Rear view of a modular LED display panel with two stacked power modules attached, shown beside a tilted screen.
Rear view of a modular LED display panel with two stacked power modules attached, shown beside a tilted screen.

EA-OFloor Outdoor Interactive LED Floor Screen

  • Polycarbonate mask, perimeter seal and pressure-equalization valve

  • Flexible floor-mounted or wall-mounted installation

  • Load rating above 1,500 kg/m²

  • Built-in sensing for real-time interactive content

  • Magnetic front-service modules

  • Front and rear IP67 enclosure protection

Get a Custom LED Floor Screen Solution

500 × 1000mm EA-OFloor Outdoor LED Floor Screen

The EA-OFloor cabinet is engineered for floor installations that require mechanical strength, environmental sealing and efficient heat management. P3.91, P6.25, P7.8 and P8.9 versions share the same 500 × 1,000 mm cabinet for consistent system planning.

EagerLED Floor LED Screen-1

Wear-Resistant Protective Module

A raised polycarbonate mask helps protect the LED surface from foot traffic, while the perimeter rubber seal supports water-ingress protection. A pressure-equalization valve helps manage internal pressure changes caused by outdoor temperature cycles.

EagerLED Floor LED Screen-2

Flexible Floor and Wall Installation

The cabinet supports floor-mounted and wall-mounted layouts. For outdoor floor installations, use a level raised substructure with engineered load distribution, drainage and cable protection.

Magnetic Front-Service Modules

Magnetic modules can be removed from the front, reducing the rear access space required for routine module replacement. Confirm the service path for power supplies, receiving cards and cabling during project design.

Exploded view of a front maintenance tool for large display panels, showing a black mounting frame and an orange label reading 'Front Maintenance Tool'

Load Rating Above 1,500 kg/m²

EA-OFloor is specified for a load capacity above 1,500 kg/m², supporting pedestrian use in event and commercial environments. The support structure must still be engineered for concentrated loads, dynamic loads and site-specific safety requirements.

Orange crossover SUV on a blue vibration/testing platform with adjustable legs, shown from a front three-quarter view

Real-Time Interactive Sensing

A built-in sensing chip detects touch and footsteps so compatible content can respond in real time. Interactive playback requires a matched control system, content software and project-level calibration.

Two purple silhouette dancers on a reflective stage against a starry night sky and mountains.

Front and Rear IP67 Enclosure Protection

The front and rear are rated IP67, providing dust-tight enclosure protection and resistance to temporary water immersion under defined test conditions. IP67 does not mean unlimited submersion; outdoor systems still require sealed connectors, protected cabling and proper site drainage.

Industrial equipment enclosure with water splash and IP67 shield indicating waterproof protection.

EA-OFloor Outdoor LED Floor Screen Specifications

Pixel Pitch (mm)P3.91P6.25P7.8P8.9
ModelEA-OFloor-P3.91EA-OFloor-P6.25EA-OFloor-P7.8EA-OFloor-P8.9
Pixel ConfigurationSMD1921SMD2727SMD2727SMD3535
Density (Pixels/㎡)65536256001638412544
Module Resolution (Pixel)64x6440x4032x3228x28
Module Size (mm)250x250250x250250x250250x250
Driving Mode (Duty) 1/161/101/41/4
Cabinet Size (mm)500x1000500x1000500x1000500x1000
Cabinet Weight (KG)24242424
Brightness (CD/㎡)3500400040004000
Viewing Angle (°)120120120120
Gray Grade (Bits)16161616
Operation PowerAC100-240V 50-60HzAC100-240V 50-60HzAC100-240V 50-60HzAC100-240V 50-60Hz
Max. Power Consumption (W/㎡)1200120012001200
Avg. Power Consumption (W/㎡)480480480480
Frame Frequency (Hz)50-6050-6050-6050-60
Refresh Frequency (Hz)≥3840≥3840≥3840
Working Temperature (ºC)-20~+55-20~+55-20~+55-20~+55
Protection GradeIP67IP67IP67IP67

EA-OFloor Outdoor LED Floor Screen FAQ

What is the EA-OFloor outdoor LED floor screen?

EA-OFloor is a 500 × 1,000 mm outdoor interactive LED floor screen designed for pedestrian-facing event and commercial installations. It combines four pixel-pitch options, built-in sensing, front-service modules and front-and-rear IP67 enclosure protection.

Which pixel pitches are available for EA-OFloor?

EA-OFloor is available in P3.91, P6.25, P7.8 and P8.9. All four versions use a 500 × 1,000 mm cabinet, so the final pitch should be selected from viewing distance, screen size, content detail and target resolution.

What is the EA-OFloor load capacity?

EA-OFloor is specified for a load capacity above 1,500 kg/m². The supporting structure must also be engineered for concentrated and dynamic loads, floor level, local codes and the intended traffic pattern.

How does interactive LED floor sensing work?

The built-in sensing chip detects touch and footsteps, allowing compatible visual content to respond in real time. A complete interactive system also requires a matched controller, content software and on-site calibration.

What does the front-and-rear IP67 rating cover?

IP67 indicates dust-tight enclosure protection and resistance to temporary water immersion under defined test conditions. It does not mean unlimited underwater operation; connectors, cabling, power distribution, drainage and the support structure must be designed for the site.

How should an outdoor LED floor screen be installed?

For floor use, install the cabinets on a level raised substructure that distributes loads and provides drainage, ventilation and protected cable routing. EA-OFloor can also be configured for wall mounting where the project design requires it.

How is the EA-OFloor maintained?

Magnetic LED modules can be removed from the front for routine module replacement. Access for power supplies, receiving cards, connectors and cabling should be confirmed in the final mechanical layout.

Where is the EA-OFloor typically used?

Typical applications include event stages, exhibition stands, retail activations, museums, themed attractions and outdoor experiential installations. Pixel pitch, brightness, structure and control design should be matched to the viewing distance and operating environment.