![]() ![]() You may also need to replace your RV power converter thermostat, if it is not supplying enough voltage to the cooling fan. The motor from a different make of fan may also fit in the RV power converter. There are cases where a fan of a different make would be suitable for an RV power converter, but the voltage and amperage should be checked to see if they match those of the initial fan. Online sources may help you find the correct one. Make sure you have the details of the original fan, such as: the make, the amperage, and the voltage. If at any time, the fan malfunctions, it is pretty easy to replace the fan, but it may be tricky finding a replacement. ![]() The operation of the fan is powered with the 110-volt AC line. A fan that is functioning normally will produce some sound. The RV Power Converter FanĪ small fan is usually in place to cool the components of the RV power converter as the whole electrical system is charging. After checking on these two points, and ruling out a problem there, you will then look at the individual components. A failing RV power converter will show readings which are below this. For normal functioning, this should be within the range of 11-13 volts. After connecting the RV power converter to the power supply, proceed to check if the voltage, at the point of entry, is in the range of 108-130 volts, as any reading within this range will be okay.Īfter ascertaining the above, you can then check the voltage at the point where the RV power converter connects to the 12-volt DC breaker box. ![]() The recharging ability of these batteries should also be inspected by the aid of a multimeter, to determine if any of them are losing charge over time.įirst of all, determine if the RV power converter is the component which has malfunctioned in the system. It is recommended that you inspect the batteries individually, to determine if they are fully charged. There are also instances where one bad battery will draw charge from the normal batteries, and then cause these to fail at the end.The reason for this, is that the RV power converter works in a way that maintains a constant supply of charge to the batteries, and this will be determined with the amount being drawn from the 12-volt DC system. The problem may be in the background, and may not be manifested until all the 12-volt batteries are completely exhausted of their charge.You may also encounter scenarios in which the supply power is present, but in inadequate amounts for normal functioning of the 12-volt DC electrical system. Failing to function due to a complete lack of power.Some of the problems with RV power converters include: There are various makes and models of RV power converters, but we will consider what applies to most of them in this article. Problems that are likely to be found with the use of RV power converters: In places endowed with lots of sunshine, when one is using solar power, you could discard the RV power converter, or not really need it at all, but with the weather being dynamic in most places, you really need to be armed with one. It is worth noting, you will only need an RV power converter if you want to charge the RV batteries after plugging them into shore power, or when you are using a generator. RV power converters are mostly used for bringing power to lights, vent fans, refrigerators, thermostats and the like. This will automatically charge the RV power converter batteries. Basically this is a type of device that converts household power (110 Volts AC – alternating current) to battery power (12 Volts DC – Direct Current). To begin this exposition, we have to know what a power converter/charger is. Most of us don’t really bother to know how an RV power converter works, but though curiosity killed the cat, it doesn’t hurt to bring the whole thing down to a science. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |