It will work with an xEM, but it will not work for what it was designed for as mounting it on the other side of a wood drawer puts it too far away. But it runs off 2 AA batteries and could certainly be hacked for a different purpose.
I took it apart and played with it some more and finally got it to read i believe my implant is in a bit deeper layer wise so i had to take the antenna and put it right next to it. I did notice that if i gave it some more power it read a bit better. Thank you for all your help and your video it helped alot. Looks like this can help with some of my other projects.
I did also notice that the Access Controller from the DT store will operate under voltage i tried with 6 volts and it still read and output 6v on the white wire, Do you know if it will damage the unit if it is ran under voltage? This would be powered with 4 AA.
I will update after a bit to see how well its working. What i did was take a harbor freight mini safe put the access controller inside with a 5v relay and i have the access controller interface with the lock and unlock with the rfid read. So far its working good and if the battery drains to fast i left in the ability to inject a 9v battery for the rfid reader. If all is good i will update on a projects thread with some screen shots.
Yep will do just making some mods and trying to calculate the battery usage or to see if i should just add a power button right next to the reader. The original way i set it up the batteries only lasted a few days. I tried being lazy and connecting the xAC to the safe’s battery.
Connecting to an external battery and testing again.
Just a thought, to conserve battery should i just add a power button that activates the reader when i want to scan it? i am thinking that would be the best way to preserve battery when i am not using it. The button would be right next to the reader so that when you go to place your implant to scan the button would be right there.
It depends on how often you will access it, having a switch or hold button could be a good solution. Other people have suggested before using low power motion sensors to turn the reader on. You could also build a circuit to power the reader for a short time when any button on the existing keypad is pressed if you want a stealth option.
I have decided to use a press button i will have to upload screen shots but the button is a finger distance away from the reader so you can press the button with your finger and as soon as you press it the reader activates and reads. I think that should be good at battery conservation
Right after i get all this back together and makes sure everything is good i will upload pictures.
