I wanted to ask if the power consumption is too high for a multiple socket. First of all, it should be said that it is only a multiple socket (not several together)
The multiple socket is connected to: 3 monitors (Samsung, Acer, AOC), a table lamp (the light bulb will soon be replaced by an LED bulb), an Echo Dot, a 3m LED strip, a Nintendo Switch and sometimes the charging cable from mine Cell phone (Samsung)
Is that too much or is it still completely clear?
Go.
look back at the devices and do the math. Together they must not exceed 3600 watts
That should not be a problem. If too much is attached, it simply knocks out the fuse. The things that you have on there don't have a high wattage.
Yep
That it pulls out the fuse is not said. You have to look at the devices and the socket. It says there how many watts can be connected.
What load capacity or what maximum current is specified on the multiple socket? What is the power consumption of the connected devices?
Without knowing this, unfortunately, no answer is possible.
On the multiple socket is a maximum of 3680 watts.
The lamp says 40W, the Echo Dot according to the Internet is about 1.5W, the monitors, I don't know exactly, go out with about 50W on everyone, LED strip 13W, and unfortunately I don't know the Nintendo Switch, too nothing really found on google in a hurry. So in principle, if you add everything together, it would work out fine, or did I misunderstand something xD
You got that right.
OK thanks
I don't know the current consumption of the LED strips, but shouldn't be a problem.
If you want to be on the safe side, you should make sure to use a high quality socket strip with a cable with a conductor cross-section of 1.5 square millimeters.
The conductor cross-section is almost always printed on the cable, on the picture here it is 2.5 square millimeters
https://www.westfalia.de/static/informationen/rat encoder / technology / norms_und_kennierungen / typenkurzzeichen_fuer_elektroleitungen.html
Cheaper cables are only 1.0 or 0.75 square millimeters.
Watch out, you can do the math yourself. Each device has the power in watts ((W) on it. You add these values together, then you know how much W the bar can be loaded with. Depending on the fuse protection, the bar can be 10 A = 2300W, 13A = 2990 and 16A = 3680. The 3680 is not intended as a permanent load, but rather 2300W.
