The Crucial Importance of Adjustment
Ensuring System Compatibility: Newly installed components (such as the battery, controller, and motor) require adjustment to align parameters, preventing issues like wiring incompatibility or abnormal power output.
Mitigating Safety Risks: Adjustment helps identify risks such as brake drag, loose wiring connections, or abnormal tire pressure, preventing accidents like brake failure or circuit overheating during operation.
Extending Component Lifespan: Proper adjustment ensures core components-like the battery and motor-operate at peak efficiency, reducing unnecessary wear and tear and extending the vehicle's overall service life.
Essential Adjustment Procedures
Circuit and Battery Adjustment: Verify correct polarity and secure connections for the battery wiring; test the charger's status and confirm that battery charging and discharging functions operate normally.
Power System Adjustment: Test the motor's forward rotation after powering on; use the controller's self-learning function to match motor parameters and prevent issues such as power stuttering or reverse rotation.
Braking System Adjustment: Adjust brake cable tension and test the brake-cut-off function to ensure power is immediately cut and braking is responsive when the brake lever is engaged.
Functional Component Adjustment: Test features such as lights, the horn, and the dashboard gear display to confirm that all buttons and display readings match factory specifications.
Tire Pressure and Mechanical Adjustment: Adjust tire pressure to the standard range of 280–320 kPa; inspect components such as the handlebars, pedals, and wheel axles to ensure there is no looseness or abnormal noise.
