As shown in figure "B" of the illustration,...

Question 1 / 270705eccefa4bacbc34ba4d482ce

Question 1 of 270705eccefa4bacbc34ba4d482ce

As shown in figure "B" of the illustration, what is the actual full-load current setting for the overload relay as pictured? See illustration EL-0178.

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Question 1 of 27070

As shown in figure "B" of the illustration, what is the actual full-load current setting for the overload relay as pictured? See illustration EL-0178.

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🔍 Key Concepts

• Carefully read the ampere scale printed around the adjustment dial on the overload relay in figure B. • Note where the pointer/indicator mark on the dial is actually aligned on that scale, not just roughly in the middle. • Understand that the labeled range on the relay (minimum and maximum amps) limits what the actual full‑load current setting can be.

💭 Think About

• What are the minimum and maximum amp values printed around the dial, and which answer choices fall within that range? • Exactly which printed number on the scale does the small pointer or notch line up with in the illustration? • If the pointer appears between two values, which of the given options is it closest to based on the picture?

✅ Before You Answer

• Verify the actual numbers printed next to the tick marks, not where you think the middle of the scale should be. • Confirm that the pointer’s tip is directly opposite one specific number on the dial. • Eliminate any answer choice that is outside the printed adjustment range shown on the relay.

Question 1 of 27070

As shown in figure "B" of the illustration, what is the actual full-load current setting for the overload relay as pictured? See illustration EL-0178.

20 amps

24 amps

35 amps

80 amps