|
MOUNTING ANGLE.
<br />BREAK -AWAY CONNECTION
<br />(MAX. 12" FROM WALL) -�
<br />ACCESS 1
<br />(iN DUCT)
<br />SLEEVE, MIN. 20 GA.
<br />MATCH DUCT SIZE. -
<br />WALL OR PARTITION.
<br />165 DEG. FUSIBLE LINK
<br />IN AIRSTREAM,
<br />FIRE DAMPER FRAME
<br />1/8" CLEARANCE BETWEEN WALL
<br />OPENING AND FRAME FOR EVERY
<br />12" DAMPER WIDTH AND HEIGHT.
<br />NOTES:
<br />1. INSTALL DAMPER ACCORDING TO MANUFACTURER'S INSTRUCTIONS.
<br />2. RETAINING ANGLE SCREW SPACING SHALL NOT EXCEED 4" BETWEEN
<br />SCREWS.
<br />3. CONNECT SLEEVE TO DUCT ON BOTH SIDES WITH STANDARD SLIP
<br />JOINT CONNECTORS.
<br />4. SLEEVE SHALL NOT EXTEND MORE THAN &` PAST WALL
<br />UNLESS A NO. 10 GAUGE METAL 15 USED.
<br />5. HVAC CONTRACTOR SHALL HAVE ON SITE A COPY OF THE
<br />MANUFACTURER'S INSTALLATION INSTRUCTIONS FOR USE
<br />BY THE MECHANICAL INSPECTOR TO VERIFY INSTALLATION.
<br />6. DAMPER SHALL BE STYLE 'B', CURTAIN TYPE. U.L.
<br />CLASSIFIED (UL555 LISTING R5531), EQUAL TO RUSKIN
<br />MODEL I5D20 WITH 20 GAUGE SLEEVE.
<br />SECURE CURB TO_.
<br />STRUCTURAL STEEL
<br />WITH 11/2" BOLTS WITH
<br />WASHERS, THRU STEEL
<br />SUPPORTS. THREE PER
<br />LONG SIDE, TWO PER
<br />SHORT OR WELD CURB
<br />TO STEEL.
<br />PACKAGED AIR-
<br />CONDITIONER -
<br />ROOF CURB
<br />SECURE RTU TO CURB
<br />WITH *14 SCREWS WITH
<br />WASHERS. PROVIDE
<br />THREE PER LONG SIDE
<br />e e AND TWO PER SHORT
<br />SIDE.
<br />DECK.
<br />�-4"x4"xl/4" STEEL ANGLE
<br />SUPPORTS WELDED
<br />BETWEEN BAR JOISTS
<br />AND STEEL MEMBERS AS
<br />REQUIRED SO ENTIRE
<br />NOTES: CURB RESTS ON STEEL
<br />- SET PACKAGED AIR CONDITIONER ON CURB AND SUPPORTS. (BY STEEL
<br />SECURE AS INDICATED ABOVE WITH AT LEAST THREE CONTRACTOR)
<br />SCREWS PER LONG SIDE OF UNIT AND TWO
<br />PER SHORT SiDE OF UNIT. CURB SHALL BE MINIMUM
<br />14" HIGH SO RTU IS AT LEAST 8" ABOVE FINISHED ROOF
<br />SURFACE WITH NO ROOFING BENEATH CURB.
<br />- PROVIDE WASHERS BETWEEN SCREWS/BOLTS
<br />AND STRAPS, TYPICAL.
<br />- ALL STRUCTURAL STEEL BY STEEL CONTRACTOR.
<br />RTU CURB, SECURING OF CURB TO STRUCTURAL STEEL
<br />AND SECURING OF RTU TO CURB BY HVAC CONTRACTOR
<br />- THIS DETAIL 16 PROVIDED FOR FLORIDA
<br />HURRICANE 146 MPH TIE -DOWN COMPLIANCE.
<br />J(DIROOF CONDENSATE DETAIL KDIROOF-TOF A/C TiE-DOWN DETAIL6CALE: NONE W-ALE: NONE
<br />I
<br />( 1-011
<br />SPACING I
<br />SCH. 40 PVC
<br />EXTRA LAYER OF
<br />ROOF INSULATION
<br />METAL DECK
<br />,o)I ROOF CONDENSATE DETAIL
<br />SCALE: NONE
<br />FLOAT SWITCH MOUNTED TO DRAIN
<br />PAN FOR UNIT SHUT -DOWN.
<br />ROOFT P UNIT
<br />DRAIN PAN
<br />DUCT
<br />FACTORY CURB
<br />PVC PIPE STRAP: FACTORY
<br />FABRICATED, FASTENED TO
<br />WOOD SUPPORT W/ GALV.
<br />WOOD SCREWS
<br />SLOPE: W1 ROOF ----�
<br />11il•'IT
<br />PRESSURE TREATED BLOCK:
<br />MINIMUM 2" THK
<br />GASKET 4 WEATHERSEAL
<br />REMOVABLE CAP W/ 1/4"RND HOLE
<br />DRILLED IN CAP. FOR CLEAN -OUT,
<br />VENT OF DRAIN PiPING,
<br />P-TRAP
<br />H
<br />T= 311
<br />H= 11i21' ROUTE TO NEAREST ROOF DRAIN
<br />X= V OR TO DOWNSPOUT. PROVIDE
<br />DRYWELL BENEATH AS REQUIRED.
<br />ROOF INSULATION
<br />ROOF DECK
<br />COUNTERFLASHING
<br />STRIP,
<br />1 nii1f;RTUfi?�CONDENSATE DETAIL 1
<br />5
<br />1. 1/4" THREADED SUPPORT ROD.
<br />2. SUPPLY DUCT.
<br />3. VARIABLE AIR VOLUME (VAV) BOX.
<br />4. 2" UNISTRUT BOTTOM SUPPORT OR STEEL ANGLE. PROVIDE
<br />i11 CORK 4 NEOPRENE ISOLATOR BETWEEN UNIT AND SUPPORT.
<br />5, SUSPENDED CEILING SYSTEM, AS APPLICABLE.
<br />6, ROOF SYSTEM, WITH INSULATION, AS APPLICABLE.
<br />1. 2X2 STEEL/UNISTRUT ACROSS JOISTS OR PERLINS WiTH
<br />I11 CORK 4 NEOPRENE BETWEEN JOIST AND STEEL.
<br />DRILL STEEL AND INSTALL THREADED ROD
<br />THROUGH ANGLE WITH WASHER AND LOCKING NUT.
<br />8. INLET DUCT FROM MAIN MEDIUM PRESSURE DUCT.
<br />NOTE: IF MANUFACTURER'S INSTALLATION GUiDLINES ALLOW
<br />FOR SUSPENDING UNIT WITH lb GA. V STEEL STRAP FROM THE
<br />STRUCTURE THE CONTRACTOR MAY PROVIDE THIS HANGING
<br />SYSTEM IN LIEU OF THE ABOVE.
<br />VAV 8OX SUPPORT DETAIL
<br />SCALE: NONE
<br />MARK
<br />MANUFACT
<br />MODEL
<br />AREA SERv1=D
<br />INLET
<br />CFM-MAX
<br />NEAT CFM
<br />INLET SP.
<br />HEAT KW / VOLTS
<br />ELEC. DATA
<br />NOTES
<br />VAV-Ai
<br />CARRIER
<br />35E
<br />ZONE A
<br />12
<br />1500
<br />150
<br />12"
<br />8 - 211V 3P
<br />2'1'lV. 1 PH.
<br />1-1
<br />VAV-A2
<br />CARRIER
<br />35E
<br />ZONE A
<br />10
<br />850
<br />425
<br />10"
<br />5 - 211V.,1P.
<br />211V, 1 PH.
<br />1-1
<br />VAV-A3
<br />CARRIER
<br />35E
<br />ZONE A
<br />12
<br />1350
<br />610
<br />1.0"
<br />1 - 211V 3P
<br />211v. I PH.
<br />1-1
<br />VAV-A4
<br />CARRIER
<br />35E
<br />ZONE A
<br />10
<br />550
<br />415
<br />1.011
<br />55 - 211V., IF.
<br />211V. 1 PH.
<br />1-1
<br />VAV-A5
<br />CARRIER
<br />35E
<br />ZONE A
<br />12
<br />1250
<br />615
<br />1.0"
<br />1 - 211Y 3P
<br />211V. i PH.
<br />1-1
<br />VAV-A6
<br />CARRIER
<br />35E
<br />ZONE A
<br />12
<br />1150
<br />815
<br />1.011
<br />8 - 211Y 3P
<br />2-1-1V. i PH.
<br />1-1
<br />VAV-51
<br />ARRIE
<br />35E
<br />ZONE B
<br />12
<br />1150
<br />615
<br />1.0"
<br />8 - 211V 3P
<br />2-f-fV. 1 PH.
<br />1-1
<br />VAV-52
<br />CARRIER
<br />35E
<br />ZONE B
<br />8
<br />625
<br />315
<br />1.0"
<br />35 - 211V 3P
<br />211V. 1 PH.
<br />1-1
<br />VAV-53
<br />CARRIER
<br />35E
<br />ZONE B
<br />10
<br />800
<br />400
<br />i0"
<br />45 - 211V.,1P.
<br />211V, 1 PH.
<br />1-1
<br />VAV-B4
<br />CARRIER
<br />35E
<br />ZONE B
<br />10
<br />1315
<br />4W
<br />1.0"
<br />55 - 211V 3P
<br />211V. 1 PH.
<br />1-1
<br />VAV-55
<br />CARRIER
<br />35E
<br />ZONE B
<br />12
<br />1625
<br />515
<br />1.01'
<br />18 - 211V 3P
<br />211V. 1 PH.
<br />i-1
<br />VAV-56
<br />CARRIER
<br />35E
<br />ZONE: B
<br />10
<br />(325
<br />465
<br />1.0"
<br />55 - 211V., IF.
<br />211V. 1 PH.
<br />1-1
<br />VAV-51
<br />CARRIER
<br />35E
<br />ZONE B
<br />10
<br />1000
<br />500
<br />1.0"
<br />55 - 211V„ iP.
<br />211V. 1 PH.
<br />1-1
<br />VAV-CI
<br />CARRIER
<br />35E
<br />ZONE: C
<br />12
<br />1400
<br />100
<br />1.0"
<br />8 - 211V., IR
<br />211V. I PH.
<br />1-1
<br />VAV-C2
<br />CARRIER
<br />35E
<br />ZONE C
<br />8
<br />900
<br />450
<br />10"
<br />55 - 211V., IF.
<br />211V. i PH.
<br />1-1
<br />VAV-C3
<br />CARRIER
<br />35E
<br />ZONE C
<br />10
<br />800
<br />400
<br />1.011
<br />45 - 211V„ 1P.
<br />211V. 1 PH.
<br />1-1
<br />VAV-C4
<br />CARRIER
<br />35E
<br />ZONE C
<br />10
<br />1200
<br />600
<br />Ud"
<br />1 - 211V„ 1P,
<br />211V. 1 PH.
<br />1-1
<br />VAV-05
<br />CARRIER
<br />35E
<br />ZONE C
<br />10
<br />WO
<br />450
<br />1.0"
<br />55 - 211V„ 1P.
<br />211V. 1 PH.
<br />1-1
<br />VAV-C(6
<br />CARRIER
<br />35E
<br />ZONE C
<br />10
<br />WO
<br />1 450
<br />1.0"
<br />55 - 211V„ iF.
<br />211V. 1 PH.
<br />1-1
<br />VAV-C1
<br />CARRIER
<br />35E
<br />ZONE C
<br />12
<br />1400
<br />100
<br />1.0"
<br />8 - 211V„ iR
<br />211V. 1 PH.
<br />1-1
<br />VAV-DI
<br />CARRIER
<br />35E
<br />ZONE D
<br />8
<br />400
<br />200
<br />1.0"
<br />1.1 - 211V., IF,
<br />211V. 1 PH.
<br />1-1
<br />VAV-D2
<br />CARRIER
<br />35E
<br />ZONE D
<br />10
<br />1100
<br />550
<br />1.01,
<br />55 - 211V, iP.
<br />211v. 1 PH.
<br />1-1
<br />VAV-03
<br />CARRIER
<br />35E
<br />ZONE D
<br />8
<br />115
<br />3W
<br />1.0"
<br />45 - 211V., IR
<br />211V. 1 PH.
<br />1-1
<br />VAV-D4
<br />CARRIER
<br />35E
<br />ZONE D
<br />12
<br />1150
<br />515
<br />1.0"
<br />1 - 211V„ 1P.
<br />211V. I PH.
<br />1-1
<br />VAV-05
<br />CARRIERI
<br />35E
<br />ZONE D
<br />10
<br />1025
<br />515
<br />1.0"
<br />55 - 211V., iF.
<br />211V. I PH,
<br />1-1
<br />VAV-D6
<br />CARRIER
<br />35E
<br />ZONE D
<br />10
<br />WO
<br />450
<br />1.011
<br />55 - 211V., IF.
<br />211V. 1 PH.
<br />1-1
<br />VAV-01
<br />CARRIER
<br />35E
<br />ZONED
<br />1 10
<br />1 850
<br />425
<br />1.011
<br />55 - 211V.,1P.
<br />1211V. 1 PH.
<br />I i-1
<br />VAV-D8
<br />CARRIER
<br />35E
<br />ZONE D
<br />12
<br />1400
<br />100
<br />1.0"
<br />8 - 211V., IR
<br />211V. i PH.
<br />I-1
<br />NOTES:
<br />1. OPERATOR SHALL BE PRESSURE INDEPENDENT.
<br />2. PROVIDE ELECTRONIC THERMOSTAT WITH LOCKABLE OR RESTRICTED ACCESS COVER
<br />3. PROVIDE FACTORY CONTROLS TRANSFORMER AND POWER FUSE.
<br />4. INSULATION SHALL BE V FOIL FACED.
<br />5. MAXIMUM CLOSURE SHALL BE 50 PERCENT.
<br />b, VAV CONTROLLERS, BY CONTROLS CONTRACTOR, SHALL BE SHIPPED TO FACTORY AND
<br />INSTALLED AND TESTED AT VAV BOX FACTORY.
<br />1. TRANSITION FROM FACTORY INLET AND OUTLETS TO LISTED DUCT SIZES AS REQUIRED.
<br />D(o VARiA5LE AIR VOLUME 5OX SCHEDULE
<br />SCALE: NONE
<br />ROOF TOP UNM
<br />RTU-1
<br />RTU-2
<br />RTU-3
<br />RTU-4
<br />MANUFACTURER
<br />-
<br />CARRIER
<br />CARRIER
<br />CARRIER
<br />CARRIER
<br />MODEL
<br />50LC0524A3A&
<br />r20LC0524A3A&0LC0524A3A
<br />0LC0524A3A
<br />SUPPLY
<br />CFM
<br />1650
<br />1100
<br />1500
<br />1600
<br />OUTSIDE AIR
<br />CFM
<br />850
<br />800
<br />800
<br />850
<br />ENTERING AIR
<br />DB/WB
<br />80/61
<br />80/61
<br />80/61
<br />80/61
<br />LEAVING AIR
<br />D51W5
<br />56.8/563
<br />56.8/563
<br />568/563
<br />56.8/563
<br />CAPACITY
<br />TONS
<br />20
<br />20
<br />20
<br />20
<br />TOTAL COOLING
<br />MBH
<br />252.02
<br />252.02
<br />252.02
<br />252.02
<br />SENSIBLE COOLING
<br />MBH
<br />18184
<br />181.84
<br />181.84
<br />161.84
<br />EXT. S.P.
<br />IN. H2O
<br />.511
<br />511
<br />311
<br />511
<br />TOTAL S.P.
<br />IN. H2O
<br />1.0111
<br />1.011'
<br />1,011'
<br />1.01"
<br />ELECTRIC HEAT
<br />KWN.
<br />NONE
<br />NONE
<br />NONE
<br />NONE
<br />EVAPORATOR FAN
<br />HP/FLA
<br />5D6I5HP/13.1
<br />5.085HPA3.1
<br />5.085HP/13.1
<br />5.085HP/13.1
<br />COMPRESSOR
<br />NOJRLA
<br />01614,B/"21+18.0
<br />01614.8/02618.0
<br />w1014.8/02*18.0
<br />01614BI026150
<br />CONDENSING FAN
<br />NOJFLA
<br />6/1.6 EA.
<br />61110 EA.
<br />6/i.6 EA.
<br />6llb EA.
<br />ELECTRICAL DATA
<br />V/o
<br />460V. 3P.
<br />46OV. 3P.
<br />460V. 3P.
<br />460V. 3P.
<br />MCA
<br />AMPS
<br />60.6
<br />60.6
<br />bob
<br />60.6
<br />FUSE/MOCP
<br />-
<br />10
<br />10
<br />10
<br />10
<br />EFFICIENCY
<br />I SEER/EER
<br />122
<br />122
<br />122
<br />122
<br />WEIGHT
<br />L55.
<br />2248
<br />2246
<br />2246
<br />2248
<br />NOTES
<br />PER BELOW
<br />i-6
<br />1-6
<br />140
<br />140
<br />NOTES: 1. HVAC CONTRACTOR SHALL COORDINATE ELECTRICAL DATA WiTH ELECTRICAL
<br />CONTRACTOR PRIOR TO ORDER OF EQUIPMENT.
<br />2. UNIT SHALL HAVE A SINGLE POINT ELECTRICAL CONNECTION.
<br />3. PROVIDE MANUFACTURER STANDARD 1411 HIGH CURB.
<br />4. PERMANENTLY LABEL ALL SYSTEMS WITH THE RTU DESIGNATION.
<br />5. PROVIDE FACTORY TWO POSITION MOTORIZED OUTSIDE AIR DAMPER
<br />6. INSTALL FILTERS iN UNIT PRIOR TO START UP AND PROVIDE
<br />NEW SET OF FILTERS AT COMPLETION OF CONSTRUCTION.
<br />()1ROOF TOP UNIT SCHEDULE
<br />SCALE: NONE
<br />EXHAUST VENTILATOR
<br />WITH PLENUM DOWN. -
<br />ROOF SYSTEM EXHAUST
<br />DUCT
<br />/l� rCEILING
<br />STEEL CEILING SUPPORT
<br />ACROSS T-BARS OR FRAMING.
<br />NOTES:
<br />- COORDINATE VENTILATOR CURB OR CURB
<br />ADAPTER INSTALLATION WITH GENERAL
<br />CONTRACTOR PRIOR TO ORDER
<br />- INSTALL EXHAUST DUCT WITHIN JOISTS AND/OR
<br />ABOVE SUPPLY AND RETURN DUCTWORK
<br />COORDINATE DUCT ELEVATIONS PRIOR TO
<br />FABRICATION OR INSTALLATION.
<br />D TOILET EXHAUST DETAILS
<br />SCALE: NONE
<br />MARK
<br />MANIFAC11M
<br />MODEL NUMBER
<br />61ZE
<br />I CFM
<br />NECK
<br />LOCATION
<br />MATERIAL
<br />NOTES:
<br />A
<br />PRICE
<br />ASPD
<br />24 X 24
<br />SEE PLAN
<br />SEE PLAN
<br />CEILING
<br />ALUMINUM
<br />I�
<br />B
<br />PRICE
<br />80
<br />24 X 24
<br />SEE PLAN
<br />24 X 24
<br />CEILING
<br />ALUMINUM
<br />1�,3
<br />C
<br />PRICE
<br />ACVD
<br />10 X 6
<br />SEE"
<br />10 X 6
<br />CEILING
<br />ALUMINUM
<br />1,2,4,5
<br />D
<br />PRICE
<br />6D6i00-2
<br />48 X 6
<br />IM-200
<br />1 SEE FLAN
<br />CEILING
<br />I ALUMINUM
<br />1,2k to
<br />�A4/400/10"RND
<br />SIZE THROW -Z CFM J NECK/FLEX CONNECTION SIZE
<br />NOTES:
<br />1. PROVIDE MANUAL VOLUME DAMPER AT MAIN TRUNK FOR BALANCING.
<br />2. DIFFUSER FINISH SHALL BE OFF-WHITE.
<br />3. GRILLE FACE SHALL BE 11/2" x 11/2" ALUMINUM CUBE CORE.
<br />4. PROVIDE PRE-FAB R-6 INSULATED GRILLE BOX WITH TAB COLLAR
<br />5. GRILLE FACE SHALL BE ADJUSTABLE CURVED BLADE. NO STAMPED GRILLES ACCEPTED.
<br />(o. PROVIDE SURFACE MOUNT FRAME FOR INSTALLATION IN GYP CEILING.
<br />1. TWO 11i211 SLOTS. PROVIDE FACTORY BOOT WITH ROUND INLET.
<br />8. PROVIDE CABLE REGULATOR FOR ATTACHMENT TO DAMPER
<br />AT MAIN TRUNK FOR BALANCING.
<br />1C)JAIR SCALAND iSTR15UTiON SCHEDULE I
<br />MARK
<br />MANUFACTURER
<br />MODEL
<br />AREA
<br />TYPE
<br />C.F.M.
<br />R.P.M.
<br />SONES
<br />S.P.
<br />WATTS
<br />MOLTS
<br />PHASE
<br />NOTES
<br />EF-1
<br />COOK-GEMINI
<br />GC: -122
<br />TOIL/BIO
<br />CEILW3EXMkT
<br />-10
<br />800
<br />1.3
<br />25
<br />50
<br />120V.
<br />If-.
<br />1-4
<br />EF-2
<br />COOK-GEMINI
<br />C-220
<br />KSTROOM
<br />CEILING EXRUT
<br />100
<br />1050
<br />1.1
<br />1251
<br />Be
<br />1120V.
<br />11-4
<br />NOTES:
<br />i. PROVIDE BACKDRAFT DAMPER.
<br />2. FACTORY PLUG DISCONNECT.
<br />3. EXTEND TO DISCHARGE POINT AS SHOWN ON PLANS AND DETAILS BELOW.
<br />4. FAN SHALL BE CONTROLLED BY ROOM LIGHT SWITCH.
<br />2 FAN &::HEDULE
<br />SCALE: NONE
<br />HANGER SUPPORTS: INSULATED ROUND FLEXIBLE
<br />8'O.C. = 0-35" DUCTS DUCT (MAX. 113'-0" LONG)
<br />6'O.C. = 36-55" DUCTS SUPPORT BOTH ROUND METAL 4
<br />FLEX DUCT EVERY FOUR FEET
<br />WITH 2" 24 GA. STEEL STRAP.
<br />TAB COLLAR WITH
<br />J MANUAL DAMPER
<br />INSULATION
<br />SUPPLY DUCT RIGID ROUND METAL
<br />SADDLE: 22 GAUGE BRANCH DUCT
<br />AS APPLICABLE.
<br />CEILING—` CEILING DIFFUSER-'
<br />- HANGER SUPPORTS SHALL BE AS NOTED ABOVE FOR DUCT WiDTHS UP
<br />TO 24" AND WITH TRAPEZE HANGERS FOR DUCTS 25" AND ABOVE.
<br />01 CEILING DIFFUSER RUN -OUT DETAIL
<br />SCALE: NONE
<br />SUPPLY AIR
<br />'PANDUIT' OR 'ZIP' -
<br />STRAP OVER INNER
<br />CORE OF FLEX.
<br />THERMAL INSULATC
<br />OVER THE TOP
<br />OF THE DIFFUSER
<br />(AS APPLICABLE)
<br />CEILING DIFFUSER
<br />FLEXIBLE DUCT
<br />SUSPENDED -
<br />CEILING
<br />NOTES:
<br />- TAPE INNER COIL OF FLEX TO THE DIFFUSER
<br />COLLAR TAPE COMPLETELY AROUND TO ASSURE
<br />AN AIR TIGHT SEAL OR USE 'ZIP' STRAP
<br />AROUND INNER CORE OF FLEX. USE METAL BAND
<br />CLAMP WHERE REQUIRED BY LOCAL AUTHORITY.
<br />- PULL FLEX INSULATION AND OUTER COVER DOWN
<br />OVER GRILLE COLLAR AND SECURE TO GRILLE
<br />WITH TAPE ONLY. DO NOT USE STRAP OR
<br />OTHER METHOD WHICH WILL COMPRESS INSULATION.
<br />- STRETCH FLEX TIGHT BETWEEN DUCT AND DIFFUSER
<br />TO AVOID KINKS. SUPPORT EVERY FOUR FEET
<br />WITH 2" STEEL STRAP OR OTHER APPROVED HANGER
<br />101 CEI1N
<br />CEILING NONE , DETAIL
<br />MN-t�FUTr,�
<br />AR"'HANDLER
<br />MARK
<br />MANUFACTURER
<br />MODEL NUMBER
<br />CFM
<br />STUN
<br />FAN
<br />FLA
<br />MCA/
<br />MOCP
<br />ELECTRICAL DATA
<br />NOTES
<br />AHU-1
<br />MITSUBISHI
<br />1" 15-,412UJ,4
<br />446
<br />12,000
<br />0.55
<br />1.2/1B
<br />115V. IPH.
<br />i-35
<br />WNP��UT C�OoNDCN��.
<br />MARK
<br />MANUFACTURER
<br />MODEL NUMBER
<br />tO .
<br />c R SOR
<br />ELECTRICAL DAT
<br />MOCP
<br />ISEERINOTES
<br />CU-1
<br />MITSUBISHI
<br />MU-,412UJ,4
<br />1.0
<br />1 0.`J3
<br />115V.1PH. -1161201
<br />13
<br />i,2,4,5
<br />NUIt5:
<br />EXHAUST DUCT. 1. HVAC CONTRACTOR SHALL COORDINATE ELECTRICAL DATA WITH
<br />SEE PLAN FOR SIZE. ELECTRICAL CONTRACTOR PRIOR TO EQUIPMENT ORDER.
<br />WALL CAP OR LOUVER. 2. PROVIDE FACTORY WIRELESS CONTROL REMOTE.
<br />REFER TO PLAN. 3. COORDINATE REFRIGERANT LINE SIZES WiTH MANUFACTURER
<br />ON TOTAL DEVELOPED LENGTH.
<br />4. PROVIDE LIQUID LINE FILTER DRYER
<br />5. LENNOX M58C AS APPROVED ALTERNATE.
<br />CEILING
<br />EXTERIOR WALL
<br />SPLIT SYSTEM SCHEDULE
<br />SCALE: NONE
<br />REVISIONS
<br />BY
<br />04, 21.18
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<br />FL Lic. o.: 14175
<br />APRIL 27, 2018
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<br />Date: 02. 13. 18
<br />Scale: AS NOTED
<br />Project Mgr: AAY
<br />Drawn: BMD
<br />Job: 15-025
<br />Sheet
<br />M6
<br />
|