Ukukhanya koKhukula lwe-LED bekusoloko kuyenye yezona mveliso ziyimfuneko kwiindawo zokwakha. Iyakwazi ukusebenza kwiqondo lokushisa eliphantsi, inokusetyenziswa kwamandla aphantsi kunye nokusebenza kakuhle kokukhanyisa.
Kukho izinto ezininzi ekufuneka ziqwalaselwe malunga nendlela yokukhetha isibane soMkhukula we-LED. I-WISETECH, njengoMvelisi woMveliso, ivavanye iimpawu zazo zonke izibane zeMkhukula ze-LED kwimarike ukukunika umbono wento ekulungeleyo.
1.Ngaba i-Flood Light kufuneka iphatheke?
Ukuba ukukhanya okusebenzayo kuya kulungiswa kwindawo ethile ixesha elide okanye ukusetyenziswa ngokusisigxina, ngoko i-Portable ayisiyiyo yokuqwalasela iphuzu. Ngaphandle koko, i-floodlight ephathekayo ye-LED lukhetho olungcono. Njengoko isenza izinto zibe bhetyebhetye.
2.Sesiphi isisombululo sokukhanyisa esona silungileyo, i-DC, iHybrid okanye i-AC version?
Okwangoku, inguqulelo yeDC iyathandwa, njengebhetri eyakhelwe-ngaphakathi, ngokungathandabuzekiyo izisa lula kakhulu kwaye inokusetyenziswa kwiintlobo ezininzi zezihlandlo, ngakumbi xa kungekho sidibanisi samandla amakhulu. Nangona kunjalo, xa ufuna ukukhanya okunamandla kunye nokusebenza kwexesha elide elingaphazamisekiyo, i-AC kunye ne-Hybrid ingcono ukukhetha ukuba ivunyelwe ukudibanisa ukukhanya kwi-AC power supply. Le ngongoma yokuba i-DC version yemveliso ayinakuthatha indawo.
Ukusuka kumbono weendleko, ngokwesiqhelo ixabiso leHybrid liphezulu, kwaye ixabiso leDC liphezulu kune-AC.
3.Njaniukukhetha ukukhanya okukhanyayo okufanelekileyo?
Amandla aphezulu, angcono? I-lumen engcono, ingcono?
Ukukhanya okukhanyayo kulinganiswa kwi-lumen, i-lumen engcono ithetha ukukhanya okuphezulu. Indlela yokukhetha i-lumen efanelekileyo, kuxhomekeke kubukhulu bendawo yokusebenza. Indawo inkulu, isicelo selumen kufuneka sibe ngcono.
Ukukhanya kokukhanya kwe-halogen kulinganiswa nenqanaba lamandla ayo, kwaye iibhalbhu ezinamandla ngakumbi zithetha ukukhanya okungakumbi. Nangona kunjalo, ubudlelwane phakathi kokukhanya kwezibane zoMsebenzi ezikhokelwayo zamva nje kunye nenqanaba labo lamandla alisondele kakhulu. Nokuba kwinqanaba elifanayo lamandla, umahluko phakathi kokukhanya okuphumayo kwezibane ezikhokelwayo ezahlukeneyo zoMsebenzi mkhulu kakhulu, kwaye umahluko kunye nezibane ze-halogen mkhulu ngakumbi.
Umzekelo, i-halogen ye-500W inokukhupha ukukhanya malunga ne-10,000 lumens. Oku kukhanya kunokulingana kuphela nokuqaqamba kwesibane se-120W LED.
4.Indlela yokukhetha iubushushu bombala?
Ukuba ubeka iliso kwiintsingiselo zokukhanya kwe-LED, uya kubona ezinye ii-LED ezibhalwe “5000K” okanye “fluorescent”. Oku kuthetha ukuba ubushushu bombala wesibane se-LED bufana nobushushu bombala wemitha yelanga. Ngaphezu koko, azinakukhanya okuninzi okuluhlaza okanye okutyheli. Kubasebenzi bombane, oku kuya kubanceda babone imibala yeengcingo ezahlukeneyo. Kumzobi, imibala ekulo kukhanya nayo isondele kwimibala yokwenyani, ukuze ingabonakali yahluke kakhulu emini.
Kwindawo yokwakha, ukusebenza kakuhle kunikwa ingqwalasela ephambili ngaphezu kobushushu bombala kwiindawo ezinjalo. Ubushushu bombala obucetyiswayo bukholisa ukuba phakathi kwe-3000 K kunye ne-5000 K.
5.Kufuneka uzilungise phi izibane zakho zeSikhukula seSelfowuni kwindawo yokusebenza?
Kukukhetha okulungileyo ukulungisa amandla aphezulu okuKhanya kweMobile yeSikhukula kwi-tripod okanye ukusebenzisa i-Tripod Light ngqo kwindawo yokusebenza.
Unako kwakhona ukutyhila isibiyeli sokuKhanya kweSikhukula seSelfowuni ukuze usivumele sime kwi-countertop, okanye usilungise kwindawo yentsimbi okanye kwenye indawo ngoomazibuthe okanye iikliphu eziza nokuKhanya.
6.Unokukhetha njani iklasi ye-IP yoLwakhiwo lokuKhanya kweSikhukula seSelfowuni?
Iklasi ye-IP yikhowudi yamazwe ngamazwe esetyenziselwa ukuchonga inqanaba lokukhusela. I-IP yenziwe ngamanani amabini, inani lokuqala lithetha uthuli; Inani lesibini ngendlela yokungangeni manzi.
Ukhuseleko lwe-IP20 ludla ngokwanela ngaphakathi, apho ukungangeni kwamanzi kudla ngokudlala indima encinci kuphela. Kwimeko yokusetyenziswa kwangaphandle, kukho amandla amakhulu okuba izinto zangaphandle kunye namanzi angene. Akunjalo kuphela uthuli okanye ukungcola, kodwa kunye nezinambuzane ezincinci zingangena kwisixhobo njengezinto zangaphandle. Imvula, ikhephu, iinkqubo zokufafaza, kunye neemeko ezininzi ezifanayo ezenzeka ngaphandle zifuna ukhuseleko oluhambelana namanzi. Ke ngoko, kwindawo yokusebenza yangaphandle, sicebisa ubuncinci inqanaba lokhuseleko le-IP44. Okukhona inani liphezulu, kokukhona ukhuseleko luphezulu.
IP rating | Isibhengezo |
IP20 | igqunyiwe |
IP21 | ikhuselwe kumanzi athontsizayo |
IP23 | ikhuselwe kumanzi atshiziweyo |
IP40 | ukhuselwe kwizinto zangaphandle |
IP43 | ukhuselwe kwizinto zangaphandle nakumanzi atshiziweyo |
IP44 | ukhuselwe kwizinto zangaphandle kunye nokutshizwa kwamanzi |
IP 50 | ukhuselwe eluthulini |
IP54 | ikhuselwe eluthulini nakumanzi atshiziweyo |
IP55 | ikhuselwe eluthulini nakumanzi amdaka |
IP56 | Uthuli kwaye ungangeni manzi |
IP65 | ubungqina bothuli kunye nobungqina bombhobho |
IP67 | iluthuli kwaye ikhuselwe ekuntywilisweni okwexeshana emanzini |
IP68 | iluthuli kwaye ikhuselwe ekuntywilisweni ngokuqhubekayo emanzini |
7.Indlela yokukhetha iklasi ye-IK yoLwakhiwo lweSikhanyiso seSikhukula seSelfowuni?
Umlinganiselo we-IK ngumgangatho wamazwe ngamazwe obonisa ukuba imveliso imelana kangakanani nefuthe. Umgangatho we-BS EN 62262 unxulumene novavanyo lwe-IK, ukuchonga inqanaba lokhuseleko olubonelelwa ngezivalo zezixhobo zombane ngokuchasene neempembelelo zoomatshini bangaphandle.
Kwindawo yomsebenzi wokwakha, sicebisa ubuncinci inqanaba lokhuseleko le-IK06. Okukhona inani liphezulu, kokukhona ukhuseleko luphezulu.
Ireyithingi ye-IK | Uvavanyo lwesakhono |
IK00 | Ayikhuselwanga |
IK01 | Ikhuselwe ngokuchasene0.14 joulesimpembelelo |
Ukulingana neempembelelo ze-0.25kg ubunzima behla ukusuka kwi-56mm ngaphezulu komphezulu wempembelelo. | |
IK02 | Ikhuselwe ngokuchasene0.2 joulesimpembelelo |
Ilingana neempembelelo ze-0.25kg ubunzima behle ukusuka kwi-80mm ngaphezulu komphezulu ochaphazelekileyo. | |
IK03 | Ikhuselwe ngokuchasene0.35 joulesimpembelelo |
Ukulingana neempembelelo ze-0.25kg ubunzima behla ukusuka kwi-140mm ngaphezulu komphezulu wempembelelo. | |
IK04 | Ikhuselwe ngokuchasene0.5 joulesimpembelelo |
Ilingana neempembelelo ze-0.25kg ubunzima behla ukusuka kwi-200mm ngaphezulu komphezulu ochaphazelekileyo. | |
IK05 | Ikhuselwe ngokuchasene0.7 joulesimpembelelo |
Ilingana neempembelelo ze-0.25kg ubunzima behla ukusuka kwi-280mm ngaphezulu komphezulu ochaphazelekileyo. | |
IK06 | Ikhuselwe ngokuchasene1 joulesimpembelelo |
Ilingana neempembelelo ze-0.25kg ubunzima behle ukusuka kwi-400mm ngaphezulu komphezulu ochaphazelekileyo. | |
IK07 | Ikhuselwe ngokuchasene2 joulesimpembelelo |
Ukulingana neempembelelo ze-0.5kg ubunzima behla ukusuka kwi-400mm ngaphezulu komphezulu wempembelelo. | |
IK08 | Ikhuselwe ngokuchasene5 joulesimpembelelo |
Ilingana neempembelelo ze-1.7kg ubunzima behle ukusuka kwi-300mm ngaphezulu komphezulu ochaphazelekileyo. | |
IK09 | Ikhuselwe ngokuchasene10 joulesimpembelelo |
Ilingana neempembelelo ze-5kg ubunzima behle ukusuka kwi-200mm ngaphezulu komphezulu ochaphazelekileyo. | |
IK10 | Ikhuselwe ngokuchasene20 joulesimpembelelo |
Ilingana neempembelelo ze-5kg ubunzima behle ukusuka kuma-400mm ngaphezulu komphezulu ochaphazelekileyo. |
Ixesha lokuposa: Sep-01-2022