Want to control a standard wall outlet device with your micro controller, but don't want to mess with the high voltage wiring? This might just be the right device for you!
The PowerSwitch Tail II is designed to allow you to safely control an outlet device without exposing any 120VAC voltages. You can plug in any standard 120VAC 3-prong outlet to be controlled by most any microcontroller. This will work great with Arduino! The PowerSwitch Tail II improves on the original PowerSwitch Tail by allowing you to switch a bigger load (now up to 15A) with a wider range of control signals (3-12VDC). The PowerSwitch Tail II can be setup for normally open or normally closed operation by changing a jumper inside the unit with the default set as open.
If a board needs code or communicates somehow, you're going to need to know how to program or interface with it. The programming skill is all about communication and code.
Skill Level: Noob - Programming will be limited to basic drag and drop interfaces like ModKit or Scratch. You won't be writing code, but you will still need to understand some basics of interfacing with hardware. If you?re just using a sensor, it's output is analog.
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Was looking to tinker with some control lights in my office with an Arduino, and didn't want exposed wiring or the hassle of the containment of it. This may be a little pricey up front, but will definitely be ordering more in the near future. Pro tip that helped me out: Use a set of old Cat 5e wire and split the wires to get a nice cord you can use for this and run a distance if needed.
I use it to turn on the amps and speakers when my projector is on. Saves me from having to go switch them on each time i want to watch something.
Had a huge project for school and needed a couple of these to program to power some key components. Best programming purchase I've made thus far.
I wanted to use my Arduino Uno to control the temperature in different molds that I have for creating carbon fiber parts. I know that with a few hours work, and a few dollars, I should be a able to make a relay based system for switching the heater (in this case a 250 Watt bulb). But, for the modest extra cost of the Power Switch Tail, I saved my self at least an afternoon and possibly an injury. It does what is says, appears robust, and I am happy that I purchased it.
This was very easy to use and will make doing an IoT primer class pretty trivial.
Anyone know how to hack these things so I can get the power to run a Sparkfun Thing Dev from the Tail itself rather than needing an additional power outlet to power the Thing?
There's really not a good way to hack this to split out a pre-relay DC converter. But since it is really just a relay in a fancy housing, you could create one on your own with something like our beefcake relay.
I would recommend the Beefcake Relay instead.