Outdoor P6 LED Display Module

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$8.00

II. Installation Guide

1. Frame Design

  • Installation Methods: Magnetic/snap-in installation; supports floor-standing, wall-mounted, or suspended mounting.

  • Frame Material: Recommend hot-dipped galvanized steel structure (thickness ≥2mm), corrosion-resistant treatment required at welding joints.

  • Flatness Requirement: Surface flatness deviation ≤2mm/m² after module assembly.

2. Waterproofing & Cooling

  • Waterproofing Design:

    • Apply waterproof sealant (e.g., Dow Corning 732 silicone) around module edges.

    • Reserve drainage holes (diameter ≥10mm) at the bottom of the cabinet.

    • Recommended Dual Sealing: Module mask + cabinet waterproof layer.

  • Cooling Solutions:

    • Forced Air Cooling: Axial fan (airflow ≥1200m³/h installed on the upper back of the cabinet).

    • Built-in Air Conditioner: Single 2P AC controls ≤15m² screen area (recommended for ambient temperatures >40°C).

3. Power & Signal Wiring

  • Power Connection:

    • Each module requires independent DC 5V power supply; power cable specification ≥2.5mm² (copper core).

    • Main power line: Three-phase five-wire system (L1/L2/L3/N/PE); grounding resistance ≤3Ω (lightning protection).

  • Signal Connection:

    • Use NovaStar-specific HUB75 ribbon cables to connect modules and receiving cards. Ensure secure connections.

    • Transmission Distance:

      • Cat6 Ethernet: ≤100m (no repeater).

      • Single-mode fiber: ≤20km (recommended for long distances).


III. Commissioning with NovaStar

1. Control System Setup

  • Recommended Hardware:

    • Main Controller: NovaLCT-T Pro / NovaPro HD

    • Receiving Card: NovaA8-A / NovaDVI-HD

  • Transmission Protocol: HUB75 signal + Cat6 Ethernet / single-mode fiber

2. Software Configuration

  • Step 1: Resolution Matching

    • Open NovaLCT/NovaStudio and set the sender card output resolution to match the total LED screen resolution.

    • Example: For a 960×960 screen assembled from 192×192 modules, set the resolution to 960×960.

  • Step 2: Refresh Rate Setting

    • NovaStar recommends a refresh rate ≥3840Hz (ensures flicker-free display).

  • Step 3: Color Calibration

    • Perform pixel-by-pixel calibration using NovaStudio to ensure ΔE ≤2.5.

  • Step 4: Brightness Adjustment

    • Adjust brightness automatically or manually based on ambient light (supports 0–100 levels).

3. Commissioning Steps

  1. Power-off Inspection:

    • Connect all power and signal cables with power off; use a multimeter to test for short circuits.

  2. Upload Configuration:

    • Upload resolution, refresh rate, and color gamut settings to the NovaStar main controller.

  3. Power-on Test:

    • Display "Red/Green/Blue/White" test patterns to check dead pixel rate (<0.0002‰).

    • Monitor internal temperature (≤45°C) and power status via NovaStudio.

  4. Calibration Optimization:

    • Run NovaStudio to calibrate brightness uniformity (≥95%).

    • Adjust color temperature to target value (e.g., 6500K standard white balance).


IV. Common Issues & Solutions

Issue

Cause

NovaStar Solution

Black Screen on Part of Display

Loose power cables or disconnected HUB75 signal line

Use NovaStar diagnostic tools to test power/signal integrity; replace damaged cables

Color Unevenness

Uncalibrated module color or ambient light interference

Perform pixel-level color calibration via NovaStudio (ΔE ≤2.5)

Signal Delay

Incorrect resolution settings or insufficient transmission bandwidth

Adjust NovaLCT-T Pro output resolution; upgrade to single-mode fiber

High Temperature Alarm

Cooling system failure or clogged fan filter

Check fan status via NovaStar monitoring software (internal temperature ≤45°C)

Dead Pixels Exceeding 0.0002‰

Mechanical damage during transport/installation

Replace damaged modules; locate faults using NovaStar diagnostic tools


V. Maintenance & Care

Routine Maintenance

  • Clean module surfaces with a soft cloth and anhydrous alcohol to prevent dust buildup and heat dissipation issues.

  • Use NovaStar monitoring software to check power/signal status weekly.

Annual Inspection

  • Test brightness uniformity (≥95%) and color consistency (ΔE ≤2.5).

  • Inspect waterproof seals and drainage hole functionality (prior to rainy season).

Long-term Storage

  • Store in humidity <60%, temperature 0°C–30°C, away from direct sunlight.

  • Power on modules every quarter for 1 hour to prevent capacitor aging.


Applications

Suitable for outdoor advertising, stadiums, stage performances, and transportation hubs. Integrate with NovaStar control systems for high-definition video playback (supports 2K/4K), multi-zone displays, and remote monitoring.

I. Basic Specifications of the Outdoor P6 LED Module (192×192mm)

Category

Parameter

Value

Physical Features

Module Size

192mm × 192mm

Pixel Pitch

6mm

Resolution

32 (Width) × 32 (Height) = 1,024 pixels

Pixel Density

27,778 dots/m²

Pixel Composition

1R1G1B (Full Color)

Module Weight

≤1.8kg

Display Performance

Brightness

≥5,000 cd/m² (White Balance Condition)

Color Temperature

2,000K–9,500K Adjustable (Supports Calibration)

Refresh Rate

≥1,920Hz–3,840Hz (Recommended by NovaStar ≥1,920Hz)

Gray Scale Level

16bit (65,536 Levels)

Viewing Angle

Horizontal 140°, Vertical 120°

Electrical Specifications

Operating Voltage

DC 5V ±5%

Power Consumption

Average 30W/Module, Peak 50W/Module

Protection Rating

IP65 (Outdoor Dustproof & Waterproof)

Operating Temperature

-20°C to +50°C


Notes

  1. Pixel Configuration:

    • Each pixel consists of 1 Red (R), 1 Green (G), and 1 Blue (B) LED (Full Color).

  2. Brightness Uniformity:

    • Brightness uniformity ≥95% after factory calibration.

  3. Color Consistency:

    • Color deviation ΔE ≤2.5 (calibrated with NovaStar software).

  4. Environmental Compliance:

    • Designed for outdoor use with IP65 protection rating and wide operating temperature range.

Global application cases

The video content is based on actual customer project site feedback and real-time factory production footage, truly recording the entire process of each screen from manufacturing to lighting.