330908-10-55-05-02-00 Bently Nevada 3300 NSv na’urar binciken Eddy Current

Takaitaccen Bayanin Samfur

330908-10-55-05-02-00 na’urar firam-probe ce mai daidaito sosai ta 3300 NSv da kamfanin Bently Nevada ya ƙera, wadda aka tsara don sa ido kan jijjiga (vibration) da matsayi a wuraren da ba su da faɗi. Wannan na’urar auna eddy current tana da siffar zaren 3/8-24 UNF ba tare da kariya (unarmored) ba, tare da tsawon ɓangaren da ba shi da zare na inci 1.0 da kuma jimillar tsawon kewayen jikin (case) na inci 5.5. Tana auna kusan nauyin 0.14 kg (0.31 lbs), ginin ta mai sauƙin nauyi amma mai ƙarfi yana ba da kyakkyawan hangen gefe (side-view characteristics) da ƙarin juriya ga sinadarai, wanda ke maye gurbin tsofaffin firam-probe 3300 RAM da 3000-series 190 a cikin compressors masu jujjuyawa, famfuna, da injuna masu juyawa da sauri.

Bayani Kan Tsarin Ƙarewar Lamba (Suffix Configuration Breakdown)

• 330908: Samfurin firam-probe 3300 NSv na daidaitaccen nau’i, zaren 3/8-24 UNF, ba tare da kariya (armor) ba.
• -10: Tsawon ɓangaren jiki da ba shi da zare inci 1.0.
• -55: Jimillar tsawon jikin (case) inci 5.5.
• -05: Jimillar tsawon igiyar lantarki na mita 0.5 (inci 20).
• -02: Ƙaramin mahaɗin coaxial nau’in ClickLoc tare da daidaitacciyar igiyar FEP da aka keɓe (insulated cable).
• -00: Zaɓi na al’ada, ba a buƙatar takardar amincewa ta ƙungiyoyi na musamman.

Ƙayyadaddun Fasaha

Shigarwa & Kula da Samfur

• Manufar Voltin Gibin (Gap Voltage Target): Saita gibin jiki na farko zuwa 1.0 mm (40 mils) lokacin shigarwa, wanda yake daidai da tsakiyar gangarar fitowar ƙarfin lantarki mai layi (linear output voltage slope) (kusan -9 Vdc).
• Ƙuntatawar Torque: Matse jikin probe ɗin zuwa shawarar 11.3 N·m (100 in·lb), kada a wuce iyakar darajar 33.9 N·m (300 in·lb). A matse mahaɗan (connectors) da yatsa kawai (finger-tight) zuwa iyakar 0.56 N·m (5 in·lb).
• Radius Lanƙwasa Igiyar (Cable Bend Radius): Tsare mafi ƙarancin radius lanƙwasa na 25.4 mm (inci 1.0) a kan igiyar coaxial 75 Ω FEP da aka keɓe don hana karkacewar tsakiya da raguwar ƙarfi ko ingancin sigina (signal attenuation).
• Ƙayyadadden Diamitan Abu (Target Diameter Limits): Tabbatar da cewa farfajiyar da ake nufi (target) mai faɗi ta fi ko ta kai 13 mm (0.5 in). Idan diamitan ya sauka ƙasa da 8.9 mm (0.35 in) hakan yana canza scale factor kuma yana buƙatar rage nisan gibin jiki.

Fa’idodin Injiniya

• Ƙarfafan Juriya ga Sinadarai (Advanced Chemical Resilience): Ginin tip na PPS yana ba da kariya ta musamman daga iskar sinadarai masu lalata, yana ba da damar saka probe ɗin kai tsaye a cikin muhalli na compressors masu tsanani.
• Dacewa da Ƙananan Wuri (Tight Space Optimization): Keɓantaccen tsari na hangen gefe (side-view design) da ƙaramin nauyi suna rage hayaniya ta tsallakewa (cross-talk) da kurakuran tsangwamar tsarin jiki lokacin da ake saita giba kusa da ramuka (counterbores) na injin ko bangon jiki (casing walls).
• Iyawar Aiki da Tsofaffin Tsari (Backward Compatibility): Yana haɗuwa kai tsaye da tsofaffin tsarin 3300 RAM, yana samar da damar sabuntawa nan take ba tare da canza kayan gini da aka riga aka girka ba.

Tambayoyin Fasaha (FAQs)

Q1: Wace irin igiyar tsawo (extension cable) da wayar filin aiki ya kamata a haɗa da wannan probe ɗin?
A1: Yi amfani da igiyar tsawo 3300 NSv da ta dace. Don wayar filin daga can zuwa monitor (har zuwa mita 305), ana ba da shawarar ƙwarai a yi amfani da igiyar triad mai madafi (shielded) mai ja uku (three-conductor) tsakanin 0.2 zuwa 1.5 mm² (16 zuwa 24 AWG).

Q2: Shin hatimin matsin lamba (pressure seal) na probe 330908 ana gwada shi a masana’anta kafin aikawa?
A2: A’a. Duk da yake an ƙera zoben Viton O-ring da aka haɗa domin ya rufe bambancin matsin lamba tsakanin tip da jikin probe, ba a gwada waɗannan probes ɗin da matsin lamba kafin a tura su ba sai idan an bayyana hakan a fili ta hanyar odar ƙira na musamman.

Q3: Ta yaya shaft ɗin target da ya yi ƙanƙanta fiye da diamitan 13 mm da aka ba da shawara yake shafar aiki?
A3: Shaft da ya yi ƙanƙanta fiye da 13 mm (0.5 in) yana rage yawan yankin target da probe ɗin ke iya gani, wanda hakan ke haifar da sauyi a Incremental Scale Factor (ISF). Za ka iya rage wannan karkacewar scale factor ta hanyar rage nisan gibin aiki tsakanin tip ɗin probe ɗin da shaft ɗin target.