Electric Scooter Remote Control Controller Sinusoid Dual Drive Hub Motor Control Panel ESC Electric Skateboard Controller Set

Feature:

1. With low speed and high torque, good performance.
2. Two‑way communication, you can check the power of the scooter through the remote control.
3. Multiple protections, with low voltage alarm function, undervoltage and power failure protection.
4. The sinusoid solution makes it more stable than ESC and not easy to burn out.
5. Suitable for scooters, unicycles, balance scooters.

Specification:

Item type: Scooter Controller Set

Material: Electronic components + ABS

Color: As picture shown

Weight: Approx. 280g

Drive mode: dual system drive
Induction method: for hall

Controller type and performance

Controller Types	Operating voltage range	Total power of controller	Control electric quantity
T2 wireless dual drive	DC voltage 36V/24V	1300W	2

Control motor type and performance

Motor type	Maximum power of motor	Motor speed	Can not connect the motor for hall
DC Brushless Motor	Within 650W	Within 8000 rpm	can not connect

Maximum power: 430W (36V)
Speed: 4200 RPM
Maximum speed: 35KM/H
Power connector: XT60 male plug
Carrying weight: ≤120KG
Long-distance distance: up to 20 meters
Protection: overvoltage, undervoltage, overheating, stall, CW/CCW, adjustable speed
Current: 12A
Voltage: 36V, 10S
Remote control built-in lithium battery
The capacity of the remote control: 400MAH
Total length of remote control: Approx. 12cm/4.7in
Remote control length: Approx. 6cm/2.4in
Circuit board size: Approx. 10.5x8cm/4.1x3.1in
Application areas: scooters, unicycles, balance scooters
Note: Different voltage, alarm voltage, protection voltage are different
Suitable for hub motor model airplane motor 5055 5065 6354 6364 6374 6384

How to choose the right controller:
1. Confirm the voltage of your battery
6 series battery is 25.2V, 7 series battery is 29.4V, 10 series battery is 36V
2. Confirm the motor type
External motor, chain, belt drive, use belt controller
Hub motor, motor integrated wheel, please select the controller with the word “hub”
3. Confirm single-drive dual-drive or four-wheel drive
A controller drives a motor is a single drive
One controller drives two motors is dual drive
One controller drives four motors is four-wheel drive
Taboo: Do not connect motor cables in parallel to allow single drive to drive two motors
Electric four-wheel scooter control system:
Adopting the sinusoid scheme, the performance is more stable than the ESC, and it is not easy to burn out

Description of matching signal between remote control and main controller:
1. Connect the main controller to the power supply.
2. Turn on the power, wait for two seconds and then press and hold the key for about 6 seconds, let go when the switch indicator flashes.
3. Turn on the remote control switch and use a small screwdriver to press the button in the small hole in the lower left corner of the remote control.
4. Turn off the remote control and turn it on for two seconds. Wait for the remote control signal light and the switch signal light to flash at the same time to indicate that the configuration is successful.

About the motor for hall wire connection description:

At present, the normal version and standard version of the controller need to provide conventional connection methods for the phase sequence. The brushless motor is controlled by 3 phases and 6 ways. 3 for hall states correspond to 3 motor wires and 6 output states. There are 36 connections for different combinations. , Among them, there are 6 kinds of connections that can make the motor run normally, and 3 of these 6 kinds of connections are forward rotation and the other 3 are reverse rotation.
1. First, let the motor rotate normally, usually the for hall plug is directly plugged in to adjust the motor line.
1. Motor wire blue to controller blue, motor wire green to controller green, motor wire yellow to controller yellow.
2. The blue of the motor wire is blue to the controller, the green of the motor wire is yellow to the controller, and the yellow of the motor wire is green to the controller.
3. Motor wire yellow to controller yellow, motor wire blue to controller green, motor wire green to controller blue.
4. Motor wire green to controller green, motor wire blue to controller yellow, motor wire yellow to controller blue.
5. Motor wire blue to controller yellow, motor wire yellow to controller green, motor wire green to controller blue.
6. Motor wire yellow to controller blue, motor wire blue to controller green, motor wire green to controller yellow.

Generally, the controller is placed on the top and the motor is placed on the bottom
1.) Color vs. Color
2.) Blue to blue, the other 2 colors are reversed
3.) Yellow to yellow, the other 2 colors are reversed
4.) Green to green, the other 2 colors are reversed
5.) Top blue to bottom blue, the other 2 colors are reversed
6.) Top yellow to bottom blue, the other 2 colors are reversed
for hall has positive and negative, indicating that the motor has a phase angle of 60°, and if there is no positive and negative, it is a 120° phase angle. It can be put in as it is (you can use instant glue to fix it slightly), connect the positive and negative poles of the three Halls in parallel and connect them with the thin red and black wires of the motor lead wire. Weld (pay attention to the insulation). Connect the signal wires of the three Halls Connect with the thin yellow, green and blue wires of the motor lead wires respectively (pay attention to insulation).
2. The above connection method can make the motor run normally, not necessarily forward. If you want to adjust to the forward rotation, you can adjust the motor line A phase C relative to the for hall line A phase B.