Bently Nevada 330908-00-30-10-01-CN na’urar firikwensin ClickLoc

Bayani Kan Samfur

330908-00-30-10-01-CN na'urar firikwensin displacement ne na eddy current na masana'antu daga jerin musamman na Bently Nevada 3300 NSv (Narrow System). An ƙera shi musamman don binciken injuna masu matuƙar muhimmanci—ciki har da rawar jikin bearing mai shimfiɗar ruwa, matsayi na thrust, da sa ido kan shaft mai saurin juyawa—wannan probe na kusanci mara taɓa jiki yana ƙwarewa a wuraren da ke da ƙaramin sarari ko ƙaramin diamita na abin nufi. Yana da tsawon jikin AISI 304 bakin karfe na inci 3.0 da aka yi masa zare gaba ɗaya ba tare da ɓangaren da ba a yi masa zare ba ba, tare da haɗa kebul na coaxial mai rufin FEP mai tsawon mita 1.0. Wannan takamaiman tsarin yana amfani da ƙaramin mahaɗin ClickLoc da aka sanye shi da ƙarfaffen kariyar mahaɗi ta masana'anta, tare da takardun amincewa na ƙasashe na musamman don sauƙin haɗawa a yankunan haɗari ko masu ƙa'ida na gida.

Muƙaman Fasaha na Asali

• Juriya ga Sinadarai Masu Tsanani: An ƙera shi da ci-gaban haɗa kayan da ya fi tsofaffin 3300 RAM probes nesa, yana ba da damar amfani da shi na dogon lokaci kai tsaye a cikin kwamfresoshin iskar masana'antu masu tsanani.
• Daidaici a Hangen Gefe: Kyakkyawan kariya daga tasirin gefen gani yana tabbatar da cewa a iya yin shigar da probe a ƙunkuntar sarari kusa da bangon giciye ba tare da matsalar nauyin gefe ko ɓata daidaiton gibi ba.
• Kare Mahaɗi daga Lalacewa: Lambar Zaɓi 01 tana samar da musamman kariyar mahaɗi a kan ƙaramin mahaɗin ClickLoc, tana kare wurin haɗin coaxial mai babban mita daga shiga ruwa da kuma nauyin injiniya.
• Tsarin Sanya da Aka Tsawaita: Jimlar tsawon jiki na inci 3.0 yana bada damar zurfin shiga ta cikin tubalan injin na waje ko ɗaurin bracket masu kauri, yana tabbatar da cewa ƙarshen probe ɗin yana daidaita daidai da abin nufi.

Ƙayyadaddun Fasaha

Sanya Na'ura da Kulawa & Kiyaye ta

• Takaitattun Iyakokin Torque: Karkiya ko murza na’urar gwaji mai zaren 3/8-24 zuwa wurinta tana buƙatar shawarar ƙarfin murɗawa (installation torque) na 11.3 N·m (100 in·lb), yayin da iyakar ƙimar da aka amince da ita ita ce 33.9 N·m (300 in·lb). Wuce wannan iyaka na iya haddasa fashewa ko karkacewar murfin bakin ƙarfe. Haɗin mahaɗin kebul na coaxial ya kamata a matse shi da yatsu kawai har zuwa iyakar 0.56 N·m (5 in·lb).
• Iyakar Zurfin Zaren: Mafi yawan zurfin haɗa zare a cikin buɗaɗɗen shiga na injin an takaita shi zuwa inci 0.563 don kare tsarin cikin na’urar daga haɗarin shiga fiye da kima.
• Ƙaramin Radius na Lanƙwasawar Igiyar: Ka kiyaye mafi ƙarancin ci gaba na radius na lanƙwasawa na 25.4 mm (inci 1.0) lokacin da kake tafiyar da layin FEP coaxial mai tsawon mita 1 ta cikin bututun waya ko braketi domin kiyaye sahihancin rufin ciki.
• Yankin Manufa da Sikelin Shaft: Fatar shaft mai laushi tana buƙatar mafi ƙarancin diamita na 8.9 mm (inci 0.35), tare da shawarar mafi ƙarancin 13 mm (inci 0.5). Idan za a duba ƙananan shaft na axial, a yi tsammanin sauyin sikelin aunawa; matsar da na’urar gwaji kusa da yankin manufa na iya rage wannan bambancin.

Dalilan Zaɓar Wannan Samfurin

• Daidaici da Tsoffin Kayayyaki (Drop-in Heritage Compatibility): Ana iya musanya ta gaba ɗaya ta fuskar injiniya da lantarki da tsoffin kayan aikin Bently Nevada 3300 RAM series, wanda ke ba da damar sabuntawa kai tsaye ba tare da sabunta na’urorin kulawa na Proximitor a cikin allon sarrafawa ba.
• Ingantaccen Aiki a Dogon Zango: Tana isar da amsar mita madaidaiciya daga 0 zuwa 10 kHz (+0, -3 dB na yau da kullum) kuma tana iya watsar da sigina har zuwa mita 305 (ƙafa 1,000) ta wayoyin filin da ke amfani da kebul mai igiyoyi uku masu kariyar garkuwa (shielded triad cabling).
• Hatimin Zoben Viton O-Ring: Tana ƙunsar zoben Viton O-ring na ciki da ke zama shingen matsin lamba a cikin kwandon na’urar, yana kare iyakokin gas na tsarin a ƙarƙashin manyan bambance-bambancen matsin lamba na injuna.
• Haɗuwa da Tsari Mai Nauyi Ƙaɗan: Tana auna kusan gram 34 kacal, wannan na’urar firikwensin mai nauyi ƙanƙani tana rage ƙarin nauyin da ke ɗora ƙananan braketi amma tana ci gaba da kasancewa mai ɗaurewa sosai kuma mai jure manyan karfin G na injuna.

Tambayoyin Fasaha (FAQs)

Q1: Menene manufar ƙarin "-CN" a cikin wannan daidaiton na’urar gwaji?
A1: Ƙarin "-CN" yana nuna cewa na’urar kusanci ta sami takardar shaidar bin ƙa’idoji na yankuna masu haɗari da muhalli na ƙasashe daban-daban da ake buƙata don ka’idojin tsare-tsaren yankuna da aka nufa.

Q2: Me ya sa wannan na’urar gwaji (probe) ke nuna mafi girman juriya na DC fiye da samfuran da ke da igiya mai tsawon mita 0.5?
A2: Saboda wannan sigar tana ɗauke da igiyar haɗin ciki mai tsawon mita 1.0, juriya ta halitta da ke cikin wayoyin ciki tana ƙara ainihin ma’aunin zuwa 4.2Ω ± 0.5Ω.

Q3: Yaya mai kariyar mahaɗin ke aiki lokacin yin gyara ko kulawa?
A3: Mai kariyar da aka riga aka sa ya yi aiki kamar rigar murfi a kan haɗin ClickLoc, yana hana mai, ruwa, da ƙananan ƙura lalata hanyar isar da siginar watsawar coaxial mai babban mita.