Bently Nevada 330877-080-36-00 igiyar tsawo 8.0m

Takaitaccen Bayanin Samfur

330877-080-36-00 ingantaccen, ƙwararren Igiyar Tsawo 3300 XL 50 mm ce da aka ƙera ta Bently Nevada (kamfanin Baker Hughes). Wannan sashi na masana’antu muhimmin ɓangare ne na tsarin firam ɗin firikwensin kusanci na 3300 XL mai inganci, wanda ake amfani da shi a ko’ina don lura da muhimman bayanan lafiyar injuna kamar turawar axial, jijjigar bearing mai fim na ruwa, da matsayi na shaft. An gina shi da sulke na triaxial FluidLoc mai ƙarfi, wannan igiyar mita 8.0 mara sulke ita ce muhimmin hanyar haɗin lantarki da ke watsar da siginan eddy-current masu yawan mita daga firikwensin kusanci na 50 mm zuwa na’urar firikwensin Proximitor mai nesa. Ana ajiye ta cikin ainihin marufin masana’anta, wannan sabon na’urar tana zuwa da cikakkiyar garantin masana’anta na watanni 12, kuma tana da jimillar nauyin jigilar kayan karfe kusan 1.35 lbs (kimanin 0.61 kg) ga kowane tarin tsawo.

Hoton yana nuna haske da sauƙin lanƙwasawar ginin layin tsawo na 3300 XL mara sulke. Kofunan kariya suna kare ƙananan maƙunnin coaxial masu daidaito sosai daga ƙura da taɓa inji yayin jigilar kaya da shigarwa, yayin da rigar musamman mai shuɗi mai haske ke ɗauke da ci-gaban shingayen rufewar ciki na FluidLoc.

Manyan Fa’idodin Fasaha

• Fasahar Igiyar FluidLoc: Yana amfani da ci-gaba a tsarin shingen ciki wanda ke hana ruwan tsari, man shafawa, ko hayakin sinadarai shiga ta cikin cikin igiyar zuwa cikin kwamfutar kula idan aka yi wa fatun waje huda ko fallasa shi.
• Garkuwar Triaxial Mai Matsayi na Sama: An gina ta da tsarin triaxial 75 Ω da aka keɓe da Perfluoroalkoxyethylene (PFA). Wannan ginawa mai yadudduka da dama tana tabbatar da rarrabe sigina daga junansu (cross-talk) sosai, kuma tana kare sigina masu ƙananan ƙarfi daga tsananin tsangwamar lantarki ta masana’antu (EMI).
• Faɗaɗɗen Isa na Mita 8.0: Yana bayar da tsari na nesa mai tsawo, wanda ke ba da damar a saakwatin haɗin lantarki a nesa da ɓarnar harsashin injina masu tashin jijjiga sosai, yayin da ake ci gaba da samun isar sigina cikin tsafta.
• Ƙwarin Aiki a Tsananin Zafin Jiki: An ƙayyade ta musamman don aiki ba tare da matsala ba a muhallin yanayi daga -51°C har zuwa +200°C (-31°F zuwa +392°F), wanda ya sa ta dace sosai da matsanancin zafin jiki da ake samu a cikin gidajen turbin tururi, compressors na iskar gas, da skid ɗin famfunan masana’antu.

Ƙayyadaddun Fasaha

Rabewar Lambar Samfuri

Lambar sashi 330877-080-36-00 yana bin ma’anonin matrix na injiniyan Bently Nevada na ƙa’ida:

• 330877: Lambar dandamalin samfurin asali don tsarin igiyar ƙara tsawo 3300 XL 50 mm mai daidaito sosai.
• 080: Yana fayyace daidaitaccen tsawon layin layi na ainihi na mita 8.0 na layin sigina mai aiki, ba tare da sarrafawa ba.
• 36: Yana zaɓar tsarin tura igiyar mallakar kamfani ta Igiyar FluidLoc, wadda ke ba da babban juriya ga sinadarai da shingayen sha ruwa ba tare da waje na interlocking metal conduit ba.
• 00: Tsarin lantarki na daidaitaccen ƙa’ida tare da **Babu Amincewar Hukuma** da aka haɗa da tocilin jigilar masana’anta.

Jagorar Shigarwa & Tuning na Da’ira

• Dokar Daidaita Jimillar Tsawon Tuning: Abu ne mai matuƙar muhimmanci ga daidaiton tsarin: haɗaɗɗen tsawon igiyar ƙara tsawo da kuma wayar da aka haɗa da probe na kusanci dole ne su dace daidai da jimillar tsawon da aka daidaita wa da ake buƙata na na’urar 3300 XL Proximitor Sensor ɗinka (yawanci jimlar da’irar zagaye ta mita 9.0). Misali, haɗa wannan igiyar ƙara tsawo ta mita 8.0 da probe na mita 1.0 yana samar da da’irar da ta dace sosai ta mita 9.0. Haɗa tsawon igiyoyi daban-daban zai canja impedance na tsarin kuma ya haifar da babban karkacewar daidaitawar ma’auni ko kuskuren tsarin.
• Kare Injinan Konekta na Coaxial: Ka yi hankali lokacin haɗa ƙaramin fuskar haɗin coaxial. Ka guji matse su da ƙarfi ko juya fil ɗin jagorar tsakiya, wanda zai iya rage tsaftar sigina. Domin kebul ɗin mita 8.0 da ba shi da sulke yana da ƙananan nauyi na fam 1.35, ya kamata a daure shi a hanyar da yake bi da ƙugiyoyi masu laushi domin guje wa tsalle-tsallen inji ko jan konekta a wuraren injin masu tashin hankali. Bently Nevada na ba da shawarar nade haɗin ƙarshe da silikōn self-fusing tape don kare matattarar haɗin daga gurɓatar mai.
• Takurawar Mafi Ƙarancin Radius na Lanƙwasawa: Lokacin jera kebul ɗin FluidLoc na mita 8.0 ta bututun conduit ko kwandon kebul, ka kiyaye mafi ƙarancin radius na lanƙwasawa da masana'anta suka ba da shawara. Lanƙwasawa sosai ko kusurwoyi masu kaifi na iya lalata tsarin rufin PFA na ciki, su canza impedance na layi 75 Ω kuma su haifar da raɗaɗin auna sigina da ba a so.

Tambayoyin Fasaha da Ake Yawan Yi

Q1: Me ya sa ƙimomin DC resistance suke fi girma ga wannan samfurin idan aka kwatanta da ƙananan tsaruka?
A1: DC resistance na kebul yana ƙaruwa ne gwargwadon tsawon sa. Saboda wannan tarin yana da tsawon mita 8.0, resistance na jagorar tsakiya a dabi'ance yana da girma (2.0 ± 0.5 Ω) fiye da kebul na mita 4.0 na al'ada (1.0 ± 0.25 Ω). Ya dace ma'aikatan filin su yi amfani da waɗannan ƙimomin da suka dace da tsawon kebul a lokacin gwajin madauwari (loop checkout) domin tabbatar da sahihancin layi daidai.

Q2: Menene babban fa'idar ƙirar FluidLoc (Zaɓi 36) idan aka kwatanta da kebul na tsawaitawa na gargajiya?
A2: Kebul na gargajiya na iya yin kama da bututun tsotso idan an yanke jaket ɗin waje, yana ba da damar man mai matsin lamba, danshi, ko sinadarai su ratsa cikin braids na ciki. Kebul ɗin FluidLoc suna da toshewa a ciki waɗanda ke hana iskar gas da ruwaye yin tafiya ta cikin kebul, suna kare akwatin haɗa layi da panel ɗin dakin kula daga haɗarin ruwayen aikin masana'antu.

Q3: Shin sigar da ba ta da sulke tana ba da ƙarfin tsari mai yawa duk da ƙirar ta mai sauƙin nauyi na fam 1.35?
A3: Eh. Jaket ɗin PFA yana da matuƙar juriya ga goge-goge na inji, yankewa, da kuma ƙananan man inji masu tsanani. Duk da haka, idan hanyar da kake shigar da kebul ɗin tana fuskantar feshin ƙarfe mai tashi, zirga-zirgar ma'aikata, ko manyan bugun muhalli kai tsaye, ana ba da shawarar amfani da sigar da aka sanye da sulke (misali zaɓi -37 tare da bakin ƙarfe armor) don ƙarin kariya ta jiki.