Izinyathelo Zokuqaphela Ukusetshenziswa Kobuhlalu Belambu Le-LED Elinamandla Aphezulu

1. Amakhasimende kufanele aqale aqinisekise isigxobo esihle nesibi sobuhlalu belambu le-LED enamandla amakhulu ngaphambi kokushisela ubuhlalu besibani se-LED enamandla amakhulu ukuze kuvinjelwe ubuhlalu besibani se-LED esinamandla amakhulu ukuthi bungakhanyi noma bungashi. Ukuvuselelwa kwesigxobo sokushisela okuhle nokubi, kulula ukushiswa noma ukushiselwa. 2. I-Ultra -power LED ubuhlalu belambu elibuyisela izinga lokushisa lokushisela kufanele libe likhulu kunezindawo ezifudumele ezingu-6, okungukuthi, izindawo zokushisa ezingu-6 endaweni yokushisa yesi-6, ifeni yokupholisa igcinwa isesimweni esihle sokusebenza. Ezinsukwini zakuqala, abanye abantu babesebenzisa i-backwalter ye-3 engenhla noma engu-5 kanye ne-5 yayinganele. Zazimbalwa izindawo zokufudumala, futhi isikhathi sokushisisa sasifushane kakhulu. Inqubo yama-molecule amanzi iyahwamuka, futhi ngemva kokuba ama-molecule amanzi ehwamukile, umsebenzi nokuguquguquka kwama-molecule we-silicone kugcinwa. Lapho ufinyelela ukunwebeka okuphezulu kwama-hotspots aphezulu, ukushuba kodonga lwenkomishi yabakaki kuyehla. Ama-molecule akulula ukususwa ngamadigri angu-60, okuholela endaweni enkulu yezibani ezifile) ukweqa umehluko wezinga lokushisa, futhi i-silicone ye-LED kulula ukuyisusa nokudonsa intambo yegolide. 3. Ubuhlalu besibani se-LED obunamandla amakhulu bugcinwe kangcono endaweni engama-40-60 degrees. Naka ubufakazi bomswakama ukuze uvimbele ukumuncwa komswakama. Ngaphambi kokubuyisela i-welding, dwengula iphakheji yangaphandle nge-ovini engu-60-degree amahora angaphezu kuka-6 (umehluko awunamsebenzi isikhathi eside). 4. Ngenxa yobuhlalu belambu le-LED lamandla aphezulu, ngangokunokwenzeka lapho ushisela, ngangokunokwenzeka (negative, cut). 5. Isivinini sokubuya sobuhlalu besibani se-LED esinamandla amakhulu kufanele silawulwe ku-300-500 mm ngomzuzu, (okubaluleke kakhulu lapha). Ake sithi izindawo ezifudumele ezingu-6, ama-degree angu-220 okushisela ithini lokuhola, ijika lokushisa elilingiswayo: 150-170-190-210-230-200. 6. Ubuhlalu besibani se-LED obunamandla amakhulu buthatha izindawo ezifudumele ezingu-7, ezine-lead tin welding zingase zibe ama-degree angu-220, ijika lokushisa elilingiswayo: 140-160-180-200-220-240-220. 7. Ubuhlalu belambu le-LED obunamandla amakhulu buthatha izindawo ezifudumele ezingu-7, ukushisela ithini elingenamthofu kungase kube amadigri angu-250, ijika lokushisa elilingiswayo: 140-160-180-200-230-260-240. 8. Kusetshenziswa ubuhlalu besibani se-LED esinamandla amakhulu okufanele busetshenziswe emgqonyeni wombala, i-voltage isakazwa ngokumelana. Uma usebenzisa umshini wokuchibiyela, naka i-BIN yokuhlukanisa imibala. Ungafaki izimpahla ze-BIN ezinombala ohlukile kuma-Fida amaningana ngesikhathi esisodwa. Yifake ezimbalini. I-BIN yombala womsila ixhunywe nombala oseduze we-BIN, noma inombolo yomsila ithathwa ngephaneli elihle. Vimbela umehluko wombala osobala. Izitikha zomshini kufanele zivikele ukucindezela okukhulu emlonyeni, i-silicone enkulu kakhulu nokuthamba, okubangela ukuwohloka kokucindezela kwentambo yegolide amalambu afile, i-silicone nezindonga zenkomishi ukuze kukhishwe izibani ezifile. 9. Ubuhlalu besibani se-Ultra -amandla e-LED ukuvimbela i-short -circuit (isibani esivuthayo) ebhodini elimhlophe (isibani esivuthayo), ukuthintana kabi, noma ukungazinzi (uma kukhanya). 10. Inkinga yokuhlanza ukuhlanzwa kwe-solvent yobuhlalu be-LED obunamandla amakhulu ukuvimbela ukususwa, utshwala, amanzi e-Tianna, njll., okungabangela kalula ukuthi indawo engezansi yesibani ishintshe umbala, ibangele ubuhlalu besibani se-LED esinamandla aphezulu. Kunconywa ukusebenzisa amafutha kagesi amhlophe. 11. Ubuhlalu besibani se-LED enamandla amakhulu busetshenziselwa ukuvimbela ukuwohloka okungaguquki lapho kusetshenziswa amalambu ensimbi e-chromium, futhi ubuhlalu besibani se-LED obunamandla amakhulu ukushisisa kwendawo kanye namalambu afile angalingani.