Wondering if anyone with a battery pack and a multimeter would mind flicking through the pins and telling me what voltage (if any) is present on the 5 pins. I suspect the circuitry may be a bit more advanced and you might get a zero result, there is no voltage on any of the 1030 pins. I would like to make up a mounting socket for the 1030 with wires on the end so it can charge through the socket! I know the battery pack is 5V but don't know what pins or if the circuitry requires some additional logic. Would be great if you found pins with +5v on them...
I’d not just apply some old voltage without any current limitation or contouring. Part of the reason lithium ion battery longevity has improved as much as it has over the years is the improvements in smart charging circuits
I need to install an Edge 530 on my ebike to control it, using Edge as the ebike display and control unit as per ANT+ LEV profile.
But I need to DIY a fixed power connection to Edge and make if quick and simple to attach the Edge so the same connection to the original battery pack.
I wish the technical information for powering the Edge on the back pins could be available so I could 3D print a support that could include a develop electronic board wired to ebike power wires: 52V.
