Ukonga amandla okungu-38% ngamabhange e-capacitor acwebezelayo ohlelweni lwamandla lokufudumeza, ukuncibilikisa, ukusakaza, ukushisela, ukufudumala, ukuhlanganisa njll. Ama-capacitor asezingeni eliphezulu azoqinisekisa uhlelo lwamandla olusebenza kahle ezindaweni zokusekela.

Sinikeza ibhange le-capacitor elithile kwezinye izinhlelo zokusebenza ezikhethekile. Njengebhange le-capacitor le-Max 40K VDC.

Imvamisa ye-capacitor eklanyelwe ukuphakama kufike ku-30khz, 40khz, 50khz, ngisho no-300khz, ukuze ihlangabezane nezidingo zomshini wokushisa we-induction ophezulu kakhulu.

Ama-Capacitor Okushisa Nokuncibilikisa Okungenayo Ngokwezifiso ayatholakala kuma-furnace okungenisa aphakathi nendawo. Thola ama-capacitor okushisa angaphakathi asebenza kahle kakhulu ngokuthengisa ngobuningi kusuka kuma-electronics acwebezelayo. Qinisekisa ukusebenza kahle kanye nokuqina kwezinhlelo zakho zokushisa ezingaphakathi. Khetha ama-capacitor okushisa angaphakathi asukela ku-500hz kuya ku-300Khz.

Ama-capacitor apholile ngomoya asukela ku-750V ~ 3000V athandwa kakhulu aklanyelwe ukulungisa isekethe yezitofu zokushisa ezifakwayo. Imvamisa yokushisa okufakweyo ifinyelela ku-3Khz.

Sinikeza izixazululo ezenziwe ngokwezifiso ku- ukuxazulula ukulahlekelwa amandla nokuthuthukisa ukusebenza kahle kwamandla ngama-capacitor okushisa okufakwayo apholile ngamanzi/apholile emoyeni.

Ama-capacitor apholile ngamanzi avame ukuvama aklanyelwe ukulungisa izifunda zokuncibilikisa isithando somlilo kanye nokushisa kwe-induction.

Sinikeza ukwesekwa kobuchwepheshe kuhilela ikhambi elingabizi kakhulu nelifika ngesikhathi lezokusebenza kwemishini kanye nogesi.