Which of the following provides a safe exit path for electrical surges?

Which of the following provides a safe exit path for electrical surges?

• A. Fuse links
• B. Surge arrestors
• C. Electrical panels
• D. Power strips

Answer: (B)

Surge arrestors are specifically designed to provide a safe exit path for electrical surges. When there is a sudden increase in voltage, such as from a lightning strike or a power surge, surge arrestors work by diverting the excess voltage away from sensitive equipment and grounding it. This protective mechanism helps prevent damage to electrical devices and maintains the integrity of the electrical system. Unlike fuse links, which are designed to break the circuit during overcurrent situations, or electrical panels, which distribute electrical power throughout a building, surge arrestors actively manage voltage spikes. Power strips may have some basic surge protection features, but they do not offer the specialized level of protection that surge arrestors provide. Therefore, surge arrestors are the correct choice for safeguarding against electrical surges.

Surge arrestors are specifically designed to provide a safe exit path for electrical surges. When there is a sudden increase in voltage, such as from a lightning strike or a power surge, surge arrestors work by diverting the excess voltage away from sensitive equipment and grounding it. This protective mechanism helps prevent damage to electrical devices and maintains the integrity of the electrical system.

Unlike fuse links, which are designed to break the circuit during overcurrent situations, or electrical panels, which distribute electrical power throughout a building, surge arrestors actively manage voltage spikes. Power strips may have some basic surge protection features, but they do not offer the specialized level of protection that surge arrestors provide. Therefore, surge arrestors are the correct choice for safeguarding against electrical surges.