1. Site Survey:
Conduct a thorough site evaluation prior to installation. Consider the lighting conditions, ensuring a high-brightness screen to prevent reflections; determine optimal viewing angles and installation height for unobstructed visibility; assess load-bearing capacity of structures to support the screen securely; and identify any potential obstructions.
2. Compliance Approval:
Submit a detailed installation application to local authorities, outlining screen location, size, content, and energy consumption. Await approval to ensure compliance and prevent unauthorized dismantling.
3. Steel Structure Design:
Design the structure to withstand wind load and incorporate features like waterproofing, dustproofing with sealing strips, lightning protection with rods and strips, and ensure proper grounding. Obtain approval from relevant authorities with certified design drawings.
4. Waterproof and Moisture-Proof Measures:
Seal the screen and building joints with high-grade waterproof glue, maintaining a protection level of at least IP65/IP54. Incorporate internal drainage channels to swiftly evacuate water and prevent moisture-induced short circuits.
5. Ventilation and Heat Dissipation Planning:
Install efficient ventilation systems to manage heat during operation. For large-scale LED screens, consider integrating air conditioning to maintain optimal internal airflow and prevent performance issues in high temperatures.
6. Select High-Quality Screen Components:
Opt for lamp beads with a minimum brightness of 5000 nits and automatic dimming to ensure clarity even in bright conditions while reducing light pollution. Use industrial-grade chips renowned for their durability and temperature adaptability. Choose reputable brands for modules and control cards to guarantee superior display quality and reliability.
7. Post-Maintenance Planning:
Designate accessible maintenance channels and spaces to facilitate convenient inspection and replacement of components, ensuring long-term screen performance.