Understanding the causes of machinery breakdown with motor shaft alignment equipment

These PPT slides describe about different causes of Motor Shaft Misalignment and Pros & Cons of Misalignment.

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Transcript

1. Exactly What Is The Value Of Motor Shaft Alignment And Possible Functional Hazards? Atlas Rigging & Transfer Google Plus – https://plus.google.com/117815962540287465418/about
2. To have the ideal machinery and its components done in the most likely manner, it is essential to maneuver the equipment within the design limits up to the standard. A misalignment machine can result in an awful outcome. But if there exists any inaccurate alignment because of the centerlines of the motor and the equipment shafts in use are certainly not intact properly with each other, than there may be a situation needing a prior care.
3. About Alignment And Misalignment With The Motor Shaft Great Things About Motor Shaft Alignment  Increases the operating performance of the machinery.  Guarantees the effectiveness of the control is proper for all elements. Negatives Of Motor Shaft Misalignment  Motor shaft Misalignment results in Vibration  Critical coupling and noise is a problem.  The temperature of the bearings with increase.  Shaft and bearings will breakdown within a short timescale.
4. What Three Parts Relate To Motor Shaft Misalignment? 1. Angular Misalignment A consequence of angular misalignment arises from setting the motor at a certain angle. When there is a requirement of extension in centerlines of the motor and the equipment in use, they must cross one and other, instead of running along a similar centerline. Several gaps in between the shafts (motor and machine) can result in misalignment which is likely to increase the risk for equipment being damaged. 2. Parallel When two shaft centerlines are equivalent, but not in the same line, then parallel misalignment takes place. The two plans of parallel misalignment are:  With a shaft positioned on the horizontal side, this could be realigned to the right or left.  Shafts have the prospect to be positioned vertically, and at a range of altitudes.  Both can apply 3. Understanding Combination Misalignment This is the mixture of the previously mentioned issues. When parallel and angular misalignment takes place to motor shaft at any given time, then the machine really gets into a fix.