Leonordin said:
Hello, I got this ebike fatscooter controller super cheap but without any wiring instructions.
What, completely and exactly, does the labelling and all markings say on the controller, everywhere on it that there is a marking, including those molded into the plastic and/or etched into the metal?
That information will probably help us help you find the manufacturer and thus probably how to set it up. Good clear pictures of the labels and markings will help, especially for anything that is not in English, as google translate may be useful in figuring out what they say.
The one picture that shows the controller indicates it's similar to a number of newer types of controllers (such as the Fardriver), but there's not enough detail to tell us which one it is.
Here is the pcb pictures, please help.
Unless it is in the link that doesnt' work, there are no pictures of any PCBs (printed circuit boards), only one of the outside "top" of the controller, with some wires attached, and one of a drawing of some connections and labels.
Note that it is not typically necessary to disassemble a controller to get pictures of it's PCB(s) in order to figure out the wiring (but sometimes it is, as a last resort when no other info is available).
Main leads to motor and battery are the copper tubes towards the top. This controller is not available on the Internet, it is not soco, not vector, not kelly...
If you know it is not vector or kelly, why does your thread title say it is a new type of vector kelly ebike controller? This is very confusing.
Preposebly on a electric fatscooter earlier.
I don't know what you mean by this. Please clarify so we can help with it.
Pictures:
http://imgur.1com/gallery/XlxAsRC
This link doesn't work.
Here is a picture of my own findings of how to wire:
http://imgur.com/gallery/poVvukq
To help us help you better, please link where you found the information that you have marked there; we may be able to figure out more from any other information they provide. If you determined this information on your own, it would help if you explained your testing method used to figure these specific things out, so we can help you determine other testing you can do to figure out the rest.
Here is picture of my setup testing:
http://imgur.com/gallery/FvnWsxh
What exactly is setup there? (for instance, what is wired up, and what are the wires connected to at each end? What works, and what doesn't (if anything)?) Just a picture with no explanations doesn't help us help you very well.
BTW, if you are testing the motor loose on the table(?) like that, it's very likely to suddenly twist and damage the wiring, or even drag your whole setup right off the table and physically damage things (possibly even shorting stuff together while yanking wires).
I highly recommend mounting the motor in the scooter(?) it is for, with the scooter(?) upside down to keep the wheel offground during testing, but securely mounted at the axle so it can't spinout and damage or destroy the wiring/etc.