Umhlahlandlela Wokufaka Ngokushesha
ASW30K-L T-G2/ASW33K-L T-G2/ASW36K-L T-G2/
ASW40K-LT-G2/ASW45K-LT-G2/ASW50K-LT-G2

Imiyalelo yokuphepha

1. Okuqukethwe kulo mbhalo kuzobuyekezwa ngokungavamile ukuze kuthuthukiswe inguqulo yomkhiqizo noma ezinye izizathu. Ngaphandle kwalapho kucaciswe ngenye indlela, le dokhumenti isebenza kuphela njengomhlahlandlela. Zonke izitatimende, ulwazi kanye neziphakamiso kulo mbhalo azihlanganisi noma yisiphi isiqinisekiso.
2. Lo mkhiqizo ungafakwa, ugunyazwe, usebenze futhi unakekelwe kuphela ochwepheshe abafunde ngokucophelela futhi baqonda ngokugcwele imanuwali yomsebenzisi.
3. Lo mkhiqizo kufanele uxhunywe kuphela namamojula e-PV esigaba sokuvikela II (ngokuhambisana ne-IEC 61730, isigaba sesicelo A). Amamojula e-PV anamandla aphezulu okuya phansi kufanele asetshenziswe kuphela uma umthamo wawo ungeqi ku-1μF.Ungaxhumi noma yimiphi imithombo yamandla ngaphandle kwamamojula e-PV emkhiqizweni.
4. Uma echayeke elangeni, amamojula e-PV akhiqiza ivolumu ephezulu ye-DC eyingozitage ekhona kumakhondaktha wekhebula le-DC kanye nezingxenye ezibukhoma. Ukuthinta amakhondatha ekhebula e-DC aphilayo kanye nezingxenye ezibukhoma kungaholela ekulimaleni okubulalayo ngenxa yokushaqeka kukagesi.
5. Zonke izingxenye kufanele zihlale ngaphakathi kwamabanga azo okusebenza avunyelwe ngaso sonke isikhathi.
6. Umkhiqizo uhambisana nokuhambisana kwe-Electromagnetic 2014/30/EU, IVol Ephansitage I-Directive 2014/35/EU kanye ne-Radio Equipment Directive 2014/53/EU.

Imvelo ekhuphukayo

1. Qinisekisa ukuthi i-inverter ifakwe endaweni lapho izingane zingafinyeleleki khona.
2. Ukuqinisekisa isimo esingcono kakhulu sokusebenza nempilo yesevisi ende, izinga lokushisa lendawo kufanele libe ngu-≤40°C.
3. Ukuze ugweme ukukhanya kwelanga eliqondile, imvula, iqhwa, ukuhlanganisa amanzi ku-inverter, kuphakanyiswa ukuthi ukhweze i-inverter ezindaweni ezinomthunzi phakathi nosuku oluningi noma ukufaka isembozo sangaphandle esinikeza umthunzi we-inverter.
   Ungabeki ikhava ngqo phezu kwe-inverter.
   
4. Isimo sokukhuphuka kufanele sifanele isisindo kanye nosayizi we-inverter. I-inverter ifanele ukugxunyekwa odongeni oluqinile olume mpo noma olutshekele emuva (Ubukhulu 15°). Akunconywa ukufaka i-inverter ezindongeni ezenziwe ngamapulangwe noma izinto ezifanayo. I-inverter ingase ikhiphe umsindo ngesikhathi sokusebenza.
   
5. Ukuqinisekisa ukushabalaliswa kokushisa okwanele, ukucaciswa okunconyiwe phakathi kwe-inverter nezinye izinto kuboniswa esithombeni esingakwesokudla:

Ububanzi bokulethwa

Ukufakwa kwe-inverter

1. Sebenzisa ibhithi elingu-Φ12mm ukuze ubhoboze izimbobo ezi-3 ekujuleni okungaba ngu-70mm ngokuya ngendawo kabakaki ofakwe odongeni. (Umfanekiso A)
2. Faka amapulagi odonga amathathu odongeni bese ulungisa ubakaki wokukhweza odongeni ngokufaka Izikulufu ezintathu ze-M8 (SW13). (Umfanekiso B)
3. Lengisa i-inverter kubakaki bokukhwezwa odongeni. (Umfanekiso C)
4. Vikela inverter kubakaki okufakwa odongeni nhlangothi zombili usebenzisa izikulufo ezimbili ze-M4.
   Uhlobo lweScrewdriver:PH2, itorque:1.6Nm. (Umfanekiso D)

Ukuxhumeka kwe-AC

INGOZI

• Konke ukufakwa kukagesi kumele kwenziwe ngokuhambisana nayo yonke imithetho yendawo kanye nekazwelonke.
• Qinisekisa ukuthi wonke ama-switch e-DC nama-circuit breaker e-AC anqanyuliwe ngaphambi kokusungula uxhumano lukagesi. Ngaphandle kwalokho, ivolumu ephezulutagI-e ngaphakathi kwe-inverter ingase iholele ekushaqekeni kukagesi.
• Ngokuhambisana nemithetho yokuphepha, i-inverter idinga ukumiswa ngokuqinile. Uma ukuxhumeka okuphansi komhlaba (PE) kwenzeka, isiguquli sizobika iphutha le-PE grounding. Sicela uhlole futhi uqinisekise ukuthi inverter isekelwe ngokuqinile noma uxhumane nesevisi yeplanethi ye-Sol.

Izidingo zekhebula le-AC zimi kanje. Hlikihla ikhebula njengoba kukhonjisiwe emfanekisweni, bese unqamula intambo yethusi uye kutheminali ye-OT efanele (ehlinzekwe ikhasimende).

Into	Incazelo	Inani
A	Ububanzi bangaphandle	20-42 mm
B	I-Copper conductor cross-section	16-50mm2
C	Ubude bokuhlubula bamakhondatha afakiwe	Itheminali efanayo
D	Ubude bokukhumula komgodla wangaphandle wekhebula	130 mm
Ububanzi bangaphandle betheminali ye-OT kufanele bube ngaphansi kuka-22mm. Ikhondatha ye-PE kufanele ibe yinde ngo-5 mm kunezikhondatha ze-L ne-N. Sicela usebenzise itheminali yethusi - aluminium lapho kukhethwa ikhebula le-aluminium.

Khipha ikhava yepulasitiki ye-AC/COM ku-inverter, dlulisa ikhebula kusixhumi esingangeni manzi esisembozweni se-AC/COM ephaketheni lezinto ezifakwa odongeni, bese ugcine indandatho yokuvala efanele ngokuvumelana nobubanzi bentambo, khiyela amatheminali ekhebula ku- amatheminali e-inverter-side wiring ngokulandelanayo (L1/L2/L3/N/PE,M8/M5), faka amashidi okufakwa kwe-AC kumatheminali ezintambo (njengoba kuboniswe esinyathelweni sesi-4 somfanekiso ongezansi), bese uvala ikhava ye-AC/COM ngezikulufo (M4x10), futhi ekugcineni uqinise isixhumi esingangeni manzi. (I-Torque M4:1.6Nm; M5:5Nm; M8:12Nm; M63:SW65,10Nm)

Uma kudingeka, ungaxhuma i-conductor yesibili evikelayo njenge-equipotential bonding.

Into	Incazelo
Isikulufu se-M5x12	Uhlobo lwe-Screwdriver: PH2, i-torque: 2.5Nm
Itheminali ye-OT	Ikhasimende linikeziwe, uhlobo: M5
Intambo yesisekelo	I-Copper conductor cross-section: 16-25mm2

Ukuxhumana kwe-DC

INGOZI

• Qiniseka ukuthi amamojula e-PV anokufakwa kahle komhlabathi.
• Ngosuku olubanda kakhulu ngokusekelwe kumarekhodi ezibalo, i-Max. i-open-circuit voltagI-e yamamojula e-PV akumele idlule I-Max. ivolumu yokufakatage ye-inverter.
• Hlola i-polarity yezintambo ze-DC.
• Qinisekisa ukuthi iswishi ye-DC inqanyuliwe.
• Unganqamuli izixhumi ze-DC ngaphansi komthwalo.
  1. Sicela ubheke “Umhlahlandlela Wokufaka Isixhumi se-DC”.
  2. Ngaphambi kokuxhumeka kwe-DC, faka izixhumi zepulaki ye-DC ezinamapulagi avalayo kuzixhumi zokufaka ze-DC ze-inverter ukuze uqinisekise izinga lokuvikela.
  

Ukusethwa kokuxhumana

INGOZI

• Hlukanisa izintambo zokuxhumana nezintambo zikagesi kanye nemithombo yokuphazamiseka okukhulu.
• Izintambo zokuxhumana kumele zibe yizintambo ze-CAT-5E noma eziyisivikelo ezisezingeni eliphezulu. Umsebenzi wephinikhodi uhambisana nezinga le-EIA/TIA 568B. Ukuze zisetshenziswe ngaphandle, izintambo zokuxhumana kufanele zingazweli ku-UV. Ubude bekhebula lokuxhumana abukwazi ukudlula ku-1000m.
• Uma kuxhunywe ikhebula yokuxhumana eyodwa kuphela, faka ipulaki yokuvala embobeni engasetshenzisiwe yokuvala indandatho yekhebula.
• Ngaphambi kokuxhuma izintambo zokuxhumana, qinisekisa ifilimu evikelayo noma ipuleti lokuxhumana elixhunywe ku-

I-COM1: WiFi/4G (uma uthanda)

• Isebenza kuphela emikhiqizweni yenkampani, ayikwazi ukuxhunywa kwamanye amadivaysi e-USB.
• Uxhumano lubhekisela ku-“GPRS/WiFi-stick User Manual”.

I-COM2: RS485 (Uhlobo 1)

1. Umsebenzi wephinikhodi yekhebula le-RS485 njengezansi.
   
2. Hlukanisa ikhava ye-AC/COM bese uqaqa isixhumi esingangeni manzi, bese uqondisa ikhebula kusixhumi bese usifaka kutheminali ehambisanayo. Hlanganisa isembozo se-AC/COM ngezikulufu ze-M4 bese usikulufa isixhumi esingangeni manzi. (I-torque yesikulufa: M4:1.6Nm; M25:SW33,7.5 Nm)
   

I-COM2: RS485 (Uhlobo 2)

1. Umsebenzi wephinikhodi yekhebula njengezansi, abanye babhekisela ohlotsheni olungenhla 1.
   

I-COM2: RS485 (Ukuxhumana kwemishini eminingi)

1. Bheka Izilungiselelo ezilandelayo
   

Ukugunyaza

Qaphela

• Hlola ukuthi i-inverter isekelwe ngokuthembekile.
• Hlola ukuthi isimo sokungenisa umoya esizungeze i-inverter sihle.
• Hlola ukuthi igridi voltage endaweni yokuxhumana ye-inverter ingaphakathi kwebanga elivunyelwe.
• Hlola ukuthi amapulagi okuvala kuzixhumi ze-DC kanye negland yekhebula lokuxhumana avalwe ngokuqinile.
• Hlola ukuthi imithetho yokuxhumeka kwegridi nezinye izilungiselelo zepharamitha ziyahlangabezana yini nezimfuneko zokuphepha.
  1. Vula i-AC circuit breaker phakathi kwe-inverter negridi.
  2. Vula iswishi ye-DC.
  3. Sicela ubheke imanuwali yohlelo lokusebenza lwe-AiProfessional/Aiswei ukuze usebenzise isiguquli nge-Wifi.
  4. Uma kukhona amandla e-DC anele futhi izimo zegridi zihlangene, i-inverter izoqala ukusebenza ngokuzenzakalelayo.

Isimemezelo Se-EU Sokuhambisana

Ngaphakathi kobubanzi beziqondiso ze-EU:

• Ukuhambelana kwe-electromagnetic 2014/30/EU (L 96/79-106 Mashi 29, 2014)(EMC)
• I-vol ephansitagisiyalo se-e 2014/35/EU (L 96/357-374 Mashi 29, 2014)(LVD)
• Isiqondiso semishini yomsakazo 2014/53/EU (L 153/62-106 Meyi 22, 2014)(RED)

I-AISWEI Technology Co., Ltd. iyaqinisekisa ngalokhu ukuthi iziguquli eziguquguqukayo ezishiwo kulo mbhalo ziyahambisana nezidingo ezibalulekile kanye nezinye izinhlinzeko ezifanele zalezi ziqondiso ezishiwo ngenhla.
Sonke i-EU Declaration of Conformity ingatholakala kokuthi www.aiswei-tech.com.

Oxhumana naye

Uma unezinkinga zobuchwepheshe ngemikhiqizo yethu, sicela uxhumane nesevisi yethu.
Nikeza ulwazi olulandelayo ukuze likusize ekunikezeni usizo oludingekayo:
- Uhlobo lwedivayisi ye-Inverter
- Inverter inombolo ye-serial
- Uhlobo nenombolo yamamojula e-PV axhunyiwe
– Ikhodi yephutha
- Indawo yokufaka
- Ikhadi lewaranti

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Inombolo yocingo: +86 400 801 9996
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https://solplanet.net/contact-us/

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Inkampani AISWEI Technology CO., Ltd

Amadokhumenti / Izinsiza

Solplanet ASW LT-G2 Series Three Phase String Inverters [pdf] Umhlahlandlela wokufaka I-ASW LT-G2 Series Three Phase String Inverters, ASW LT-G2 Series, Three Phase String Inverters, String Inverters, Inverters

Izithenjwa

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