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Daga Yakin Zafi?
Idan kana sani, masu zafi na maimaitaka da suka shafi zafi suna cikin abubuwan da suka fi yawa a duniya. Su ne cikin muhimman abubuwa da za su iya samun su a cikin hanyoyin gagarumin kuli a fadin duniya.

Idan zafin ya shiga ana iya kasancewarsu, amma ingancin masu zafi na maimaitaka ta shafi zafi ta tabbatawa a kan shekarun da suka biyo a cikin hanyoyin gagarumin kuli inda in yi waɗanda bayanin gagarumin kuli ita ce mafi kyau.

Amma, zafi na maimaitaka tana iya kasancewarsu. Idan akwai abin da suka faru a cikin masu zafi, yawanci ba sa ku shiga yadda ake rarrabe zafi, amma yana iya kasancewarsu, musamman idan ana iya faru jirgin kuli a gaban zafi.

A wasu lokutan, ana iya zama da zafi mai maƙasa ko zafi da tana da tsarin kasancewar da take da ƙwarewa. Ingancin tsarin gagarumin kuli a cikin masu zafi na maimaitaka tana iya haɗa da yanayin zafi. A duk hanyoyin gagarumin kuli da suka fi yawa a duniya, an sanar da ƙarin adawa don in iya zama da masu zafi suke "hambaci" tun daga ƙananan zuwa ƙananan a matsayin inda zafi ya shiga ko ya fito da kuma lafiya.

Amma, an sanar da cewa tushen wani abu na gaskiya don in iya ɓoye abin da ke nuna zafi daga abin da ke nuna dari a fadi, zai ƙare da take da ƙwarewa tsarin gagarumin kuli, musamman idan lafiya ya ƙara.

Don duk masu zafi na maimaitaka da suka shafi 500 kVA da aka shiga a cikin yankunan da suka da hawa mai ƙarami a duniya, babban tushen da ya fi yawa da kuma ya fi yawa da ƙwarewa shi shine tushen da take da gel mai tsakiyar maye.

A lokutan da lafiya ta ƙara, hawa da aka shiga a cikin tashar zafi ya shiga kafin ya shiga zuwa tushen da ke nuna zafi don in iya ɓoye abin da suka nuna dari. Sannan, ya shiga kafin ya shiga zuwa gel mai tsakiyar maye, wanda yake iya ɓoye ruwan maye.

Babban tushen da ake amfani da shi don in iya ɓoye zafi shine tushen da ke da tashar tushen. Wani wannan tushen yana da tasha wanda yake iya ɓoye duk abin da ke nuna dari (kamar yadda ake nuna a Figure 1).

Babban hanyar don in iya ɓoye zafi shine in ka ƙara tashar zafi daga hawa na fadi, kuma in ka kawo shi don in iya ƙara tasiri mai ƙarami da zafi ya shiga (Figure 2). Saboda tsarin gas a zafi, wannan tasiri mai ƙarami tana da ƙwarewa, amma ba zai iya ƙara 0.43 kg/cm² a lokutan da lafiya ta ƙara.

Samun machinoyin masu aiki da suke kusa ƙara da suka ƙara jerin dubu mai tsakiya don in iya ƙara tashar zafi ta shafi zafi ta shafi zafi ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi, ta shafi zafi,......

Steel plates with widths of up to 2000 mm and depths of 400 mm allow transformers rated up to 5000 kVA to be cooled using this method. However, their typical application is in distribution transformers with ratings up to 1600 kVA.

The flexibility of corrugated panels has led to the development of the fully - sealed corrugated tank design. In this design, the tank is completely filled, and the expansion of the liquid is accommodated by the flexing of the tank walls. The liquid inside the tank has no contact with the atmosphere, which helps preserve the transformer's insulation system and reduces maintenance requirements.

Corrugated transformer tank designs have been in use for over 30 years and are now recognized as a reliable tank - construction method.