Zeziphi iintsilelo ezinokuthi zenzeke kwiziko lokufudumeza le-induction for forging

I-1 Isithando sokufudumala sokufudumala sisebenza ngokuqhelekileyo, kodwa kufuphi nendawo ethile kwindawo yombane ophezulu, i-furnace yokufudumeza induction for forging ayizinzanga, i-voltmeter ye-DC iyagubha, kwaye isithando sokufudumala sokufudumala sihamba kunye nesandi esikhalayo.

Isizathu: Amalungu avutha phantsi koxinzelelo oluphezulu.

2. I-oven induction heat forging isebenza ngokuqhelekileyo, kodwa amaxesha ngamaxesha isandi esibukhali kunye nesandi se-beep sinokuvakala, kwaye i-voltmeter ye-DC iguquguquka kancane.

Isizathu: Ukufakelwa kakubi phakathi kokujika kwe-transformer.

3. Isithando sokufudumala se-induction forging sisebenza ngokuqhelekileyo, kodwa amandla awanakunyuswa

Isizathu: Amandla awayi kunyuka, ebonisa ukuba iiparameters ze-furnace yokufudumeza induction for forging ayilungiswanga kakuhle.

4. Isithando sokufudumala se-induction forging sisebenza ngokuqhelekileyo, kodwa xa amandla ephakanyiswa okanye ehlisiwe kwicandelo elithile lamandla, isithando sokufudumala sokufudumala sinomsindo ongaqhelekanga kunye nejitter, kwaye isixhobo sombane sibonisa ukuguquka.

Isizathu: Olu hlobo lokusilela ludla ngokubakho kwi-potentiometer yamandla. Icandelo elithile lamandla anikwe i-potentiometer alihambanga kwaye lixhuma, elibangela ukungazinzi kwe-furnace yokufudumeza induction for forging. Kwiimeko ezinzima, i-inverter iya kuchithwa kwaye i-thyristor iya kutshiswa.

5. Isithando sokufudumala se-induction forging sisebenza ngokuqhelekileyo, kodwa i-bypass reactor iyatshisa kwaye itshiswe.

Isizathu: Kukho ukusebenza kwe-asymmetrical ye-inverter circuit. Isizathu esona sizathu sokusebenza kwe-asymmetrical ye-inverter circuit ivela kwisiphaluka somqondiso; umgangatho we-bypass reactor ngokwayo ayilungile.

6. I-furnace yokufudumeza induction for forging isebenza ngokuqhelekileyo kwaye ihlala iphula i-capacitor yembuyekezo.

Izizathu: ukupholisa kakubi, ukuphuka kwe-capacitor; ulungelelwaniso lwe-capacitor olunganelanga; amandla ombane aphakathi kunye nokusebenza rhoqo kuphezulu kakhulu; kwi-capacitor boost circuit, umahluko we-capacitance phakathi kwee-series capacitors kunye ne-parallel capacitors mkhulu kakhulu, okukhokelela kumbane ongalinganiyo kunye nokuqhekeka kwe-capacitor.