EA1000TOR1 vs EA1000F2: Transparent Rental or Opaque Fixed Facade?

Quick answer

For a temporary outdoor build that must stay see-through, curved or column-shaped, the EA1000TOR1 is the documented starting point: 1000 × 500 mm, 80 mm, 7.5 kg cabinets, IP65 and a high-precision curve lock. For a permanent facade showing solid advertising imagery, the EA1000F2 is the documented starting point: a 1000 × 1000 mm, 28.4 kg aluminum cabinet, IP65, 5,000 or 6,500 cd/m², P2.97-P10.42 and optional corner geometry.

Sources used: EA1000TOR1 specs; EA1000F2 specs; EA500H8 specs

See-Through Rental Event or Solid Fixed Facade

EA1000TOR1 is documented as an outdoor rental transparent LED screen built for rental events, using 1000 × 500 mm cabinets with an 80 mm depth and 7.5 kg cabinet weight, and supporting front and rear maintenance, curved setups and IP65 dust and water protection. It is described for outdoor rental events that need a transparent display, curved backdrop or square column screen. EA1000F2 is a different scope: a fixed outdoor advertising LED screen for commercial buildings, roadside billboards and large-format digital signage, with IP65 protection for outdoor installation. That scope split should come before transparency, brightness or price comparisons.

The practical decision rule is straightforward. If the screen will be packed, transported, rebuilt and dismantled, and the audience must see through it, the rental transparent cabinet is the documented starting point; use an outdoor transparent rental specification method to lock down pitch, protection and service access. If the screen is a permanent building face where solid advertising imagery is the point and the structure is fixed, the opaque advertising cabinet is the documented starting point. Treat the two scopes as different products rather than as two versions of the same facade.

Transparency, Brightness and Pixel Pitch

Transparency for EA1000TOR1 is pitch-specific, not a single model-wide figure: the specification table lists 60% for P3.91-7.82, 70% for P10.4 and 80% for P15.6. Its open cabinet design is described as helping reduce wind resistance, improve airflow and preserve sightlines through the screen. Name the pitch you intend to buy and request the transparency figure for that exact configuration, then check it against audience positions with a pixel pitch and viewing distance review rather than accepting one headline percentage.

EA1000F2 documents seven pixel-pitch configurations from P2.97 to P10.42, and the source states those options let specifiers balance image detail, viewing distance and project budget. EA1000F2 models deliver 5,000 or 6,500 cd/m² brightness, a refresh rate of at least 3,840 Hz, 16-bit grayscale and a 140° viewing angle. The supplied EA1000TOR1 passages in this evidence set do not list a brightness or refresh figure, so request the configured brightness and refresh for the quoted transparent pitch instead of assuming it matches the opaque cabinet’s numbers.

EA1000TOR1 and EA1000F2 documented differences for an outdoor facade

Cabinet Format, Weight and Handling

EA1000TOR1 uses a 1000 × 500 mm standard cabinet at 80 mm thick and 7.5 kg, with an optional 500 × 500 mm bevel cabinet. EA1000F2 uses a 1000 × 1000 mm aluminum cabinet listed at 28.4 kg, built on a 500 × 250 mm module platform that supports six cabinet formats: 1000 × 500, 1000 × 750, 1000 × 1000, 1500 × 500, 1500 × 750 and 1500 × 1000 mm.

The handling consequences follow the documented scopes. EA1000TOR1 is described for rental events with repeated handling, and its source lists stacking, hanging and fixed installation methods with front and rear maintenance access. EA1000F2 documents quick locks and positioning posts to align adjacent cabinets, plus module safety tethers for secondary retention during installation and service, with hard-connected modules that reduce exposed internal cabling. Those are cabinet hardware details, not mounting or load ratings; give the exact quoted cabinet weight and quantity to the structural professional for the chosen model.

Curve Locks, Corner Geometry and Column Builds

EA1000TOR1 has a high-precision curve lock that uses rotational control to adjust the cabinet angle quickly and accurately, which the source describes as making curved screen assembly easier for rental teams and helping them adapt the display shape to the event layout. Optional EA500TOR1 500 × 500 mm angled cabinets are compatible with the standard EA1000TOR1 1000 × 500 mm cabinets, and combining the two cabinet formats can build corner sections, different screen shapes, or square and column-shaped LED screens. If the rental layout uses the bevel cabinet, put it on its own quotation line because a flat cabinet count does not establish the angled cabinet quantity.

EA1000F2 geometry is optional hardware in the supplied evidence. Optional 45° beveled-edge cabinets are available in three sizes and pair to form a 90° outside corner for building corners and right-angle advertising displays where content must continue across two faces. Optional 90° curved cabinets are available in three sizes for rounded-corner installations, and the curved surface can support wraparound content and glasses-free 3D campaigns when the content is produced for the planned viewing position. Confirm which optional beveled corner or curved cabinet is quoted and that its count covers the actual geometry.

Service Access and Installation Method

EA1000TOR1 supports front and rear maintenance and can be stacked, hung or fixed; the source describes its front and rear maintenance access as making servicing more convenient and advises choosing the installation method to match the venue layout and the access available around the screen. EA1000F2 LED modules can be installed and removed from either the front or the rear of the cabinet, and the dual-service design is described as letting technicians choose the access method that fits the site, including wall-mounted projects with limited rear clearance and structures with dedicated rear service space.

Both models therefore document dual service routes, but the installed condition still governs. Ask how the exact cabinet, at the exact height and orientation, would be reached in practice: from a dedicated rear corridor, from the front with the screen fully assembled, or from a lifting platform. Record that answer in the quotation rather than treating the series description as a site plan, and defer acceptance if the route is unconfirmed in writing.

Weather Protection, Temperature and Cooling

EA1000TOR1 has an IP65 protection rating for dust and water resistance, and the source describes the outdoor design as helping protect the display during rental events while asking buyers to confirm installation conditions and the required configuration with EagerLED when planning a project. EA1000F2 documents IP65 protection for outdoor installation, and published configurations list AC 90–264 V input and a -20 to +60°C working-temperature range, with final electrical design following the selected model and local requirements.

Thermal design is documented in detail for one model. EA1000F2 uses aluminum module baseplates and vortex cooling fans to move heat away from the LED modules, and the power supply mounts directly against the cabinet door panel with thermal paste to create a defined heat-transfer path for outdoor operation. For EA1000TOR1, the supplied passages describe the open cabinet design as helping reduce wind resistance and improve airflow but do not document a cooling hardware list, so ask how the quoted transparent cabinet manages heat and moisture at the installed site.

Quotation and Acceptance Evidence

Build the quotation around the decisions that change the delivered screen: model, cabinet size and quantity, pixel pitch, configured brightness and refresh, transparency where applicable, IP65 basis, operating range, corner or curve hardware, service route, control scope, spare modules and freight. Use a line-by-line method to compare LED screen quotes rather than a headline total, keeping mounting structure, control equipment, commissioning, spare modules, flight cases and freight on their own lines so competing offers can be judged on the same inclusions.

For EA1000TOR1, the quotation should name the 1000 × 500 mm cabinet, its 80 mm depth and 7.5 kg weight, the IP65 basis, the quoted pitch and its transparency figure, and any optional EA500TOR1 500 × 500 mm angled cabinet if the build includes a column or corner. For EA1000F2, it should name which of the six cabinet formats is priced, the 28.4 kg weight where the 1000 × 1000 mm cabinet applies, the selected pitch from P2.97 to P10.42, whether brightness is the 5,000 or 6,500 cd/m² option, and whether optional 45° bevel or 90° curve cabinets are in scope. If the facade is permanent but must stay see-through, treat it as a fixed outdoor cabinet comparison rather than a rental question.

Outdoor facade scenarios and documented starting points

Buyer checklist

• State temporary rental event or permanent advertising facade first, because that scope split separates EA1000TOR1 from EA1000F2 in the supplied evidence.
• For EA1000TOR1, confirm the 1000 × 500 mm cabinet, 80 mm thickness, 7.5 kg weight, IP65 rating, curve lock provision and any compatible EA500TOR1 500 × 500 mm angled cabinet if the build has a column or corner.
• For EA1000F2, confirm the quoted cabinet format from the six documented options, the 28.4 kg weight for the 1000 × 1000 mm cabinet, the selected pitch from P2.97 to P10.42, and whether brightness is the 5,000 or 6,500 cd/m² option.
• Request the transparency figure for the exact EA1000TOR1 pitch and the configured brightness and refresh for both models, rather than relying on a series description.
• Confirm the service route for the installed orientation and height, and whether optional 45° bevel or 90° curve cabinets are quoted if the facade turns a corner.
• Put mounting, control, commissioning, spare modules, flight cases and freight on separate quotation lines so offers compare on the same inclusions.

Frequently asked questions

Is EA1000TOR1 suitable for a permanent building facade?

The supplied evidence documents EA1000TOR1 as an outdoor rental transparent LED screen built for rental events, with 1000 × 500 mm cabinets, 80 mm depth, 7.5 kg weight, IP65 protection and a high-precision curve lock, and describes it for outdoor rental events needing a transparent display, curved backdrop or square column screen. The same passages do not state permanent facade use, so ask EagerLED for a written position for that installation and confirm cabinet, mounting and service conditions before ordering.

Can EA1000F2 be used for a temporary rental event?

The supplied evidence describes EA1000F2 as a fixed outdoor advertising LED screen for commercial buildings, roadside billboards and large-format digital signage, with IP65 protection, a 1000 × 1000 mm, 28.4 kg aluminum cabinet and published configurations listing AC 90–264 V input and a -20 to +60°C working range. It does not document a rental handling cycle, so ask EagerLED whether a temporary deployment is inside the scope of the quoted cabinet.

What transparency does EA1000TOR1 provide?

Transparency is pitch-specific. The EA1000TOR1 specification table lists 60% for the P3.91-7.82 configuration, 70% for P10.4 and 80% for P15.6. Name the pixel pitch you intend to buy and request the transparency figure for that exact configuration rather than using one model-level percentage.

How do the EA1000F2 and EA1000TOR1 brightness figures compare?

The supplied EA1000F2 evidence lists 5,000 or 6,500 cd/m² brightness, while the supplied EA1000TOR1 passages do not list a brightness figure. To compare the two on paper, request the configured brightness and refresh for the exact transparent pitch from EagerLED and ask that both values appear on the itemised quotation.

Do EA1000TOR1 and EA1000F2 both offer front and rear service?

EA1000TOR1 supports front and rear maintenance and can be stacked, hung or fixed, with the source describing that access as making servicing more convenient. EA1000F2 modules install and remove from the front or rear, and its dual-service design is described as fitting wall-mounted projects with limited rear clearance and structures with dedicated rear service space. Confirm the actual route for the installed orientation and height.

Which model fits a permanent facade that must stay see-through?

Neither documented scope in this evidence set is a fixed transparent facade: EA1000TOR1 is documented as an outdoor rental transparent screen, and the supplied EA1000F2 passages do not document a transparency figure. Ask EagerLED about a fixed transparent outdoor option for that brief, and confirm cabinet size, protection basis and service route for whichever configuration is quoted.

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