Amazon has
8' Woods SlimLine 3-Outlet 16/3 Flat Plug Indoor Extension Cord on sale for
$4.48.
Shipping is free w/ Prime or on $25+ orders.
Walmart also has
8' Woods SlimLine 3-Outlet 16/3 Flat Plug Indoor Extension Cord on sale for
$4.48.
Shipping is free with Walmart+ (
free 30-day trial) or on orders of $35 or more.
Thanks to community member
BF_ for finding this deal.
Product Info: - 3 grounded outlets allow you to power multiple appliances at once.
- Space saving flat design eliminates bulky awkward cords from cluttering your indoor decor and minimizes tripping
- Flat plug lays flush against the wall allowing you to still push furniture up against the wall.
- Maximum amperage: 13 amps
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Hope you have a fire extinguisher mounted next to the outlet handy.
Our community has rated this post as helpful. If you agree, why not thank EdEd1190
So the 15 amp breaker won't trip if you are overloading the 13 amp wire.
Just because you intend to put something small on it, there is nothing stopping the next person from coming along and plugging in a heater, power drill, hair dryer, etc.
Never have the "wire" be the weakest link in the chain. The wire should be equal to or greater than the breaker. So if the breaker is 15 amp, the wire needs to handle 15 amp or greater end-to-end. Otherwise, wire will overheat and fail before the breaker trips.
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Our community has rated this post as helpful. If you agree, why not thank BF_
those who live with others, can simply mark with a big sharpie 13A! at each outlet as a reminder to others.
simply put, people should exercise caution on high amperage devices with these cords.
the same could be said about 15A rated extension cords on a 20A breaker but rarely see any comments on 15A cords on these forums
Hope you have a fire extinguisher mounted next to the outlet handy. That thing is going to melt.
https://m.media-amazon.com/images..._V1___
So the 15 amp breaker won't trip if you are overloading the 13 amp wire.
Just because you intend to put something small on it, there is nothing stopping the next person from coming along and plugging in a heater, power drill, hair dryer, etc.
Never have the "wire" be the weakest link in the chain. The wire should be equal to or greater than the breaker. So if the breaker is 15 amp, the wire needs to handle 15 amp or greater end-to-end. Otherwise, wire will overheat and fail before the breaker trips.
In reality, putting 2A of extra load for a temporary period of time on either this cord or the breaker itself isn't going to cause either to burst into flames but if you want to be conservative about it, good for you. Just don't go thinking that scaring people into thinking their UL listed cords are going to burn down their houses is the righteous thing to do.
So the 15 amp breaker won't trip if you are overloading the 13 amp wire.
Just because you intend to put something small on it, there is nothing stopping the next person from coming along and plugging in a heater, power drill, hair dryer, etc.
Never have the "wire" be the weakest link in the chain. The wire should be equal to or greater than the breaker. So if the breaker is 15 amp, the wire needs to handle 15 amp or greater end-to-end. Otherwise, wire will overheat and fail before the breaker trips.
In reality, putting 2A of extra load for a temporary period of time on either this cord or the breaker itself isn't going to cause either to burst into flames but if you want to be conservative about it, good for you. Just don't go thinking that scaring people into thinking their UL listed cords are going to burn down their houses is the righteous thing to do.
So the 15 amp breaker won't trip if you are overloading the 13 amp wire.
Just because you intend to put something small on it, there is nothing stopping the next person from coming along and plugging in a heater, power drill, hair dryer, etc.
Never have the "wire" be the weakest link in the chain. The wire should be equal to or greater than the breaker. So if the breaker is 15 amp, the wire needs to handle 15 amp or greater end-to-end. Otherwise, wire will overheat and fail before the breaker trips.
There is no "13A wire" the rating is based on heat dissipation and maximum temperature of the insulation. If you put this wire under a pillow the rating would be lower, if it was suspended with a fan it would be higher, etc.
A circuit breaker never trips below its stated current. A QO breaker (common house one) trips at stated current after 5 minutes iirc, before that it can be much higher. For example, for 1 second you can do 4.5x, so 90A on a 20A breaker. The reason for this, again, is heat; if it is only for a moment it won't heat up too much, but if it is on for a long time it will.
Thank you to joebob2000 who correctly states that all of this is just to protect the wire between the outlet and the breaker.
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