The angle between the side bend and center bend in a three-bend saddle is equal.

The angle between the side bend and center bend in a three-bend saddle is equal.

• A. True
• B. Cannot be determined
• C. Not specified
• D. False

Answer: (D)

In a saddle bend with three bends, the angles are determined by the space, offsets, and clearance around the obstacle, not by any rule that forces them to be equal. The center bend directs the pipe around the obstacle, while the side bends connect to the straight portions. Because each side must line up with the specific upstream and downstream runs and fit within the available room, the angle between a side bend and the center bend can differ on each side and from the center bend itself. So you can’t assume those angles are equal; they’re set by the actual layout and constraints.

In a saddle bend with three bends, the angles are determined by the space, offsets, and clearance around the obstacle, not by any rule that forces them to be equal. The center bend directs the pipe around the obstacle, while the side bends connect to the straight portions. Because each side must line up with the specific upstream and downstream runs and fit within the available room, the angle between a side bend and the center bend can differ on each side and from the center bend itself. So you can’t assume those angles are equal; they’re set by the actual layout and constraints.