P6 Indoor Rental LED Display – Big Size Rental cabinet

P6 Indoor Rental LED Display

Model: P6-SMD-IR1

Description

Pixel pitch: 6mm
Pixel configuration: SMD 3 in 1
Brightness: ≥ 2000 cd/㎡
Refresh rate: ≥2,000Hz
Cabinet size: 576mm X 576mm
Cabinet resolution: 96dots X 96dots
Big Size Rental cabinet picture


Our indoor rental series is designed for high-end indoor installation in shopping malls, museums and advertising applictations. The LED display panel features PLS-SANSUN’s unique Black Package face technology for incredible contrast levels, high quality image and wide viewing angles without color shift. The LED display panel is designed to facilitate installation fast and simple. And the mechanical design offers you the flexibility to create a screen to suit your size requirements, and deliver seamless images without alignment problems.


PLS-SANSUN uses the world’s finest LEDs, components and materials, together with unique design and build quality, stringent quality control at our factories and dedicated LED engineering resources throughout world – all these factors have consistently produced the world’s most reliable LED display panel systems over decades.




The PLS-SANSUN’s LED display panels combine quickly in the field to form a large-screen video display of any shape or size. Built using large, hand-stackable sections makes the display ideal for speedy setup and teardown while also minimizing cabling and display weight. The result is a tough, road-ready display line featuring industry-leading image quality perfect for any concert tour, corporate function, award or auto show, festival or sport event.


Additional information

Pixel Pitch

Cabinet Size

Cabinet Resolution

Module Size

Module Resolution

Pixel Configuration

Pixel Density

Brightness

Color Processing

Colors

Refresh Rate

Viewing Angle

Best Viewing Distance

Ip Rating

Continual Operating Period

Operational Temperature

Operational Humidity

Lifetime

Average Weight

Typical Power Consumption

Peak Power Consumption

Ac Voltage

Source Compatibility

Control Method