Why There are Faults In Rechargeable Fans
Despite the fact that new brands of rechargeable devices had been welcomed, it does not exclude the fact that there had been notable faults in rechargeable Fans since they all came into the electronics markets. Rechargeable fans happen to be one of the major rechargeable devices dominating the electronics markets currently.
It could be noted that in the past most rechargeable lights and radios were made with acid-lead batteries, though few people adopted the technology but
It could be noted that in the past most rechargeable lights and radios were made with acid-lead batteries, though few people adopted the technology but quickly gave up it due to the short time the battery could sustain those devices.
For this reason, technologists looked further for more reliable power support for devices that could assist in the absence of public power supply which made the development of the recent lifepo4 batteries possible.
However, counting on the benefits the development has brought should not make everyone quickly overlook some disadvantages it has which may not actually be serious in terms of usage.
The modern lifepo4 batteries have made the development of rechargeable fans possible, these model of fan has the capacity of staying in operation for up to 6 hours when fully charged and help the user to quickly switch over to the use of the fan when the public power supply is not available.
Some places that do have a shortage of public power supply will find rechargeable fans very useful due to the duration they can operate when fully charged.
Besides that; most of the recent designs do come with lights that also operate with the rechargeable batteries in the fan, the type with a light design will always keep the light on for more than 8 hours when operated alone without the fan.
Today we shall be looking at the recent faults discovered in the rechargeable fan.
Looking into the faults in rechargeable fans, they may appear impossible due to the rigidity of the casing in the fan; but such will not ensure 100% durability for such a product.
They do not actually develop many technical faults as most electrical fans do, rather their faults will only become visible after putting them to use for a very long time.
Depending on the usage the fan can last even more than the manufacturer’s estimated time frame, it has been discovered that the rechargeable batteries in them are rated according to the capacity of the electric motor carrying the fan blade.
Rechargeable fans with detachable arms and structure can lose their locking nut in the course of frequent losing and fixing of the nuts, such that it will become difficult to get the fan back to its initial assembling state by the manufacturers. This happens to be one of the notable faults in rechargeable Fans.
Even most technicians render an alternative to this problem by using local metallic devices to fix the fan in its normal position with a disadvantage that the fan may not easily be loosed frequently as it is normally done in the past.
Taking a closer look at the picture above will reveal a disassembled rechargeable fan that has lost its locking nut completely.
Hence, is dropped on one side of the house without being used, the reason not being that any of the operational aspects of the fan is malfunctioning but for the simple fact that it cannot be fixed back.
An alternative to such problem mentioned above is to use a metallic device in positioning the fan back to its initial assembly state even though this may not permit the easy loss of the fan in the future for any suitable reason but it will ensure the fan is put back to use.
Note that this option is only useful when an alternative locking nut is not available within your reach or not seen in any technical recycling market within the area.
When operating the rechargeable fan, another thing to look up to is the charging duration, though the recommended charging period may be specified ensuring the fan battery does not get weak and lose its battery life.
It is necessary to charge the battery at least once in a weak especially when the fan is not being used, but when the fan is frequently used then the care should be to avoid overcharging of the battery by ensuring the fan is disconnected from light the moment the fully charged signal is noted.
The rechargeable fans also have been observed to develop faults whenever they are mistakenly used while being plugged for charging.
This fault is notable for those models that do not permit the AC/DC switching for interchangeable uses, for such design the fan can only be used when the AC power supply is not connected to it.
Conclusion
There may be other discoveries concerning the faults in rechargeable fans I put down a few and believe other users may have their own discoveries, please use the comment and forum to expand your view on this topic for the benefit of other readers.
