Bent Nevada 330102 3300 XL 8 mm Binciken kusancin Makamashi

Model 330102 shine maɓalli mai mahimmanci na Benly Nevada's 3300 XL series 8mm Proximity Transducer System. Babban bincike ne na eddy na yanzu wanda ke nuna 3/8-24 daidaitattun zaren hawa na UNF da sulke na bakin karfe mai kariya. Wannan binciken, tare da kebul na tsawo na 3300 XL da kuma 3300 XL Proximitor Sensor, yana samar da cikakken tsarin ma'auni don ci gaba da daidaitaccen kulawa na girgizawa da matsayi a cikin injin juyawa.

A matsayin kashi na gaba-gaba na tsarin transducer kusanci, binciken 330102 ya shahara saboda ingantacciyar ƙarfin injinsa da daidaitawar muhalli. An yi nufin ƙirarsa don saduwa da buƙatun yanayin masana'antu masu buƙata, musamman a aikace-aikace inda akwai haɗarin lalacewa ta jiki, gurɓataccen mai, danshi, ko kuma inda ake buƙatar ƙarin kariya ta inji. Binciken ya cika daidai da Ma'auni na Cibiyar Man Fetur ta Amurka (API) 670 don daidaita injina, kewayon layi, daidaito, da kwanciyar hankali. Zabi ne mai kyau don lura da yanayin yanayi da kariya na manyan injina masu ɗaukar fim kamar injin tururi, injin turbin gas, compressors, famfo, da janareta.

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2. Mabuɗin Siffofin

1. Rugged Armored Kariya
Babban halayen samfurin 330102 shine sulke bakin karfe sulke. Wannan sulke yana ba da kariya ta musamman ta jiki don kebul na binciken, yana tsayayya da kyau:

• Juyawar Injini da Crush: Yana hana lalacewar kebul daga gogayya, takowa, ko gogewa da wasu abubuwan haɗin gwiwa yayin shigarwa ko aiki.

• Jawo Hatsari: Haɗin da ke tsakanin sulke da bincike an ƙera shi don jure ƙarfin ja har zuwa 330 N (75 lbf), yana tabbatar da amincin haɗin gwiwa a cikin hadaddun mahallin wayoyi.

• Cizon Rodent: Yana Karewa daga lalacewar kebul da ƙananan dabbobi ke haifarwa a takamaiman wurare.

An lulluɓe makaman da jaket ɗin Fluoroethylene Propylene (FEP), yana ba da juriya na lalata da kaddarorin rufewa.

2. Babban Tsarin Bincike da Kayayyaki

• Fasahar Haɓakawa ta TipLoc Molding: Haɗin da ke tsakanin tip ɗin bincike (wanda ke ɗauke da na'urar ganowa) da kuma jikin binciken yana amfani da tsarin gyare-gyare na musamman, ƙirƙirar ƙaƙƙarfan juzu'in da aka rufe wanda ke hana danshi ko gurɓatawa daga kutsawa daga tulu, yana haɓaka kwanciyar hankali na dogon lokaci.

• Ƙwarewar CableLoc Mai Haɓaka: Yana tabbatar da haɗin gwiwa mai ƙarfi tsakanin kebul na bincike da na baya, yana samun babban ƙarfin cirewa na 330 N.

• Kayayyakin Juriya-lalata: Jikin binciken an yi shi ne daga AISI 303 ko 304 bakin karfe, yana ba da kyakkyawar juriya ga lalata muhalli. An yi tip ɗin binciken ne daga filastik Polyphenylene Sulfide (PPS), wani abu da aka sani don kyakkyawan juriya mai zafi, juriya na sinadarai, da ƙarfin injina.

3. Plug-and-Play and Full Compatibility
The 330102 bincike yana amfani da ClickLoc connectors. Waɗannan masu haɗawa suna ba da fa'idodi masu zuwa:

• Saurin Shigarwa: Kawai a danne yatsa har sai an ji 'danna', yana nuni da dacewa. Babu kayan aiki na musamman da ake buƙata.

• Zane-zane na Anti-Loosening: Na'urar kullewa ta musamman tana hana masu haɗin haɗi sassautawa a cikin mahallin girgiza.

• Cikakken Daidaituwar Tsarin: Binciken 330102 na lantarki da injina ya dace da duk 3300 XL jerin tsawaita igiyoyi da Sensors Proximitor. Hakanan yana dacewa da baya tare da jerin abubuwan da ba na XL ba 3300 5mm da abubuwan tsarin tsarin 8mm. Wannan cikakkiyar musanyawar yana nufin masu amfani ba sa buƙatar daidaitawa ko daidaita daidaitattun abubuwan da ke cikin filin, yana sauƙaƙe ƙira da hanyoyin kiyayewa.

4. Zaɓin Rufe Muhalli (Na zaɓi)
Masu amfani za su iya zaɓi zaɓin kebul na FluidLoc da zaɓi. Wannan zaɓin yana amfani da tsarin hatimi na musamman na ciki a cikin kebul don hana ingantaccen mai mai ko wasu ruwaye daga cikin na'ura yin ƙaura tare da ciki na kebul zuwa waje, saduwa da aikace-aikace tare da buƙatun rufewa.

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3. Cikakken Ƙa'idar Aiki

Binciken 330102, a matsayin ainihin abin ganowa na eddy na yanzu kusancin transducer tsarin, yana aiki bisa tasirin eddy na yanzu a cikin shigar da wutar lantarki. Tsarin aiki na gabaɗayan tsarin tsari ne mai ƙayyadaddun tsari wanda ke juyar da rata ta zahiri daidai gwargwado zuwa siginar wutar lantarki ta DC madaidaiciya.

1. Babban Ka'idar Jiki: Tasirin Eddy na Yanzu

An haɗe shi a cikin ƙarshen binciken 330102 daidaitaccen nada. Lokacin da aka kunna tsarin, na baya 3300 XL Proximitor Sensor yana amfani da babban juzu'i mai canzawa (yawanci 1 MHz ko 2 MHz) zuwa wannan nada. A cewar Faraday's Law of Electromagnetic Induction, wannan madaidaicin halin yanzu yana haifar da madaurin maganadisu na mita iri ɗaya a cikin sararin da ke kewaye da tip ɗin bincike.

Lokacin da wannan madaidaicin filin maganadisu ya kusanci wani saman ƙarfe mai ɗaure (yawanci mashin ɗin inji, wanda aka yi da kayan kamar AISI 4140 karfe), yana haifar da zazzagewa, igiyoyi masu jujjuya kamar igiyoyin ruwa da ake kira eddy currents a saman saman saman ƙarfen. Kasancewar waɗannan magudanar ruwa, bi da bi, suna haifar da sabon filin maganadisu mai jujjuyawa wanda ke adawa da ainihin filin, daidai da dokar Lenz.

2. Canjin Tasiri da Ma'aunin Gap

Filin maganadisu mai gaba da gaba da magudanar ruwa ke haifar yana da tasirin sokewa (watau 'tasirin inductance juna') akan filin maganadisu na binciken coil na kansa. Wannan hulɗa kai tsaye yana rinjayar tasiri mai tasiri na na'urar bincike. Tsarin canjin shine kamar haka:

• Rage Rage: Lokacin da tazarar da ke tsakanin bincike da farfajiyar manufa ta ragu, mahaɗin filin maganadisu yana ƙarfafa, tasirin eddy na yanzu ya zama mafi mahimmanci, yana haifar da haɓakar haɓakar nada.

• Ƙara Rata: Lokacin da tazarar ta karu, mahaɗin filin maganadisu ya yi rauni, tasirin eddy na yanzu yana raguwa, kuma haɓakar abin da ya faru na nada yana raguwa ko kuma yana raguwa.

Saboda haka, nisa na tazarar da ke tsakanin binciken da saman karfe yana da guda ɗaya, ƙayyadaddun alaƙar aiki tare da canji a cikin abin da ke tattare da na'urar bincike. Wannan shine ainihin tushen jiki wanda ke ba da damar duka tsarin don yin ma'auni.

3. Sanya Sigina da Fitowar Layi

Canje-canjen mintuna a cikin maƙarƙashiyar binciken coil ana ganowa kuma ana sarrafa su ta hanyar Sensor Proximitor 3300 XL da aka haɗa a baya. Proximitor yana ƙunshe da madaidaicin da'irar oscillator da kewayawar sigina.

• Demodulation: Proximitor na farko yana lalata siginar mai ɗaukar nauyi mai tsayi mai ɗauke da bayanin tazara, yana fitar da siginar ƙarancin mitar wutar lantarki daidai da canjin impedance.

• Sarrafa Linearization: Asalin lanƙwan alaƙar wutar lantarki-gila ba ta kan layi ba ce. Proximitor ya haɗa da kewayar layin layi na ci gaba wanda, ta hanyar algorithms ramuwa, yana canza siginar da ba ta dace ba zuwa siginar fitarwar wutar lantarki ta DC wacce take madaidaiciya kuma ta yi daidai da canjin rata.

• Daidaitaccen Fitarwa: Bayan daidaitawa, tsarin yana fitar da siginar wutar lantarki na DC yawanci daga kusan -1 Vdc zuwa -17 Vdc, daidai da farawa da ƙarshen kewayon linzamin binciken (yawanci 0.25 mm zuwa 2.3 mm, ko mil 10 zuwa mil 90). Ma'anar Sikelin Ƙarfafawa (ISF) shine yawanci 7.87 V/mm ± 5% (ko 200 mV/mil), ma'ana ƙarfin fitarwa yana canzawa da kusan 7.87 Volts a kowace millimeter na canjin rata.

4. Iyawa don Ma'aunin Tsayi da Tsayi

Sophistication na tsarin ƙira ya ta'allaka ne a cikin ikonsa na auna lokaci guda duka a tsaye (matsayi) da kuma tsauri (vibration).

• Matsayi A tsaye: Matsakaicin ƙima (bangaren DC) na ƙarfin fitarwa kai tsaye yana wakiltar matsakaicin rata ko matsayi tsakanin binciken da farfajiyar manufa. Wannan yana da mahimmanci don saka idanu matsayi na axial, radial bearing clearance, da dai sauransu.

• Maɗaukakiyar Jijjiga: Saurin jujjuyawar wutar lantarkin fitarwa a kusa da matsakaicin ƙimar sa (bangaren AC) daidai yana nuna girgizar saman da ake niyya. Girman wannan siginar AC yana wakiltar ƙaƙƙarfan motsin girgiza zuwa kololuwa, kuma mitar sa yayi daidai da mitar girgiza.

5. Haɗin Tsarin Tsari da Tsarin Tsangwama

Binciken 330102 yana aiki tare da sauran tsarin don tabbatar da daidaiton aunawa:

• Tsawon zafin jiki: Juriya na bincike da kebul suna canzawa tare da zazzabi. Tsarin 3300 XL, ta hanyar zaɓin sassa na hankali da ƙirar kewaye, yana sarrafa tasirin ɗigon zafin jiki a cikin iyakoki da aka yarda akan kewayon zafin jiki mai faɗi (misali, ± 10% canjin ISF don zafin bincike daga -35°C zuwa +120°C).

• Juriya ga RFI/EMI: Sensor na 3300 XL Proximitor Sensor yana da babban kariya ga Frequency Radio da Electromagnetic Interference, yana barin tsarin gaba ɗaya yayi aiki ba tare da wani tasiri mai mahimmanci daga siginar rediyo na kusa ba, koda lokacin da aka shigar da shi a cikin gidaje na fiberglass, biyan buƙatun alamar CE ba tare da buƙatar kariya mai tsada ba.

• Maƙasudin Material Calibration: Tsarin an daidaita shi don maƙasudin ƙarfe na AISI 4140. Don wasu kayan, hankali zai bambanta saboda bambance-bambance a cikin ƙarfin tasirin eddy na yanzu kuma dole ne a ƙayyade lokacin yin oda.

  
  

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4. Takaitaccen Bayanin Maɓalli

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5. Yanayin aikace-aikace

Ana amfani da binciken sulke mai sulke na 330102 don girgizawa da saka idanu a matsayi a cikin yanayi masu zuwa:

• Kulawar Radial Vibration: An shigar da shi akan gidaje masu ɗaukar nauyi don saka idanu da girgizar igiya.

• Kulawa da Matsayin Axial: Yana sa ido kan rotor ƙwanƙwasa izini don hana shafa da matsananciyar ƙaura.

• Maganar Maɓalli: Ana amfani da shi tare da maɓalli na maɓalli don samar da siginonin nunin sauri da lokaci.

• Muhallin Harsh: Ya dace da kowane wurin shigarwa tare da yuwuwar lahani na lalacewa ta jiki, mummunan gurɓataccen mai, ko buƙatar ƙarin kariya ta inji.