The strand thickness for the bonding conductor is which of the following?

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Multiple Choice

The strand thickness for the bonding conductor is which of the following?

Bonding conductors must provide a low-impedance path to tie all metallic parts together and keep voltages equalized during faults or surges. The thickness of the bonding conductor directly affects its resistance and its ability to carry fault current without overheating. In many outdoor and facility bonding applications, a copper bonding strap about 1/4 inch thick is a standard, widely accepted size because it offers enough cross-sectional area to keep resistance low and to withstand mechanical and environmental stresses. The other options listed aren’t typical for bonding strap thickness and don’t correspond to common physical sizes used for bonding conductors. So, the strand thickness is 1/4 inch.

Bonding conductors must provide a low-impedance path to tie all metallic parts together and keep voltages equalized during faults or surges. The thickness of the bonding conductor directly affects its resistance and its ability to carry fault current without overheating. In many outdoor and facility bonding applications, a copper bonding strap about 1/4 inch thick is a standard, widely accepted size because it offers enough cross-sectional area to keep resistance low and to withstand mechanical and environmental stresses. The other options listed aren’t typical for bonding strap thickness and don’t correspond to common physical sizes used for bonding conductors. So, the strand thickness is 1/4 inch.

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