Precision alignment is a key tool for maximizing the reliability of rotating machinery. Even minor angular or offset misalignment between two shafts can cause excessive load on bearings, seals, shafts, and couplings. This misalignment generates vibration, leading to accelerated failure of components and the supporting structure, and increases energy consumption.
Topics Include
Fundamentals of Shaft Alignment: Understand what misalignment is, why alignment matters, and how to determine and correct alignment states.
Alignment Methods and Tools: Learn shaft alignment mathematics, offset and angularity concepts, and how to use dial indicators and laser alignment systems, including their functions and limitations.
Pre-Alignment and Safety Practices: Prepare machinery by cleaning, checking bolts, shims, foundations, correcting piping strain, and addressing soft foot problems safely.
Advanced Alignment Techniques: Conduct rim-face and reverse dial alignment, align machine trains with multiple components, and account for dynamic and thermal movements for optimal performance.
