●UKUSEBENZA KAKHULU KOKONGA OKUFIKELA KU-50% WAMANDLA OFINYELELA >180LM/W
●UCHUNGECHUNGE LUDUMILE NOKUFANA OKUFANELE ISICELO SAKHO
●Izinga lokushisa Lokusebenza/Isitoreji: Ta:-30~55°C / 0°C~60°C.
●Isikhathi sokuphila: 35000H, iwaranti yeminyaka emi-3
Ukunikezwa kombala isilinganiso sokuthi imibala enembe ivela kanjani ngaphansi komthombo wokukhanya. Ngaphansi komugqa we-LED we-CRI ophansi, imibala ingase ibonakale ihlanekezelwe, igezekile, noma ingabonakali. Imikhiqizo ye-High CRI LED inikeza ukukhanya okuvumela izinto ukuthi zibonakale ngendlela ebezingabonakala ngayo ngaphansi komthombo wokukhanya okahle njengesibani se-halogen, noma ukukhanya kwemini kwemvelo. Futhi bheka inani elingu-R9 lomthombo wokukhanya, elihlinzeka ngolwazi olwengeziwe mayelana nendlela imibala ebomvu enikezwa ngayo.
Udinga usizo lokunquma ukuthi iyiphi izinga lokushisa lombala ongakhetha kulo? Bona okokufundisa kwethu lapha.
Lungisa izilayidi ezingezansi ukuze uthole ukuboniswa okubonakalayo kwe-CRI vs CCT esenzweni.
I-SMD Series STA LED Flex isebenzisa ingxubevange yesimanjemanje ye-High Efficiency light emitting diode (LED) kanye nobuchwepheshe be-Double Sided Tape, ikhipha ukukhanya okuphezulu okukhanyayo kwe-Ultra Brightness kanye nokusebenza Okukhanyayo Okuphezulu okuno-180lm/W ukonga 50. % ukusetshenziswa kwamandla. I-SMD Series STA LED Flex ifanele uphawu lwangaphandle, imihlobiso yangaphandle nokukhanyisa kokukhangisa.Ukulingana okulungile kohlelo lwakho lokusebenza. I-SMD SERIES iwuhlelo lokuqala lokukhanyisa lwe-LED FLEX olwenzelwe ukumiselela okuqondile izibani ze-T8 ze-fluorescent. Kuthatha ngaphansi kwesigamu sesikhala futhi kunikeze okukhiphayo kwe-lumen okuphezulu kanye nezinga lokushisa lombala omhlophe, izibani ze-SMD Series zizophakamisa igeyimu yohlelo lwakho lokusebenza kuyilapho zehlisa izindleko zakho - manje lokho kulingana okulungile! Kuyisixazululo sokukhanyisa esisebenza kahle kakhulu kuzo zonke izinhlelo zokusebenza zamandla aphakathi nendawo. Imithombo yokukhanya inamathiselwe nge-soldering technique.Uchungechunge lwe-SMD lunikeza enye ye-lumen engcono kakhulu yesilinganiso se-watt esifinyelela>180 LM/W. Izinhlelo zokusebenza ezijwayelekile zihlanganisa ukukhanya okungemuva, ukukhanya okuphansi kanye nokukhanyisa onqenqemeni kanye nokukhanyisa izibani nokukhanyisa kwezimboni eziningi ezihlukene ezihlanganisa ukuthengisa nokungenisa izihambi. Yenzelwe ukukhanyisa ngokukhanya okuhlanzekile, okumhlophe lapho isikhala siphezulu futhi ukukhanya kuyadingeka. . I-strip inesistimu ye-optical evumela ukukhanya ukuthi kusatshalaliswe ngokulinganayo, okubenza babe ukukhetha okuhle kakhulu ukusetshenziswa kwasendlini njengokukhanyisa ngemuva noma izinhlelo zokusebenza zokukhanyisa eceleni.
I-MD Series STA LED Strip Light ikulethela ukusebenza kahle okuphezulu nempilo ende. Sifaka uchungechunge oludume kakhulu lwe-SMD LED Strips enamandla ahlukene nobude, aguquguqukayo ngokwanele ukuthi asetshenziswe ezinkambini zohlelo lokusebenza. Ihambisana nokukhishwa okukhulu kokushisa nokusebenza okuzinzile, i-SMD Series STA ingasetshenziswa hhayi kuphela ukukhanya kwangaphakathi kodwa futhi nezimpawu kanye nezikhangiso zokubonisa.
I-SKU | Ububanzi | Amandla kagesi | Ubukhulu W/m | Sika | Lm/M | Umbala | CRI | IP | I-IP Material | Lawula | L70 |
I-MF322V300A90-D027A1A10 | 10MM | I-DC24V | 21.6W | 20MM | 1728 | 2700K | 90 | IP20 | I-Nano coating/PU glue/Silicon tube/Semi-tube | Vuliwe/Vala i-PWM | 35000H |
I-MF322V300A90-DO30A1A10 | 10MM | I-DC24V | 21.6W | 20MM | 1792 | 3000K | 90 | IP20 | I-Nano coating/PU glue/Silicon tube/Semi-tube | Vuliwe/Vala i-PWM | 35000H |
I-MF322W300A90-D040A1A10 | 10MM | I-DC24V | 21.6W | 20MM | 1944 | 4000K | 90 | IP20 | I-Nano coating/PU glue/Silicon tube/Semi-tube | Vuliwe/Vala i-PWM | 35000H |
I-MF322W300A90-DO50A1A10 | 10MM | I-DC24V | 21.6W | 20MM | 1944 | 5000K | 90 | IP20 | I-Nano coating/PU glue/Silicon tube/Semi-tube | Vuliwe/Vala i-PWM | 35000H |
I-MF322W300A90-DO60A1A10 | 10MM | I-DC24V | 21.6W | 20MM | 1944 | 6000K | 90 | IP20 | I-Nano coating/PU glue/Silicon tube/Semi-tube | Vuliwe/Vala i-PWM | 35000H |