I want to drive two of these motors, still attached to the Hoverboard frame, with an Arduino board placed somewhere in between them. That's still a fairly large distance for the PWM wire. Did you encounter any issues with signal quality?
I'm using an external potentiometer "twist grip" but the motor is always spinning at low speed, twisting makes it go super fast, but i can't get it to stop when not turning the pot 🤔
Hi, thank you for that video, why didn't you use the green input screws? 0-5v for example for speed ? I have a similar board and i use the voltage to control it
Hi i have mounted a 350w hoverboard motor on my bike. When i used the board from the hoverboard the motor could move the bike with me sitting on it. When i switched to a board like this(36-60v 400w 20a) the motor can barely move the bike without a human sitting on it. Pls help
I'm trying to work on a similar project and was wondering if the motor is even capable of delivering enough torque to produce a meaningful speed on a bike. Would you mind sharing more details regarding what you did and found out?
@@saijunoothula5917 Sadly the 350w motor was not powerful enough. I bought a 48v 1800w motor instead and my new bike runs great. With a top speed of 50kmh and a run time of 1.5h the bike is very fun to ride.
@@svoper3338 thank you so much for replying! Assuming you just upgraded your normal bike, were able to mount the motor using just 3d printing? Could you link the motor you bought
What will happen if we misconfigure the sequence when connecting the A, B, C motor hall cables to the ports hall on the driver? Can it damage the driver if this continues happen? Please answer
You should not worry. With any brusless motor, like these, they will either work, or just rotate in the opposite rotation. Just plug them in, and if they are rotating backwards, unplug any 2 wires and change their place.
Thanks for a very helpful video! I'm making a remote trash can for a client using these wheels.
tele oeprated mobile trash can?
How'd that go. I'm interested in making a wheel barrow or lawn cart like this somehow.
excellent work lad
Hey, awesome video but just curious why use the PWM jumper way vs using the direction break stop? can you not control the speed with the direction?
I want to drive two of these motors, still attached to the Hoverboard frame, with an Arduino board placed somewhere in between them. That's still a fairly large distance for the PWM wire. Did you encounter any issues with signal quality?
Bro can we get 10inch hoverboard wheel motors
thank you so much!
Hey, do you mind to share to link for this MotorController board? Thanks!
Try looking for this 60V BLDC Three-Phase DC Brushless Motor Controller
I'm using an external potentiometer "twist grip" but the motor is always spinning at low speed, twisting makes it go super fast, but i can't get it to stop when not turning the pot 🤔
Get a self learning controller?
Is your intro based off the PlayStation 1 boot screen? Lmfaooo 👌
Hi, thank you for that video, why didn't you use the green input screws? 0-5v for example for speed ? I have a similar board and i use the voltage to control it
that what i was thinking
Can i use a controller without the hall sensor input (5 pins)
Not on this particular controller but if you go with another one without hall sensors starting up your motor will be more difficult but it can be done
Can the motor controller board send back data from the Hall effect sensors to the Arduino, please?
Can you control the motor without the haul
Will it run if you unplug the hall wires ?
No, it doesn't. Even if a single hall wire is out it won't run at all.
Thank you so much. i´m bying a new controller @@miro-hristov
Hi i have mounted a 350w hoverboard motor on my bike. When i used the board from the hoverboard the motor could move the bike with me sitting on it. When i switched to a board like this(36-60v 400w 20a) the motor can barely move the bike without a human sitting on it. Pls help
@@JaceN3D Thanks for replying, i found the problem with the motor. It was the motor which had broken when i mounted it(i hammered on it)
I'm trying to work on a similar project and was wondering if the motor is even capable of delivering enough torque to produce a meaningful speed on a bike. Would you mind sharing more details regarding what you did and found out?
@@saijunoothula5917 Sadly the 350w motor was not powerful enough. I bought a 48v 1800w motor instead and my new bike runs great. With a top speed of 50kmh and a run time of 1.5h the bike is very fun to ride.
@@svoper3338 thank you so much for replying! Assuming you just upgraded your normal bike, were able to mount the motor using just 3d printing? Could you link the motor you bought
👍👍👍
Can you connect 2 motors to this board
Do you have the respost?
Hi! Your video is great, but I can use two motors whit one motor controller?
You will need a dual motor controller.
Its easier to just buy 2 controllers
@bobdebouwer7835 I already buyed 2 motors, but anyway, thanks
What will happen if we misconfigure the sequence when connecting the A, B, C motor hall cables to the ports hall on the driver? Can it damage the driver if this continues happen? Please answer
You should not worry. With any brusless motor, like these, they will either work, or just rotate in the opposite rotation. Just plug them in, and if they are rotating backwards, unplug any 2 wires and change their place.
Why need 1 second to command accept?
Link to the controller please
I did this setup but the wheels are extremely noisy. Any tips?
your 3 motor wire may be in the wrong order. Make sure to pair them with the hall sensor wires in the same order.
Name of controlling board
It is a ZS-X11H
6-60 volt
rated for 16 amp with a 20 amp peak
rated for 200-300 watts with a 350 watts peak
can you go backwards too? I realy need to know this, apreciate answrere sone!
yes you can
How? @@xrayer4412
Often the reverse speed is slower with many controllers
Can you work with me? I got huge project to solve EV power station problem
Work with you?
@@Mother-Forger yes
@@ceogauravjoshi1742 What do you mean?
Arduino seems more trouble than it's worth.