Imilinganiselo yoku-1 yoKhuseleko kufuneka ithathwe ngumzi-mveliso webhetri

Imilinganiselo yoku-1 yoKhuseleko kufuneka ithathwe ngumzi-mveliso webhetri

Ukhuseleko lolona lubalulekileyo kuyo yonke iFactory yeBattery, Ke yeyiphi iMilinganiselo yoku-1 yoKhuseleko ekufuneka iThathwe ngumzi-mveliso webhetri? Impendulo ithiIqondo lobushushu kunye nokuFumana esweniKwiWarehouse yeBattery kunye neNkqubo yokuVelisa.

 

1. Kutheni le nto kubaluleke kangaka ukubeka esweni ubushushu bebhetri?

Iimpazamo kwibhetri kunye neesekethe zayo zokudibanisa zinokuchaphazela ubushushu bebhetri. Iimpazamo eziqhelekileyo ezibangela ukuba ubushushu bebhetri bunyuke ziquka iintsilelo zomhlaba, iiseli ezimfutshane, ukungena komoya okungekho mgangathweni okanye ukupholisa okungonelanga, kunye nokutshaja okubalekayo.Ukujongwa kobushushu bebhetriiyakwazi ukuchonga ezi mpazamo kwaye inike isilumkiso kwangethuba phambi kokuba kubaleke ubushushu.

Ukuba ubushushu bebhetri bungajongwanga kwaye bulawulwa ngokufanelekileyo, umonakalo osisigxina ungenzeka. Okona kulungileyo, olunye utshintsho kumatshini okanye utshintsho lwemichiza lunokwenzeka, lubangele ukutshintshwa kwebhetri ebiza kakhulu. Kwimeko embi kakhulu, ibhetri inokugqabhuka, iqhume, ivuze iikhemikhali, okanye ibangele umlilo.

https://www.hengko.com/4-20ma-rs485-moisture-temperature-and-humidity-transmitter-controller-analyzer-detector/

2. Kuphi kwaye Njani Ukubekwa esweni koBushushu bebhetri?

Amaqondo obushushu ebhetri aphezulu afunyanwa kwicala elibi lebhetri. Xa usebenzisa iimeko eziqhelekileyo zokusebenza.

Njengeukutshaja kunye nokulayishwa kwebhetri, iqondo lobushushu akufunekanga libe ngaphezulu kweqondo lobushushu kwindawo emalunga ne-3°C. Mbiniabenzi bobushushuinokubekwa, enye ibekwe kwicala elingalunganga lebhetri kwaye enye ijonge ubushushu be-ambient. Umahluko phakathi kwezinzwa zimbini emva koko unokusetyenziselwa ukubonisa iingxaki zempilo yebhetri okanye iimpazamo kwisekethe edibeneyo.

 

3. Ukujongwa koBubushushu bebhetri

Leliphi iqondo lobushushu elisebenzayo lebhetri ?

Ukubeka nje, ibhetri sisixhobo sokugcina amandla. Iqulethe iikhemikhali kunye neziphumo zangoku zombane kwi-reaction phakathi kwezi khemikhali. Njengazo zonke iikhemikhali eziphendulayo, njengoko iqondo lobushushu linyuka, kunjalo nesantya sokuphendula. Oku kunyuka kwezinga lokuphendula kweekhemikhali kunokuphucula ukusebenza kwebhetri ukuya kwinqanaba elithile.

1.Ukuba iqondo lobushushu liphezulu kakhulu, umonakalo osisigxina unokwenziwa kwiikhemikhali (i-electrolytes), ngaloo ndlela kucuthwe ubomi bebhetri kunye nenani lemijikelo yentlawulo. Eyona meko imbi kakhulu kukwenzeka kwe-thermal runaway.

2.Kwiqondo lokushisa eliphantsi, i-chemistry yebhetri iyancipha. Ukuchasana kwangaphakathi kwebhetri kuyanda, kwaye ukukwazi ukuvelisa i-current ephezulu kwimfuno kuyancipha. Esi sesinye sezizathu zokuba ibhetri yemoto isenokungakwazi ukuvelisa ngoku ngokwaneleyo ukuqalisa injini ngeentsuku ezibandayo ngokufanelekileyo. Kumaqondo obushushu angekho nzulu, i-electrolyte ngaphakathi kwebhetri isenokude imkhenkce, ibangele ukuba ibhetri iyeke ukusebenza ngokupheleleyo.

I-Thermal runaway iyenzeka xa ubushushu obuveliswa yikhemikhali bungachithi ngokukhawuleza ngokwaneleyo kwaye bunikeze ubushushu obuninzi bokusabela. Oku kusabela kwetsheyini kubangela ukuba ubushushu bebhetri bunyuke ngakumbi kwaye bonakalise iseli yebhetri. Okubi kakhulu kunomonakalo webhetri ekufuneka ibuyiselwe kumngcipheko womlilo nogqabhuko-dubulo. Ukuba ibhetri ayibukhuphi ubushushu ngokukhawuleza ngokwaneleyo, amaqondo obushushu anokufikelela ngokukhawuleza kwindawo yokubilisa okanye nangaphezulu. Amalungu omzimba ebhetri aya kunyibilika, akhuphe iigesi eziqhumayo, kwaye akhuphe iasidi yebhetri. Malunga ne-160 ° C, iinxalenye zeplastiki zebhetri ziya kunyibilika.

 

 

4. UkuJonga ukufuma kweebhetri

Kwi-workshop ye-elektroniki, umswakama uphezulu kakhulu, kwaye ukuba udibana nobushushu obuphantsi, kulula ukuvelisa i-condensation phenomenon. Amaconsi amanzi adibanisa kumacandelo e-elektroniki aya kubangela umonakalo ekuchanekeni kwesixhobo. Ngoko ifuna i-henko'sinzwa yobushushu kunye nokufumaukubona ukufuma, ngokotshintsho lwedatha ukubeka iliso kunye nokulungelelanisa ubushushu bendawo kunye nokufuma, ukukhusela ibhetri ngelixa unciphisa ilahleko engeyomfuneko yefektri.

 

5. Ubushushu bebhetri kunye neSingqinisiso sokufuma

Ibhetri elula yesandlainkqubo esweni lobushushuevumela abasebenzi ukuba bajonge iipakethi zebhetri kanye okanye kabini ngeveki. UHengko ucebisa ukuba kusetyenziswe into ephathwayoimitha yobushushu kunye nokufumaenokusetyenziswa ukujonga ubushushu kunye nokufuma kwendawo yokugcina ibhetri okanye indawo yokuvelisa ibhetri kwivenkile yombane rhoqo. Nali ingcebiso: umahluko phakathi kwebhetri kunye nobushushu be-ambient ayikho ngaphezulu kwe-3℃. Ukusetyenziswa kobushushu obuchanekileyo obuphezulu kunye nokufuma kwetafile ephathwayo evunyiweyo yiShenzhen Institute of Metrology inokulinganisa ngokuchanekileyo idatha yobushushu kunye nokufuma emoyeni, njengesalathiso esisebenzayo sinokuthelekiswa nobushushu bangaphakathi kunye nokufuma kwebhetri.

 

6. Isiphumo soBubushushu bebhetri ekuTshajisweni

Ukutshaja ibhetri ngokufanelekileyo nangokukhuselekileyo, amandla ombane wokutshaja kufuneka alawulwe ngokuchanekileyo. Umbane ofanelekileyo wokutshaja uyahluka ngokweqondo lobushushu. Ukusebenzisa inzwa yokushisa kwebhetri njengegalelo kwinkqubo yokutshaja, isigqibo sinokwenziwa ukulungisa i-voltage yokutshaja. Njengoko ubushushu bebhetri busanda, umbane wokutshaja kufuneka wehle.

https://www.hengko.com/4-20ma-rs485-moisture-temperature-and-humidity-transmitter-controller-analyzer-detector/

Ngoko ke kubaluleke kakhulu ukwazi ubushushu kunye nokufuma malunga nebhetri, kuba ubushushu be-ambient buya kuchaphazela ukusebenza kwebhetri, kodwa sinokulawula kwaye sitshintshe ubushushu be-ambient ukwenza ibhetri isebenze ngokuqhelekileyo. Phofu,kubaluleke kakhulu ukubeka esweni ubushushu bebhetri,Ucinga njani? ukuba unayo nayiphi na imibuzo, ungaQhagamshelana noHENGKOukuxoxa kwaye ufumane isisombululo esifanelekileyo kwibhetri yakho.

Kwakhona UnakoSithumele i-imeyileNgqo Ngokulandelayo:ka@hengko.com

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Post time: Aug-01-2022