Forum Discussion
rockhillmanor
Jun 01, 2016Explorer
http://www.camping.com/the-rv-lifestyle/rv-maintenance/1762-rv-electric-101
snip-it from website:>>
Amps Draw
""It’s important to note that in an RV you can’t run several appliances at once or you’ll blow your breaker. Here’s the skinny. Your RV has either 30 amp or 50 amp capability. Amperage is the amount of power available to use. Each appliance pulls a specific number of amps. Exceed 30 or 50 amps (depending on your rig’s system) and poof – the power overloads and the breaker trips. Here’s a handy list of some of the typical appliances and the approximate amps required to operate them:
Microwave 12.8 amps
Air Conditioner - 15,000 BTU 12.5 amps
Electric Water Heater – 6 gallon 12.5 amps
Toaster 10 amps
Hair Dryer 10 amps
Electric Frying Pan 10 amps
Electric Coffee Pot 10 amps
TV 2 amps
Crock Pot 1.5 amps
Heating Pad .5 amps
Most electrical products note how many watts or amps it takes to operate them.
If you only see watts divide the watts by 120 (volts) and you’ll have the amps. Reverse that – multiply amps by 120 (volts) and you’ll have the watts.""
disclaimer: just an FYI link found on the internet, I did not verify any of the info.
snip-it from website:>>
Amps Draw
""It’s important to note that in an RV you can’t run several appliances at once or you’ll blow your breaker. Here’s the skinny. Your RV has either 30 amp or 50 amp capability. Amperage is the amount of power available to use. Each appliance pulls a specific number of amps. Exceed 30 or 50 amps (depending on your rig’s system) and poof – the power overloads and the breaker trips. Here’s a handy list of some of the typical appliances and the approximate amps required to operate them:
Microwave 12.8 amps
Air Conditioner - 15,000 BTU 12.5 amps
Electric Water Heater – 6 gallon 12.5 amps
Toaster 10 amps
Hair Dryer 10 amps
Electric Frying Pan 10 amps
Electric Coffee Pot 10 amps
TV 2 amps
Crock Pot 1.5 amps
Heating Pad .5 amps
Most electrical products note how many watts or amps it takes to operate them.
If you only see watts divide the watts by 120 (volts) and you’ll have the amps. Reverse that – multiply amps by 120 (volts) and you’ll have the watts.""
disclaimer: just an FYI link found on the internet, I did not verify any of the info.
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