🚀 Product Description
Elevate safety and efficiency at highway construction sites with our Intelligent Early Warning High Visibility Traffic Safety Warning Control System. Featuring 52 powerful LEDs and an automatic brightness sensor, it ensures unparalleled visibility and consistent warning day and night, operating reliably for 12 or 24 hours. The robust PP housing and PC lens provide exceptional durability in harsh construction environments.
Key Features
- System Configuration: 1 main controller, 3 follower units
- Light shell: 200mm Diameter
- Working mode: Synchronous Flashing, Sequential Flashing
- Working hours: 12h/24h Automatic sensor
- Connection: 5m connecting wire, 5m power wire
- Versatility: Can customize to 4-in-1 or 5-in-1
💡 Recommended Combinations
This system can be used in conjunction with reflective traffic panels for maximum visibility.
❓ Frequently Asked Questions
1. What is the standard configuration of this warning system?
The standard system includes 1 Main Controller and 3 Follower Units, but it can be customized into 4-in-1 or 5-in-1 configurations based on specific project needs.
2. Does the system adjust to ambient light?
Yes, the system is equipped with an automatic brightness sensor that ensures optimal visibility by adjusting the light output for day and night operations.
3. What flashing modes are supported?
The system supports both Synchronous Flashing and Sequential Flashing modes to provide clear guidance for lane changes or deviations.
4. What is the power requirement and cable length?
The system operates on a 12V DC power supply. It comes with standard 5-meter connecting cables between lights and a 5-meter power wire.
5. Is the housing durable for outdoor construction sites?
Yes, the housing is made from UV-stabilized PP (Polypropylene) and the lens is made from PC (Polycarbonate), designed to withstand harsh outdoor environments.
6. How are the lights connected?
The system uses a Master-Slave principle. The synchronization signal is transmitted via cable from the "out" connector of the previous light to the "in" connector of the next one.