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2006•Jiangsu Electrical ApparatusRequires access

Application of Non-conventional Type Busbar in Low-voltage Switchgear Cabinet

Yao Jian

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Abstract

Brief introduction was made to low-voltage switchgear assemblies busbar system both at home and abroad and EN 13605 non-conventional type busbar standard. Combined with GZT low-voltage switchgear assemblies MXY non-conventional type busbar, its dynamic stability was discussed. Based on GZT low-voltage switchgear assemblies CCC accreditation data, via analysis and comparison, it shows that 4 000 A/5 000 A non-conventional type level busbar system saves 30% copper material than rectangular level busbar system.

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What this paper is about

Brief introduction was made to low-voltage switchgear assemblies busbar system both at home and abroad and EN 13605 non-conventional type busbar standard. Combined with GZT low-voltage switchgear assemblies MXY non-conventional type busbar, its dynamic stability was discussed. Based on GZT low-voltage switchgear assemblies CCC accreditation data, via analysis and comparison, it shows that 4 000 A/5 000 A non-conventional type level busbar system saves 30% copper material than rectangular level busbar system.

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Available abstract

Brief introduction was made to low-voltage switchgear assemblies busbar system both at home and abroad and EN 13605 non-conventional type busbar standard. Combined with GZT low-voltage switchgear assemblies MXY non-conventional type busbar, its dynamic stability was discussed. Based on GZT low-voltage switchgear assemblies CCC accreditation data, via analysis and comparison, it shows that 4 000 A/5 000 A non-conventional type level busbar system saves 30% copper material than rectangular level busbar system.

Key concepts: Busbar, Switchgear, Engineering, Electrical engineering, Voltage, Low voltage

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