330101-00-08-10-11-CN Igiyar kebul na coaxial FluidLoc Bently Nevada

Takaitaccen Bayanin Samfur

330101-00-08-10-11-CN na'urar bincike ta kusanci (eddy current proximity probe) ce ta masana'antu a jerin 3300 XL 8 mm wadda kamfanin Bently Nevada ya ƙera don binciken injuna masu nauyin aiki. Tana da nauyin 246 g (8.67 oz), wannan madaidaiciyar transducer tana da ƙaramin murfin da aka yi masa zare mai tsawon inch 0.8 tare da igiyar coaxial FluidLoc mai tsawon 1.0 meter (ƙafa 3.3) da aka haɗa ciki ɗaya. 

Muhimman Fa'idodin Fasaha

• Cikakken Bayanin Ma'anar Kari na Ƙarshe:
  • 330101: Yana gane daidaitaccen saitin 3300 XL 8 mm proximity probe tare da daidaitattun zaren 3/8-24 UNF.
  • -00-: Yana zaɓar inch 0 na tsawon babban jiki da ba a yi masa zare ba, yana mai da dukkan ɓangaren ganga ɗin da aka yi masa zare.
  • -08-: Yana fayyace ƙaramin jimlar tsawon murfi na inch 0.8, wanda aka daidaita shi don ramukan injuna masu ƙarancin sarari ko wuraren shiga masu matuƙar ƙunci.
  • -10-: Yana saita jimlar tsawon igiyar bincike na jiki da na lantarki zuwa 1.0 meter (ƙafa 3.3).
  • -11-: Yana haɗa ƙaramin mai haɗa coaxial ClickLoc tare da ɗigon kariya da aka haɗa a kan igiyar FluidLoc da aka kulle da mai.
  • -CN-: Yana kafa takardun shaida na samfurin tsaro da yankunan haɗari na musamman ga kowace yanki.
• Karewar Ruwa na FluidLoc: Matakan igiyar coaxial na ciki an ƙera su da fasahar toshewa ta FluidLoc da aka yi masa rajista, wadda ke hana gurɓataccen ruwan tsari, man shafawa, da danshi su ratsa ta layin su shiga cikin akwatunan ƙarshen da suka kasance busassu.
• Jurin Karfin G na Inji: An ƙarfafa shi a ciki don ya iya jure ci gaba da girgiza mai ƙarfi ta bangarori da dama da girgizar inji har zuwa ƙimar iyaka ta 20 g ba tare da yankewar sigina ba ko gajiyar murfin jiki.
• Karewar Integrated ClickLoc: Ana aikowa da shi tare da murfin kariya na mai haɗa da aka girka daga masana'anta a kan ƙaramin tip ɗin coaxial ClickLoc, yana kawar da lalacewar gogayya kuma yana hana shiga danshi a muhimman haɗin igiyoyi.

Ƙayyadaddun Fasaha

Jagorar Shigarwa & Kulawa

Daidaita Hawa da Ƙananan Iyakar Karfin Juzu'i na Tsaro

Keɓe injin ɗin kafin shigarwa. Karkatar da jikin mai inci 0.8 cikin hanniyar hawa ko buɗe wurin injin da hannu domin guje wa karya zaren. Lokacin da kuke saita karshe gibin injiniya, kada ku wuce iyakar ƙarfin juyi na shigarwa da aka yarda na 11.3 N·m (100 in·lb) don zaren 3/8-24 UNF. Taka tsantsan, cunkushe fiye da haka na iya karkatar da wayoyin coils na ciki ya sa daidaitawar ta lalace.

Hanyar Kebul Coaxial da Iyakokin Lanƙwasawa

Karkatar da kebul ɗin FluidLoc a hankali nesa da layukan magudanar wuta masu babban ƙarfin lantarki. Ku kiyaye madaidaicin mafi ƙarancin radius na lanƙwasawa na 25 mm (inci 1) a duk kusurwoyin tsarin da wuraren shigar akwatin haɗi. Dunkule ko jan kebul ɗin ya yi matuƙar ƙarfi na iya raba garkuwar foil na ciki, wanda zai haifar da kurakuran bayanai da kaucewar sigina.

Hanyoyin Haɗin ClickLoc da Masu Kariya

Ƙaramin mahaɗin coaxial na ClickLoc yana haɗuwa da igiyoyin faɗaɗawa ta matakin turawa-da-danna mai ƙarfi kuma abin ji. Ya kamata a kulle mahaɗan suna da tsabta kuma busassu, a matse su da yatsa kawai. Tabbatar an tura kare-masu-haɗin da aka haɗa a kan wurin haɗin don toshe hayakin mai da danshi a cikin muhallin chassis buɗe mai tsanani.

Fa'idodin Injiniya

• Juriyar Zafi Mai Ƙololuwa: An gina shi da ƙarfafan robobi da ke iya jure zafin muhallin da ya kai har 125°C (257°F) ba tare da yankewa ba, suna hana lalacewar firikwensin a cikin gidajen bearing masu zafi.
• Jituwa da Ƙananan Tazara: Ƙaramin jiki mai tsawon inci 0.8 yana ba da amintaccen mafita ga wuraren da ke da ƙaramin like ciki, inda dogayen jikin na'urar gwaji za su bugi sassan inji.
• Daidaiton Filin da Bai Canza ba: Yana samar da tsabtataccen fitarwa mai layi lokacin da aka daidaita shi da ƙa'idar karfen AISI 4140, yana kiyaye daidaitaccen ma'aunin sikelin a duk cikakken zangon auna sa.
• Tsaron Bin Ka'idoji na Yanki: Ƙarin -CN na musamman yana tabbatar da cikakken bin ka'idojin ƙasa-zuwa-ƙasa da amincewar tsaro ga muhallin masana'antu masu haɗari.

Tambayoyin Fasaha na Yawan Amfani

Q1: Zan iya haɗa wannan na'urar gwaji mai tsawon mita 1.0 kai tsaye zuwa cikin da'irar firikwensin 3300 XL Proximitor?
A1: Eh, amma tsarin yana buƙatar jimillar tsawon lantarki na ko dai mita 5.0 ko mita 9.0. Dole ne a haɗa wannan na'urar gwaji mai tsawon mita 1.0 da kebul na faɗaɗa 3300 XL mai tsawon mita 4.0 ko 8.0 domin a tabbatar da daidaitacciyar ma’aunin fitarwa.

Q2: Menene babban amfani na zaɓin kebul ɗin FluidLoc (-11-)?
A2: Kebul ɗin FluidLoc yana hana mai, ruwa, ko ruwan aikin masana'antu yin yayyo ta cikin jaket ɗin kebul idan an yanke harsashin waje. Wannan yana kare akwatunan haɗin waje na ku daga gurɓatuwar ruwa.

Q3: Ta yaya zan san ko na'urar gwaji ta lalace saboda matakan jijjiga masu yawa?
A3: Idan jijjiga ta wuce iyakar 20 g, duba juriya na DC na na'urar gwaji (probe). Yi amfani da dijital multimeter don auna tsakanin mashigin tsakiya da garkuwar waje; juriya na al'ada ya kamata ya yi daidai da ƙimomin da aka fayyace a babban littafin gabaɗayan tsarin ku.