How many compressions are needed on a properly swaged copper stopper?

How many compressions are needed on a properly swaged copper stopper?

• A. 1
• B. 2
• C. 3
• D. 4

Answer: (B)

In the context of swaging copper stoppers, the process is designed to securely fasten the wire strands together at the end of the cable. The correct answer regarding the number of compressions needed is two. This two-compression technique ensures that the copper stopper is adequately shaped to form a strong and reliable connection without risking the integrity of the swaged joint or the cable. Each compression is crucial: the first compression helps initiate the formation of the stopper around the wire, and the second compression finalizes the joint by tightening it and ensuring it holds the wire securely. Having just one or an excessive number of compressions may not provide enough strength for safety or can risk damaging the integrity of the wire. Thus, two compressions are optimal for achieving the balance of strength and safety required for this application.

In the context of swaging copper stoppers, the process is designed to securely fasten the wire strands together at the end of the cable. The correct answer regarding the number of compressions needed is two.

This two-compression technique ensures that the copper stopper is adequately shaped to form a strong and reliable connection without risking the integrity of the swaged joint or the cable. Each compression is crucial: the first compression helps initiate the formation of the stopper around the wire, and the second compression finalizes the joint by tightening it and ensuring it holds the wire securely.

Having just one or an excessive number of compressions may not provide enough strength for safety or can risk damaging the integrity of the wire. Thus, two compressions are optimal for achieving the balance of strength and safety required for this application.