Product Description:

Electronical control system for Aerial Lift 202405...

The electric control system for aerial work vehicles provides several safety and operational features:

1. Load Limit Protection: It continuously monitors the load on the basket in real-time to prevent overloading and ensures safe operation.
2. Boom Buffer Protection: The system controls and buffers the boom's movements when it reaches its limit positions, ensuring smooth and controlled operations.
3. Range Limit Protection: It monitors the boom's range in real-time to prevent it from exceeding the specified limits, enhancing safety during operations.
4. Automatic Basket Leveling: The system detects the tilt angle of the basket in real-time and automatically adjusts it to maintain a level position, ensuring stability and safety during work.
5. Anti-Collision Protection: It includes collision detection sensors that monitor the surroundings during operation, preventing collisions with obstacles or other objects.
6. Fault Self-Diagnosis and Black Box Function: The system can self-diagnose abnormal parameters and stores historical fault records for analysis and troubleshooting.
7. Real-time Vehicle Status Display: It provides real-time display of the vehicle's operating status, including parameters such as engine status, hydraulic pressure, and system alerts.
8. Remote Fault Diagnosis and Program Updates: The system supports remote fault diagnosis and program updates, allowing for efficient troubleshooting and software upgrades without physical intervention.
9. Anti-Tip Protection: It continuously monitors the vehicle's inclination angle to prevent tipping accidents. It also monitors the stability of the outriggers to prevent overturning.
10. Operation Authorization Management: The system incorporates a comprehensive user authorization management system, ensuring that different users have different levels of access and operational permissions based on their roles and responsibilities.
These features contribute to the overall safety, stability, and efficiency of high-altitude operations by preventing overloading, buffering movements, preventing collisions, enabling remote diagnosis and updates, and managing user permissions effectively.