QuestionAugust 1, 2025

What happens in a dual element time delay fuse if motor current returns to normal after starting? The spring will quickly pull the link apart. The solder will not get hot enough to melt. The solder will melt very quickly. The necessary time delay will be achieved.

What happens in a dual element time delay fuse if motor current returns to normal after starting? The spring will quickly pull the link apart. The solder will not get hot enough to melt. The solder will melt very quickly. The necessary time delay will be achieved.
What happens in a dual element time delay fuse if motor current returns to normal after starting?
The spring will quickly pull the link apart.
The solder will not get hot enough to melt.
The solder will melt very quickly.
The necessary time delay will be achieved.

Solution
4.4(324 votes)

Answer

The solder will not get hot enough to melt. Explanation 1. Understand the function of a dual element time delay fuse A dual element time delay fuse allows temporary overcurrent, like motor starting current, without blowing. 2. Analyze the scenario when motor current returns to normal If the motor current returns to normal after starting, the fuse's solder will not get hot enough to melt because the overcurrent condition is temporary and within the fuse's designed time delay.

Explanation

1. Understand the function of a dual element time delay fuse<br /> A dual element time delay fuse allows temporary overcurrent, like motor starting current, without blowing.<br /><br />2. Analyze the scenario when motor current returns to normal<br /> If the motor current returns to normal after starting, the fuse's solder will not get hot enough to melt because the overcurrent condition is temporary and within the fuse's designed time delay.
Click to rate:

Similar Questions