"MARGIN: 0in 0in 0pt 0.5in; TEXT-INDENT: -0.5in; tab-stops: .5in 1.0in 1.5in 2.0in 2.5in 3.0in 3.5in 4.0in 4.5in 5.0in 5.5in 6.0in">
Following are the advantages of Live Tank over dead Tank :
"MARGIN: 0in 0in 0pt 0.5in; TEXT-INDENT: -0.5in; tab-stops: .5in 1.0in 1.5in 2.0in 2.5in 3.0in 3.5in 4.0in 4.5in 5.0in 5.5in 6.0in">
"MARGIN: 0in 0in 0pt 1in; TEXT-INDENT: -1in; tab-stops: .5in 1.0in 1.5in 2.0in 2.5in 3.0in 3.5in 4.0in 4.5in 5.0in 5.5in 6.0in">
a) The Primary conductor is short than (in live tank CT) than the
Dead tank CT which gives better Rigidity and gives high short
circuit current withstanding capability and reliability.
"MARGIN: 0in 0in 0pt 1in; TEXT-INDENT: -1in; tab-stops: .5in 1.0in 1.5in 2.0in 2.5in 3.0in 3.5in 4.0in 4.5in 5.0in 5.5in 6.0in">
"MARGIN: 0in 0in 0pt 1in; TEXT-INDENT: -1in; tab-stops: .5in 1.0in 1.5in 2.0in 2.5in 3.0in 3.5in 4.0in 4.5in 5.0in 5.5in 6.0in">
b) Primary winding is uniformly distributed around Core, Hence CT
is truly low reactance type, which has inherent better transient
performance.
"MARGIN: 0in 0in 0pt 1in; TEXT-INDENT: -1in; tab-stops: .5in 1.0in 1.5in 2.0in 2.5in 3.0in 3.5in 4.0in 4.5in 5.0in 5.5in 6.0in">
"MARGIN: 0in 0in 0pt 1in; TEXT-INDENT: -1in; tab-stops: .5in 1.0in 1.5in 2.0in 2.5in 3.0in 3.5in 4.0in 4.5in 5.0in 5.5in 6.0in">
c) Due to shorter length and the tank being live the major
insulation is not over the high current carrying primary, which is
the main source of heat (as in the case of Dead tank type design.)
the insulation does not get heated up while dissipating the heat
generated. This facilitates much superior thermal stability of
insulation and longer life.
Copyright © 2026 eLLeNow.com All Rights Reserved.