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For a branch circuit supplying several fluorescent luminaires, in- line fuseholders with fuses that are installed in one of the luminaire enclosures will protect the _ against overload. \( \begin{array}{l}\text { I. ballast II. branch circuit } \\ \text { Select one: } \\ \text { a. I only } \\ \text { b. II only } \\ \text { c. both I \& II } \\ \text { d. neither I nor II }\end{array} \)

Ask by Carrillo Harris. in the United States
Jan 26,2025

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Answer

The inline fuseholders with fuses protect both the ballast and the branch circuit against overload.

Solution

To determine what the inline fuseholders with fuses protect against overload in a branch circuit supplying fluorescent luminaires, let's analyze the options: 1. **Ballast**: The ballast is a component in fluorescent lighting that regulates the current to the lamps. If the ballast is overloaded, it can fail or cause the lamps to flicker or not operate correctly. Fuses can protect the ballast from excessive current. 2. **Branch Circuit**: The branch circuit refers to the wiring and components that distribute electrical power to the luminaires. Overload protection is essential to prevent overheating and potential fire hazards in the wiring. Now, let's evaluate the options: - **I. ballast**: The fuses can protect the ballast from overload. - **II. branch circuit**: The fuses can also protect the branch circuit from overload. Since the fuses provide protection for both the ballast and the branch circuit, the correct answer is: **c. both I & II**.

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Beyond the Answer

When inline fuseholders are installed in the enclosure of a luminaire, they specifically protect the ballast within that luminaire against overload. The circuit is designed to ensure that if there is an overload, the fuse will blow, preventing damage to the ballast. Therefore, the correct answer is **a. I only**. Additionally, fuses play a vital role in electrical systems by offering a safety mechanism to prevent excessive current flow, which could lead to overheating or fires. This emphasizes the importance of properly rated fuses within your circuit design to ensure safety and longevity for both the components and the overall system!

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