What do you want to achieve during alignment: precision, speed, or improved reliability of equipment? Remember, a goal without a plan is just a wish. When executing alignment, we need to properly plan the job...
Just a couple examples of rotating equipment. Firstly, we have a pump in an ethanol plant in the north of England. Its history of vibration levels was not excessive, but 2X at 5 mm/sec is not quite the norm...
TransCanada Turbines Test Cell repairs and services gas turbines in a unique test facility. The turbines are used primarily for compression, power generation and marine applications. After repair and servicing, the Test Cell undertakes performance tests of the turbines...
This quick tip will discuss routine vibration check, root cause analysis and diagnosis of imbalance on rotating machines. We demonstrate balance norms and references...
It is well known that misalignment is one of the greatest causes of failure in rotating equipment. In fact, research demonstrates that more than 50% of machine breakdowns are the direct result of poor alignment...
This webinar will discuss the alignment process from the view of an alignment technician, combining 10 years of experience with utilizing various alignment tools, methods & techniques...
The study of a machine's motion is called Operational Deflection Shape (ODS). This study should be done when the machine is in a steady-state or normal operation. Find out the different types and why you would use ODS...
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