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Specifies the display type as a TFT LCD.
Identifies the product model number as 860C.
Lists the supplier company name.
Details the screen size and type.
Specifies compatible battery voltage options: 24V, 36V, 48V, 52V.
Includes rated, max operating, and leakage current specifications.
Defines the USB port's output specifications: 5V 500mA.
Indicates the maximum current output to the controller: 100mA.
Defines the operational (-20~70°C) and storage (-30~80°C) temperature ranges.
Details the materials used for the product shell (ABS+PC) and screen.
Provides the physical dimensions of the main unit: L96.6mm*W71.6mm*H6.1mm.
Highlights suitability for cold weather operation down to -20°C.
Emphasizes the quality of the 3.5-inch high-contrast colorful matrix screen.
Notes the user-friendly, easy-to-operate external button layout.
Lists available speed display modes: AVG SPEED, MAX SPEED, SPEED(Real-time).
Allows setting distance units (Kilometer/Mile) based on user habits.
Mentions an intelligent system for providing a reliable battery status.
Details the 9-level assist system with optional 3-level/5-level configurations.
Specifies the types of data displayed: Odometer, Trip distance, Clock, Riding time.
Indicates functionality for displaying real-time power or current.
Notes the presence of an indicator for displaying error codes.
Mentions an optional feature for a light sensor.
Explains that software can be upgraded via UART connection.
Confirms the USB port's charging capabilities: 5V/500mA.
Indicates the display of the current time.
Shows the status of the front light.
Represents the power consumption or flow.
Visual representation of the speed gauge.
Displays the current power output.
Visual representation of the power gauge.
Shows accumulated distance or trip data.
Area for switching between different display modes.
Indicates the battery status.
Shows when the brake signal is active.
Displays the current speed numerically.
Shows the current power output.
Indicates the selected assist level.
Displays the duration of the ride or other time metrics.
Area for the product logo.
Instructions for turning the display on and off.
How to adjust the electric assist levels.
How to switch between different speed and mileage display modes.
Instructions for controlling the headlight and screen backlight.
How to activate the low-speed walking assistance mode.
Procedure for resetting temporary ride data.
Setting the display language; default is English and unadjustable.
Switching between Metric and Imperial measurement units.
Adjusting the screen backlight brightness level.
Configuring the automatic display power-off timer duration.
Setting the display scene mode, limited to analog.
Customizing the battery indicator display (Voltage, Percentage, OFF).
Setting the power indicator to show Power or Current.
Procedure for setting the device's date and time.
Setting and managing a startup password for the display.
Setting wheel diameter for accurate speed and distance readings.
Selecting the appropriate battery voltage for the system.
Enabling or disabling USB port power output.
Configuring the automatic light sensor and sensitivity levels.
Accessing advanced settings menu, requires a password.
Setting the maximum speed limit for the e-bike.
Customizing the number of available electric assist levels.
Function to view past error codes recorded by the system.
Restoring all settings to their original factory defaults.
Shows general information about the e-bike.
Displays hardware and software version details.
Provides comprehensive battery health and status data.
Throttle is stuck in a high position.
General throttle malfunction.
System protected due to high voltage.
Hall effect sensor failure in the motor.
Motor phase wiring issue.
Controller overheating.
Motor overheating.
Malfunction in the current sensor.
Battery temperature sensor failure.
Motor temperature sensor failure.
Controller temperature sensor fault.
Speed sensor malfunction.
Communication failure with the Battery Management System.
Headlight system error.
Headlight sensor malfunction.
Torque sensor reporting incorrect torque.
Torque sensor reporting incorrect speed.
General communication failure.
Details on screw torque specifications and handlebar clamp options.
Explains what each wire color signifies in the connector.
Brown wire is for battery anode connection (24V/36V/48V/52V).
Orange wire connects power to the controller.
Black wire is the ground connection (GND).
Green wire transmits data from controller to display (RxD).
White wire transmits data from display to controller (TxD).
Details on how assist levels can be customized.
Tables showing common assist level configurations (3, 5, 9 levels).
Lists product certifications for safety, water resistance, and materials.
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