Ukukhathazeka Nezixazululo mayelana ne-CCS2 kuya ku-GBT Adapter

Ukukhathazeka Nezixazululo mayelana ne-CCS2 kuya ku-GBT Adapter

Nasi ukujula okujulile kanye nokuhlaziywa okuphelele kwezikhalazo ezi-5 eziphezulu zabasebenzisi ezivame kakhulu nezibucayi mayelana nesigaba se-CCS2 kuya ku-GB/T DC Fast-Charging Adapter kulo lonke i-Reddit, izinkundla zezimoto ezikhethekile ezihambisanayo, kanye namaqembu abanikazi be-Facebook enyangeni edlule.

1. Ukwehluleka Kokuxhawulana Nokwehla Kweseshini Okungazelelwe (Ukuphela Kokuhumusha Kwephrothokholi)

Ngenxa yokuthi i-CCS2 ithembele ku-PLC (Power Line Communication) nge-HomePlug Green PHY standard, kuyilapho i-Chinese GB/T standard isebenzisa ukuxhumana kwebhasi le-CAN, i-microprocessor esebenzayo ngaphakathi kwe-adaptha kumele ihumushe lawa maphrothokholi ngesikhathi sangempela. Abasebenzisi bavame ukubika ukuthi ukulandelana kokuxhawulana kuyaphela kumanethiwekhi athile okushaja, noma iseshini inqamula ngokuzumayo phakathi nokushaja.

• Isimo Sangempela Somhlaba:

Umnikazi we-Zeekr 001 noma i-BYD Han oxhumene ne-parallel-import e-Asia Ephakathi noma eMpumalanga Ephakathi ushayela ishaja esheshayo yomphakathi ye-ABB noma ye-Tritium 150kw CCS2 yendawo. Baxhuma i-adaptha nekhebula, bayifake emotweni, bese beqala ukukhokha, kodwa iseshini iphele ngaphambi kokuba ugesi ugeleze.

• Impendulo Yangempela Yomsebenzisi:

Umsebenzisi we-Reddit @EV_Kazakhstan (r/electricvehicles): “Njalo uma ngixhuma esiteshini se-ABB 150kW, isikrini siyaqina lapho 'siqala' imizuzu emi-2 bese kuvela 'i-BMS Communication Error'. Isibani esiluhlaza se-adaptha sikhanya ngokungapheli. Kwadingeka ngiphinde ngiyixhume izikhathi ezine ukuze isebenze kanye.”

Umphakathi we-Facebook (Letha ama-EV aseShayina e-EU): “Ngicasukile kakhulu nge-adaptha yami engu-$800. Isebenza kahle kuma-hypercharger e-Alpitronic, kodwa esiteshini sendawo saseDelta, ivala uxhumano ngemizuzu emi-3 nje kuphela kusukela ekushajeni. Ideshibhodi yemoto iphonsa ikhodi ethi 'Ukushaja Inqwaba Yephutha' bese ima ngokuphelele.”

2. Amadivayisi Angasebenzi Ngenxa Yokuphela Kwebhethri Kwangaphakathi Kwango-18650

Amandla aphezulu asebenzayo kakhuluAma-adaptha e-CCS2 kuya ku-GB/Tinebhethri langaphakathi, elingashintshwa elingu-18650 lithium-ion ukuze iqalise futhi inike amandla i-PCB yokuguqulwa kwangaphakathi ngaphambi kokuba isiteshi sinikeze amandla angeziwe. Abashayeli abaningi abazi ngale mfuneko yokuklama, okuholela ku-adaptha "ehlanganisiwe" lapho iyunithi ihleli ingasebenzi noma ibhekene nesimo sezulu esibi kakhulu.

• Isimo Sangempela Somhlaba:

Umshayeli ushiya i-adaptha yakhe ebhuthini ngesikhathi sobusuku obubandayo basebusika noma ayibeke endaweni yokugcina isikhathi eside. Lapho befika endaweni yokuphumula emgwaqweni omkhulu ene-5% State of Charge (SOC) ebalulekile, i-adaptha iyenqaba ukuvula, okwenza bavaleleke.

• Impendulo Yangempela Yomsebenzisi:

Ilungu Leforamu Labanikazi Be-EV base-UAE @Al_Maktoum_EV: “Lokhu kuyidizayini ehlekisayo! Ngishiye i-adaptha ebhuthini lami inyanga yonke, futhi namuhla lapho ngifika eshajeni ene-5% SOC, i-adaptha yayifile. Ayizange iyikhohlise ishaja ukuthi iqale ngoba ibhethri layo langaphakathi le-18650 laliphelile. Ngangivaleleke esiteshini.”

Umsebenzisi we-Reddit @janver22 (r/BYD): “Kufanele uqaphele ibhethri langaphakathi. Uma liwela ngaphansi kwe-voltage ethile, i-adaptha ngeke ixhawulane ne-Isibhamu se-CCS2. Manje ngiphethe ibhethri elingeziwe lika-18650 kanye nesikulufo ebhokisini lami lamagilavu ​​​​uma kwenzeka.

3. Ukushisa Okukhulu Nokushisisa Okunamandla

Njengoba kutholakala ama-EV angu-800Varchitecture aseShayina (isib. i-XPENG, i-Li Auto, i-Zeekr) anamandla okudonsa ama-amperage aphezulu, abashayeli bazama ukukhulisa umkhawulo we-adaptha ongu-250A noma u-300A okhangisiwe. Kodwa-ke, ngenxa yokumelana nokuxhumana, amandla amakhulu okushisa aqoqana ngaphakathi kwe-chassis engavulwanga, okubangela ukunqamuka kokuphepha kwangaphakathi okusheshisa ukushaja kwe-throttle kuze kube yilapho kukhasa.

• Isimo Sangempela Somhlaba:

Ngesikhathi santambama efudumele eNingizimu Yurophu noma esifundeni sase-GCC, umnikazi uzama ukushaja imoto yakhe ngokushesha. Emizuzwini yokuqala eyi-10, idonsa amandla angu-180kW amangalisayo, kodwa njengoba i-adapter casing iba shushu kakhulu, izinga lokushaja lehla laya ku-22kW embi kakhulu.

• Impendulo Yangempela Yomsebenzisi:

Ilungu le-Facebook Group @Matteo_S: “Ikhangiswe njengenamandla angu-300kW, kodwa kuyihlaya. Yaqala ku-180kW ku-Li Auto L9 yami, kodwa ngemva kwemizuzu eyi-12, i-adapter casing yazwakala ishisa kakhulu. Inzwa eyakhelwe ngaphakathi yakhubeka, futhi amandla okushaja ehla ngokushesha afinyelela ku-22kW. Inuka njengepulasitiki eshisiwe.”

I-Telegram Vertical Forum (EV-Club Georgia): “Ungawathengi amayunithi angu-250A angenalo uphawu uma uhlala ezindaweni ezishisayo. Uma izinga lokushisa lifinyelela ku-35°C, ukuvikelwa kokushisa kwangaphakathi kuqala cishe ngokushesha, kwehlise izinga lami lokushaja lisuka ku-120kW liye ku-30kW. Kuthatha isikhathi eside ukuqeda iseshini.”

4. Ukungasebenzi kahle kwe-Mechanical Interlock kanye nama-Jammed Ports

Izindlela zokukhiya ngomshini kuzo zombili izinhlangothi ze-adaptha (iphini lokukhiya lesitayela saseYurophu ohlangothini lwe-CCS2 kanye nohlelo lwe-elekthronikhi lwaseShayina ohlangothini lwe-GB/T) zivame ukubhekana nokungasebenzi kahle. Abasebenzisi babika ukuthi i-adaptha ivalelwa unomphela echwebeni lemoto noma yenqaba ukukhulula isibhamu esisindayo se-CCS2 dispenser.

• Isimo Sangempela Somhlaba:

Umshayeli uqeda iseshini yokushaja phakathi kwamabili esiteshini esingenabasebenzi. Uhlelo lokusebenza luthi “Ukushaja Kuqediwe” bese imoto ivuliwe, kodwa ngenxa yokuphazamiseka kokufakwa kwemishini noma ukwehluleka kwe-microswitch ngaphakathi kwe-adaptha, ipulaki ihlala iqinile emotweni.

• Impendulo Yangempela Yomsebenzisi:

Umsebenzisi we-Reddit @Tesla_and_BYD (r/electricvehicles): “Ukukhiya ngokomzimba kuyiphupho elibi. Izolo ebusuku kubhajwe ngaphakathi kwechweba lika-BYD Han wami. Isiteshi sathi ukushaja sekuqediwe, imoto yami ivuliwe, kodwa i-adaptha yenqaba ukukhulula isibhamu se-CCS2. Ngichithe imizuzu engama-30 emvuleni ngisishukumisa kwaze kwaba yilapho isivalo sepulasitiki sigcina sichofoze.”

Igumbi lokuxoxa le-WhatsApp Dubai EV: “I-adaptha yami inamathele kusokhethi yemoto ye-GB/T futhi. Kwadingeka ngidonse ikhebula lokukhulula imishini eliphuthumayo elifihlwe ngaphansi kwephaneli yami yokuhlobisa i-trunk ukuze ngiyikhiphe. Sekungokwesithathu kuleli sonto.”

5. Amayunithi Anezitini Ngemva Kokubuyekezwa Kwe-Firmware Yenethiwekhi Yokushaja Yomphakathi ye-OTA

Amanethiwekhi amakhulu okushaja umphakathi (njenge-Fastned, i-Ionity, noma izinsiza zikahulumeni wesifunda) avame ukukhipha izibuyekezo ze-firmware ze-Over-The-Air (OTA) kubasabalalisi bawo ukuze avumelane nama-EV amasha ajwayelekile aseYurophu. Lezi zibuyekezo zivame ukushintsha isikhathi sokuxhawulana noma okhiye bokuphepha be-PLC, okushiya ama-adaptha enkampani yangaphandle, anelebula elimhlophe angahambisani ngokushesha.

• Isimo Sangempela Somhlaba:

Umshayeli wezimoto uthembele esiteshini sokushaja somgwaqo omkhulu esithile njalo ekuseni. Ebusuku bonke, umqhubi ubuyekeza uhlelo lokusebenza lwenqwaba yokushaja. Ngosuku olulandelayo, wonke umshayeli osebenzisa leyo adaptha yomuntu wesithathu uyanqatshwa ngephutha lokuqinisekisa.

• Impendulo Yangempela Yomsebenzisi:

Ilungu Leforamu laseGeorgia le-EV-Club @Giga_Drive: “I-Fastned ibuyekeze amashaja ayo ngesonto eledlule, futhi manje i-adaptha yami engu-$800 isiyisisindo sephepha. Ifaka iphutha elithi ‘Ukuqinisekiswa Kwemoto Kwehlulekile’ ngokushesha. Umenzi uthe ngidinga ukuxhuma i-adaptha kwi-laptop ye-Windows nge-USB flash drive ukuze ngikhanyise i-firmware entsha ngesandla. Sekungu-2026, kungani lokhu kuyisidala kangaka?”

Umphakathi we-Facebook (BYD Owners International): “Qaphela isibuyekezo sakamuva sesofthiwe kunethiwekhi kazwelonke yokushaja okuluhlaza! Ibhokisi lami elijwayelekile le-CCS2-to-GBT lisebenze kahle izolo, kodwa ngemva kokuba isiteshi sibuyekeze isofthiwe yaso, ngokushesha liphawula ikhodi yephutha lokuhlukanisa.”

I-Chinaevse njengochwepheshe ohamba phambili we-R&D ogxile ekuhlanganiseni okusheshayo kokushaja kwe-EV emhlabeni jikelele kanye nezixazululo zengqalasizinda ye-DC enamandla aphezulu, sakha uhlelo lobuchwepheshe lomkhiqizo wesizukulwane esilandelayo olulandelayo. Lesi siphakamiso sobuchwepheshe sibhekana ngqo nenkinga ebucayi kakhulu ethinta imakethe ye-EV yokungenisa ehambisanayo (isb., izimoto ze-GB/T ezicacisiwe zaseShayina ezisebenza ezindaweni ezilawulwa yi-CCS2 njengeYurophu, i-Asia Ephakathi, kanye ne-GCC): I-High-Load Thermal Throttling, i-Contact Meltdown, kanye ne-Sudden Charging Drops ngesikhathi sokushaja okuqhubekayo kwe-high-amperage.

ISIPHUMO SOKUSEBENZA SOBUCHWEPHESHE SE-“CRYO-LOCK” ESILANDELAYO SE-CCS2 TO GB/T ADAPTER

1. Inkinga: Ukuwa Kwamandla “Emizuzu Eyi-15 Yegolide”

Izinga lemakethe lamanjeAma-adaptha e-CCS2-kuya-GB/TAmandla aphezulu angu-200kW noma angu-300kW ahlala ehlushwa ukuwohloka okukhulu kokushisa. Ngaphansi kwemithwalo ephezulu eqhubekayo (250A kuya ku-300A currents), lawa mayunithi athola ukuphakama kokushisa kwendawo ngaphakathi kwemizuzu eyi-10 kuya kweyi-15 yokuqala kweseshini.

Uma amazinga okushisa angaphakathi edlula umkhawulo obalulekile wama-85℃, i-microcontroller yangaphakathi ye-adaptha (i-MCU) yenza uhambo lokuphepha oluphuthumayo. Lokhu kuholela ekunqanyulweni kweseshini okungazelelwe (ukunqanyulwa) noma ukwehla kwamandla okubhubhisayo (ngokuvamile okwehlisa izinga lokushaja kusuka ku-180kW liye esivinini esingesihle sokudlula esingu-22kW kuphela. Lokhu kuvimbela kuqeda inzuzo yokushaja okusheshayo kwezakhiwo zezimoto zesimanje ezingama-800V futhi kwethula izingozi zokuguqulwa kwesiteshi sokuxhuma noma ukuncibilika kwendawo.

2. Imbangela Eyinhloko: Ukumelana Nokunqwabelana Nokushisa Okungashukumi

I-physics ejulile kanye nokwehliswa kwesakhiwo kwembula amaphutha amathathu obunjiniyela axhumene kuma-adapter ajwayelekile akhona:

• Ukumelana Nokuxhumana Okudlulele (R_contact): Ama-adaptha avamile asebenzisa ama-terminal ashibhile, ajwayelekile e-CNC-split-pin. Uma kuhlanganiswa nesibhamu esindayo somphakathi se-CCS2 dispenser ngakolunye uhlangothi kanye nesokhethi ye-GB/T yemoto kolunye uhlangothi, izikhala ezincane ngenxa yokungabekezeleli kahle kwemishini kudala ukumelana okukhulu. Ukuhlolwa kwefektri kubonisa ukumelana okuhlangene kokuphela okufinyelela ku-0.65mΩ kuya ku-0.85 mΩ. Ngokusho koMthetho kaJoule:
• 

Ekudonsweni kwamandla kagesi angu-300A okuqhubekayo, lokhu kumelana kokuthintana kuholela ngqo esilinganisweni esikhulu sokukhiqiza ukushisa kwangaphakathi esingu-58.5W kuya ku-76.5W esigxile ngokuphelele ngaphakathi kwepulasitiki encane, engenamoya.

• Ukuntuleka Kokufakwa Kokushisa: Izivalo ezijwayelekile zithembele kumapulasitiki ayisisekelo e-polycarbonate (PC) anesilinganiso sokushisa esiphansi kakhulu esingaba ngu-0.2W/m·K. Ukushisa okukhiqizwa yizibha zebhasi zethusi ezisindayo ezine-voltage ephezulu kubhajwa ngaphakathi kwe-core evalwe ngomoya, kushise ngokushesha i-PCB eseduze yokuhumusha iphrothokholi kanye neseli yebhethri yangaphakathi engu-18650.
• Ukwehluleka kwe-Binary Safety Logic: I-firmware ye-adaptha ejwayelekile isebenzisa imephu ye-thermistor ye-NTC ye-single-point yokuqala. Uma umkhawulo wokushisa weqiwe, i-MCU inciphisa ngokuzumayo isignali yomjikelezo we-PWM ibe yi-zero, ingashiyi thuba lokuthi i-BMS yemoto ilungise kahle.

3. Isixazululo: Uhlelo Lokunciphisa Ukusebenza Oluqhubekayo lwe-“Cryo-Lock” 300A

Ukuqinisekisa isilinganiso esiqhubekayo se-300A embonini ngaphandle kokuwohloka kokushisa, ukwakheka kwethu kwesizukulwane esilandelayo kuvuselela kabusha i-matrix yokushisa, yemishini, kanye neye-algorithmic ngokusebenzisa ubuchwepheshe obuthathu obukhethekile:

Ingxenye A: Ubuchwepheshe Bokuthintana Kweminwe Emiqhele (Isixhumi Esingenasikhalo Esingenalutho)

Sishintsha amaphini ahlukanisiwe akudala ngama-terminal esisekelo se-alloy se-Tellurium Copper (TeCu, C14500) anamandla okuqhuba, aqiniswe ngesendlalelo sesiliva esinzima. Imbobo yangaphakathi ihlanganisa isikhafu sesipilingi se-beryllium-copper esinezikhonkwane eziningi. Lesi sicindezeli esinamandla sihambisana kahle namaphini okufaka, sisula izikhala ezincane futhi sinciphise ukumelana kokuthintana okuphelele ku-≤0.15mΩ engakaze ibonwe. Lokhu kunciphisa ukukhiqizwa kokushisa okuphakathi ngamaphesenti afinyelela ku-80%.

Ingxenye B: I-Magnesium-Aluminium Exoskeleton kanye ne-Phase-Change Potting

Ama-busbar angaphakathi ane-voltage ephezulu afakwe ngokuphelele ku-epoxy potting compound enobukhulu obuphezulu, engaqhubi ugesi, egcwele i-ceramic ene-conductivity yokushisa engu-4.5W/m·K. Le compound ihlanganisa igebe phakathi kwemithombo yokushisa yangaphakathi kanye nohlaka lwangaphakathi lwe-Magnesium-Aluminium alloy oluklanywe ngobunjiniyela. Le chassis yensimbi isebenza njengesinki sokushisa sangaphakathi, idonsa amakhalori kude nezinto zikagesi eziyinhloko futhi iwalahle emaphinini okupholisa e-micro-convection angaphandle, aphansi ahlanganiswe ne-casing yangaphandle.

Ingxenye C: I-Smart-BMS Predictive Clamping Algorithm

I-MCU yethu ethuthukisiwe enezinsika ezimbili isingatha i-NTC array enezindawo eziningi elandelela izinga lokushisa le-terminal elungile, i-terminal engalungile, i-chip yokuguqulwa, kanye nebhange lebhethri ngasikhathi sinye. Esikhundleni sokuvala okubili okungamenyezelwanga, i-adaptha isebenzisa inqubo ye-BMS Bio-Mimetic Clamping.

Uma izinga lokushisa elibucayi (75℃) libikezelwa ngokusekelwe emthambekeni wejika lokushisa, i-adaptha ibala kabusha ngokuzenzakalelayo ipharamitha ethi “Maximum Allowable Charging Current (CCL)” bese idlulisela uhlaka lwebhasi le-CAN olubushelelezi nolubuyekeziwe echwebeni le-GB/T lemoto. Lokhu kuyala ngokuphephile isiteshi nemoto ukuthi zehlise ugesi kancane kancane (isb., kusukela ku-300A kuya ku-240A), kuzinzisa amazinga okushisa ngenkathi kugcinwa iseshini yokushaja okusheshayo engaphazanyiswa.

4. Ucwaningo Lwecala: Ukuhlolwa Kwensimu Esezingeni Eliphezulu eDubai, e-UAE

• Ingemuva: Umsabalalisi wezimoto ogxile kuma-EV asezingeni eliphezulu aseShayina angeniswa ngokuhlanganyela (i-Zeekr 001 enomklamo wamaseli we-C-rate angu-100kWh) eDubai ubike izinkinga ezinkulu zokulahla ishaja ngesikhathi sokusebenza kwehlobo emini. Izimoto ezishaja kuma-dispenser omphakathi angu-360kW Siemens CCS2 ashesha kakhulu zihlale zehluleka ukushaja ngaphezu kuka-35% SOC ngaphambi kokuba ama-adapter ajwayelekile ashise kakhulu, okubangele ukubambezeleka kwezimoto.
• Ukuqaliswa: Imikhumbi yokuhlola yomsabalalisi yayihlonyiswe ngama-prototype ethu e-“Cryo-Lock” Next-Gen Adapter futhi isebenza ngaphansi kwezimo ezifanayo zasensimini ekushiseni okujwayelekile kwangaphandle okungu-43℃.
• Ukuqhathaniswa Kwedatha Ebonakalayo:

5. Imibuzo Evame Ukubuzwa Ephelele

Umbuzo 1: Kungani i-adaptha yakho igcina ukugeleza okuqhubekayo kwe-300A lapho izinhlobo ezincintisana nazo zehla ugesi ngemva kwemizuzu eyi-10?

A: Umehluko uncike ku-thermodynamics eyisisekelo kanye nobunjiniyela bokuxhumana. Abancintisanayo basebenzisa izixhumi eziqinile ezenziwe ngomshini ezibukeka zibushelelezi emehlweni kodwa zinezikhala zomoya ezincane, ziveza ukumelana okuphezulu kokuxhumana okungaba ngu-0.68 mΩ. Lokhu kusebenza njengesici esincane sokushisa ngaphakathi kwebhokisi lepulasitiki. Ngokuhlanganisa imikhono yethu yesiliva ehlanganiswe nge-Crown-Finger eningi ne-potting paste engu-4.5W/m·K ephezulu yokushisa, sehlise ukumelana kwangaphakathi ku-0.14 mΩ futhi sakha indlela eqondile yokuphuma kokushisa eya emoyeni wangaphandle. I-adaptha ifinyelela ukulingana kokushisa ngaphambi kokuba ishise kakhulu.

Umbuzo 2: Kubasebenzisi abasezindaweni ezishisa kakhulu (isib., eMpumalanga Ephakathi/e-Asia Ephakathi), kuphephile yini ukushiya i-adaptha ebhuthini yemoto ngesikhathi sokushisa kwasehlobo? Ingabe ibhethri langaphakathi lizovuvukala noma lizohluleka?

A: Yebo, kuphephile ngokuphelele. Sisuse ngokuphelele amaseli ebhethri e-lithium-cobalt-oxide ajwayelekile embonini angu-18650, avame ukubaleka nokonakala ekushiseni okuphezulu. Esikhundleni salokho, i-adaptha yethu inikwe amandla yi-micro Lithium Iron Phosphate (LiFePO4) cell chemistry ezinzile kakhulu, ehambisana nesekethe yokulinda yamandla aphansi kakhulu. Leli seli libekezelela ngokuphephile amazinga okushisa angaphakathi kwemoto afinyelela ku-70℃ ngaphandle kokukhipha igesi, ukuvuvukala kwamandla, noma ingozi yomlilo.

Umbuzo 3: Uma amanethiwekhi amakhulu okushaja omphakathi (njenge-Ionity, Fastned, noma i-Electrify America) efaka izibuyekezo ze-firmware ze-OTA kuma-dispenser awo, i-adaptha yakho ikugwema kanjani “ukubhidlizwa”?

A: Amanethiwekhi omphakathi avame ukulungisa izikhathi zawo zokuxhawulana ze-PLC noma izinqubo zokuphepha ngesikhathi sokubuyekezwa, okuphazamisa ngokushesha ukuhambisana nehadiwe endala yenkampani yangaphandle. I-adaptha yethu ifaka i-Advanced Dual-Core Architecture: i-core eyodwa iphatha ukuhumusha kwesendlalelo somzimba ngesikhathi sangempela, kuyilapho i-core yesibili iphatha ukuqinisekiswa kwephrothokholi enamandla. Ngaphezu kwalokho, iyunithi inezici ze-Bluetooth OTA ezakhelwe ngaphakathi. Uma isofthiwe yesiteshi sokushaja ishintsha, abasebenzisi akudingeki baxhume iyunithi nge-USB kwi-PC; bamane bavule i-App yethu ye-smartphone, baxhume nge-Bluetooth, bese befaka i-patch yokuhambisana emoyeni zingakapheli imizuzwana engama-30.

Umbuzo 4: Ukuvaleka kwezikhiye ngomshini—lapho ipulaki ye-CCS2 noma imbobo yemoto ibambeka khona phakathi kokuvaleka—kuyisikhalazo esikhulu kumsebenzisi. Lo mklamo ulungisa kanjani lokho?

A: Ukuvaleka kwe-lock ngokuvamile kubangelwa ukubekezela kwe-mechanical tolerance stacking noma i-microswitch feedback lag edida i-actuator kagesi yesiteshi sokushaja. Uhlelo lwethu luhlanganisa inzwa yokuqapha indawo ye-micro-actuator enembile kakhulu ku-interlock mechanism. I-adaptha iqinisekisa ngokuzimela ukuthi i-latch kagesi eseceleni kwemoto kanye ne-dispenser-side locking hook ziyavumelaniswa. Uma kwenzeka ukungalingani noma ukulahlekelwa ngokuzumayo kwamandla egridi yokusetshenziswa, abasebenzisi bangafinyelela i-pinhole ye-pinover ye-mechanical ehlanganisiwe, engangenisi isimo sezulu ku-chassis. Ukufaka iphinikhodi ejwayelekile yokukhipha i-SIM kuvula i-latch ebonakalayo ngokushesha, ukuqinisekisa ukuthi umsebenzisi akakaze abhajwe.

Umbuzo 5: Ingabe isinki yokushisa yangaphandle ye-aluminium ehlanganisiwe ibeka engcupheni ukuphepha kwe-adaptha esimweni sezulu esimanzi? Siyini isilinganiso sezulu?

A: Lutho neze. I-adaptha ifinyelela isilinganiso sokuvikelwa kwemvelo se-IP67 esiqinisekisiwe, okusho ukuthi ayivali uthuli ngokuphelele futhi ingamelana nokucwiliswa ngokuphelele emanzini. Uhlaka lwangaphakathi lwe-Magnesium-Aluminum alloy kanye namafin okupholisa angaphandle ahlukaniswe ngokuphelele nezingxenye ze-elekthronikhi. Zonke iziqhubi ze-high-voltage, izintambo zesignali, kanye ne-PCB yangaphakathi zifakwe embizeni ejulile ngaphakathi kwegumbi elihlanganisiwe elivalwe kahle, elingahambisani nomoya. Amafin ensimbi athinta kuphela igobolondo elingaphandle elivikelayo kanye ne-solid potting compound, esebenza njengesivikelo sesakhiwo esidlulisa ukushisa ngaphandle kokubeka noma yiziphi izifunda eziphilayo emvuleni, eqhweni, noma odakeni.