What is the current carrying capacity of 1, 1.5, 2.5, 4, and 6 square meters of wires? How much power can it carry? Knowledge expansion

Recently, many beginners in electrical engineering have left messages asking: What is the safe current carrying capacity of wires? How much power can commonly used wires carry for electrical appliances? So today we will focus on the safe current carrying capacity of commonly used wires in household circuits!The commonly used wire specifications for home circuits include: 1, 1.5, 2

Recently, many beginners in electrical engineering have left messages asking: What is the safe current carrying capacity of wires? How much power can commonly used wires carry for electrical appliances? So today we will focus on the safe current carrying capacity of commonly used wires in household circuits!

The commonly used wire specifications for home circuits include: 1, 1.5, 2.5, 4, 6, 10, and 16 square meters of wire.

A copper core wire of 1 square meter has a safe current carrying capacity range of (6-8) A and can drive a power range of (1.3-1.7) KW.

A copper core wire of 1.5 square meters has a safe current carrying capacity range of (8-15) A and can drive a power range of (1.7-3.3) KW.

A 2.5 square meter copper core wire with a safe current carrying capacity range of (16-25) A can drive a power of (3.5-5.5) KW.

A 4-square copper core wire with a safe current carrying capacity range of (25-32) A can drive a power of (5.5-7) KW.

A 6 square copper core wire with a safe current carrying capacity range of (32-40) A can drive a power of (7-8.8) KW.

A 10 square copper core wire with a safe current carrying capacity range of (40-65) A can drive a power of (8.8-14.3) KW.

One additional point: we generally use P=UI to estimate the calculation formula of Single-phase electric power power and current!

The above is the Square number number of wires commonly used in home circuits and the corresponding current carrying capacity range, which are very practical basic electrician knowledge. If you have better ideas and suggestions, you can leave a message in the comment area below to exchange and learn electrical electrician knowledge!

Source: Electrical and Electrical Technology

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