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Note the route on run. Open the left switch, note the route. Open the right switch, then close the left switch, note the route.
To make this into a relay, you need a electromagnet servo to act as a SPTT switch! That's Single Pole Triple Throw! Allow me to elaborate, really, you'll want three, of two are greater voltage then the third, in electromagnet servo's, and of the two higher voltages need, one is NO the other NC, then the lesser voltage servo a NC, arranging the leads to operate them by only four logical leads making two independent voltage loops applicant to the unit of three as a collective SPTT they would be stacked like, with the lesser on bottom, then the NC high voltage next, and the NO high voltage on top. They would also be fitted with the ability that the physical movement conducts contact of power routes acting as switches. Seeing as how this circuit in each loop route is equal voltage to the LED, that would need tweaking based on the voltage of servo you'ld use, but alas, three routes with even voltage was what this circuit was about. It is needed in routing volts to the physical switch mechanism plus have throughput allowance steady that can change with a different path. While the voltage applied in zero voltage state is routing a NO through the bottom and middle NC pair by way of this circuit. Their movement will adjust the two switches shown in this circuit, while only four leads (the middle's leads are split to contact the top and bottom) are put up to these power loop routes configured such that the operation of the three servos acts as one, with a lazy center return that force finishes for the lesser voltage one way and ignores the higher voltage unless both are on the same siding. Maybe to imagine it more clearer is a binary switch of three that internally is really movable by it's contacts voltage, operating four states for two switches, based on on or off of a relay voltage applied that is the loop routes this circuit handles. If you've ever seen model train track switchers for routing the train, those servo's in my experience are pole, unlike a R.C. car steering, and three pole type would be ideal I think for this project to reality, three in a tiny custom stack.
This is my first real circuit thanks to Every Circuit! - nforystek
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