Ko da ke muhimmanci da zafi a tattara amfani da yanayin manyan kashi a tansufaai?

Mafiya

• Magana mai yawan jiki: Mafiya masu tashar ferromagnetic suna da magana mai yawa, wanda ya kunshi cewa za su iya gina inganci mai yawa a kan magnetic a lokacin da aka bayar shi da tashar magnetic mai yawa. A cikin transformer, amfani da mafiya masu tashar ferromagnetic don kofin ya zama cewa akwai kyau daga fadada magnetic da aka bayar shi a kan kofi, wanda ya zama da abubuwa a kan tsari. Wannan, ya zama da ya ba da shiga a kan zaruratun tsarin lura da mutanen electrical energy ta hanyar transformer, wanda ya ba da shiga a kan tsarin lura da mutanen electrical energy ta hanyar transformer, domin ya ba da shiga a kan tsarin lura da mutanen electrical energy ta hanyar transformer.

• Magana mai yawan hysteresis: Hysteresis na nufin alamun da take faruwa a kan tashar magnetic wanda ya lagge a kan tashar magnetic a lokacin da aka bayar shi da tashar magnetic mai yawa, wanda ya kunshi cewa za su iya haifi masu tashar magnetic. Mafiya masu tashar ferromagnetic kamar silicon steel sheets suna da kyautar hysteresis mai yawa. Wannan na nufin cewa a kan tashar magnetic mai yawa, haifin da za su faruwa saboda alamun hysteresis shine mai yawa, wanda ya ba da shiga a kan zaruratun tsarin lura da mutanen transformer da kuma haifi masu tashar magnetic.

• Magana mai yawan eddy - current: Idan transformer an yi aiki, tashar magnetic mai yawa ya ba da shiga a kan iya bayar shi da electric current, wanda ake kira eddy current, a kan kofi. Eddy currents suna da shiga a kan kofi zuwa ma sha'awa, kuma suna haifi masu tashar magnetic. Amfani da mafiya masu tashar ferromagnetic da kyautar resistivity mai yawa, kuma bincike kofi a kan sheet (kamar silicon steel sheets) da suka da isolasi a kan sauran, ana iya haifi masu tashar magnetic a kan path da ke eddy current, wanda ya zama da ya ba da shiga a kan zaruratun tsarin lura da mutanen eddy - current loss, kuma ya zama da ya ba da shiga a kan zaruratun tsarin lura da mutanen transformer.

• Kyautar saturation mai yawa: Mafiya masu tashar ferromagnetic suna da kyautar saturation mai yawa, wanda ya kunshi cewa za su iya gina inganci mai yawa a kan tashar magnetic mai yawa, kuma za su gama a kan state mai saturation idan tashar magnetic ya samu ranar. Wannan na nufin cewa transformer ya zama da shiga a kan tsarin lura da mutanen electrical energy a lokacin da aiki, kuma a cikin halayyar abin da ke overloading, kyautar saturation ya zama da shiga a kan tsarin lura da mutanen transformer, wanda ya ba da shiga a kan tsarin lura da mutanen transformer, kuma ya ba da shiga a kan tsarin lura da mutanen transformer.

Mafiyar

• Hysteresis da eddy - current losses: Idan hysteresis da eddy - current losses masu tashar ferromagnetic suna da magana mai yawa, a lokacin da transformer ya yi aiki a kan lokacin da ke da rike, wannan losses suna haifi masu tashar magnetic, wanda ya zama da ya ba da shiga a kan temperature da transformer ya samu. Don in ba da shiga a kan aiki mai yawa na transformer, ya kamata a yi heat - dissipation measures mai yawa, wanda ya zama da ya ba da shiga a kan cost da ke design da kuma manufacturing na transformer.

• Abinci mai yawa: Mafiya masu tashar ferromagnetic suna da density mai yawa. Amfani da mafiya masu tashar ferromagnetic don kofin ya zama cewa abinci na transformer ya samu. Wannan na nufin cewa akwai abinci a kan transportation da kuma installation na transformer, kuma ya kamata support structure mai yawa, wanda ya zama da ya ba da shiga a kan cost.

• Tsarin temperature mai yawa: Kyautar magnetic masu tashar ferromagnetic suna da shiga a kan temperature. Idan temperature na aiki na transformer ya samu, magnetic permeability masu tashar ferromagnetic ya samu, kuma hysteresis da eddy - current losses suna samu, wanda ya zama da ya ba da shiga a kan performance da kuma efficiency na transformer. Saboda haka, a lokacin da ake design transformer, ya kamata a duba shiga a kan temperature da kyautar masu tashar ferromagnetic, kuma a yi temperature compensation measures mai yawa.

• Possible noise generation: A lokacin da transformer an yi aiki, saboda magnetostriction effect na kofi, mafiya masu tashar ferromagnetic suna faɗa mechanical vibration, wanda ya zama da noise. Wannan noise na nufin cewa za su iya haifi masu tashar magnetic environment, kuma za su iya haifi masu tashar magnetic service life da kuma reliability na transformer. Don in haifi masu tashar magnetic noise, ya kamata a yi special design da kuma manufacturing processes, kamar amfani da low - noise core materials da kuma optimizing the core structure.