What role does tension play in automatic splicing?

In automatic splicing, tension plays a critical role in maintaining the splice's integrity. Splicing involves joining two or more conductors, and applying the right amount of tension during the splicing process ensures that the joined conductors are tightly and securely connected. This tight connection is essential for several reasons:

1. Electrical Conductivity: Proper tension helps ensure that the electrical connection between the spliced conductors is reliable and minimizes resistance, which is vital for efficient current flow.

2. Mechanical Stability: Tension helps prevent the spliced area from becoming loose due to vibrations or movements, which could lead to intermittent connections or failures.

3. Long-term Durability: By maintaining integrity through appropriate tension, the splice can withstand various environmental factors, including temperature changes or mechanical stresses over time, ensuring a long-lasting connection.

Overall, the application of tension during automatic splicing is crucial for ensuring that the splice remains functional and reliable throughout its use.