STP1509: Extreme Exposure Fenestration Installations—The Florida Challenge

    Katsaros, James D.
    Ph.D., DuPont Flashing Systems Development LeaderChairman of FMA Installation Committee, DuPont Building Innovations, Richmond, VA

    Carll, Charles G.
    Research Technologist, U.S. Forest Products Laboratory, Madison, WI

    Pages: 25    Published: Jan 2010


    Abstract

    Current standards for installation of fenestration units, such as ASTM E2112-07, “Standard Practice for Installation of Exterior Windows, Doors and Skylights” do not address regional considerations, or how the level of wind and rain exposure could influence installation methodology. In the coastal southeastern United States, where extreme wind-driven rain events occur with some regularity, more robust methods than those prescribed in ASTM E2112-07 are necessary. In Florida, single family houses are commonly constructed with surface barrier concrete masonry walls on the first story, and membrane-drainage, wood-frame walls on the second story. This “hybrid” construction is unique, or virtually so, to Florida. Finned windows of a particular design are made expressly for installation in cement masonry unit (CMU) walls as commonly found in Florida homes. The special considerations that relate to residential construction in Florida were of concern to an industrial consortium. The consortium thus formed an Installation Committee to develop methods for fenestration installation that would be applicable to the wall systems commonly found in the coastal Southeast, with consideration of the high wind-driven rain loads that accompany tropical storms. This paper addresses two general installation methods proposed by the Installation Committee, and presents test data for wall assemblies incorporating fenestration units installed using the methods.

    Keywords:

    construction, water management, flashing, sealants, extreme exposure, windows, buildings, durability, CMU, adhesives, Florida


    Paper ID: STP48948S

    Committee/Subcommittee: E06.51

    DOI: 10.1520/STP48948S


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