Healthcare Training Room Partition Stacking & Gas Outlets

When designing a healthcare training room, the need for flexible space often leads to the specification of a movable wall system. However, the presence of wall-mounted gas outlets adds a layer of complexity. Proper planning of the healthcare training room partition stacking gas outlets integration ensures that the operable wall functions seamlessly while maintaining safety and accessibility. This article guides architects, interior designers, and facility managers through the key considerations for planning stacking pockets and integrating wall-mounted utility panels.

EBUNGE movable partition system for commercial space planning

Understanding Movable Wall Systems in Healthcare Training

Movable wall systems, also known as operable walls, offer the flexibility to divide or open up a space as needed. In a healthcare training room, this allows for both small group sessions and larger lectures or simulations. EBUNGE movable walls are characterized by individually movable panels that are suspended from a top track. They cross the opening without a floor track, which simplifies floor maintenance and reduces trip hazards. When not in use, the panels park at a planned stacking position, typically against a wall or within a pocket.

Key Features of EBUNGE Movable Walls

Top-track suspension: Panels hang from an overhead track, leaving the floor clear.
No floor track: The absence of a bottom guide allows for a flush floor finish.
Individual panel movement: Each panel can be moved independently, offering flexible configurations.
Planned stacking: Panels stack neatly at a designated area, maximizing open space.

The Challenge: Wall-Mounted Gas Outlets and Stacking Pockets

Healthcare training rooms often have wall-mounted gas outlets for medical gas supply, such as oxygen or vacuum, used during simulations. These outlets are typically installed at a fixed height on the wall. When planning a movable wall system, the stacking pocket must not interfere with these utilities. The stacking area must be designed so that panels can park without blocking access to the gas outlets or causing damage to the outlets or the panels.

Share the opening plan, stacking position and fixed obstructions.

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Why Stacking Pocket Design Matters

The stacking pocket is the recessed area where panels are stored when the wall is open. If gas outlets are located within this area, they may be hidden behind the stacked panels, making them inaccessible. Conversely, if the outlets protrude too far, they could obstruct the panel movement. Therefore, the layout must be carefully reviewed to ensure that the stacking route and the utility placement are compatible.

Planning the Stacking Pocket Layout

When planning the stacking pocket, consider the following steps:

1. Evaluate the Room Layout

Start by assessing the room’s dimensions and the intended use. Identify where the gas outlets are located and their exact height and protrusion. This information is crucial for determining the depth and width of the stacking pocket.

2. Review Straight, Turning, and Stacking Routes

EBUNGE movable walls can be configured for straight, turning, or stacking routes. The route must be reviewed from the layout to ensure that the panels can move freely without hitting the gas outlets. If the stacking pocket is on a wall with outlets, the panels must be able to bypass them or the pocket must be designed to accommodate the outlets without conflict.

3. Coordinate with Utility Placement

In some cases, it may be possible to relocate the gas outlets to a different wall or adjust their height. However, this is not always feasible due to building codes or existing infrastructure. Therefore, the stacking pocket design must work around the outlets.

Options for Integrating Gas Outlets with Stacking Pockets

Offset the stacking pocket: Place the stacking pocket on a wall section that is free of outlets.
Design a recessed outlet box: If the outlets can be recessed into the wall, they may not interfere with the panels.
Plan for a pass-door: If a pass-door is required in the movable wall, it can be positioned to align with the outlets, allowing access even when the wall is closed.

Acoustic and Sealing Considerations

In a healthcare training environment, acoustic performance is often important to prevent sound from disturbing adjacent areas. Movable walls can be designed with seals around the panels to enhance acoustic separation. However, the presence of gas outlets may affect the sealing integrity if the panels must stop short of the wall. It is essential to discuss acoustic requirements with the manufacturer to ensure that the system meets the project’s needs.

Understanding STC/Rw Ratings

STC (Sound Transmission Class) or Rw (Weighted Sound Reduction Index) are ratings that indicate how well a partition reduces sound transmission. These ratings are determined through laboratory tests and are influenced by factors such as panel mass, seals, and installation. While a higher rating generally indicates better sound insulation, it is not simply a matter of adding more decibels. The actual performance in situ depends on the surrounding construction and detailing. Therefore, always confirm the project-specific acoustic requirements with the manufacturer.

Approved movable-partition visual reference.

Pass-Door Integration with Gas Outlets

If the movable wall includes a pass-door, it can be strategically placed to allow access to the gas outlets even when the wall is closed. This is particularly useful in training scenarios where the wall is closed but the gas supply needs to be accessed. The pass-door can be positioned so that when open, it reveals the outlet area. Alternatively, the door can be used as an access panel, but this should be discussed with the manufacturer to ensure proper design.

Review the full panel route and parking footprint.

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Benefits of a Well-Placed Pass-Door

Allows quick access to gas outlets without opening the entire wall.
Maintains the flexibility of the space while ensuring safety.
Can be integrated with the overall design for a clean aesthetic.

Finish Options and Aesthetics

The finish of the movable wall panels can be customized to match the interior design of the healthcare training room. EBUNGE offers a range of finishes including laminate, melamine, fabric, leather, glass, and other approved surfaces. This allows the wall to blend seamlessly with the environment or serve as a writing surface, depending on the needs.

Choosing the Right Finish

Consider the functionality of the room. For example, a glass finish might be used to maintain visibility, while a fabric finish could enhance acoustics. The finish also affects the durability and maintenance of the panels. Discuss the options with the manufacturer to select the most suitable finish for your project.

Project Documentation and Support

For any movable wall project, it is crucial to have comprehensive documentation. This includes detailed drawings, specifications, and installation guidelines. EBUNGE can provide project documentation to assist in the planning and installation process. Additionally, the manufacturer can offer support during the design phase to ensure that all requirements are met.

What to Discuss with the Manufacturer

Acoustic performance expectations
Dimensional constraints and clearances
Integration with wall-mounted utilities
Finish selections and durability
Pass-door requirements

Frequently Asked Questions

Can a movable wall stack directly in front of a gas outlet?

It is not recommended, as it would block access to the outlet and could damage the panel or the outlet. The stacking pocket should be designed to avoid the outlet, or the outlet should be relocated if possible.

What is the best way to integrate a gas outlet with a stacking pocket?

The ideal solution is to place the stacking pocket on a wall section that does not have outlets. If that is not possible, consider recessing the outlet or using a pass-door to maintain access.

Do gas outlets affect the acoustic performance of a movable wall?

Yes, if the wall cannot seal completely due to an obstruction, acoustic performance may be compromised. It is important to discuss this with the manufacturer to find a solution that maintains both safety and sound insulation.

Can the movable wall panels be customized to match the room’s design?

Yes, EBUNGE offers a variety of finishes, including laminate, melamine, fabric, leather, glass, and other approved surfaces, allowing for design flexibility.

What documentation is available for planning a movable wall project?

EBUNGE can provide project-specific documentation, including layout drawings and specifications, to assist in planning and installation.

For the next planning step, review the related EBUNGE guide, review selected projects and confirm the opening, ceiling condition, layout, finish direction and acoustic requirement for the project.

Conclusion

Planning a healthcare training room with a movable wall system and wall-mounted gas outlets requires careful coordination. By understanding the layout, reviewing stacking routes, and communicating with the manufacturer, you can create a flexible and safe space. Remember to confirm project-specific support, acoustic, and dimensional requirements with EBUNGE to ensure a successful installation.