I-CHALCE CHIC Vacuum Generator CTA (B) -B ngamachweba amabili wokulinganisa

Ukuhlaziywa kokusebenza kokuvumela kwe-vacuum generator

1. Amapharamitha aphambili wokusebenza kwe-vacuum generator

Ukusetshenziswa komoya: kubhekisa ku-Flow QV1 okugeleza okuphuma ngaphandle kwe-nozzle.

② Izinga lokugeleza kokuncoma: kubhekiswa ku-air flow rate QV2 kufakwe e-suction port. Lapho i-port yokumisa ivulekile emkhathini, isilinganiso sayo sokuhamba se-suction sikhulu kunazo zonke, esibizwa ngokuthi i-Quansint Flow Rate Qv2max.

③ ingcindezi ethekwini lokumisa: kuqoshwe njenge-PV. Lapho i-port yokumisa ivalwa ngokuphelele (isib. I-Disc Disc emunca umsebenzi wokusebenza), okungukuthi, lapho ukugeleza kokumunca kungu-zero, ingcindezi ethekwini lokumisa phansi, eliqoshwe njengePvmin.

Isikhathi sokuphendula ④: Isikhathi sokuphendula se-suction siyipharamitha ebalulekile ekhombisa ukusebenza okusebenzayo kwe-vacuum generator, okusho isikhathi kusukela ekuvulekeni kwe-valve ukuze kufinyelelwe i-valve.

2. Izici eziyinhloko ezithinta ukusebenza kwe-vacuum generator

Ukusebenza kwe-Vacuum Generator kuhlobene nezici eziningi, njengokubuyiselwa obuncane kwe-nozzle, ukwakheka nobubanzi bokugculiseka kanye ne-tube ye-devince, isikhundla sayo esihambisanayo kanye nengcindezi yomthombo wegesi. I-Fig. 2 iyigrafu ekhombisa ubudlelwano phakathi kwengcindezi yokunqwabelana, isilinganiso sokuhamba, ukusetshenziswa komoya kanye nokunikezwa kwengcindezi ye-vacuum generator. Kukhombisa ukuthi lapho umfutho wokuhlinzekela ufinyelela inani elithile, umfutho we-inlet we-suction uphansi, bese kuthi izinga lokugeleza lokugaya lifinyelela phezulu. Lapho umfutho wokuphakela uqhubeka nokwanda, ukuncipha kwengcindezi yokumunca kuyakhuphuka, bese kuthi izinga lokugeleza lokugaya lincipha.

① Ukuhlaziywa kwesimo se-aunction flow ephezulu

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