1. Site Survey: Conduct a detailed site survey to ensure optimal installation conditions.
Before installation, evaluate the site comprehensively. Consider light conditions—high brightness screens are essential under strong light to prevent reflection from impacting visibility. Ensure a clear viewing angle so your target audience can easily see the content without any obstructions. Determine the correct installation height and angle.
2. Compliance Approval: Secure all necessary compliance approvals to proceed legally.
Submit your installation application and detailed plans to relevant local authorities, including urban management, municipal administration, and planning departments. This should detail the screen's location, size, content, energy consumption, etc. Once approved, you can proceed with confidence, avoiding any risks of unauthorized dismantling.
3. Steel Structure Design: Carefully design the steel structure for durability and safety.
Your design should consider wind load, waterproofing, and dustproofing, incorporating sealing strips. Ensure lightning protection with rods and strips, and maintain a solid grounding. Have your design reviewed by the relevant authority to ensure compliance and obtain qualified design drawings.
4. Waterproof and Moisture-Proof: Secure the screen against environmental factors.
Seal the screen body and building joints with waterproof glue, ensuring a protection level of no less than IP65/IP54. Incorporate a drainage channel inside to quickly discharge water, preventing moisture-induced short circuits in electronic components.
5. Ventilation and Heat Dissipation: Plan for effective temperature management.
During operation, the screen generates heat, and poor dissipation in high temperatures can lead to malfunctions. Equip large or expansive LED screens with air conditioning systems to facilitate air circulation within the screen, ensuring seamless performance.
6. Select High-Quality Screen Components for Peak Performance.
Ensure lamp beads have a brightness of ≥5000 nits, supporting automatic dimming, guaranteeing visibility under strong light while mitigating light pollution. Use industrial-grade chips known for weather resilience and temperature adaptability.
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