Pre-Installation Readiness Checklist for Airport & Conventio

When planning a movable partition installation for an airport or convention center, the pre installation readiness checklist airport convention partition is your first line of defense against costly delays and on-site surprises. This checklist is not just a list of tasks—it is a strategic tool that aligns the project team, the building’s structural realities, and the partition system’s requirements. In this guide, we break down the essential elements of such a checklist, focusing on what procurement professionals and project managers need to confirm before the first panel arrives on site.

Movable partition panels are suspended from a top track and park at planned stacking positions—planning the layout is a critical readiness step.

Understanding the Movable Partition System: Key Characteristics

Before diving into the checklist, it’s crucial to understand the system you are installing. EBUNGE movable wall panels are individually movable, suspended from a top track, and cross the opening without a floor track. They park at a planned stacking position when not in use. This design has significant implications for your readiness review:

No floor track means the floor finish must be continuous and level, but there is no groove to accommodate.
Top track suspension requires the overhead structure to support the weight and dynamic loads.
Stacking positions need dedicated wall or recess space, which must be planned in the layout.

Your checklist must verify that the building can accommodate these characteristics. For example, in an airport terminal with polished concrete floors, the absence of a floor track simplifies floor finishing, but the overhead steel must be verified.

Step 1: Review the Layout and Route Planning

The layout is the foundation of the entire installation. EBUNGE reviews straight, turning, and stacking routes from the layout. Your checklist must include a thorough review of these routes with the partition supplier.

Straight Routes: Verify Clearances and Obstructions

For straight runs, confirm that the path from the stacking position to the closed position is clear of obstructions such as light fixtures, sprinklers, HVAC diffusers, and ceiling-mounted equipment. Measure the actual ceiling height at multiple points along the route, as variations can affect panel alignment.

Share the track plan, ceiling plan and fixed-service locations.

Send the Coordination Information

Turning Routes: Plan for Curves and Transitions

If the partition must turn a corner, the layout must show the turning radius and the track geometry. Verify that the turning area has sufficient space for the panels to pivot without hitting walls or columns. In convention centers, this often happens near column lines—confirm that the column spacing and structural elements do not interfere.

Stacking Positions: Allocate Space and Access

Stacking positions require a wall or recess that is deep enough to accommodate the panels when parked. Check that the stacking area is accessible for operation and maintenance, and that it does not conflict with other building services. In airport projects, stacking areas are often near security zones—ensure they do not obstruct pedestrian flow.

Step 2: Confirm Structural and Interface Requirements

The top track must be anchored to a structure that can support the panels. Your checklist should include a structural review with the engineer of record.

Overhead Support: Loads and Deflection

Confirm the allowable deflection of the supporting beam or slab. The partition system’s weight, including panels and track, must be within the structural capacity. For convention centers with long spans, this is critical. Ask the partition supplier for the load data and compare it with the structural drawings.

Interface with Ceiling and Walls

Detail how the top track integrates with the ceiling. Is there a ceiling opening or a bulkhead? The interface must allow for thermal movement and acoustic sealing. Similarly, the end walls where the partition closes must be plumb and true—verify this in the field before installation.

Floor and Wall Tolerances

Since there is no floor track, the floor must be level within acceptable tolerances. Check the specification for floor flatness and levelness. Wall surfaces at the stacking area must be smooth and free of protrusions. Document any deviations early.

Step 3: Plan for Acoustics and Sealing

Airports and convention centers demand acoustic performance. While specific STC/Rw ratings are project-specific and must be confirmed with EBUNGE, the readiness checklist must address acoustic interfaces.

Perimeter Seals: Gaps and Surfaces

The effectiveness of acoustic seals depends on the quality of the surrounding surfaces. The floor, walls, and ceiling at the partition perimeter must be clean, level, and free of gaps. In airport projects, this often means coordinating with the flooring contractor to ensure a smooth transition.

Acoustic Testing and Verification

Plan for acoustic testing after installation. The checklist should include a schedule for testing and the acceptance criteria. Remember that acoustic performance is not just about the partition—it also depends on flanking paths through the building structure. Coordinate with the acoustic consultant to identify and seal potential leaks.

Approved movable-partition visual reference.

Step 4: Address Pass-Door Requirements

Many airport and convention projects require pass doors within the partition. Discuss your pass-door requirements with EBUNGE during the readiness review.

Door Location and Swing

Determine the location of the pass door and its swing direction. The door must not interfere with the stacking of panels or the operation of the partition. In emergency egress routes, the door must swing in the direction of travel—confirm this with the fire safety plan.

Hardware and Interface

Specify the door hardware, including hinges, handles, and locks. The door frame must interface with the partition panels without compromising acoustic or fire performance. Document the hardware schedule and verify availability.

Check the route, supports and clearances on coordinated drawings.

Request a Drawing Review

Step 5: Evaluate Logistics and Site Conditions

Airport and convention sites have unique logistical challenges. Your checklist must cover delivery, storage, and site access.

Delivery and Handling

Confirm that the delivery route to the installation area can accommodate the panel sizes. In airport terminals, there may be security restrictions on vehicle access. Coordinate with the airport authority or venue management for permits and scheduling.

Storage and Protection

Plan for on-site storage of panels and components. The storage area must be dry, clean, and secure. In convention centers, this is often a back-of-house area—ensure it is available and protected from weather.

Site Access and Working Hours

Check the working hours and access restrictions. Airports may have limited hours for construction activities. The checklist should include a communication plan with the facility manager to avoid conflicts.

Step 6: Prepare Documentation and Approvals

Documentation is the backbone of a smooth installation. EBUNGE can discuss project documentation requirements with you.

Shop Drawings and Submittals

Ensure that shop drawings, product data, and samples are approved before fabrication. The checklist should track the submittal process and approvals.

Permits and Inspections

Identify any permits required for the installation, such as building permits or fire department approvals. Schedule inspections at key milestones. In airport projects, this may involve security clearances for workers.

Coordination with Other Trades

Document the sequence of work and coordinate with other trades—electrical, HVAC, ceiling, and flooring—to avoid conflicts. A pre-installation meeting with all stakeholders is essential.

FAQ: Pre-Installation Readiness for Airport and Convention Partitions

What is the most critical item in a pre-installation readiness checklist for airport and convention partitions?

The most critical item is verifying that the overhead structure can support the top track and panels. Without this, installation cannot proceed safely. Confirm structural loads and deflection limits with the engineer.

How do I handle turning routes in a convention center with irregular column spacing?

Turning routes must be reviewed with the partition supplier during layout planning. The track geometry must accommodate the actual column spacing. In irregular conditions, custom track components may be needed—confirm this early.

Are floor tracks required for EBUNGE movable partitions?

No, EBUNGE movable wall panels cross the opening without a floor track. This simplifies floor finishing, but requires that the floor be level and free of obstructions. The top track carries the load.

What acoustic considerations should be included in the checklist?

Acoustic considerations include verifying that the perimeter surfaces are flush and clean for seals, planning for acoustic testing, and coordinating with the acoustic consultant to address flanking paths. STC/Rw ratings are project-specific and must be confirmed.

How far in advance should I start the readiness review?

Start as early as possible, ideally during design development. This allows time for structural modifications, if needed, and for ordering long-lead items. A minimum of 8-12 weeks before installation is recommended, but larger projects may require more.

Conclusion: Your Path to a Successful Installation

A pre-installation readiness checklist is not a bureaucratic hurdle—it is a roadmap to a successful installation. By systematically reviewing the layout, structural interfaces, acoustics, pass-door requirements, logistics, and documentation, you can mitigate risks and ensure that your airport or convention partition project proceeds smoothly. Remember that every project is unique; confirm project-specific support, acoustic, and dimensional requirements with EBUNGE. Our team is ready to assist you in developing your checklist and answering any questions you have about movable partition systems.