I am a creative mind although my knowledge of electro- engendering is almost zero (I am an anesthesiologist.). I am an eager learner and persistent enough, tough.
I must accomplish this project:
Control individually a set of 20 solenoid locks that should be energized at 12 V to open for 20 s. Once they are selected from a keypad (after a RDFI card identification). I must have an idea of the software and hardware needed.
This "unit" of 20 solenoids and its interface to open doesn't necessarily need to be linked to a PC, in fact I would rather avoid having to need a PC (€€€) at all. Having after the chance to WiFi this functioning data would be the ultimate challenge.
Other parallel circuit was to have a tag sensor in each slot (lock) , that would recognize the tag entering the lock each time it mechanically locks, and generating the due event code, and of course when the lock (slot) was empty.
Thanks for all the help you can give
Regards
I must accomplish this project:
Control individually a set of 20 solenoid locks that should be energized at 12 V to open for 20 s. Once they are selected from a keypad (after a RDFI card identification). I must have an idea of the software and hardware needed.
This "unit" of 20 solenoids and its interface to open doesn't necessarily need to be linked to a PC, in fact I would rather avoid having to need a PC (€€€) at all. Having after the chance to WiFi this functioning data would be the ultimate challenge.
Other parallel circuit was to have a tag sensor in each slot (lock) , that would recognize the tag entering the lock each time it mechanically locks, and generating the due event code, and of course when the lock (slot) was empty.
Thanks for all the help you can give
Regards