Yes, the amp rating is a measurement of the highest amp load it should carry. So a 15 amp appliance will work on a 20 amp socket but you wouldn't want to use a 20 amp appliance on a 15 amp socket.
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Yes, you can use a 15 amp appliance on a 20 amp socket. The appliance will only draw the amount of current it needs, so there should be no issue with using it on a higher amp socket. Just make sure the voltage matches.
Short answer, Yes.
However, pulling that much from a circuit may cause problems if there are other appliances plugged into the circuit. It may cause annoying circuit breaker tripping if the 10 amp appliance is on the circuit with stuff that may intermittently draw a relatively high current.
Yes you can always use a heavier cable for example using a 20 amp cable to power a 15 amp appliance but you can't go the other way. You can't use a 5 amp cable to power a 10 amp appliance.
No, the circuit protection would trip. You can plug a 10 amp device into a 15 amp outlet.
Yes, you can have a 15 amp appliance connected to a 32 amp power supply. The appliance will only draw the current it needs, in this case 15 amps, so it will not overload the 32 amp supply.
Yes, you can use a 15 amp outlet on a 20 amp circuit. The outlets are designed to be compatible with different amperages. Just ensure that the wiring is correctly sized for a 20 amp circuit to avoid any safety issues.
No, it is not safe to plug a 19 AMP appliance into a 15 AMP outlet. The outlet may not be able to handle the higher load and could potentially cause overheating or even a fire hazard. It is important to match the amperage of the appliance with the outlet for safety reasons.
It is recommended to use a slow-blow fuse with the appropriate amperage rating specified by the manufacturer of the fridge. Make sure to consult the owner's manual or contact the manufacturer for the correct fuse specifications to avoid damaging the appliance.
If the appliance is just to be plugged into a circuit with multiple outlets then you just need to make sure that the sum of currents for all devices on the circuit are less than the rated current. A rule of thumb is total current should be no greater than 80% of the rated current. So you might have a 20 A breaker and several 2.5 A appliances on this circuit. If you have a dedicated circuit for the appliance you would only need to size the breaker for the maximum current being drawn by the appliance. If the appliance contained a motor then there might be a start-up current that might be as high as 15 amps so you would likely go to a 20 amp breaker for a safety margin. As a practical matter a dedicated circuit for an appliance in the 2.5 amp range should have a 15 amp breaker. I always install a 20 amp breaker just for added margin and possible future applications.