Airport Operable Wall Stacking & Camera Clearance

In airport terminals, operable wall systems offer flexibility to divide large spaces for different functions. However, the airport operable wall stacking camera clearance is a critical planning consideration. When panels are stacked at their parking position, they occupy significant space, and security cameras mounted on walls or ceilings can obstruct the stacking path. This article explains why clearance is essential and how to coordinate both systems.

EBUNGE movable partition system for commercial space planning

Understanding Operable Wall Stacking

Operable walls consist of individual panels that move along a top track. When not in use, these panels stack together at a designated area, often against a wall or in a recess. The stacking route must be straight or turning, depending on the layout. Unlike some systems, EBUNGE operable walls are suspended from the top track and do not require a floor track, allowing the floor to remain clear.

How Panels Move and Park

Each panel is individually movable, allowing for flexible configurations. The panels are suspended from trolleys that ride on the overhead track. To park, panels are guided along the track to the stacking position, where they nest together. The stacking area must be planned to accommodate the full set of panels, including their width and any turning radius.

Planning the Stacking Route

From the initial layout, the straight, turning, and stacking routes are reviewed. This ensures that the panels can move without obstruction. The stacking zone must be clear of any fixtures, including lighting, HVAC diffusers, and especially security cameras.

Share the opening plan, stacking position and fixed obstructions.

Send the Coordination Information

Security Camera Mounts: A Hidden Obstacle

Airports rely on extensive security camera coverage. Cameras are often mounted on walls, columns, or ceilings to monitor public areas. When an operable wall is installed, these camera mounts can interfere with the stacking path. Even a small camera bracket can obstruct a panel’s movement, causing damage or preventing the wall from fully stacking.

Common Mounting Locations

Cameras are typically mounted high on walls or on ceiling-mounted brackets. In spaces where operable walls are used, cameras may be placed on the same wall where panels stack. If the camera protrudes into the stacking zone, it can be hit by the moving panels.

Why Clearance Is Critical

Proper clearance ensures that panels can move freely without colliding with camera mounts. This prevents damage to both the panels and the cameras. It also ensures that the operable wall functions smoothly, maintaining its intended flexibility.

Designing for Both Systems

To achieve the necessary clearance, collaboration between the architect, security system designer, and operable wall supplier is essential. The layout must be reviewed to identify potential conflicts early.

Coordinate Stacking Zone Dimensions

The stacking zone dimensions must be shared with the security team. They can then position cameras outside this zone. For example, cameras can be mounted on adjacent walls or on ceiling pendants that are set back from the stacking path.

Adjustable Camera Mounts

In some cases, cameras can be mounted on adjustable arms that allow them to be repositioned if needed. This flexibility can accommodate changes in the operable wall configuration.

Consider Recessed or Flush Mounts

Recessed or flush-mounted cameras are less likely to obstruct the stacking path. If possible, specify such mounts in areas near operable walls.

Acoustic and Operational Considerations

While clearance is the primary concern, acoustic performance also matters. Operable walls are designed to provide sound separation when closed. However, gaps around cameras or mounts can compromise the acoustic seal.

Sealing Around Penetrations

If a camera mount must penetrate the wall, it must be sealed properly to maintain acoustic integrity. The seal should be flexible to accommodate slight movements of the wall.

Approved movable-partition visual reference.

Balancing Security and Flexibility

Security needs may require cameras to be positioned to cover the movable wall area. However, the operable wall’s functionality should not be sacrificed. A careful balance must be struck, often by placing cameras on the opposite side of the room or using ceiling-mounted cameras with a clear view.

Project Documentation and Coordination

EBUNGE can discuss project documentation and specific requirements. It is important to document the stacking zone and camera locations in the architectural drawings. This ensures that all contractors are aware of the clearance requirements.

Review the full panel route and parking footprint.

Request a Drawing Review

Early Involvement of All Parties

Involve the operable wall supplier and security system integrator early in the design phase. This allows for a coordinated approach, reducing the risk of conflicts during installation.

Reviewing the Layout Together

Review the layout with all stakeholders, including the airport authority, to confirm that the stacking route and camera positions are compatible. This review should include the turning and stacking routes as well as the final parking position.

Pass-Door Integration

Another consideration is the integration of pass-doors within the operable wall. Pass-doors allow access through the wall when it is closed. The location of pass-doors can affect the stacking pattern and may require additional clearance.

Pass-Door and Camera Placement

If a pass-door is included, cameras should be positioned to monitor the door area without obstructing the door’s swing or the wall’s stacking. The pass-door frame may also need additional clearance from camera mounts.

Coordinating Hardware

The hardware for pass-doors, such as hinges and locks, should be coordinated with the camera mounts to avoid interference. This is another reason why early collaboration is essential.

FAQ

What is the typical stacking space required for an operable wall?

The stacking space depends on the number of panels and their width. It is determined during the layout review. The stacking zone must be kept clear of obstructions, including camera mounts.

Can security cameras be mounted on the operable wall itself?

Generally, it is not recommended to mount cameras on movable panels, as the movement can affect the camera’s stability and alignment. It is better to mount cameras on fixed structures.

How do I ensure camera clearance for a curved or turning stacking route?

For turning routes, the clearance must account for the swing radius of the panels. Cameras should be positioned well outside this radius. A detailed layout review can identify potential conflicts.

What if a camera mount is already in place and the operable wall is being added?

If possible, relocate the camera or adjust its mount. If relocation is not feasible, the operable wall layout may need to be adjusted. Consult with the operable wall supplier and a security specialist.

Does the operable wall supplier provide guidance on camera clearance?

EBUNGE can discuss project-specific requirements and provide guidance on stacking zones and clearance. Contact us to discuss your project details.

Conclusion

Planning for airport operable wall stacking camera clearance is essential for the smooth operation of both the operable wall and the security system. By coordinating early and reviewing the layout, you can avoid conflicts and ensure that both systems function as intended. Always confirm project-specific support, acoustic, and dimensional requirements with your supplier.