I-pod POINT 1.0-Solo-3 Array Circuit Installation Guide

Uma bungekho noma yikuphi ubudedengu noma okunye ukwephulwa komsebenzi we-Pod Point, i-Pod Point ayinasibopho sanoma yikuphi ukulimala, ukulahlekelwa noma ukulimala okudalwe yinoma yimiphi imisebenzi, izinsizakalo, imikhiqizo noma amathuluzi ahlinzekwe noma okwenziwa yikhasimende noma umuntu wesithathu (hhayi i-Pod Point noma iqembu elibhekene nalo) maqondana nokufakwa kanye/noma ukuthunyelwa kwe-Array Circuit.
Uma ukufakwa kanye/noma ukusetshenziswa kweshaja kungenziwanga i-Pod Point, kuwumthwalo wekhasimende ukuqinisekisa ukuthi noma iyiphi inkampani yangaphandle eqokelwe ukufaka kanye/noma ukuthumela i-Array Circuit ifaneleka ngokufanelekile futhi ikwenza lokho ngokuhambisana nayo yonke imithetho esebenzayo kanye nokubhekisela kusiqondiso esinikezwe kulo mbhalo (kanye nemibhalo ehlobene exhunywe ngaphakathi). I-Pod Point inikeza lo mhlahlandlela njengereferensi kuphela futhi ayithatheli indawo yokuqokwa kwabantu abanekhono ukuze bafake futhi basebenzise.

I-Array Circuit ayihloselwe ukufakwa izinkampani zangaphandle.
Ukunikezwa okuzinikele kuyadingeka, ukufakwa akufanele kwenziwe kusetshenziswa ukunikezwa okuvamile.

Ungavuli, unganyakazi, ungashintshi, uphinde ufake ucingo, tampnoma uphazamisane ne-Array Circuit uma isifakiwe.
Ikhasimende kufanele liqinisekise ukuthi i-Array Circuit efakiwe ayivulwa, ayinyakaziswa, ilungiswe, ifakwe kabusha izintambo, noma ngenye indlela.ampkuphazanyiswe noma kuphazanyiswe, ngaphandle kokuqale ngokubhekiselwa kumhlahlandlela wakamuva wezobuchwepheshe we-Pod Point kanye/noma ukwazisa i-Pod Point ngokuqondile nokuthobela izincomo ze-Pod Point.

Sicela futhi ubone imigomo yesiqinisekiso esebenzayo yeshaja engathinteka ngokuthatha leso sinyathelo. Uma unokuthile okukukhathazayo maqondana ne-Pod Point esivele ivuliwe, yasuswa, yafakwa kabusha izintambo noma eseyivuliweampUma ixhunyiwe noma iphazamisekile, sicela wazise i-Pod Point ngokuqondile ukuze kunikezwe izeluleko ezifanele, uphawule ukuthi i-Pod Point ayinawo umthwalo wemfanelo ngokufakwa kwakho ngenxa yokukunikeza lezo seluleko.
Uma bungekho ubudedengu noma okunye ukwephulwa komsebenzi we-Pod Point, i-Pod Point ayinasibopho ngokulimala, ukulahlekelwa noma ukulimala okudalwe yi-Array Circuit. iyavulwa, ihanjiswe, ilungiswe, ifakwe kabusha izintambo noma ngenye indlela tampokwenziwa noma okuphazanyiswe yikhasimende noma umuntu wesithathu (hhayi i-Pod Point noma iqembu elinomthwalo walo).

Imiyalo yokuphepha

Lolu phawu lusetshenziswa kuwo wonke lo mhlahlandlela ukukhombisa isexwayiso. Ukwehluleka ukulandela lezi zixwayiso kungase kubangele ukwehluleka kwezisetshenziswa, ukulimala komuntu siqu noma kubangele ukuthi iwaranti ingabi nalutho.
Lolu phawu lusetshenziswa kuwo wonke lo mhlahlandlela ukukhombisa ingozi. Ukwehluleka ukulandela imiyalelo engaphakathi kwalo mhlahlandlela kungase kubangele ukulimala komuntu siqu noma ukushaqeka kukagesi.

Lo mkhiqizo uzofakwa kuphela abantu abaqeqeshwe ngokufanelekile nabanekhono.

Lo mkhiqizo uzonakekelwa kuphela abantu abaqeqeshwe ngokufanele, abanekhono kanye nabafundisi.
Umsebenzi wokufaka nokulungiswa kufanele wenziwe ngokuhambisana nenguqulo yamanje ye-BS 7671 kanye nanoma yimiphi eminye imithetho kazwelonke noma yendawo, umthetho noma isiqondiso esisebenza ngesikhathi sokufakwa. Sicela futhi ucabange ukubhekisela kwiKhodi Yokuzilolonga ye-IET Yokufakwa Kwezisetshenziswa Zokushaja Imoto Kagesi

Kungumsebenzi womuntu(abantu) owenza umsebenzi wokufaka ukuqinisekisa ukuthi yonke imiyalelo nezindlela ezichazwe kulo mhlahlandlela ziyalandelwa ngaso sonke isikhathi.
I-Pod Point ayikwazi ukwamukela noma yimuphi umthwalo wemfanelo lapho lo mhlahlandlela wokufaka ungalandelwanga.

Amazinga, imininingwane kanye nemiklamo iyashintsha ngokuhamba kwesikhathi, imininingwane equkethwe kulo mhlahlandlela ingase ishintshe ngaphandle kwesaziso.
Ukuqinisekisa ukuphepha kukagesi, lo mkhiqizo kufanele ugcinwe ngokuhambisana futhi uhambisane nezincomo ezenziwe kulo mhlahlandlela.

Lo mkhiqizo akufanele ushintshwe noma ulungiswe nganoma iyiphi indlela, ukwenza kanjalo kungaholela ekulimaleni komuntu siqu noma ekulimaleni okokusebenza. Ukuzivumelanisa nezimo, ukuguqulwa noma okunye ukuphazamiseka okungagunyaziwe ngomkhiqizo kungase kuqede iwaranti yakho. Sicela ubheke Imigomo Nemibandela Yesiqinisekiso ukuze uthole imininingwane eyengeziwe ngalokhu.
Ukulimala komzimba kumkhiqizo kungase kubangele izimo ezingaphephile, uqinisekise ukuthi ugesi uhlukaniswa wodwa futhi umkhiqizo awusetshenziswa uma wonakalisiwe thintana ne-Pod Point ukuze uthole ulwazi olwengeziwe nokulungisa.

INGOZI! I-Hazardous Voltage - Ungalokothi wenze noma yiziphi izichibiyelo ezingagunyaziwe ezingxenyeni zangaphakathi zalo mkhiqizo. Qinisekisa ukuthi ukuhlinzekwa kwe-Array Circuit kuhlukanisiwe futhi kuvaliwe ngaphambi kokuba kwenziwe imisebenzi yokufaka nokulungisa.

Amalungiselelo Omhlaba

I-Array Circuit kufanele ixhunywe kusistimu yomhlabathi ehlala unomphela, yensimbi ngokuhambisana nenguqulo yamanje ye-BS 7671 kanye nanoma yimiphi eminye imithetho esebenzayo yasendaweni nekazwelonke.

I-Array Circuit ifanele ukuxhunywa kumasistimu omhlaba alandelayo:

Isifaki sinesibopho sokuqinisekisa ukuthi isistimu yokufaka umhlaba eyanele futhi ihlangabezana nezidingo ezinemininingwane ngaphakathi kwenguqulo yamanje ye-BS 7671.

* Noma yiziphi izimo lapho Ishaja Eyedwa izofakwa ngaphandle, idivayisi evulekile yokuvikela ye-PEN kufanele futhi ifakwe emthonjeni wokunikezela.

** Ukucatshangelwa okwengeziwe kufanele kwenziwe lapho i-Array Circuit ixhunywe ohlelweni lwe-TT earthing. I-RCD iyohlale idingeka emthonjeni wokuphakela lapho kusetshenziswe isistimu ye-TT earthing - kungaba okokufaka konke noma endaweni yeshaja kuphela.
Lapho i-RCD idingeka kusistimu ye-TT earthing, i-RCD kufanele ibe yi-Type B >100mA yesikhathi esibambezelekile.

Ukuxhunywa kukagesi

Amakhebuli anqanyulwa ku-Array Circuit kufanele enziwe ukuze kugwenywe ukulimala okungahlosiwe - izindlala zekhebula ezifanele kufanele zisetshenziswe lapho kungenwa khona lapho kuxhunywa khona ikhebula, izintambo kufanele zikhumulwe zibe ubude obufanele ukugwema ukuvela kwethusi eliningi lapho kunqanyulwa. Ukunqanyulwa kufanele kuqiniswe ngaphakathi kwe-torque eshiwo:

Isakhi	I-Torque (Nm)
Zonke izingxenye ze-EAE	Bheka Amadokhumenti e-EAE
PP-E-170094 – 100A Okokufaka kwe-MCB	3.5
PP-E-210410 – 100A Okukhiphayo RCCB	2.5
I-PP-E-210414 - Itheminali Yomhlaba	10
I-PP-A-170103 - Isilawuli se-Array	0.5

Amakhebuli kufanele akhonjwe ngendlela efanele ngombala ngaphakathi kwendawo ebiyelwe yokuxhumana.

Lolu hlelo akumele lufakwe ngaphandle komklamo othize wephrojekthi okhiqizwe iPod Point, ukuze ufundwe ngokuhambisana nalo mhlahlandlela.

Lo mhlahlandlela wokufaka uchaza inqubo yokufaka ye-Array Circuit 1.0 (Solo). I-Array Circuit version 1.0 iqukethe:

Ibhodi Lokusabalalisa Lesifunda Se-Pod Point's Array
Elbagate's MK E-Line Busbar
I-Tap-off Box ka-Elbagate
Ibhokisi Ledatha Le-Pod Point

Ngokuncika ekunikezeni ugesi, lolu hlelo lungahlinzeka ngokunyuka kwemodular ukusuka kumayunithi angama-3 kuye kwangama-27 afakekayo ngokusebenzisa isistimu yokuqapha umthwalo ohlakaniphile. Ukushintshashintsha kwe-modularity kwalesi simiso kungenxa Yamaphoyinti nama-Tap-off, lapho ingqalasizinda yomthamo omkhulu ifakwa ngesikhathi esisodwa futhi i-Solo ngayinye eyengeziwe ingafakwa kwingqalasizinda ekhona kakade., I-Array Circuit 1.0 ihambisana ne-Solo yokuqala ne-Solo 3 kuphela.

Izinto ezifakiwe:

I-Array Circuit Busbar & Busbar Components (isayithi ethize)
I-Array Circuit Distribution Board

Izinto ezidingekayo ukuze kuqedelwe lokhu kufakwa:

Incazelo	Qty
(PP-M-170167-1) 40mm indlala yekhebula ehlomile	Isiza esiqondile
(PP-M-170166-1) 20mm indlala yekhebula ehlomile	Isiza esiqondile
5-core cable	Isiza esiqondile
2-core cable	3x ngobude besayithi ngalinye - isayithi elithile
Ithreyi ye-Unistrut / Basket	Isiza esiqondile
I-PVC Conduit 20mm2	Isiza esiqondile
20mm2 Isihlalo Sesihlalo Sensimbi Clamps	Isayithi Specific
(PP-K-220074) Ikhithi Yebhokisi Ledatha	[Kahle kahle] 1x Iphuzu lokushaja ngalinye lifakiwe[Okuncane] 0.5x Iphuzu lokushaja ngalinye lifakiwe
(PP-K-220073) Ikhithi Yebhokisi Lokukhipha	1x ngephoyinti lokukhokhiswa ngalinye elifakiwe

Ulwazi

Incazelo	Inani
Isisindo Sebhodi Lokusabalalisa (okuhlanganisa ukupakisha)	16.3 kg
I-EMC Environment Classification	I-Class A - ImmunityClass B - Emissions
Okokufaka okuphezulu kwe-short-circuit current (Supply PFC)	10 kA
Isilinganiso se-conditional short-circuit current (Icc)	10 kA*
Imishini yokuvikela ekhuphuka nomfula iyadingeka	Okuncane. 100AMmin. 10kA

Iphutha okungenzeka libe khona ekufakweni kokuhlinzeka ku-Array Distribution Board akumele lidlule u-10kA

Uhlu lwezithenjwa lweMigomo

Iyunithi Yokuphakelayo
Iphoyinti lokukhipha kanye nekhava
Ubakaki
Ibhokisi Lokukhipha

I-Busbar Trunking
Ibhokisi Ledatha
Ibhodi Lokusabalalisa (DB)

Ukufakwa kwe-EAE Busbar Components/System
Zonke izingxenye ezihlinzekwe yi-Elbagate (EAE) kufanele zifakwe futhi zifakwe njengokucaciswa kwazo nangokuhambisana nemihlahlandlela yazo. I-Pod Point ayithathi ubunikazi noma isibopho somkhiqizo wabo noma indlela yokusebenza. Lo mhlahlandlela unikeza kuphela imininingwane yokusebenzisa umkhiqizo ukuze uvumelane nenjongo ye-Array Circuit kanye nezingxenye zayo ezihlobene. I-Busbar Trunking esetshenzisiwe yinguqulo ye-Elbagate E-Line MK, imininingwane ingatholakala lapha: https://www.eaeelectric.com/busbar-systems/e-line-mk-busbar

Ukufakwa Okuyisisekelo Nokufakwa Kwesibili Kuphelileview

Ukufakwa kwe-Array Circuit kuzokwenzeka kumasekhondi amabili ahlukenetages:

Stage 1 – Ingqikithi yengqalasizinda engenzi lutho (Ibhodi Lokusabalalisa, Ibha, Amabhokisi Okukhipha Isandla kanye namabhokisi Wedatha) ifakiwe. Awekho ama-Chargepoints afakiwe ngalesi sikhathi.
Stage 2 – Ngesicelo esithile, i-Chargepoint ifakwa ngendlela ejwayelekile. Lokhu bese kufakwa ku-Tap-off Box yayo ezinikele eduze kwe-Busbar.
Qaphela: Ireferensi yezinyathelo ezilandelayo (okungukuthi XYZ) ibhekisela ku-Stage X, Isigaba Y kanye nesinyathelo Z.

Ibhodi Lokusabalalisa

Stage1

Isigaba 1: Ukufakwa Kwebhodi Lokusabalalisa – AC-DB-01-UAA KUPHELA

Linganisa futhi usike i-trunking (kanye nepayipi uma kunesidingo) lapho kuzofakwa khona Ibhodi Lokusabalalisa (DB). Vula isivalo bese uqaqa ikhava.

Maka izimbobo ezi-4 usebenzisa izindawo ezikhonjwe kuMfanekiso 2. Geza izimbobo ezi-4 odongeni lapho kuzofakwa khona Ibhodi Lokusabalalisa.
Faka Ibhodi Lokusabalalisa odongeni usebenzisa izikulufu ezifanele ezingu-4x.
Susa ama-knockout afanele ohlangothini(ama)hlangothi Lwebhodi Lokusabalalisa lapho okufikayo, okuphakelayo okuphumayo kanye nezintambo zeDatha eziphumayo (nge-trunking, ikhebula lezikhali kanye/noma ipayipi) zizoxhunywa.

Hlubula amakhebuli kagesi kusuka kokufikayo, uphakele ngokungqongqoza uye Ebhodini Lokusabalalisa usebenzisa indlala efanele. Indawo yokunakekela: Qinisekisa ukuthi izintambo ezikhumuliwe zifinyelela ku-100A MCB ku-Upper DIN Rail.
Xhuma okuphumayo kanye Nomhlaba Eyunithi Yesiphakeli Sebha ehambisanayo, elungisa odongeni/osilingini ngendlela efanele. Sebenzisa Imanuwali Yokufaka ye-EAE ukuze uthole izilungiselelo ezifanele zetorque.
Phakela ikhebula ngendlala Yebhodi Lokusabalalisa, bese ukala futhi ukhumule izintambo ukuze zifakwe kumatheminali azo ahambisanayo.

Xhuma ukunikezwa kwe-Busbar ku-Lower DIN Rail RCCB kanye netheminali ye-Earth, njengoba kubonakala kuMfanekiso 8 ngezansi. Umfanekiso 8. Umdwebo weBhodi Lokusabalalisa le-AC-DB-01-UAA -Ibha yendlela eyodwa
Isikulufu u-L1 (ensundu), u-L2 (omnyama), u-L3 (ompunga) no-Neutral (oluhlaza okwesibhakabhaka) ngaphansi kwe-RCCB(ama) ku-Lower DIN Rail. Faka intambo yomhlaba kutheminali yomhlaba ku-Lower DIN Rail. Izintambo ezibukhoma kanye ne-Neutral kufanele ziklwe zibe yi-torque engu-2.5Nm, i-Earth ibe yi-torque engu-10Nm.
Yondla zonke izintambo zedatha eziyisi-6 ngokungqongqoza okufanele usebenzisa (a) izindlala. Lebula ngokufanelekile.
Indawo yokunakekela: Qinisekisa ubude obanele ukuze ufinyelele Izilawuli ze-Array ku-Upper DIN Rail.
Indawo yokunakekela: Qinisekisa ukuthi izintambo Zedatha ziyabonakala

Sika futhi ukhumule izintambo zeDatha zibe ngobude obufanele futhi zingene ku-Array Controller ehambisanayo “OUT 1” KANYE “GND”, bheka uMdwebo 11.
Iphuzu lokunakekela 1: Qiniseka ukuthi uxhuma intambo evikelekile kusilawuli se-Array esifanele leso sigaba.
Indawo yokunakekela 2: Qinisekisa ukuthi ukuvikela kuxhunywe kuphini eliphansi lesilawuli.
Iphuzu lokunakekela 3: Izizathu ezingaphakathi kwezilawuli zivamile. Konke ukuxhumana kwe-Out kufanele kuxhunywe ngokuhlukene esigabeni esihlobene, isb isilawuli se-L1 kufanele sixhume kuphela Kumashaja ahlinzekwe ku-L1.Umfanekiso 11. Ukuxhumeka kwe-Array Controller - kubonisa kuphela i-1x ngesigaba ngasinye ukuze kube lula
Okuphakelayo izintambo zeDatha ngamapayipi aya Ebhokisini Ledatha lokuqala, elinamathiselwe kubakaki bokuqala. Umfanekiso 12. Isbample Uxhumano Lwekhebula Yedatha ukusuka Ebhodini Lokusabalalisa kuya Ebhokisini Ledatha lokuqala
Zonke izilawuli ze-Array kumele ngasinye sixhunywe kuzo zombili izintambo (Live ne-GND) ngekhebuli yedatha ngayinye.
Indawo yokunakekela: Qinisekisa ukuthi ikhebuli yedatha ngayinye ikhonjwe ngokucacile ngendlela efanele.
Isikulufa kukhava ye-Ditribution Array Board.

Namathisela zonke izitikha ezilethwe namabhodi esembozweni.
Ngemva kokuqinisekisa nokuhlolwa kokuqala, bheka izinyathelo kanye noMfanekiso 13 ngezansi ukuze uthole i-oda lokunika amandla.
1. Vula i-main 100A MCB (bona Isithombe 14 ngezansi)
2. Vula i-1-pole 2A MCB iphakela izilawuli zamalungu afanayo (bona Isithombe 9 ngezansi)
3. Shintsha i-DIN ujantshi ephansi RCCB(inombolo yama-RCCB izoncika ku-SKU)
  Indawo yokunakekela: Wonke Amashaja eSolo kufanele axhumeke ku-inthanethi nge-Wi-Fi futhi kufanele alungiselelwe ukusetshenziswa nesistimu ye-Array.

Isigaba 1: Ukufakwa Kwebhodi Lokusabalalisa – AC-DB-01-UBA KUPHELA

INGOZI! I-Hazardous Voltage - Ungalokothi wenze noma yiziphi izichibiyelo ezingagunyaziwe ezingxenyeni zangaphakathi zalo mkhiqizo. Qinisekisa ukuthi ukuhlinzekwa kwe-Array Circuit kuhlukanisiwe futhi kuvaliwe ngaphambi kokuba kwenziwe imisebenzi yokufaka nokulungisa.

Leli khasi lishiywe lingenalutho ngenhloso njengesimeli sokufakwa kwe-Array Circuit 1.0 Distribution Board AC-DB-01-UBA SKU okuhlukile. Ukukhishwa kamuva kwalo mbhalo kuzochaza ngezinyathelo ezidingekayo zokufakwa uma seziqediwe futhi kuvunyelwane ngazo yizo zonke izinhlangothi ezifanele.

Ukulungiswa kweBusbar

Isigaba 2: Ukulungiswa kwe-Busbar Trunking

Indawo yokunakekela: I-Busbar Trunking ingafakwa ngezindlela eziningi; kufakwe udonga, uphahla lufakwe kanye/noma lumisiwe, bheka uMfanekiso 16, 17 no-18.

Linganisa futhi umake amabanga emzileni ukuze uqinisekise ukuthi kufakwe okungenani Abakaki abangu-2x ngobude obuyi-2m beBusbar Trunking. Abakaki kufanele bafakwe phambi Kwamaphoyinti Okukhipha lapho kungenzeka khona.
Indawo yokunakekela: Qinisekisa ukuthi laba Babakaki abawavali Amaphoyinti Wokuvala noma amajoyinti e-Busbar futhi ushiya isikhala esanele ukuze kufakwe Ibhokisi Lokuvala.

Linganisa futhi umake amabanga emzileni lapho kuzofakwa khona Amabhokisi Edatha. Amabhokisi Edatha kufanele abekwe phakathi kwezindawo zokupaka ze-EV ezi-2, ukuze kuhlinzekwe ngoxhumo lwedatha kumashaja angu-2 esikhathi esizayo.

Izintambo zedatha

Isigaba sesi-3: Ukufakwa Okunconyiwe Kwezintambo Zedatha

Ngenxa yenani lezindlela i-Busbar engafakwa ngayo, izindlela ezi-3 zinconywa yi-Pod Point. Bonke basebenzisa uhlelo olufanayo lwe-saddle clamps kanye namabhokisi edatha ahlanganiswe ku-Unistrut eduze kwe-Busbar.
Faka Amabhokisi Edatha ku-Unistrut/Obakaki ezindaweni ezikhonjwe ku-Isinyathelo 1.2.2.
Faka i-saddle clamps emabangeni ahlukaniswe ngokufanele ukuze uvikele i-Conduit eya e-Unistrut noma i-Bracket.
Indawo yokunakekela: I-Saddle clamps kufanele ifakwe ngaphambi kwebha yebhasi uma usebenzisa i-Bracket efanayo kukho kokubili idatha nokulungiswa kwebhasi.

Faka ipayipi ku-cl yehhashiamps nakuMabhokisi Edatha njengoba kudingeka kuze kube sekupheleni kwe-Array Circuit, bona Amanani 19 kanye no-20. Indawo yokunakekela: Ubude bokugcina bepayipi kufanele buphelelwe ku-Data Box, kungakhathaliseki ukuthi i-EV bay indawo ikuyiphi.
Yondla futhi ilebula isethi yokuqala yezintambo zeDatha, okungukuthi lezo ezixhunywe kwesokunxele esikude se-Array Controllers, ngeBhokisi Ledatha lokuqala, njengoba kubonakala Umfanekiso 21.
Indawo yokunakekela: Qinisekisa ukuthi ikhebula ngalinye likhonjwe ngendlela efanele ngendlela enengqondo. Okwesiboneloample, 1-L1 isho ipheya lokuqala elithi “1-” le-“L1” Array Controller.
Phakela isethi elandelayo yezintambo Zedatha Ebhokisini Ledatha. Khipha kanye, bopha zip bese umaka lawa makhebuli njengepheya yesibili Live ngalinye. Bheka Umfanekiso 22 no-23. Indawo yokunakekela: Qinisekisa ukuthi ikhebula ngalinye likhonjwe ngendlela efanele ngendlela enengqondo ebhokisini ngalinye.

Isigaba sesi-4: Ukufakwa kwe-Tap-off Box

Ibhokisi Lokukhipha

Isigaba sesi-4: Ukufakwa kwe-Tap-off Box

Khomba I-EV Charging Bay lapho Iphoyinti Leshaja lingase lifakwe khona.
Khomba Iphoyinti Lokukhipha elihambisanayo ukuze ufake i-Tap-off Box. Leli kuzoba yiphuzu eliseduze, ngaphandle kokuthi livinjwe iphoyinti.
INGOZI! I-Hazardous Voltage – landela inqubo yokuhlukaniswa ephephile

Vula i-Tap-off Box bese ufaka i-RCBO kuzintambo ezimaphakathi nezifanelekile ezibukhoma.
Namathisela ilebula ebukhoma ehlobene ku-RCBO.
Vula Ikhava Yokufinyelela yebhasi eveza amakhondaktha ngaphakathi, njengoba kubonakala kuMfanekiso 25.

Njengoba ibhokisi livuliwe, faka amaphoyinti e-conductor ngaphansi kwe-Tap-off Box ku-Tap-off Point bese uphushela uqonde ku-Busbar. I-Tap-off Box izochofoza endaweni. Indawo yokunakekela: Qinisekisa ukuthi i-Tap-off Box igxunyekwe ukuze isibambo sibe ngasohlangothini olufanayo Nekhava Yokuvala ngokuhlobene namakhondakta.
Susa ama-knockout esivalweni se-Tap-off Box ukuze uveze i-RCBO, vala isivalo kanye ne-latch.
Faka intambo yokuvala emigodini eduze kwe-latch ku-Tap-off Box. Gxila ku-ferrule (futhi tag uma kuhlinzekiwe). Phinda nge-latch flip-up, njengoba kubonakala kuMfanekiso 28.

I-Chargepoint Connection

Stage2

Isigaba 1: Ukuxhuma indawo yokushaja ku-Tap-off Box & Data Cable

Thola i-EV Charging Bay lapho indawo yokushaja izofakwa/ifakwe khona kanye nebhokisi ledatha elihambisanayo.
Khomba Ibhokisi Lokuvala elihambisanayo. Lokhu kuzoba okuseduze, ngaphandle uma indlela ivimbekile.
ISEXWAYISO: Qinisekisa ukuthi amandla avaliwe futhi kubonakale sengathi afile ngaphambi kokufaka.

Sika i-wire sealing Ibhokisi Lokuvala, bese uphakela Ikhebula le-Supply to Unit ngendlala eseceleni ku-Tap-off Box. Yenza imbobo yendlala uma kunesidingo.
Sika izintambo ezimaphakathi, ezibukhoma nezomhlaba zibe zinde futhi zingene kumatheminali azo ahambisanayo ku-RCBO naku-Earth Stud, njengoba kubonakala kuMfanekiso 29.Umfanekiso 29. I-Tap-off Box ene-L2 exhunywe ku-RCBO
Yondla Ikhebula Ledatha Ebhokisini Ledatha ngokusebenzisa i-knockout efanele.

Hlubula futhi ulinganise Isignali engenayo kanye Nephansi kumabhulokhi wetheminali yezindlela ezi-3, njengoba kubonakala kuMfanekiso 30.
1. Iphuzu lokunakekela 1: Qinisekisa ukuthi ibhulokhi ngayinye iqukethe amakhebuli Esiginali noma aphansi kuphela, angenakho ukungcola.
2. Indawo yokunakekela 2: Wonke amakhebuli aphansi kufanele afakwe eduze kwesivikelo sezintambo, njengoba kukhonjisiwe ezithombeni.

Hlubula futhi ulinganise Isiginali ephumayo bese Ugawula emabhuloki etheminali ezindlela ezimbili. Ibhulokhi ngayinye kufanele igcwale ngokugcwele ngezintambo Zesiginali noma Eziphansi ngokulandelana kwazo njengoba kubonakala kuMfanekiso 2.Umfanekiso 31. Izintambo Zedatha Ephumayo sengathi zifakwe iyunithi, ebonisa kuphela ipheya yesigaba esi-1 Sezintambo Zedatha ukuze kucace. Umfanekiso 32. Amakhebuli edatha angenayo naphumayo axhunywe kumatheminali angu-3 no-2
Indawo yokunakekela: Wonke amakhebuli aphansi kufanele afakwe eduze kwesivikelo sezintambo, njengoba kukhonjisiwe ezithombeni.
Okuphakelayo amakhebuli edatha amabili ukuya nokubuya ephoyintini lokushaja ngokungqongqoza okufanelekile Ebhokisini Ledatha. Ilebula ngokufanelekile, okungukuthi “1-L1 IN”, “1-L2 OUT”.
Faka ikhebuli Yedatha ku-Chargepoint kumatheminali angenayo e-lever 3, njengoba kuboniswe kuMfanekiso 33.Umfanekiso 33. Ikhebula ledatha ku-Chargepoint lifakwe kumatheminali anezintambo ezi-3
Indawo yokunakekela: Qinisekisa ukuthi ikhebuli Yedatha ethintwayo iyafana ne-Live efakwe ku-Tap-off Box.
Faka ikhebula Ledatha elisuka ku-Chargepoint kumatheminali angama-lever angu-2, njengoba kuboniswe kuMfanekiso 34. Indawo yokunakekela: Qinisekisa ukuthi zonke izintambo Zedatha zilebulwe ngendlela efanele.

Faka zonke izintambo namabhulokhi wetheminali ngaphakathi kweBhokisi Ledatha, njengoba kubonakala kuMfanekiso 35.
Ukuze ulingane iyunithi yesibili, phinda izinyathelo 2.1.5. kuya ku-2.1.9., kusetshenziswa isethi yesibili yamabhulokhi wetheminali kanye nokungqongqoza okuhlukile.
Faka zonke izintambo namabhulokhi wetheminali ngaphakathi kweBhokisi Ledatha, njengoba kubonakala kuMfanekiso 36.

Faka intambo yokuvala emigodini eduze kwe-latch ku-Tap-off Box. Gxila ku-ferrule (futhi tag uma kuhlinzekiwe). Phinda nge-latch flip-up, njengoba kubonakala kuMfanekiso 37.
Ikhebula le-Supply to Unit kanye ne-Data Cable manje sekuxhunywe kahle ku-Busbar and Distribution Board. Ukufakwa manje kuqhubeka njengemihlahlandlela ejwayelekile yokufakwa Kwasekhaya kusukela kulesi sinyathelo kuye phambili. Bheka uMdwebo 38 ukuze uthole inkomba.

Ukuhlolwa kanye Nokugunyazwa

Stage 3
Isigaba soku-1: Ukuhlola kanye Nokuthunyelwa Kwangaphambili

Ukuhlolwa kukagesi
Lapho kuqedwa ukufakwa Kwesekethe ye-Array, isifaki kufanele senze ukuqinisekiswa kokuqala kanye nokuhlola i(ama)sekethe yokunikezela kanye nesekethe yokugcina/ibhasi njengoba kubekwe ku-BS 7671. Isitifiketi kufanele sinikezwe iklayenti lapho kuqedwa ukufakwa.

Ukuthunyelwa kwangaphambili
Hlola ngokubuka ukufakwa kwe-Array Circuit ukuze uqinisekise:

Amabhodi wokusabalalisa we-Array Circuit alungiswe ngokuvikelekile nokuthi izilinganiso ze-IP zigciniwe
Ibha yebhasi ilungiswe ngokuvikelekile futhi wonke amakhava okukhipha i-tap-off avikelwe endaweni

Isiqukathi sekhebula silungiswa ngokuvikelekile ngezivalo lapho kufanele khona
Zonke izintambo zinezindlala ngokwanele futhi zivikelekile
Awukho umonakalo wokuhlinzeka ngama-conductor noma ibha yebhasi

Wonke amasekethe okuphakela kanye nawokugcina ahlonzwa endaweni yokusabalalisa
Amalebula ezixwayiso afakwe lapho kudingeka
Izintambo zedatha zikhonjiwe futhi zifakwe ilebula

Izindawo zokuxhuma idatha zilungiswa ngokuvikelekile nezivalo ezifakwe lapho kudingekile

Isistimu ye-Array Circuit manje inganikwa amandla ukuze ilungele ukusetshenziswa.

Isigaba sesi-2: Ukugunyazwa

Setha:
Ngaphambi kokuthi kuqale ukuhlolwa kwesistimu ye-Array, amashaja e-Solo kufanele axhunywe ekuphakeleni futhi ahlolwe ngogesi (Ze, Zs njll.). Ukulandela le nqubo i-Solo ngayinye kufanele ixhunywe ku-Wi-Fi (bona imiyalelo efakwe ebhokisini lale nqubo). Ukukhishwa kwamayunithi kudinga inombolo ye-PG ye-Solo ngayinye kanye nokunikezwa okuphezulu ibhodi elikhulu lokusabalalisa elikunikeze yona.

Inqubo yokugunyaza yabela i-Solo ngayinye umthamo omkhulu otholakalayo, idatha yokugunyazwa ibe isilayishwa ku-Solo ngayinye futhi igcinwe kumemori yayo engaguquguquki. Njengoba le nqubo ingathatha amaminithi angu-5 ukuqeda, wonke amayunithi kufanele enziwe ngesikhathi esisodwa. Sicela uqaphele: lapho i-Wi-Fi nokuxhumeka kwe-inthanethi sekusunguliwe isibani sesimo se-Solo sizokhanyisa Okuluhlaza okwesibhakabhaka nge-Pink flash (Amashaja e-Solo anama-LED amhlophe awakwazi ukukhishwa).

Okumhlophe Okuqinile
I-Solo ayinayo isignali ye-Wi-Fi noma ukufinyelela kwenethiwekhi

Okukhanyayo Okuluhlaza/Okupinki
Iyunithi ixhumana ne-Pod Point. (isifunda esijwayelekile)

Ukulandela ukusetshenziswa ku-inthanethi kwawo wonke Amashaja Ahlakaniphile Asebenza Ngawo wonke, isiqinisekiso esilula sokuthi bonke bathola idatha evela Kubalawuli Be-Array singenziwa.

Hlola ukuthi wonke amashaja eSolo akhombisa ukusebenza okuvamile (Okuluhlaza okwesibhakabhaka/Opinki). Noma yimaphi amayunithi abonisa i-LED yesimo esiBomvu kufanele ahlolwe ukuze kuqinisekiswe ukuthi amakhebuli afakwe kahle futhi alungisiwe.

Ngemva kokuqinisekisa ukuthi konke KULUNGILE, vula ukunikezela uye ebhodini lokulawula le-Array (2A MCB).
Wonke amashaja e-Solo kufanele enze iphutha (i-LED ebomvu), eqinisekisa ukuthi i-Array isebenza ngokuphepha.

Vula i-MCB futhi, i-Solo kufanele ilulame futhi ibuyele esimweni esivamile.

Amashaja eSolo ngesigaba sikagesi ngasinye
Ukumelana nobukhulu obulinganiselwe ekuphumeni kwe-Array (Ohms)	1	2	3	4	5	6	7	8	9
	103	53	36	29	24	19	17	15	14

Ukuhlolwa kwephutha kwesistimu ye-Array:

Uma elinye noma wonke amashaja e-Solo enephutha ngemva kokusebenza (i-LED ebomvu), hlola i-12VDC ekuphumeni kwamandla kusilawuli se-Array, uma iphansi, hlukanisa okuphakelayo kwe-12V kumojula ngayinye ye-Array ukuze unqume ukuthi ingabe umthwalo oweqile ukhawulela ukunikezwa kwe-12V.

Uma kutholakala ukuthi okukodwa noma ngaphezulu kubangela ukuthi ukunikezwa kukhawulwe, hlola ukumelana kokuphumayo kwamatheminali emojula ye-Array (ene-12V PSU icinyiwe), ukumelana okujwayelekile okunikezwe ngenhla.
Uma kutholwa ukufundwa okuphansi kunalokho obekulindelwe kukhombisa ukuthi isekethe emfishane kukhebula yedatha noma enye yamashaja e-Solo ayihanjiswanga kahle (isiginali namatheminali aphansi ashintshiwe), uma ukumelana kuphezulu kakhulu kukhombisa isekethe evulekile noma enye yamatheminali ngaphakathi kweSolo ayixhunywanga kahle nekhebula ledatha (lokhu kwehluleka kuvame ukuthinta iyunithi eyodwa noma amayunithi amabili).
Uma i-DC voltagama-es nokumelana kuyalandelana -sola imojuli ye-Array enesici.
Isilawuli se-Array PSU inkomba lamp (ejwayelekile).

Ukukhanya kwesimo sodwa

Isigaba sesi-3: Isondlo

Isondlo
I-Array Circuit idinga ukunakekelwa okuqhubekayo ukuze kuqinisekiswe ukuthi ihlala iphephile ukuze isetshenziswe ngokuqhubekayo nokuqinisekisa ukuphila isikhathi eside. Imisebenzi yesondlo kufanele yenziwe kuphela yi-Pod Point.

I-Pod Point incoma ukuthi ama-RCD afakwe ngaphakathi kokufakwa kwe-Array Circuit kufanele ahlolwe mathupha ukuze asebenze njalo ngemva kwezinyanga eziyisi-6 ngokuvumelana nezincomo ezingaphakathi kwe-BS 7671.
I-Pod Point incoma ukuthi i-Array Circuit ihlolwe futhi ihlolwe okungenani njalo ngemva kwezinyanga eziyi-12, lokhu kuhlola kuzoqinisekisa ukuthi imishini yokuphepha yangaphakathi iyasebenza.
Ezindaweni ezisetshenziswa kakhulu, kuyanconywa ukunciphisa imvamisa yokuhlola ibe njalo ezinyangeni eziyisi-6, kuzoba yisibopho sesifaki ukuhlola imfuneko yokuhlola kaningi kunezinyanga eziyi-12.

Ukuze uhlele ukuvakashelwa kwesevisi, sicela usithinte nge: www.pod-point.com/contact

I-Array Circuit 1.0 Umhlahlandlela wokufaka

FAQ

Q: Ubani okufanele afake i-Array Circuit 1.0 - Solo 3?
IMP: Umkhiqizo kufanele ufakwe kuphela abantu abaqeqeshwe ngokufanelekile nabanekhono.
Umbuzo: Ingabe umkhiqizo ungaba tampidliwe ngemuva kokufakwa?
IMP: Cha, I-Array Circuit akufanele ivulwe, ihanjiswe, ilungiswe, noma iphazamiseke ngemva kokufakwa ukuze kuqinisekiswe ukuphepha nesiqinisekiso sokufaneleka.

Amadokhumenti / Izinsiza

I-pod POINT 1.0-Solo-3 Array Circuit [pdf] Umhlahlandlela wokufaka
1.0-Solo-3, 1.0-Solo-3 Array Circuit, 1.0-Solo-3, Array Circuit, Circuit

Izithenjwa

Imaniwali yosebenzisayo

I-pod POINT 1.0-Solo-3 Array Circuit