How Should Buyers Plan an Indoor Rental LED Floor for a Live Stage?

Quick answer

Plan the live stage around the EA500RF2 floor system rather than the panel alone. Confirm the above 800 kg/m² rating against the dedicated floor support structure, the 500 × 500 × 78 mm cabinet at 11.1 kg, the GOB front face at IP54, surface-side module service, and at least 3480 Hz refresh on all five pitches. Decide whether optional interactive sensing is needed, then ask EagerLED how the quoted build meets subfloor, load-distribution and venue safety conditions.

Sources used: EA500RF2 specs; EA500RF specs; EA-iFloor specs

Start With the Documented Load Scope and the Support Structure

For a live stage, the load requirement is the first decision, not the pixel pitch. EagerLED rates the EA500RF2 at above 800 kg/m², and the specification ties that figure to use on the dedicated floor support structure, with the rating applying to a correctly assembled build. The same source states that subfloor conditions, load distribution and venue safety requirements need confirming before the display goes into service. Treat the figure as the comparison point for the exact stage layout rather than as blanket approval for a venue floor.

Handling and build-up belong to the same question. Each cabinet is a 500 × 500 × 78 mm die-cast aluminium unit weighing 11.1 kg, and cabinets join on the floor support structure in repeatable half-metre steps. The supplied guidance lists cabinet locks, support levelling, cable routing and surface alignment as checks before power-up. Our advice is to put the required live load in kg/m², the proposed support structure and the venue’s own structural conditions on one document, so the supplier answers against the same numbers instead of a headline rating.

Match Pixel Pitch and Refresh to the Stage Camera Plan

EA500RF2 is offered in five pixel pitches from P1.52 to P2.6. EagerLED places P1.52 and P1.86 with content that is watched close up and carries fine detail, and P2.5 or P2.6 with larger floor areas seen from further back. Viewing distance, camera use, budget and screen size all feed the final choice, so send the closest audience position, the furthest viewing position and the event schedule with the enquiry instead of choosing a pitch from a general rule.

Refresh is a separate line when the floor is filmed. The published EA500RF2 specification lists at least 3480 Hz on every pitch option for video capture. A datasheet figure does not show how a particular camera will behave, so request a camera test using the intended frame rate, shutter, content and camera position before accepting the floor, and keep the result beside the pitch decision.

EA500RF2 Floor Planning Decisions and Evidence to Request

Plan Around the GOB Surface, IP54 Front and Front Service

The EA500RF2 uses GOB, a protective resin layer bonded over the LED module, together with a sealed rear cover. The front face carries an IP54 rating and the rear IP43, and EagerLED describes the arrangement as reducing exposure to dust, splashes and direct contact in indoor floor work. Two limits shape planning: the ratings describe the enclosure rather than permission for outdoor use or standing water, and the model is specified for indoor installation.

Service access is the maintenance decision. EA500RF2 modules lift off the viewing surface with a vacuum suction tool, which matters where the support frame or the venue layout blocks the space behind the floor. The 250 × 250 mm module footprint is shared across all five pitches, so parts are common to the pitch options. Ask for spare modules matched to the quoted pitch and cabinet format, and record the tool, the clearance and the access route for the installed position.

Decide on Optional Interactive Sensing Before the Quote

Interactive sensing on the EA500RF2 is an option, not a default. Where it is fitted, sensor chips respond to a step or a touch and pass real-time position data to compatible interactive content, which EagerLED lists for launches, museum exhibits, stages and branded activations. Because the function is optional, buyers should set out the sensor package, media server and content workflow when requesting a quote, while a non-interactive configuration can be specified for straight playback. Settle this before the quotation is issued, since the interactive path changes the control and content plan rather than only the panel.

When the Required Load or Protection Sits Outside the EA500RF2 Scope

Some stages will ask for more than the EA500RF2 documents. EagerLED lists the EA500RF, an indoor rental floor screen, at more than 1000 kg/m² with IP54 protection, 7680 Hz refresh and front service by vacuum suction cup. The EA-iFloor, a 500 × 1000 mm indoor floor display, is documented at over 2,000 kg/m² with IP66 protection, magnetic front service and a choice of ground, embedded, steel-frame or rail installation. Different models carry different cabinet formats and mounting methods, so a higher figure does not transfer automatically to your stage.

Use those figures to frame a configuration question rather than an automatic upgrade. If the required load, protection level or cabinet size falls outside the EA500RF2 scope, state the requirement and ask which EagerLED floor model matches the intended installation, then confirm cabinet dimensions, the support method, the service route and rental suitability for the model offered. Itemised lines also let you compare LED screen quotes on identical inclusions, with cabinet, support, control, spares and freight kept apart.

Live Stage Floor Scenarios and What to Confirm

Buyer checklist

• Write the required live load in kg/m² and ask EagerLED to confirm the above 800 kg/m² EA500RF2 rating against the specified floor support structure for the exact stage layout.
• Request written confirmation of subfloor conditions, load distribution and venue safety requirements for the quoted floor system.
• Confirm the quoted cabinet size, weight and module footprint, and how the cabinets reach half-metre screen increments on the support structure.
• State whether interactive sensing is required; if yes, request the sensor package, media server and content workflow as separate lines.
• Ask for the front-service tool, its access clearance, and spare modules for the quoted pitch and cabinet format.
• If the floor will be filmed, confirm refresh for the quoted pitch and arrange a camera test with the intended cameras, shutter and content.

Frequently asked questions

What load figure should an indoor rental stage floor be planned against?

The EA500RF2 is rated above 800 kg/m², and that figure is tied to use on the specified floor support system with a correctly assembled structure. The supplied source also asks project teams to confirm subfloor conditions, load distribution and venue safety requirements before use, so treat the rating as the comparison point for your exact stage layout rather than as approval for the venue floor.

Can the EA500RF2 GOB floor be used outdoors?

The EA500RF2 is specified for indoor installation. Its GOB resin layer and sealed rear cover are paired with an IP54-rated front and IP43-rated rear, described as reducing exposure to dust, splashes and direct contact in indoor floor applications. Those ratings describe enclosure resistance rather than permission for outdoor use or standing water.

How do I choose between the five EA500RF2 pixel pitches?

EA500RF2 covers five pitches from P1.52 to P2.6. EagerLED places P1.52 or P1.86 with close-viewed, detail-rich content and P2.5 or P2.6 with larger floors viewed from farther away, and states that the final choice depends on viewing distance, camera use, budget and screen size. Share installation dimensions, expected audience distance and the event schedule for a configuration recommendation.

Is interactive sensing included with the EA500RF2 floor?

It is optional. Where fitted, sensor chips detect a step or a touch and send real-time position data to compatible interactive content. Buyers should specify the sensor package, media server and content workflow when requesting a quote, and a non-interactive configuration can be selected for standard playback. Decide the interaction requirement before the quotation is prepared.

How does front service affect stage floor planning?

EA500RF2 modules are removed and replaced from the display surface with a vacuum suction tool, which helps when the rear of the floor screen is blocked by the support structure or the venue layout. The module footprint is 250 × 250 mm across all five pitches, so service parts are shared. Record the tool, the clearance it needs and the spare module size for the installed position.

When should a live stage look beyond the EA500RF2?

When the required load, protection level or cabinet size falls outside what the EA500RF2 documents. EagerLED lists the EA500RF indoor rental floor screen at more than 1000 kg/m² with IP54 protection, 7680 Hz refresh and vacuum suction cup front service, and the EA-iFloor 500 × 1000 mm indoor floor display at over 2,000 kg/m² with IP66 protection, magnetic front service and ground, embedded, steel-frame or rail installation. Confirm cabinet size, support method and rental suitability before selecting.

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