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Cement ot�5,000 LB PL-R iN �aas pored over to a thickness (in the center) ot� <br /> 5(five) inches, measured at the center of the slab. The perimeter was <br /> supported by footings of(sixteen) 16 inches deep and (eighteen) 13 inches <br /> wide. These footings are reinforced with (two) 2, #4 rebar, running length <br /> v;ise with the footings. finally, (two) 2, 12inch X24 inch pilings were pored at <br /> the north west and south west corners as additional support for the 4X4 <br /> support beams. Support saddles�vere installed at the time of poring. See :�-I <br /> inset page 1-SA. <br /> The Roof header beam is supported by(two) Z treated 4X4 support swds <br /> that are attached to the cement floor by metal saddles as indicated on pace 1- <br /> SA, inset A-I. One 4X4 at the North west end and one at the South west. <br /> Treated 2x4 sill plates were nailed to the cement at approximately 18 <br /> inches spacing, as well as glued to the cement. <br /> Additional roof sunport is provided with 2X4 Studs that are used to frame <br /> the(three) 3 double pane, sliding glass doors, and thc(three) 3 top, double <br /> pane windows. Door headers �vere installed and additional framing(2a4'sl <br /> was installed to provide the necessary structural strength. Male plates werc <br /> used at the indicated points (See page 1-SA), and the north wall was framed <br /> using 2X4 studs on (sixteen) 16 inch centers, on a treated sill plate. 3/4 inch <br /> sheeting was installed on the outside ofthe sun porch and covered with T'yvek <br /> cover. Siding was then installe� ever the Tyvek and plywood sheetinc. <br /> ;. This description will cover the main points of our proposed addition. It <br /> consists of extending the south side of our home (seven ft, six inches) 7 fl 6 <br /> inches to the south. 7'his will result in a setback oti(five ft, six in) Sft Ginches <br /> to the property line. <br /> To begin the process, �ve will di�a trench (five ft) 5 ft deep and (five ft) 5 <br /> ft wide, that wili encompass the tinished foundation. We will lay crushed rock <br /> (one ft) I ft deep for tlie footing to rest upon. Then the footing will be framed <br /> •r.nd pored using(five thousand) $,000 Ib per sq in cement. There will be <br /> reiniorcing steel as per page 1-513 inset B-1/2. (Note the crushed rock) <br /> Upon completing ihis stage of the foundation, a stem wall will be added <br /> " as per page 1-SB, inst b-1/2. Note the connection process between our old <br /> foundation and the new. Page 1-SB, Inset B-1/3. We wi11 drill the eld <br /> ti�undation and epoxy glue t/4 rebar into it to a depth of(twelve inches) 12 <br /> inches. There are to be(two)2 of Niese rebar ties, per connection. <br /> The foundation stem wall will be formed and pored to a height of(forty) <br /> -10 inches measured from the top of our footing. Reinforcing steel will be <br /> installed in accordance to Page 1-.SB inset [3-U2. Tie downs will be spaced <br /> every (four)4 ft, using 1/2 inch X IOiuch AB steel tie downs, placed in place <br /> at the time of cement pore. See Page 1-SB inset B-I/2. <br /> In order to insure a dry crawl space and basement on the existing south <br /> side, the new stem wall will be weather proofed as per page 1-SB, inset B-U5. <br /> This inset shows the stem wall treated with rubberized spray coating, followed <br /> with protective coat of(one) I inch Sara foam <br /> /� <br />