Bently Nevada 3300 NSv Na'urar firikwensin kusanci M10X1 - 330905-05-08-10-12-05

Taƙaitaccen bayani kan samfur

Wannan 330905-05-08-10-12-05 ce na'urar firikwensin kusanci 3300 NSv mai inganci, wadda aka ƙera don manyan injinan masana'antu inda sarari ya ƙunce kuma bayanan girgiza ko matsayi masu daidaito sosai suke da matuƙar muhimmanci. Wannan firikwensin mai zaren M10X1, wanda nauyinsa kusan 0.32 kg ne, yana da ƙarin juriya ga sinadarai idan aka kwatanta da tsofaffin samfura, wanda hakan ya sanya shi ya dace ƙwarai da aikace-aikacen compressor na tsarin sarrafa aiki. Kyakkyawan halayen duba-daga-gefe na'urar suna ba da damar saita tazara daidai ko da a kan manufofin da ke da matuƙar ƙarancin sarari. Ana isar da kowace na'ura a cikin kunshin asalin masana'anta, tare da garantin watanni 12 domin tabbatar da ingantacciyar amincin tsarin kariyar dukiyarku.

Saitin fasaha

Ka'idojin lambar oda

Wannan takamaiman daidaitawar tana ɗauke da tsawon 50 mm ba tare da zare ba da kuma jimillar tsawon akwati 80 mm. Tsarin yana amfani da kebul mai jimillar tsawon mita 1.0 wanda aka sanye shi da ƙaramin mahaɗin coaxial na ClickLoc da fasahar FluidLoc domin hana mai yin ƙaura. Zaɓin Multiple Approvals (-05) yana tabbatar da bin ƙa'idoji na masana'antu na duniya daban-daban.

Kimiyyar kayan zamani masu ci gaba

Ƙarshen firikwensin yana kunshe da babban ingancin Polyphenylene Sulfide (PPS), yayin da akwatinsa ke amfani da AISI 304 Stainless Steel (SST). Wannan haɗin yana samar da ƙarfaffen haɗin aiki da zai iya aiki a yanayin zafi masu tsanani daga -52°C zuwa +177°C. Kebul na coaxial da aka rufe da FEP yana kiyaye sahihin sigina ko da a cikin muhalli masu mai ko masu tsananin sinadarai.

Ƙayyadaddun bayanai na fasaha

Jagorar Sanya & Kula da Na'ura

Sanya probe ɗin ta hanyar matse kejs ɗin M10X1 zuwa karkatar da aka ba da shawara na 7.5 N•m (66 in•lb) ga zaren farko uku. Tabbatar cewa juriya ta dc na mai watsarwa na tsakiya ita ce 4.2 ± 0.5 ohm ga probe ɗin tsawon 1.0 m domin tabbatar da sahihancin lantarki. Ka kiyaye mafi ƙarancin radius na lanƙwasa na 25.4 mm (1.0 in) ga kebul mai coaxial don hana raguwar ingancin sigina. Idan kana saita gibin a kan wuraren da suka fi ƙanƙanta da 13mm, ka rage tazarar da aka saita kaɗan domin kiyaye daidaiton ma'aunin sikelin.

Fa'idodin Injiniya

Jerin 3300 NSv yana ba da cikakkiyar damar musanya sassa na inji da na lantarki da tsofaffin tsarin 3300 RAM, wanda ke sauƙaƙa sabuntawa ba tare da tangarda ba. Zoben hatimin Viton O-ring dinsa yana samar da ƙarfi wajen kulle bambancin matsin lamba tsakanin ƙarshen na'urar da kejs ɗin. Tsarin mahaɗin ClickLoc yana tabbatar da haɗi mai ƙarfi wanda girgiza ba ta shafa, wanda yake da muhimmanci don sa ido na dindindin kan injuna a muhallin da ke da ƙarfi girgiza.

Tambayoyin Fasaha da Ake Yawan Yi

Q1: Shin 330905-05-08-10-12-05 yana dacewa da kebul na 3300 RAM?
A1: I, probe ɗin NSv ana iya musanya shi da tsoffin sassan jerin 3300 RAM ta fuskar inji da lantarki.

Q2: Menene amfanin zaɓin kebul na FluidLoc?
A2: Kebul ɗin FluidLoc yana hana mai da sauran ruwayen tsarin su zubo ta cikin kebul, yana kare muhallin firikwensin Proximitor.

Q3: Za a iya amfani da wannan probe a kan ƙananan shafts sosai?
A3: Ko da yake ana ba da shawarar a yi amfani da shi ga wuraren da suka fi 13mm, yana yin aiki mafi kyau a kan ƙananan shafts fiye da na'urorin 3000-series probes. Rage tazarar da aka saita yana taimakawa wajen kiyaye ma'aunin sikelin a kan ƙananan diamita.