Blower impeller balancing is important for the sole reason that vibration can be detrimental to this rotating machinery. Proper balancing is critical bearing in mind that the misalignment of components can lead to huge losses and damages to the blowers. Mechanical looseness and resonances are just but a few effects that would not be troublesome or occur when proper balancing takes place.
- minimizing vibration
- minimizing audible noise
- improving the quality of the blower
- extending the blower’s life
- reducing stresses that might affect the structural components of the blower
- decreasing the power-related losses
- improving the environment by reducing annoyance and fatigue
When operating the blowers at higher speeds, it would be much harder not to notice any form of unbalance. The general structure, foundations, housing and supports of the blowers suffer greatly due to lack of sufficient blower impeller balancing. What this does is that it reduces the life or durability of the blower quite substantially. The result is that you might have to return to the stores to invest in a new blower repeatedly.
Lack of proper blower impeller balancing raises several safety concerns to the operator or user. Do not forget that the blower is an electrical tool. Increased vibration due to improper balancing would always make the blower a potentially dangerous piece of equipment. In fact, the entire electrical system of any property has a higher chance of malfunctioning where there is poor blower impeller balancing.
A blower that vibrates uncontrollably is highly uncomfortable. A blower that is free of uncontrollable levels of vibration is much easier to use thus increases the levels of comfort around it. In this regard, it would be a poor decision on your part to invest in a blower with improper impeller balancing. In fact, the money you might have to pay a technician to rectify the problem could equate to purchasing a different blower altogether.
Power-related losses are a common feature when dealing with improper blower impeller balancing. Such a blower would require more power to operate. This would drive your power-related bills high, thus cost you more in terms of losses. If the blower in question is a gigantic one, the power-related losses could run to thousands of dollars in a year depending on the application for which it was purchased.
Therefore, it is a bad decision to invest in a blower without checking its impeller balancing. If the balancing appears to be wrong in any way, it would be a better decision to ask for a replacement immediately. If unable to identify a proper blower impeller balancing, always ask an experienced technician to accompany and assist you.