What is the difference between indoor and outdoor guidance screens?

What is the difference between indoor and outdoor guidance screens?
What are the differences between indoor and outdoor guidance screens?
Intersection Direction Display
The indoor parking guidance screen is a crucial installation in parking lots, with the quantity and displayed text content customized according to client requirements. The guidance screen consists of components such as high-brightness indoor LED modules, drive circuits, control circuits, and cabinet structures. It receives output information from the node controller and displays parking directions using numbers, arrows, and text to guide drivers to quickly locate vacant spaces allocated by the system. The guidance screen receives server signals to achieve directional guidance at every intersection, thereby distributing traffic flow to the most suitable parking spots within the lot. This ensures smooth operation and optimal utilization of parking spaces.

Entrance Capacity Information Display Screen

Positioned at the entrance or intersections of parking areas, these displays show welcoming messages and real-time remaining parking space information across various sections of the parking facility. By combining relevant symbols and text, they dynamically update the available parking spaces in each area, guiding drivers to quickly locate available parking spots.

This product is equipped with standard RS485 communication. The module display can be customized, enabling the system to detect vacant parking spaces through parking guidance systems and parking detection devices. It transmits information to entrance lightbox screens, instantly updating real-time data on available parking spaces in the parking area. The displayed text content can be personalized, supporting simultaneous display of data from multiple zones. The remaining parking spaces and corresponding information can automatically switch display colors based on system configuration. The display consists of high-brightness LED modules, drive circuits, control circuits, cabinets, and other components. It receives output information from the node controller