Simulation study on pump vibration analysis and efficiency of pump
Budget: $250 – $750 SGD
Aim (What to achieve?)
• To identify faults in nature and severity through vibration.
• Save on plant energy cost when efficiency of pump increase with less usage of power.
Objective (What are the strategies?)
• To understand the principle of vibration that is used in centrifugal pumps
• To be able to identify the faults and severity of vibration in centrifugal pumps.
• To be able to understand the frequency waves of FTT and analysing it.
• To understand how to optimise pump efficiency and decrease on power usage.
Simulation on pump vibration analysis
Scope (How to carry out the activities?)
• The application of centrifugal pumps
• Determining the centrifugal pumps failure by using vibration analysis
• Simple model of centrifugal pump for simulation vibration test vs actual data.
• To have a real life FTT frequency wave identifying failure.
• By having an example of pump performance curve when pump is not efficient.
• The reason on why pump unable to be efficient.
• To identify faults in nature and severity through vibration.
• Save on plant energy cost when efficiency of pump increase with less usage of power.
Objective (What are the strategies?)
• To understand the principle of vibration that is used in centrifugal pumps
• To be able to identify the faults and severity of vibration in centrifugal pumps.
• To be able to understand the frequency waves of FTT and analysing it.
• To understand how to optimise pump efficiency and decrease on power usage.
Simulation on pump vibration analysis
Scope (How to carry out the activities?)
• The application of centrifugal pumps
• Determining the centrifugal pumps failure by using vibration analysis
• Simple model of centrifugal pump for simulation vibration test vs actual data.
• To have a real life FTT frequency wave identifying failure.
• By having an example of pump performance curve when pump is not efficient.
• The reason on why pump unable to be efficient.