What is an acceptable alignment value for angular misalignment typically?

An acceptable alignment value for angular misalignment is generally defined as 0.5 degrees or less. This standard is based on industry practices that aim to minimize operational inefficiencies and wear on machinery. Maintaining the angular misalignment within this range helps ensure that the shaft alignment is optimized, reducing vibration and preventing potential damage to components over time.

Aligning machines with greater precision, such as aiming for 0.5 degrees, contributes to improved performance, longevity of equipment, and lower maintenance costs. Values greater than this threshold can lead to excessive wear on bearings and seals, increased energy consumption, and can even cause premature failure of machinery. While different applications may have their specific tolerances, the 0.5-degree standard is widely accepted for general machinery alignment.