Izibane zesitalato zelanga zisebenza ngamandla elanga, ngoko ke akukho ntambo, kwaye ukuvuza kunye nezinye iingozi aziyi kwenzeka. Umlawuli weDC unokuqinisekisa ukuba ibhetri ayizukuba yonakala ngenxa yokutshaja kakhulu okanye ukukhupha umbane kakhulu, kwaye unemisebenzi yokulawula ukukhanya, ukulawula ixesha, ukubuyisela ubushushu, ukukhusela umbane, ukukhusela i-polarity engasemva, njl. Akukho kufakwa kwentambo, akukho mbane we-AC kwaye akukho ntlawulo yombane. Kuthekani ngesiphumo sokumelana nomoya seizibane zesitalato zelangaOku kulandelayo yintshayelelo yokukhusela umoya kwizibane zesitalato zelanga.
1. Isiseko esiqinileyo
Okokuqala, xa kukhonkrithi ye-C20 ekhethiweyo yokugalela, ukhetho lweebholithi ze-anchor luxhomekeke kubude bepali yesibane. Ipali yokukhanya eyi-6m mayikhethwe Φ Kwiibholithi ezingaphezulu kwama-20, ubude bungaphezulu kwe-1100mm, kwaye ubunzulu besiseko bungaphezulu kwe-1200mm; Ipali yokukhanya eyi-10m mayikhethwe Φ Kwiibholithi ezingaphezulu kwama-22, ubude bungaphezulu kwe-1200mm, kwaye ubunzulu besiseko bungaphezulu kwe-1300mm; Ipali eyi-12m mayibe nkulu kune-Φ Iibholithi ezingama-22, ubude bungaphezulu kwe-1300mm kwaye ubunzulu besiseko bungaphezulu kwe-1400mm; Inxalenye esezantsi yesiseko inkulu kunenxalenye ephezulu, nto leyo enceda ukuzinza kwesiseko kwaye yonyusa ukumelana nomoya.
2. Izibane ze-LED ziyathandwa
Njengenxalenye ephambili yezibane zesitalato zelanga,Izibane ze-LEDkufuneka kukhethwe. Izinto ezisetyenzisiweyo mazibe yi-aluminium alloy enobukhulu obufunekayo, kwaye umzimba wesibane awuvumelekanga ukuba ube nemingxunya okanye imingxuma. Kufuneka kubekho iindawo ezifanelekileyo zokunxibelelana kwiindawo ezidityanisiweyo zenxalenye nganye. Indandatho yokugcina kufuneka ijongwe ngononophelo. Ngenxa yoyilo lwendandatho yokugcina, izibane ezininzi azinangqondo, nto leyo ebangela umonakalo omkhulu emva komoya onamandla ngamnye. I-spring buckle iyacetyiswa kwizibane ze-LED. Kungcono ukufaka ezimbini. Vula isibane kwaye uvule inxalenye ephezulu. I-ballast kunye nezinye iindawo ezibalulekileyo zinamathele emzimbeni wesibane ukuthintela ukuba iindawo zingawi kwaye zibangele iingozi.
3. Ukuqina kunye nokufakelwa kwe-electroplatingisibane sesitalato
Ukuphakama kwepali yokukhanya kufuneka kukhethwe ngokobubanzi kunye nenjongo yendlela yelanga. Ubukhulu bodonga kufuneka bube yi-2.75 mm nangaphezulu. I-hot dip galvanized ngaphakathi nangaphandle, ubukhulu bomaleko we-galvanized yi-35 μ Ngaphezulu kwe-m, ubukhulu be-flange yi-18mm. Ngaphezulu, ii-flanges kunye neentonga kufuneka zihlanganiswe kwiimbambo ukuqinisekisa amandla ezantsi kweentonga. Idla ngokuqala ukukhanya ebusuku okanye ebumnyameni kwaye iphume emva kokusa. Umsebenzi osisiseko wezibane zesitalato zelanga kukukhanyisa. Imisebenzi eyongezelelweyo inokuba yimisebenzi yobugcisa, iimpawu zendlela, iimpawu zendlela, ii-booths zefowuni, iibhodi zemiyalezo, iibhokisi zeposi, iindawo zokuqokelela, iibhokisi zezibane zentengiso, njl.
Inkcazo yomgaqo wokusebenza kwesibane sesitalato selanga: isibane sesitalato selanga phantsi kolawulo lomlawuli okrelekrele emini, iphaneli yelanga ifumana ukukhanya kwelanga, ifunxa ukukhanya kwelanga kwaye iyiguqule ibe ngamandla ombane. Imodyuli yeseli yelanga itshaja ipakethe yebhetri emini, kwaye ipakethe yebhetri inika amandla ebusuku. Nika amandla umthombo wokukhanya we-LED ukuze kufezekiswe umsebenzi wokukhanyisa. Umlawuli we-DC uqinisekisa ukuba ipakethe yebhetri ayizukuba yingozi ngenxa yokutshaja kakhulu okanye ukukhupha ngaphezulu, kwaye inemisebenzi yokulawula ukukhanya, ukulawula ixesha, ukuhlawula ubushushu, ukukhusela umbane kunye nokukhusela i-polarity engasemva. Musa ukuyityeshela ipakethe yezibane zesitalato, kuba i-electroplating yepakethe yezibane zesitalato ayifanelekanga, nto leyo ekhokelela ekungcoleni okukhulu ezantsi kwepakethe, kwaye ngamanye amaxesha ipakethe iya kuwa ngenxa yomoya.
Isiphumo esingangeni moya sezibane zesitalato zelanga esingentla siza kwabelwana ngaso apha, kwaye ndiyathemba ukuba eli nqaku liza kukunceda. Ukuba kukho into ongayiqondiyo, ungahamba.usumyalezo kwaye siza kuwuphendula ngokukhawuleza.
Ixesha lokuthumela: Okthobha-13-2022
