Controller
An e-bike controller, short for "electric bicycle controller," is a crucial component of an electric bicycle (e-bike) that regulates the operation of the electric motor and manages various functions of the e-bike's electric-assist system. It serves as the control center for the e-bike's electrical components, including the motor, battery, and user interface. Here are the key functions and features of an e-bike controller:
Motor Control:
The primary role of the e-bike controller is to control the electric motor's power and speed. It manages the amount of electrical current supplied to the motor, which, in turn, determines the level of pedal assistance or throttle-driven propulsion.
Pedal Assist:
Many e-bikes are equipped with a pedal-assist feature, and the controller monitors the rider's pedaling cadence and torque to provide variable levels of assistance. The controller ensures a seamless transition between the rider's effort and the motor's power.
Throttle Control:
Some e-bikes have a throttle control, similar to a motorcycle, allowing the rider to control the motor's power directly. The controller manages the throttle input and motor response.
Battery Management:
The e-bike controller monitors the battery's state of charge and ensures the efficient use of stored energy. It may include safety features to prevent over-discharging and overcharging of the battery.
Display Integration:
In e-bike systems with a display panel, the controller communicates with the display to provide information to the rider, such as speed, distance, battery level, and assist mode. The rider can often use the display to adjust settings and monitor the system's status.
Error Handling and Diagnostics:
Many e-bike controllers have error-handling capabilities, which can detect and report issues with the system. They may trigger error codes or alerts on the display to assist with troubleshooting and maintenance.
Safety Features:
E-bike controllers often include safety features, such as automatic motor cutoff when the brakes are applied or a speed limiter to comply with local regulations.
Compatibility:
The controller is designed to work with specific motors, batteries, and e-bike systems, ensuring compatibility and optimal performance.
Replace the controller:
https://youtu.be/umu1xZ64spk?si=QwWLtaHTEp3BYs38
Classification of each controller of e-bike
| E-bike | Picture | SKU |
| Camel 250W |
D050004
|
|
| Fashion | ||
| Skylark | ||
| Stroller | ||
| Classic | ||
| Elegance | D050045 | |
| Ranger | ||
| Pony | ||
| Discovery | ||
| Cruiser | ||
| Camel 250w new version | D050084 | |
| Camel 350W | ||
| Camel 350W V |
D050083
|
|
| Folding OX | D050095 | |
| Mini Cruiser |
D050043
|
|
| Super Cruiser 500W | D050066 | |
| City Runner | D050091 |
Display.
An e-bike display, also known as an electric bicycle display or e-bike control panel, is an integral component of an electric bicycle (e-bike) that provides the rider with real-time information about the e-bike's performance and allows them to control various aspects of the e-bike's electric-assist system. E-bike displays serve as user interfaces, offering information, customization options, and control features. Here are the key functions and features of an e-bike display:
Information Display:
E-bike displays typically show important data such as current speed, trip distance, total distance traveled, battery charge level, and, in some cases, other details like ambient temperature, time, or elevation.
Assist Mode Selection:
E-bike displays allow riders to choose between different levels of electric assist, such as eco mode, normal mode, sport mode, and turbo mode, which can adjust the level of assistance provided by the electric motor.
Throttle Control (if applicable):
Some e-bikes come equipped with a throttle, and the display may include a throttle control to adjust the level of motor assistance when using the throttle.
Battery Information:
The display shows the current state of charge of the e-bike's battery, so the rider can monitor how much power is available.
Error Messages and Diagnostics:
Displays can provide error messages or diagnostic information in case of system issues, making it easier for riders and technicians to identify and address problems.
Light Control:
Some e-bike displays have integrated light control features, allowing riders to turn on and off lights or adjust their brightness.
Trip Computer:
E-bike displays often include a trip computer that records data for a single ride, such as the duration, average speed, maximum speed, and total distance.
Settings and Customization:
Riders can customize certain settings on the e-bike display, such as the speed limit, wheel size, or the units used for measurements (e.g., miles or kilometers).
Replace and change the display:
Classification of each display of e-bike
| Display name | Display picture | e-bike |
| P9 |
Elegance Camel350V |
|
| 861 | Discovery, Folding OX, Cruiser, Santa Monica | |
| S886/911 | Pony | |
| M5 | Ranger, Super Cruiser 500W | |
| M6C | Super Cruiser 750W |
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