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9 SECTION Detail <br />2.2.4 Fitting Assembly <br />All containment fittings consist of two halves with flanges <br />as shown in Fig. 2.2.3. The bottom half has threaded in- <br />serts for ease of assembly. <br />Apply adhesive to <br />Pipe must fit snugly <br />into fitting socket so <br />that no gap exists FIGURE 2.2.5 <br />TABLE 2.3.1 Containment Crossover Information <br />C <br />These fittings are assembled with adhesive and %-20 wash- <br />er -head bolts that are furnished with the fittings. The re- <br />quired bolts are supplied in small plastic bags. If extra <br />bolts are required, they can be purchased from your dis- <br />tributor. Or, you can use standard %-20 x 1" long hex <br />head bolts. If you use standard bolts, place a flat washer <br />on the bolt before torquing. <br />The bonding surfaces of the containment fittings are sup- <br />plied from the factory pre -sanded. Two-piece secondary <br />containment fittings must be joined using a greater <br />amount of adhesive than is necessary for joining bell and <br />spigot joints of product piping (see Fig. 2.2.5). <br />&; ;X"illi <br />, OI' ling a secondary containment system from <br />1 �erglass Products, some preparation is necessary if <br />w-, � closest possible separation of lines is required. To <br />minimize the overall change in elevation when installing <br />a containment crossover, it is necessary to shorten one <br />U <br />(1) Actual length of the product nipple will vary slightly because of different insertion lengths due to variations in tapers. <br />TABLE 2.3.2 Pipe Separation Distances <br />Containment <br />Remove From <br />Remove From <br />C <br />D <br />E <br />Containment <br />45° Crossover <br />Side Run of <br />Product(1) <br />Containment <br />(in.) <br />Pipe Size <br />(in.) (mm) <br />Elbow <br />(max. in.) (max. mm) <br />Tee <br />(max. in.) (max. mm) <br />Nipple Size <br />(min. in.) (min. mm) <br />Nipple Size <br />(min. in.) (Min. mm) <br />14.5 <br />3 75 <br />1.25 32 <br />1.50 38 <br />2 x 8 50 x 200 <br />3 x 6 75 x 150 <br />16.5 <br />4 100 <br />2.00 51 <br />1.63 41 <br />3 x 8 75x200 <br />4 x 6 100x150 <br />22 <br />6 150 <br />1.25 32 <br />1.00 25 <br />4 x 10 100 x 250 <br />6 x 8 150'x 200 <br />(1) Actual length of the product nipple will vary slightly because of different insertion lengths due to variations in tapers. <br />TABLE 2.3.2 Pipe Separation Distances <br />Containment <br />A <br />B <br />C <br />D <br />E <br />Pipe (in.) <br />(in.) <br />(in.) <br />(in.) <br />(in.) <br />(in.) <br />3 <br />7.5 <br />10.6 <br />6.5 <br />10 <br />14.5 <br />4 <br />8.5 <br />12 <br />7.5 <br />12 <br />16.5 <br />6 <br />10.65 <br />15 <br />8 <br />14.75 <br />22 <br />'4" min. 1 0 0 <br />A (11 00 mm) 125" (64 mm) Critic <br />I s <br />0 <br />MW« <br />Note: Match drill two holes <br />(5/16") at a distance of 3/4" <br />(19 mm) from the cut end of <br />the 45° elbow and the tee. <br />E <br />NOTE: The 2.5" (64 mm) critical dimension must be inspected in the field. <br />FIGURE 2.3.1 <br />24 Installation Instructions <br />NOMINEE <br />'4" min. 1 0 0 <br />A (11 00 mm) 125" (64 mm) Critic <br />I s <br />0 <br />MW« <br />Note: Match drill two holes <br />(5/16") at a distance of 3/4" <br />(19 mm) from the cut end of <br />the 45° elbow and the tee. <br />E <br />NOTE: The 2.5" (64 mm) critical dimension must be inspected in the field. <br />FIGURE 2.3.1 <br />24 Installation Instructions <br />