Yikuphi ukwehluleka okuvame ukwenzeka ezithandweni zokushisa ze-induction for forging

I-1 Isithando sokushisa esingeniswayo sokubumba sisebenza ngokujwayelekile, kodwa eduze nendawo ethile endaweni yamandla kagesi aphezulu, isithando somlilo sokufakelwa asizinzile, i-voltmeter ye-DC iyazamazama, futhi isithando somlilo sokungenisa induction forging sihambisana nomsindo oklabalazayo.

Isizathu: Izingxenye zivutha ngaphansi kwengcindezi ephezulu.

2. Isithando somlilo sokungenisa i-induction for forging sisebenza ngokujwayelekile, kodwa ngezikhathi ezithile umsindo we-beep kanye ne-beep umsindo ungazwakala, futhi i-voltmeter ye-DC ishintsha kancane.

Isizathu: Ukungagxili kahle phakathi kokujika kwe-transformer.

3. Isithando sokushisa sokungenisa induction for forging sisebenza ngokujwayelekile, kodwa amandla awanakukhuliswa

Isizathu: Amandla awakhuphuki, okubonisa ukuthi imingcele yesithando sokushisa esingeniswayo sokubumba ayilungiswanga kahle.

4. Isithando somlilo esingeniswayo sokufoja sisebenza ngokujwayelekile, kodwa lapho amandla ephakanyiswa noma ehliswa engxenyeni ethile yamandla, isithando somlilo esingeniswayo sokufoja sinomsindo ongavamile kanye ne-jitter, futhi ithuluzi likagesi libonisa ukushwibeka.

Isizathu: Lolu hlobo lokwehluleka ngokuvamile luvela ku-potentiometer yamandla anikezwe. Ingxenye ethile yamandla anikezwe i-potentiometer ayibushelelezi futhi iyagxuma, okubangela ukungazinzi kwesithando sokushisa esingeniswayo sokufoja. Ezimweni ezinzima, i-inverter izochithwa futhi i-thyristor izoshiswa.

5. Isithando somlilo sokungenisa induction forging sisebenza ngokujwayelekile, kodwa i-bypass reactor iyashisisa futhi iyashiswa.

Isizathu: Kukhona ukusebenza kwe-asymmetrical ye-inverter circuit. Isizathu esiyinhloko sokusebenza kwe-asymmetrical ye-inverter circuit ivela kumjikelezo wesignali; ikhwalithi ye-bypass reactor ngokwayo ayilungile.

6. Isithando somlilo esingeniswayo se-forging sisebenza ngokujwayelekile futhi sivame ukudiliza i-capacitor yesinxephezelo.

Izizathu: ukupholisa okungekuhle, ukuwohloka kwe-capacitor; ukucushwa kwe-capacitor okunganele; I-voltage yefrikhwensi emaphakathi kanye nefrikhwensi yokusebenza kuphezulu kakhulu; kumjikelezo we-capacitor boost, umehluko we-capacitance phakathi kwama-series capacitor nama-parallel capacitor mkhulu kakhulu, okuholela ekuqhekekeni kwe-voltage kanye ne-capacitor engalingani.