1000W-2000W 36V-60V E-Bike 3-mode Sine Wave Controller 40A with S866 LCD Meter (Protocol 2) for 36V/48V/52V/60V Electric Scooter
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1000W-2000W 36V-60V E-Bike 3-mode Sine Wave Controller 40A with S866 LCD Meter (Protocol 2) for 36V/48V/52V/60V Electric Scooter

Sale price $51.55
38% Off Regular price $82.48
Color: Light Grey
SPECIFICATIONSBrand Name: NoEnName_NullChoice: yesHigh-concerned chemical: NoneOrigin: Mainland ChinaType: ControllerSpecifications: Features: This monitor is made of high-quality materials and is lightweight, rainproof, and durable. The LCD display clearly displays status and
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Vendor:Slizen
Description reviews

    SPECIFICATIONS

    Brand Name: NoEnName_Null

    Choice: yes

    High-concerned chemical: None

    Origin: Mainland China

    Type: Controller

    Specifications: Features: This monitor is made of high-quality materials and is lightweight, rainproof, and durable. The LCD display clearly displays status and data, and the backlight allows for clear viewing in dimly lit environments. The buttons are quick and easy to use. The brushless controller is quiet and responsive to the e-bike's status. It's easy to install and use, comes with an LCD display bracket, and is compatible with 22.5mm handlebars.

    You can set a power-on password and control the lights and assist. The speed range is 3, 5, or 9, with a selectable number of gears. You can choose between geared or non-geared by turning the handlebars.

    Compatible with e-bikes and scooters.

    Specifications: Material: Plastic + LCD + Metal

    Color: As shown

    Power: 1000W 1500W 2000W

    Waterproof: Rainproof controller

    Controller Dimensions: 18.5*8.3*4.5cm

    Weight: Approximately 650g

    Packaging:

    1 x LCD display

    1 x controllerNote:

    Each cable is marked with different colors for different purposes.

    Red: Positive power

    Black: Negative power

    Yellow: Power output

    Brown: Positive light

    White: Negative light

    Blue: Indicator light signal

    Green: Signal reception

    Note:

    1. The product power is set to 8 at the factory, which basically corresponds to most split superchargers on the market. If the customer uses an integrated supercharger, please set it to 12.

    2. P13 in the manual is the power setting of the product. If the supercharger is incompatible, the customer needs to adjust it to 8 or 12.

    3. Please note that the controller model is sent randomly. Please confirm whether you are satisfied before placing an order.


    How to use: After getting the product, please be sure to align the phase first: plug in the smart identification line and identify the motor. The identification line is two green lines. After plugging in, pay attention to suspend the car, and the motor will run automatically. At this time, if the direction of rotation of the motor is correct, run for 10 to 15 seconds, disconnect the identification line, if the direction is opposite, disconnect the identification line and plug it back, the motor direction will change to forward, run for another 10 to 15 seconds, disconnect the identification line, and the motor direction will change to forward. Run for another 10-15 seconds, disconnect the identification line, and the motor direction will change to forward. Run for another 10-15 seconds, disconnect the identification line, and it's done. After the identification is completed, the identification line remains disconnected, do not plug it backLCD Setting Parameters & Error Code Explanation


    Decimal Fault Codes

    E00: Normal status

    E01.

    E02: Brake

    E03: PAS sensor fault

    E04: 6KM/H cruise mode

    E05: Real-time cruise

    E06: Battery undervoltage

    E07: Motor failure

    E08: throttle fault

    E09: Controller failure

    E10: Communication signal reception failure

    E11: Communication signal transmission fault

    E12: BMS communication fault

    E13: Headlight fault




    How to enter Setup Mode


    Long press the + and - buttons for 3-5 seconds after switching on the computer to enter the setting mode, the parameters will blink.

    Short press M button to switch parameters, press + and - buttons to select parameters.


    Parameter introduction

    P00: Restore factory setting

    P01: Backlight Brightness

    P02: Mileage unit

    P03: Voltage selection

    P04: Sleep Time

    P05: PAS Gear

    P06: Wheel Diameter

    P07: Speed Magnet

    P08: Speed Limit

    P09: Zero Start Non-Zero Start

    P10: Drive mode setting, 0: PAS drive, 1: throttle drive, 2: PAS and throttle drive

    P11: PAS sensitivity setting

    P12: PAS start strength setting

    P13: PAS magnet disc type setting

    P14: Current Limit Setting

    P15-16-17-18-19: Functions not yet opened, please ignore do not set Controller Introduction

    This controller is FCO sine wave design for brushless motor with hall sensor.

    Brushless Hall motors are 3+5 wire or 3+6 wire, these two types of motors are best suited for Forever FOC controllers.

    This controller is suitable for electric scooters as well as electric bikes, it is very compatible and designed for modification users and repair shops.

    This controller has self-learning design, when you install it for the first time, there may be motor jitter, this is normal because the controller doesn't detect your motor parameter, you can short the self-learning wire for 5 seconds, the controller will automatically check your motor parameter and auto-compatible.

    The advantage of this design is that the controller is compatible with almost all brushless motors. Many single mode sine wave controllers on the market do not have self-learning wires, and this controller is designed with self-learning motors to perfectly solve this problem that bothers users.

    Please don't need to worry if your motor drives in reverse direction after initial installation, this is normal, you can short connect the self-learning wire to change the initial direction of the motor.

    If you want accurate LCD speed display, you can enter LCD setting mode and set your motor wheel diameter in P06 in inch.

    Set the speed magnet in P07, normally you can set it to 23,.

    After setting P06 and P07, you can test the real time speed with map navigation APP, if the LCD display speed is bigger than the navigation display speed, then you can reduce the parameter of P07 to lower the speed display ratio.

    If the LCD display speed is less than the navigation display speed, you can increase the parameter in P07 to increase the speed display ratio. After finding the exact speed that suits you in this way, you will see the LCD displaying the exact speed.

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