Interactive Exhibit LED Floor Budget for Science Centres

Quick answer

Budget an interactive exhibit floor as a project system, not a cabinet-only purchase. Line-item the cabinets, dedicated support structure, GOB or protected surface, optional sensor package, media server, compatible content workflow, spares and on-site testing. EA500RF2 documents above 800 kg/m² on its floor support system, IP54 front, optional sensors and at least 3480 Hz refresh; EA500RF documents above 1000 kg/m², IP54 and 7680 Hz. Treat interaction software, content commissioning and venue safety as written lines.

Sources used: EA500RF2 specs; EA500RF specs; Conference LED Screen Guide: 2026; EA1000H9 specs

Start With Load, Support Structure and Venue Safety

For a science centre or museum, the load requirement should be settled before pixel pitch. EagerLED rates the EA500RF2 at above 800 kg/m², and that figure applies when the screen is installed on the specified dedicated floor support structure with a correctly assembled build. The same source asks project teams to confirm subfloor conditions, load distribution and venue safety requirements before use. The EA500RF is documented at more than 1000 kg/m² and uses simple anchor fixing. The fixing or support methods differ, so ask for the support scope as an itemized line.

Cabinet handling belongs in the same cost review. The EA500RF2 cabinet is 500 × 500 × 78 mm and weighs 11.1 kg, and cabinets assemble on the dedicated support structure in repeatable half-metre increments. Before power-up, the documented checks are cabinet locks, support levelling, cable routing and surface alignment. For an exhibit floor that is built and struck for different programmes, those checks are part of the commissioning scope rather than an optional extra. Ask the quotation to identify who supplies the support structure, who levels it and who signs off the pre-power checks.

Compare GOB and Protected Floor Surfaces With Standard Playback Versions

The EA500RF2 GOB floor uses a protective resin layer over the LED module together with a sealed rear cover. Its front face is rated IP54 and its rear IP43, and EagerLED describes the arrangement as reducing exposure to dust, splashes and direct contact in indoor floor applications. The same source states that protection ratings describe enclosure resistance rather than permission for outdoor use or standing water, and the model is specified for indoor installation. That matters for a museum or science centre where the floor may be cleaned between visitor sessions.

The EA500RF rental floor documents a different protected build: an enhanced surface protection layer, a high-protection cabinet, a closed back cover and IP54 dust and water resistance. It also lists front service by vacuum suction cup, simple anchor fixing and a load capacity above 1000 kg/m². For the EA500RF2, EagerLED states that a non-interactive configuration can be selected for standard playback projects; for the EA500RF, interaction is listed as an optional function. Use that distinction when separating a conventional exhibit loop from a sensor-driven installation.

Interactive Floor Budget Decisions and Evidence to Request

Price the Interactive Package Separately: Sensors, Media Server and Content Workflow

Interactive sensing is optional on both floor models. On the EA500RF2, optional sensor chips can detect steps or touch and send real-time position data to compatible interactive content, which EagerLED lists for museum exhibits, stages, product launches and branded activations. Buyers should specify the sensor package, media server and content workflow when requesting a quote. The EA500RF also documents an optional sensing chip that supports real-time image sensing when a human body touches or steps on it. Use a content and media server budget method to keep the playback and content lines visible, because the cabinet total does not establish that these are included.

A responsive exhibit is more than the display. The supplied conference guidance notes that interactive whiteboarding requires a compatible touch layer or separate collaboration device, and that content management software can support scheduled playback, brightness control, status monitoring and coordinated updates. Even though that guidance is written for conference rooms, the same separation is useful when budgeting a museum exhibit: decide who supplies the interaction layer, who authorises the media server and who commissions the content. Treat visitor-facing interaction software, content production and acceptance testing as written project lines.

Match Pixel Pitch and Refresh to Exhibit Content and Camera Use

The EA500RF2 is available in five pixel pitches from P1.52 to P2.6. EagerLED places P1.52 and P1.86 with close-viewed, detail-rich content and P2.5 or P2.6 with larger floors viewed from farther away, while the final choice depends on viewing distance, camera use, budget and screen size. For a science centre, send the installation dimensions, expected audience distance, event schedule and whether interactive effects are required. If the floor will be filmed, confirm the refresh of the quoted pitch and arrange a camera test; the EA500RF2 specification lists at least 3480 Hz across every pitch option, and the EA500RF lists 7680 Hz.

The EA1000H9 is documented as a 500 × 1000 mm rental cabinet for indoor and outdoor work, with at least 3,840 Hz refresh, 14-bit grayscale, a 140° viewing angle and optional high-precision arc locks. If a museum or science centre is considering a vertical rental wall rather than a walk-on floor, that is a different configuration. Budget the wall format, service access and camera performance separately from the floor option.

Budget Service Access, Spares and On-Site Testing

Service access changes the installation cost. The EA500RF2 uses front-serviceable LED modules that are removed from the display surface with a vacuum suction tool, which is useful when the rear of the floor is blocked by the support structure or the venue layout. Its 250 × 250 mm module format is shared across all five pixel pitches, so spare parts are common to the pitch options. The EA500RF also supports front service and uses vacuum suction cup technology. Ask for spare modules matched to the exact quoted pitch and cabinet format, and record the tool, clearance and access route in the handover documents.

Testing should be budgeted as an acceptance item. The general indoor guidance says to evaluate a display from side seats and the farthest participant position, and to confirm specified brightness, contrast, colour calibration and camera test results for the selected configuration before ordering. For an interactive exhibit, test the actual sensor response, the actual content and the actual viewing positions rather than only a demo reel. The same guidance says a modular design can allow individual modules, power supplies or receiving cards to be serviced instead of replacing the whole display, so include spare-part quantities and the service route in the ownership budget.

How to Structure the Quotation and Compare Totals

Use one budget structure across both floor options so the totals answer the same scope. Separate the LED cabinets, dedicated support structure, power and data distribution, sensor package, media server, content workflow, content commissioning, spare modules, installation, on-site testing and venue safety requirements. Use a compare LED screen quotes method to line up the same inclusions, because the general ownership guidance recommends comparing total ownership cost using project-specific quotations rather than generic percentages. Include the display, mounting structure, processor, cabling, control, installation, calibration, power use, cleaning, spare parts, warranties and service labour in the same comparison.

Defer the final comparison until inclusions and exclusions are written beside each total. EagerLED’s rental wall guidance, for example, states that price depends on pixel pitch, screen size, cabinet quantity, control system, spare modules and freight, and that a quotation can be itemised to include spares and shipping. Apply the same discipline to an interactive floor: ask which sensor hardware, media server, content workflow, testing and safety documentation are inside the price and which remain buyer responsibilities. Treat every price as project-specific until the configuration and scope are confirmed.

Science Centre and Museum Scenario Checks

Buyer checklist

• Write the required live load in kg/m² and ask for confirmation against the EA500RF2 above 800 kg/m² rating on the specified floor support system, or the EA500RF above 1000 kg/m² rating with anchor fixing.
• For EA500RF2, confirm subfloor conditions, load distribution and venue safety requirements before use, and record who signs off the pre-power checks.
• Decide whether step or touch interaction is required; if yes, request the sensor package, media server and content workflow as separate quotation lines; if no, specify the non-interactive EA500RF2 configuration for standard playback.
• Confirm the exact quoted pitch, refresh and surface build, and arrange a camera or sensor test using the intended content and viewing positions.
• Request front-service tool, clearance, spare modules matched to the quoted pitch and cabinet format, and a written spares quantity.
• Separate cabinets, support structure, power and data, interaction software, content commissioning, on-site testing and venue safety requirements in the quotation.

Frequently asked questions

How should a science centre budget an interactive LED floor?

Budget it as a system rather than a cabinet purchase. For an indoor floor such as EA500RF2, line-item the cabinets, dedicated floor support structure, GOB or protected surface, optional sensor package, media server, content workflow, spares, power and data, on-site testing and venue safety requirements. EA500RF2 is rated above 800 kg/m² on the specified support system, and EA500RF is documented above 1000 kg/m² with simple anchor fixing. Treat interaction and content commissioning as separate lines.

Does EA500RF2 include interactive sensors?

Interaction is optional. Where fitted, sensor chips can detect steps or 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. A non-interactive configuration can be selected for standard playback projects. Decide the interaction requirement before the quotation is prepared.

What load rating should be confirmed for a museum LED floor?

Confirm the required live load in kg/m² against the exact model and support method. EA500RF2 is rated above 800 kg/m² and that figure applies on the specified floor support structure with a correctly assembled build; its source asks project teams to confirm subfloor conditions, load distribution and venue safety requirements before use. EA500RF is documented above 1000 kg/m² and uses simple anchor fixing.

Can an interactive floor be specified for standard playback instead?

Yes for EA500RF2: a non-interactive configuration can be selected for standard playback projects. The sensors are optional, so the sensor package, media server and content workflow only belong in the quote if interaction is required. For EA500RF, interaction is listed as an optional function.

What is easy to miss when budgeting an interactive exhibit floor?

Common omissions are the dedicated support structure, sensor package, media server, content workflow, content commissioning, on-site testing, spare modules and venue safety requirements. EA500RF2 and EA500RF both offer front service, and EA500RF2 shares a 250 × 250 mm module format across its pitches, so spare-module planning should be part of the same quote. Separate these lines before comparing totals.

How does refresh affect the budget for a filmed exhibit floor?

Refresh matters when the floor appears on camera. EA500RF2 lists at least 3480 Hz across every pixel-pitch option, while EA500RF lists 7680 Hz. A datasheet figure alone does not prove camera performance, so confirm the refresh for the exact quoted pitch and arrange a camera test with the intended frame rate, shutter and content. That test belongs in the project budget.

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