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FAN COIL UNITS DAMPERS
<br /> # MANUF MODEL LOCATION OUTDOOR COOLING HEATING CFM ELECTRICAL WT SPL ISO. NOTES TAG MFR MODEL # DESCRIPTION TYPE VOLTAGE NOTES
<br /> UNIT MARK MBH SEER MBH HSPF V/PH MCA MOCP dB�A� MD-A POTTORFF CD-42 or CD-21R OPP BLADE CNTRL CLASS 1A 24V 4
<br /> (EER) (COP) MD-B POTTORFF CD-42 or CD-21R OPP BLADE CNTRL CLASS 1A 120V 1 ,5
<br /> FG1.XXX MITSUBISHI PKFY-P06NBMU-E2 VARIOUS VARIOUS 6 - 6.7 - 210 208/1 0.19 15 22 36 NONE 1 ,2,3,6,8 MD-C POTTORFF CD-42 or CD-21R OPP BLADE CNTRL CLASS 1A 120V �,2,5 0
<br /> FC-2.XXX MITSUBISHI PKFY-P24NHMU-E2 VARIOUS VARIOUS 24 - 27 - 920 208/1 0.63 15 46 49 NONE 1 ,2,3,6,8 a
<br /> �
<br /> FC-3.XXX MITSUBISHI PLFY-P08NCMU-E VARIOUS VARIOUS 8 - 9 - 565 208/1 (.31) 15 51 31 NONE 1,2,3,8 �
<br /> CBD-A POTTORFF CBD-150 COUNTERBALANCED N/A o
<br /> FC-4.XXX MITSUBISHI PLFY-P12NCMU-E VARIOUS VARIOUS 12 - 13.5 - 565 20811 (.31) 15 51 31 NONE 1 ,2,3,8
<br /> FC-S.XXX MITSUBISHI PLFY-P15NCMU-E VARIOUS VARIOUS 15 - 17 - 565 208/1 (.31) 15 51 31 NONE 1 ,2,3,8 FSD-A POTTORFF FSD-142-OP GRILLE ACCESS FSD UL555/555S 120V 3
<br /> FC-6.XXX MITSUBISHI PLFY-P18NEMU-E2 VARIOUS VARIOUS 18 - 20 - 706 208/1 (.33) 15 51 32 NONE 1,2,3,8 FSD-B POTTORFF FSD-142 IN WALL FSD UL555/555S 120V 3
<br /> FC-7.XXX MITSUBISHI PLFY-P24NEMU-E2 VARIOUS VARIOUS 18 - 20 - 636 208/1 (.33) 15 51 32 NONE 1 ,2,3,8 FSD-C POTTORFF FSD-142R IN WALL TRUE ROUND FSD UL555/555S 120V 3 N
<br /> FC-8.XXX MITSUBISHI PLFY-P36NEMU-E2 VARIOUS VARIOUS 18 - 20 - 636 208/1 (.33) 15 51 32 NONE 1 ,2,3,8 �
<br /> FC-9.XXX MITSUBISHI PEFY-P15NMAU-E2 VARIOUS VARIOUS 15 - 17 - 494 208/1 1 .45 15 58 34 NONE 1 ,2,3,7 VFD-10-A or �
<br /> FC-10.XXX MITSUBISHI PEFY-P36NMAU-E2 VARIOUS VARIOUS 36 - 40 - 1165 208/1 3.5 15 86 41 NONE 1 ,2,3,7 FD-A POTTORFF VFD-15R 1 .5 HR FtRE DAMPER UL555 NA
<br /> FC-11 .XXX MITSUBISHI PEFY-P48NMAU-E2 VARIOUS VARIOUS 48 - 54 - 1412 208/1 3.33 15 86 44 NONE 1 ,2,3,7 FD-B POTTORFF VFD-30-A 3 HR FIRE DAMPER UL555 NA
<br /> FC-12.XXX MITSUBISHI PEFY-P18NHMU-E2 VARIOUS VARIOUS 18 - 20 - 494 208/1 1.63 15 98 45 NONE 1 ,2,3,7 FD-C POTTORFF VFD-10-TLA 1 .5HR THINLINE FIRE DAMPER UL555 NA
<br /> NOTES:
<br /> 1 . PROVIDE WITH SIMPLE MA THERMOSTAT NOTES: o
<br /> 2. CONFIRM REFER SIZING W/ SUBMITTAL TYP4CAL ALL, SEE PLANS FOR QUANTITIES AND SIZES. LISTED MODELS ARE RECTANGULAR/ROUND RESPECTIVLY.
<br /> 3. CONDENSATE PIPING BY OTHERS 1 . POWER BY EC
<br /> 4. POWER WIRING FROM CORRESPONDING OUTDOOR UNIT. CONFIRM POWER WITRING SIZE WITH INSTALLATION INSTRUCTIONS 2. WIRED TO BACKUP POWER SOURCE. POWER CLOSED, SPRtNG OPEN. INCLUDE PI-50 DUAL POS. INDICATOR
<br /> 5. PROVIDE WITH PAR-21 MAA FOR LEAD/LAG CONTROL SWITCH. PLOT DATE iizaizoi�
<br /> 6. PROVIDE WITH ASPEN WHITE CONDENSATE PUMP 208/1 , POWERED FROM INDOOR UNIT. 3. WIRED TO FA SYSTEM BY OTHERS.
<br /> 7. ADD BUY OUT FILTER BOX. MERV 8 RATING 4. 0-10 MODULATING
<br /> 8. DIP SWITCH SETTINGS TO CYCLE FAN ON AND OFF 5. 2 POSITION, (OPEN CLOSE) � oESIGN DEVELOPMENT
<br /> DRAWING
<br /> DATE:
<br /> OUTDOOR CONDENSING/HEAT PUMP UNITS � COORDINATION
<br /> DATE:
<br /> # MFR MODEL LOCATION COOLING HEATING ELECTRICAL SPL WT ISO. NOTES ■ PERMIT
<br /> __._ _
<br /> _.
<br /> MBH SEER MBH HSPF V/PH MCA MOCP d6(A) --~' � '`�--��``��"�.-�� E''
<br /> /` ----- - -- .�-_ _____-�_ DATE: 4. 5, 12
<br /> �-----------------__
<br /> (EER) (COP) �`�--__� � CONSTRUCTION
<br /> HP-1 MITSUBISHI PURY-P240TSLMU-A AT GRADE 240 (12.9) 270 (3.64) 208/3 42/42 60/60 63 1390 NONE �oNJnn�2zvl..S +���`�"��� L�d'�`��lP�roc� �S '�-�p�"`� ��`�`
<br /> ' ���- p10(S C,PCi �llfS�L 7o S`�Fe� Cu+v-(1l.GA'NC.� �0(� A/�'� �kGEA'1 (ur1 rl (LU�c� 5��0 � 1 DATE:
<br /> HP-2 MITSUBISHI PURY-P240TSLMU-A AT GRADE 240 (12.9) 270 {3.64) 208/3 42/42 60/60 63 1390 NONE 2 � AS BUILT
<br /> NOTES: _ oarE:
<br /> 1 . CONDENSATE PIPING BY OTHERS ----
<br /> 2. TWO POWER CONNECTIONS AND DISCONNECTS. - `
<br /> -
<br /> . _.
<br /> 3._1�I.�.�9Pd€QN1tZfF��#�€��AJSE-�_�D15 C4�3 4.1�EXCEF��IOfd fi- . -
<br /> :-__�_
<br /> , ._._�.t���
<br /> HEAT RECOVER VENTILATORS ���F
<br /> # MFR MODEL # LOCATION CFM ESP EFFIGIENCY ELECTRICAL WT SPL ISO. NOTES �'` - , z �� NUN-�t� 2)
<br /> �. iv � -t � t� y ., l�N �l� LeP�I Jn) �
<br /> ���WG� WINTER SUMMER dB�A� � � �� �� andbeprovidedwithcontrolsthatallowheatingand
<br /> C403.4.1 ]tiple-zone system fan control. Controls cooling supply temperatures at the changeover point
<br /> :��,s� vided for fans in accordaoce wifh Secfions to be no more than 30°F 16.7�C a aR.
<br /> TOTAL SENS TOTAL SENS V MOCP : caos.4.i.itn�ougnc4os.4.t?. � � p �
<br /> ERV-1 .XXX MITSUBISHI LGH-F600RX5-E VARIOUS 600 0.6 64.0 67.0 50.0 67.0 208/1 15 132.0 36.0 RUBBERGROMMETS 1 caos.a.�.� scat«Press�reseasor�o�at�on. statt� caos.a.z.sxyaroni�(water�oop)neatPumP
<br /> pressure sensors used Yo control VAV faos shall be systems.Hydronic heat pump systems shall comply �
<br /> ERV-2.XXX MITSUBISHI LGH-F470RX5-E VARIOUS 470 0.8 64.0 67.0 50.0 67A 208/1 15 119.0 36.0 RUBBER GROMMETS 1 �o�ated5uohthatthe�oncro��er5etpoim�5nogreate� w�thseot�o�5c4os.a.z.3.� throu�hcao3.4.zs.3. ✓
<br /> than 1.2 inches w.c. (2099 Pa).Where this results in C403.4.2.3.1 Temperature dead baud.Hydronic
<br /> NQTES': one or more sensors being located downstream of heat pumps connected to a common heat pump
<br /> 1. TO BE SCHEDULED ON/OFF WITH VRF EW-50 major duct sptits,not less than one sensor shall be water loop with central devices forheat rejection
<br /> located on each major branch to ensure that static and heat addition shall have controls that are
<br /> pressure can be maintained in each branch. configured to provide a heat pump water supply W (~!7 �
<br /> LOUVERS/HOODS GRILLES, REGISTERS & DIFFUSERS � Exception: SystemscomplyingwithSection temperaturedeadbandofatleast20°F(111°C) � _
<br /> C403.4.12. betwean initiation ofheat rejection and heat �
<br /> addirion by the central devices. � �
<br /> # MFR MODEL # DESCRIPTION MOUNT TYPE MAX INTAKE SP NOTES # MFR MODEL SERVICE MOUNTING NOTES caos.a.i.zset�o�ntseorasre�ta�g�tai�ontroi.ro� m � Z
<br /> FPM systems with direct digital control of individual zones Exception:Where a system loop temperature Q � O
<br /> A TITUS 300RS SUPPLY SI DEWALL � ,2 reporting to the central control panel,the static optimization controller is installed and can F- � w �
<br /> L-A POTTORFF EDD-445 4" DEEP LOUVER SIDEWALL fNTAKE/EXHAUST 1026 0.1 ��2�3 pres5�esetPo�rnSh��beresecbasedontheZone dete��aerhemo5teff�iemoPerating � � �i U
<br /> B TITUS MCD SUPPLY TBAR/HARDLID � ,2 req�iring the most pressure.In such cases,the set temperamre based on real time conditions of �
<br /> POTTORFF EFD-245 2 DEEP LOUVER SIDEWALL INTAKE/EXHAUST 955 0.1 P demandandcapacity,deaabaaasot�eSsthaa �
<br /> L-B ^ � ,2,3,5 �.. CEILING/WALL � ,`2 point is reset]ower until one zone dam er is neazly 20°F(11°C)shall be permitted. (n
<br /> T�T�fS 3�j�RL RET(,fRN wideopen.ThedirectdigitalcontrolsshaLlbeeapahle Z
<br /> H-A ACME E�/ MUSHROOM HOOD ROOF EXHAUST N/A �.� � �2�3 ofmonitoringzonedamperpositionsorshallhavean C403.4.2.3.2Heatrejection.Heatrejection O
<br /> � TITUS TMR SUPPLY EXPOSED � ,2 alternative method of indicatingthe need for static equipment shall comply with Sections U
<br /> H'B ACME IV MUSHROOM HOOD ROOF INTAKE VARIES 0.1 ��2�3 pre5surethaci5ooaf�edtoPro�iaeauotr�e cao3.4.z.s.z.� aaac4o3.a.z.�.z.z. w
<br /> E TITUS 50F XFR/RETURN CEILING/WALL 1 ,�L following: --�
<br /> H-C �,2,3 1. Automaticall Exception: Where it can be demonstrated that a p
<br /> ACME LEV LOWERED PENTHOUSE ROOF EXHAUST N!A 0.1 yaete�ri�sanr=onethat heatP��„p5�5temW���be�equ�reato�e;e�tneat e�
<br /> F T��U.S' C.T SUPPLY FLOOR � ,2 excessively drives the reset logic. througho�t the year. }
<br /> H-D ACME LIV LOUVERED PENTHOUSE ROOF INTAKE VARIES 0.1 ��2�3 ?. e�eneraringaaa��tochesy5teraoperarioaa� w
<br /> NOTES: ]ocation. C403.4.2.3.2.1 Gimate Zone 4.For Climate � W
<br /> NOTES: 1 . SEE PLANS FOR DIMENSIONS. 7°ae':
<br /> 3. Allowing an operator to readily remove one or �
<br /> 1 . SEE PLANS FOR SIZES AND QUANTITIES. 2. SEE ARCH PLANS FOR CEILING TYPE. m°`eZ°aes�°m"'erese`�o°r't''"'. I. `fa°`°Sed-"r°°"�°°�`°�`°We"S°Sea Y m
<br /> diiecYly in the heat pump loop,either an
<br /> 2. STANDARD MILL FINISH; SPECIAL PAINT/COLOR BY OTHERS 3. W/OBD. cao3.a.z xya�o�;�systems�onc�o�5.Tne neatrng of automat;��ai�e Sh�l be 1n5tailea to �
<br /> 3. ARCHITECT TO CONFIRM LOWER SIZE AND LOCATION NOTED ON PLANS ttuidstt�atha�ebeenPre��ou5tyme�ha��at�y�oo�ed b�passa�tbutaa��n�ma�flowofwat� w z �
<br /> , and the cooling of fluids that have been previously around the tower;or lower leakage J w a
<br /> 4. FOR FUTURE T.I. BLANK OFF AND INSULATE aie�han��a��yheateeshat�be��m�tedinao�oraan�ew�th � J �
<br /> positive closure dampers shall be � U �
<br /> Sections C403.4.2.1 through C403.42.3.Hydranic
<br /> 5. 2" DEEP LOWER, FOR HEIGHTS <12" OR STOREFRONT heatinasystems�ompri5eaofmu�riP�e-Pa�kagea provided.
<br /> boilers and designed to deliver conditioned water or � Z_ If an open-circuit tower is used directly in
<br /> steam into a common disnibution system shall include the heat pump loop,an automatic valve
<br /> B RA N C H C I RC U I T C O N T RO L L E RS automatic conhols configured to sequence operation of shall be installed to bypa;s all heat pump
<br /> the boilers.Hydronic heating systems comprised of a water flow around the tower.
<br /> # MANUF MODEL LOCATION S�ZE ELECTRICAL NOTES singleboilerandgreaterthan500;000Btu/h(146,550 3. Ifanopen-orclosed-circuitcoolingtower
<br /> W�1'� X `'�"� multi-staged or�modula ng bturner.ude either a exchanger to i ol t,e the I ooi ng towe heat
<br /> KW V/PH MCA
<br /> BCC-1 MITSUBISHI CMB-P1016NU-HA1 2ND FLR 12X44X20 - 208/1 1.65 1 fromtheheatPump �ooP,ttieaheat�oss rn W
<br /> C403.4.21 Three-pipe system.Hydronic systems J Z
<br /> shall be conholled by shutting down the � n m �
<br /> that use a common retum system for both hot water � a
<br /> and ehilled wafer are rohibited. circulation pump on the cooling tower p � � n � m
<br /> BCG2 MITSUBISHI CMB-P1016NU-HA1 2ND FLR 12X44X20 - 208/1 1 .65 1 p toaP. 3 � � rn �n o z
<br /> a
<br /> C403.4.2.2 Two-pipe changeover system. Systems Z � � N N o
<br /> ��TE.S: that use a common distribution sys[em to supply both C403.4.2.3.2.2 Climate Zo�e 5.For Climate � Q � o^ � �
<br /> heated and chilled wafer shall be desi ed to allow a Zone 5, if an open-or closed-circuit cooling � 3 � o �o w �
<br /> 1 . CONDENSATE REMOVAL REQUIRED, BY PLUMBER � towe��s�sea,thenaseyarateheateX�hanger � �..� <
<br /> dead band be t ween c hangeover from one mo de to t he � Z M w z
<br /> shall be provided to isolate the cooling tower � „ � Q
<br /> other of at least 15°F(83`C)outside air from the heat pump ioop,and heat loss shall be � � M W�� �
<br /> temperatures; be designed to and provided with controlled by shutting down the circulation m N � v
<br /> FA N S conttols that will allow operation in one mode for at � �`-'� �
<br /> pump on the cooling tower loop and providing an ¢ � Z �5
<br /> least 4 hours before changing over to the other mode; automatic valve to stop the flow of fluid. � � � �
<br /> # MFR MODEL LOCATION SERVES DRNE DAMPER CFM SP HP (W) ELECTRICAL SONE/ WT ISO NOTES 2075WashingtonStateEnergyCode �E-63 o a
<br /> ( " WC) V / PH FLA LWA
<br /> FN-3.1 BIG ASS FANS BASIC 6-16 MANUFACTURING MAUNFACTURING DD - #N/A #N/A 2 208/1 13.3 <55 231 - 1,4
<br /> EF-1 FANTECH FADE 22 WALL MANU 130 DD BD 4000 0.2 3/4 120/1 6.92 81 115 - 2 �
<br /> EF-2 GREENHECK SQ-160-VG HALL 100 RESTROOMS DD MD 1600 0.5 3/4 115/1 (10.6) 53 135 SPRING 3 :� Q
<br /> e
<br /> NOTES: � C�
<br /> 1. FAN WITH FACTORY SUPPLIED CONTROLLER. COORDINATE MOUNTING LOCATION WITH FACILITY MANAGER. °° G
<br /> 2. FAN TO RUN CONTINUOUS, WITH SPEED CONTROLLER MOUNTED BELOW FAN AT 4FT AFF. ` °,��,
<br /> 3. FAN TO BE CYCLED ON AND OFF WITH TIME CLOCK. TIME CLOCK TO BE MOUNTED IN JANITOR CLOSET 113 W �
<br /> 4. INTERLOCK WITH FIRE ALARM. BY OTHERS. TO SHUT OFF WHEN ALARM IS TRIPPED
<br /> GAS UNIT HEATERS
<br /> # MANUF MODEL # OSA/CFM ESP HEATING COOLING ELECTRICAL WEIGHT LWA ISO. CONTROLS NOTES
<br /> ���WC� INPUT OUTPUT AFUE BTUH SEER V/PH MCA MOCP (LBS) (SNS)
<br /> (MBH) (MBH} (EER) HVAC SCHEDULE
<br /> UH-1 .X REZNOR UEAS-260 4430 - 250 239 [93) - - 115i1 10 20 360 - NONE FEEZE STAT 1 ,2
<br /> NOTES:
<br /> 1 . TO MAINTAIN 60 DEGREES AND CONTROLLED VIA 7 DAY PROGRAMMABLE
<br /> 2. CONDENSATE PiPING BY OTHERS
<br /> JG�P�A h'yA � SCALE: AS-NOTED
<br /> oF q
<br /> 4��w ��'� � �
<br /> � ,
<br /> 2' 8' o� F aesa� �� q, �i�
<br /> � � �. � ��ST�R � � M1 .00
<br /> �-� � S`rj�NAL E�G N TH
<br /> 0' 4' 16'
<br /> SCALE: 1/8' = t'-0"
<br /> � ----
<br /> P:\Working Projects\Mtorres (216-0905}\Engineering\CAD Drawings\Mtorres\Sheets\M1.00 HVAC SCHEDULE.dwg
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