Here is a schematic of the hardware and how its hooked up.
2) this is a diode used to protect the hardware from unwanted emf signals.
3) an NPN transistor used to provide enough current for the relay coil. The coil relay requires more current than the Arduino output pin can provide.
Bluetooth works just outside my home, but ideally I want to control the garage from anywhere I want. I will be modifying my App in order to communicate it with a computer through the internet. Stay tuned...
Nicely done! Are you going to be posting the code for the arduino, and the android app?
ReplyDeleteInternet control should be easy, just swap the Arduino's BT shield with an Ethernet shield.
ReplyDeleteHey Dave, thanks for the comment. You are correct, but I really don't want to put more money into this project than I have to. I also would need to run an Ethernet line into my garage.
DeleteCould you please provide a more detailed diagram of your circuit?
ReplyDeleteThanks!
The circuit I posted is really what it is. The part numbers for the transistor and diode is 2n3094 and 1n4148 respectively.
DeleteI've started a similar project some time ago (bypassing the Arduino controller) and the device is almost ready in the manufacturing facility now. It's a low cost device (just $20), uses Bluetooth and has a nice Android app. You can check its campign at Indiegogo.com (the name Clicko). I'd be really glad to share your thoughts on my idea.
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ReplyDelete