I got one of the same motor kits to build an electric bicycle but noticed it ran the wrong way to make it happen and not look wanky. put away the kit and forgot about it, then saw your video, went to the shed and reversed the wires like you said and it works perfect. now to find the donor bike. Thanks
It worked!! I thought it was color for color, swapping one phase for another (ie blue for yellow) then swapping the corresponding Hall effect sensors( blue for yellow.) I tried my way, and the motor didn’t turn and wires got hit instantly. Looked for some more info and found your video and it worked flawlessly! Thanks.
This is the wiring that worked for me. As others point out, its easy to think its the same on the motor as the hall effect wires, that doesn't work LOL This does (at least for my 2000 watt 48 volt motor from China.
Thank you my friend. You save my day. I'm about to throw this motor away. I thought. Is a Chinese maybe is junk. But I'm wrong. Thank you for share you ideas.
Nice work man I have sabvaton 72/200a, Can someone please show me how to add reverse feature to my e-bike ?, even though I don’t have reverse plug on my controller or the learning wires.
I have an ebike motor with a matching controller. And the wheel goes thud thud thud... only when riding it. I tried the learning wires and that did not help. I switched the blue with the green phase wires and that did not work. Do you know what might be causing this ? Or and what I can do about it ?
Do you notice that the motor doesn't run as well in reverse (phase and hall swap, not reverse switch)? Most of these motors do not, likely because it is not neutral timing
I have not noticed any issues with the motor and the controller I use. I have 3 speed forward and 1 speed reverse, after doing the hack, it still work the same way just different direction. Some controller have a way to reverse the motor by simply connecting a jumper cable...
@@t-bo-diy it's possible that I am wrong but I have taken the motor apart and the hall sensors appear to be clocked a couple of degrees in one direction. Usually this would be advanced timing. If you run it backwards you get the opposite. Just curious if you ever noticed anything. If I am right it will still work just fine it just won't have the same power and smoothness.
The learning wire is indeed much simpler to do. I got mine mixed up with the reverse connector and couldnt get it working for a little bit. The chinese translation was "A-stern" which was confusing to me. My soldering iron sucks so I hate having to switch phases. That's a freaking sweet gokart!
Dude, you saved me! Thank you so much for making this easy to follow video!
This worked for my vevor 2000 watt motor! After watching several videos with different instructions this one actually worked.
I got one of the same motor kits to build an electric bicycle but noticed it ran the wrong way to make it happen and not look wanky. put away the kit and forgot about it, then saw your video, went to the shed and reversed the wires like you said and it works perfect. now to find the donor bike. Thanks
It worked!! I thought it was color for color, swapping one phase for another (ie blue for yellow) then swapping the corresponding Hall effect sensors( blue for yellow.) I tried my way, and the motor didn’t turn and wires got hit instantly. Looked for some more info and found your video and it worked flawlessly! Thanks.
Thank you man. So many try's and different videos but u made it work
Thanks man!!! Couldn't find the information anywhere. You helped me sooo much, love from Austria 🇦🇹
It was an extremely useful video! I really enjoyed it and thanks to you I can go on with my project!
This is the wiring that worked for me. As others point out, its easy to think its the same on the motor as the hall effect wires, that doesn't work LOL This does (at least for my 2000 watt 48 volt motor from China.
THANK YOU! I did exactly what you said and it worked for me.
2000w 48/60v
thanks! i have very similar looking 2kw motor and swaps worked a treat, made my day!
Man, I just want to say thanks! This saved me.
Thanks worked like a charm
Thank you Sir for the educational video. It's very useful Greetings from the Philippines
Thx that's what i was searching 👍
Thank you sir!!
Thank you, just heading out now to try it!!
Nice one cheers much.worked a treat :)
Thanks it worked for me
Thank you very much sir , you helped me a lot !
Great video!
I watched 4 videos and this is the one that worked! :D
glade it helped
Thank you so much this helped alot
Thank you my friend. You save my day. I'm about to throw this motor away. I thought. Is a Chinese maybe is junk. But I'm wrong. Thank you for share you ideas.
Great! How did you figure this out?
I just ran into this problem… hope this works!
Thanks 😊
Muchas gracias por su video me sirvió de mucha alluda pude acer trabajar mi llanta delantera gracias
If I have two 48v motors with seperate controllers etc….could I join the throttle wires to make them run on one throttle?
Nice work man
I have sabvaton 72/200a, Can someone please show me how to add reverse feature to my e-bike ?, even though I don’t have reverse plug on my controller or the learning wires.
I have an ebike motor with a matching controller. And the wheel goes thud thud thud... only when riding it. I tried the learning wires and that did not help. I switched the blue with the green phase wires and that did not work. Do you know what might be causing this ? Or and what I can do about it ?
Can you turn the sprocket by hand on these motors ? Like do they just coast if not turned on ?
There should be some "magnetic" resistance but you should be able to turn it by hand.
This video method works perfectly on BLDC 750w 48v brushless motor / este metodo del video funciona perfectamente en motor BLDC 750w 48v brushless
And I can you put link to your 123&R switch please.
So this motor controller doesn't have a self-learning line which reverses the direction of the motor?
That would be must simpler, would it be called Hard-Boot?
Do you notice that the motor doesn't run as well in reverse (phase and hall swap, not reverse switch)? Most of these motors do not, likely because it is not neutral timing
I have not noticed any issues with the motor and the controller I use. I have 3 speed forward and 1 speed reverse, after doing the hack, it still work the same way just different direction. Some controller have a way to reverse the motor by simply connecting a jumper cable...
@@t-bo-diy it's possible that I am wrong but I have taken the motor apart and the hall sensors appear to be clocked a couple of degrees in one direction. Usually this would be advanced timing. If you run it backwards you get the opposite. Just curious if you ever noticed anything. If I am right it will still work just fine it just won't have the same power and smoothness.
The learning wire is indeed much simpler to do. I got mine mixed up with the reverse connector and couldnt get it working for a little bit. The chinese translation was "A-stern" which was confusing to me. My soldering iron sucks so I hate having to switch phases. That's a freaking sweet gokart!
Hello. Do I need a reverse switch after the wires have been crossed over?