DaIgniter na tsire-tsire masu tsire-tsiregaba daya yana amfani daHigh-Makamashi Gunkamar yadda aka gyara wutan lantarki. Ruwan igiyar wuta ba bakin karfe ba ne, tare da sakin sakin sakin semiconductor. Fuskar fitarwa shine surface a farfajiya, wanda yake tsayayya da danshi da kuma ajiya na carbon kuma yana da ikon tsabtace kai. Haka kuma, babu buƙatar daidaita nesa ba kusa ba lokacin aiwatar da aikin, yana nuna hakan sosai don amfani kuma yana da tsawon rayuwa.

Da ƙarshen ƙarshenRod-kuzariAn yi shi da zazzabi mai tsauri wanda zai iya jure yanayin zafi har zuwa 1300 ℃. Yana da tsayayya wa ajiya carbon da kuma cocking, kuma yana da ikon tsaftacewa kai. Haka kuma, nesa nesa ba buƙatar daidaita lokacin kunna wuta ba.

Dasandar karyashine samfurin da ba daidai ba wanda aka sarrafa kuma aka tsara shi. Lokacin yin bindiga mai kunna wuta, akwai sigogi masu mahimmanci da yawa waɗanda ke buƙatar tabbatar da su a gaba: diamita, tsawon, tsayi, hanyar shigarwa na yanar gizo na sanda.

Yadda za a tabbatar da shigar saitawa? An shigar da ƙarshen ƙwallon ƙafa. A lokaci guda, matsayin wutan lantarki sanda ya kamata a ƙaddara bisa ga tsarin iska a kan gidan jirgin sama. Tsawon lokacin da aka saba kunnawa ya haɗa da: 1800mm, 2000mm, 2800mm, da sauransu, da sauransu, da sauransu, da sauransu, da sauransu, da dai sauransu, da dai sauransu, da dai sauransu, da dai sauransu, da dai sauransu, da dai sauransu.

Ana amfani da diamita na sanda na wuta a cikin takamaiman bayani: %%, φ 1666, kuma kowane kuma 38. Tsawon da shigarwa na rod ana iya tsara shi bisa ga buƙatun abokin ciniki.

Tunatarwa mai kyau: Mai Kyau na Rod na High-Makamashin Rod an yi shi ne da sassan da ke cikin katako. Yana da mahimmanci don magance shi a hankali yayin amfani don guje wa watse na da sassan da tasiri na yau da kullun.