Is the bisect tension of a conductor on a corner pole necessary to calculate the tension on a down guy?

• A. True
• B. False
• C. Only in specific cases
• D. It is always optional

Answer: (A)

The bisect tension of a conductor on a corner pole is crucial for accurately calculating the tension on a down guy. When a conductor changes direction at a corner pole, it creates tension that must be analyzed to ensure structural integrity and optimal performance of the pole and supporting wires. The bisect tension helps to determine the direction and magnitude of the forces acting on the pole and, consequently, the down guy.

When we refer to the "bisect tension," we are addressing the forces acting on the conductors due to their angles and the way they are pulled by weight and environmental conditions (like wind). Knowing this tension allows for a better calculation of how much downward force needs to be countered by the down guy, thereby ensuring that the pole is adequately supported.

In other scenarios, such as when the conductor is running straight and there are no changes in direction or angles, the bisect tension may not be directly necessary. However, in the case of a corner pole, understanding this force becomes vital to maintaining safety and stability standards. This need for precise calculations underscores the importance of bisect tension in supporting structures like down guys.