1. Site Survey
Embark on a meticulous site evaluation, considering crucial factors: lighting (ensure high brightness to combat reflections), viewing angle (optimize to grant your audience unobstructed views, dictating screen placement), load-bearing (ensure structural support matches the screen's weight and accompanying gear to prevent mishaps), and potential obstructions.
2. Compliance Approval
Navigate regulatory landscapes by submitting installation applications and plans to local authorities, detailing screen location, dimensions, content, and energy consumption. Secure necessary approvals to avoid unnecessary setbacks or dismantling.
3. Steel Structure Design
Ensure robust design considering wind resistance, waterproofing, and dustproofing (use sealing strips), and integrate lightning protection (install rods and grounding). Obtain approval with certified design documentation.
4. Waterproof and Moisture-Proof
Seal the screen and building joints with waterproof adhesives, maintaining a protection level of at least IP65/IP54. Internal drainage channels expedite water dispersal, preventing moisture-induced electronic failures.
5. Ventilation and Heat Dissipation Planning
Given that screens generate heat, ensure optimal heat dissipation even in high temperatures. For larger screens, consider integrating air conditioning systems to maintain internal airflow and functionality.
6. Select High-Quality Screen Components
Choose lamp beads with brightness ≥5000 nits and automatic dimming for clarity under strong light, minimizing light pollution. Opt for industrial-grade chips with superior weather resilience and temperature adaptability. Select reputable brand products for modules and control cards to guarantee display consistency and reliability.
7. Post-Maintenance Planning
Strategically plan for maintenance by reserving channels and spaces, facilitating effortless inspection and component replacements.
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