Yadda yana iya kawo karamin iron core a hanyar zama na faduwar transformers?

Hukuma a Yawancin Kisan Karkashin Transformers

Kisan karkashin kisa a cikin transformers yana da muhimmanci haka haka kisan karkashin hysteresis da kisan karkashin eddy. Wannan akwai wasu hukuma masu zama don kaimaki waɗannan kisan karkashi:

1. Zabi matayin karkashin kisa mai kyau

• Matayin Da Duk Matafiyan Da Gaba: Amfani da matayin silicon steel sheets na duk matafiya da kisan karkashi, za a iya kaimaki kisan karkashin hysteresis da kisan karkashin eddy.

• Matayin Na Kisan Karkashi: Zabi matayin silicon steel sheets da kusa mai kyau da kuma takalma, wanda suka da shiga mai kyau ga alamar magana da tsari a cikin silicon steel sheet, kuma ya haifar da abin da ke kaimaki kisan karkashin eddy.

2. Sanya Tsarin Karkashin Kisa

• Tsarin Stacked: Tsarin stacked wajen karkashin kisa za a iya kaimaki kisan karkashin tsari. Sanya aiki a gaske da fitarwa da kuma sassan karkashin kisa za a iya kaimaki kisan karkashin kisa a cikin transformer.

• Sanyar Tsari: Sanyar tsarin karkashin kisa ya kamata a yi a tattalin waye don haske cewa yanayi na tsari na kisa suna da karamin kadan da kuma kasa, ta kaimaki karamin kadan da kuma takalma na yanayi na tsari, kuma ya haifar da abin da ke kaimaki kisan karkashin kisa.

3. Kaimaki Masu Magana Da Tsari

• Kawo Noma Da Tsari: Tsari mai yawa mafi yawa za a iya haifar da kisan karkashin eddy da kisan karkashin kisa. Saboda haka, a lokacin sanyar da kuma gina transformers, ya kamata a zabe noma da tsari na musamman a baya da yanayin aiki da abubuwan da aka bukata, kuma kaimaki tsari da kyau don kaimaki kisan karkashin kisa.

• Kawo Noma Da Tsari: Kaimaki tsari za a iya haifar da kisan karkashin kisa a cikin transformer, amma ya haifar da fadada da kuma kasa na transformer. Saboda haka, ya kamata a kawo noma da tsari a lokacin sanyar da tsarin aiki.

4. Zabi matayin insulation na kisan karkashi

• Matayin Insulation: Sanya zabe matayin insulation na kisan karkashi za a iya kaimaki kisan karkashin transformers daban-daban.

• Insulation na Winding: Sanya insulation na winding don kaimaki kisan karkashin eddy saboda electromagnetic induction.

5. Sanya Tsarin Aiki

• Aiki Mai Tsabta: Amfani da tsarin aiki mai tsabta wajen gina karkashin kisa ya haifar da transformers suka da damar aiki mai tsabta da kisan karkashin kisa mai yawa.

• Control Quality: Hashe control quality a lokacin aiki don kaimaki maƙasun da kuma matsaloli a cikin matayin karkashin kisa.

6. Inganta da Tattaunawa na Adadin Rana

• Abubuwan da Za Su Iya Yi: Inganta da tattaunawa na adadin rana za a iya haifar da ƙirƙira da kuma inganta masu sauti a cikin transformers. Abubuwan da za su iya yi za a iya haifar da tsarin aiki na transformers da kuma kaimaki kisan karkashin kisa.

• Inganta da Tattaunawa: Inganta da tattaunawa na surface na transformer, tattaunawa insulation condition, haske damar aiki na transformer, da kuma kaimaki kisan karkashi.

Sanya Tsarin Cooling System.

• Cooling Efficiency: Sanya tsarin cooling system na transformer za a iya haifar da thermal balance na transformer, kuma kaimaki kisan karkashin kisa.

• Heat dissipation design: Ta haka da koyar da surface area na heat dissipation da kuma haifar da cooling efficiency, za a iya kaimaki kisan karkashin transformers da kyau.

Amsa, kaimaki kisan karkashin kisa a cikin transformers na nufin amfani da hukumar da dama, sama da zabe matayin karkashin kisa mai kyau, sanya tsarin karkashin kisa, kaimaki tsari, zabe matayin insulation na kisan karkashi, sanya tsarin aiki, inganta da tattaunawa na adadin rana, da kuma sanya tsarin cooling systems. Ta haka da koyar da waɗannan hukumar, za a iya kaimaki kisan karkashin kisa a cikin transformers, kuma haifar da damar aiki da kuma tsarin aiki na transformers.