What is an electric bikes controller ?
Ultra-quiet design technology: The unique current control algorithm can be applied to any brushless electric bikes and has considerable control effects, which improves the general adaptability of electric bikes controllers and makes electric bikes motors and controllers no longer Need to match.
Constant current control technology: The locked-rotor current and dynamic operating current of the electric bikes controller are exactly the same, ensuring the life of the battery and improving the starting torque of the electric bikes motor.
Automatic motor mode recognition system: Automatically recognizes the commutation angle, Hall phase and bikes output phase of the electric bikes motor. As long as the controller's power cord, handlebar wire and brake wire are not connected incorrectly, the motor's input and output can be automatically recognized. mode, which can save the trouble of wiring the brushless electric bikes and greatly reduce the usage requirements of the electric bikes controller.
Follow-up ABS system: It has reverse charging/bikes EABS braking function, and introduces automotive-grade EABS anti-lock braking technology to achieve the silent and soft effect of EABS braking, ensuring the comfort and stability of braking at any speed. There will be a phenomenon that the original ABS cannot brake at low speeds. It will not damage the motor at all, reduce the mechanical braking force and pressure of the mechanical brake, reduce the braking noise, and greatly increase the safety of vehicle braking; and brake and decelerate. Or when coasting downhill, the energy generated by EABS is fed back to the battery, which has a reverse charging effect, thereby maintaining the battery, extending battery life, and increasing mileage. Users can adjust the EABS braking depth according to their own riding habits.
Motor lock system: In the alert state, the controller automatically locks the motor when an alarm occurs. The controller consumes almost no power and has no special requirements for the motor. It has no impact on the normal operation of the electric bikes under battery undervoltage or other abnormal conditions.
Self-checking function: divided into dynamic self-checking and static self-checking. As long as the controller is powered on, it will automatically detect the status of related interfaces, such as handlebars, brake levers or other external switches, etc. Once a fault occurs, the control The controller automatically implements protection to fully ensure the safety of riding. When the fault is eliminated, the protection status of the controller will automatically restore.
Reverse charging function: When braking, decelerating or coasting downhill, the energy generated by EABS is fed back to the battery to achieve a reverse charging effect, thereby maintaining the battery, extending battery life and increasing mileage.
Stall protection function: Automatically determine whether the bikes is in a completely stalled state, running state or motor short-circuit state when overcurrent occurs. If the motor is in a running state when overcurrent occurs, the controller sets the current limit value at a fixed value to maintain The driving capability of the entire vehicle; if the motor is in a pure stalled state, the controller will control the current limit value below 10A after 2 seconds to protect the motor and battery and save energy; if the motor is in a short-circuit state, the controller will make the output The current is controlled below 2A to ensure the safety of the controller and battery.
Dynamic and static phase loss protection: means that when a phase failure occurs in any phase of the electric bikes motor when the motor is running, the controller implements protection to avoid burning the motor, while protecting the electric bikes battery and
extending battery life
Power tube dynamic protection function: The controller monitors the working conditions of the power tube in real time during dynamic operation. Once the power tube is damaged, the controller immediately implements protection to prevent other power tubes from being damaged due to chain reactions. A relatively laborious phenomenon.
Anti-flying function: It solves the problem of flying over the brushless electric bikes controller due to handlebar or circuit failure, and improves the safety of the system.
1+1 power assist function: Users can adjust the self-direction power assist or reverse power assist to achieve supplementary power during riding, making the rider feel more relaxed.
Cruise function: Integrated automatic/manual cruise function, users can choose according to their needs. Cruise will be entered in 8 seconds to stabilize the driving speed without handle control.
Mode switching function: Users can switch between electric mode or power-assisted mode.
Anti-theft alarm function: Ultra-quiet design, introduction of automotive-grade remote control anti-theft concept, higher anti-theft stab.
