Church Nursery LED Check-In Budget: Shared Screen vs Per-Room Displays

Quick answer

Budget the church nursery check-in system by screen count first: decide whether the lobby needs one shared check-in board or that board plus separate classroom-direction and parent-notice screens. Then quote each position from its own closest reader and smallest text, and compare documented cabinet depth, weight, service route, spare-module SKU and power before choosing between EA250WH5, EA640H1, EA640F2 and EA600COB3.

Sources used: EA640F2 specs; EA250WH5 specs; EA600COB3 specs; EA640H1 specs

Decide How Many Screens the Check-In Job Needs

Start the budget with the screen count, not the cabinet. A church nursery or Sunday school normally has three display jobs: a lobby check-in board showing queue order and classroom assignments, corridor or classroom-door direction boards, and a parent notice screen for schedules, events and volunteer rotas. Write down each position, the closest regular reader and the smallest text that must stay readable. Quote each position separately unless one documented pitch provably covers every reader, because a queue board read at arm’s length and a corridor board read from several metres are different specifications. For the wider worship-space scope, church LED wall cost planning is a separate exercise from the nursery check-in budget.

EA250WH5 is documented as a 30 mm ultra-thin indoor LED display wall for space-limited permanent video walls, and its source names churches among the settings it suits. It is built from 250 x 250 mm modules in six cabinet formats from 500 x 250 mm up to 1000 x 500 mm, and the cabinet system supports flat walls, right-angle corners and column wraps, with wall-mounted, suspended or column installation. That flexibility matters when a check-in desk turns a corner or a nursery corridor has a pillar to wrap; a single flat lobby wall may not need the extra formats.

Match Each Screen’s Pitch to Its Own Closest Reader

Pitch ranges differ by cabinet family, so set each screen from its own closest reader. EA250WH5 P1.25, P1.56 and P1.95 GOB are described for lobbies, meeting rooms and control rooms watched from about 2 m, while P2.5 to P3.91 suits retail and larger rooms viewed from about 3 m and beyond. EA640H1 P1.25 to P1.86 is described for control rooms, meeting rooms and reception walls watched from about 2 to 3 m, with P2 and P2.5 working from roughly 3 to 4 m. These are model-scoped guides, so test the actual check-in text at the actual reading position and work through a pixel pitch and viewing distance method before approving a model.

EA640F2 guidance places P1.25 to P1.86 for close viewing and P2 to P4 where viewers sit further back, and gives a working rule of about 1.5 m of viewing distance for each millimetre of pixel pitch, putting a P1.86 wall at roughly 2.8 m and a P4 wall at about 6 m. A Sunday school corridor board read from 6 m and a check-in counter read from 1 m sit at opposite ends of that range, which is the strongest argument for quoting them as separate scopes rather than standardising on one pitch.

Documented Cabinet Differences That Change a Nursery Quote

Cabinet Choice Changes Documented Quote Lines

Depth and weight decide the mounting line. EA250WH5 is 30 mm deep; its 250 mm-high formats weigh 3.0 to 5.7 kg and its 500 mm-high formats weigh 5.3 to 10.5 kg. EA640H1 is 48 mm deep at 6.7 kg per cabinet, EA640F2 is 60 mm deep at 7.5 kg, and EA600COB3 is 30 mm deep at 4.1 kg, about 20 kg per square metre of finished wall. Give those figures to whoever checks the wall, the recess depth and the fixing points, and keep the mounting structure as a separate quote line. When the wall is shallow, EA250WH5 vs EA640H1 covers the depth and cabinet-format trade-off directly.

Service route is a quote-line issue too. 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. EA640H1 modules are removed from the viewing side with a vacuum service tool, and its cable-free HUB connection lets a module be swapped without disturbing adjacent panels. EA640F2 magnetic modules, power supplies and receiving cards are all removed from the front, so a wall-mounted unit needs no rear maintenance corridor. EA600COB3 modules release from the front and connect through the cabinet HUB, so a swap does not disturb neighbouring cabinets. Front service removes the need for a rear corridor, but the removal tool, working clearance and swap sequence should still be recorded for the exact model and position.

The spare-module line differs more than buyers expect. EA600COB3 uses one 600 x 337.5 mm cabinet and one 150 x 168.75 mm module footprint across all six pitches, so each pitch needs a single spare-module SKU. EA640H1 carries six 320 x 160 mm modules per cabinet in a two-by-three layout, and its source advises ordering spares in the same pitch to keep brightness and colour even. A multi-screen nursery project that mixes cabinet families multiplies the spare stock it must hold, which is a budget decision rather than a technical one.

Set an Operating Brightness Preset and a Power Figure Per Screen

Ask for the proposed operating brightness under the actual lobby and corridor lighting rather than a headline peak figure, and put brightness acceptance on the handover list so the delivered wall is checked in the room it serves. Documented figures are model and pitch scoped: EA250WH5 is 600 cd/m2 on P1.25 and P1.56 and 750 cd/m2 from P1.95 to P3.91; EA640H1 is 600 cd/m2 on P1.25 to P1.86, 700 cd/m2 on P2 and 800 cd/m2 on P2.5; EA640F2 SMD is 600 to 800 cd/m2 and its COB option is 600 cd/m2; EA600COB3 is 600 cd/m2 across all six pitches.

Power belongs in the same budget conversation. EA640H1 runs on AC 100-240 V, 50-60 Hz, with average consumption of 100 W/m2 and maximum consumption of 300 W/m2 across all five pitches, and its source says to size the supply, cabling and any UPS on the maximum figure rather than the average. EA640F2 uses the same AC input, with average consumption of 100-110 W/m2 for SMD and 80-100 W/m2 for COB, and maximum consumption of 300-330 W/m2 for SMD and 230-300 W/m2 for COB. EA600COB3 maximum consumption is 140 W/m2 at P0.62 and P0.78, 280 W/m2 at P0.93, P1.25 and P1.56, and 220 W/m2 at P1.87. The supplied EA250WH5 passages do not state a power figure, so treat that as an open question rather than an assumption.

Itemise the Quotation and Separate Content Costs

All four documented families are quoted per project. EA250WH5 and EA640H1 price depends on pixel pitch, wall size, cabinet quantity, control system, spare modules and shipping. EA640F2 pricing depends on pixel pitch, cabinet quantity, control equipment, spare parts and delivery. EA600COB3 price depends on pixel pitch, total wall area, cabinet quantity, control system, spare modules, mounting structure and shipping, and its source notes that two walls of the same size can differ several times over between P0.62 and P1.87. Those inputs are why a per-square-metre headline is not comparable between quotes.

As our purchasing advice, ask for separate lines for cabinets, video controller, mounting structure, power and signal distribution, spare modules, freight, installation and commissioning, then compare LED screen quotes line by line so every offer covers the same inclusions. EagerLED’s EA640H1 request guidance asks for wall width and height, viewing distance, preferred pitch and delivery address, and describes its itemised quote as covering cabinets, controller, spare modules and freight.

Keep content production and playback hardware in a separate content and media server budget line rather than inside the display total, and name who updates check-in order, classroom directions, parent notices and emergency messages. This is our content-workflow advice, not a product feature.

Shared Check-In Board vs Separate Per-Room Screens

EA640F2 viewing distance at P1.86

Illustrative calculation: 1.5 × 1.86 = 2.79 m. Applies the documented working rule of about 1.5 m of viewing distance per millimetre of pixel pitch to a P1.86 pitch; the source states roughly 2.8 m.

EA640F2 viewing distance at P4

Illustrative calculation: 1.5 × 4 = 6 m. Applies the same documented working rule to a P4 pitch; the source states about 6 m.

Buyer checklist

• Count the screens and name each position, its closest regular reader and the smallest text that must stay readable before choosing a cabinet family.
• Confirm the quoted pixel pitch and active resolution for the exact model rather than a series headline.
• Confirm the brightness preset for the actual lobby and corridor lighting and include acceptance at handover.
• Confirm the front-service route, removal tool and working clearance for the exact model and mounting position.
• Ask how many spare-module SKUs the chosen cabinet family needs across its pitches before setting a spare quantity.
• Request an itemised quote separating cabinets, controller, mounting, power and signal, spare modules, freight, installation and commissioning.

Frequently asked questions

How should a church nursery or Sunday school budget an indoor LED check-in and parent communication display?

Decide the screen count first, then quote each position. One shared lobby check-in board, or that board plus classroom-direction and parent-notice screens, are different scopes with different closest readers. Set pitch from each position’s closest reader and smallest text, confirm an operating brightness preset for the actual lighting, choose a front-service cabinet where there is no rear access, and request an itemised quote separating cabinets, controller, mounting, power and signal, spare modules, freight, installation and commissioning. Documented indoor families include EA250WH5, EA640H1, EA640F2 and EA600COB3.

Should a church nursery use one shared check-in screen or separate screens for each room?

Both are workable, and the decision turns on the closest reader at each position. A check-in queue board is read at close range, while a corridor direction board may be read from 3 m or more. EA250WH5 P1.25, P1.56 and P1.95 GOB are described for rooms watched from about 2 m, and P2.5 to P3.91 for larger rooms viewed from about 3 m and beyond. EA640H1 P1.25 to P1.86 is described for about 2 to 3 m, with P2 and P2.5 from roughly 3 to 4 m. Standardise only if one documented pitch covers every reader.

What pixel pitch suits a church nursery check-in display?

Start from the closest parent reader and the smallest notice text, not the wall size. EA640F2 guidance places P1.25 to P1.86 for close viewing and P2 to P4 where viewers sit further back, with a working rule of about 1.5 m of viewing distance per millimetre of pixel pitch. EA600COB3 covers P0.62 to P1.87 if the check-in position is unusually close. Test the actual queue or classroom text at the intended position before approving a pitch.

How should power and UPS be budgeted for a nursery display system?

Request typical and maximum power for the selected model and pitch, and size the supply where the source states it. EA640H1 runs on AC 100-240 V, 50-60 Hz, with average consumption of 100 W/m2 and maximum of 300 W/m2 across all five pitches; its source says to size the supply, cabling and any UPS on the maximum. EA640F2 maximum consumption is 300-330 W/m2 for SMD and 230-300 W/m2 for COB. EA600COB3 maximum consumption is 140 W/m2 at P0.62 and P0.78, 280 W/m2 at P0.93, P1.25 and P1.56, and 220 W/m2 at P1.87.

What should be itemised in the nursery display quotation?

Ask for separate lines for cabinets, video controller, mounting structure, power and signal distribution, spare modules, freight, installation and commissioning. All four documented families are quoted per project. EA250WH5 and EA640H1 price depends on pixel pitch, wall size, cabinet quantity, control system, spare modules and shipping, and EA640F2 depends on pixel pitch, cabinet quantity, control equipment, spare parts and delivery. EA640H1 request guidance asks for wall width and height, viewing distance, preferred pitch and delivery address.

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