe ngaphezu kuka-14.2-14.3 volts. Uma ishaja iyishaja engu-10 amp, futhi uma ukumelana nebhethri ikuvumela, ishaja izokhipha ama-amps ayi-10 agcwele. Lesi sigaba sizoshajwa kabusha amabhethri akhanywe kakhulu. Abukho ubungozi bokushajwa ngokweqile kulesi sigaba ngoba ibhethri ayikafiki nokugcwala.

Isigaba 2 | Inkokhelo Yokumuncwa

Amashaja ahlakaniphile azokwazi ukubona amandla kagesi kanye nokumelana nebhethri ngaphambi kokushaja. Ngemva kokufunda ibhethri ishaja iyanquma ukuthi ishaja kusiphi isigaba kahle. Uma ibhethri selifinyelele ku-80%* esimweni sokushajwa, ishaja izongena esigabeni sokumunca. Kuleli qophelo amashaja amaningi azogcina i-voltage engashintshi, kuyilapho i-amperage iyancipha. Umsinga ophansi ongena ebhethrini ukhuphula ngokuphephile ukushajwa ebhethrini ngaphandle kokuwushisa ngokweqile.

Lesi sigaba sithatha isikhathi esengeziwe. Isibonelo, u-20% wokugcina osele webhethri uthatha isikhathi eside uma uqhathaniswa no-20% wokuqala ngesikhathi senqwaba. I-current ilokhu incipha kuze kube yilapho ibhethri licishe lifinyelele umthamo ogcwele.

*Isimo sangempela sokukhokhiswa Isiteji Sokungenwa esizongena sizohluka kuye ngeshaja

Isigaba 3 | Ukushaja okuntantayo

Amanye amashaja angena kumodi ye-float ngokushesha nje ku-85% wesimo sokushajwa kodwa amanye aqala eduze nama-95%. Noma iyiphi indlela, isigaba sokuntanta siletha ibhethri yonke indlela futhi sigcina isimo sokushaja esingu-100%. I-voltage izokwehla futhi igcinwe ku-13.2-13.4 volts, okuyi-voltage.I-voltage ephezulu ibhethri engu-12 volt engakwazi ukubamba. I-current izophinda yehle ize ifike lapho ithathwa njengokushoshozela khona. Kulapho igama elithi "trickle charger" livela khona. Empeleni yisiteji sokuntanta lapho kuba khona ukushaja okungena ebhethrini ngaso sonke isikhathi, kodwa ngenani eliphephile kuphela lokuqinisekisa isimo esigcwele sokushaja futhi akukho okunye. Amashaja amaningi ahlakaniphile awavali okwamanje, nokho kuphephe ngokuphelele ukushiya ibhethri kumodi yokuntanta izinyanga noma ngisho neminyaka ngesikhathi.

Kuyinto enempilo kakhulu ukuthi ibhethri libe sesimweni sokushajwa esingu-100%.

Sesikushilo futhi sizophinda futhi. Uhlobo olungcono kakhulu lweshaja ongalusebenzisa ebhethrini iIshaja ehlakaniphile yesiteji esingu-3. Kulula ukuzisebenzisa futhi azikhathazeki. Awudingi ukukhathazeka ngokushiya ishaja ebhethri isikhathi eside kakhulu. Eqinisweni, kungcono kakhulu uma UYIshiya ivuliwe. Uma ibhethri lingekho esimweni sokushajwa ngokugcwele, i-sulfate crystal yakheka kumapuleti futhi lokhu kukuphuca amandla. Uma ushiya i-powersports yakho eshedini ngesikhathi sokuphumula noma ngamaholidi, sicela uxhume ibhethri kushaja yesiteji esingu-3. Lokhu kuzoqinisekisa ukuthi ibhethri lakho lizolungela ukuqala noma nini lapho ukhona.

A: Ibhethri ye-lead yesekela ukushaja okusheshayo. Ngaphandle kwebhethri lekhabhoni eholayo, amanye amamodeli ukushaja ngokushesha akunconywa njengokuyingozi ebhethrini.

Mayelana namabhethri e-VRLA, Ngezansi kwamathiphu okunakekela abalulekile eklayenti lakho noma kumsebenzisi wokugcina, ngoba ukugcinwa okuvamile kuphela kungasiza ekutholeni ibhethri elingajwayelekile elilodwa ngesikhathi sokusebenzisa kanye nenkinga yesistimu yokuphatha, ukuze ulungise ngesikhathi ukuze uqinisekise ukuthi okokusebenza kusebenza ngokuqhubekayo nangokuphephile, kuphinde kwelule impilo yebhethri. :

Ukunakekelwa kwansuku zonke:

1. Qinisekisa ukuthi indawo yebhethri yomile futhi ihlanzekile.

2. Qinisekisa ukuthi itheminali yezintambo zebhethri ixhuma ngokuqinile.

3. Qinisekisa ukuthi igumbi lihlanzekile futhi lipholile (cishe ama-degree angu-25).

4. Hlola indlela ibhethri elibukeka ngayo uma ijwayelekile.

5. Hlola i-voltage yokushaja uma ijwayelekile.

Amathiphu engeziwe okugcina ibhethri amukelekile ukuxhumana ne-CSPOWER noma kunini.

A:Ukushajwa ngokweqile kuyinkinga esukela ekungeneni kwamandla ebhethri okubangela ukuthi amabhethri asebenze kakhulu. Ilahlwa lijule kuno-50% (empeleni lingaphansi kuka-12.0 Volts noma 1.200 Specific Gravity) lifinyeza ngokuphawulekayo I-Cycle Life yebhethri ngaphandle kokukhulisa ukujula okusebenzisekayo komjikelezo. Ukushajwa okungajwayelekile noma okunganele nakho kungabangela izimpawu zokuphuma ngokweqile ezibizwa nge-SULFATION. Naphezu kokuthi okokusebenza kokushaja kubuyela emuva ngendlela efanele, izimpawu zokudlula ngokweqile ziboniswa njengokulahlekelwa umthamo webhethri futhi ziphansi kune-gravity ethile evamile. I-sulfate yenzeka lapho isibabule esivela ku-electrolyte sihlangana nomthofu emapuletini bese sakha i-lead-sulfate. Uma lesi simo senzeka, amashaja amabhethri olwandle ngeke asuse i-sulfate eqinile. I-sulfate ngokuvamile ingasuswa ngokuchithwa okufanele noma ngokushajwa kokulinganisa ngamashaja ebhethri asebenza ngesandla. Ukuze ufeze lo msebenzi, amabhethri epuleti eligcwele amanzi kufanele ashajwe ngo-6 kuya ku-10 amps. ku-2.4 kuya ku-2.5 volts iseli ngalinye kuze kube yilapho wonke amaseli egasa ngokukhululeka futhi amandla adonsela phansi athile abuyela ekugxiliseni kwawo okugcwele kweshaji. Amabhethri e-AGM avaliwe kufanele alethwe abe ngu-2.35 volts iseli ngalinye abese eshajwa abe ngu-1.75 volts ngeseli ngayinye bese le nqubo kufanele iphindwe kuze kube yilapho amandla abuyela ebhethrini. Amabhethri ejeli angase angabuyi. Ezimweni eziningi, ibhethri lingabuyiselwa ukuze liqedele impilo yalo yesevisi.

UKUSHAJA Ama-alternator namashaja amabhethri antantayo okuhlanganisa namashaja e-photo voltaic alawulwayo anezilawuli ezizenzakalelayo ezengeza izinga lokushaja njengoba amabhethri eqala ukulawula. Kumele kuqashelwe ukuthi ukwehla kuya kuma-ampere ambalwa ngenkathi ishaja akusho ukuthi amabhethri ashajwe ngokugcwele. Amashaja ebhethri ayizinhlobo ezintathu. Kukhona uhlobo lwezandla, uhlobo lwe-trickle, kanye nohlobo lwesishintshi esizenzakalelayo.

Njengebhethri le-UPS VRLA, ibhethri isesimweni sokushajwa okuntantayo, kodwa ukushintsha kwamandla okuyinkimbinkimbi kusasebenza ngaphakathi kwebhethri. Amandla kagesi ngesikhathi sokushajwa kokuntanta ashintshele kumandla okushisa, ngakho-ke cela indawo yokusebenza yebhethri kufanele ibe nomthamo omuhle wokukhipha ukushisa noma isibandisi somoya.

Ibhethri le-VRLA kufanele lifakwe endaweni ehlanzekile, epholile, engenamoya neyomile, ligweme ukuthintwa ilanga, ukushisa ngokweqile noma ukushisa okukhazimulayo.
Ibhethri le-VRLA kufanele lishajwe ekushiseni okuphakathi kuka-5 no-35 degrees. Impilo yebhethri izofinyezwa uma izinga lokushisa lingaphansi kuka-5 degree noma ngaphezulu kwama-35 degrees. I-voltage yokushajwa ayikwazi ukweqa ibanga lesicelo, ngaphandle kwalokho, izoholela ekulimaleni kwebhethri, impilo ibe mfushane noma ukuncipha komthamo.

Nakuba kunenqubo eqinile yokukhetha ibhethri, ngemva kokusetshenziswa kwesikhathi esithile, ukungafani kwe-homogeneity kuzovela ngokusobala nakakhulu. Okwamanje, okokusebenza kokushaja akukwazi ukukhetha nokubona ukuphuma kwebhethri elibuthakathaka, ngakho-ke umsebenzisi ongakwazi ukulawula indlela yokugcina ukulingana komthamo webhethri. Umsebenzisi angavivinya kangcono i-OCV yawo wonke amabhethri njalo noma ngokungajwayelekile phakathi nesikhathi sakamuva sokusetshenziswa kwephakethe lebhethri futhi ashaje ibhethri lamandla kagesi aphansi ngokuhlukana, ukuze enze i-voltage nomthamo kufane namanye amabhethri, lokho kunciphisa umehluko. phakathi kwamabhethri.

A: Impilo yebhethri ye-lead lead evaliwe inqunywa izici eziningi. Lokhu kufaka phakathi izinga lokushisa, ukujula kanye nezinga lokukhishwa, kanye nenani lamashaji kanye nokukhishwa (okubizwa ngokuthi imijikelezo).

Uyini umehluko phakathi kwezicelo ze-float kanye nomjikelezo?

Uhlelo lokusebenza oluntantayo ludinga ukuthi ibhethri ihlale ishajwe futhi iphuma ngezikhathi ezithile. Izinhlelo zokusebenza zomjikelezo ziyashaja futhi zikhiphe ibhethri njalo.

A:Ukusebenza kahle kokukhipha amanzi kubhekisela esilinganisweni samandla angempela kumthamo webhethri uma ibhethri liphuma kuvoltheji yokugcina ezimweni ezithile zokukhipha. Ithinteka kakhulu yizici ezifana nesilinganiso sokukhishwa, izinga lokushisa kwemvelo, ukumelana kwangaphakathi. Ngokuvamile, izinga eliphezulu lokukhishwa liwukuthi, ukusebenza kahle kokukhishwa kuzoba phansi; lapho izinga lokushisa liphansi, ukusebenza kahle kokukhishwa kuzoba phansi.

A: Izinzuzo: intengo ephansi, intengo yamabhethri e-lead acid ingu-1/4~1/6 walezo ezinye izinhlobo zamabhethri anotshalo-mali oluphansi abasebenzisi abaningi abangaluthwala.

Ukungalungi: esindayo nenqwaba, amandla athile aphansi, aqinile ekushajeni nasekukhipheni.

A:Umthamo wokugodla inombolo yemizuzu ibhethri elingagcina i-voltage ewusizo ngaphansi kokukhipha okungu-25 ampere. Uma ukulinganisa kwamaminithi kuphakeme, amandla ebhethri okusebenzisa izibani, amaphampu, ama-inverter, nezinto zikagesi isikhathi eside ngaphambi kokushajwa kabusha kuyadingeka. I-25 Amp. I-Reserve Capacity Rating ingokoqobo kakhulu kune-Amp-Hour noma i-CCA njengesilinganiso somthamo wesevisi yomjikelezo ojulile. Amabhethri anyuswe ngezilinganiso zawo eziphezulu ze-Cold Cranking kulula futhi ashibhile ukuwakha. Imakethe igcwele izikhukhula, nokho I-Reserve Capacity, i-Cycle Life (inani lokuchithwa nokushajwa ibhethri elingalethwa) nempilo yesevisi imbi. I-Reserve Capacity inzima futhi iyabiza ukuyifaka ebhethrini futhi idinga izinto zeselula ezisezingeni eliphezulu.

A: Uhlobo olusha lwebhethri elilawulwayo le-valve elingachitheki elivaliwe lokulungisa lisebenzisa i-"Absorbed Glass Mats", noma izihlukanisi ze-AGM phakathi kwamapuleti. Lona umata wengilazi omuhle kakhulu we-fiber Boron-Silicate. Lezi zinhlobo zamabhethri zinazo zonke izinzuzo ze-gelled, kodwa zingathatha ukuhlukumeza okuningi. Lokhu kubizwa nangokuthi "i-electrolyte elambile. Njengamabhethri e-Gel, Ibhethri ye-AGM ngeke ivuze i-asidi uma iphukile.

A: Idizayini yebhethri yejeli imvamisa iwukuguqulwa kwebhethri elijwayelekile le-lead acid noma ibhethri lasolwandle. I-ejenti ye-gelling yengezwa ku-electrolyte ukunciphisa ukunyakaza ngaphakathi kwekesi yebhethri. Amabhethri amaningi ejeli nawo asebenzisa amavalvu endlela eyodwa esikhundleni sezikhala ezivulekile, lokhu kusiza amagesi angaphakathi avamile ukuthi ahlangane abuyele emanzini ebhethrini, kunciphise ukufutheka. Amabhethri e-"Gel Cell" awachitheki ngisho noma ephukile. Amaseli ejeli kufanele ashajwe nge-voltage ephansi (C/20) kunezikhukhula noma i-AGM ukuze kuvinjelwe igesi eningi ukuthi ingalimazi amaseli. Ukuwashaja ngokushesha eshajani yezimoto evamile kungase kulimaze unomphela Ibhethri yeGel.

A:Isilinganiso sebhethri esivame kakhulu yi-AMP-HOUR RATING. Lena iyunithi yokulinganisa yomthamo webhethri, etholwe ngokuphindaphinda ukugeleza kwamanje kuma-ampere ngesikhathi samahora okukhipha. (Isibonelo: Ibhethri eliletha ama-ampere angu-5 amahora angu-20 liletha ama-ampere angu-5 izikhathi ezingu-20, noma amahora angu-100 ama-ampere.)

Abakhiqizi basebenzisa izikhathi ezihlukene zokukhipha ukuze bakhiqize i-Amp-Hr ehlukile. Isilinganiso samabhethri omthamo ofanayo, ngakho-ke, i-Amp-Hr. Ukulinganisa kunokubaluleka okuncane ngaphandle uma kufaneleke ngenani lamahora lapho ibhethri likhishwa khona. Ngalesi sizathu Izilinganiso ze-Amp-Hour ziyindlela evamile kuphela yokuhlola umthamo webhethri ngezinjongo zokukhetha. Ikhwalithi yezingxenye zangaphakathi nokwakhiwa kobuchwepheshe ngaphakathi kwebhethri kuzokhiqiza izici ezifiselekayo ezihlukile ngaphandle kokwenza Isilinganiso Sakho Ngehora. Isibonelo, kukhona amabhethri angu-150 Amp-Hour angeke asekele ukulayishwa kukagesi ngobusuku obubodwa futhi uma ecelwa ukuthi enze njalo ngokuphindaphindiwe, azohluleka ekuqaleni kwempilo yawo. Ngokuphambene, kukhona amabhethri angu-150 Amp-Hour azosebenzisa umthwalo kagesi izinsuku ezimbalwa ngaphambi kokudinga ukushajwa futhi azokwenza kanjalo iminyaka. Izilinganiso ezilandelayo kufanele zihlolwe ukuze kuhlolwe futhi kukhethwe ibhethri elifanele lohlelo oluthile: I-COLD CRANKING AMPERAGE kanye ne-RESERVE CAPACITY izilinganiso ezisetshenziswa imboni ukwenza ukukhetha kwebhethri kube lula.

A: Wonke amabhethri e-asidi eholayo evalekile ayazikhipha ngokwawo. Uma ukulahleka komthamo ngenxa yokuzikhipha ngokwakho kunganxeshezelwa ngokushajwa kabusha, umthamo webhethri ungase ungabuyiseki. Izinga lokushisa liphinde libe neqhaza ekunqumeni impilo yeshalofu yebhethri. Amabhethri agcinwa kangcono ku-20℃. Uma amabhethri egcinwa ezindaweni lapho izinga lokushisa le-ambient lihluka khona, ukuzikhipha ngokwakho kungakhuliswa kakhulu. Hlola amabhethri njalo ezinyangeni ezintathu noma ngaphezulu bese uyashaja uma kunesidingo.

A: Umthamo webhethri, kuma-Ahs, inombolo eguqukayo encike ekuphumeni kwamanje. Isibonelo, ibhethri elikhishwa ngo-10A lizokunikeza umthamo owengeziwe kunebhethri elishajwa ngo-100A. Ngesilinganiso samahora angu-20, ibhethri iyakwazi ukuletha ama-Ahs amaningi kunesilinganiso samahora angu-2 ngenxa yokuthi izinga lamahora angu-20 lisebenzisa amandla okukhipha aphansi kunesilinganiso samahora angu-2.

IMP: Isici esikhawulelayo sempilo yeshalofu yebhethri izinga lokuzikhipha ngokwalo elincike kuzinga lokushisa. Amabhethri e-VRLA azozikhipha ngokwawo ngaphansi kuka-3% ngenyanga ngo-77° F (25° C). Amabhethri e-VRLA akufanele agcinwe isikhathi esingaphezu kwezinyanga ezingu-6 ku-77° F (25° C) ngaphandle kokushajwa kabusha. Uma izinga lokushisa elishisayo, lishaje kabusha njalo ezinyangeni ezi-3. Uma amabhethri ekhishwa endaweni yokugcina isikhathi eside, kunconywa ukuthi ashajwe kabusha ngaphambi kokusetshenziswa.