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04-1660(3)-016! _ y • v Y r v I I - ,I - _r . L: 'I i i i i J I 1 J l- v � M V • • V Y v w w Y Y uu •W wyw • • • G !I y r V r y y • V 4, Y fWV VUr • U • yY•G W , Y Y A, AIIti LOW r ff• •: `�4`') W W W r u •Y• r iC y C! f• r t) V r r LOW VEL_!2rITY rYWW �i, 5UPPLY AID ..`)Vjt •° G Y Y y W W Y J y r � ••uv O � METAL ROUND FITTING QUADRANT OPERATOR TO BE OUT5IDE SEAL JOINT W/ IN5ULATION- PROVIDE EPDXY 4 DUCT TAPE IN5ULATION GUARD AS REQUIRED IN5ULATED FLEXIBLE DUCT PERFORATED DIFFUSE FLEXIBLE DUCT DETAIL "NUTONE" 50 CFM C•VLJ CIAI 111.1 r^ 4" DRYER VENT THRU WALL W /CAP 4" WH VENT THRU WALL W /CAP 3/4" RELEIF LINE TO 12" SPPILL Ol,1TSIDE OF BLDG, 6 ABOVE FIN.-,,- SIN 3/4" SUCTION LINE 3 /8" LIQUID LINE " (THROUGH DROP I CEILING) � EXTERIOR 2" CD LINE TO OUTSIDE CU —; OF STRUCTURE, k TO BE TERMINATED FACE DN, 6" ABV. GRADE 0 BLDG. 3/4" SECTION LINE 3 /8° LIQUID LINE (THROUGH CEILING) UP TO 2nd FLOOR DRAIN AREA 12" MIN. � SOIL GRASSED AREA 'A A41 T C? � � I- (I 2„ CONDENSATE DRAIN PIPE CONDENSATE DRAIN DRY WELL N.T.S 3 IK - GONDEN5INS UNIT FASTEN C.U. DIRECTLY TO SLAB W/ 1/4" X 3" LNG. TAPCON SCREW5 2" WIRE 5TR4P5 f =1 /a° POWER 4 CONTROL CONNECTIONS &" MIN. 4" MIN. LIQUID LINE UJ /O INSULAT I Olhy CONCRETE 5A5E W1 X ry - I0 /10 WWF MIN. 4" 0 5CHEDULE SEAL ENTRANCE OF REFRICtERANT 40 P,V.C. PIPE r INCREASE 51ZE LINE5 INTO P.v,C PIPE U)/ A5 REQUIRED BY IMPERT',EABLE, RESILENT f ATER;4�__'_1' LENS TI4 AND ROUTING 5UC71ON LINE W1 1 -112" ARMAFLEX IN5ULA7ION BARRIER C.U. MOUNTING DETAIL N.T.S 1 TO CONDENSATE DRAIN LINE — ROOF — FIBERGLASS SUPPLY DUCT R -6 MINIMUM INSULATION CEILING 4' ALL 4" AROUND LIQUID AND SUCTION LINES FAN COIL UNIT ELECTRIC STRIP HEATER \ TOP OF -- -- P RFORA ED CAP FACTORY FABRICATED Z FILTER SECTION PROVIDE COAT SWITCH �_ - 3/4" SCH 40 PVC DRAIN AS PER 307.2.4. IT IS (BY A/C CONTRACTOR) SUPPOSED 1 SHUT DOWN THE A/C UNIT AUTOMATICALLY BOTTOM OF TO PREVENT OVERFLOW. DRAIN PAN DRAIN PAN TO BE AT LEAST `3" LARGER THAN A.H.U. CONCRETE SLAB (ALL ... 51DES AND 1.5'- -Q�EP) k' SCH 40 PVC (UNDERGROUND DRAIN ....... ! (BY A/C CONTRACTOR) -- TYPICAL A.0 EQUIPMENT CLOSET N.T.S A/C UNIT DRAIN CONNECTION AIR COND. (NOTES) PROVIDE AUXILIARY DRAIN NOTES �. PAN W FLOAT SWITCH AS INSTALLATION OF PIPING TO CLEAR �, FILTER PULL OUT AREA do SERVICE PER SECTION 307.2.4 (FVC) REMOVABLE PANELS PROVIDE AIR TRANSFER AT CONDENSATE DRAIN ARRANGEMENT EVERY BEDROOM AT AIR CONDITIONER UNIT N. T, S MECHANICAL CODE - UNDERGROUND SONG N5,4TE C)RAIN LINE 5HALL BE 2 INCHE5 DIAI"1. `11NIf1lJM. ANCHORINGX�FTAIL OF THE UNIT TO THE CONCRRETF SLAB TO WITHSTAND* I ,4.;�,HH. WIND FORGE. (A5 PER 301.13 F.M,G. 1&ie,2 - ALL EXHAUST DUCTS ,5H4LL 5E CONSTRUCTED OF 4 -4HEET I" 1ETA-1 , TERMINATE OUT51DE THE BUILDINCx, AND F-E EQUIPPED WITH A 14CKDRAFT DAMPER AND 5CR EN, (NO T -FIN ALLOWED) - ALL TOILET R� H5 BE PROVIDED LU17P A i~"ECHANICAL EXHAUeT SYSTEM TO PRODUCE I COMPLETE AIR CHANGE EVERY 3 I'IINUTFS, LU 4ERE THE THE VENTILATING AIR H45 BEEN COND171ONED, THERL 5HALL 5F74 GOMPLETE AIR CHANGE EVERY 1 112 P'11N'JTE5.- (AN A/C DROP IN THE TOILET ROOM FOR AN INTERIOR BATf4ROOM !a NOT 5 JFFICIENT OR: AGCEP'TA5LL= MEANS OF vEl' \ITILATION.- AN EXHAUST FAN 5H4LL 113E PROvIDE= 7,,.W /5C) CFM MIN) - DUCT5 FROM "TOILET ROOM5" 5HALL p15GHARCzE TO THE OUT5IDF OF THE BUILDING, 5HALL BE TFF:MINATED NOT LE55 THAN ro INGI -1E5 ABOVE THE FIN15HEp ROOFaURFACE, AND 5H4LL BF SGRFFNED WITH A CORROSION 'n RE515TANT 1`14TERIAL HAVING A MESH 51ZE NOT LARGER THAN 1/2 INCH, !I IPR:OViDE GOOD r NECK OR R'AIN G,4F ON ROOF 7ERI"1iNA71ON5J1 *FOR THE PURL F 745 PARAGRAPH, THE TERM "TOILET ROOM" 5H4LL 5E CON57RLJEC TO MEAN B,4THROOM5, 5ERVIGE 51N< ROOM5, AND JANITOR'S GLC CLOTHES DRYER EXHAU5T DUCT `✓HALL NOT BE 5CREENED, 4" D1,4, MIN. CLOTW1E5 DRYERS EXH4U57 DUCTS (OR vENTS) 5H4LL COMPLY WITH M4NUFAGTURER'5 IN57ALLA7I0N IN57RUC7ION5, BE (�ON57RUC7ED OF 4 M':NIMUM 30 C;AJCSE 1" IETAL PIPE, HAVING A SMOOTH INTERIOP: 5UFFACE 1 WITH JOIN75 RUNNING IN THE pIRECTION OF THE AIR FLOW, DUCTS JOINTS S�4 -4LL NOT BE ASSEMBLED UJIT; 4 SHEET METAL SCREWS E OR OTHER- FA: ''w 5 UJHICH EX7END INTO 71-4E DUC7. G CSC I•--I �` Af=f=EN[)iX II ,4II 6G�4EIDJLE HV,AC DE51GN FMOUIM5 1'IE5 NO DUCT SMOKE DETECTOR - CFM FIRE DAMPER(5) 1,200 650 _. __. 5i"10KE DAMPERS) 59,000 36,200 FIRE FATED ENCLOSURE BTUH SENSIBLE THE F'RE RATED ROOF /FLOOR CEILING A`35EM5LY 13.5 ONE FIRE 5TOPPINCz 67' DATA 5M0KE CONTROL, _ 8o• WHE J -3 AC SPLIT SYSTEM SCHEDULE FAN COIL ITEM FC-1 1st FLOOR PROVIDE 2 -8" X 16" VENT 1" ABOVE FINISH - CFM FLOOR AT GARAGE (1005.1. PER VEHICLE: MIN.) 1,200 650 _. __. BTUH - 59,000 36,200 GARAGE VENTILATION CALCULATIONS BTUH SENSIBLE THE NEW FLORIDA MECHANICAL CODE ALLOWS NATURAL VENTILATION AS 13.5 ONE OF T MEANS TO VENTILATE THE GARAGE, FROM ASHRAE GUIDE AND 67' DATA BOOK Q = VAE _ 8o• WHE E r- 0 = 100 CFM PER CAR. V = WIND VELOCITY AT 4 MPH = 352 FT PER _ 1 60%'230- MINUTE. K�� PHASES A = SQUARE FEET OF FREE AREA OF WALL OPENING WITH SCREEN 10 LOUV R. E = EFFECTIVENESS WITH WIND DIAGONAL TO WALL. _ 10.0 w A = Q /VE = 100 CFM /352 FPM X 0.3 = 0.947 SO. FEET. AREA = 0.94 X144 SQ.IN /FT. 60AOA__ A = 136 SO. IN. OF NET FREE AREA. A MINIMUM OF ONE INLET AND ONE MANUFAC'T'URER CUTLET ARE REQUIRED IN TWO EXTERIOR WALLS /DOOR. YORK MODEL F2FP060 F2FRP`'FP036 . F2RP /FP018 - I_.. _ J -3 AC SPLIT SYSTEM SCHEDULE FAN COIL ITEM FC-1 1st FLOOR FC— 2nd FLOOR G FC -3 AZEBO CFM _ 1 a0i�__._ _ 1,200 650 _. __. BTUH - 59,000 36,200 18,000 BTUH SENSIBLE 44.3 _ 27.2 13.5 ENTERING •F W.B. _ 67• 67' 67 ENTERING T D,B, _ 8o• 80. -- 80• OL VTS _ 1 60 230 - _ 1 60%'230- /6{0/230 - K�� PHASES 10 1z 10 W HEATING KW _ 10.0 w 10.0 10.0 WIRE AMPS/FUSES - - -60N6 60AOA__ _ MANUFAC'T'URER YORK YORK_ YORK MODEL F2FP060 F2FRP`'FP036 . F2RP /FP018 CONDENSING UNIT ITEM CU— —2 CU -3 CFM - 1.900 _ 1,200 - - . 650 - BTUH 95• _ _ 95 95 J VOLTS - - 1/-6-( - 1 60 230 - -- 1 60/230 1/230 PHASES 10 10 10 WIPE AMPS 10# FUSES 30A 30A _ 30A MANUFACTURER _ r YORK _ YORK 71 MODEL H4DH06OS06 HdDH036SOC v -- H4DH018506 SEER 12,0 - 1Z,3 j 12.00 AIR CONDITIONING NOTE5: I. THE WORK THAT IS TO BE DONE UNDER THIS HEADING INCLUDES THE FURNISHING OF ALL LABOR, MATERIALS, EQUIPMENT, PERMITS, FEES, INSPECTIONS, TE5T5, INSURANCE, ETC. REQUIRED FOR THE COMPLETION OF THE AIR CONDITIONING SYSTEM SHOWN ON THE DRAWINGS AND /OR LISTED BELOW, 2. VENTILATION DUCTWORK SHALL BE GALVANIZED STEEL WITH GAUGES DUCT CONSTRUCTION, BRACING AND SUSPENSION IN ACCORDANCE WITH THE RECOMMENDATIONS 5ET FORTH IN THE LATE5T EDITION Cr- THE ASHRAE GUIDE AND 5MACNA STANDARDS. DUCT 51ZE5 SHOWN ARE "AIR51DE11 DIMEN51ON5. VERIFY EXACT LOCATION OF DUCT WITH RESPECT TO STRUCTURE BEFORE FABRICATION. 3. FLEXIBLE DUCT 5HALL BE WITH 11/2" THICK BLANKET TYPE INSULATION WITH EXTERIOR VAPOR BARIER. PROVIDE SPIN COLLAR WITH DAMPER AND EXTRACTOR WHERE PLEXIBLE DUCT 15 CONNECTED TO RECTANGULAR DUCTWOR< 4, AIR CONDITIONING SUPPLY AND RETURN DUCTWORK 5HALL BE 11/2" FIBERGL,455 U.L. LISTED, CLA55 I AIR DUCT. DUCTWORK SHALL BE FABRICATED IN ACCORDANCE WITH 5MACNA STANDARDS. 5. TEMPERATURE CONTROL 5HALL BE A ROOM THERMOSTAT FOR HEATING /COOLING. ro. ALL WORK SHALL BE COORDINATED WITH OTHER TRADE5 TO AVOID INTERFERENCE WITH THE PROGRE55 OF CONSTRUCTION AND IN 5TRICT COMPLIANCE WITH ALL APPLICABLE CODES AND 5TANDARD5. -1, VIBRATION 15OL4TION: ALL EQUIPMENT AS PER MANUFACTURER RECOMMENDATIONS TO ELIMINATE ANY EQUIPMENT NOISE FROM BEING HEARD. 8. EXACT LOCATION OF ALL CEILING DIFFUSERS AND GRILLES 5HALL BE COORDINATED WITH LIGHTING LAYOUT AND CEILING LAYOUT. `d. TESTING: A. ALL REFRIGERANT HIGH 51DE PIPING TO 300 P51G, LOW SIDE TO 150 PSIG. AFTER TESTING EVACUATE SYSTEM TO 25" MERCURY GAUGE PRESSURE= WITH VACUUM PUMP. HOLD FOR 25 HOURS WITH PUMP OFF=. BREAK VACUUM WITH REFRIGERANT. l�A'I'1rN I3Y: J. M. - K. C. If A'FE: 1�00 vj� Nwlv V • ©ter IL cq © O 4. bi 0 y�, 04 l�A'I'1rN I3Y: J. M. - K. C. If A'FE: 1�00 08 -09- 2004., SHEET `; v 0 y�, t r � l f � F K�� R 4, r� l LN"J m� C r 71 l�A'I'1rN I3Y: J. M. - K. C. If A'FE: 1�00 08 -09- 2004., SHEET `; v 0 y�, r l K�� R LN"J m� C r 71 C m� l�A'I'1rN I3Y: J. M. - K. C. If A'FE: 1�00 08 -09- 2004., SHEET `; 0 y�, r l K�� R 1<. l�A'I'1rN I3Y: J. M. - K. C. If A'FE: 1�00 08 -09- 2004., SHEET `; I