Botanical Garden and Conservatory LED Display Budget for Humid Glasshouses

Quick answer

For a botanical garden or conservatory, start with the humidity, condensation and cleaning exposure at the screen position, not the screen size. Budget the cabinet with a protected module surface and a documented IP rating as one line, then add ventilation or dehumidification, mounting, power, control, spare modules and cleaning as separate lines. Confirm temperature, moisture exposure and service access for the exact configuration; prices are project-specific.

Sources used: EA1000F2 specs; EA250WH5 specs; EA600COB3 specs; EA500C6 specs

Start With the Glasshouse Exposure, Not the Cabinet Price

A conservatory or glasshouse can combine high humidity, condensation, plant watering and temperature swings in one space. For the budget, record the actual conditions at the proposed screen position and treat them as project inputs. Documented indoor cabinets such as the EA250WH5 are rated IP31 and have a working temperature range of -20 to +60°C; the EA600COB3 is also IP31, with a -20 to +50°C range, and its source states that rain, wash-down, poolside humidity and strong direct sunlight are outside its specification. An outdoor-rated cabinet such as the EA1000F2 documents IP65 protection and -20 to +60°C, while the EA500C6 outdoor models offer up to IP65 front protection. Use an indoor swimming pool LED display guide to frame humidity and condensation questions, but confirm the exact cabinet for the conservatory position rather than assuming an indoor IP31 cabinet suits a wet glasshouse.

Our advice is to split the budget into environment control and display hardware. Ventilation or dehumidification, drainage, cleaning access and any plant-irrigation overspray belong on separate lines from the LED cabinets, because those measures address the room rather than the screen. The EA1000F2 source states that final electrical design should follow the selected model and local requirements, so pass the exact quoted model data to the project electrical designer.

Separate the Protected Module Surface From the Cabinet Quote

A protected module surface is a distinct budget line. GOB is a glue-on-board protection over the LED surface, and on the EA500C6 indoor specification table it applies to P1.56, P1.95 and P2.6 only; the source warns not to assume GOB is included on every pitch. The EA250WH5 offers a P1.25 GOB option, and the EA600COB3 uses flip-chip COB modules that bond the chips to the board and encapsulate them. Compare GOB vs SMD for the module surface, but confirm the exact quoted variant and matching spare modules in the order.

The EA600COB3 source states that encapsulated COB has no individual lamps to knock loose, tolerates dust and routine cleaning better, produces less glare and fewer moiré artefacts on camera, and improves heat transfer away from the chip; it also states that COB modules are generally more expensive than equivalent SMD modules. Treat that cost trade-off as a documented characteristic, not a promise for every project, and request the quoted surface for the exact pitch.

Humid Glasshouse Budget Decisions and Evidence to Request

Match IP Rating and Operating Temperature to the Exact Exposure

IP rating and operating temperature are model-specific and should be confirmed by face where applicable. EA1000F2 is documented with IP65 protection for outdoor installation and a -20 to +60°C working-temperature range. EA500C6 indoor models are IP31, while its outdoor models offer up to IP65 front protection. EA250WH5 cabinets are IP31 for indoor use with a -20 to +60°C range, and the EA600COB3 is IP31 with a -20 to +50°C range. For the glasshouse, name the quoted model and ask for written confirmation of the IP rating, operating temperature and moisture exposure for that exact configuration.

Do not substitute one model’s IP number for another, and do not treat an IP rating alone as proof of corrosion or condensation performance. The EA600COB3 source explicitly places poolside humidity outside its specification, while the EA1000F2 and EA500C6 outdoor options document higher protection for outdoor exposure. If the conservatory has wash-down, misting or long periods of condensation, an outdoor-rated cabinet may be the appropriate starting point, but the written project configuration still governs.

Plan Mounting, Service and Cleaning Around the Glasshouse

Service access should match the structure, not the other way round. EA1000F2 modules can be installed and removed from either the front or rear of the cabinet. EA250WH5 modules, power supplies and control components are reachable from the front with a suction tool, so no maintenance aisle is needed behind the wall. EA600COB3 modules are released from the front, and the EA500C6 has an openable rear cover for power and control access. For a high glasshouse wall with no rear walkway, front service becomes a practical selection criterion. Use a pixel pitch and viewing distance method to set the closest viewer requirement before finalising the cabinet and service plan.

Give the structural professional the exact quoted cabinet, dimensions and weight rather than a series range, and ask that person to confirm the mounting and access implications for the actual position. EA1000F2 supports six cabinet formats, including a 1000 × 1000 mm aluminum cabinet at 28.4 kg, and offers optional 45° beveled-edge and 90° curved cabinets. EA250WH5 is 30 mm deep, with 250 mm-high formats weighing 3.0 to 5.7 kg and 500 mm-high formats weighing 5.3 to 10.5 kg, and it supports right-angle corners and column wraps. EA500C6 offers optional concave and convex curves.

Itemize the Quotation and Compare Inclusions

Ask for separate quotation lines for LED cabinets, protected module surface, ventilation or dehumidification, mounting structure, power and signal distribution, controller, spare modules, cleaning access, freight, installation and commissioning. This is purchasing advice; it lets you compare offers on the same inclusions instead of one blended total. EA500C6, EA250WH5 and EA600COB3 sources each state that price is quoted per project and depends on factors such as pixel pitch, cabinet quantity, control system, spare modules, mounting and shipping.

Use a line-by-line method to compare LED screen quotes, and keep site rules, structural approval and electrical design outside the cabinet line so each scope can be reviewed by the responsible professional. For the technical brief, provide screen width and height, closest and farthest viewer positions, smallest on-screen text, mounting method, power standard, delivery destination and target installation date. The quotation should state the proposed model, pixel pitch, active resolution, IP rating, operating temperature, service method and warranty scope for the exact configuration.

Budget Spares and Cleaning for a Humid Glasshouse

For a humid glasshouse, our advice is to treat cleaning and spare-part planning as explicit budget lines rather than extras. Order spare modules matched to the exact GOB or COB surface and pitch, because the EA500C6 source warns that GOB is not included on every pitch and that matching spare modules should be confirmed in the order. For the EA600COB3, one cabinet size and one module footprint cover all six pitches, so each pitch needs a single spare-module SKU according to that source. Confirm the cleaning method for the quoted surface and do not treat GOB or COB as permission for hosing or standing water.

Cleaning access, drainage and ventilation are separate from the cabinet line. The EA500C6 source says ventilation supports heat dissipation, and the EA1000F2 source documents aluminum module baseplates, vortex cooling fans and a power supply mounted against the cabinet door panel with thermal paste. Request the cooling and inspection scope for the exact cabinet and keep any additional dehumidification or cleaning equipment as its own quotation line.

Conservatory Scenario and What to Confirm

Buyer checklist

• Record humidity, condensation, temperature and cleaning exposure at the proposed screen position; request written confirmation for the exact cabinet.
• Confirm IP rating by face and module surface for the quoted pitch; EA500C6 indoor GOB is on P1.56, P1.95 and P2.6, EA250WH5 offers P1.25 GOB, and EA600COB3 uses COB.
• Confirm operating temperature for the exact model; EA1000F2 and EA250WH5 list -20 to +60°C, EA600COB3 lists -20 to +50°C, and request EA500C6 data.
• Match service access to the mounting position: EA1000F2 front or rear, EA250WH5 front suction, EA600COB3 front, EA500C6 rear cover.
• Request an itemized quote separating cabinets, protected module surface, ventilation or dehumidification, mounting, power, control, spares, cleaning, freight, installation and commissioning.
• Confirm spare modules and cleaning method for the exact surface.

Frequently asked questions

How should I budget a botanical garden LED display in a humid glasshouse?

Start with the exposure at the screen position and budget the display as a system. Separate the cabinet with a protected module surface and documented IP rating from ventilation or dehumidification, mounting, power, control, spare modules and cleaning. Confirm humidity, temperature and service access for the exact configuration; prices are project-specific.

Is an IP31 indoor LED cabinet suitable for a conservatory?

IP31 covers limited dust ingress but no water protection on the EA600COB3, and its source places poolside humidity outside the specification; EA250WH5 is also IP31 for indoor use. For condensation, misting or wash-down, ask whether an outdoor-rated IP65 cabinet such as EA1000F2 or an EA500C6 outdoor model is required, and confirm in writing for the exact position.

Should I choose GOB or COB for a humid glasshouse?

Both are protective module surfaces, but availability is model- and pitch-specific. EA500C6 lists GOB on P1.56, P1.95 and P2.6, EA250WH5 offers a P1.25 GOB option, and EA600COB3 uses flip-chip COB. The EA600COB3 source says COB modules are generally more expensive than equivalent SMD modules; confirm the exact surface, cleaning method and spare-module match for the quoted pitch.

What operating temperature should I confirm for a conservatory LED display?

Confirm the figure for the exact model, not the series. EA1000F2 and EA250WH5 list -20 to +60°C, while EA600COB3 lists -20 to +50°C. Request the EA500C6 operating temperature for the quoted configuration and pass the selected model data to the project electrical designer.

What service access should I plan for?

Match the service route to the glasshouse structure. EA1000F2 supports front or rear module service. EA250WH5 uses front suction access with no rear maintenance aisle. EA600COB3 removes modules from the front, and EA500C6 has an openable rear cover for power and control access. Confirm the removal tool, clearance and spare-module route before fixing the position.

What should be included in the quotation?

Ask for an itemized quotation that separates LED cabinets, protected module surface, ventilation or dehumidification, mounting structure, power and signal distribution, control system, spare modules, cleaning, freight, installation and commissioning. EA500C6, EA250WH5 and EA600COB3 sources state that price is quoted per project and depends on factors such as pitch, quantity, control, spares, mounting and shipping.

Share your project requirements to request a quote.