Airport check-in counters are not simply worktops with a monitor placed on top. In a live terminal, the casework has to coordinate with the airline or airport equipment package, power and data services, cable routes, maintenance access, and the dimensions of every device that passes through or mounts to the counter. If those interfaces are frozen too late, a finished counter can arrive on site with openings in the wrong position, insufficient access for service, or no practical path for replacing a printer or display.
For procurement teams, designers, airport operators, and system integrators, the safest approach is to treat the equipment schedule as an input to the furniture drawings, not as an item to be confirmed after fabrication. This guide explains what should be coordinated before a custom airport check-in counter is released for production.
Key Takeaways
- Confirm the actual equipment list, model numbers, mounting method, cable direction, service clearances, and responsible supplier before final shop-drawing approval.
- Do not create permanent cutouts from generic device names such as “monitor” or “printer”; use approved dimensions or manufacturer interface drawings.
- Power, data, ventilation, cable management, and service access must be coordinated with the project’s IT/MEP and equipment requirements.
- Where models are still changing, define controlled equipment zones or adjustable interfaces rather than guessing final openings.
Start With an Equipment Schedule, Not a Furniture Cutout List
Before the counter drawings are frozen, create one coordinated schedule for all devices that touch the furniture. The schedule should identify the device, model or approved envelope, quantity, mounting condition, cable entry direction, ventilation requirement, maintenance method, and the party responsible for supply and installation. If a model is not yet selected, the drawing should clearly show that the interface remains provisional.
This is especially important for counters combining several systems. A monitor may need a mount below the worktop, a printer may require top-loading access, a scanner may need a clear reading zone, and a baggage interface may need to remain independent of the casework. The required arrangement depends on the airport, airline, IT integrator, equipment manufacturer, and operating workflow.
| Equipment / interface | What the furniture team needs before release |
|---|---|
| Monitor or display | Screen and stand/mount dimensions, fixing points, viewing position, cable exit, and replacement path. |
| Keyboard / input device | Required working position, tray or desktop location, cable routing, and ergonomic constraints supplied by the project team. |
| Passport / ID / document reader | Exact model or approved envelope, operating orientation, access for documents, and cable connection direction. |
| Boarding-pass / bag-tag printer | Footprint, paper-loading method, output direction, lid-opening clearance, power/data connections, and service access. |
| Barcode / QR scanner or other peripheral | Reading direction, mounting method, operating clearance, cable path, and whether the unit must be removable. |
| Scale or baggage-system interface | Responsibility boundary, adjacent equipment dimensions, required gaps, and approved interface drawings from the baggage-system team. |
| Power / data services | Outlet and data-point locations, cable entry, separation or containment requirements defined by IT/MEP, and access for maintenance. |
1. Displays, Mounts and Operator-Side Devices
A display can be freestanding, arm-mounted, recessed, or supported by a project-specific bracket. Each option changes the furniture interface. The shop drawing should show the mounting zone, fixing surface, cable route, and the way the unit can be removed without dismantling major casework.
Keyboards, touch devices, signature pads, document readers, and scanners should also be placed from the operating workflow rather than visual symmetry alone. A neat front elevation is not enough if an operator must reach across another device or if a service technician cannot access the connector side.
2. Printers Need More Than a Rectangular Opening
Airline printers are a common source of coordination problems because the visible footprint is only part of the requirement. The team should verify how consumables are loaded, how labels or documents exit, how the cover opens, where power and data cables connect, and whether the unit is lifted vertically or withdrawn horizontally for service.
If the equipment model changes after the furniture opening has been fabricated, even a small dimensional difference can affect edge strength, clearances, or the finished appearance. For that reason, final CNC openings should be based on approved equipment information or a formally accepted interface envelope.
3. Power, Data and Cable Management Must Be Coordinated Together
A counter may contain several low-voltage devices plus powered equipment. The furniture drawing should reserve practical cable paths, entry points, accessible connection areas, and removable access zones, but it should not invent electrical or data rules. Outlet type, circuit requirements, data architecture, separation, containment, grounding, and related technical requirements should come from the project’s approved IT/MEP documents and local requirements.
Also check connector size and cable bend direction. A cutout that is large enough for the cable itself may still be too small for the connector or may force a tight turn behind the device. Where cable boxes, grommets, or access panels are required, their positions should be approved with the equipment arrangement.
4. Ventilation and Heat Clearance Follow the Device, Not a Generic Rule
Do not assume that every electronic device can be enclosed in the same way. Some equipment has manufacturer-defined ventilation openings, fan locations, or minimum clearances. These requirements should be transferred into the furniture coordination drawing. If ventilation is required, the opening strategy should avoid blocking service access or exposing unfinished internal areas unnecessarily.
For equipment with uncertain heat loads, obtain the manufacturer’s installation guidance or the system integrator’s requirement before finalizing the enclosure. This is more reliable than applying an arbitrary vent size.
5. Plan for Maintenance and Replacement From Day One
Airport furniture is used continuously and equipment may be serviced or replaced during the life of the counter. Removable panels, doors, trays, or open service zones should therefore be evaluated against the actual maintenance route. The key question is not only “Can the device fit?” but “Can it be disconnected, lifted or withdrawn, and replaced without damaging the finished counter?”
For a custom solution, review airport check-in counter product configurations together with the broader airport terminal furniture solution. These references help define the furniture scope, but the final interfaces still need project-specific equipment data.
A Practical Approval Sequence Before Fabrication
- Issue the equipment schedule. List all devices and identify confirmed versus provisional models.
- Define responsibility. Clarify which party supplies, installs, powers, connects and commissions each device.
- Overlay equipment on the shop drawing. Check plan, elevation, operator-side access and service routes—not only the customer-facing elevation.
- Confirm openings and mounting details. Use manufacturer drawings, approved dimensions, or controlled equipment envelopes.
- Coordinate IT/MEP interfaces. Confirm service entry points, outlet/data locations, cable containment and any project-specific technical requirements.
- Complete a fit review before release. Where practical, verify critical equipment against a mock-up, sample, confirmed template, or dimensioned interface drawing.
- Freeze the approved revision. Record the equipment schedule revision together with the furniture drawing revision so later substitutions can be reviewed before fabrication changes are made.
For drawing coordination documents and project resources, see the YHS Technical Downloads & Project Resources. A product example showing an integration-oriented configuration is the custom solid surface airport check-in counter with kiosk integration.
Frequently Asked Questions
Can the counter be fabricated before the equipment models are selected?
It is possible only when the project team approves a defined equipment envelope or adjustable interface. Permanent cutouts based on assumptions create avoidable rework risk.
Who normally supplies the electronic equipment?
There is no universal rule. The airport, airline, IT integrator, baggage-system contractor, equipment vendor, or furniture contractor may have different responsibilities. The responsibility matrix should be confirmed for the specific project.
Can equipment openings simply be enlarged on site?
Some modifications may be technically possible, but site cutting can affect finished edges, reinforcement, nearby services, appearance, and schedule. Changes should be reviewed and approved before work is carried out.
How should ventilation be designed?
Use the equipment manufacturer’s installation requirements together with the project’s IT/MEP coordination. Do not rely on a generic vent size when the heat load and airflow path are not known.
Should spare capacity be added for future equipment?
Only when the client or system team defines the future requirement. It is often safer to reserve an accessible service or equipment zone than to fabricate unverified openings for devices that have not been selected.
Send Equipment Schedules With Drawings
If you are preparing an airport check-in counter RFQ, send the counter drawings together with the equipment schedule, device datasheets, required openings, and known power/data interfaces. Request a project quotation from YHS Furniture so the furniture scope can be reviewed against the specified equipment interfaces before fabrication.