In: Mechanical Engineering
1) To improve pump reliability through effective prediction. 2) To improve pump performance.
3) To minimize downtime through internal planning and scheduling of repair.
4) To maximize pump life by avoiding the condition that reduce pump life.
5) To ensure precision alignment and minimal lubricant contamination.
6) To reduce pump life cycle cost.
7) To achieve most economic operation.
8) To protect pump from failure due to closed valves, cavitations, dry running and low flow.
9) To eliminate teardown surprises.
10) To achieve impressive return on investment.