1. Site survey
Conduct a thorough site evaluation before installation. Assess lighting conditions to ensure high brightness screens meet visibility needs without reflection. Determine optimal viewing angles and installation height to provide an unobstructed view. Verify the load-bearing capacity of structures to safely support the screen and associated equipment.
2. Compliance approval
Present your installation application and detailed plans to relevant local authorities, including urban management and municipal departments. Include all pertinent details—location, size, content, and energy usage—to secure the necessary approvals and avoid any unauthorized removal actions.
3. Steel structure design
Design should incorporate considerations for wind load, waterproofing, and dustproofing, using sealing strips. Implement lightning protection measures with rods and grounding. Ensure plans are reviewed by authoritative bodies and backed by approved design documentation.
4. Waterproof and moisture-proof
Utilize waterproof adhesive to seal the screen body and building joints, ensuring a protection level of IP65/IP54 or higher. Incorporate internal drainage channels to swiftly manage water accumulation, preventing moisture-induced short circuits in electronic components.
5. Ventilation and heat dissipation planning
Prevent operational overheating by ensuring efficient heat dissipation. In larger installations, consider equipping with air conditioning systems to maintain optimal air circulation and prevent malfunctions in high-temperature environments.
6. Select high-quality screen components
Choose lamp beads with ≥5000 nits brightness and automatic dimming for clarity under intense light while minimizing light pollution. Opt for industrial-grade chips for robust performance across varying conditions. Use reputable brand modules and control cards for superior display quality and stability.
7. Post-maintenance planning
Design with future maintenance in mind by reserving accessible channels and spaces for straightforward inspection and component replacement.