Izibani zasemgwaqweni zelanga zisebenza ngamandla elanga, ngakho-ke azikho ikhebula, futhi ukuvuza nezinye izingozi ngeke kwenzeke. Isilawuli se-DC singaqinisekisa ukuthi ibhethri ngeke lonakale ngenxa yokushaja ngokweqile noma ukukhishwa ngokweqile, futhi sinemisebenzi yokulawula ukukhanya, ukulawula isikhathi, isinxephezelo sokushisa, ukuvikela umbani, ukuvikela i-reverse polarity, njll. Akukho ukufakwa kwekhebula, akukho ukunikezwa kwamandla e-AC kanye nokushaja kukagesi. Kuthiwani ngomphumela wokuvikela umoya weizibani zomgwaqo zelangaOkulandelayo yisingeniso sokuvikelwa komoya kwezibani zasemgwaqweni zelanga.
1. Isisekelo esiqinile
Okokuqala, uma ukhonkolo we-C20 ukhethwa ukuze kuthululwe, ukukhethwa kwamabholthi okubamba kuncike ekuphakameni kwesigxobo sesibani. Isigxobo sokukhanya esingu-6m kufanele sikhethwe Φ Kumabholthi angaphezu kuka-20, ubude bungaphezu kuka-1100mm, kanti ukujula kwesisekelo kungaphezu kuka-1200mm; Isigxobo sokukhanya esingu-10m kufanele sikhethwe Φ Kumabholthi angaphezu kuka-22, ubude bungaphezu kuka-1200mm, kanti ukujula kwesisekelo kungaphezu kuka-1300mm; Isigxobo esingu-12m kufanele sibe sikhulu kune-Φ Amabholthi angu-22, ubude bungaphezu kuka-1300mm kanti ukujula kwesisekelo kungaphezu kuka-1400mm; Ingxenye engezansi yesisekelo inkulu kunengxenye engenhla, okusiza ekuzinzeni kwesisekelo futhi kuthuthukisa ukumelana nomoya.
2. Izibani ze-LED ziyathandwa
Njengengxenye eyinhloko yezibani zasemgwaqweni zelanga,Izibani ze-LEDkumele kukhethwe. Izinto kumele zibe yi-aluminium alloy enobukhulu obudingekayo, futhi umzimba wesibani awuvunyelwe ukuba nemifantu noma imigodi. Kumele kube nezindawo ezinhle zokuthintana emajoyintini engxenye ngayinye. Indandatho yokugcina kufanele ibhekwe ngokucophelela. Ngenxa yokwakheka kwendandatho yokugcina, izibani eziningi azinangqondo, okubangela umonakalo omkhulu ngemva komoya ngamunye onamandla. I-spring buckle inconywa izibani ze-LED. Kungcono ukufaka ezimbili. Vula isibani bese uvula ingxenye engenhla. I-ballast nezinye izingxenye ezibalulekile zinamathele emzimbeni wesibani ukuvimbela izingxenye ukuthi zingawi futhi zibangele izingozi.
3. Ukuqina kanye nokufakwa kwe-electroplatingisibani sesitrato
Ukuphakama kwesigxobo sokukhanya kumele kukhethwe ngokuya ngobubanzi kanye nenhloso yomgwaqo welanga. Ubukhulu bodonga kufanele bube ngu-2.75 mm noma ngaphezulu. I-hot dip galvanized ngaphakathi nangaphandle, ubukhulu besendlalelo se-galvanized bungu-35 μ Ngaphezulu kwe-m, ubukhulu be-flange bungu-18 mm. Ngaphezulu, ama-flange nezinduku kufanele zixhunywe ezimbanjeni ukuqinisekisa amandla phansi kwezinduku. Ngokuvamile iqala ukukhanya ebusuku noma ebumnyameni bese iphuma ngemva kokusa. Umsebenzi oyisisekelo wezibani zomgwaqo zelanga ukukhanyisa. Imisebenzi eyengeziwe ingaba imisebenzi yobuciko, izimpawu zomgwaqo, izimpawu zomgwaqo, amadokodo ocingo, amabhodi emiyalezo, amabhokisi eposi, izindawo zokuqoqa, amabhokisi okukhanya okukhangisa, njll.
Incazelo yesimiso sokusebenza kwesibani somgwaqo selanga: isibani somgwaqo selanga ngaphansi kokulawulwa kwesilawuli esihlakaniphile emini, iphaneli yelanga ithola ukukhanya kwelanga, imunce ukukhanya kwelanga bese iyiguqula ibe amandla kagesi. Imojula yeseli yelanga ishaja iphakethe lebhethri emini, kanti iphakethe lebhethri linikeza amandla ebusuku. Nika amandla umthombo wokukhanya we-LED ukuze kufezwe umsebenzi wokukhanyisa. Isilawuli se-DC siqinisekisa ukuthi iphakethe lebhethri ngeke lonakale ngenxa yokushaja ngokweqile noma ukukhipha ngokweqile, futhi sinemisebenzi yokulawula ukukhanya, ukulawula isikhathi, isinxephezelo sokushisa, ukuvikela umbani kanye nokuvikela i-reverse polarity. Ungawunaki umugqa wesibani somgwaqo, ngoba ukufakwa kwe-electroplating kwepole yesibani somgwaqo akufanelekile, okuholela ekugqwaleni okukhulu phansi kwepole, futhi ngezinye izikhathi umugqa uzowa ngenxa yomoya.
Umphumela ongenhla wokumelana nomoya wezibani zasemgwaqweni zelanga uzokwabelwana ngawo lapha, futhi ngithemba ukuthi lesi sihloko sizokusiza. Uma kukhona ongakuqondi, ungahamba.usumyalezo futhi sizowuphendula ngokushesha okukhulu.
Isikhathi sokuthunyelwe: Okthoba-13-2022
