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

About this product

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

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

*?NOTE?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)

*?CONTROL SYSTEM?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.

*?HALL WIRE CONNECTION DESCRIPTION?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.