RENOGY Adventurer 30A PWM Version 2.1 Flush Mount Charge Controller w-LCD Display
Iinkcukacha zajikelele
I-Adventurer isilawuli sentlawulo esiphezulu kwi-off-grid yezicelo zelanga. Ukudibanisa ukutshaja kwePWM okusebenzayo kakhulu, lo mlawuli wongeza ubomi bebhetri kwaye uphucula ukusebenza kwenkqubo. Ingasetyenziselwa i-12V okanye i-24V ibhetri okanye ibhanki yebhetri. Umlawuli ufakwe kwi-self-diagnostics kunye nemisebenzi yokukhusela i-electronic ekhusela umonakalo kwiimpazamo zokufakela okanye iziphene zenkqubo.
Ezona mpawu
- Ukuqaphela okuzenzekelayo kwe-12V okanye i-24V inkqubo yevoltage.
- 30A ukubiza umthamo.
- Isikrini esingasemva seLCD sokubonisa ulwazi lwenkqubo yokusebenza kunye nedatha.
- Iyahambelana ne-AGM, iTywina, iGel, uMkhukula, kunye neebhetri zeLithium.
- 4Stage PWM ukutshaja: Buninzi, Boost. Ukudada, kunye nokuLinganisa.
- Imbuyekezo yobushushu kunye nokulungisa ukutshaja kunye nokukhupha iiparamitha ngokuzenzekelayo, phucula ubomi bebhetri.
- Ukukhuselwa ngokuchasene: nokutshaja ngaphezulu, ngaphezulu kwangoku, kwisekethi emfutshane, kunye nokubuyela umva polarity. Izibuko le-USB elikhethekileyo kumboniso ongaphambili.
- Unxibelelwano oluhlanganisiweyo lwezibuko lokujonga kude
- Ihlawulisa ngokugqithisileyo iibhetri ze-lithium-iron-phosphate
- Ngokukodwa yenzelwe usetyenziso lweRV kwaye ivumela ukucocwa kwendalo okucocekileyo ezindongeni.
- Imbuyekezo yobushushu obukude iyahambelana.
- Ibhetri ekude voltagUluvo lwe-e luyahambelana.
Product Overview
Ukuchongwa kwamaCandelo
| # | Ileyibhile | Inkcazo |
| 1 | Izibuko le-USB | I-5V, ukuya kuthi ga kwi-2.4A izibuko le-USB lokutshaja izixhobo ze-USB. |
| 2 | Khetha Iqhosha | Jikelezisa ujongano |
| 3 | Faka iQhosha | Ipharamitha yokuseta iqhosha |
| 4 | Umboniso weLCD | IBlue Backlit LCD ibonakalisa ulwazi ngemeko yenkqubo |
| 5 | Imingxunya yokuNzeka | imingxunya enobubanzi bokunyusa isilawuli |
| 6 | Izikhululo zePV | IiTheminali eziLungileyo nezingalunganga zePV |
| 7 | Iiterminals zebhetri | IiTheminali eziLungileyo neziNgentle |
| 8 | RS232 Port | Izibuko lonxibelelwano lokudibanisa izincedisi zokubeka iliso ezifana neBluetooth zifuna ukuthenga okwahlukileyo. |
| 9 | Ubushushu woluvo Port | Ubushushu bebhetri Isenzi woluvo port usebenzisa idatha yokufumana ubushushu ngokuchanekileyo kunye nentlawulo voltaguhlengahlengiso. |
| 10 | I-BVS | Ibhetri Voltage Isimbo soluvo sokulinganisa umthamo webhetritage ngokuchanekileyo kunye nemitsi emide yemigca. |
Imilinganiselo
Amacandelo aqukiweyo
Indawo yokujonga umphezulu Incamathiselo
I-Renogy Adventurer Surface Mount iya kukunika ukhetho lokunyusa umlawuli wentlawulo kuwo nawuphi na umgangatho osicaba; ukujikelezisa ukhetho lokunyuka lokugungxula. Izikrweqe ezibandakanyiweyo zokuncamathela Izikrweqe zibandakanyiwe ekufakeni ugungxulo.
Amacandelo ozikhethelayo
Ezi zinto azifakwanga kwaye zifuna ukuthengwa okwahlukileyo.
ISensom yoBubushushu obukude:
Esi sivamvo silinganisa iqondo lobushushu ebhetrini kwaye sisebenzise le datha kwimbuyekezo yobushushu echanekileyo. Imbuyekezo yeqondo lokushisa echanekileyo ibalulekile ekuqinisekiseni ukutshaja kwebhetri ngokufanelekileyo kungakhathaliseki ubushushu. Musa ukusebenzisa le nzwa xa utshaja ibhetri ye-lithium. 
Ibhetri VoltagIsivamvo se-e (BVS):
Ibhetri voltagIsivamvo se-e sinovakalelo lwe-polarity kwaye kufuneka sisetyenziswe ukuba i-adventurer iya kufakwa kunye nemitsi emide yemigca. Kwiimbaleki ezinde, ngenxa yoqhagamshelo kunye nokumelana nentambo, kunokubakho ukungangqinelani kwivoltagkwiitheminali zebhetri. I-BVS iya kuqinisekisa ukuba i-voltagi-e isoloko ichanekile ukuqinisekisa eyona ntlawulo isebenzayo.
Yimodyuli yeBT-1 yeModyuli yeBluetooth:
Imodyuli ye-BT-1 yeBluetooth yongezwa kakhulu kunoma yimuphi umlawuli wentlawulo ye-Renogy kunye ne-RS232 port kwaye isetyenziselwa ukudibanisa abalawuli beentlawulo kunye ne-Renogy DC Home App. Emva kokuba ulungelelwaniso lwenziwe, unokujonga inkqubo yakho kwaye utshintshe iiparamitha ngokuthe ngqo kwiselfowuni okanye ithebhulethi yakho. Akusekho ukuzibuza ukuba inkqubo yakho isebenza njani, ngoku unokubona ukusebenza ngexesha langempela ngaphandle kwesidingo sokujonga kwi-LCD yomlawuli.
Imodyuli yeDog-DM-1 4G yeDatha:
Imodyuli ye-DM-1 4G iyakwazi ukunxibelelana ukukhetha abalawuli bokutshaja kwakhona nge-RS232, kwaye isetyenziselwa ukudibanisa abalawuli bokuhlawuliswa kunye ne-Renogy 4G yokujonga usetyenziso. Le app ikuvumela ukuba ujonge inkqubo yakho kunye neeseritha zokutshaja iiparameter kude naphi na apho inethiwekhi ye4G LTE ikhona.
Ukuhlohla
Qhagamshela iingcingo zebhetri kulawulo lwegunya LOKUQALA uze uqhagamshele iipaneli (s) zelanga kumlawuli werhafu. Ungaze uqhagamshele iphaneli yelanga ukutshaja isilawuli ngaphambi kwebhetri.
Musa ukuziqinisa kakhulu izikrufu iitheminali. Oku kusenokwaphula iqhekeza elibambe ucingo kumlawuli wentlawulo. Jonga kwiinkcukacha zobuchwephesha bobukhulu beesayizi zocingo kwisilawuli kunye nobuninzi ampingqumbo ehamba ngeengcingo
Izindululo zokubeka:
Ungaze ufakele isilawuli kwindawo evaliweyo enebhetri egcwele amanzi. Irhasi inokuqokelelana kwaye kukho umngcipheko wokudubula. I-Adventurer yenzelwe ukugungxulwa ukukhwela eludongeni. Iqulathe ipleyiti yobuso eneetheminali ezibonisayo ngasemva ukuze kudityaniswe ibhanki yebhetri, iiphaneli, kunye nezivamvo ozikhethelayo zebhetri echanekileyo.tagimvakalelo ye-e kunye nembuyekezo yobushushu bebhetri. Ukuba kusetyenziswa ukunyuswa kodonga, udonga luya kufuneka ukuba lusikwe ukulungiselela iitheminali ezibonisayo ngasemva. Qinisekisa ukuba ipokotho yodonga olusikiweyo ishiya indawo eyaneleyo ukuba ingonakalisi iitheminali xa uMhambisi etyhalwa emva kwicandelo elisikiweyo eludongeni. Umphambili we-Adventurer uya kusebenza njengendawo yokutshisa ubushushu, ngoko ke kubalulekile ukuqinisekisa ukuba indawo yokunyuka ayisondeli kuyo nayiphi na imithombo evelisa ubushushu kwaye uqinisekise ukuba kukho ukuhamba komoya okufanelekileyo ngaphaya kwe-faceplate ye-Adventurer ukususa ubushushu obuchithwe phezu komhlaba. .
- Khetha indawo yokubekaBeka indawo kwindawo ethe nkqo ekhuselweyo elangeni, kumaqondo obushushu aphezulu nasemanzini. Qinisekisa ukuba kukho umoya ongenisa umoya.
- Jonga ukuSula-Ukuqinisekisa ukuba kukho indawo eyaneleyo yokuhambisa iingcingo, kunye nokucoca ngaphezulu nangaphantsi kwesilawuli somoya. Ukucoca kufuneka okungenani kube zii-intshi ze-6 (150mm).
- Sika icandelo loDonga-ubungakanani bodonga olucetyiswayo ukuba lunqunyulwe kufuneka lulandele inxalenye engaphakathi ephumayo yomlawuli wentlawulo ngelixa uqaphele ukuba ungadluli kwimingxuma yokunyuka. Ubunzulu kufuneka bube yi-1.7 intshi ubuncinane (43mm).
- UMark Holes
- Gqoka imingxuma
- I-Adventurer iza ixhotywe ngezikrufu zokunyusa udonga. Ukuba azifanelekanga zama ukusebenzisa iPan Head Phillips Screw 18-8 i-Stainless M3.9 ubukhulu be-25mm ubude bezikrufu
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Khusela isilawuli sentlawulo.
Ukugungxula okugungxulileyo: 
Umphezulu wentaba yokuncamathisela:
Umlawuli werhafu unokuxhonywa kumhlaba othe tyaba usebenzisa isiQhoboshelo seNtaba yokuNxibelelana komhlaba. Ukuze unyuse ngokufanelekileyo isilawuli sentlawulo, akukho sidingo sokusika icandelo lodonga kuthathelwa ingqalelo ukuba umlawuli weentlawulo ngoku unokubekwa kwindawo ethe tyaba usebenzisa isiqhotyoshelweyo. Phawula kwaye ubole imingxunya usebenzisa izikhonkwane ezine zentloko ye-Phillips enikezwe ngokukodwa ukhetho lwentaba.
Iintambo
- Susa isikroba setheminali ngokujikeleza ngokungqinelana newotshi ukuvula ibloko. Emva koko qhagamshela uqhagamshelo lwebhetri elungileyo kunye nengalunganga kwisiphelo sabo esinelebheli efanelekileyo. Umlawuli uya kujika kunxibelelwano oluyimpumelelo.
- Susa isikroba seetheminali ze-PV ngokujikeleza ngokungqinelana newotshi ukuvula i-hatch. Emva koko qhagamshela uqhagamshelo lwebhetri elungileyo kunye nengalunganga kwisiphelo sabo esinelebheli efanelekileyo.
- Faka isiphelo sendlela yokuva ubushushu kwibhloko yesiphelo kwaye uqhagamshele ucingo. Ayisiyiyo polarity ethe-ethe. (Ngokukhetha, kufuna ukuthengwa okwahlukileyo).
- Faka ibhetri voltagibhlokhi yesivamvo seterminal kwizibuko leBatt Remote. Oku kubuthathaka kwi-polarity. (Ngokukhetha, kufuna ukuthengwa okwahlukileyo).
ISILUMKISO
Ukuba ukhulula ibhetri Voltage Ibhloko ye-terminal yoluvo, qiniseka ukuba ungaxubi iingcingo. I-polarity sensitive kwaye inokubangela umonakalo kumlawuli ukuba uqhagamshelwe ngokungalunganga.
Ukusebenza
Emva kokuqhagamshela ibhetri kumlawuli wecala, umlawuli uya kuvula ngokuzenzekelayo. Ukuthatha ukusebenza kwesiqhelo, umlawuli olawulayo uya kujikeleza ngomboniso owahlukileyo. Zezi zilandelayo:
Umenzi wokuzonwabisa kulula ukusebenzisa umlawuli ofuna ulondolozo oluncinci. Umsebenzisi uyakwazi ukulungelelanisa ezinye iiparameter ngokusekwe kwiscreen sokubonisa. Umsebenzisi unokujikeleza ngesandla kwizikrini zokubonisa ngokusebenzisa amaqhosha "KHETHA" kunye no "ENTER" 
Iimpawu zeMeko yeNkqubo
Guqula iiparameter
Bamba ngokulula iqhosha elithi “ENTER” malunga nemizuzwana emi-5 de isiboniso sidanyaze. Emva kokudanyaza, emva koko ucinezele "KHETHA" de iparameter oyifunayo ifike kwaye ucinezele "ENTER" elinye ixesha lokutshixa kwiparameter. Isikrini kufuneka sibe kujongano olufanelekileyo ukuze utshintshe ipharamitha ethile.
1.I-Interface yesiZukulwana saMandla Seta ngokutsha
Ukusebenza kwebhetri yeLithium
Umlawuli wentlawulo ye-Adventurer PWM unomsebenzi wokuvuselela ukuvusa ibhetri ye-lithium eleleyo. Isekethe yokhuseleko yebhetri ye-Li-ion iya kuyicima ibhetri kwaye iyenze ingasebenziseki ukuba ikhutshwe ngaphezulu. Oku kunokwenzeka xa ugcina ipakethe ye-Li-ion kwindawo ekhutshiweyo ngalo naliphi na ixesha elide njengoko ukuzikhupha kuya kuphelisa intlawulo eseleyo. Ngaphandle kwento yokuvuka ukuze iphinde isebenze kwaye iphinde itshaje iibhetri, ezi bhetri azinakusebenza kwaye iipakethi ziyakulahlwa. I-Adventurer iya kusebenzisa intlawulo encinci yangoku ukuze isebenze isiphaluka sokukhusela kwaye ukuba i-cell cell voltage inokufikelelwa, iqala intlawulo eqhelekileyo. Xa usebenzisa i-Adventurer ukuhlawula i-24V i-lithium ibhetri yebhanki, setha inkqubo voltage ukuya ku-24V endaweni yokuqaphela okuzenzekelayo. Ngaphandle koko, ibhetri ye-lithium ekhutshwe ngaphezulu kwe-24V ayinakwenziwa isebenze.
Itekhnoloji yePWM
I-Adventurer isebenzisa iteknoloji yePulse Width Modulation (PWM) ukutshaja ibhetri. Ukutshaja ibhetri yinkqubo esekwe ngoku, ngoko ke ulawulo lwangoku luya kulawula umthamo webhetritage. Ukubuya ngokuchanekileyo kwamandla, kunye nokuthintela uxinzelelo olugqithisileyo lwebhetshi, ibhetri kufuneka ilawulwe ngumthamo ochaziweyotagUmgaqo osetiweyo wamanqaku okufakwa, ukuntywila, kunye nokulinganisa ukutshaja stages. Umlawuli olawulayo usebenzisa uguquko lomjikelo womsebenzi oluzenzekelayo, enza iipulses zangoku ukutshaja ibhetri. Umjikelo womsebenzi ulingana nomahluko phakathi kwebhetri evakalayo ivoltage kunye nomthamo ochaziweyotagUmgaqo osetiweyo wenqaku. Nje ukuba ibhetri ifikelele kwivoltagUluhlu, indlela yokutshaja yangoku ivumela ibhetri ukuba isabele kwaye ivumele inqanaba elamkelekileyo lokuhlawuliswa kwinqanaba lebhetri.
Ukutshaja ezine Stages
I-Adventurerhas i-4-stagIalgorithm yokutshaja ibhetri ukutshaja ngokukhawuleza, okusebenzayo, kunye nokukhuselekileyo kwebhetri. Ziquka: Intlawulo yeBulk, i-Boost Charge, i-Float Charge, kunye nokulinganisa.
Ukuhlawula ngobuninzi: Le algorithm isetyenziselwa ukutshaja imihla ngemihla. Isebenzisa i-100% yamandla elanga akhoyo ukuze itshaje ibhetri kwaye ilingana nokuhlala rhoqo.
Ukunyusa ukuhlawula: Xa ibhetri ihlawulisile kwi-Boost voltage-set-point, iyaqhubeka
ukufunxa stage elingana ne-vol rhoqotagUmmiselo wokuthintela ukufudumeza kunye nokugcwala okugqithisileyo kwibhetri. Ixesha lokunyusa yimizuzu eli-120.
Intlawulo yokuntywila: Emva kokunyusa amandla, umlawuli uya kunciphisa ivolthi yebhetritage ukuya kwi-float voltagwabeka inqaku. Nje ukuba ibhetri igcwaliswe ngokupheleleyo, akusayi kuphinda kubekho iimpendulo zamachiza kwaye lonke ityala langoku liya kuba bubushushu okanye irhasi. Ngenxa yoku, umlawuli olawulayo uya kunciphisa ivoltagi-e itshaja iye kubungakanani obuncinci, ngelixa itshaja kancinci ibhetri. Injongo yoku kukuphelisa ukusetyenziswa kwamandla ngelixa ugcina umthamo opheleleyo wokugcina ibhetri. Kwimeko apho umthwalo otsalwa kwibhetri ungaphezulu kwentlawulo yangoku, umlawuli akasayi kukwazi ukugcina ibhetri kwindawo yokumisela iFloat kwaye umlawuli uyakuphelisa intlawulo yefloat s.tage kwaye ujonge umva ekutshajisweni isambuku.
Ukulingana: Yenziwa rhoqo kwiintsuku ezingama-28 zenyanga. Ukutshaja ngabom ibhetri ixesha elilawulwayo. Iindidi ezithile zeebhetri ziyaxhamla kwirhafu yokulingana yamaxesha ngamaxesha, enokushukumisa i-electrolyte, ibhalansi yebhetri voltage kunye nempendulo epheleleyo yeekhemikhali. Intlawulo elinganayo yonyusa umthamo webhetritage, ngaphezulu kunomthamo wokuhambelana osemgangathwenitage, eyenza i-electrolyte yebhetri ibe yigesi.
Nje ukuba ukulinganisa kusebenze ekutshajisweni kwebhetri, akuyi kuphuma kule stagNgaphandle kokuba kukho ukutshaja okwaneleyo okwenziwa kwiphaneli yelanga. Akufanele kubekho umthwalo kwiibhetri xa ulinganisa ukutshaja stage. Ukutshaja okugqithisileyo kunye nokuna kwerhasi egqithisileyo kungonakalisa iipleyiti zebhetri kwaye kuvuleke izinto ezichithiweyo kuzo. Ukuphakama kakhulu kwentlawulo yokulinganisa okanye ixesha elide kunokubangela umonakalo. Nceda ngononophelo review iimfuno ezithile zebhetri esetyenziswa kwinkqubo.
Indlela yokuJonga ingxaki
Isondlo
Ukusebenza kakuhle komlawuli, kucetyiswa ukuba le misebenzi yenziwe amaxesha ngamaxesha.
- Khangela ukuba isilawuli sixhonywe kwindawo ecocekileyo, eyomileyo, nengena umoya.
- Qwalasela iingcingo eziya kwisilawuli sentlawulo kwaye uqinisekise ukuba akukho monakalo wocingo okanye ukuguga.
- Qinisa zonke iitheminali kwaye ujonge nayiphi na into evulekileyo, eyaphukileyo okanye etshisiweyo.
Ukubaleka
Ukufakela sisincomo kwiinkqubo ze-PV ukubonelela ngomgangatho wokhuseleko kunxibelelwano olusuka kwiphaneli ukuya kumlawuli nakwisilawuli kwibhetri. Khumbula ukusoloko usebenzisa ubungakanani begeji ecetyiswayo esekwe kwinkqubo ye-PV kunye nomlawuli.
IiNgcaciso zobuGcisa
| Inkcazo | Ipharamitha |
| Igama leVoltage | Ukuqwalaselwa ngokuzenzekelayo kwe-12V / 24V |
| Ixabiso lentlawulo yangoku | 30A |
| Ubukhulu. Ingeniso yePV Voltage | 50 VDC |
| Imveliso ye-USB | 5V, 2.4A ubuninzi |
| Ukuzityela | ≤13mA |
| Imbuyekezo yoBubushushu iCoefficient | -3mV / ℃ / 2V |
| Ubushushu bokusebenza | -25℃ ukuya +55℃ | -13oF ukuya kwi-131oF |
| Ubushushu boGcino | -35℃ ukuya +80℃ | -31oF ukuya kwi-176oF |
| Indawo ebiyelweyo | IP20 |
| Izikhululo | Ukuya ku # 8AWG |
| Ubunzima | Iilitha ezingama-0.6 / 272g |
| Imilinganiselo | 6.5 x 4.5 x 1.9 ngaphakathi / 165.8 x 114.2 x 47.8 mm |
| Unxibelelwano | RS232 |
| Uhlobo Lwebhetri | Itywinwe (i-AGM), iGel, uMkhukula, kunye neLithium |
| Isiqinisekiso | I-FCC iCandelo le-15 iKlasi B; CE; RoHS; RCM |
Esi sixhobo sivavanywe kwaye kwafunyaniswa ukuba siyangqinelana nemida yesixhobo sedijithali B, ngokuhambelana nenxalenye ye-15 yemithetho yeCCC. Le mida yenzelwe ukubonelela ngokhuseleko olufanelekileyo ekuphazanyisweni bubungozi kufakelo lwendawo yokuhlala. Esi sixhobo senza, sisebenzise kwaye sinokukhupha amandla amaza erediyo kwaye ukuba asifakwanga kwaye sisetyenziswe ngokwemiyalelo, sinokubangela ukuphazamiseka okuyingozi kunxibelelwano lwerediyo. Nangona kunjalo, akukho siqinisekiso sokuba ukuphazamiseka akuyi kubakho kufakelo oluthile. Ukuba esi sixhobo sibangela uphazamiseko olubi kwiradiyo okanye ulwamkelo lwethelevishini, olunokuthi lubonwe ngokusicima isixhobo, umsebenzisi uyakhuthazwa ukuba azame ukulungisa olo phazamiso ngenyathelo elinye okanye nangaphezulu:
- Jongisa kwakhona okanye uhambise i-eriyali efumanayo.
- Yandisa ukwahlukana phakathi kwesixhobo kunye nomamkeli.
- Qhagamshela izixhobo kwindawo yokuphuma kwisekethe eyahlukileyo kuleyo apho umamkeli aqhagamshelwe khona.
- Dibana nomthengisi okanye igcisa likanomathotholo/kumabonakude ukuze ufumane uncedo.
Esi sixhobo sithobela iCandelo le-15 leMithetho yeFCC. Ukusebenza kuxhomekeke kwezi meko zimbini zilandelayo: (1) esi sixhobo asinakubanga luphazamiseko luyingozi, kwaye (2) esi sixhobo kufuneka samkele naluphi na uphazamiseko olufunyenweyo, kubandakanywa uphazamiseko olunokubangela usetyenziso olungafunekiyo.
Iiparamitha zokuTshaja ibhetri
| Ibhetri | GEL | I-SLD / AGM | IMKHUMBA | LITHIUM |
| IVolumu ePhakamileyotage Qhawula | 16 V | 16 V | 16 V | 16 V |
| Umda wokutshaja Voltage | 15.5 V | 15.5 V | 15.5 V | 15.5 V |
| Ngaphezulu kweVoltagQhagamshela kwakhona | 15 V | 15 V | 15 V | 15 V |
| Ukulingana kweVoltage | —– | —– | 14.8 V | —– |
| Ukunyusa iVoltage | 14.2 V | 14.6 V | 14.6 V | 14.2 V
(Umsebenzisi: 12.6-16 V) |
| Ukuhamba kwiVoltage | 13.8 V | 13.8 V | 13.8 V | —– |
| Ukukhuthaza ukubuya kweVoltage | 13.2 V | 13.2 V | 13.2 V | 13.2 V |
| Umthamo ophantsitagQhagamshela kwakhona | 12.6 V | 12.6 V | 12.6 V | 12.6 V |
| Ngaphantsi kweVoltagUkubuyisa kwakhona | 12.2 V | 12.2 V | 12.2 V | 12.2 V |
| Ngaphantsi kweVoltage Isilumkiso | 12V | 12V | 12V | 12V |
| Umthamo ophantsitage Qhawula | 11.1 V | 11.1 V | 11.1 V | 11.1 V |
| Ukukhutshwa komda Voltage | 10.8 V | 10.8 V | 10.8 V | 10.8 V |
| Ukulinganisa Ixesha | —– | —– | iiyure ezi-2 | —– |
| Ukunyusa ixesha | iiyure ezi-2 | iiyure ezi-2 | iiyure ezi-2 | —– |
I-2775 E Philadelphia St, Ontario, CA 91761, e-USA
909-287-7111
www.renogy.com
inkxaso@renogy.com
Amaxwebhu / Izibonelelo
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RENOGY Adventurer 30A PWM Version 2.1 Flush Mount Charge Controller w-LCD Display [pdf] Incwadi Yomyalelo I-Adventure, 30A PWM Version 2.1 Flush Mount Charge Controller w-LCD Display |
