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CONDENSATE
<br />DISCHARG
<br />GRADE
<br />REFRIGERANT PIPING UP TO ROOF TO
<br />CU-6 (TYP AHU-1 TO AHU-6)
<br />--- -----------------
<br />T
<br />AHU-2 li AHU-3 T AHU-4 T ANU-5 T AHU-6
<br />T
<br />— — — — — — J ANU-3 REFRIGERANT PIPING FROM EACH AHU-4 AHU-5 AHU-6
<br />DOWN TO AHU-2 it AHU UP TO CONDENSING UNITS ON
<br />FIRST FLOOR FRESH AIR DUCT 84 UP ROOF (SEE ARCH DWGS FOR RACK 2" CONDENSATE DRAIN LINE 12' ABV
<br />TO ROOF CAP LOCTION) PIPING FOR AHU 1,2, 43 ON FLOOR -SLOPE TOWARDS AHU-2. PROVIDE
<br />(TYP-AHU-2 AND AHU-6) RACK I AND AHU-4, AHU-5, AND PIPE SUPPORTS AS REQUIRED AND
<br />AHU-6 ON RACK 2 TWO-WAY CLEANOUT @ EVERY 20'-0"
<br />MEZZ. ABOVE
<br />SCALE: 1/8" = P-O"
<br />CONDENSATE DRAIN
<br />GD(IM MC77AMIAIC
<br />FLOOR PLAN
<br />SCALE: 1/8" = P-0"
<br />FRESCH AIR DUCT FRESCH AIR DUCT
<br />ROOF CAP - DUCT 10'-0" 10'-0" ROOF CAP - DUCT
<br />TO AHU-2 min min TO AHU-6
<br />CU-1,2,43 \_(I) CONDENSERS EACH END ON CU-4,5,V6
<br />ROOFTOP RACKS. PROVIDE
<br />ANCHORS TO MEET CURRENT
<br />BUILDING AND MECHANICAL CODE.
<br />A/C g ROOF LEVEL
<br />SCALE: 1/32" = 1'-O"
<br />OVERALL PLAN
<br />SCALE: 1/128" = P-0"
<br />J
<br />O
<br />I I
<br />� o � 1
<br />I I
<br />I
<br />�00��
<br />I I
<br />I �I
<br />RV ON ROOF
<br />RSF-I
<br />BRD IN CEILING AND
<br />ON ROOF 1-0)
<br />CONNECTED TO RV WITH GALV.
<br />1
<br />DUCT. (SET @ 0.05" WG TO
<br />O
<br />OPEN AND RELIEVE THE
<br />PRESSURE)
<br />18x18
<br />I
<br />1
<br />I
<br />DUCT.
<br />I
<br />I
<br />I
<br />I
<br />I(Ox16 SUPPLY
<br />GRILLE ( TYP 3
<br />SIDES)
<br />II
<br />O
<br />I_
<br />FLOOR PLAN @
<br />STORAGE ROOM
<br />SCALE: 3/16" = 1'-O"
<br />SPLIT SYSTEM A/C SCHEDULE
<br />AIR HANDLING UNIT DATA
<br />MARK
<br />-
<br />AHU 1-6
<br />COOLING CAPACITY
<br />BTUH
<br />55000
<br />SENSIBLE CAPACITY
<br />BTUH
<br />39000
<br />SUPPLY .AIR
<br />CFM
<br />1970
<br />OUTSIDE AIR(FOR AHU-2 & 6 ONLY)
<br />CFM
<br />200
<br />ENTERING AIR TEMP. DB/WB
<br />'F/'F
<br />80/67
<br />EYT. STATIC PRESSURE
<br />IN, H2O
<br />0,5"
<br />_
<br />�I
<br />ELECTRIC HEATER
<br />KN✓!STAGES
<br />7.5/1
<br />MOTOR
<br />HP
<br />1.0 HP/7.6 AMPS
<br />ELECTRICAL
<br />V/PH/HZ
<br />203/1/60
<br />FILTER TYPE
<br />-
<br />I" THROW AWAY
<br />BASIS OF DESIGN (1)
<br />-
<br />YORK
<br />MODEL
<br />-
<br />F5FP060H06T2C
<br />NOTES
<br />-
<br />2,3,4,6
<br />E.E.R.
<br />-
<br />13.0
<br />CONDENSING UNIT DATA
<br />MARK
<br />-
<br />CU-1 TO 6
<br />OUTDOOR TEMPERATURE
<br />'F
<br />95
<br />ELECTRICAL
<br />V/PH/HZ
<br />205-230/3/60
<br />COMPRESSOR
<br />RLA/LRA
<br />17.3/123
<br />MCA/MOCP
<br />-
<br />25/40
<br />BASIS OF DESIGN ("1)
<br />-
<br />YORK
<br />MODEL
<br />-
<br />HIRD060525
<br />NOTES
<br />-
<br />4, 5, 7
<br />(1) OR APPROVED EQUAL.
<br />(2) VERTICAL UNIT. WITH HORIZONAL DISCHARGE. PROVIDE ANGLE IRON FRAME WITH NEOPRENE PADDING BETWEEN UNIT AND FRAME_
<br />(3) PROVIDE WITH DISCHARGE GRILLE AND ON/OFF/AUTO DUAL BAND T'STAT
<br />(4) VERIFY THE SIZE OF REFRIGERANT PIPING BASED ON THE LAYOUT AND LENGTH BETWEEN EACH AHU AND ITS RESPECTIVE CU.
<br />(5) PROVIDE ANCHORS FOP. CONDENSING UNIT TO WITHSTAND WIND LOAD PER BUILDING/MECHANICAL CODE.
<br />(6) PROVIDE SINGLE POINT POWER CONNECTION n
<br />(7) FURNISH WITH CONVINIENCE OUTLET. HyA, ( H 0 TE
<br />FAN AIND D;���MPEP S-CHED!_iEE
<br />MARI,
<br />RSF-1
<br />RV 1
<br />BRD-1
<br />CFM
<br />2500
<br />2500
<br />1- -
<br />--
<br />EXTERNAL S.P.
<br />DRIVE TYPE
<br />C 25
<br />DIRECT
<br />0_D94
<br />-
<br />MOTOR H.P.
<br />1 0
<br />-
<br />-
<br />R.P.M-
<br />994
<br />-
<br />-
<br />ELECTRICAL
<br />120/1/60
<br />-
<br />-
<br />BASIS OF DESIGN (3)
<br />GREENHECK
<br />GREENHECK
<br />GREENHECK
<br />MODEL
<br />SAF-110-10
<br />FGP
<br />BR-10
<br />ACCESSORIES
<br />DS,RC,BD,F,BS
<br />RC,BS,BD
<br />-
<br />NOTES
<br />1,2,3
<br />4
<br />(1) FURNISH WITH WEATHER PROOF OUTSIDE AIR INTAKE HOOD
<br />(2) FURNISH WITH DUCT COLLAR
<br />(3) APPROVED OR EOUAL
<br />(4) FURNISH WITH Iv1GDEL WD-100-PB GRAVIT'r' OPERATE DAMPER
<br />(5) DAMPER START TO OPEN @ 0.05 IN IWG.
<br />VELOC.TY NUT TO EXCEED 2000 FT/I•AINI
<br />ABBREVATIONS-
<br />RSF - ROOF SUPPLY FAN
<br />Rv - RELIEF VENT
<br />BRD - BAROMETRIC RELIEF DAMPER
<br />PIPE FLASHING MUST NOT BE SUBJECTED TO
<br />TEMPERATURES ABOVE 300'F. EXPOSURE TO
<br />TEMPERATURES ABOVE 300' WILL RESULT IN
<br />FAILURE OF FLASHING MATERIAL.
<br />PIPE FLASHING
<br />TR FASTENERS @
<br />2' O.C. MAXIMUM
<br />' RV-1 (SHOWN FOR
<br />CONTINUOUS BEAD CLARITY. SEE FLOOR
<br />OF TUBE CAULKING /j PLAN FOR LOCATION)
<br />CURB BY
<br />VENTILATION
<br />CONTRACTOR
<br />Z
<br />BOTTOM VIEW OF
<br />PIPE FLASHING I�
<br />PROVIDE SUPPORTS AT
<br />REVERY 5'-0" TO PREVENT
<br />I
<br />VIBRATIONS
<br />TO RSF-I
<br />SET @ 80'F
<br />ROOF PANEL----% PROVIDE FULL SIZE
<br />FIELD CUTj DUCT BETWEEN BRD
<br />\ HOLE \ AND RV
<br />ERECTION PROCEDURES
<br />1) OPENINGS IN THE ROOF FOR SMALL DIAMETER PIPING SUCH AS VENTS MAY BE LOCATED ONLY IN
<br />THE FLAT OF THE PANEL. DO NOT CUT PANEL RIBS FOR ROOF PENETRATIONS.
<br />2) CUT A NEAT HOLE IN ROOF PANEL WITH I' CLEARANCE FOR PIPE AND INSTALL PIPE.
<br />3) RUBBER SLEEVE SHOULD BE A WATERTIGHT FIT ON PIPE. IF RUBBER HAS TO BE CUT TO SUIT
<br />PIPE SIZE, USE A SHARP PAIR OF SCISSORS AND AVOID NICKS.
<br />4) APPLY TUBE CAULKING TO THE UNDERSIDE OF BASE AND USING WATER AS A LUBRICANT, SLIDE
<br />FLASHING ALING PIPE UNTIL IT MEETS ROOF PANEL.
<br />5) PRESS BASE OF PIPE FLASHING FIRMLY AGAINST PANEL.
<br />6) DRILL TWO HOLES OPPOSITE EACH OTHER AND FASTEN. PROGRESSIVELY COMPLETE THE
<br />FASTENING BY PRESSING BASE FIRMLY AGAINST PANEL TO AVOID GAPS.
<br />CXP ROOF PANEL DETAILS
<br />PIPE FLASHING INSTALLATION
<br />SCALE: N.T.S.
<br />8'0 DUCT TO ROOF
<br />T-CAP (FOR AHU-2 FULL SIZE GRILLE ON
<br />AIR
<br />AND AHU-6 ONLY) DISCOF AHU
<br />OPENING
<br />AN-
<br />LOCATE LOCATE ROOF CAP MIN 10'-0' AHU
<br />AWAY FROM CONDENSING UNITS FIRE STAT
<br />�- REFRIGERANT PIPING
<br />AIR HANDLING FILTER
<br />(FRONT ACCESS) UP CU ON ROOF
<br />I UNIT PO
<br />SCH. 40
<br />PVC
<br />1' CONDENSTATE DRAIN.
<br />1' CONDENSDATE DRAIN LINE
<br />WITH P-TRAP. DISCHARGE INTO
<br />NEOPRENE PAD BETWEEN CONDENSATE PIPE ALONG THE
<br />UNIT AND ANGLE IRON WALL (SEE PLAN FOR PIPE
<br />FRAME. LOCATION)
<br />I
<br />`J
<br />DISCHARGE TO CONDENSATE VJ—F-i—Ir
<br />DRAIN PIPE. SEE PLAN FOR
<br />�
<br />ISOLATORS. TYP. OF 4 ON GALVANIZED STEEL STAND.
<br />ANGLE BRACING WfFEE PROVIDE ANGLE BRACING AS
<br />PIPE LOCATION
<br />REQUIRED TO SUPPORT AHU
<br />AHU DETAIL (TYP)
<br />r
<br />F PAPDETAIL
<br />NO 'r ALE
<br />NO SCALE
<br />1. ALL 'dVORK SHALL BE ACCOPDAN"E WITH HFPA C?O—A & B,
<br />HR�L '.;UIDE "�IgAI_:J'Jti' DIH T C:OfJ�-PU1,TI 'Il
<br />Aid'FDS, NrPA. I0I, EL 1PIDA _TATE EivEF' L)DE
<br />rLUPID A BUILDING � C)DE AND ALL D-.CAL CODE HA VIr• G JURISDICTl' P_)
<br />_. %/IDE A TF'.Ar' AT C'_1iJDEF1S'-TE ERA.IrI L'I<JE �IaNsrJECT'Gr,l
<br />AT ALL AIR HANDLIII(_l UNITS DRAIF1 LIME, ,HALL RE r:H. AC) P r,
<br />_L'_P__ TO PAINT Or DlSiCHARGE AT MIIJIfIUIU ' PER FurT_
<br />3 :ALL __ IIIpIv1EFJ1 SHALL BE U.L. D_;TED AND A P ERTIFIED
<br />A,-L V ED H,ANI AL EJI III^.4ENd 1 RE01 (Pill ELECTPl- AL /JER
<br />r E L 1 L- H �I C� i11 'EC.T Ti E T E, ,CH
<br />0 n
<br />I � �F rI,IPP EI T CO RU IJFTE TWITCH PtIIFEN1ENTs
<br />H HE ELF Tk,��L rT�IT� ACT P. IT
<br />H ",!,i l T�
<br />HE .P_I'1SIE'1-ITi 'D '_ _C'CILj4TE LL ELE-T,EI PE_ IIPEMEP.T'7.
<br />LI'STE' FIPE _ ... T 1[ 1 ='JFPL IP
<br />F AL ^I J THE G .TE.IP INDICATED Ji'd THE DPANIIJC HALL
<br />BF Vn✓IGFL�TOF lFt AHU rANI PC ETE ,IG,,-jU"E
<br />J HE jH_ h,!;_ RIPE 'I APIvl STE" PLI 4ri E
<br />F 7H F l ILI�IIJS H O FIPt ALARM �TENs THE t'EC'(-,F,'HALL
<br />v U H_F L PJ A UDIBLE ]D VISUAL ALARI I It -I A I JKNIti Lt CI I IP,E_
<br />PEA IIJSTALL Ilk E \vI.H THE -FIFE MAP'SHA.LL.
<br />5 L L,T CIMLNSIONS _HC NF! APE C LEAP•. HI_IDE DIIvIE',ISII rJS
<br />6. I-Et_)VIDE A FLEXIBLE '01`,II`JECIICI�`J BETWEEN P�F 1, DU(_-7 C"Rk
<br />LIJD 4:HU FFE H AIP DUCT-
<br />-' PPL C U T FROP.4 P`�F—1 `.HALL BE FABRICATELD I IF
<br />ACCESSOPIES GALVAi'JIZED SHEETIv1ETAL, WITH ALL SEAMS AND JOII"JTS SEALED
<br />US — DGCONNE^T '��dTCH — LIEM3 ti FTI ;HT PROVIDE-,LIPP0RTS AND.'-`,PJCHOP TO ADJ''�ETJT 'J;A,LL A�
<br />FULLi INEATZ PROOF H Jwhvi'l n EVER( 5
<br />BG - B A,KDRAFT DAMPER
<br />RC — PJOFCHRB H qL'� "1O I[TTED THERM✓ STATS SHALL BE FC)CATEU A. MiNlIC1LIV, LLF —0
<br />F - I" WASHABLE ALUMINUM FILiFRS ABO'✓E FINISHED FLCIOR_
<br />BS - BIRD SCBEErJ
<br />�J A.LL MFC-HAi'",JICAL ErULIIPNIEJT AND SYSTEMS SHALL BE GUARANTEED
<br />FOR A PERIOD OF OPJE TEAR AFTER WPITTEN 'CCEP IANCE BY CA"I'lER.
<br />HVAC COMPRESCPS SHALL HAVE AN A,DDIT10'vJAL FOUR—lE'P 'V_`PPa,NT'(
<br />'I CD L L PFRiGEPAN'JT FIPIN� _ SHALL BE IN`LILATED WITH THICK APMAFLE?
<br />E000 GE EC_UAL. pP00IDE ALUM JACKET OF,J THE PIPIILG 0C, RCnF
<br />11- PRE=WIDE T'STAT FOP RSF-1 WIPE TO STAPT/'STOP_ SET i�) 80`F
<br />6
<br />FRAME TO BE ANCHORED TO
<br />THE WALL USING 3/8' DROPS
<br />114 ANCHORS'-' °
<br />I
<br />a
<br />\"
<br />°<
<br />FRAME°CONSTRUCTION
<br />2 xl/4' ANGLE. ALL
<br />WELDED CONST.
<br />°<
<br />ACU WALL RACK
<br />SCALE: 1/4" = V-0"
<br />4
<br />BRD-1 SET
<br />@ 0.05'WG
<br />18XIB DUCT DC
<br />FROM RSF-I
<br />SUPPLY GRILLE I(PA6 ON
<br />THREE SIDES AS SHOWN
<br />ON PLAN ANGLE VENTS
<br />DOWN
<br />I
<br />t
<br />s
<br />f
<br />SETION A -A
<br />SCALE: 1/2" = 1'-O"
<br />f BY
<br />I ER
<br />HARISH SHAH, P.E.
<br />HVAC, PLUMBING, FIRE PROTECTION
<br />CONSULTING ENGINEER
<br />P.E. NO. 19880
<br />LAKELAND, FL. 33813
<br />PHONE/FAX: 863-619-8258
<br />EMAIL — HHSHAHI®YAHOO.COM
<br />SIGNATURE
<br />PLANS NOT VALID UNLESS
<br />RAISED SEAL AFFIXED.
<br />REVISIONS:
<br />DATE: 9-25-08
<br />PER BLDG DEPT
<br />DATE:
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<br />Plan
<br />ZEPHYRHILLS
<br />ob
<br />Job
<br />2924
<br />Date
<br />8-20-08
<br />Sheet
<br />M-100
<br />
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