lisitry ny fikojakojana ny lafaoro fandoroana induction

Fault location	Fahombiazana tsy fahombiazana	Antony sy fomba fisafoana	vahaolana
Ny tsy fahombiazan’ny breaker	1. Rehefa mihidy dia misy feo mivoha miaraka amin’izay	1. Ny fiatoana amin’ny dingana telo dia fohy ary tsy azo fehezina (amin’ny ankapobeny dia vokatry ny fandoroana ny thyristor)	1. Soloy ny thyristor ary jereo ny circuit fohy
	2. Refesina fa misy herinaratra ny tendrony ambony amin’ny fiatoana ary tsy misy herinaratra ny farany ambany	2. Ny famotsorana undervoltage dia may na tsy mihidy	2. Mba hahazoana antoka fa tsy short-circuited ny fitaovana dia azonao atao ny mamatotra azy amin’ny tady aloha mba tsy hahafahany mitsambikina.
	3. Tsy misy valiny ary tsy misy feo rehefa miakatra ny hery	3. Mihidy foana ny coil shunt, jereo raha misy hery ny coil fanokafana rehefa mihidy	3. Azonao atao ny manapaka ny kofehy amin’ny faran’ny coil aloha, ampiasao ny fanokafana mekanika, ary jereo ny faritra rehefa vita ny famokarana.

		4. Ny tsy fahombiazan’ny fampitana hafanana na ny hetsika	4. Azonao atao ny manapaka ny terminal roa amin’ny fampitana aloha, ary jereo rehefa vita ny famokarana
		5. Tsy fahombiazana ara-mekanika	5. Jereo raha azo mihidy amin’ny tanana izany, ary jereo aorian’ny famokarana
Fampidirana tsipika fidirana	1. Fandalovana vokatry ny circuit fohy sy ny ignition ny inductor	1. Observe whether the inductor is sparking, or the distance between the turns of the coil is close	1. Kapohy ny coils izay mifanakaiky, ary ampidiro ny fitaovana manasaraka azy ireo

	2. Mirehitra KP thyristor vokatry ny fihodinana vitsy loatra	2. Jereo ny isan’ny fihodinan’ny coil mba hahitana raha vitsy loatra	2. Soloy ny coil inductance lehibe ara-potoana
KP thyristor ho an’ny tady rectifier 12-pulse	1. Ny roa-dingana DC malefaka manana savily tsy miato, ary ny inverter tsy afaka manomboka	1. Jereo raha simba ny rectifier malefaka equalizing resistor	1. Soloy ny voltase equalizing resistor, ary rehefa mbola mivily, dia afaka manambatra ny roa tetezana resistors ho iray tetezana.

	2. Jereo ny KP SCR	2. Jereo raha simba ny diode rectifier sy anti-parallèle	2. Replace the diode
KP SCR	1. Tsy azo fehezina ny fiatoana (ambony)	1. Jereo raha may ny KP SCR	1. Soloy ny thyristor
	2. Tsy afaka manomboka	2. Jereo raha mandeha daholo ny jiron’ny pulse thyristor KP ary mitovy ny famirapiratana	2. Tsy mitovy ny famirapiratana, noho ny 3 , . 4 bar ny fanamarinana dia
	3. Mafy ny tabataba rehefa mitombo ny hery	3. Jereo raha ara-dalàna ny circuit SCR	3. Ny tariby roa dia azo ampifandraisina vetivety aloha, ary azo jerena ny tariby rehefa vita ny famokarana

		4. Jereo raha ara-dalàna ny fanoherana eo amin’ny rectifier SCR G sy K (matetika 10-25R ), raha tsy mety izany dia jereo raha olan’ny tsipika na olana SCR	4. Tohizo ny Andininy faha-3 ho an’ny olan’ny faritra, ary tokony hosoloina ny olana SCR
Air core reactor	1. Noho ny inductance kely ilaina amin’ny andian-dahatsoratra reactors, hollow inductors dia matetika ampiasaina, izay mampihena ny lanja sy ny boky, ary mampihena ny fikojakojana ny vola lany, satria ny elanelana misy eo amin’ny coil mivadika dia lava sy ny varahina fantsona hatevin’ny rindrina dia tsy mora ny sparking. ary ny fivoahan’ny rano. javatra

Reactor misy fototra vy	1. Reactor ignition	1. Measure whether the resistance of the copper ring of the reactor and the iron core is short-circuited ( when the line is 380V , the resistance should be greater than 1K )	1. Esory ny reactor mba hijerena hoe inona no coil dia fohy, ary amboary na soloina

	2. Tsy afaka manomboka	2. Jereo raha misy rano mitete ao amin’ny reactor	2. Esory ny reactor mba hijerena hoe iza no mitete mba hanamboarana na hosoloina

	3. Mandehana rehefa mitombo ny hery rehefa afaka manomboka	3. Reduce the indoor light to observe whether there is a fire phenomenon	3. If there are no accessories temporarily and the reactor has many turns, the broken coil can be removed without affecting the operation of the machine, and it can be temporarily operated until the end of production