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PROPOSED PLAN - SERVICE YARD <br />2 1 /4„ = 1'-0" <br />KEYED NOTES <br />O 1 CONTRACTOR SHALL PROVIDE AND INSTALL AN EXHAUST AIR LOUVER EQUAL <br />TO A RUSKIN EME6325D, WITH A MINIMUM FREE AREA OF 0.26 SF, UNDER THE <br />EAVE OF THE ROOF, THE LOUVER SHALL BE MOUNTED IN ACCORDANCE WITH <br />THE MANUFACTURER'S WRITTEN INSTALLATION INSTRUCTIONS AND AS <br />APPROVED BY THE LISTING OF THE LOUVER. <br />O CONTRACTOR SHALL PROVIDE AND INSTALL AN OUTSIDE AIR INTAKE LOUVER <br />EQUAL TO A RUSKIN EME6325D, WITH A MINIMUM FREE AREA OF 0.42 SF, UNDER <br />THE EAVE OF THE ROOF. THE LOUVER SHALL BE MOUNTED IN ACCORDANCE <br />WITH THE MANUFACTURER'S WRITTEN INSTALLATION INSTRUCTIONS AND AS <br />OVED E LISTI F THE L R. <br />3O CONT ACTOR SHA L FIELD VE IFY THE LOCATION OFT EXISTING OOF <br />INSULATION. IF THE ROOF INSULATION IS ENTIRELY ABOVE OR ADHERES TO <br />THE BOTTOM OF THE ROOF DECK THE CONTRACTOR SHALL INSTALL THE AHU <br />WITH NO ADDITIONAL REQUIREMENTS. IF THE INSULATION IS INSTALLED ON <br />THE TOP OF THE CEILING, THE GENERAL CONTRACTOR SHALL BUILD AN <br />INSULATED BOX SURROUNDING THE AHU. THE BOX SHALL BE OF PROPER SIZE <br />TO ALLOW FOR A PERSON TO SERVICE THE UNIT, SHALL INCLUDE REQUIRED <br />CLEARANCES, PROPER LIGHTING FOR SERVICE. AND STRUCTURAL SUPPORT <br />FOR THE UNIT, BOX, AND SERVICER. THE MECHANICAL CONTRACTOR SHALL <br />PROVIDE A 4" SPIN -IN FITTING WITH A VOLUME DMAPER ON THE SUPPLY DUCT <br />LOCATED WITHIN THE BOX, BALANCE TO 50 CFM. ROUTE INSULATED <br />CONDENSATE DRAIN PIPING TO EXTERIOR OF BUILDING. TERMINATE <br />INDIRECTLY A MINIMUM OF THREE INCHES ABOVE GRASSY AREA PIPE ROUTING <br />SHALL NOT BE VISIBLE FROM WINDOW. PAINT WEATHER -EXPOSED PVC PIPING <br />WITH ONE COAT OF UV RESISTANT PAINT. CONTRACTOR SHALL PLACE AHU <br />ABOV LAY IN CEIL NGS OR PR VIDE AN APPRORIATELY IZED AC�PANEL..CONTRA R SHALL VIDEAN STALL A HAUST A O <br />TO A RUSKIN EMED6325D, WITH A MINIMUM FREE AREA OF 0.19 SF, UNDER THE <br />EAVE OF THE ROOF. THE LOUVER SHALL BE MOUNTED IN ACCORDANCE WITH <br />THE MANUFACTURER'S WRITTEN INSTALLATION INSTRUCTIONS AND AS <br />APPROVED BY THE LISTING OF THE LOUVER. <br />O CONTRACTOR SHALL ROUTE REFRIGERANT PIPING UNDERGROUND AND RISE <br />UP INSIDE OF BUILDING. SEE DETAIL ON SHEET M402. <br />GENERAL NOTES <br />1. CONTRACTOR SHALL INSTALL MECHANICAL EQUIPMENT IN ACCORDANCE WITH ALL <br />STATE AND LOCAL CODES. CONTRACTOR SHALL BE RESPONSIBLE FOR ALL <br />TRANSITIONS, FITTINGS, ELBOWS, DUCTWORK, PIING, SUPPORTS, ETC., NECESSARY <br />FOR A PROPER INSTALLATION AND OPERATION OF NEW HVAC SYSTEM. <br />2. ALL DUCT DIMENSIONS SHOWN ON DRAWINGS ARE CLEAR INSIDE DIMENSIONS. <br />3. ALL BRANCH DUCTS TO AIR DEVICES SHALL BE PROVIDED WITH A VOLUME DAMPER <br />IN THE BRANCH CONNECTION UNLESS NOTED OTHERWISE. ALL ROUND BRANCH <br />DUCT CONNECTIONS SHALL BE PROVIDED WITH CONICAL SPIN -IN FITTING WITH <br />INTEGRAL VOLUME DAMPER. <br />\v <br />O <br />Q <br />0 Q <br />61 <br />design styles <br />architecture <br />1708 E Columbus Drive <br />Tampa, Florida 33605 <br />p 813 241 6700 f 813 247 3757 <br />designstyles©rc hitecture.c om <br />#AA0003393 <br />All reproduction & intellectual property <br />rights reserved 2017 <br />Project <br />LCI <br />Ua <br />Medici Group <br />Davita - Zephyrhills <br />5935 7th Street <br />Zephyrhills, FL 33542 <br />Prepared for <br />JB Realty Partners <br />In Association with: <br />genesis <br />f <br />genesis <br />engineering <br />Ilc. <br />s <br />group, <br />2601 cattleman rd., suite 501 <br />sarasota,9 34232 <br />www.geneng.net coa#29304 _ project #1 8-189FL <br />Professional Seal <br />•• .• 9 <br />* ; No. 551 _ <br />• STA* <br />• A, Q, <br />OR <br />��� O1- A I <br />No. Issue Description Date <br />1 PERMIT AND BID SET 12/10/2018 <br />No. Revision Description Date <br />1 PERMIT COMMENTS 3/8/19 <br />Drawn By: CTF Checked By: RMH <br />Project Number: 18190 <br />Sheet Title <br />PROPOSED <br />PLAN <br />Original drawing is 24 x 36 Do not <br />scale contents of drawing <br />11 Sheet Number <br />PROPOSED PLAN <br />1 1 /4" = 1'-0r' <br />