1. Kusetshenziswe isiqalo esithambile, isitobhi esithambile, nokulawulwa kwenqubo yokusebenza yokulawula isivinini:
Ukuqala kwamanje kuncane, ijubane lizinzile, ukusebenza kunokwethenjelwa, futhi umthelela kugridi yamandla mncane. Ingakwazi ukufeza ukulungiswa okungahleliwe kwejubane elikhuphukayo neliphansi kanye nokusebenza kokulawula iluphu evaliwe;
2. Imvamisa yokumpompa, isivinini, kanye nokukhiqizwa okuwuketshezi kweyunithi yokumpompa kunganqunywa ngokusekelwe ezingeni loketshezi kanye nokucindezela komthombo kawoyela.
Inganciphisa ngempumelelo ukusetshenziswa kwamandla. Thuthukisa ukusebenza kahle kwephampu, unciphise ukuguga kwemishini futhi andise impilo yesevisi;
3. Uhlelo oluzinikele lwesicelo lwamayunithi okumpompa, olunomklamo owenziwe lula, olufanele ukulungiswa okuqondile kwezisebenzi ezijwayelekile zokubuyisa uwoyela;
4. Idivayisi yokuhlunga okokufaka eyakhelwe ngaphakathi, inqubo egcwele yokuhlunga umsindo, nokuphazamiseka kwegridi yamandla ingu-1/4 yaleyo yeziguquli zefrikhwensi ezejwayelekile;
5. Ukulandelela okuzenzakalelayo kwe-voltage egcwele, ukubala okuzenzakalelayo kwe-torque efanelekile yokubhuleka, okwenza kube lula ukusebenza kwezixhumanisi zohlelo;
6. Iyunithi ye-feedback braking eyakhelwe ngaphakathi, engabuyisela amandla kagesi avuselelwe kugridi. I-reactor eyakhelwe ngaphakathi nesihlungi, ingaxhunywa ngokuqondile kugridi yamandla, ngempendulo yamandla esebenza kahle efinyelela ku-97%. U-15%~25% wokonga amandla ngaphezu kweziguquli zefrikhwensi, ngokulahleka kokushisa okungaphansi kuka-3% wamabhuleki okumelana, ukunciphisa imithombo yokushisa, nokuphepha okuthuthukisa;
7. Yonke idrayivu eyindilinga, ehambisana ne-magnetic synchronous motor unomphela kanye nesilawuli se-asynchronous motor;
8. Inemisebenzi eminingi yokuvikela efana ne-overcurrent, i-short circuit, i-overvoltage, i-undervoltage, ukulahlekelwa kwesigaba, ukushisa ngokweqile, njll., ukuqinisekisa ukusebenza kwesistimu okuphephile nokuthembeke kakhulu;
9. Idizayini engenamuntu futhi ezenzakalelayo ngokuphelele ensimini, evumela ukulawula ngokungafanele kwesivinini sokumpompa ngaphandle kwesidingo sokushintsha imishini. Ifanele imithombo kawoyela ezindaweni ezahlukene kanye nezakhiwo, ezifanele izimo zezulu nezimo ezahlukene;
10. Imojula yokuxhumana engenantambo yokuzikhethela yokuhlanganiswa okungenamthungo nezinhlelo zedijithali ze-oilfield;
Iphrojekthi yokuvuselela ukonga amandla endaweni ethile kawoyela esiFundazweni sase-Liaoning inamakhabethe okulawula ahlakaniphile e-PUS oilfield kowtow machine. Ngokusho kwenjini efakwe emthonjeni kawoyela, le phrojekthi isebenzisa i-PUS oilfield pumping unit intelligent control cabinet enamazinga amabili wamandla angu-37KW/45KW, angonga u-12000 kWh kagesi ngeyunithi yokumpompa ngonyaka.
Imodeli Yamandla Kagesi (Vac) Amandla (kW) Usayizi Wokufaka (mm) Iphimbo Lembobo (mm) Ububanzi Bembobo (mm)
PUS-A1-BF00-015-4 380 15 550×550×1366 446×300 Φ13
PUS-A1-BF00-018-4 380 18 550×550×1366 446×300 Φ13
PUS-A1-BF00-022-4 380 22 550×550×1366 446×300 Φ13
PUS-A1-BF00-030-4 380 30 750×570×1867 580×300 Φ13
PUS-A1-BF00-037-4 380 37 750×570×1867 580×300 Φ13
PUS-A1-BF00-045-4 380 45 750×570×1867 580×300 Φ13
PUS-A1-BF00-055-4 380 55 750×570×1867 580×300 Φ13
PUS-A1-BF00-075-4 380 75 750×570×1867 580×300 Φ13
