A(n) ? is used where a down guy or span guy is not feasible.

A(n) ? is used where a down guy or span guy is not feasible.

• A. Double crossarm
• B. Overhead static
• C. Pulling guy
• D. Push-pull brace

Answer: (D)

When you can’t run a guy wire to the ground from a pole, you still need a way to keep the pole from sagging or tilting under wind, ice, or conductor weight. A push-pull brace does this by creating a triangle of stability with the pole and a ground anchor. One brace member is in compression (it pushes against the anchor or a structural point) and the other is in tension (it pulls toward its anchor). This arrangement resists lateral forces without relying on a ground-based guy, making it suitable where down or span guys aren’t feasible. So, the push-pull brace is the best fit because it provides the necessary stability through a braced connection rather than a guy wire, which is exactly the scenario described. The other options don’t substitute for a guy in this way: a double crossarm is just a different crossarm setup, an overhead static is a different type of wire, and a pulling guy remains a wire-based support rather than a brace.

When you can’t run a guy wire to the ground from a pole, you still need a way to keep the pole from sagging or tilting under wind, ice, or conductor weight. A push-pull brace does this by creating a triangle of stability with the pole and a ground anchor. One brace member is in compression (it pushes against the anchor or a structural point) and the other is in tension (it pulls toward its anchor). This arrangement resists lateral forces without relying on a ground-based guy, making it suitable where down or span guys aren’t feasible.

So, the push-pull brace is the best fit because it provides the necessary stability through a braced connection rather than a guy wire, which is exactly the scenario described. The other options don’t substitute for a guy in this way: a double crossarm is just a different crossarm setup, an overhead static is a different type of wire, and a pulling guy remains a wire-based support rather than a brace.