Connect the main power leads directly to a 36-volt lithium pack ensuring the positive and negative terminals are secured with high-quality connectors to prevent voltage drops during acceleration.
Integrate the throttle signal lines into the controller using the provided color-coded plugs matching the controller input ports to avoid misalignment and ensure precise response.
Verify all grounding points on the frame and motor assembly are clean and free of corrosion to maintain stable current flow and reduce the risk of intermittent faults during operation.
Use heat-shrink tubing over exposed terminals and secure connectors with cable ties to prevent movement and abrasion under vibration conditions common in high-speed scooters.
Check the auxiliary sensor connections including brake cut-off and speed limiter wires to ensure each is routed without tension and properly insulated to avoid shorts or signal interference.
Before powering the system, perform a continuity test between all main leads and ground points to confirm secure connections and prevent accidental short circuits that could damage the controller.
Jetson Bolt Electrical Connections and Setup
Connect the main power leads directly to the 36-volt lithium pack, ensuring that positive and negative terminals are secured with insulated connectors to prevent accidental shorting during operation.
Route the throttle control lines into the controller using the color-coded plugs, aligning each with the corresponding input port for precise acceleration response and consistent performance.
Attach all grounding points to clean, bare metal on the frame or motor housing to maintain stable current flow and reduce the likelihood of intermittent faults during high-speed movement.
Use heat-shrink tubing over exposed terminals and secure all connections with cable ties, minimizing movement under vibration and preventing abrasion that could compromise the electrical paths.
Integrate the brake cut-off sensor by connecting it to the controller input, ensuring the wires are routed without tension and insulated to avoid accidental shorts or signal interference.
Verify auxiliary connections, including LED indicators and speed sensors, are correctly positioned, with proper insulation and strain relief to maintain consistent readings and avoid malfunctions.
Before powering the system, conduct a continuity test on all major leads and ground points to confirm that connections are secure and that there are no shorts that could damage the controller or battery pack.
After initial setup, perform a low-speed test in a controlled environment, monitoring voltage stability and signal response from the throttle and brake sensors, making adjustments to connectors or routing if any irregularities are detected.
Power Supply and Battery Connection Guidelines
Directly connect the positive terminal of the battery pack to the main power input of the motor controller using insulated connectors rated for at least 40 amps to prevent overheating and voltage drops.
Ensure the negative lead is attached to a solid chassis ground or dedicated controller ground point, avoiding paint or corrosion that could impede current flow and cause intermittent faults.
Use the following sequence for safe installation:
- Verify the battery is fully charged and disconnected from the charger.
- Connect the negative lead first to the frame or controller ground.
- Attach the positive lead to the controller input and secure with a lock nut or terminal clamp.
- Check all connections for tightness and absence of exposed metal.
Incorporate a fuse inline with the positive supply, rated slightly above the maximum current draw, to protect against short circuits and sudden surges that could damage the controller or battery cells.
When routing battery leads, avoid sharp bends or proximity to moving parts. Use cable ties and protective sheathing to reduce wear from vibration and prevent chafing that could expose conductors.
After connection, perform a voltage verification at the controller terminals. Confirm that the measured voltage matches the battery output and that there is no significant drop under light throttle application before full operation.