Farashin IEC Electric | 75 | 150 | 275 | 320 | 385 | 440 | ||
Ƙarfin wutar lantarki na AC (50/60Hz) | 60V | 120V | 230V | 230V | 230V | 400V | ||
Matsakaicin Wutar Lantarki na Ci gaba (AC) | (LN) | Uc | 75V | 150V | 275V | 320V | 385V | 440V |
(N-PE) | Uc | 255V | ||||||
Fitar da Ƙa'ida na Yanzu (8/20μs) | (LN)/(N-PE) | In | 10kV/10kA | |||||
Matsakaicin fitarwa na Yanzu (8/20μs) | (LN)/(N-PE) | imax | 20kA/20kA | |||||
Matsayin Kariyar Wutar Lantarki | (LN)/(N-PE) | Up | 0.2kV/1.5kV | 0.6kV/1.5kV | 1.3kV/1.5kV | 1.5kV/1.5kV | 1.5kV/1.5kV | 1.8kV/1.5kV |
Bi Matsayin Katsewar Yanzu | (N-PE) | Ifi | 100 ARMS | |||||
Lokacin Amsa | (LN)/(N-PE) | tA | <25ns/<100ns | |||||
Fuse na baya (max) | 125A gL/gG | |||||||
Ƙididdiga na Gajere-Circuit na Yanzu (AC) | (LN) | ISCCR | 10 kA | |||||
TOV Tsaya 5s | (LN) | UT | 90V | 180V | 335V | 335V | 335V | 580V |
TOV 120min | (LN) | UT | 115V | 230V | 440V | 440V | 440V | 765V |
yanayin | Juriya | Juriya | Rashin Lafiya | Rashin Lafiya | Rashin Lafiya | Rashin Lafiya | ||
TOV Juriya 200ms | (N-PE) | UT | 1200V | |||||
Yanayin Zazzabi Mai Aiki | -40ºF zuwa +158ºF[-40ºC zuwa +70ºC] | |||||||
Halatta Humidity Aiki | Ta | 5%…95% | ||||||
Matsin yanayi da tsayi | RH | 80k Pa..106k Pa/-500m..2000m | ||||||
Tashar Screw Torque | Mmax | 39.9 lbf-in [4.5 nm] | ||||||
Sashen Gudanar da Gudanarwa (max) | 2 AWG (Maɗaukaki, Stranded) / 4 AWG (mai sassauƙa) | |||||||
35 mm² (Mai ƙarfi, Stranded) / 25 mm² (Mai sassauci) | ||||||||
Yin hawa | 35 mm DIN Rail, EN 60715 | |||||||
Digiri na Kariya | IP20 (gina) | |||||||
Kayan Gida | Thermoplastic: Digiri mai kashewa UL 94 V-0 | |||||||
Kariya ta thermal | Ee | |||||||
Jiha Mai Aiki / Alamar Laifi | Koren ok / Lalacewar ja | |||||||
Lambobin Nesa (RC) / Ƙarfin Canjin RC | Na zaɓi | |||||||
Sashin Gudanar da Gudanarwa na RC (max) | AC:250V/0.5A;DC:250V/0.1A;125V/0.2A;75V/0.5A | |||||||
16 AWG (Mai ƙarfi) / 1.5 mm2 (Mai ƙarfi) |
Na'urar Kariyar Surge (SPD) wani bangare ne na tsarin kariyar shigarwar lantarki.Wannan na'urar tana haɗuwa a layi daya da da'irar samar da wutar lantarki na lodin da ya kamata ta kare.Na'urar kariya ta haɓaka tana jujjuya igiyoyin lantarki kamar na yau da kullun na fitarwa daga gajeriyar kewayawa.Yana yin hakan ta amfani da ko dai ƙaƙƙarfan tuntuɓar ƙasa ko maɓalli na tazarar iska.Bugu da kari, na'urar kariyar karuwa tana aiki azaman na'urar rufewa mai ɗaukar nauyi don yanayin da ya wuce-wuri da mai sakewa wanda ke sarrafa matakin ƙarfin lantarki sama da ƙimar ƙarfin lantarki ko ƙarancin wutar lantarki a cikin yanayin kuskure.Hakanan zamu iya amfani da na'urar kariya ta karuwa a duk matakan hanyar sadarwar samar da wutar lantarki.Wannan hanya galibi ita ce farkon wacce aka saba amfani da ita kuma mafi inganci nau'in kariyar wuce gona da iri.
Na'urar kariya ta haɓaka da aka haɗa a layi ɗaya tana fasalta babban cikas.Ma'ana, jimillar silsilar impedance daidai yake da maƙasudin na'urar kariya ta karuwa.Da zarar wuce haddi na wucin gadi ya bayyana a cikin tsarin, matsananciyar na'urar tana raguwa, don haka ƙarfin halin yanzu yana motsa ta cikin na'urar kariya ta haɓaka, ta ƙetare kayan aiki masu mahimmanci.Wato don kare kayan aiki daga wuce gona da iri da tashe-tashen hankula, kamar fitin wutar lantarki da hawan wutar lantarki, bambance-bambancen mitar, da yawan wutar lantarki da ke haifar da sauyawa ayyuka ko walƙiya.Lokacin da mai amfani ya shigar da tsiri mai ƙyalli ko na'urar kariya mai ƙarfi a cikin layin wutar lantarki da ke fitowa daga wutar lantarki wanda ya haɗa da capacitors masu sassauƙa, masu hanawa ba dole ba ne saboda waɗannan capacitors sun riga sun kare daga canje-canje kwatsam a matakin ƙarfin lantarki.