Dorewa muhimmiyar tambaya ce lokacin siyan kowace na'urar lantarki. Kuma amincin kowane samfur kai tsaye ko a kaikaice ya dogara da ƙimar IK ɗin sa. Don haka, bincika ƙimar IK yana da mahimmanci a duk lokacin da kuka sayi kowane kayan lantarki.
Ƙimar IK tana ƙayyade ƙimar kariyar samfur daga kowane tasiri. Duk wani shinge na cikin gida ko waje na iya shiga cikin abubuwan da ba a zata ba, kamar bugewa ko fadowa daga tsayi. Kuma don tabbatar da cewa na'urar ta kasance cikin lalacewa bayan irin wannan lamarin sanin ƙimar IK yana da mahimmanci. An ƙididdige shi a matakai daban-daban, kuma kowane ƙima yana nuna ƙayyadaddun ƙayyadaddun juriya.
Wannan labarin zai ba da cikakken jagora game da ƙimar IK, amfaninsa, fa'idodinsa, da yadda ake tantance shi. Za ku ƙara samun shawarwari game da samun madaidaicin ƙimar IK don nau'ikan hasken wuta daban-daban. Don haka, ba tare da bata lokaci ba, mu shiga cikin tattaunawar-
Menene ƙimar IK?
Ƙimar Kariyar Tasiri (IK) tana nuna matakin kariyar shingen lantarki daga kowane tasiri na inji.
Ma'auni na Turai BS EN 50102 ya fara bayyana ƙimar IK a cikin 1995. Daga baya an gyara shi a cikin 1997 tare da IEC 60068-2-75. Bayan haka, a cikin 2002, an fitar da ma'aunin Turai EN62262 daidai da Standard IEC 62262.
Kafin a daidaita ƙimar IK, masana'antun sun yi amfani da ƙarin lamba tare da ci gaban ingress (IP rating) don nuna juriya ga tasiri. An ƙara wannan ƙarin lambar a cikin maɓalli azaman lambar hana tasiri. Misali - IP66(9). Amma yin amfani da irin wannan ƙididdiga marasa inganci ya kasance mai ruɗani sosai saboda babu wani tsarin ƙima na hukuma. Don haka, don magance wannan ruɗani, an ba da ƙimar IK a cikin 1995.
Ƙimar IK muhimmin abu ne ga kowane shingen lantarki. Yana nuna tasirin tasirin nawa ya kamata a yi ga na'ura ko wane yanayin yanayi zai iya jurewa. Har ma yana bayyana girman guduma, girmansa, da kayan da aka yi amfani da su don haifar da tasiri.
Don haka, a cikin kalmomi masu sauƙi, ƙimar IK tana ƙayyade ikon shinge don jure kwatsam ko tsananin ƙarfi ko girgiza.
Menene Ma'anar Lambobin Rating na IK?
Kowace lamba da aka yi amfani da ita a cikin ƙimar IK tana da ma'ana ta musamman. An ƙididdige ƙimar daga 00 zuwa 10. Kuma waɗannan lambobin suna nuna matakin kariya daga duk wani tasiri na waje. Don haka, mafi girman matsayi, mafi kyawun kariyar tasirin da yake bayarwa. Misali, hasken LED mai IK08 yana ba da kariya mafi kyau fiye da wanda yake da IK05.
IK Rating Chart
Tare da ƙimar IK, zaku iya ƙayyade matakin juriya na kowane shingen lantarki. Matsayin kariya na ƙimar IK daban-daban da tasirin su sune kamar haka-
| Babban darajar IK | kariya | Tasiri |
| IK00 | Ba a Kare | - |
| IK01 | An kare shi daga tasirin joules 0.14 | Daidai da kilogiram 0.25 na taro yana fadowa daga 56 mm sama da abin da ya shafa |
| IK02 | An kare shi daga tasirin joules 0.2 | Daidai da kilogiram 0.25 na taro yana fadowa daga 80 mm sama da abin da ya shafa |
| IK03 | An kare shi daga tasirin joules 0.35 | Daidai da kilogiram 0.25 na taro yana fadowa daga 140 mm sama da abin da ya shafa |
| IK04 | An kare shi daga tasirin joules 0.5 | Daidai da 0.25 kg na taro raguwa daga 200 mm sama da abin da ya shafa |
| IK05 | An kare shi daga tasirin joules 0.7 | Daidai da kilogiram 0.25 na taro yana fadowa daga 280 mm sama da abin da ya shafa |
| IK06 | An kare shi daga tasirin joules 1 | Daidai da kilogiram 0.25 na taro yana fadowa daga 400 mm sama da abin da ya shafa |
| IK07 | An kare shi daga tasirin joules 2 | Daidai da 0.50 kg na taro raguwa daga 56 mm sama da abin da ya shafa |
| IK08 | An kare shi daga tasirin joules 5 | Daidai da kilogiram 1.70 na taro yana fadowa daga 300 mm sama da abin da ya shafa |
| IK09 | An kare shi daga tasirin joules 10 | Daidai da 5 kg na taro raguwa daga 200 mm sama da abin da ya shafa |
| IK10 | An kare shi daga tasirin joules 20 | Daidai da kilogiram 5 na taro yana fadowa daga 400 mm sama da abin da ya shafa |
Halayen Gwajin Tasiri
Gwajin tasiri na ƙimar IK yayi la'akari da tasirin tasiri a cikin joule, radius na abu mai ban mamaki, kayan tasiri, da yawan sa. Gwajin ya kuma haɗa da tsayin faɗuwa kyauta da nau'ikan gwaje-gwajen guduma iri uku, watau, guduma mai raɗaɗi, guduma na bazara, da gudumar faɗuwa kyauta.
| IK code | IK00 | IK01-IK05 | IK06 | IK07 | IK08 | IK09 | IK10 |
| Tasirin Makamashi (Joules) | * | <1 | 1 | 2 | 5 | 10 | 20 |
| Radius na abu mai ban mamaki (Rmm) | * | 10 | 10 | 25 | 25 | 50 | 50 |
| Material | * | Polyamide 1 | Polyamide 1 | 2 na XII | 2 na XII | 2 na XII | 2 na XII |
| Mass (KG) | * | 0.2 | 0.5 | 0.5 | 1.7 | 5 | 5 |
| Tsayin Faɗuwa Kyauta (M) | * | * | * | 0.40 | 0.30 | 0.20 | 0.40 |
| Pendulum guduma | * | A | A | A | A | A | A |
| Gudumawar bazara | * | A | A | A | A'a | A'a | A'a |
| Gumar faɗuwa kyauta | * | A'a | A'a | A | A | A | A |
Daga cikin wadannan sigogi; Kuna iya ganin cewa IK10 yana ba da mafi girman matakin kariya. Kuma zai iya tsayayya da tasiri na 5 kg, samar da makamashi na 20 joules.
Abubuwa Don Gwajin ƙimar IK
Lokacin gudanar da gwajin ƙimar IK don kowane shinge na lantarki, yakamata ku san wasu dalilai. An ambaci waɗannan a ƙasa-
Tasirin Makamashi
Ƙarfin tasirin tasiri don gwajin IK yana nufin ƙarfin da ake buƙata don karya shinge a ƙarƙashin daidaitattun yanayi. Ana auna shi da joule (J). Misali - a LED Neon Flex tare da ƙimar IK08 na iya jure tasirin tasirin joules 5. Wato, idan wani abu mai nauyin kilogiram 1.70 da ke fadowa daga tsayin mita 300 ya bugi neon flex, zai kasance da kariya.
Abubuwan Tasirin
Abubuwan tasiri suna da mahimmanci a cikin gwajin ƙimar IK. Don gwada IK01 zuwa IK06, ana amfani da Polyamide 1 azaman kayan tasiri. Kuma ana amfani da ƙarfe don gwada IK07 zuwa IK10. Don haka, kamar yadda ƙarfe ya fi ƙarfi fiye da Polyamide 1, samfuran da ke da ƙimar IK07 zuwa Ik10 sun fi kariya.
Height Of Fall
A cikin gwada ƙimar IK, tsayin faɗuwar tasirin ya bambanta don ƙima daban-daban. Misali- don gwajin IK09, yakamata a saita tasirin a mita 0.20 don buga shingen gwajin. Hakanan, don gwajin IK10, tsayin faɗuwar kyauta shine mita 0.40. Don haka, ya kamata wurin gwajin ya yi tsayayya da faɗuwa daga babban tsayi don wuce ƙimar IK mafi girma.
Mass Of The Tasiri
Yawan tasirin gwaji kuma ya bambanta da ƙimar IK. Misali- don gwada ko an ƙididdige na'urar haske IK07, yakamata ta yi tsayayya da yajin tasiri tare da nauyin 0.5kg. Sabili da haka, tasirin tasirin zai karu tare da haɓaka ƙimar IK.
Nau'in Gwajin Gudu
Gwajin kima na IK ya ƙunshi nau'ikan gwajin guduma guda uku- guduma ta bazara, guduma mai raɗaɗi, da guduma faɗuwa kyauta. Takaitacciyar tattaunawa akan ire-iren wadannan sune kamar haka-
- Gwajin Hammer Spring
Ana gudanar da gwajin guduma na bazara don gwada juriya na tsangwama na yau da kullun. Wannan gwajin guduma ya shafi ƙimar IK01 zuwa IK07.
- Gwajin Hammer Pendulum
Gwajin guduma na pendulum ya fi ƙarfin gwajin guduma na bazara. Ya shafi duk ƙimar IK. Ko da ma'aunin IK10 dole ne ya wuce gwajin pendulum don tabbatar da ingantaccen kariya daga tasiri.
- Gwajin Gudun Gumawa Kyauta
Gwajin guduma na faɗuwa kyauta ya fi ƙarfi fiye da hanyar bazara da hanyar pendulum. Wannan gwajin ya shafi manyan gwaje-gwajen ƙimar IK daga IK07 zuwa IK10.
Daidai da IP Rating
Ma'auni na IK na yadi dole ne ya kasance daidai da ƙimar ci gaba (IP). Don haka, alal misali- idan hasken wuta ya wuce IP66 da IK06, yakamata a sanya masa alama iri ɗaya. Amma idan madaidaicin ko ta yaya ya cika IK08 amma yana kula da IP54 kawai, ba za a iya yiwa alama IP66 da IK08 ba. Don haka, a cikin wannan yanayin, ya kamata ku sanya alamar gyarawa azaman 'IP66 da IK06' ko 'IP54 da IK08'. Duk da haka, duba- Ƙididdiga ta IP: Jagoran Ƙimar don ƙarin koyo game da ƙimar IP.
Don haka, waɗannan su ne abubuwan da ya kamata ku yi la'akari yayin ɗaukar gwajin ƙimar IK.
Yadda Ake Gwaji IK Rating?
Ana gudanar da gwajin ƙimar IK a cikin yanayi mai dacewa tare da hanyar 'sarrwa faduwa'. Anan ana amfani da wani takamaiman adadin kuzari a cikin shingen don cin nasarar gwajin. Koyaya, akwai manyan abubuwa guda biyu a cikin gwajin ƙimar IK. Wadannan su ne-
- Nisa tsakanin shingen samfurin da guduma
- Nauyin guduma
Ana sanya madaidaicin nauyi a ƙayyadadden tsayi da kusurwa sama da shinge don yin wannan daidaitaccen gwajin. Sa'an nan kuma an ba da damar nauyin kyauta don faɗuwa / yajin aiki don ƙirƙirar takamaiman tasiri makamashi. Ana maimaita wannan hanya sau uku a wuri guda. Kuma Don tabbatar da ƙaƙƙarfan kariyar tasiri, ana barin nauyin ya buge ba tare da bounces a wurare da yawa na shinge ba.
Ta yaya ake haɓaka ƙimar IK?
Ƙimar IK muhimmiyar hujja ce da za a yi la'akari da kowace na'urar lantarki. Don haka, a nan akwai hanyoyi guda uku da za ku iya inganta ƙimar IK-
Material
Kayan katangar yana taka muhimmiyar rawa wajen ƙaddamar da ƙimar IK. Don haka, zabar abu tare da mafi kyawun juriya akan tasiri yana da mahimmanci. Duk da haka, abubuwa uku mafi kyau don shinge shine-
- Bakin karfe:
Kodayake bakin karfe shine abu mafi tsada, yana haifar da mafi kyawun juriya ga tasiri.
- Gilashin Ƙarfafa Polyester:
Polyester mai ƙarfafa gilashin wani abu ne mai kyau don yadi. Yana da ƙarfi kuma yana ba da kyakkyawan juriya mai tasiri. Amma abin da ke tattare da wannan abu shine cewa yana da sauƙi ga radiation UV kuma ba za a iya sake yin amfani da shi ba.
- polycarbonate:
Polycarbonate shine sabon kayan fasaha da za a yi amfani da shi akan abubuwan rufewa don haɓaka ƙimar IK. Abu ne mai jurewa UV kuma mara lahani. Har ila yau, ana iya sake yin amfani da polycarbonate.
Saboda haka, zabar waɗannan abubuwa uku a cikin yadi na iya inganta ƙimar IK.
kauri
Ƙara kauri daga cikin kayan da aka rufe yana ba da kariya mafi kyau daga tasiri. Don haka kowace na'urar lantarki da ke da kauri mai kauri na iya wuce ƙimar ƙimar IK mafi girma. Sabili da haka, zai ƙara ƙarfin samfurin.
Siffar
Siffar shinge na iya zama mai juriya. Zana shingen ta yadda tasirin tasirin ya karkata zuwa wani yanki mai faɗi. Sannan, lokacin da wani abu ya bugi na'urar, makamashin ba zai shiga wani yanki na musamman ba; maimakon haka, zai bazu cikin kewaye. Kuma irin wannan siffa ba zai haifar da mummunar lalacewa ga samfurin ba.
A wannan yanayin, zagaye kewaye shine mafi kyawun zaɓi. Kusurwoyi sune mafi rauni, don haka siffar zagaye yana karkatar da tasirin tasiri zuwa yanki mafi girma. Don haka, yana ba da kariya mafi kyau fiye da kowane shinge tare da sasanninta masu kaifi.
Don haka, bin waɗannan mahimman abubuwan, zaku iya haɓaka ƙimar IK na shingen lantarki.
A ina Ana Amfani da Kayayyakin Ƙimar IK?
Ana amfani da samfuran Ik waɗanda aka ƙididdige su inda akwai haɗari mafi girma na fallasa ko lalacewa ta waje. Na'urorin lantarki waɗanda ke fuskantar mummunan yanayi na yanayi kuma suna da damar yin tasiri mai mahimmanci suna da babban ƙimar IK. Wuraren da aka fi amfani da samfuran IK sune-
- Yankunan masana'antu
- Wuraren zirga-zirgar ababen hawa
- Wuraren shiga jama'a
- Kurkuku
- Makarantu, da sauransu.
Ƙididdigar IK Don Hasken LED
Don fitilun LED, ƙimar IK tana nuna ko an watsar da kewayen cikin hasken ko duk wani tasirin injin ya shafa. Hakanan yana ƙayyade idan hasken zai ci gaba da aiki lokacin da ya sami lalacewa. A cikin masana'antar hasken wuta, ƙimar IK na masu haske suna da mahimmanci, musamman don hasken waje. Wato saboda fitilu na waje suna fuskantar matsanancin yanayi na muhalli wanda zai iya lalata fitilun. Sabili da haka, wajibi ne a bincika ko matakin kariya na hasken ya dace da masana'antu ko bukatun ƙasa. Shi ya sa ƙimar IK ke da mahimmanci yayin siyan fitilun ambaliya, fitilun titi, fitilun filin wasa, da wasu fitilun waje na musamman. Anan akwai wasu ƙimar IK masu dacewa don nau'ikan fitilu na waje-
Don haka, lokacin shigar da kowane kayan aiki a waje, koyaushe bincika ƙimar IK. Kuma don ingantacciyar kariya, koyaushe je don ƙimar IK mafi girma, musamman don hasken masana'antu.
IK Rating: Gwajin Hammer Don Fitilar LED
An ƙididdige ƙimar IK na fitilu daga IK01 zuwa IK10. Kuma ga fitilun LED, gwajin guduma don tantance ƙimar IK ya kasu kashi biyu. Rukunin farko ya haɗa da IK01 zuwa IK06, wanda ya faɗi ƙarƙashin gwajin guduma mai tasiri. Kuma IK07 zuwa IK10 sun ƙunshi rukuni na biyu waɗanda suka wuce ta gwajin pendulum. Cikakken bayanin waɗannan gwaje-gwajen guduma masu haske guda biyu sune kamar haka-
Rukuni na farko: Gwajin Tasirin Hammer (IK1 zuwa IK01)
Gwajin tasirin guduma na bazara na hasken wuta ana yin shi don bincika ko zai iya tsayayya da haɗuwa na yau da kullun. Wannan guduma na bazara yana da tsari mai siffar mazugi tare da tsarin kulle bazara. Lokacin da aka danna ƙarshen mazugi, maɓuɓɓugan magudanar ruwa daga ɗayan ƙarshen ya bugi na'urar da ke ƙarƙashin gwaji. Kuma maimaita wannan hanya, ana gudanar da gwajin guduma na tasirin bazara.
Ana yin gwajin guduma na bazara don ƙimar IP01 zuwa IK06. Wannan rukunin ƙididdigar ya dace da hasken cikin gida kuma yana da ɗan ƙaramin ƙarfi (daga 0.14J zuwa 1J). Don haka, fitilu na cikin gida kamar- downlight, high bay light, da sauransu, suna fuskantar gwajin tasirin guduma na bazara.
Rukuni na biyu: Gwajin Pendulum (IK2 zuwa IK07)
Gwajin pendulum babban gwaji ne don tantance iyakar kariyar shingen lantarki ko na'urar haske. A cikin wannan gwajin, an haɗa madaidaicin nauyi a kan pendulum wanda ya bugi na'urar haske a madaidaicin tsayi. Kuma ana yin wannan gwajin don ƙimar IK07 zuwa IK10, yana buƙatar ƙarin ƙarfin gwaji mai mahimmanci (daga 2J zuwa 20J). Ana amfani da gwajin pendulum a cikin ƙimar ƙimar IK na fitilun titi, fitilun filin wasa, fitilun da ke hana fashewa, da sauransu.
Tsanaki Don Hasken Ƙididdiga na IK
Yayin gwada ƙimar IK na kayan aikin haske, yakamata ku kiyaye wasu bayanai a zuciya. Wadannan su ne-
- Ya kamata a gudanar da gwajin a matsi na iska da zafin jiki. Dangane da IEC 62262, a cikin gwajin ƙimar IK na haske, yanayin zafin da aka ba da shawarar ya bambanta daga 150C zuwa 350C, kuma kewayon matsin iska shine 86 kPa-106 kPa.
- Lokacin gudanar da gwajin, yi tasiri ga duka kewayen. Yin hakan zai tabbatar da kariyar da ta dace na hasken wutar lantarki.
- Dole ne a yi gwajin tare da haɗa fitilun gaba ɗaya kuma an shigar da su. Don haka, samfurin ƙarshe zai wuce ta gwaji kuma ya tabbatar da ingantaccen ƙimar IK.
- Babu buƙatun pretreatment don samfuran gwaji, kuma bai kamata a kunna fitilar yayin gwajin ba. Idan kun kunna kayan aiki yayin gwajin IK, akwai yuwuwar yin haɗari. Don haka, a yi hattara da haɗin wutar lantarki kuma cire fitilun yayin gwaji.
- Idan shigarwar fitilar na iya yin tasiri ga sakamakon gwajin, ya kamata ku gudanar da gwajin a wurin shigarwar hasken.
- Idan gwajin tasirin ba zai yiwu ba saboda tsarin fitilun, ana iya amfani da na'urar ta musamman don kammala gwajin. Duk da haka, bai kamata ku maye gurbin na'urar ba ta hanyar da za ta rage ƙarfin injinsa.
Ta yaya LED Neon Flex Ya Wuce Gwajin IK08
LED Neon Flex dole ne a yi gwajin guduma na pendulum don cin nasarar gwajin IK08. A cikin wannan gwajin ƙimar IK, Neon flex yana gyarawa, kuma an ƙyale hammatar pendulum ya buga shi. Anan, guduma ya bugi neon flex daga nesa na 300mm ko 0.03m. Ana maimaita wannan hanya sau da yawa a wurare daban-daban na sassauƙa. Kuma idan LED neon flex ya kasance mai kariya ba tare da haifar da lahani ga kewayen ciki ba kuma har yanzu yana aiki, ya wuce gwajin. Don haka an ƙididdige madaidaicin IK08.
LED neon flex tare da ƙimar IK08 yana da kyau ga hasken gida da waje. Za su iya yin aiki mai girma a cikin mawuyacin yanayi na muhalli. Duk da haka, idan kuna neman mafi kyawun ingancin LED neon flex, tafi LED Yi. Muna ba da flex neon tare da ƙimar IK08 da kariya har zuwa IP68. Don haka, gyare-gyaren mu suna da ƙarfi, hana ruwa, kuma suna iya tsayayya da matsanancin yanayi.
Me yasa ambaton ƙimar IK ke da mahimmanci?
Ƙimar IK muhimmin fasali ne da za a yi la'akari da shi wajen siyan na'urorin lantarki kamar-fitilu, wayoyin hannu, kyamarori, da sauransu. Amma me yasa yake da mahimmanci a ambaci ƙimar IK akan na'urori? Ga dalilan-
Tabbatar da Ingantacciyar inganci
Haɗe da ƙimar IK a cikin ƙayyadaddun kowane samfur yana nuna ingantaccen inganci. Don haka, yana sa samfurin ya zama mafi kusanci fiye da alamar gasa.
Inganta Hoton Alamar
Kyakkyawan alama koyaushe yana ba da isassun bayanai ga abokan cinikin sa game da samfurin. Kuma don yin haka, yana da mahimmanci don gwada samfurori daga sigogi daban-daban. Daga cikin waɗannan gwaje-gwajen, gwajin ƙimar IK yana ɗaya daga cikin muhimman al'amura don haɗawa. Ƙididdigar IK sun bayyana cewa alamar tana taka tsantsan game da ingancin samfurin sa kuma don haka inganta hoton sa.
Ƙara Dogara
Ƙimar IK yana nuna juriyar samfurin ga kowane tasiri. Don haka, samfurin da ke da ƙimar IK yana tabbatar da matakin kariya. Sabili da haka, abokan ciniki zasu iya amincewa da alamar.
Inganta Rayuwar samfur
Duk wani samfurin da ke da ƙimar IK mafi girma yana amfani da kayan inganci waɗanda ke ba da mafi kyawun kariya daga yanayin muhalli mara kyau. Don haka, samfurin ba zai sami tasiri ko lalacewa ba yayin da yake da ƙimar IK mai kyau. Don haka, yana inganta rayuwar samfurin.
Don haka, ƙimar IK kai tsaye ko a kaikaice yana nuna amfanin kowane samfur. Misali- duk wani kayan aiki tare da ƙananan ƙimar IK bai dace da amfani da waje ba. Don haka, la'akari da ƙimar IK kafin siyan kowane samfur.
IP Rating Vs. Babban darajar IK
Ma'aunin IP da IK sune kalmomin da aka fi amfani da su yayin tantance ingancin kowace na'urar lantarki. Suna tabbatar da matakin juriya da ƙarfin samfuran. Duk da haka, waɗannan kalmomi guda biyu sun bambanta da juna. Bambance-bambancen su shine kamar haka-
| IP Rating | Babban darajar IK |
| Ƙididdiga na IP yana nufin Ci gaban Ci gaba. | Ƙimar IK tana nufin Kariyar Tasiri. Anan, 'K' yana bayyana 'Kinetic'; ana amfani dashi don bambanta da ƙimar IP. |
| Yana nuna matakin kariya na kowane shinge daga shiga mai ƙarfi da ruwa. | Ƙimar IK tana nuna matakin juriya na shinge akan kowane tasiri. |
| Ma'aunin EN 60529 (Birtaniya BS EN 60529: 1992, Turai IEC 60509: 1989) yana bayyana ƙimar IP. | Daidaitaccen BS EN 62262 yana da alaƙa da ƙimar IK. |
| Ana ƙididdige ƙimar IP ta amfani da lamba mai lamba biyu. Anan, lambobi na farko yana nuna kariya daga shiga mai ƙarfi, kuma lamba ta biyu tana ƙayyade kariya daga shigar ruwa. | Ƙididdiga na IK yana da lamba ɗaya don nuna matakin kariya kuma an ƙididdige shi daga IK00 zuwa IK10. Mafi girman ƙimar IK, mafi kyawun kariya yana ba da tasiri. |
| Abubuwan da ke hana ƙura, mai jure ruwa, da dai sauransu suna da alaƙa da ƙimar IP. | Ya ƙunshi tasiri makamashi, gwajin guduma, da dai sauransu. |
| Misali- Neon flex tare da ƙimar IP68 yana nufin gaba ɗaya ƙura ne da hana ruwa. | Misali- Neon flex tare da IK08 yana nuna cewa zai iya tsayayya da tasirin joules 5. |
FAQs
Kammalawa
Ƙimar IK muhimmin abu ne da za a yi la'akari da shi lokacin siyan kowace na'urar lantarki. Yana ƙayyade dorewa da ikon jurewa a cikin yanayi mara kyau. Shi ya sa ya kamata a koyaushe ku duba ƙimar IK kuma ku zaɓi wanda ya dace da aikinku.
Hakazalika, ƙimar IK a cikin hasken wuta daidai yake da mahimmanci saboda yana nuna ko kayan aikin hasken zai yi aiki lokacin da ya sami bugun jini ko kuma ya shiga kowane tasiri. Bugu da ƙari, ƙimar IK yana sanar da ku idan kayan aiki ya dace a gida ko waje. Misali, ƙananan ƙimar IK (IK01 zuwa IK06) sun dace da hasken cikin gida; kuma mafi girman ƙimar IK (IK07 zuwa IK10) wajibi ne don waje. Koyaya, idan kuna neman inganci mai ƙarfi da ƙima LED Neon Flex, tafi LEDYi. Muna da IK08-rated LED neon flex wanda yake cikakke don hasken gida da waje.
