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Trends in Healthcare: Accessible Controls for Window Treatments

Trends in Healthcare” is a recurring series that focuses on exciting new designs and technologies we’re seeing in healthcare projects and provides best practices on how to ensure that these latest trends are accessible to persons with disabilities. We build on the wealth of knowledge we gain from working with healthcare design teams, construction crews, and practitioners to provide practical solutions for achieving accessible healthcare environments.


Access to exterior views and natural light can influence outcomes in healthcare settings. Therefore, it is vital that window treatments available for use by patients and visitors are easily operable and accessible to people with disabilities.

As discussed in our last Trends in Healthcare post, visual access to nature is known to promote healing and improve mental and physical wellbeing. Access to natural light through windows in hospital lounges and sleeping rooms has also been linked to improved patient outcomes, including reduced anxiety, shorter length of stay, improved sleep, and lessened pain.

The most common window treatments used in hospitals are roller shades, blackout shades, and horizontal and vertical blinds. Shades and blinds are provided for several reasons—to allow daylight in to help set circadian rhythm, to reduce sun glare, to darken rooms to improve rest or sleep, and to provide comfort for patients who cannot tolerate light following optical surgeries or procedures that leave eyes sensitive to light.[1]

Providing accessible window treatment controls gives patients and family members an active role in recovery.

Whether installing blind and shade controls as part of a new construction project or alteration, or looking to increase accessibility in an existing facility, it is important to consider the products being selected, the installation method, and the design of the space as a whole. Below, we expand on each of these aspects.

Which shades or blinds need to be accessible?

Under the Americans with Disabilities Act, shade and blind controls intended to be operated by patients or visitors must be accessible in common use areas and rooms. Compliant controls must be provided in patient lounges and sleeping rooms as they are intended for patients and family members to operate.

The ADA does not require controls within employee work areas or portions of areas used only by employees and only for work to be accessible (2010 ADA Standards Section 203.9). For example, in waiting rooms or exam rooms where only staff are permitted to operate the roller shades, the controls are exempt from compliance with operable part criteria under the 2010 ADA Standards.

Controls in staff lounges or break areas, which are considered common use areas and do not fall under the employee work area exemption, are also required to be accessible.

It is also important to note that as shades and blinds are replaced over time as part of alterations to existing healthcare facilities, the new operable hardware must be accessible. What is altered must be brought up to compliance.

What is required for accessible shades?

To ensure that access is provided to operable window shade controls, considerations must be made early in the design process. The size and layout of the room, planned furnishings, and PTAC or baseboard configurations can impact which hardware design solution is implemented.

Accessible Route

Accessible Route: A 36 inch minimum wide route must be provided to the clear floor space adjacent to the window shade controls.

Clear Floor Space: A 30×48 inch space must be provided adjacent to the window shade control. If controls are within an alcove or maneuvering is necessary between the bed and the window shade controls, a 36×48 inch or 30×60 inch space is required, depending on how the space is configured.

Mounting Height

Unobstructed Reach: Controls must be fully mounted 15 inches to 48 inches AFF.

Diagram of unobstructed reach range.

Unobstructed reach range

Obstructed Reach: Where controls require reaching over an obstruction like a deep windowsill, baseboard, or PTAC unit, additional considerations are required:

  • Side Reach: Where the reach depth to the controls is more than 10 inches, the operable part can be mounted no more than 46 inches AFF. Reaching over obstructions greater than 24 inches in depth and 34 inches in height is not permitted. Therefore, if windowsills are designed at 36 inches AFF (the maximum height permitted by the Centers for Medicare & Medicaid Services), controls cannot be located above the sills.[1]
Diagram of obstructed side reach range.

Obstructed side reach range

  • Forward Reach: Where the reach depth is more than 20 inches and knee and toe clearance is provided below the obstruction (e.g., a desk/counter), the operable part can be mounted no more than 44 inches AFF. Reaching over obstructions greater than 25 inches in depth is not permitted.
Diagram of obstructed forward reach range.

Obstructed forward reach range

Operation

Controls must comply with the following:

  • They must be operable with one hand;
  • They cannot require tight grasping, pinching, or twisting of the wrist to operate; and
  • The force required to operate the control must be no more than 5 pounds.

Typically, controls that can be operated using one finger or a closed fist can be considered accessible.

Drawing of controls operable with a closed fist.

Controls operable with a closed fist are compliant.

Beaded chain used to operate window shades.

Beaded chains are not accessible because they require pinching and tight grasping to operate.

Potential Products and Solutions

New Construction or Alteration Projects

New construction projects or substantial alterations allow the opportunity to provide integrated, manual controls or implement automated, motorized shade and blind controls. These options can be included within existing, hardwired control systems and provide sturdier hardware options that can endure wear and tear.

Pillow Speakers: One of the most successful solutions our consultants see is to integrate the window shade controls into the pillow speaker, which is located on the side of the patient bed. These remotes typically include nurse call buttons and television controls and can be customized to include options to control lighting, temperature, and window shade controls. When selecting this option, it is critical to confirm the make and model that are used by the healthcare system to ensure compatibility.[2]

Curbell Medical pillow speaker.

Curbell Medical pillow speaker

Manufacturer Solutions: Some manufacturers are willing to provide alternate hardware solutions for their products, which will avoid the need to automize controls. In the example below, Oldcastle offered a T-shaped handle as part of their window blind system. The accessible blind control is attached to the access panel at an accessible height and can be operated with ease, allowing full opening/closing of the blinds.[3]

T-shaped handles used to operate Oldcastle window blind system.

Oldcastle T-shaped handles

Existing Facilities

The best way to provide accessible window treatment controls is to install motorized shades. However, as hospitals are working to improve patient access and remove barriers in existing facilities, it may not be feasible to automate blind controls where spaces are not currently scheduled for renovation.

Below are some potential product and design solutions for healthcare facilities seeking to improve access in the interim before spaces are scheduled for alterations.

Zemismart: Typical bead chain controls are not accessible because they require pinching and tight grasping to operate. This add-on window shade product secures the beaded chain into the device and provides up and down buttons to operate the shade. There is a solar capture portion that can attach to the window with suction cups and connects to a wall plug for power. While we have yet to find a commercial version of this product, these devices are a low-cost option to transform existing beaded chains into accessible controls.[4]

Product parameters of the ZemiSmart window controls.

Zemismart window controls

ZemiSmart window controls with solar attachment.

Zemismart window controls

Roll-A-Shade: Although not as frequently seen in healthcare settings, blinds and shades that operate sideways with wand controls can use the Roll-A-Shade remote automation, which does not require hardwiring. This is a common solution for hotel retrofits but could also be used in healthcare facilities.[5]

Roll-a-Shade. Manufacturing sun control solutions. The ultimate control for your home. With a simple press of a button, wirelessly operate your home's Hunter Douglas motorized window fashions. Add in the Platinum (trademark) App and wireless accessories for the ultimate in control.

Roll-a-Shade sun control solutions

Have more questions? Need help with your next project? Click here to contact our accessibility team.

 

Image of Jenn Low

 

 

Written by Jennifer C. Low, Senior Accessibility Consultant

 

 

Sources:

[1]Design guidelines for short-stay patient units

[2]Pillow speakers

[3]Oldcastle

[4]Zemismart Tuya Zigbee Roller Shade Driver Built-in Battery Solar Panel Optional Smart Motorized Chain Roller Blinds

[5]Roll-A-Shade

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