Millwright Alignment Practice Test

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What can misalignment in machinery lead to?

Improved operational efficiency

Increased wear and tear

Misalignment in machinery can lead to increased wear and tear due to the improper contact between moving parts. When components are not aligned correctly, they exert uneven forces during operation. This can result in excessive friction, heat generation, and stress on the components, causing them to wear out more quickly than they would under proper alignment. Additionally, misalignment can lead to unnecessary vibrations and during operation, which further contributes to the degradation of the machinery. In contrast, improved operational efficiency, reduced power consumption, and enhanced equipment lifespan are all outcomes of proper alignment, highlighting the critical importance of maintaining correct alignment in machinery to avoid these detrimental effects.

Reduced power consumption

Enhanced equipment lifespan

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