AAAC (All Aluminium Alloy Conductor)
Post by: Omega delta electric
• Its strength is equal to ACSR but due to absence of steel it is light in weight.
• The presence of formation of alloy makes it expensive.
• It can be used in distribution level i.e. river crossing.
• The difference between ACSR and AAAC is the weight. Being lighter in weight, it is used in transmission and sub-transmission where lighter support structure is required such as mountains, swamps etc.
• Due to stronger tensile strength than AAC, it is used for longer spans.
• It has lesser sag than AAC.
• It has same construction as AAC except the alloy.
• Its strength is equal to ACSR but due to absence of steel it is light in weight.
• The presence of formation of alloy makes it expensive.
• It can be used in distribution level i.e. river crossing.
• The difference between ACSR and AAAC is the weight. Being lighter in weight, it is used in transmission and sub-transmission where lighter support structure is required such as mountains, swamps etc.
• Due to stronger tensile strength than AAC, it is used for longer spans.
• It has lesser sag than AAC.
• It has same construction as AAC except the alloy.
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