330130-040-01-05 Kebul mai sulke na aiki mai nauyi na Bently Nevada

Takaitaccen Bayanin Samfur

Bently Nevada 330130-040-01-05 yana aiki a matsayin kebul na tsawo na jerin 3300 XL mai inganci sosai wanda aka ƙera don tsarin proximity transducer[cite: 1]. Wannan kebul mai garkuwar karfe na tsawon 4.0-mita yana zama mahadar lantarki mai matuƙar muhimmanci wadda ke haɗa irin 8 mm eddy current probe zuwa Proximitor Sensor[cite: 1]. Yana watsar da bayanan motsi (displacement telemetry) na babban mita daga manyan injinan juyawa, kamar turbin tururi na masana'antu da compressors, ba tare da lalacewar sigina ko rashin daidaiton impedance ba[cite: 1]. Tare da jimillar nauyin net na 0.618 kg mai ƙarfi, wannan samfurin da aka ƙera a Amurka yana tabbatar da kariya mafi kyau da dogon lokacin aiki a cikin matsanancin yanayin masana'antu[cite: 1]. Don bin ka'idojin sarkar samarwa na ƙasa-da-ƙasa, za a iya ƙara takardar shaidar Asalin Kaya (COO) na hukuma idan an nema[cite: 1].

Babban Fasahohin Da ke Tayar da Amfani

Tsarin Ƙarewar Lambar-Sashi

Takamaiman kirtani na lambar samfurin yana bayyana abubuwan ginin da aka tsara daidai don a fara amfani da su nan da nan[cite: 1]:

• Zaɓin Tsawon Kebul 040: Yana samar da tsawon kebul na al'ada na ainihin 4.0 mita (11.5 ƙafa) don takamaiman tazarar firikwensin zuwa amplifier[cite: 1].
• Zaɓin Haɗa 01: Yana da kebul mai garkuwar karfe mai ƙarfi, wanda aka ƙera don jure bugun injina[cite: 1].
• Zaɓin Amincewa 05: Ya haɗa da cikakkun takardun shaida na yankunan haɗari da suka dace da ƙa'idodin tsaro na duniya na CSA, ATEX, da IECEx[cite: 1].

Garkuwar Karfe Mai Ƙarfi da Ƙarfin Ja

Ginuwar jiki tana amfani da daidaitaccen tsarin jaket mai garkuwar karfe, an daidaita shi a ƙarfi na 103 g/m don cimma jimillar nauyin sa na 0.618 kg mai ƙarfi[cite: 1]. Tsarin a ƙasa yana amfani da ƙirar CableLoc da aka yi masa rajista, wadda ke ba da ƙarfin ja na 330 N (75 lbf) mai girma don tabbatar da cewa majalisar ta makale ƙwarai kuma ta jure matsanancin jan masana'antu[cite: 1].

Daidaicin Juriya na DC na Lantarki

Tushen kebul ɗin yana samar da ma'aunin na'urar firikwensin eddy current da za a iya maimaitawa sosai ta hanyar kula da juriya a ciki cikin tsauraran ƙa'idoji[cite: 1]. Jagorar tsakiya (RCORE) tana riƙe da ƙaramin juriya na 0.88 ± 0.13 Ω, yayin da iyakar jaket na waje (RJACKET) ke auna daidai 0.26 ± 0.05 Ω[cite: 1].

Ƙayyadaddun Fasaha

Jagorar Shigar da Injiniya

Haɗin Probe da Kariya Daga Mai

Kowane kit ɗin kebul ya haɗa da babban tef na silikone[cite: 1]. Duk da haka, kar ka sa tef ɗin silikone idan haɗin aiki tsakanin probe da tsawaita kebul zai fuskanci man injin turbin mai tsanani[cite: 1]. Don waɗannan takamaiman aikace-aikacen, ya kamata a samo wasu gidajen kariyar mahaɗa domin kiyaye mu’amalar lantarki daga shiga mai[cite: 1].

Ma’aunin Tazarar Aiki na Daidaitaccen Ƙa’ida

Domin daidaiton ma’auni na al’ada da matsakaicin madaidaicin aunawa a fadin tazarar 2 mm, ka sa tazarar probe na eddy current 8 mm daidai a 1.27 mm (50 mils) daga manufa[cite: 1]. Ka tabbatar da cewa shaft ɗin injin da ake nufa ya ƙunshi ƙarfen AISI 4140 domin kiyaye daidaiton fitarwar madauki sosai[cite: 1].

Tsarukan Wayoyi a Filin Aiki

Haɗa Proximitor Sensor zuwa na’urorin saka idanu ta amfani da kebul na triad mai kariya da igiyoyin da aka yi musu tin mai mazugi uku[cite: 1]. Ka kiyaye jimillar tsawon wayar ƙasa da iyakar tsawon jiki na mita 305 (ƙafa 1,000) domin hana raguwar sigina a matakan girgizar injin da suka yi yawa[cite: 1]. Ka daure tsarin sulke mai nauyin 0.618 kg yadda ya kamata domin hana tsawaita tashin hankali a wuraren haɗin probe[cite: 1].

Fa’idodin Injiniya

Kariya Mai Inganci da Amincin Sigina

Tsarin ƙira mai motsi kuma marar sulhu ya dace da ƙaramin ƙarfin capacitance na layi tare da juriyar fitarwa ta 50 Ω[cite: 1]. Sulke na waje yana ƙara kariyar murƙushewa ta matuƙar ƙarfi ba tare da rage ingancin amsar mita na kewayon madauki mai daidaito ba[cite: 1].

Kyakkyawan Kwanciyar Hankali a Danshi

An gwada shi cikin tsauraran bin ka’idar IEC 68-2-3 na tsawon kwana 56 a jere a cikin ɗakunan zafi masu danshi 93% RH, kayan cikin sun nuna ƙasa da 3% canji a Matsakaicin Ma’aunin Sikelin (Average Scale Factor, ASF)[cite: 1].

Ƙirƙira Mai Lasisi Don Ƙarfin Gini

Hade tsarin jikin TipLoc na mallakar fasaha da hanyar kammala CableLoc yana kulle sassan har su jure ƙarfin ja har zuwa 330 N, yana kawar da kurakuran kebul ɗin da ke yanke juna na al’ada a cikin mahallan injina masu tsanani[cite: 1].

Tambayoyin Fasaha (FAQs)

Q1: Menene zai faru idan ƙarfin wutan shigar da tsarin ya tashi ya fi -23.5 Vdc zama mai kyau?
A1: Amfani da tsarin transducer da matakin ƙarfi da ya fi -23.5 Vdc zama mai kyau na iya rage ingancin aiki, yana jawo ragin kewayon layi sosai a kan manufar ƙarfen AISI 4140[cite: 1].

Q2: Menene ƙayyadadden nauyin jiki na wannan kebul na tsawaitawa mai sulke?
A2: Wannan sigar da aka yi mata sulke mai tsawon mita 4.0 tana da yawa na 103 g/m, wanda ke samar da jimillar nauyin ƙasa na 0.618 kg[cite: 1]. Wannan tsarin gini yana ba da kariya ta injiniya mai ƙarfi daga murƙushewa idan aka kwatanta da sigogin da ba su da sulke masu nauyin 0.204 kg[cite: 1].

Q3: Me yasa ake sarrafa juriyar mai a tsakiya da ta jaket ɗin wannan kebul na 4.0 m da tsauri haka?
A3: An daidaita RCORE (0.88 ± 0.13 Ω) da RJACKET (0.26 ± 0.05 Ω) sosai domin tabbatar da cewa ana iya musanya su gaba ɗaya da na’urorin 3300 XL Proximitors na daidaitaccen ƙa’ida ba tare da buƙatar sake daidaita kayan aikin gaba ɗaya ba[cite: 1].