Too high wattage for the fixture or screwed in too tight>
Different appliances have different wattage draws. Without knowing the wattage of the appliance, an answer can not be given.
Look on the tag for the wattage rating.
Wattage= current*voltage*power factor. Wattage=VI Cos(@)
Check the nameplate on the fridge. If the wattage in not listed look for the voltage and amperage that is listed. The formula for wattage is amps times volts. This will give you the answer that you are looking for.
If the load current is too high, the power lost in the transformer windings will be too high and it will overheat. If the voltage is excessive, the power lost in eddy currents in the magnetic core will be too high and it will overheat.
To much for your mom.
Wattage of a Sanyo Bar Fridge ,please?
Too high wattage for the fixture or screwed in too tight>
The wattage rating tells you how much electricity its consuming, most electrical appliances give this information.
50
17kW is 17,000 watts
Wattage is the amount of sound a speaker can pump out. More wattage means the speaker will be louder, but won't necessarily sound better.
AT/ATX PC Power Supply Units (PSU) are typically rated in Watts. The Wattage Rating can be in Peak Wattage or Constant Wattage. Every Power Supply has a peak wattage and a constant wattage, but it isn't uncommon for only one or the other to be advertised and not both. Peak Wattage is how many amps the PSU can give out for a short period of time before overheating. The length of time a PSU can sustain this peak wattage is generally about 30-60 seconds. Constant Wattage is how many amps the PSU can give out nonstop. This number is always less than its Peak Wattage counterpart. Constant Wattage is usually (but not always) rated at 40c. For example, if we assume a 75% efficiency between peak and constant wattage, a PSU may be advertised at 500 Watts peak, but may only do 375 Watts constant. When compared to a 450 Watt constant PSU, the 500 Watt peak PSU might sound more powerful at first, but the 450 Watt constant PSU would be able to do 600 Watts peak.
either the fuse that was put has too much wattage or not enough
Different appliances have different wattage draws. Without knowing the wattage of the appliance, an answer can not be given.
Wrong Wattage lamps or wrong side repeaters have been retro fitted. Something is drawing too much current.