iLearnBalancing provides you with in-depth understanding of why balancing is so important as part of a condition monitoring and plant reliability program. It will help you understand how unbalance creates high forces that rob rolling element bearings of their full lifetime. You will understand the different types of unbalance, including static, couple and dynamic unbalance and what you need to do to correct them. It will also show you ways to ensure that you are not chasing the wrong solution; how to make sure that the machine is out of balance and it's not another fault condition with similar symptoms. Yes, there are many instruments that will walk you through a balance job as you acquire data, but they assume you know the nuances of balancing. With a deeper understanding of balancing, you won't waste time on machines that don't need to be balanced, the job will go more smoothly and you will be able to deal with any problems that come up during the balancing process.
Our 3D animations and simulators will make it more interesting to learn precision balancing and the course is fully narrated; you don't need to read it and it's easier to understand. We also include a number of interactive simulators so you can see the interaction between unbalance, rotational speed and phase, and work with vectors. The course uses both imperial and metric equations and measurement data. We cover multiple balancing methods, including single plane vector and program, two-plane program, overhung machines using single and two plane methods, static/couple, and four run, no-phase balancing. We also explain tolerances so that you know that the balance quality you achieve is good.