Indlela yokunakekela yesithando somlilo esincibilikayo sokungeniswa

1. Uma isithando somlilo sokuncibilika se-induction sihluleka, kuyadingeka ukuthi kubhekwe ukuthi imingcele yensimbi yesithando somlilo sokuncibilika ilungile yini lapho sisebenza, nokuthi ingabe kukhona ukufudumeza, ubomvu, izikulufu ezixekethile nezinye izinto zokubukeka ekuncibilikeni kokungeniswa. isithando somlilo. Ukuthi ubudlelwano phakathi kwe-voltage yefrikhwensi emaphakathi, i-DC voltage, kanye ne-DC yamanje yemitha yesithando somlilo esincibilikayo isebenza ngokujwayelekile. Umkhiqizo we-DC voltage kanye ne-DC yamanje amandla efrikhwensi amaphakathi, ukuze sikwazi ukwahlulela ukuthi amandla esithando somlilo sokuncibilika ajwayelekile ngokuphelele; noma ngabe isilinganiso se-voltage yolayini engenayo, i-DC voltage kanye ne-intermediate frequency voltage silungile. Isibonelo: Isithando somlilo esincibilikayo esingu-500kw, i-voltage yolayini engenayo ingu-380V, bese kuthi i-DC ephezulu ibe ngu-513V, bese kuthi i-DC yamanje ibe ngu-1000A. Uma i-voltage ye-DC ifinyelela ku-500V futhi inani lamanje le-DC lingu-1000A ngesikhathi sokusebenza, amandla okusebenza ajwayelekile. Isilinganiso se-voltage ye-DC kanye ne-intermediate frequency voltage singabonisa isimo sokusebenza se-inverter. Isibonelo, uma i-voltage ye-DC ingu-510V kanye ne-voltage yefrikhwensi emaphakathi ingu-700V, i-engeli eholayo ye-inverter ingu-36°. Sisebenzisa i-700V/510V=1.37 ukuze sibone ukuthi, ngokuvamile, isilinganiso se-voltage yefrikhwensi emaphakathi ne-DC voltage siphakathi kuka-1.2 no-1.5, futhi sonke sicabanga ukuthi isiguquli sisebenza ngokujwayelekile. Uma isilinganiso singaphansi kuka-1.2, i-engeli yokuhola incane kakhulu, futhi i-inverter inzima ukuhamba; uma inkulu kunezikhathi ezingu-1.5, i-engeli yokuhola inkulu kakhulu, futhi okokusebenza kungase kuhluleke.

2. Ukuthi umsindo wesithando somlilo esincibilikayo uvamile yini ngesikhathi sokusebenza, noma ngabe kukhona umsindo kumsindo wesithando somlilo esincibilikisayo, noma ngabe umsindo uyaqhubeka, noma ngabe kukhona umsindo wokudlidliza ongemuhle we-reactor kanye nokuthi kukhona yini umsindo ukuthungela, njll. Ngamafuphi, kwehlukile kumsindo ojwayelekile. ukunquma indawo yomsindo.

3. Buza u-opharetha wesithando somlilo sokungeniswa mayelana nesimo sesithando somlilo esincibilikayo lapho sibhidlika. Lapho uyiqonda, zama ukuchaza kabanzi ngangokunokwenzeka. Ngesikhathi esifanayo, kufanele futhi uqonde isimo sokusebenza kwesithando somlilo sokuncibilika ngaphambi kokwehluleka.

4. Uma isithando somlilo sokuncibilika se-induction sihluleka, kufanele ufunde ukusebenzisa izinsimbi zokuhlola ezifana ne-oscilloscopes nama-multimeters ukukala i-waveform, i-voltage, isikhathi, i-angle, ukumelana neminye imingcele yephuzu ngalinye ukuze unqume imbangela yokwehluleka.

5. Uma iphutha lesithando somlilo se-induction litholakala futhi lilungiswa, ungagijimi imishini ngokuqondile ngemva kokuthola iphuzu lephutha ngaphandle kokuhlolwa, ngoba ngokuvamile kunezinye izizathu ezijulile ngemuva kwephuzu lephutha lokubangela amaphutha anjalo.