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M EC2010-00182 THE KNOLL 12291 SW KNOLL DR LIEU:7/ED APR 2 3 2010 CITY OF TIGAD BUILDING DIVISION 411 ma os E itX c) E Q Mg Pig =I N° ..,.: I..„ c' 8 C c WI X r N EU C AB BR EVIATIONS SYMBOLS 0 r- A AMP HP HORSEPOWER NC NOISE CRITERIA RND ROUND UON UNLESS OTHERWISE NOTED .•--� DETAII NUMBER ADA AMERICAN DISABILITIES ACT CFM CUBIC FEET PER MINUTE EXP EXPANSION HR HOUR NC NORMALLY CLOSED RPBP REDUCED PRESSURE ti.- „ ' TOP DETAIL SYMBOL C.O. CLEAN OUT ESP EXTERNAL STATIC PRESSURE BACKFLOW PREVENTER V VOLTS / VENT AFF ABOVE FINISHED FLOOR Hz HERTZ (FREQUENCY) NO NORMALLY OPEN VAC VACUUM HOT -- DRAWING WHERE DETAIL APPEARS AHU AIR HANDLING UNIT C.D.T.G. CO TO GRADE EXP EXPANSION NIC NOT IN CONTRACT RPM REVOLUTIONS PER MINUTE VAV VARIABLE AIR VOLUME J C.S.P. CONCRETE SOIL PIPE ID INSIDE DIAMETER RTU ROOFTOP AIR HANDLING UNIT AMB AMBIENT F FAHRENHEIT NTS NOT TO SCALE VD VOLUME DAMPER 0 r- SECTION NUMBER APD AIR PRESSURE DROP CU COPPER FF FINISHED FLOOR I.E. INVERT ELEVATION , NO. NUMBER SA SUPPLY AIR VEL. VELOCITY Z” AWN** SECTION SYMBOL dB DECIBEL IPS IRON PIPE SIZE SAT. SATURATION I �'`---� DRAWING WHERE SECTION APPEARS APPROX APPROXIMATE DB DRY BULB FD FIRE DAMPER / FLOOR DRAIN (N) NEW SD SMOKE DAMPER VENT. VENTILATION ATM ATMOSPHERE FLG. FLANGE KW KILOWATT OBD OPPOSED BLADE DAMPER VERT. VERTICAL ,,,,, . AVG AVERAGE DDC DIRECT DIGITAL CONTROLS F.C.O. CLEAN OUT, FLOOR SEC. SECOND VFD VARIABLE FREQUENCY DRIVE On 8 POINT OF NEW CONNECTION DEG. DEGREE KWH KILOWATT-HOUR O.C. ON CENTER SF SQUARE FEET ARCH ARCHITECT FPM FEET PER MINUTE OL VOLUME DN DOWN FT FOOT OR FEET LAT LEAVING AIR TEMP O.D.00 OUTSIDE DIAMETER SH SENSIBLE HEAT Og c c„, 0 KEYED NOTE: BDD BACK DRAFT DAMPER DP DEW POINT OSA OUTSIDE AIR SHR. SENSIBLE HEAT RATIO `nrT AND'ATEMPERATURE FPT FEMALE PIPE THREAD LBS. POUNDS OZ. OUNCE 0 BOD BOTTOM OF DUCT DEMO DEMOLISH (ED) (F) FUTURE LF LINEAR FEET SM SHEET METAL to I. .." - NEW EQUIPMENT IDENTIFICATION BOP BOTTOM OF PIPE DIFF. DIFFERENCE OR DELTA F.F. FINISHED FLOOR LG LENGTH SP STATIC PRESSURE W.C.O. CLEAN OUT, WALL NEW EQUIPMENT MARK BHP BRAKE HORSEPOWER F SO FIRE SMOKE DAMPER PD PRESSURE DROP, DIFFERENCE SPEC. SPECIFICATION(S) WTR WATER X-X DIA. DIAMETER / LH LATIENT HEAT PH PHASE `----- NEW EQUIPMENT NUMBER BMS BUILDING MANAGEMENT DS DOWNSPOUT LIQ. LIQUID PPM PARTS PER MILLION SYSTEM GA. GAUGE SS STAINLESS STEEL W WATT f EXISTING EQUIPMENT IDENTIFICATION BTU BRITISH THERMAL UNIT EA. EACH GAL. GALLON (S) LVG LEAVING PSI POUNDS PER SQUARE INCH STD STANDARD W WASTE HT EXISTING EQUIPMENT MARK EFF. EFFICIENCY GALV. GALVANIZED LWT LEAVING WATER TEMP PSIA PSI, ABSOLUTE STL. STEEL WT W G X-X�+ CB CATCH BASIN EL. ELEVATION PSIG PSI, GAUGE STRUCT. STRUCTURAL W8 WET BULB EXISTING EQUIPMENT NUMBER GPM GALLONS PER MINUTE MK'? C.I. CAST IRON ENT. ENTERING MAX. MAXIMUM R RADIUS SYS. SYSTEM W/ WITH GPH GALLONS PER HOUR MKE C ASSOCIATES, INC. COMPR COMPRESSOR EAT ENTERING AIR TEMPERATURE MBH BTU PER HOUR (THOUSANDS) (R) RELOCATE (0) TEMP. TEMPERATURE WHA WATER HAMMER CONSULTING E N E I N E E R 8 X„95. '—NECK SIZE CONC CONCRETE EWT ENTERING WATER TEMPERATURE HD HEAD MIN. MINIMUM RA RETURN AIR TONS TONS OF REFRIGERATION ARRESTER MECHANICAL AND ELECTRICAL SYSTEMS WPD WATER PRESSURE DROP 6915 SW MACADAM AVE. DIFFUSER / GRILLE MARK COND CONDENS - (ER, ING, ATE) EX H. EXHAUST HG MERCURY MVD MANUAL VOLUME DAMPER RECT. RECTANGULAR T'STAT THERMOSTAT T CFM CFM CONT. CONTINUE(OUS) ESP EXTERNAL STATIC PRESSURE HOR. HORIZONTAL REQ. REQUIRED ZD ZONE DAMPER SUITE 200 CU.FT. CUBIC FEET N/A NOT APPLICABLE TSP TOTAL STATIC PRESSURE DIAMETER PORTLAND, OREGON 97219 RH RELATIVE HUMIDITY TYP. TYPICAL PHONE: 503.892.1188 1 FAX: 503.892.1 190 CONTACT... engineering©mke—inc.com 1 P \ r 1 I 1 NOTE: MECHANICAL LEGEND PIPING SYMBOLS VALVE SYMBOLS PLUMBING SYMBOLS ALL SYMBOLS AND ABBREVIATIONS i i (,, ` MAY NOT BE USED. TRIPLE DUTY ® FLOOR DRAIN, SQUARE PIPING / DUCTWORK / EQUIPMENT TO BE REMOVED = - ��� BALL ) FLOOR DRAIN, ROUND PIPING / DUCTWORK / EQUIPMENT TO BE PROVIDED FLANGED SCREWED WELDED 6 (� FLOOR CLEANOUT oes (E) PIPING / DUCTWORK / EQUIPMENT TO REMAIN - - (SOLDERED, GLUED) jj BUTTERFLY ``�'' I WALL CLEANOUT PLUMBING }-i TEE rd 90; 45° N CHECK, SWING L UJ FLOOR SINK, OPEN 0- CHECK BALL SANITARY DRAIN W '�� �W..... OUTLET UP Q OUTLET UP }- CHECK, SPRING III. FLOOR SINK, 1/2 GRATE STORM DRAIN SD SD STORM OVERFLOW OD OD -Qz1 - CIRCUIT SETTER 1111111 FLOOR SINK, 3/4 GRATE t 3 OUTLET DOWN 1 OUTLET DOWN VENT V -- -- -V-- -- - - !!AA COLD WATER CW CW TEES R DIAPHRAGM CATCH BASIN, SQUARE V ELBOWS z HOT WATER HW HW [Xi i FLOAT HOT WATER RETURN HWR HWR =• 0 CATCH BASIN, ROUND NATURAL GAS G G. �I2 BUSHING .I. UNION, SCREWED il GATE 0 NOT-POTABLE WATER NPW NPW HOSE BIBB DI CONCENTRIC II UNION, FLANGED I CONDENSATE DRAIN CND CND GATE ANGLE • PENDANT SPRINKLER J b+ ECCENTRIC ID EXPANSION JOINT pp 0 HVAC STRAIGHT INVERT UPRIGHT SPRINKLER 0 < — ECCENTRIC (� GLOBE 0 Q Q STEAM - LOW PRESSURE SL SL STRAIGHT CROWN inzi FLEXIBLE JOINT p SIDEWALL SPRINKLER v) STEAM - MEDIUM PRESSURE SM SM GLOBE ANGLE REDUCERS CONNECTORS 0 rQ Z STEAM - HIGH PRESSURE SH SH D14 POST INDICATOR VALVE LL ‘,./ w STEAM CONDENSATE RETURN - DRY DCR DCR HOSE BIBB N < 1►- FIRE HYDRANT 1-- Q J V STEAM CONDENSATE RETURN - WET WCR WCR i WALTZ F X ANCHOR PLUG Q J 0 REFRIGERATION REF REF °Y) FIRE DEPARTMENT J 0 0 z REFRIGERATION LOW PRESSURE SUCTION RS RS $ DUPLEX STRAINER = GUIDE PRESSURE REDUCING CONNECTION J Z O (NUMBERED AND SPECIFIED) D�J■DIa BACKFLOW PREVENTER v) V REFRIGERATION HIGH PRESSURE LIQUID RL RL �”' 0 REFRIGERATION BY-PASS RISER RBP RBP FILTER HOUSING SUPPORTS SAFETY RELIEF Z W li BACKFLOW PREVENTER D CONDENSER WATER COW COW "' REDUCED PRESSURE TYPE he z t/) CHILLED WATER SUPPLY CHS CHS A AIR VENT, W L1! 0 AUTOMATIC FLOW CONTROL a CIRCULATOR PUMP = CHILLED WATER RETURN CHR CHR T �/ E- 0% U CHILLED WATER RECIRC. CHC CHC Q AIR VENT, �` HOSE CONNECTION }- CSI HEATING HOT WATER SUPPLY HWS -••-HWS-••- I MANUAL >- SOLENOID VALVE "- HEATING HOT WATER RETURN HWR - - - - - -HWR- - - - - - Z HEATING HOT WATER RECIRC. HWC HWC AIR SEPARATOR IT1 2-WAY CONTROL STRAINERS/FILTERS 3-WAY CONTROL 0 - ■ J / \ . V p 1 DUCT DETAILS (LOW VELOCITY SPIN IN RECTANGULAR SUPPLY ONLY i I W FITTING OR ROUND MAIN _ [)(I ; SUPPLY DIFFUSER/GRILLE ;.:: ■ -" L--1 �� . — PERFORATED FACE R=1 xW � I � • II METAL COLLAR ' �—RADIUS C RETURN GORED TAKE II f�' RECTANGULAR FIBERGLASS DUCT TURNING &NTEES IN DDUCIeERGLASS - TAKE OFF OFF ` )\ SUPPLY DIFFUSER/GRILLE , - LOUVER/PLAQUE FACE SUPPLY RADIUS ELBOW MITER ELBOWS & TEES RECTANGULAR TO ROUND FITTINGS DUCT TURN UP RECTANGULAR DUCT FITTINGS R=1xW Q Q 1 ,'� ; RETURN DIFFUSER/GRILLE E-11,3 E:11: 30' MAXIMUM I W 15' RECOMMENDED t)(1 EXHAUST• lige Q WALL MOUNT ".""'""' 15• 1 5•-451 >45' =inn= 2x6 C) NOW LOW LIMIT ..;..... MECHANICAL =_-_) ---" --- ---N....._ _, DUCT SIZE INDICATED I )` _ = `" I EXHAUST DIFFUSER/GRILLE TITLE SHEET CFLEX -'�'- '�- IS CLEAR INTERNAL ��- FIRE SMOKE FIRE VOLUME AUTOMATIC s TEMPERATURE RISE 3 SECTIONS TO GO DUCT RECT TO ROUND DIMENSIONS SUPPLY FSD FD MVD SENSOR OFFSETS IN ROUND & RECT. FLEX CONNECTIONS TRANSITIONS ACOUSTICAL LINER DUCT TURN DOWN OUTSIDE AIR DAMPERS THERMOSTATS DIFFUSERS/GRILLES PROJ NO. FIBERGLASS DUCT 20825 . 1 04.09.2010 z 0 N i tLf 0 I 0 V OD O r- Z m a __1 8 z Q U U w - U < Z U Q cV Z cn < O Z 0� Z cv z � o 0 w m a Ll = V o � , MTO. 1 Oo 0 .. >< V ELECTRIC HEATER EXHAUST FAN SYMBOL DESCRIPTION SERVICE VOLTAGE . PH_ , KW MCA ' FLA STEPS WEIGHT COMMENTS SYMBOL DESCRIPTION SERVICE ESP VOLTAGE PH WATTS MCA FLA DRIVE RPM TIP INTERLOCK WHEEL : DISCHARGE SONES WEIGHT COMMENTS MARK (LBS) MARK (IN WC) SPEED TYPE I (IBS) , FPM 7 , EH-1 RADIANT COVE HEATER LIVING UNITS 208 1.2 , , 1 NOTE: 1 REM CABINET INLINE LIVING UNITS,TYPICAL 80/30 0,25 120 IIIII 18 MI= DIRECT ,MIIIIMIIIIIIIIIIIggEn HORIZONTAL , 0.3 30 NOTES: 1,2,4 EH-2 RECESSED MOUNTED STAIR 1 208 2.0 1 NOTE: 1 CABINET INLINE WM H R.R..129. 80 , 0,25 120 11111=11111.. DIRECT IIIIIIMMIIIIIIIIIIIIEII HORIZONTAL 0.3 30 'NOTES: 1,3 .., EH-3 RECESSED MOUNTED STAIR 2 208 , 2.0 ; ! ! .1 NOTE: 1 EF-3 CABINET INLINE. R.R. 130, 80 1, 0.25 120 111111131111111111 DIRECT EN HORIZONTAL 0.3 30 NOTES:1,3 I" °' E ....._...... , Ell-4 RECESSED MOUNTED ,STAIR 3 208 2.0 1 NOTE: 1 ' EF-4 CABINET INLINE. STORAGE 123 ' 100 1, 0.25 120 111111.1.11A DIRECT ME EM HORIZONTAL 2.0 ' 30 NOTES:1,3 4 Pill EH-5 SURFACE MOUNTED FIRE RISER 208 , 0.5 1 NOTE::1 Milial CABINET INLINE MAINT. 126 100 0.25 HORIZONTAL 2 0 120 11111131111111111.1. DIRECT ' L . 0111111111111111111111E1 30 NOTES:1,3 , . , EIMMIllan DIRECT 111111111111111.111111111111111 EH-6 RECESSED MOUNTED LOBBY 113 208 ZG ! 1 NOTE::1 EF-6A,B„C CABINET INLINE JANITOR 212,312,412 ' 100 0.20 120 Ell HORIZONTAL I 2_0 30 NOTES: 1,3 (,) c NOTES: EF-7A,B,C CABINET INLINE LAUNDRY 214,314,414 150 0.20 120 Ell 42 IIIIIIMI DIRECT 1111111.1111111111111111111 HORIZONTAL ' 2.0 ' 30 NOTES:1,3 • u j ° CD (1) 1. CONTROLLED WITH INTEGRAL THERMOSTAT EF-8A,B,C CABINET INLINE SHOWER 215,315,415 100 0.20 120 111. DIRECT : 1111111111111111. HORIZONTAL ., 2.0 11.111.1 IIIIII MIMI 30 :NOTES:1,3 II- 0 ..._ EF-9A, B,C CABINET INLINE TRASHROOM 110,210,310 190 0.10 120 11111 42 11111111. DIRECT ,11111111111111.1111111111= HORIZONTAL 2.0 30 NOTES::1,5 - 0 0 X ° MIIIMIIIIIIMIIIIIIIIIMIIIIIMIIIIIIIIIIMIIIMIIIIIIIIIIIMIMIIIIIIIIINIIIIIMMIIIIIIIIIIIIIIIIMIIIIIIIMIMMINMIIIIMIIIIIIMIIIIMMIMIMIIHIIMIINMMMMIIIIIIIIIIIIIIIIIIIIIIMIIIIIIIIIIIIIIMIMIIIMIIMIIIMINII ce c NOTES: < - 1.PROVIDE MOTOR STARTER 2.FAN TO SERVE IN ALL LIVING UNITS 5.FAN T 0 RUN CONTINUOUS FROM BREAKER I- 0 tie) 3. FAN CONTROLLED BY WALL SWITCH 4.FAN TO RUN CONTINUOUSLY AT LOW CFM AND HIGH CFM BY OCCUPANT SENSOR Ce a 3 C PACKAGED TERMINAL HEAT PUMP 0 z > - 0 SYMBOL DESCRIPTION SERVICE ELECTRICAL . . . COOLING HEATING AUX. SOUND WEIGHT COMMENTS Q t-Ni MARK VOLTAGE ' PH. HP MCA FLA . TOTAL SENSIBLE EWB AMBIENT EER CAPACITY MIN COP . CAPACITY MIN COP HEATING RATING (LBS) _.c V) CAPACITY(MBH) CAPACITY(MBH) (T) AIR (°F) MIN. 47°F (MBH) 47°F(MBH) , 17°F (MBH) 17°F (MBH) (KVV) (DA) to ol LU PTHP-1 THROUGH WALL HEAT PUMP :OFFICE 112 208 : 89 - 67 95 11 5 8 0 3.20 • - ' - 2.9 ' 100 ...I 01 . v. .. . , PTHP-2 THROUGH WALL HEAT PUMP 'LIVING UNIT SINGLE BEDROOM 208 , 67 95 108 10.6 3.10 . , 4.1 ' 110 Cg C . c'l - ce) . PTHP-3 THROUGH WALL'HEAT PUMP LIVING UNIT TWO BEDROOM 208 13.9 67 95 9.3 132 . 290 - 4.1 115 - - ' ' ._ V . i eq LO %,, 01 4•,* . i , ' ■ . . NOTES: MK" M K E E ASSOCIATES , INC. FAN COIL UNIT CONSULTING ENGINEERS MECHANICAL AND ELECTRICAL SYSTEMS SYMBOL DESCRIPTION SERVICE NOMINAL CFM VOLTAGE PH. : HP MCA FLA ESP RPM CAPACITY COOLING HP HEATING HP HEATING AUXILIARY STEPS MINIMUM ! MIGHT COMMENTS 6915 SW MACADAM AVE. MARK ! TONS (IN WC) TO CAPACITY OUTPUT P 47' OUTPUT @ 17" HEAT ' OSA ' (LBS) SUITE 200 PORTLAND, OREGON 9721 9 MATCH (MBH) (MBH) (MBH) (Kim UM PHONE: 503.892.1 188 F-CU-1 VERTICAL FAN COIL MEETING ROOM 2.5 1,000 208 1 1/3 39,6 0.50 HP-1 30 30.0 18.4 8 1 345 120 NOTES:1,2,3 FAX: 503.892.1 190 ... FCU-2 VERTICAL FAN COIL COMMUNITY ROOM • 2.5 1,000 208 1 : 1/3 39,6 0,50 HP-2 30 30.0 18.4 8 1 500 120 NOTES::1,2,3 CONTACT engineering@mke-inc.com FC U-3 VERTICAL FAN COIL HALL FRIST AND SECOND FLOOR : 4.0 1,600 208 1 3/4 52.8 0,50 HP-3 48 47.5 30.0 10 2 165 ' 170 NOTES: 1,2,3 FCIJ-4 VERTICAL FAN COIL HALL THIRD AND FOURTH FLOOR . 4.0 1,600 208 1 3/4 ' 52,8 0.50 HP-4 48 47,5 30.0 10 2 160 170 NOTES: 1,2,3 NOTES: GENERAL NOTES: 1.PROVIDE MOTOR STARTER 3.PROVIDE CONDENSATE PUMP AND DISCHARGE TO NEAREST MOP SINK. A. THE CONTRACT DOCUMENTS ENDEAVOR TO PROVIDE THE CONTRACTOR WITH A 2.PROVIDE SIGNLE POINT CONNECTION REASONABLE REPRESENTATION OF THE WORK TO BE PERFORMED. NOT ALL EICOBS OFFSETS AND BENDS REQUIRED IN THE DUCT AND PIPING SYSTEMS CAN BE ANTICIPATED OR SHOWN. DO NOT RELY ON THE SCALE OF THE DRAWINGS FOR MATERIAL TAKE-OFFS OR COST ESTIMATION. CAREFULLY INVESTIGATE V HEAT PUMP.AIR TO AIR CONDITIONS SURROUNDING INSTALLATION TO PROVIDE CODE REQUIRED AND MANUFACTURER'S CLEARANCES. ALL WORK SHOWN IS DIAGRAMMATIC AND SHALL SYMBOL DESCRIPTION SERVICE COOLING HEATING SOUND WEIGHT COMMENTS BE ROUTED TO FIT WITHIN STRUCTURE. COORDINATE WITH ALL TRADES. MARK TOTAL SENSIBLE EWB AMBIENT SEER CAPACITY MIN COP ! CAPACITY MIN COP , RATING , (LBS) B FOR TYPICAL CONNECTIONS TO CEILING SUPPLY AIR DIFFUSERS AND RETURN CAPACITY(MBH) ,CAPACITY(MBH) c F) AIR (CF) MIN. 47'F(MBH) 47°F(MBH) . 17'F(MBH) 17°F(MBH) (dA) . ' , AIR GRILLES, SEE DETAILS. HP-1 ECU-1 30 211 67 95 13.0 30.0 • 160 18,4 2,46 72.0 200 NOTES: 1 , . HP-2 FC U-2 30 21.7 67 95 13.0 30.0 3,60 18,4 2.46 72.0 200 NOTES:1 C. REFER TO ARCHITECTURAL REFLECTED CEILING PLAN FOR CEILING TYPES, GRID : AND LIGHT LOCATIONS FOR COORDINATION 0 P-3 FCU-3 48 i 46.5 67 95 13, 0 475 3,78 30,0 2.70 . 74.0 . 285 NOTES: 1 . - Z HP-4 FCU-4 48 46.5 67 95 13.0 47,5 • 3,78 30.0 ' 2.70 ' 74.0 285 NOTES: 1 D. PROVIDE MAXIMUM MAINTENANCE ACCESS POSSIBLE AT ALL EQUIPMENT. . V) , PROVIDE MINIMUM THREE FEET CLEARANCE AT ALL ELECTRICAL PANELS, V . V D COMPRESSOR, FAN ACCESS POINTS AND ALL OTHER ACCESS REQUIRED PER NOTES: 0 MANUFACTURER'S INSTRUCTIONS. 1.PROVIDE MOTOR STARTER I u4 i: . E. COORDINATE WITH STRUCTURAL TRADES AND FIELD VERIFY STRUCTURAL CONDITIONS PRIOR TO INSTALLATION OF MECHANICAL SYSTEMS. UNLESS t.1 0 SPECIFICALLY NOTED OTHERWISE ON THE DRAWINGS NO PIPE OR DUCT SHALL Ca -tto O PENETRATE ANY BEAM, JOIST, OR OTHER STRUCTURALLY SUPPORTIVE ELEMENT. te F- Lu AIR CONDITIONING UNIT ce v) F. THE DOCUMENTS INDICATE THE SIZE AND LAYOUT OF MECHANICAL EQUIPMENT el 0 FM g 1 1.--"' BASED UPON INFORMATION PROVIDED BY A SINGLE MANUFACTURER. THE SYMBOL DESCRIPTION SERVICE C VOLTAGE PH. HP MCA FLA TSP , RPM , WHEEL TOTAL ! EAT I WEIGHT COMMENTS No' U... %, Z DRAWINGS ENDEAVOR TO INDICATE ALL CLEARANCES REQUIRED BY THE MARK ' (IN WC) : TYPE 1 MBH DBMS ! (LBS) LL. i= MANUFACTURER OR CODE. IT IS UNDERSTOOD THAT THE CONTRACTOR MAY (0F) i'••• U UTILIZE EQUIPMENT BY OTHER MANUFACTURERS. IT IS THE CONTRACTORS ' ' -i RESPONSIBILITY TO ENSURE THAT RECOMMENDED OR CODE REQUIRED AC-1 HIGHWALL DUCTLESS SPLIT TEUELEC 122 635 208 1 1.0 24 80 1 67 46 NOTE:1,2,3 o CLEARANCES, WHICHEVER IS MOST STRINGENT, ARE MAINTAINED FOR ACCESS V AC-2 NOT USED ..II 0 0 z ' AND SAFETY. COORDINATE WITH OTHER TRADES AND ESPECIALLY, FOR Z 0 V AC-3 NOT USED 0 V) Ne P CLEARANCE IN FRONT OF ELECTRICAL PANELS. ' . , . .... , . .. . ...•..._, . • •••• •., ..,.. . , .. ... .... , Z LTJ U . AC-4 NOT USED . ' ii' 18 80/67 G. UNLESS OTHERWISE NOTED ON THE DRAWINGS, ALL PIPING AND DUCT SHALL BE AC-5 HIGHWALL DUCTLESS SPLIT ELEVATOR MACHINE ROOM 425 208 1 1.0 30 NOTE:1,2,3 Z f: ROUTED IN CONCEALED SPACES. DO NOT SUPPORT DUCT OR PIPE IN DIRECT W V) v) Z CONTACT WITH THE BUILDING STRUCTURE WITHOUT ADEQUATE MEASURES TO AC-5 .HIGHWALL DUCTLESS SPLIT COMPUTER ROOM 132 425 208 1 1.0 ' 18 80 i 67 30 NOTE: 1,2,3 . PREVENT NOISE DUE TO VIBRATION OF NORMAL SYSTEM USE. NOTES: I a < Os U CL cNi H. INSTALL VALVES, REGULATORS, DAMPERS AND ALL OTHER SUCH DEVICES 1, UNIT POWERED FROM OUTDOOR CONDENSING UNIT 3.PROVIDE CONDENSATE PUMP AND DISCHARGE TO NEAREST MOP SINK ›- CN REQUIRING ACCESS OR ADJUSTMENT IN PLAIN VIEW AND WITHIN REASONABLE 2, PROVIDE CONDENSATE PUMP I- F.._ REACH FROM LADDERS, PLATFORMS, CATWALKS AND ACCESS DOORS. Z I. ALL DUCT BRANCHES TO DIFFUSERS, GRILLES AND REGISTERS SHALL BE NECK D SIZE UNLESS OTHERWISE INDICATED. OUTDOOR CONDENSING UNIT J. PROVIDE MINIMUM 10'-0” DISTANCE PLUMBING, ETC BETWEEN ALL OSA INTAKES AND EXHAUST SYMBOL I: NOMINAL VOLTAGE PHASE MCA CAPACITY REFRIG. SEER NOISE LOW WEIGHT COMMENTS 0 FANS, FLUE VENTS, . MARK TONS TO RATING AMBIENT (LBS) L.) K. ALL DIFFUSERS TO BE 4-WAY THROW UNLESS OTHERWISE NOTED. VV , MATCH (DB) CONTROL . CU-1 2.0 208 1 18 AC-1 R-410A 17.0 48.0 YES 74 V NOTE: 1 L. ALL DUCTWORK TO BE SHEET METAL ONLY, DUCTBOARD NOT ALLOWED. CU-2 . M. COORDINATE LOCATION OF SPRINKLERS AND SPRINKLER PIPING WITH DUCTWORK CU-3 MAINS. CENTER SPRINKLERS IN CEILING TILES IN EACH DIRECTION. CU-4 , CU-5 1,5 208 1 13 AC-5 R-410A 15.0 48.0 YES 44 :NOTE:1 CU-6 1,5 208 1 !I 13 AC-6 R-410A 15.0 48.0 NO ' 44 NOTE:1 , NOTES: 1.PROVIDE MOTOR STARTER . i... OUTSIDE AIR VENTILATION ROOM ROOM OCCUPANCY CODE MAX_ ACTUAL VENTILATION :UM NATURAL 'COMMENTS HVAC SCHEDULES DESCRIPTION AREA : LOAD FACTOR OCCUPANCY OCCUPANCY FACTOR V PR CWIDED VENTILATION (SF) (PEOPLE/1000 SF) : (PEOPLE) (PEOPLE) (CFM/PERSON) : :PTHP1V OFF ICE 1 •5 ! 7 i 1 1: 20 20 NO 1 PROJ NO. F CU-1 COMIVILINITY ROOM 576 ' 15 15 225 NO 20825 FCU-1 KITCHEN 200 ' , _ - 100 NO F CU-1 COMPUTER ROOM 100 7 1 20 20 NO i 1 ,F CU-2 CONFERENCE ROOM 100 ' 50 5 2.5 20 60 NO 04.09.2010 ECU-2 MEET ING ROOM 650 ; 3:0 15 450 NO z 'FCU-3 HALL 109 AND 125 1,670 V 0.05 CFM/SF 85 NO 0 ,75 F CU-3 HALL 209 AND 225 1570 0.05 CFM./SF 80 NO i FCU-4 HALL 309 AND 325 1570 : 0.05 CFM/SF 80 NO D s 0 F CU-4 HALL 425 930 0.05 CFM/SF 50 NO < - RES:TROOM,TYP , 75 CFM/SF 80 NO ti r. rN ci NO 2 0 , E; - LIVING UNITS , 30 : NO ,- : b- ea, , .1 , , ' z a> NOTES: 0 1- 0 p 1. REFER TO OMSC TABLE 403.3. 3. THE LIVING UNITS HAVE.WHOLE HOUSE VENTIALT ION FANS FOR CONSTANT VENT ILAT ION t 8 0 2. ACTUAL OCCUPANCY MULTIPLIED BY VENT[LAT ION FACTOR. I!0 , - - -- --,- i ce - '2 < a Z rq < 0 0 c-_,:l K `,--',' 9_ De p ca T., Z .t u u.aa a ..-- AA 1 o 0 0 0 F.. --.-. a. x u l l B , '7 CG_._. t ___./ '-c- C_____1"-) i 7--E- .__ / ' FM __.,/ 7Th _._._/ `--i 7 1--- ____/ ,---- / -----------___ ' 1 - - - r�ln�ll�i — — i= I—l1lll — ---1 Ii III III al — ( II 111 ail II ' — — — — 1— — I I�l-_—_l� �f i — 11-11i-111-11 II 11I Iii II 1 — — — — — — III III III " III I `( III �� HI II Ill III III III 1 III I ' 1 HI 11 .r- 1 III I,, r\ _ „1 ,I (II �� ► III li III j ' III . . i► I — — — - --' I f49A HI ® III III III ill ! III I ' �'„„ (3 , III III III III VIII - r ; Jrcu\ ' I I (-0, 0 pRmiiii-4'''' ....= 0,t-- --:0,- 1 ....:.... 0 , . i- r.___. I - 3 - - - t SERVICE 0 0 . il >1 RAS /RE S' 'IM lial U NIT #108 UNIT #116 UNIT #118 I UNIT #120 CLEARANCE, TYP UNIT #102 UNIT #104 UNIT #106 1 0 I ■ TYPE 'A2' TYPE 'A2' TYPE 'A2' TYPE 'A2' 2X RA TYPE 'A2' {M i R) TYPE 'A2' {M I R.) 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DETAIL -- CEILING RETURN GRILLE 3 DETAIL - ROOF HOOD CONSULTING ERICALS ERS MECHANICAL AND ELECTRICAL SYSTEMS 9.0 I SCALE: N.T.S. \9. SCALE: N.T.S. m9,00 SCALE: N.T.S. 6915 SW MACADAM AVE. SUITE 200 PORTLAND, OREGON 97219 PHONE: 503.892.1 188 FAX: 503.892.1 190 ACTUATOR 1" MINIMUM TYPICAL CONTACT... OVERLAP ON ALL engineering®mke-inc.com S-JOINT TYP SIDES OF DAMPER DUCT SLEEVE CLEARANCE TOP AND SIDES: PERMANANT LABEL 1/8" PER FOOT OF ON ALL ACCESS DUCT DIMENSION DOORS AND PANELS. LETTERS MINIMUM MOUNTING ANGLE 1/2" HIGH ("COBS 1 1/4" MINIMUM 1 FIRE STAT - "' _ CAULKING KEYED N OT E S :0 I SMOKE ( MATERIAL DAMPER o� I 1. FIRE ALARM SYSTEM COMMUNICATIONS LOOP & 24 VDC, BY FIRE I DAMPER DAMPER ELECTRICAL l!1. '' d D A,_ \SLEEVE 2. ADDRESSABLE REMOTE CONTROL MODULE. (CM), PROVIDED BY H 120V CKT. !^ C - ` � �`� 1 ELECTRICAL v i Ii I Z © a _ 3. DUCT SMOKE DETECTOR FURNISHED BY ELECTRICAL AND i I i INSTALLED BY MECHANICAL CONDUCTOR AND CONNECTION TO P p — — TO FACP RATED DUCT DUCT n I FACP, BY ELECTRICAL `� `L A CCESS DOOR WITH SMOKE _ _ - -- — — 0 MAXIMUM ACCESS DETECTOR 6" MIN. ! 6" MAXIMUM 4. FIRE/SMOKE DAMPER PROVIDED BY MECHANICAL 120V O c — — TO FACP I FOR FIRE SMOKE 16" MAX. �_ CONNECTION PROVIDED BY ELECTRICAL N` I DAMPER 5 FT MAX. ■ -. FIRE RATE-b WALL 5. SUPERVISED FIRE SMOKE DAMPER CONTROL TIME DELAY `-\__. — — — '` , �i. 0 RELAY. 24V COIL/ 12OV N.C. CONTACTS, 0-1 MIN. HVAC UNIT 0 ,�( NOTES: S \ 0 Pe 0 w ADJUSTABLE TIME DELAY PROVIDED BY ELECTRICAL UNLESS MAX. N OC i `n 1. PROVIDE CEILING AND/OR WALL ACCESS PANEL(S) AS NEEDED TO ACCESS DAMPER OTHERWISE NOTED PROVIDE ONE RELAY FOR EACH HVAC CI 120V CKT. 4,1; Q ACTUATOR, DUCT SMOKE DETECTOR, AND DUCT ACCESS DOOR FOR INSPECTION AND FIRE/SMOKE DAMPER. DUCT 0 Z MAINTENANCE. COORDINATE EXACT LOCATION AND TYPE WITH ARCHITECT. �" t�L W 6. HVAC SHUT-DOWN DEVICE PROVIDED BY MECHANICAL 1— �'" CONTROL DEVICE MAY BE BUILDING ENERGY MANAGEMENT 1- Q S. U 4 DETAIL - FIRE/SMOKE DAM PER SYSTEM (DDC). DEVICE IS CONTROLLED BY 24VDC CONTACTS 5 DETAIL - FIRE/SMOKE DAMPER (FSD) CONTROL Q a SCALE: N.T.S. ON (CM) AS PROVIDED BY ELECTRICAL SCALE: N.T.S. ...� 0 O Z 9.00 9.0 �� J � Z Z 0 7. HVAC SHUT-DOWN CONTROL WIRING BY MECHANICAL 0 V SEQUENCE OF OPERATION : zW ce L.) DUCT SMOKE DETECTOR SHALL. REPORT cn "TROUBLE" TO FACP UPON DETECTION OF W 0 SMOKE. 2. ~ FACP TO INITIATE SIGNAL TO FSD CONTROL �- CV RELAY AND HVAC CONTROL DEVICE TO INITIATE H CSI HVAC UNIT SHUTDOWN AND TIME DELAYED CLOSURE OF FSD. Z D GENERAL NOTE : 1. COORDINATE FINAL SEQUENCE OF OPERATION WITH 0 LOCAL AUTHORITY HAVING JURISDICTION. U HVAC DETAILS PROJ NO. 20825 04.09.2010 z 0 cii N 0 F—bi 3 < u Ct N o rn O 0 O LU O 0 N z O oe Ei F:), 0o to rn a Q < N 'L a Q% z z u M N 0 ce t. no 9 V a �U I M94100 H � 00 0 O. a- . ► 2;2-9 I 5 -4-) 1411 i I P-r n EC_z© (0 - o-o t• S` Z _ RECEIVED -- -- - - =_ - - - - -- -- _ - _ - - _''- '= t Changes fay , , i _ . _ _ ' _ � _ _ - _ - - - - - - _ - _ - - - _ = APR 2 � - 2�O.Q __:_ .-:_ .. _ __ _ -__- - - _ _ - - _:MI - _ - _ -__ - -_ -_ -----,:= - _ _ • _ _ ELECTRIC:_ fit NG �jV S Off '-: _ -- • :SPLIT-T=YPE,_HEAT PUMP : AIR CONDITIONERS .` _ -`- : _ , S PLIT= TYPE, = CONDITIONERS::= - - _" _ =_ - • _ - _ =_ -- • - = - _ : -'_ __. �Se tember ' 2 009 • No. DOCS14 TECHNICAL DATA BOOK R410A No. DOCS INVERTER / HYPER HEATING INVERTER This data book Is revised version of OCS14 and OCS15. <Indoor unit> PLA -A•BA [Model names] PKA -A- HA PKA -A•HAL PKA -A- KA PKA -A- KAL PCA -A- KA PEA -A -AA PEAD -A -AA ' <Outdoor unit> PUZ- A18/24/30136/42NHA3 [Model names] PUZ- A18/24/30/36/42NHA3 -BS PUY- Al2118/24130136/42NHA3 PUY- Al2/18/24/30/36/42N HA3 -BS PUZ- HA30 /36NHA2 CA ( CONTENTS 1. REFERENCE SERVICE MANUAL 2 G 14,-- r 2. SPECIFICATIONS 3 (A1 A >r 3. OUTLINES AND DIMENSIONS 15 , — 40 4. POSITION OF THE CENTER OF GRAVITY 28 5. WIRING DIAGRAM 30 6. REFRIGERANT SYSTEM DIAGRAM 41 7. PERFORMANCE CURVES 45 8. PERFORMANCE CHART 49 9. CORRECTION FACTORS 67 10. AIR FLOW DATA 71 11. NOISE CRITERION CURVES 86 12. OPTIONAL PARTS Back cover VI/ *'°' TM UB MI Ir S L II MI r .- vt -6 2 - 2. INVERTER WALL - MOUNTED TYPE \ t. Indoor unit PKA -Al2HA I PKA -A18HA PKA -A24KA PKA -A3OKA PKA -A38KA Model name Pl(A- Al2HAL PICA- A18HAL PKA-A24KAL PKA- A3OKAL PKA- A36KAL Outdoor unit PUY- Al2NHA3 PUY- A18NHA3 PUY- A24Ni-A3 PUY- A3ONHA3 PUY- A36NHA3 PUY- Al2NHA3 -111S PUYAI8NHA3 -BS PUYA24NHA3 -BS PUY- A3ONHA3 -BS PUY•A36NI1A3•BS Cooling Max Capacity 1 Btu/h 12.000 18.000 24,000 30.000 34.200 Rated Capacity BtuTh 12,000 18.000 24,000 30,000 34,200 MM Capacity I Bluth 6,000 8.000 12,000 12,000 12.000 Total Input W 1190 2240 2270 4130 5030 EER BtulnM' 101 8.0 106 7.3 6.8 SEER Btu /hM' 15.2 15.3 17.0 15.5 14.0 Moisture Removal Pmts/h 2.0 5.2 5.0 8.1 9.2 - 1 SHF 0.81 0.68 0.77 0 70 0.70 Heating ,Max Capacity BtuTh - - - - - Rated Caoacity Bluth - - - - - Min Capacity Btuln - - - - - Total Input W - - - - - COP W/W - - - - - '1 HSPF UM) Btu /hM' - - - - - Hoaling Rated Capacity Blu /n - - - - - al low ambient Total Input W - - - - - '2 COP WM' - - - - - Power supply Phase, Cycle, Voltage /phase , 60Hz , 208/230V Breaker size ( A 15 1 25 1 30 Voltage Indoor - Outdoor S1 -S2 AC 208 / 230V Indoor - Outdoor S2-S3 QC24V Indoor - Remote Controller DC12V • Wired type Indoor unit MCA A 1 MOCP A 15 Fan Motor F.L.A. C.33 1 0.36 1 0.57 Fen Motor Outout W 30 56 Airflow DRY CMM 9- 10.5 -12 18 -20 -22 1 20 -23 -26 (Lo- Mid -HI) WET CMM 6.9.5.11 16 -18 -20 1 18.21.23 Air flow DRY CFM 320- 370 -425 635-705-775 I 705-810-920 (Lo- Mid -HI) WET CFM 290-335-380 570- 635 -700 635-730-830 External pressure Pa 0 Sound level dB(A) 36 -40.43 39-42-45 43-46-49 (Lo- Mid -Hit External finish (Panel) White Munsell 1.0Y 9 2/0 2 Dimension W : mm (inch] 898 (35 -3/8) 1170 (46 -1/16) Unit (Panel) D: mm finch) 249 19.131161 295111-5/81 H : mm finch/ 295 [11 -5/8] 365 [14 -3/81 Weight kg 13 21 • Unit (Panel) lbs 29 46 Field drain pipe size I.Q mm flncn) 16 15/81 Remote Controller I Attached In Indoor Unit Outdoor unit MCA A 9 18 25 MOCP A 15 ) 20 30 40 Fart Motor F.L.A 0.35 0.75 Fan Motor Output W 40 75 Compressor SNB130FPBM1 TNB22OFLHM R.L.A 12 L.R.A 14 1 17.5 Air flow CMM [CFM1 34 (1.2001 ( 55 [1,9401 Refrigerant Control Linear Expansion Valve Defrost Method - Sound level at cooling dB(A) 46 48 Sound level at healing dB(A) - - External finish Ivory Munsell 3Y 7.8/1.1 Dimension W : mm [Inch] 800131 -1/21 950137 -3/81 D : mm [inch] 330 +23 f13 + 7/81 330 +30 f13 + 1 -3/161 H : mm [inch] 600123 -5 /81 943137 -1/81 Weight kg Fibs) 41 (901 1 441971 74(1631 Refrigerant Type R410A Charge kg (lbs, oz] 1.3 [2 lbs 14 oz) 11.7 [3 lbs 12 oz) 3.0 [6 los 10 oz] Oil L fozl 0.65 (MEL56) (20) 0.87 (FV50S) [281 Refrigerant pipe size Gas side 0.0 mm (Inch) 12.7 [1 /21 15 88 (5/81 Liquid side 0.0 mm finchl 6 35 f1/41 9 5213/81 Refrigerant pipe length Height difference Max 30m IMax 1001)1 Length Max 30m IMax 100ft1 1 Max. 50m Max. I 165(11 Refrigerant Piping Not Supplied Connection Method Flared NOTES : '1 .Rating conditions (cooling)- Indoor • D.B. 26.7t (80 °F), W.B. 19.4C (67 °F) Outdoor : D.B. 35'C (95 °F), W.B. 23.9t(75°F) (heating )-Indoor: D.B.21.1'C(70 °F), W.B. 15.6t (60°F) Outdoor: D.B.8.3C(47 °F), W.B.6.1'C(43 °F) °2.Rating conditions(heating) - Indoor : D.B. 21.1C (70 °F), W.B. 15.6'C (60 °F) Outdoor : D.B. -8.3t (17 °F), W.B. -9.4t (15 °F) Operating range Indoor Intake air temperature Outdoor Intake air temperature Cooling Maximum D.B. 35t (95°F), W.B.21.7'C(71 °F) D.B.46'C(115 °F) Minimum D.B. 19.4t (67 °F), V.B. 13.9 (57 °F) D.B. -18C (0 °F)' Maximum D.B.26.7C(80 °F), W.B. 19.4t (67°F) D.B.21.1'C(70 °F), W.B. 15t (59°F) Heating Minimum D .B.21.1C(70 °F),1N.B.15.6C(60 °F) D.B. - 11.1'(12 °F),W.B. - 12.2'(10 °F) ' In case that the wind baffle is Installed. (In case that the wind baffle is not installed, the minimum temperature will be -5t (23 °F)DB.) 5 25HCA3 Comfort"' 13 Series. Heat Pump with Puron® Refrigerant C-- 1- 1/2To5 Nominal Tons. (Sizes 18 To 60) - Turn to the Experts. • Product Data INDUSTRY LEADING FEATURES / BENEFITS y s ate` Efficiency • 13 SEER/ 10.1 - 10.8 EPR/ 73 - 8.3 HSPF (Nominal) y t -may' • Microtube Technology"' refrigeration system X"" , • Indoor air quality accessories available UPI Sound '11M- • Sound level as low as 74 dBA Comfort 7:-':119.111-11-1111-1-] � I�i���� • fj Jai I System supports Thermidistat'" or standard thermostat ?: I I ���� F../ controls ! j ►lil I I . Reliability , ��Jl li II iI g • Pirrone refrigerant - environmentally sound, won't ' ,11 p� s -�_ „ deplete the ozone layer and low lifetime service cost. t • Front - seating service valves • Scroll compressor Comfort Internal pressure relief valve • Internal thermal overload uron- SERIES • High pressure switch • Loss of charge switch • Filter drier Carrier's heat pumps with Puron refrigerant provide a collection • Balanced refrigeration system for maximum reliability of features unmatched by any other family of equipment. The Durability 25HCA3 has been designed utilizing Carrier's Puron refrigerant. weatherArmor”' protection package: The environmentally sound refrigerant allows consumers to make • Solid, durable sheet metal construction a responsible decision in the protection of the earth's ozone layer. As an Energy Stara Partner, Carrier Corporation has determined • Steel louver coil guard that this product meets the Energy Stare guidelines for energy • Ceramic coated cabinet screws efficiency. Refer to the combination ratings in the Product Data • Baked -on, complete coverage, powder paint for system combinations that meet Energy Stara guidelines. Applications • Longline - up to 250 ft. total equivalent length, up to H ( 200 ft. condenser above evaporator, or up to 80 ft. evaporator above condenser (See Longline Guide for more information.) • Low ambient (down to -20 °F) with accessory kit 3 Warranty Single -Phase 4 • 10 year limited compressor warranty • 5 year limited parts warranty Thee-Phase • 5 year limited compressor warranty • 1 year limited parts warranty lM• � � Q �l c�aJVZ� COMBINATION RATINGS ARI Standard Ratings . Unit Size - Cooling Cooling Healing - Series Indoor Mod Capacity High Temp Low Temp P y Factory Standard SEER Furnace Model Enhance Rating TDR EER E E H H HSPF Capacity COP Capacity COP •FY4ANF018 17,100 TOR &TXV 13.00 10.60 18,000 3.36 10600 2.24 7.7 FE4ANFOO2 17,700 T09&1XV 14.50 12.00 17,200 3.64 10,500 2.48 0 2 FFIENP018 17,100 TOR &1XV 1300 10.50 18,000 338 10,900 1228 7.7 FFIENP024 17,400 TOR &TXV 13.20 10.70 17,900 3.44 1 10,900 2.28 7.7 FV4BNFOO2 17,700 TDR &1XV 14.50 112.00 17,200 3.84 1 10,500 2.48 8.2 FX4CNF018 17600 TD9&TXV 14.50 11.70 17600 3 60 1 10,500 2.38 8.0 FX4CNF024 17,700 TDR &TXV 15.00 12.00 17,400 3.66 10600 2.42 8.1 FY4ANF024 17,200 1 TDR &TXV 13.00 110.50 17,900 3.38 11,000 2.26 7.7 • -. 4, 47._1. _ ,'2-7_ _ _ ,. -. _, - .. = s.:::; _ - - 4:7 i '...., ',.;..; - r - ,.-.. , ...:-. - ". _.:. r: . -_ - , CAP' "1814A" 17,000 TDR &TXV 14.50 11.70 17,100 1 3.34 10,200 2.30 7.7 5OCV(A,X)070 -12 CAP••1814A" 17,000 TXV 13.00 10.50 18,000 , 3.32 10,900 2.24 7.7 ` : CAP•'2414A•• 17,300 TDR &TXV 14.50 11.70 17,300 3.60 10,300 2.36 7.8 58CV(A,X)070 -12 CAP••2414A•' 17,400 TXV 13.00 10.80 18,000 3.48 11,000 2.30 7.7 rM ... : ,.-. : - -.- -�- -, - t - :: .,.. 4 11..4 ..; a. _ - f� %.� _,'.�: `3�'S=�' .: � r-;:: ` . . _._ ' _.' � •: :. _.:' . • ! . : •. _ Q I CAP "2417A'• 17,400 TDR &TXV 15.00 12.00 17,200 3.54 10,300 2.38 7.8 56CV(A,X)090 -16 1J I 2 CA °• "2417A "' 17,300 TDR &TXV 14.50 11.70 17,300 3.52 10,300 2.38 1 7.9 58MVB060 -14 : .tn t CAP••2417A "• 17,400 TXV 13.00 10.80 _ 18,000 3.48 11,000 2.30 7.7 • � '1., TX�� 1 13.00 110.80 1 18,000 1 -: '•`�• :<::::.-....:':', ;: 3.54 1 11,000 CNPF•2418A•• 17,400 1 V 2.30 I 7.8 1 , •.:. y . ..-... _''. _•. �. :':_' :'-.v-E-- ', = =" :'_':._ _.. w .r "... : -^ :. "': - '.. :.._ ..:. _.. 016 -S CNPH •2417A•• 1 17,300 TDR &1'XV 14.50 1 11.70 17,200 3.54 1 10,300 2.38 I 78 1 58CV(A,X)070 -12 CNPH•2417A•• 17,400 TDR &TXV 14.50 1 11.70 17,200 3.68 10,300 2.38 "" 7.9 j 58CV(A,X)090 -16 CNPH•2417A•• ( 17,300 TDR &TXV 1 14.50 1 11.70 17,300 3.58 10,300 2.38 7.9 58MV8040 -14 CNPH•2417A•• 17,300 TDR &TXV I 14.50 11.70 17,300 3.58 10,300 2.38 7.9 58MV8060 -14 CNPH•2417A•• 17.400 TDR &TXV I 14.50 11.70 17,300 3.58 10,300 2.38 7.9 58MV8080 -14 CNPH•2417A•" 17,400 TXV I 13.00 10.80 18,000 3.54 11,000 2.30 7.8 CNPV•1814A•' I 17,000 TDR &TXV 14.50 11.70 17,100 3.48 10.300 2.34 /7 58CV(A,X)070 -12 . CNPV•1814A•• 17,000 TXV 13.00 10.80 18,000 3.48 10,900 2.28 7.7 CNPV•2414A•• 17,300 TDR &TXV I 14.50 11.701 17,300 3.54 10,300 1 2.38 7.8 58CV(A,X)070 -12 1 CNPV•2414A•" 17,400 TXV 1 13.00 10.80 18,000 3.54 11,000 12.30 7.8 CNPV•2417A'• 17,400 TDR &TXV 1 14.50 11.70 17,200 3.60 I 10,300 12.38 7.9 58CV(A,X)090 -16 CNPV "2417A•• 17,300 TDR &TXV 14.50 11.70 17,300 3.56 I 10,300 1 2.38 7.9 58MVB060 -14 CNPV•2417A•• 17,400 TXV 13.00 _ 10.80 18,000 3.54 I 11,000 1 2.30 7.8 CSPH•2412A•• 17,300 TDR &TXV 14.50 - 11.70 17,200 3.56 I 10,300 2.38 7.9 =- 58 - 12 ' CSPH•2412A•• 17,400 TDR &TXV 15.00 12.00 17,200 3.58 I 10,300 2.38 7.9 58CV(A,X)090 -16 CSPH•2412A•" 17,300 TDR &TXV 14.50 11.70 17,300 3.58 i 10,300 2.36 7.9 68MV6040 -14 CSPH *2412A•• 17,300 TDR &TXV 15.00 12.00 17,300 3.58 I 10,300 2.38 7.9 58MV6060 -14 CSPH•2412A•• 17,300 TDR &TXV 14.50 11.70 17,300 3.58 I 10,400 2.38 7.9 58MV8080 -14 I CSPH•2412A•• 17,400 TXV 13.00 10.80 17,800 3.50 I 11,000 2.32 7.8 •FY4ANF024 22,600 TDR &TXV 13.00 10.5 24,000 3.54 ; 15,000 248 8.2 FE4ANFOO2 23,200 TDR &TXV 14.50 11.70 23,200 3.78 1 14,300 2.64 8.5 FE4ANF003 23,400 TDR &TXV 15.00 12.00 23,000 3.76 I 14,200 2.68 8.5 1 FF1 ENP024 1 22,800 TDR &TXV 13.00 10.70 24,000 356 I 15,200 2 46 8.2 1 FFIENP030 1 22,800 TDR &TXV 13.00 10.40 24,200 3.56 I 15,100 2.48 8.0 14?-- FV4BNFOO2 23,200 TDR &TXV 14.50 11.70 23,200 3.80 I 14,400 2.68 8.5 ( FV4BNF003 23,400 TDR &TXV 14.60 12.00 23,000 3.78 14,300 2.66 8.5 _ FX4CNF024 23,000 TDR &T 14.00 11.40 23,800 3.72 I 14600 2.60 8.3 1 l -- Z FX4CNF030 23,400 TDR &TXV 14.50 11.70 23,600 3 84 I 14,600 2.66 8.5 FY4ANF030 23,000 TDR &TXV 1320 10.60 24,000 3.64 I 15,100 2.52 ` 8.4 CAP* 2414A•" 22,600 TDR &TXV 14.00 Y 11.60 ' 23,400 3.62 1 14.300 2.58 8.3 58CV(A,X)070 -12 024 -A CAP••2414A•• 22,800 TXV 13.00 10.50 24,400 3.60 I 15,100 2.50 8.3 r ---_ -- ft_1. = ; : - "...........-; _-_ - ._- _ - .., - 'mac.'-- ,. -. - - - - =_..' : - = - - ' - - r CAP••2417A•• 22,800 TDR &TXV 14.50 11.70 23,400 3.86 1 14,300 2.60 B.4 58CV(A,X)090 - 16 CAP "•2417A" 22,800 TDR &TXV 14.50 11.70 23,400 3 64 I 14,300 2.58 8.4 58MVB060 -14 CAP••2417A•• 22,800 TXV 13.00 10.60 24,400 _ 380 I 15,100 2.50 8.3 - c' ;J :: - ' :.' - _•t:; : -- - ''''_-1 ''; = - - CAP "•3014A " 23,000 TDR &TXV 14.50 11.70 23,000 3.64 I 14,400 2.60 8.4 58CV(A,X)070 -12 CAP••3014A•• 23,000 TXV 13.00 10.60 23,400 3.56 ; 15,200 2.62 8.3 1 ` CAP "•3017A•• 23,000 TDR &TXV 14.60 11.70 23,000 3.68 1 14,300 2.62 8.5 S8CV(A,X)090 -16 CA°••3017A•• 23,000 TDR &TXV 14.50 11.70 23,000 388 i 14,300 2.62 8.6 58MVB060 -14 CA°••3017A•• 23,000 TXV 13.00 10.60 23,400 3.56 1 15.200 2.52 8.3 1 22,600 1 TXV •• �� CNPF•2418A 1 13.00 110.501 24,400 1 3.68 I 15,200 12.52 1 8.5 1 See notes on 10 i COMBINATION RATINGS CONTINUED AR1 Standard Ratings I Unll Size - Cooling Cooling 1 Heating -J • Series Indoor Model Capacity Factory Standard SEER High Temp I Low Temp Furnace Model Enhance Rating TDR EER E E H H HSPF Capacity COP Capacity COP f. { FV4BNFOO5 42,000 TDR &TXV 1 14.50 12.10 40,600 3.64 20,800 2.50 8.3 Etc 3 ... FX4CN(B,F)042 41,600 TDR &TXV 14.00 11.20 42,000 3.70 25,800 2.66 1 8.4 � j � FX4CN(B,F)048 42.500 TDR &TXV 14.50 11 70 40.000 3 76 25,800 1 266 j 8.7 l -• FY4ANF048 41,500 TDR &TXV 13.20 10.60 41,000 156 26.600 1 2.50 1 8.2 CAP••4221A • ' , 40,000 TDR &TXV 14.00 11.20 41,000 I 3.50 25,200 2.52 8.1 580V(A,X)110 -20 CAP ••4221A•' 39,500 TDR &TXV 1350 10.90 41,500 3.42 25,400 2.46 7.9 58MV8080 -14 CAP• "4221A•• 40,000 TOR&TXV 13.50 , 11.00 41,500 346 j 25.200 2.48 8.0 58MVB080 -20 CAP••4221A•• 40,000 TOR&TXV 13.50 I 11.20 41.000 3.48 25,200 2.50 8.0 58MV6100 -20 CAP••4221A•• 40,000 TXV 1 13.00 110.40 42,500 3.50 I 26,200 2.46 8.0 CA •••4224A•• : 40,000 I TDR &TXV 1 14.00 11.40 41,000 3.54 25,000 2.64 ( 8.2 58CV(A,X)135 -22 CAP "•4224A *• 40,000 I TDR &TXV 1 14.00 11.50 41,000 3.62 25,000 1 2.64 I 8.2 58CV(A,X)155 -22 CAP • •4224A•• 39,500 I TDR &TXV 13.50 11.00 41,000 3.44 25,200 1 2.48 8.0 S8MVB040 -14 CAP * *4224A•• 40,000 TDR &TXV 1400 11.20 41,000 3.48 25,200 2.50 80 58MVB120 -20 CAP••4224A•• I 40,000 I TXV 13.00 10.40 42,500 f 3.50 26,200 2.46 0.0 CAP••4817A•• 40,000 TDR &TXV 14.00 111.40 I 39,500 1 3.68 j 25,400 2.58 8.4 1I 68CV(A,X)09 - -16 U' CAP• *4817A "• 40,000 TDR &TXV 14.00 111.30 39,600 1 3.64 1 25,600 2.56 8.4 I 58MVB060 -14 CAP••4817A•• 40,500 TXV 13.00 110.701 40,000 1 3.64 28,400 2.54 8.4 N CAP••4821A•• 41,000 T0R &TXV 14.00 1 1140 41,000 368 25,400 2.58 8.4 58CV(A,X)110 -20 I CAP••4821A•• 40,500 TOR &TXV 13.50 11.40 41,600 358 26,600 2.62 8.2 58MVB080 -14 CAP••4821A•• 40,500 TDR &TXV I 13.50 11.20 41,000 3.62 25,400 2.54 8.3 58MV3080 -20 CAP••4821A•• 40,500 TDR &TXV I 14.00 11.30 41,000 3.64 25,400 12.56 1 8.4 58MV3100 -20 CAP ••4821A'• 41,000 TXV I 13.00 10.60 42.000 3.62 26,400 1 2.52 1 8.3 '. CAP•^4824A•• 41,000 I TDR &TXV 14.50 111.60 41,000 3.70 25.200 2.60 8.5 58CV(A,X)135 -22 CAP••4824A•• 41,000 I TDR &TXV I 1450 11.60 41,000 3.70 25,200 2.60 8.5 580V(A,X)155 -22 CAP••4824A •' I 40,500 1 TDR &TXV 13.50 11.10 41,000 3.60 25,400 2.52 8.3 58MVB040 -14 CAP••4824A•• 1 40,500 TDR &TXV 14.00 11.40 41,000 1 3.64 1 25,200 2.56 8.4 58MVB120 -20 CAP ••48240.•• 41,000 TXV 13.00 110.601 42,000 1 3.62 1 26,400 2.52 8.3 I , CNPF•4818A•• 1 40,500 1 TXV I 1 13.00 110.501 1 156 1 26,400 1 2.48 18.2 - - ; - CNPH•4221A•• 40,000 TOR &1XV 13.50 11.10 41,500 348 1 25,200 12.50 1 8.0 580V(A,X)070 -12 042 -A CNPH•4221A *• 40,000 TOR&TXV 14.00 11.40 41,000 3.52 25,000 2.54 I 8.2 5BCV(A,X)090 -16 • CNPH`4221A *• 40,000 TOR &TXV . 14.00 11.50 41,000 3.66 1 25,000 2.56 I 8.2 S8CV(A,X)110 -20 CNPH•4221A •• 40,000 TDR &TXV i 14.50 11.60 41,000 3.58 25,000 2.56 8.2 58CV(A,X)135 -22 CNPH•4221A•• 40,000 TDR &TXV I 14.50 11.60 41,000 358 24,800 2.68 82 68CV (A, Xi 165 -22 CNPH•4221A •• 39,600 TDR &TXV I 13.60 11.20 41,000 3.48 25,200 12.50 8.0 58MVB040 -14 CNPH•4221A•• 39,500 TDR &TXV 14.00 11.30 41,000 3.60 25,200 2.52 8.1 58MV8060 -14 CNPH•4221A •• 39,600 TDR &TXV 13.50 11.10 41,000 3.48 25,200 2.50 8.0 58MVB080 -14 CNPH'4221A•• 40,000 TDR &TXV 14.00 1120 41,000 3.60 1 25.200 2.62 8.1 68MVB080 -20 CNP14 40,000 I TDR &TXV 14.00 11.40 41,000 3.54 1 25,000 2.54 8.2 1 58MVB100 -20 CNPH•4221A•• 40,000 I TDR &TXV 14.00 11.40 I 41,000 1 3.62 1 25.000 2.54 82 58MVB120 -20 CNPH•4221A•" 4000 I TXV 13.00 110.40 I 42,600 1 3.50 I 28,200 2.46 8.0 -' - - _ - - - `-fir'•:.'_ -- _ :_ r -'�_ ~ ` - _ - - _ - _ -_ - :- ,r - _ _:ti• _t:..• ^ -- -- ' - - - CNPH•4821A•• - - - 40,500 -T TDR &TXV 13.50 1 11.10 41,000 - ...4.::-.F. 1,0 3.60 - 25,600 1 2.52 1 8.3 ~ 58CV(A,X)070 -12 CNPH•4821A•• 41,000 TDR&TXV 14.00 1 11.40 41,000 3.86 26,200 2.58 8.4 58CV(A,X)090 -16 CNPH "4821A•• 41,000 TDR &TXV 14.00 11.50 41,000 3.68 25,400 12.58 8.4 58CV(A,X)110 -20 CNPH•4821A•• 41,000 TDR &TXV 14.50 11.60 41,000 3.70 25,200 2.60 8.5 58CV(A, X)135 -22 CNP1 41,000 TDR &TXV 14.50 11.70 41,000 3.70 25,200 1 2.60 8.5 58CV(A,X)155 -22 CNPH•4821A•• 40,500 TDR &TXV 13.50 11.20 41,500 3.60 25,400 2.52 8.2 58MV8040 -14 CNPH•4821A•• 40,500 TDR &TXV - 14.00 ' 11.30 41,500 3.62 • 25,400 2.56 8.3 58MV3060 -14 I CNPH *4821A•• 40,500 TOR&TXV I 13.50 11.10 - 41,500 3.58 25,400 2.52 8.2 58MV8080 -14 I CNPH•4821A•• 40,500 TDR &TXV 14.00 11.20 41,000 3.62 25,400 2.54 8.3 58MVB080 -20 CNPH•4821A•• 41,000 TDR &TXV 14.00 11.40 41,000 3.66 ' 25,400 2.56 B.4 58MV0100 -20 CNPH•4821A•• 40,503 TDR &TXV I 14.00 11.40 41,000 3.64 25,200 2.56 8.3 58MVB120 -20 CNPH•4821A•• 41,003 TXV 13.00 10.60 42,000 3.64 26,400 2.52 8.3 I r I - :.1,: 11.50 41,000 1 3.56 1 25,000 ' ^" CNPV 40,000 TDR &TXV 14.50 .50 2.56 8.2 58CV(A,X)110 -20 CNPV•4221A•• 39,500 TDR &TXV 13.50 11.10 41,000 3.46 I 25,200 2.50 8.0 58MV8080 -14 CNPV *4221A•• 40,000 I TDR&TXV 14.00 11.20 I 41,000 3.50 25,200 2.52 8.1 58MV3080 -20 CNPV •4221A•• 40,000 TDR&TXV 1400 111.40 41,000 3.64 25,000 2.54 81 50MVB100 -20 CNPV•4221A•• 40,000 1 TXV 13.00 110.401 42 3.50 26,200 2.46 1 8.0 CNPV•4821A•• 41,000 TDR &TXV z 14.00 11.50 41,000 3.68 25,400 1 2.58 -j: 8.4 58CV(A,X)110 -20 CNPV•4821A•• 40,500 TDR &TXV 13.50 11.10 41,500 3.58 25,400 2.52 8.2 58MVB080 -14 CNPV•4821A•• 40,500 TDR&TXV 14.00 1120 41,000 3.62 25,400 2.54 8.3 58MV8080 -20 CNPV•4821A •• 40,500 TDR &TXV 14.00 11.40 41,000 3.66 25,400 2.56 84 58MV3100 -20 CNPV•4821A•• 1 41,000 TXV 13.00 10.60 42,000 3.84 26,400 2.52 8.3 � NPV* 41,000 TDR &TXV 14.50 11.60 { 41,00 ,; 3.70 25.200 2.60 8.6 - .s - 4824A � 58CV(A,X)135 -22 CNPV•4824A•• 41,000 TDR &TXV 14.50 11.60 41,000 3.70 25,200 2.60 8.5 1 58CV(A,X)165 -22 See notes on pg. 17 15 - K1^o4t to )00 -/ • V _� r r`Y - -, t r - .( pri4t - r s , - -..• .. _ fi. cati n Sheet _ PTH Model Specifications -C Doling /Heat Pump /Electric Heat V Model 4 PTH073B' "AJ. PTH0748 "AE PTH093B""AJ .PI'H094B "AE PTH123B'°AJ PTH124B°°AE..:PTH153B "AJ :P1H1548 "AE Voltage '•LI' 230/208 265 230/208 265 230/208 265 230/208 265 Capacity (BIM 7,000/6,800 7,000 9,100/8,900 9,100 12,000/11,800 12,000 14,000/13,900 14,000 Amps 2.8/3.0 2.3 3.5/3.8 3.0 4.6/5.0 4.3 6.3/6.9 5.9 Watts 605/585 605 790/775 790 1,110/1,090 1,110 1,505/1,495 1,505 EER 11.6 11.6 11.5 11.5 10.8 10.8 9.3 9.3 Un its. wlthoulEleetricHealef= ;.;:_ -:: '.: . •_`.,:`;- -:- '::_'::,'.:;:- .= .;: +:-: ::'__; ._:;.:_.: _ ....,-,. =.:: :: -,: - I .. Mtn. Circuit Ampacity ; 4.0 3.6 5.1 4.4 6.4 5.7 8.8 7.7 CFM High 245/240 245 245/240 245 325/315 325 325/315 325 (Cool/Wet Coll) Lox 220 /205 220 220/205 220 250/229 250 250/220 250 CFM High 265/260 265 265/260 265 345/335 345 345/335 345 (Dry Coll) tow 230/215 230 230/215 230 265/235 265 265/235 265 Ventilated Alr, CFM 65. 65' 65' 65' 70' 70' 70' 70" (Fan Only)" Ventilated Air, CFM 65° 65' 65° 65' 70' 70' 70' 70' (Compressor and Fan)' Dehumidification 1.6 1.6 2.6 2.6 3.5 3.5 4.4 4.4 (Pints /Hr.) Net Weight (Ibs.) 95 1 95 100 100 110 110 115 115 Shipping Weight (Ibs.) 110 I 110 115 115 125 125 130 130 ' Approximately 95 CFM with optional power vent kit. Actual vent CFM performance will vary due to application and installation conditions "EER, - Energy Efficiency Rating per Air Conditioning a Refrigeration Institute (ARI) Tost Procedures and Canadian Standards Association (CSA) EEV Test Procedures PTH Models- Reverse Cycle Heating Performance l Heating Capacity!' .. P.TH0738 °AJ : PTH074B "AE : PTH0938'•AJ 'PTHOT4B "AE ' PTH123B "AJ'. PTH124B','AE PTH153B "AJ PTHJ545' AE BTUHE 6,200/6,000 6,200 8,200/8,000 8,200 10,800/10,600 10,800 13,300/13,200 13,300 Amps 2.6/3.0 2.2 3.2/3.6 2.6 4.5/5.1 3.9 5.7/6.3 5.4 Watts 550/530 550 750/730 750 1,020/1,000 1,020 1,340/1,330 1,340 COP' 3.3 3.3 32 3.2 3.1 3.1 2.9 l 2.9 CFM (Dry) 235/230 235 235/230 230 310/290 310 345/335 I 345 62 °F 7,200/7,000 7,200 9,800/9,600 9,800 13,000/12,800 13,000 15.800/15.700 15,800 57 °F 6,900/6,700 6,900 9,300/9,100 9,300 12,300/12,100 12,300 15,000/14,900 15,000 )leafing 52 °F 6,500/6,300 6,500 8,700/8,500 8,700 11,600/11,400 11,600 14,200/14,100 14,200 IBT01 47 °F 6,200/6,000 6,200 8,200/8,000 8,200 10,800 /10,600 10,800 13,300/13,200 13,300 Outdoor COP' 3.3/3.3 I 3.3 3.2/3.2 3.2 3.1/3.1 3.1 2.9/2.9 2.9 Ambient 42 °F 5,900/5,7001 5,900 7,700/7,500 7,700 10,100/9,900 10,100 12,500/12,400 12,500 37 °F 5,600/5,400 5,500 7,200/7,000 7,200 9,400/9,200 9,400 11,100/11,600 11,700 Rating Point 32 °F 5,300/5,100 5,200 6,700 /6,500 6,700 8,600/8,400 8,600 10,800/10,700 10,800 27 °F 5,000/4,800 5,000 6.200/6,000 6,200 7,900/7,700 7,900 10,000/9,900 10,000 24 °F 4,800/4,600 4,800 5,900/5,700 5,900 7,500/7,300 7,500 9,500/9,400 9,500 62 °F 580/560 580 810/790 810 1,120 /1,100 1,120 1,465/1,455 1,465 57 °F 575/555 575 800/780 800 1,090/1,075 1,090 1,440/1,430 1,440 52 °F 555/535 555 775/755 775 1,060/1,045 1,060 1,405/1,395 1,405 Wafts 47 °F 550/530 550 750/730 750 1,020/1,005 1,020 1,340/1,330 1,340 Outdoor 42 °F: 540/525 560 730/710 730 985/970 985 1,325/1,315 1,325 Ambient 37 °F 530/515 545 705/685 705 950/935 950 1,285/1,275 1,285 32 °F 515/500 535 690/670 690 900/885 900 1,240/1,230 1,240 27 °F 505/490 525 660/640 660 855/840 855 1,190/1,180 1,190 24 °F 500/485 520 640/620 640 830/815 830 1,180/1,170 1,180 See page 4 for Notes and Auxiliary Electric Heater Performance COP - Coefficlency of Performance per ARI Test Procedures Units are rated for capacities and efficiencies. SS - PTAC www.amana - ptac.com _ ��� 5 1. [Page Too Large for OCR Processing] [Page Too Large for OCR Processing] [Page Too Large for OCR Processing] [Page Too Large for OCR Processing] [Page Too Large for OCR Processing] [Page Too Large for OCR Processing] [Page Too Large for OCR Processing] [Page Too Large for OCR Processing]