What misalignment occurs when the centerline of shafts are not parallel and run at an angle?

• A. Angular Misalignment
• B. Parallel Misalignment
• C. Angular and Parallel Misalignment
• D. Radial Misalignment

Answer: (C)

The situation described is specifically characterized by the shafts not being parallel and running at an angle to each other, which indicates a misalignment known as angular misalignment.

Angular misalignment occurs when the shafts are aligned at an angle, rather than being parallel, which can lead to increased wear and operational issues such as increased vibration and reduced efficiency.

While it is possible for systems to experience both angular and parallel misalignment simultaneously, the primary characteristic of having shafts that are not parallel and run at an angle indicates that the main issue at hand is angular misalignment.

Therefore, considering only the specific misalignment caused by the non-parallel and angled relationship between the shafts, the focus should be on angular misalignment as the correct response.