I think neither diagram A or B are correct. The black and the red wires in the picture of your DX driver link both go to the LED. The three black wires from your three drivers get twisted together and go to the cathode of 1 LED. That's the pair of legs on the side of the LED with a hole in one of them. The three red leads get twisted together and go to the other side of the LED. The battery gets hooked up on the other side of the driver boards. The smaller gold disk in the center is battery positive. The outer gold ring is battery negative. Just solder a pair of wires onto them. So each driver has four wires, not two.
Like yellow said, I have no idea if this is actually going to work. There are a couple of threads on DX's forum about this question regarding your driver. No definitive answer though. There were a few posts mentioning that by the time you have enough voltage to drive a single LED to full power, the driver generates quite a bit of heat. Ecotack in your
original thread said he had some of this particular DX driver on order at the time of his post. Maybe you could PM him and ask if he ever paralleled them and what results he had.
Speaking of that post, I can't believe with all the mention of MaxFlex, that nobody mentioned the real P7 drivers TaskLED sells. The
hipFlex is an awesome driver. There is a graph towards the bottom of that link showing 3 P7's running on just one driver @ 93% efficiency. You might also want to look at the
hipCC, the
Shark Buck and
Der Wichtel's new driver. Any of these drivers will handle 3 P7's instead of the 9 DX drivers it will take. That's assuming of course it actually works.
Good Luck :wave:
