Outdoor Waterproof High Brightness 6 Scan Energy Saving P6.67 LED Video Wall
Specifications
Item |
Outdoor P6.67 |
Outdoor P8 |
Outdoor P10 |
|
Module |
Panel Dimension |
320mm(W)*160mm(H) |
320mm(W) * 160mm(H) |
320mm(W)*160mm(H) |
Pixel pitch |
6.67mm |
8mm |
10mm |
|
Pixel Density |
22477 dot/m2 |
15625 dot/m2 |
10000 dot/m2 |
|
Pixel configuration |
1R1G1B |
1R1G1B |
1R1G1B |
|
LED specification |
SMD3535 |
SMD3535 |
SMD3535 |
|
Pixel resolution |
48 dot *24 dot |
40 dot *20 dot |
32 dot* 16 dot |
|
Average power |
43W |
45W |
46W/25W |
|
Panel weight |
0.45KG |
0.5KG |
0.45KG |
|
Cabinet |
Cabinet size |
960mm*960mm*90mm |
960mm*960mm*90mm |
960mm*960mm*90mm |
Cabinet Resolution |
144 dot*144 dot |
120 dot*120 dot |
96 dot*96 dot |
|
Quantity of panel |
18pcs |
18pcs |
18pcs |
|
Hub connecting |
HUB75-E |
HUB75-E |
HUB75-E |
|
Bestrewing angle |
140/120 |
140/120 |
140/120 |
|
Bestrewing distance |
6-40M |
8-50M |
10-50M |
|
Operating temperature |
-10C°~45C° |
-10C°~45C° |
-10C°~45C° |
|
Screen power supply |
AC110V/220V-5W60A |
AC110V/220V-5V60A |
AC110V/220V-5V60A |
|
Max power |
1350W/m2 |
1350W/m2 |
1300W/m2,800 W/m2 |
|
Average power |
675W/m2 |
675W/m2 |
650W/m2,400W/m2 |
|
Technical Signal Index |
Driving IC |
ICN 2037/2153 |
ICN 2037/2153 |
ICN 2037/2153 |
Scan Rate |
1/6S |
1/5S |
1/2S, 1/4S |
|
Refresh frepuency |
1920-3840 HZ/S |
1920-3840 HZ/S |
1920-3840 HZ/S |
|
Dis play color |
4096*4096*4096 |
4096*4096*4096 |
4096*4096*4096 |
|
Brightness |
4000-5000 cd/m2 |
4800 cd/m2 |
4000-6700 cd/m2 |
|
Life span |
100000Hours |
100000Hours |
100000Hours |
|
Control distance |
<100M |
<100M |
<100M |
|
Operating Humidity |
10-90% |
10-90% |
10-90% |
|
IP protective index |
IP65 |
IP65 |
IP65 |
Control System
Components of LED Display Synchronous Control System:
1. Control Host: The control host is the main device that manages the operation of the LED display screens. It receives the input signals and sends them to the display screens in a synchronized manner. The control host is responsible for processing the data and ensuring the correct display sequence.
2. Sending Card: The sending card is a key component that connects the control host with the LED display screens. It receives the data from the control host and converts it into a format that can be understood by the display screens. The sending card also controls the brightness, color, and other parameters of the display screens.
3. Receiving Card: The receiving card is installed in each LED display screen and receives the data from the sending card. It decodes the data and controls the display of the LED pixels. The receiving card ensures that the images and videos are displayed correctly and synchronized with other screens.
4. LED Display Screens: The LED display screens are the output devices that show images and videos to the viewers. These screens consist of a grid of LED pixels that can emit different colors. The display screens are synchronized by the control host and display the content in a coordinated manner.
Advantages of LED Display Asynchronous Control System:
1. Flexibility: The asynchronous control system provides flexibility in terms of content management and scheduling. Users can easily update and change the content displayed on the LED screens without interrupting the ongoing display. This allows for quick adaptation to changing requirements and ensures that the screens are always displaying relevant and up-to-date information.
2. Cost-effective: The asynchronous control system is a cost-effective solution for managing LED display screens. It eliminates the need for manual intervention and reduces maintenance costs, as most issues can be resolved remotely. Additionally, the system allows for the efficient use of energy, resulting in lower operating costs.
3. Scalability: The control system is scalable and can be easily expanded to accommodate additional LED display screens as needed. This scalability ensures that the system can grow with the requirements of the user, without the need for significant investment in new infrastructure.
4. User-friendly Interface: The asynchronous control system is designed with a user-friendly interface, making it easy for both novice and experienced users to operate and manage the LED display screens. The system provides intuitive controls and clear instructions, ensuring a smooth user experience.
Product Comparison
Aging Test
The LED aging test is a critical process to ensure the quality, reliability, and long-term performance of LEDs. By subjecting LEDs to various tests, manufacturers can identify any potential issues and make necessary improvements before the products reach the market. This helps in providing high-quality LEDs that meet the expectations of consumers and contribute to sustainable lighting solutions.
Application Scenario
LED display screens have become increasingly popular in outdoor settings due to their high brightness, durability, and versatility. They are now widely used in various outdoor environments to enhance communication, advertising, and entertainment experiences. Here are some common application scenarios for outdoor LED display screens.
Production Line
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Packaging
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