EA-OFloor Outdoor LED Floor: Variants and Installation Planning

An outdoor display that becomes part of the walking surface

EA-OFloor places an LED image on the ground for outdoor streets, stages and events. EagerLED describes a floor cabinet with a protective module surface, magnetic front service and an optional interactive function. The installation brief needs to cover the surrounding ground as well as the display, because visitors will approach the edge and move across the surface. EA-OFloor specs

Begin with a site plan showing the display boundary, audience routes and the intended operating area. Note whether the content will be viewed from the floor itself, from nearby seating or from an elevated position. Include photographs taken under the lighting conditions in which the display will run. These details help the supplier discuss pitch and brightness against the actual experience.

For an indoor venue, compare EA-iFloor using its own specifications. A mixed event may also need a separate background screen; the rental display collection provides a place to define that part of the brief. Keep the requirements for the walking surface and the vertical image distinct when requesting the package.

Keep the four outdoor floor variants identifiable

Every listed EA-OFloor variant uses a 500 × 1000 mm cabinet weighing 24 kg and 250 × 250 mm modules. The highest-density entry has a different published brightness from the other entries. Preserve the full model reference when comparing a sample with the final quotation. EA-OFloor specs

The common table values include at least 3,840 Hz refresh frequency, 16-bit grayscale and a 120° viewing angle. They describe the listed product configurations, rather than a guarantee that all content will look the same from every point around a floor. EA-OFloor specs

Ask to see the graphics that matter to the project. A broad animation and a small instruction label can demand different levels of detail. For filmed events, include the camera positions and intended capture settings in the demonstration request. The product’s refresh figure alone does not describe the complete camera result.

Define the ground interface and edge treatment

EagerLED recommends installing the outdoor floor above the ground. It also describes horizontal use and a wall-fixed arrangement. The published page shows possible orientations but does not provide a universal foundation or mounting plan. EA-OFloor specs

Give the project team information about the existing surface, local drainage and access beneath the proposed installation. Request a drawing that shows the support system, display level, perimeter finish and cable routes. The drawing should make clear how staff will reach the underside and where equipment sits outside the visible display area.

For temporary events, ask how the crew levels and aligns the screen on the actual site. Include the setup sequence, transport arrangement and packing responsibility in the quotation. For permanent public installations, discuss inspection and cleaning access with the people who will operate the space. An equipment list should identify support feet or frames explicitly instead of relying on an illustration.

The source’s wall orientation may be relevant where a project joins floor graphics with an upright surface. Request a dedicated drawing for that arrangement. If the brief primarily concerns fixed outdoor advertising, compare a cabinet family such as EA960F4 and ask the supplier to justify the selected approach for each part of the project.

Review outdoor protection as part of the assembled system

The official description states IP67 protection at both the front and rear. It describes a convex module mask, a protective rubber ring and a breathing valve in the module bottom shell. These construction details belong to the EA-OFloor design. EA-OFloor specs

Request the manufacturer’s documentation for the complete offered assembly, including connectors and any service openings. The public page uses broad language about water exposure. It does not define a site’s drainage design, an operating submersion limit or the approved cleaning process. Agree on those conditions directly before designing around standing water or a washdown procedure.

Likewise, a published loading claim should lead to a request for applicable test information. Identify the contact loads the floor may encounter, such as equipment wheels or concentrated staging supports. The supplier and project engineer need the proposed support arrangement and intended activity to assess the assembled floor. This page does not convert a cabinet marketing statement into a vehicle or public-safety approval.

Specify what an interactive floor must do

The source header calls the interactive function optional, while the body describes a sensing chip that changes images when people touch or step on the surface. Treat the interactive package as an item to confirm in writing. Do not assume that every cabinet quote includes sensing hardware, control software and finished effects. EA-OFloor specs

Describe the experience in practical terms. Explain whether the image should react to a person walking across the floor, support a planned performance or play a fixed sequence during quiet periods. Ask the supplier to demonstrate the proposed behavior and identify the equipment and content files used. Also agree on how the operator switches between interactive and ordinary playback.

The people preparing content need the final display layout and its resolution. Have them review the demonstration before the equipment list is finalized. An interactive effect that looks good on a sample can still require changes to suit the shape and audience flow of the completed floor.

Service and electrical scope

EA-OFloor uses a magnetic design for front service. Ask to see the module-removal procedure with cabinets fitted into the proposed support structure. The service plan should cover access to electronics beneath the floor as well as the visible modules. EA-OFloor specs

The specification table lists AC 100–240 V at 50–60 Hz, maximum power consumption of 1,200 W/m² and average consumption of 480 W/m². It gives an operating-temperature range of −20 to +55°C. These are published values for the listed variants, not measurements from the intended installation. EA-OFloor specs

Request a complete electrical schedule and identify the party responsible for site distribution. Include the control equipment, cable runs and required spare parts in the scope. Staff should receive the operating instructions and a documented way to report and isolate a fault before the venue begins using the display.

Selection and quotation checklist

Use the quote form to submit the site plan and this equipment brief. The product catalog can support a broader equipment comparison, but price comparisons need matching scope. The source provides no fixed project price or confirmed delivery schedule.

EA-OFloor questions

Is the smallest-pitch variant also the brightest?

No. The table lists P3.91 at 3,500 cd/m² and the other published variants at 4,000 cd/m². Compare the image sample and brightness proposal together instead of choosing by pitch alone. EA-OFloor specs

Is interaction standard on every quotation?

The header describes it as optional. Ask the supplier to identify the interaction package and demonstrate it before purchase. The source’s general sensing description does not establish what a particular quotation includes. EA-OFloor specs

Does the protection rating remove the need for drainage planning?

No. The product description states front and rear IP67 protection, while the installation still needs defined drainage, connectors and operating conditions. Request documentation for the offered assembly and site arrangement. EA-OFloor specs

What does front service cover?

EagerLED describes magnetic access from the display face. Confirm module removal, the supplied tool and access to the remaining electronics in the installed floor. Record that procedure in the maintenance handover. EA-OFloor specs