1. Ikhanda lesibani eligcwele elivaliwe, elenzelwe ngokuhambisana ne-aerodynamics, lingahlangabezana nezidingo zokugeleza kwe-laminar okujwayelekile kanye nokuhlanza okungenamagciwane kunoma yiliphi igumbi lokuhlinza.

2. Isibani sisebenzisa i-reflector ehamba phambili yamazwe ngamazwe, ukwenza ukugxila kwe-beam kube yi-antibeam yokukhanya okuphezulu, ukuqinisekisa ukuthi i-beam yokukhanya efanayo engcono kakhulu engaphezu kuka-700MM ukujula okungenamthunzi, futhi ingalungisa kalula ububanzi be-spot ngaphakathi kuka-90-280mm.

3. Ukubuyiselwa kombala okungokoqobo kanye nokukhanya kwemvelo okujwayelekile okunokushisa kombala okungu-5000K, okungaphinde kuvele umbala wezicubu zomuntu, futhi kuqinisekiswe ukushisa kombala okungaguquki ngaphansi kwanoma yiziphi izimo zokukhanya
4. Indawo yokukhanya isebenzisa ukusatshalaliswa kwesibili kokukhanya: akukho ukukhanya okukhanyayo, akukho ukukhanya okulahlekile, akukho ukukhanya okukhanyayo, ilandela ngokuqinile izimiso zokuphepha ze-IEC/EN62471.

5. Umklamo wokusabalalisa ukushisa okuningi: Ukushisa okuhambisa ukushisa ngemisebe engaphezulu kungasusa ukushisa kusuka kuma-chips angaphakathi kuya emoyeni wangaphandle, ukuze kuqinisekiswe ukuthi kungasebenza ngaphansi kwezinga lokushisa eliphansi le-PN junction, futhi ukuze amandla aphansi afinyelele amandla aphezulu okukhanya, ngakho-ke, kungathuthukisa kakhulu isikhathi sokuphila kwebhalbhu ye-LED.

6. Ukufakwa kwe-voltage ebanzi, okulungisekayo kwamanje njalo.