Why the Stacking Pocket Is a Coordination Hotspot
When planning an office meeting suite partition stacking pocket monitor arm clearance, the first step is to understand what a stacking pocket is. In an EBUNGE movable partition system, panels are individually movable and suspended from a top track. When not in use, they park at a planned stacking position. This stacking position is often a recessed pocket in the wall, designed to store the panels neatly out of sight. The pocket’s dimensions and location are customized to the project layout and must accommodate the full stack of panels, including their thickness and any hardware.
Wall-mounted monitor arms are common in meeting suites, allowing displays to be positioned for presentations or video conferences. If a monitor arm is mounted on a wall adjacent to or within the stacking pocket, its swing radius can interfere with the panels as they move into or out of the pocket. This is not just a matter of aesthetics; it can physically block the path, damage the panels or the arm, or prevent the partition from fully closing. The suitability of each route and parking arrangement depends on the approved layout, circulation, ceiling interfaces and operating sequence.
Understanding EBUNGE Movable Partition Systems
EBUNGE movable partitions are designed for flexible space division. Key features include:
- Top-hung suspension: Panels are suspended from a continuous overhead track, eliminating the need for a floor track or floor hardware along the partition line. This leaves the floor clear, which is beneficial for meeting rooms with movable furniture.
- Customized parking: The parking style is tailored to the customer’s layout and project requirements. This may include compact stacking when the coordinated design permits, but always requires a planned stacking position.
- Versatile applications: While the focus here is on office meeting suites, EBUNGE partitions can be used in any flexible space, such as conference centers, training rooms, or hospitality venues.
The exact route, junction arrangement, continuous overhead path and parking position must be confirmed from the coordinated project drawings.
How Panels Move and Park
Panels move along the track via trolleys or rollers. When not in use, they are pushed to the stacking position. The stacking pocket is designed to house the panels side by side, often in a telescoping or parallel arrangement. The exact configuration depends on the number of panels and the available space. For example, a large meeting suite might have four or five panels that stack into a pocket that is only slightly wider than one panel, using a telescoping mechanism. This requires precise dimensions and clearances.
The Monitor Arm Clearance Problem
Share the opening dimensions, room layout and intended operating sequence for review.
Wall-mounted monitor arms are typically articulating, meaning they can swing out from the wall, tilt, and rotate. When a monitor arm is mounted on a wall that forms part of the stacking pocket, the arm’s swing path can intrude into the space needed for the panels to move. Even if the arm is folded flat against the wall when not in use, the mounting bracket may protrude enough to reduce the effective width of the pocket.
Additionally, the monitor itself adds depth. If the monitor is left in a position that extends into the pocket, it can be struck by a moving panel. This is a common oversight in initial layouts, where the focus is on the partition’s travel path but not on the dynamic space required by wall-mounted equipment.
Types of Interference
Interference can occur in several ways:
- Physical obstruction: The monitor arm or monitor blocks the panel’s path, preventing it from entering the pocket fully or causing it to collide.
- Reduced pocket depth: The arm’s mounting hardware reduces the usable depth of the pocket, meaning panels may not fit completely, leaving them protruding into the room.
Planning for Clearance: Key Considerations
To avoid these issues, project teams must coordinate the layout of the stacking pocket with the placement of wall-mounted monitor arms. Here are key considerations:
1. Review the Layout Early
During the design phase, review the proposed layout with the partition supplier. EBUNGE’s team can assess the straight, turning, and stacking routes from the layout. This review should include the location of all wall-mounted elements, such as monitor arms, whiteboards, or shelving, near the stacking pocket.
2. Define the Swing Radius
Determine the maximum swing radius of the monitor arm when fully extended. This includes the arm’s reach and the monitor’s depth. Compare this with the clearance required for the panels to move freely. The clearance should be measured from the face of the wall to the outermost point of the arm when in its most obstructive position.
3. Consider the Stacking Pocket Dimensions
The stacking pocket must be sized to accommodate the panels and any necessary clearance for their movement. If a monitor arm is to be mounted within the pocket, the pocket may need to be deeper or wider to allow the arm to be recessed or to swing without hitting the panels. Alternatively, the arm could be relocated to a different wall.
4. Coordinate with Other Trades
Clearance planning is not just a partition issue. It involves coordination with electrical, data, and furniture suppliers. Cost and maintenance requirements depend on the selected configuration, finish and project conditions and require project-specific confirmation. The project team should hold a coordination meeting to align all parties.
Project Documentation and Drawings
EBUNGE provides project documentation that includes track routes, stacking configurations, and ceiling interfaces. These documents are essential for understanding the space required for the partition system. When planning for monitor arm clearance, the following documentation is useful:
- Layout drawings: Show the partition’s travel path and stacking position.
- Elevation drawings: Detail the stacking pocket’s dimensions and the mounting height of the monitor arm.
- Section details: Illustrate the relationship between the overhead track, the panels, and the wall.
These documents should be shared with the partition supplier for review. EBUNGE can then advise on any conflicts and suggest modifications to the layout or the monitor arm placement.
Example Scenario
Consider a typical office meeting suite that is divided by a movable partition. The partition stacks into a pocket on the left side of the room. On the wall adjacent to the pocket, a monitor arm is mounted for presentations. The arm’s swing radius extends 60 cm from the wall when fully extended. The stacking pocket is designed to hold four panels, each 10 cm thick, requiring a depth of at least 40 cm plus clearance. If the monitor arm is mounted at a height that overlaps with the panels’ vertical extent, it will interfere. The solution could be to mount the arm at a higher or lower position, or to increase the pocket’s depth to allow the arm to swing within the pocket without touching the panels.
This example illustrates why early coordination is vital. Without it, the partition may not operate correctly, or the monitor arm may be damaged.
Acoustic and Sealing Considerations
Visible references can support layout discussion but do not verify hidden construction or performance. These seals are typically located at the top, bottom, and vertical edges of the panels. If a monitor arm is mounted near the stacking pocket, it may interfere with the seals, reducing their effectiveness.
These ratings are determined through standardized tests and are not directly proportional to the number of decibels reduced.
Review the ceiling interface, panel route and stacking position together.
Finish and Aesthetic Coordination
EBUNGE partitions offer a range of finishes, including laminate, melamine, fabric, leather, glass, and other approved surfaces. The finish of the panels can affect the visual appearance of the stacking pocket when the partition is open. If a monitor arm is mounted within the pocket, it may be visible when the partition is stacked, detracting from the clean look. Consider using a finish that matches the wall or the arm’s color to minimize visual impact.
Additionally, the finish may influence the maintenance of the panels. For example, fabric finishes may require more care than laminate. While this is not directly related to monitor arm clearance, it is part of the overall planning.
Pass-Door Integration
In some meeting suites, a pass-door is integrated into the partition to allow easy access without opening the entire wall. If a pass-door is planned, its location relative to the stacking pocket and monitor arm must be considered. The pass-door swings open, and its swing radius must be clear of any obstructions, including monitor arms. This adds another layer of coordination.
Best Practices for Project Teams
To ensure a successful installation, follow these best practices:
- Involve the partition supplier early: Share your layout and any wall-mounted equipment plans with EBUNGE during the design phase.
- Create a detailed equipment schedule: List all wall-mounted items near the partition, including their dimensions and swing radii.
- Use 3D modeling if possible: Visualize the interaction between the partition and the monitor arm to identify potential conflicts.
- Document decisions: Keep a record of all clearance calculations and approvals to avoid disputes later.
Conclusion
Planning for office meeting suite partition stacking pocket monitor arm clearance is a critical step in ensuring that your movable partition operates smoothly and that your wall-mounted monitors are safe.
EBUNGE’s team is ready to assist you with project-specific support. We can review your layout, discuss stacking configurations, and help you determine the necessary clearances. Contact us to discuss your project and request documentation. For more information on movable partition systems, visit our movable partition wall page. You can also explore our project portfolio to see how we have helped other clients.
Remember, every project is unique.
FAQ
What is a stacking pocket in a movable partition system?
A stacking pocket is a recessed area in a wall where the movable panels are stored when not in use. It is designed to house the panels neatly, keeping them out of the way and maintaining a clean appearance.
Why does a wall-mounted monitor arm need clearance from the stacking pocket?
Monitor arms swing out from the wall, and if they are located near the stacking pocket, they can obstruct the path of the panels as they move into or out of the pocket. This can cause damage to the panels or the arm, or prevent the partition from closing properly.
Can a monitor arm be mounted inside the stacking pocket?
It is possible, but it requires careful planning. The arm must be positioned so that it does not interfere with the panels’ movement. This may involve increasing the pocket’s depth or choosing a monitor arm with a smaller swing radius.
What information do I need to provide to EBUNGE for clearance planning?
You should provide detailed layout drawings, including the location of the stacking pocket, the partition’s travel path, and any wall-mounted equipment such as monitor arms. Include the dimensions and swing radii of the equipment. EBUNGE can then review the layout and advise on clearances.
Does the monitor arm affect the acoustic performance of the partition?
The seals are designed to create a tight seal when the partition is closed. Any obstruction can reduce their effectiveness.
What are STC and Rw ratings?
STC (Sound Transmission Class) and Rw (Weighted Sound Reduction Index) are metrics used to rate the sound insulation of a partition. They are not direct decibel measurements but rather indices that compare the partition’s performance to a reference curve.
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