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December 15, 2014 Bowers Museum, SSA Project #14048 <br />1 <br />SALLY SWANSON <br />111`1111.111 1111, <br />A field evaluation was conducted on July 29, 2014 of the site conditions and the public areas of the <br />building. Weather conditions were sunny and the temperature at the time of the start of the inspection <br />was approximately 720 degrees Fahrenheit. <br />Physical measurements were taken at selected and strategic locations to observe compliance <br />conditions. Continuous measurements of all possible variances in all actual field conditions were not <br />performed and thus, it is possible that variances in the irregularity of a surface or material could occur <br />and reflect a non - compliant condition where an otherwise compliant condition was noted. An <br />example of such condition might include the width of a walkway or change in the slope of a floor <br />surface that might result in slight a convex (hump) or concave (bird -bath) condition where <br />measurements taken in all directions, locations and in a continuous manner could reflect that <br />dimensional requirements were non - compliant. <br />In addition to the above, although professional care was taken with obtaining all measurements, it is <br />noted that no inordinate measures were utilized to verify true line, distance, bearing, level or plumb <br />conditions. Measurements that are not stated in the codes as between a "minimum" and "maximum" <br />or that are within a specified range of dimensions are considered absolute. Such absolute dimensions <br />are subject to conventional industry tolerances as allowed by both the ADAAG and Title 24 <br />requirements but do not fall under the purview of this CASp review for determination. Rather, such <br />determinations for acceptable tolerances are to be made by the Building Official, the Division of the <br />State Architect, the Department of Justice or other Authority Having Jurisdiction. An example of such <br />might include the issue that there is no change in level permitted within a required clear or <br />maneuvering space. Strict adherence could never be achieved since there are changes in level <br />between any materials or within a single material whether a tape measure or high -power microscope <br />is used. <br />Professional -grade equipment and instruments were used to obtain reasonably accurate field <br />measurements. Use of digital levels, calipers, shape- measuring gages, stop- watches, door - pressure <br />gages, templates and other instruments necessary to the measurement of a specific item were used <br />where appropriate. It is noted that no readings of sound, lighting, or color shade, contrast or index <br />levels were taken as part of this evaluation. Such readings require the service of an appropriately <br />licensed engineer or contractor to assist with such determinations where required. Examples of such <br />include measurements for alarm systems, elevators, lighting levels for egress systems, contrast between <br />surface colors, and etcetera. Metal -blade measuring tapes and digital levels were used to record the <br />dimensions. Since the dimensions reviewed were not of significant length and the ambient <br />temperature was not of significance range, no adjustments to any dimensions were made for any <br />expansion or calibration of any measuring device(s) at the time of the inspection. Digital equipment <br />was calibrated in accordance with manufacturer recommended procedures at the time of the <br />inspection. <br />December 15, 2014 SSA Project 114048 Page 3 of 28 <br />