What is NOT a consideration when choosing a coupling alignment procedure?

When selecting a coupling alignment procedure, various factors influence the choice, and one crucial element is the alignment specifications, which determine the acceptable limits of misalignment for the equipment in question. Speed of the equipment is also significant, as different speeds can affect the dynamic behavior of the coupling and the vibration of the machinery. Additionally, the available tools come into play since certain procedures may require specific instruments to achieve the desired precision in alignment.

However, ambient temperature is not typically a primary consideration when choosing an alignment procedure. While extreme temperatures can affect material properties and potentially the performance of the equipment, they do not directly impact the alignment method itself or the procedure's fundamental mechanics. The focus tends to be more on the dynamic operational characteristics and tolerances necessary for effective alignment rather than environmental conditions like temperature. Thus, ambient temperature does not directly influence the choice of alignment procedure in the same way as the other factors do.