AAMA releases standard lab accessibility test method for forces of operable windows and doors

The AAMA 513-14 document sets a standard laboratory test method for windows and doors to ensure they are ADA-compliant, and provides a consistent, repeatable method of laboratory testing the operating forces of operable windows and doors.

AAMA has published AAMA 513-14, a document that sets a standard laboratory test method for windows and doors to ensure they are ADA-compliant. The document, titled Standard Laboratory Test Method for Determination of Forces and Motions Required to Activate Operable Parts of Operable Windows and Doors in Accessible Spaces, provides a consistent, repeatable method of laboratory testing the operating forces of operable windows and doors.
“[ANSI] ICC A117.1 [Standard for Accessible and Usable Buildings and Facilities] has long specified maximum allowable operating forces for products used in applications required to be accessible,” says Joe Hayden (Pella), Chair of the ADA Test Methods for Hardware Task Group. “AAMA 513 will serve to augment A117.1 by providing a standardized test method for determining if products comply with these operating force requirements.” The document, last published in 2012, was updated to include reference to not only CW and AW products throughout, but also R and LC products. It was also expanded to include all doors that are included within the scope of AAMA/WDMA/CSA 101/I.S.2/A440 (NAFS), not just sliding glass and terrace doors. Hayden added that the next steps will involve getting the document incorporated into code. “Now that AAMA 513 is complete, our next task will be to work with the A117.1 committee to properly reference AAMA 513 in A117.1,” Hayden says.