I-LED Flood Light ibilokhu ingomunye wemikhiqizo ebaluleke kakhulu ezindaweni zokwakha. Ingasebenza ekushiseni okuphansi, isebenzisa amandla aphansi kanye nokusebenza kahle kokukhanyisa okuphezulu.
Kunezici eziningi okufanele uzicabangele mayelana nendlela yokukhetha ukukhanya kwe-LED kwezikhukhula. I-WISETECH, njengoMdayisi Wezokukhiqiza, yenza inhlolovo ngezici zazo zonke izibani ze-LED zezikhukhula emakethe ukuze zikunikeze umbono wokuthi yini ekulungele.
1.Ingabe i-Flood Light idinga ukuphatheka?
Uma isibani esisebenzayo sizolungiswa endaweni ethile isikhathi eside noma sisetshenziswe unomphela, khona-ke i-Portable akuyona into okufanele icatshangelwe. Uma kungenjalo, ukukhanya kwe-LED ephathekayo kuyisinqumo esingcono. Njengoba kwenza izinto zibe lula.
2.Isiphi isixazululo sokukhanyisa esingcono kakhulu, i-DC, Hybrid noma inguqulo ye-AC?
Njengamanje, inguqulo ye-DC iyaduma, njengebhethri eyakhelwe ngaphakathi, ngokungangabazeki iletha lula kakhulu futhi ingasetshenziswa ezikhathini eziningi, ikakhulukazi uma singekho isixhumi samandla amapayipi. Kodwa-ke, uma udinga ukuphuma kokukhanyisa okuqinile nokusebenza okungaphazamiseki kwesikhathi eside, i-AC ne-Hybrid iyisinqumo esingcono uma ivunyelwe ukuxhuma ukukhanya kugesi we-AC. Leli iphuzu lapho inguqulo ye-DC yomkhiqizo ayikwazi ukushintshwa.
Uma ubheka izindleko, ngokuvamile izindleko zeHybrid ziphezulu, kanti izindleko ze-DC ziphakeme kune-AC.
3.Kanjaniukukhetha i-flux ekhanyayo efanelekile?
Amandla aphezulu, angcono? I-lumen engcono, ingcono?
I-flux ekhanyayo ikalwa nge-lumen, i-lumen engcono isho ukukhanya okuphezulu. Indlela yokukhetha i-lumen efanelekile, kuya ngobukhulu bendawo yokusebenza. Indawo inkulu, isicelo se-lumen kufanele sibe ngcono.
Ukukhanya kokukhanya kwe-halogen kukalwa ngezinga lakhona lamandla, futhi ama-bulb anamandla asho ukukhanya okwengeziwe. Kodwa-ke, ubudlelwano phakathi kokukhanya Kwezibani Zomsebenzi ezihamba phambili ezihamba phambili kanye nezinga lamandla azo abuseduze kangako. Ngisho nasezingeni elifanayo lamandla, umehluko phakathi kokukhanya okukhiphayo kwezibani eziholayo ezihlukene zomsebenzi mkhulu kakhulu, futhi umehluko onamalambu e-halogen mkhulu nakakhulu.
Isibonelo, i-halogen engu-500W ingakhipha ukukhanya okungaba ngu-10,000 lumens. Lokhu kukhanya kungase kulingane kuphela nokukhanya kwe-LED engu-120W.
4.Indlela yokukhetha i-izinga lokushisa lombala?
Uma ubhekisisa amathrendi okukhanya kwe-LED, uzobona ama-LED athile abhalwe ukuthi “5000K” noma “fluorescent”. Lokhu kusho ukuthi izinga lokushisa lombala wesibani se-LED lifana nezinga lokushisa lombala lemisebe yelanga. Ngaphezu kwalokho, awaqukethe ukukhanya okuluhlaza okwesibhakabhaka noma okuphuzi. Kwabasebenza ngogesi, lokhu kuzobasiza babone imibala yezintambo ezahlukene. Kumdwebi, imibala ekulokhu kukhanya nayo isondelene nemibala yangempela, ngakho ayibukeki ihluke kakhulu emini.
Endaweni yokwakha, ukusebenza kahle kunikezwa kuqala ngaphezu kwezinga lokushisa lombala ezindaweni ezinjalo. Izinga lokushisa elinconywayo lombala ngokuvamile liwela phakathi kuka-3000 K no-5000 K.
5.Kufanele uwalungise kuphi ama-Mobile Flood Lights endaweni yokusebenza?
Kuyisinqumo esihle ukulungisa ukukhanya okunamandla kwe-Mobile Flood Light ku-tripod noma ukusebenzisa i-Tripod Light ngqo endaweni yokusebenza.
Ungaphinda uvule ubakaki we-Mobile Flood Light ukuze uyivumele ime phezu kwetafula, noma uyilungise endaweni yensimbi noma kwenye indawo ngozibuthe noma iziqeshana eziza nokukhanya.
6.Ungakhetha kanjani ikilasi le-IP Lokukhanya Kwezikhukhula Zeselula?
Isigaba se-IP ikhodi yamazwe ngamazwe esetshenziselwa ukukhomba ileveli yokuvikela. I-IP yakhiwe izinombolo ezimbili, inombolo yokuqala isho ukuthi ingangenisi uthuli; Inombolo yesibili ngendlela yokungangeni manzi.
Ukuvikelwa kwe-IP20 kuvamise ukwanele ngaphakathi endlini, lapho ukuvikela amanzi kuvame ukudlala indima encane kuphela. Endabeni yokusetshenziswa kwangaphandle, kunethuba elikhulu lokungena kwezinto zangaphandle namanzi. Akukhona nje uthuli noma ukungcola, kodwa futhi izinambuzane ezincane zingangena emishini njengezinto zangaphandle. Imvula, iqhwa, amasistimu wokufafaza, nezimo eziningi ezifanayo ezenzeka ngaphandle zidinga ukuvikeleka okuhambisanayo okungangeni manzi. Ngakho-ke, endaweni yokusebenza yangaphandle, sincoma okungenani ileveli yokuvikela ye-IP44. Uma inombolo iphezulu, isivikelo siphezulu.
Isilinganiso se-IP | Isimemezelo |
IP20 | ehlanganisiwe |
IP 21 | ivikelwe emanzini aconsayo |
IP23 | ivikelwe emanzini afuthwe |
IP 40 | ivikelwe ezintweni zangaphandle |
IP 43 | ivikelwe ezintweni zangaphandle kanye namanzi afuthwe |
IP 44 | ivikelwe ezintweni zangaphandle kanye namanzi afafazayo |
IP50 | ivikelwe othulini |
IP54 | kuvikelwe othulini nasemanzini afuthwe |
IP55 | ivikelwe othulini nasemanzini abhodloziwe |
IP56 | lingangenwa uthuli futhi lingangeni manzi |
IP65 | ukuvikela uthuli kanye nokuvikela ipayipi |
IP67 | ingangenisi uthuli futhi ivikeleke ekucwilisweni kwesikhashana emanzini |
IP68 | ingavimbeli uthuli futhi ivikelwe ekucwilisweni okuqhubekayo emanzini |
7.Ungalikhetha kanjani ikilasi le-IK Lokukhanya Kwezikhukhula Zeselula?
Isilinganiso se-IK siyindinganiso yamazwe ngamazwe ekhombisa ukuthi umkhiqizo umelana kangakanani nokuba nomthelela. Izinga le-BS EN 62262 lihlobene nezilinganiso ze-IK, ukuhlonza izinga lokuvikela elihlinzekwa yizindawo ezivalekile zezinto zikagesi ngokumelene nemithelela yemishini yangaphandle.
Endaweni yomsebenzi wokwakha, sincoma okungenani izinga lokuvikela le-IK06. Uma inombolo iphezulu, isivikelo siphezulu.
Isilinganiso se-IK | Amandla okuhlola |
IK00 | Akuvikelwe |
IK01 | Kuvikelwe ngokumelene0.14 jouleumthelela |
Ilingana nomthelela wesisindo esingu-0.25kg sehle sisuka ku-56mm ngaphezulu kwendawo ethintekile. | |
IK02 | Kuvikelwe ngokumelene0.2 jouleumthelela |
Ilingana nomthelela wesisindo esingu-0.25kg wehla ukusuka ku-80mm endaweni ethintekile ngaphezulu. | |
IK03 | Kuvikelwe ngokumelene0.35 joulesumthelela |
Ilingana nomthelela wesisindo esingu-0.25kg sehle sisuka ku-140mm endaweni ethintekile ngaphezulu. | |
IK04 | Kuvikelwe ngokumelene0.5 jouleumthelela |
Ilingana nomthelela wesisindo esingu-0.25kg wehla ukusuka ku-200mm endaweni ethintekile ngaphezulu. | |
IK05 | Kuvikelwe ngokumelene0.7 jouleumthelela |
Ilingana nomthelela wesisindo esingu-0.25kg sehle sisuka ku-280mm endaweni ethintekile ngaphezulu. | |
IK06 | Kuvikelwe ngokumelene1 jouleumthelela |
Ilingana nomthelela wesisindo esingu-0.25kg wehla ukusuka ku-400mm endaweni ethintekile ngaphezulu. | |
IK07 | Kuvikelwe ngokumelene2 jouleumthelela |
Ilingana nomthelela wesisindo esingu-0.5kg wehla ukusuka ku-400mm endaweni ethintekile ngaphezulu. | |
IK08 | Kuvikelwe ngokumelene5 jouleumthelela |
Ilingana nomthelela wesisindo esingu-1.7kg wehla ukusuka ku-300mm endaweni ethintekile ngaphezulu. | |
IK09 | Kuvikelwe ngokumelene10 joulesumthelela |
Okulingana nomthelela wesisindo esingu-5kg wehla ukusuka ku-200mm ngaphezulu kwendawo ethintekile. | |
IK10 | Kuvikelwe ngokumelene20 joulesumthelela |
Okulingana nomthelela wesisindo esingu-5kg wehla ukusuka ku-400mm ngaphezulu kwendawo ethintekile. |
Isikhathi sokuthumela: Sep-01-2022