HomeMy WebLinkAboutHVAC DRAWINGS_0CkAM/G (_AIJARC Il(V1RQ - rOKICT
Co
H
BLOCK AS RE
R-19 IN
1 /2" G.
SECTION - I
SCALE: 1/2"=l'-O"
EXIST. FRAMING TO REMAIN
--EXIST. HEADER V.I.F.
ADD SIMPSON H3
EACH CONNECTION
TOP & BOT
STUCCO FINISH
(MATCH EXIST.)
L.B. STUDS TO COMPLY WITH
FBCR 602.1 - SYP #2
CONST. 2"x6"®16" O.C.
W/ 5/8" PLYWOOD
_�- C-D SHEATHING MIN.
10d NAIL 4" EDGE NAIL
SPACING TYP. ALL LOAD
BEARING WALLS U.O.N.
_24 P.T. BOTTOM PLATE
W/ SIMPSON SP-6 T & B
FIN. FLOOR h
rRAnF (MATCH EXIST.)
EXIST. FTG. AND STRUCT. TO REMAIN U.O.N.
WET WALL AREA NOTE:
2017 FBC- BUILDING 2509.2 BASE FOR TILE - GLASS MAT WATER -RESISTANT GYP BACKING PANELS, DISCRETE NON -ASBESTOS
FIBER -CEMENT INTERIOR SUBSTRATE SHEETS OR NON -ASBESTOS FIBER -MAT REINFORCED CEMENT SUBSTRATE SHEETS IN
COMPLIANCE WITH ASTM C 1178, C 1288, OR C 1325 AND INSTALLED IN ACCORDANCE WITH MANUFACTURER RECOMMENDATIONS
SHALL BE USED AS A BASE FOR WALL TILE IN TUB AND SHOWER AREAS, AND WALL AND CEILING PANELS IN SHOWER AREAS.
WATER RESISTANT GYP BACKING BOARD SHALL BE USED AS A BASE FOR THE IN WATER CLOSET COMPARTMENT WALLS
WHEN INSTALLED IN ACCORDANCE WITH GA-216 OR ASTM C 840 AND MANUFACTURER RECOMMENDATIONS. REGULAR GYP
WALLBOARD IS PERMITTED UNDER TILE OR WALL PANELS IN OTHER WALL AND CEILING AREAS WHEN INSTALLED IN
ACCORDANCE WITH GA-216 OR ASTM C 840
4 7/8"
TOP
MSTA242 TYP.
WOOD JOISTS SEE PLAN
DOUBLE TOP
PLATES
III FI STRUCT. ABOVE
CONT. CAULK
6/8" GYPSUM BOARD
B 5/8" METAL STUD 0 16" O,C.
ANCHOR SECURELY ABOVE & PLAN
BELOW7A
SOUND BATT INSULATION
SETIRSELANHANNE
CONT.
CONT. CAULK SLAB BOTTOM
/I\
INTERIOR PARTITION
�-SIMPSON SP-6
0 EACH JACK STUD
WOOD HEADER
(SEE PLAN) DOUBLE JACK STUDS
OPEN FOR NOTE: TYPICAL WOOD SILL TO
WINpOW BE (3) 2" X SPF#2 STUDS W/1/2"
CDX PLYWOOD INBETWEEN EACH
APPLICATION (3 1/2" THICK SILL)
SIMPSON SP-6 TYPICAL AT ALL WINDOWS
WRAPPED OVER WOOD
SILL PLATES BEARING WALL
STUDS (SEE SECTIONS)
(2) SIMPSON SP-6
WRAPPED AROUND JACK
AND WALL STUDS
(TYPICAL EACH SIDE)
SIMPSON SP-6
LINE OF FLOOR
TYPICAL WINDOW OPENING
IN WOOD WALL DETAIL
N.T.S.
MECHANICAL NOTES
1. HVAC sub -contractor shall provide all labor, materials, and equipment to install a complete and
operating a/c system per Florida Building Code, 2017, Sixth Edition and the amendments and all local codes.
2. HVAC sub -contractor to provide all required HVAC permits.
3. HVAC sub -contractor shall provide equipment of the capacities scheduled on the plans.
4. Installation shall be in accordance with codes having jurisdiction.
5. Duct board ductwork shall be fabricated from 1" Johnsmanville J-M Microaire SD/MF
fiberglass ductboard or equal and installed per manufacturer and SMACNA recommendations.
Flexible duct shall be thermaflex M-KE or equal. Duct shall be U.L. listed.
6. All air devices shall be of aluminum construction.
7. HVAC sub -contractor shall test and balance the air quantities to those on the plans,
make all necessary system airflow adjustments, and provide certification report to the
architect upon completion.
B. HVAC sub -contractor shall provide all contractors, relays and thermostats. The electrical
contractor shall provide all switches. Thermostats shall be approved by the equipment
manufacturer.
9. Sub -contractors shall provide a written guarantee that shall warrant all workmanship and
materials for one (1) year during the first year, shall be repaired at no expense to the
owner. The compressors shall have a 5 year warranty (labor & Materials).
10. All work shall be coordinated with other trades to avoid interferences that may delay
progress of construction.
11. Condensate piping shall drain into the existing rain leaders.
12. HVAC,sub-contractor shall install all necessary offsets, bends and transitions required to
provide a complete system at no additional cost to Owner.
13. A/C condensate drains shall be installed by A/C sub -contractor.
WOOD HEADER
2-2x10 MIN.
TYPICAL DOOR OPENING
IN WOOD WALL DETAIL
N.T.S.
-"D Tf2USSSES
pQ 18 S TOP
P TES
;ON SP-6
CH JACK STUD
ILE JACK STUDS
LING WALL
)S (SEE SECTIONS)
_._.'SON SP-6
i
I
FLORIDA RESIDENTIAL 2017, 6TH EDITION, PART VIII ELECTRICAL
NEC-NFPA 70 2014 EDITION NATIONAL ELECTRICAL CODE
FBC EC-FLORIDA BUILDING CODE ENERGY CONSERVATION 2017, 6TH EDITIC
FS-FLORIDA STATUTES
ELECTRICAL CONTRACTOR
TO VERIFY RECEPTACLES IN
THE WORK ARE COMPLY WITH
NEC 314,21
ONLY NEW ELECTRIC WORK IS SHOWN.
EXISTING (NOT SHOWN) TO REMAIN AS IS
TAMPER RESISTANT RECEPTACLES PER NEC 406.12
& FBC RE,4002.14
ELECTRICAL NOTES:
1. ALL ELECTRICAL WORK SHALL COMPLY WITH THE 2017, SIXTH EDITION FLORIDA
BUILDING CODE, THE 2014 NATIONAL ELECTRICAL CODE AND ALL LOCAL CODES.
2. EXISTING ELEC. PANEL TO REMAIN.
3. CO-ORD. NEW WATER HEATER, CLOTHES WASHER & DRYER W/ EXIST. CIRCUITS.
4. ALL ELECTRICAL EQUIPMENT EXPOSED TO THE WEATHER SHALL BE WEATHERPROOF.
5. THE ELECTRICAL SUBCONTRACTOR SHALL BE RESPONSIBLE FOR FULL COORDINATION OF
THIS WORK WITH THAT OF THE GENERAL CONTRACTOR AND THE OTHER SUBCONTRACTORS.
6. PROVIDE ARCHITECT/ENQINEERAS-BUILT DRAWINGS.
7. PROVIDE A GUARANTEE AGAINST DEFECTIVE WORKMANSHIP, MATERIALS AND EQUIPMENT
FOR A PERIOD OF ONE YEAR FROM THE DATE OF FINAL ACCEPTANCE BY OWNER.
8. ALL POWER AND CONTROL WIRING SHALL BE BY THE ELECTRICAL SUBCONTRACTOR.
9. ELECTRICAL SUBCONTRACTOR SHALL BE RESPONSBLE FOR ALL APPLICABLE FEES, TAXES,
AND PERMITS.
10. THESE PLANS ARE BASED ON AVAILABLE INFORMATION. NOTIFY ARCHITECT/OWNER OF
ANY CONDITIONS WHICH AFFECT THE PROGRESS OF CONSTRUCTION.
11. VERIFY ELECTRICAL REQUIREMENTS OF EACH PIECE OF EQUIPMENT PRIOR TO ACTUAL
CONNECTION THERETO.
12. ESTABLISH FIELD LIAISON WITH PROJECT MANAGER PRIOR TO STARTING WORKI VERIFY
ALL EXISTING CONDITIONS AND NOTIFY ARCHITECT/OWNER OF ANY DISCREPANCIES.
13, ELECTRICAL SUBCONTRACTOR SHALL VERIFY LOCATIONS AND CONNECTIONS TO ALL
ELECTRICAL EQUIPMENT FURNISHED BY OTHERS, PRIOR TO INSTALLING OUTLETS, CONDUIT
STUBS, DROPS, ETC. VERIFY LOCATIONS OF ALL CONTROLS FURNISHED BY OTHERS. INSTALL
CONTROLS AND MAKE CONNECTIONS THERETO.
14 ALL INCANDESCENT LIGHTING CIRCUITS TO BE ON DIMMER- (COMMERCIAL TYPE SIZED
TO CIRCUIT LOAD+10%). ALL LIGHTING CONTROLS SHALL COMPLY WITH CHAPTER 13 FLORIDA
ENERGY CODE.
ELECTRICAL LEGEND-
TELEPHONE/DATA
DUPLEX RECEPTACLE
B DEDICATED RECEPTACLE
QUAD RECEPTACLE
$ SINGLE POLE SWITCH
I
$D DIMMABLE SWITCH COV RED
0 ELECTRICAL PANEL
I
plpy F
DO � I
1 i+I
BEDROOM N j
12'-0" TI 25' I 5,_6„
LIVING ROOM
TIE INTO
EXIST. A/C
TRUNK
�A
"1F
BEDROOM `°
0
BATH
LO
I
SITTING AREA
m
12'-2"
ELEC. METER
& O.H. SERVICE
FIREPLACE
A/C
13'-11200
DINING AREA I
10
KITCHEN
EXISTING TO REMAIN U.O.N.- <
PASS THRU
FAMILY ROOM
6 FLOOR PLAN
SCALE: 1/4"=l'-O"
EXISTING 67'-0" V.I.F.
F.B.C. 2017, 6TH EDITION ASCE-7-10 EXP.'C'
BUILDING IS TYPE V CONSTRUCTION
ALTERATION LEVEL - II
170 MPH (ULT.)
RISK CATEGORY II
LUMBER S.Y.P. #2
DESIGN WIND PRESSURES
DOORS POS +35.5 P.S.F.
& WINDOWS
ALL OPENINGS NEG -39.0 P.S.F.
WORST CASE
-2"
FRENCH DOORS (60x 68)
_
��CONST. 2x6®16" O.C. INFILL -
FRAMING (TYP.)
21'-10"
CONST. (2)2x6 COL. 0 JAMB (TYP.)
CONVERT
EXISTING
GARAGE
TO LIVING SPACE
12x12 S/A CONST. INT. PART. WALL
200 CFM
5
9'-0"
mlUTILITY
0
BATH
14'
BEDROOM
AREA CALC.
A/C AREA ±3,630 SQ. FT.
COVERED ENTRY ±100 SQ. FT.
TOTAL AREA ±3,730 SQ. FT.
EXIS
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GENERAL NOTES
1. ALL WORK TO COMPLY IN ALL RESPECTS WITH APPLICABLE FEDERAL, STATE, COUNTY AND/
OR LOCAL STATUES, ORDINANCES, REGULATIONS, LAWS AND CODES (i.e. NATIONAL FIRE CODE,
NFPA 101 LIFE SAFETY CODE AND THE 2014, FIFTH EDITION OF THE FLORIDA BUILDING CODE).
2. CONTRACTOR MUST BE LICENSED IN THE STATE OF FLORIDA AND SHALL OBTAIN AN
OCCUPATIONAL LICENSE WITHIN ST. LUCIE COUNTY.
DATE
3. CONTRACTOR SHALL CONTACT ARCHITECT IMMEDIATELY UPON DISCOVERY OF ANY UNFORESEEN
7.8.2019
CONDITIONS. NO CUTTING SHALL BE DONE TO ANY STRUCTURAL MEMBERS EXCEPT
FILE
WHEN/IF SHOWN ON THE DRAWINGS.
TT FT PIERCE.....
4. EXISTING CONDITIONS: CONTRACTOR TO NOTIFY ARCHITECT IMMEDIATELY IF EXISTING
DRAWN
CONDITIONS ARE NOT IN AGREEMENT WITH INFORMATION AND DETAILS SHOWN ON DRAWINGS.
SCS
5. CONTRACTORS SHALL VERIFY ALL CONDITIONS AND DIMENSIONS AT THE JOBSITE.
SCALE:
AS NOTED
6. THE CONTRACTOR IS RESPONSIBLE FOR COORDINATION OF ALL TRADES AND WORK,
INCLUDING WORK OF OTHERS WHERE AFFECTED.
SHEET #
7. IT IS THE GENERAL CONTRACTOR'S SOLE RESPONSIBILITY TO KEEP ST, LUCIE COUNTY.
UPDATED ON ANY ADDENDUM, CHANGE ORDER, OR PLAN CHANGES THAT WILL
AFFECT THE PERMIT APPROVED SET OF PLANS.
8. ALL MATERIALS USED IN THE PERMANENT CONSTRUCTION OF THE WORK SHALL BE NEW
AND UNUSED, FIRST QUALITY AND FREE FROM DEFECTS AND INSTALLED AS PER MANUF.
RECOMMENDED PROCEDURES FOR THE APPLICATION AT HAND. ALL WORKMANSHIP SHALL
O
BE OF FIRST CLASS PROFESSIONAL QUALITY.
9. THE CONTRACTOR SHALL MAINTAIN A FULL SET OF COMPLETE AND CURRENT DRAWINGS
AVAILABLE FOR REVIEW AT THE JOBSITE AT ALL TIMES. ALL FIELD MODIFICATIONS TO
THE ORIGINAL DRAWINGS SHALL BE NOTED AND MAINTAINED FOR THE OWNER'S RECORD
COPY.
HVAC Basis of Design - Envelope Components - FEC
Building Envelope Components shown on This Report are Based on Drawings that are Data Linked via 3D Smart CAD HVAC Floor Plan(s) Smart Figures. Any
Changes to the Building EnvelopeComponent Types, Component Amounts, Interior Room Layouts, Building Orientation (North Arrow Compass), Building
Usage, etc., Must be Communicated to the Dessgner.
Conduct an Owner Survey per Appendix 1 "Survey," Page Al-1 to Establish the Listed Items on this Summary Page Meets the building Owner's Needs.
See "Project Report" for Building Site Climatic Conditions and Indoor Design Conditions.
See "Manual D Duct Size Data" Report(s) and "Manual S Equipment Selection" Reports) for More Detailed Information.
See Energy Forms for Minimum Requirements of all Items.
Rhvac - Residential & Light Commercial HVAC Loads Elite Software Development, Inc.
Energy Code Consulting, Inc. 6285 hl Old Dixie Highway Exist w ATF 625 t
0
Lakeland, FL 33803
Page 9
Total BuildingSummaryLoads
Component Area Sen Lat
Sen Total
Description Quan Loss Gain
Gain Gain
SP10875MOP: Glazing -Single Pane, Metal Frame 88 2,852 0
3,128 3,128
Operable, ground reflectance = 0.23, outdoor insect
screen with 50% coverage, medium color blinds at
450 with 25% coverage, U-value 1.08, SHGC 0.75
SP10778MFX: Glazing -Single Pane, Metal Frame Fixed, 4 128 0
332 332
ground reflectance = 0.23, U-value 1.07, SHGC 0.78
SP10875MOP: Glazing -Single Pane, Metal Frame 54 1,750 0
1,215 1,215
Operable, ground reflectance = 0.32, outdoor insect
screen with 50% coverage, medium color blinds at
450 with 25% coverage, U-value 1.08, SHGC 0.75
. SP10778MFX: Glazing -Single Pane, Metal Frame Fixed, 6.7 214 0
217 21
ground reflectance = 0.32, U-value 1.07, SHGC 0.78
FD4025: Glazing -Two Pane Law E Window Glass Door, 80 960 0
728 728
ground reflectance = 0.32, medium color blinds at
45e with 25% coverage, U-value 0.4, SHGC 025
11J': Door -Metal - Fiberglass Core, U-value 0.6 40 720 0
624 624
11 D: Door -Wood - Solid Core, U-value 0.39 20 234 0
203 203
BW4.2: Wilt -Block l , Custom, ) type Block Wall an R-4.2 1000.7 4,174 0
2,128 2,128
continuous insulation with any finish(es), U-value
0.139
FW 19: Wall -Frame, Custom, Wood Frame R-19 cavity 176 359 0
208 208
insulation with any finishes), U-value 0.068
HVA30-ad: Roof/Ceiling-Under Attic with Insulation on 2858 2,744 0
4.571 4,571
Attic Floor (also use for Knee Walls and Partition
Ceilings), Custom, Hot Vented Attic R-30 Insulation,
dark asphalt, U-value 0.032
FSOGO: Floor -Slab on grade, Custom, Slab On Grade R- 184 6,513 0
0 0
_ 0 edge insifiation any finish,_U-value 1.18 _
Subtotals for structure: 20,648 0
13,354 13,354
People: 3 690
900 1,590
Equipment: 780
2,730 3,510
Lighting: 0
0 0
Ductwork: 10,631 5,359
12,822 18,181
2 372
' er CFM: 107 Summer CFM: 57 3 517 ,
Infiltration: Want , r
942 3 314
,
Ventilation: Winter CFM: 0, Stammer CFM: 0 0 ____ 0
0 0
Total Building Load Totals: 34,796 9,201
30,748 39,949
Check Figures
Q
-
Total Building Supply CFM: 1,550 CFM Per Square ft.:
0.542
Square ft. of Room Area: 2,858 Square ft. Per Tan:
<, w
Volume (ft3): 22,865
Building Loads
Total Heating Required Including Ventilation Air: 34,796 Btuh 34.796 MBH
Total Sensible Gain: 30,748 Btuh 77 %
Total Latent Gain: 9,201 Btuh 23 %
Total Cooling Required Including Ventilation Air: 39,949 Btuh 3.51 Tons (Based On 73% Sensible
Capacity)
Notes
Rhvac is an ACCA approved Manual J, D and S computer program.
Calculations are performed per ACCA Manual J 8th Edition, Version 2, and ACCA Manual D.
All computed results are estimates as building use and weather may vary.
Be sure to select a unit that meets both sensible and latent loads according to the manufacturer's performance data at
your design conditions.
HVAC SYMBOLS - FLORIDA BUILDING CODE 6TH EDITION (2017)
AFF - Above Finish Floor
AHU = Air Handling Unit
_ om edit amWay
BD -Bar G D rhr
Pe
BP =Bypass Damper
CFM =Cubic Feet per Minute
CU = Condensing Unit
DH = De -Humidifier
Flexible Ductwork
FMC section 603
HVAC Notes 7 & 10
`-*
0
Ceiling Register (1
Way Throw Shown)
FMC Section 603.18
HVAC Notes 4,7 & 10
Flex Duct Junction Boxes
FMC Section 603
HVAC Notes 7 8 m
LAq
-�
m
wall Register (2
Throw Shown)
r w
FMC Section 603.18
HVAC Notes 4 7 & 10
'
e Ductwork
Ductw
Rectangular Section
FMC Section &
HVAC o es 7 & 10[ED
Nt
Floor Register 2
g
Way Throw Shown)031
FMC Section 603.78.1
EER =Ener9Y Efficiency Ratio
EF = Exhaust Fan
FPM = Feet per Minute
p
HP = Horse Power
HSPF = Heating Season Performance
Factor
HVAC Notes 4,7 7 & 10
Supply Air n 602 trunk
d FMC Section 602
HVAC Notes 7 & 10�
v
;(i.
Floor m Ceiling Filter
Grilo
FMC Section 603.18
HVAC Notes 3, 4, 7 & 10
KW = Kilo Watts
MTR = Motorized Damper
MUA = Make tap Air
0FMC
Return Air Plenum Trunk
Section 602
HVAC Notes 7IT 10
_
Ceiling Grillo Ducted T/A
HVAC Notes 3,ions �4,17 & 10 3.1g
O/A = Outside Air
Willi Filler Grille
FMC Section 603.18
NVAC Notes 3, 4, 7 & 70
PKG = Package Unit
R/A = Return Air
$/A = Supply Alp
+
.
Exhaust Fan EF-1 or as Noted
FMC 501
HVAC Notes 4, 7, 9 & t0
SEER = Seasonal Energy Efficiency Ratio
$F = Supply Fan
SP = Static Pressure
T/A = Transfer Air
T H
o o
Equipment Controls
4 F , 9 & 11
FEC 4 Noise
HVAC Notes 4, 6, 9 & YO
Wall Selo Ducted T/A
FMC Sections 601.5 &
603.18
HVAC Notes 3, 4, 7 & 10
V/A = Ventilation Air
VDH = Ventilating Dehumidifier
VTE =Vent t0 Exterior
ZD = Zone Damper
Em
Zone/Bypass Air Dampers
FMC Sections 303,304 8 306
HVAC Note 10
x rJ
.ram. p 10
.-W. • . t
Intake VentRoof/Wall
FMC Section 401.5
HVAC Notes 2,4 & 10
S D
_
Duct Mounted Smoke Detector
FMC Section 6006
HVAC Note 10
. r J
. 10
' ' • :'
Exhaust Vent Rooff Wall
FMC Sections 504 & 505
HVAC Notes 2 & 4
/
Horizontal Handler
Ek-
MC Sections 3gm3,3304 & 306
HVAC Notes 6, 9 & 10
1
J
Branch Duct Volume
Control Damper
FMC Section 603.18
HVAC Notes 6,7 & 9
- Mount from Structure
S
HVAC FMC Notons es 4, 5 & 9 4 & 306
rr
%`
A`
�%
Vertical Air Handler
On Stand or Attic
FMC Sections 303,304 & 306
HVAC Notes 4, 5, 9 &10
- - - - - - - - - - - -
Condensate Drain Lines
FMC Sections 305 & 307
HVAC Notes 4, 5, 8 & 10
"`�
I-*,
TIT.0 '"&
Ductless Air Handier
Ceiling or High Wall
Mount
FMC Sections 303, 304 &
306
HVAC Notes 2, 4, 9 & 10
�_1, _
-d
Refrigerant and Control Piping'
FMC Sections 305 & 1101
HVAC Notes 4,8&10
�.../
Condensing Unit on Slab,
Raised Stand or Roof
FMC Sections 303, 304 & 306
HVAC Notes 2, 4, 9 &10
KI
Equipment Access
Panel
FMC Section 308
HVAC Note 5
1" Undercut Door
Typical Interior Doors
FMC Section 601.5
__---
HVAC Note 3
HVAC
Equipment Selection
" EOIJIPMFNT Slut E.-
E
i ST FAN SCHEDULE
'AIR HANDLER MARK: "�At�a-1
AMU-2 _
FAN MARK: EF_i'
,,UNIT MANUFACTURER:
tExisNng - Roused
Existing - N/A
MANUFACTURER: Existing - Roused
UNIT MODEL NUMBER:
Exisfing - Reused
Existing - NIA
MODEL NUMBER: ing - Reused
,i UNIT DIMEN H/W/D:
61.7x23.5x21.8
51.5x21.3x21.8
FAN TYPE: CEILING
' UNIT WEIGHT:
174
133
FAN CFM: 70
4 SUPPLY PLENUM SIZE :
20.5xl4.36
14.5x14.35
TOTAL PRESSURE: .3
RETURN PLENUM SIZE:
20.5x17.15
14.5xl7.15
FAN VOLTAGE: 120/1/60
MANUAL D DUCT CFM:
i550 r 553
1000 /
FAN AMPERAGE: •7
'.SUPPLY FAN CFM / SP :
1554 / .1 to .9
1003 /.1 to .9
FAN DIMEN LWH: 9X9X6
'SUPPLY FAN H/P :
3/4
1/2
DUCT OUTLET SIZE: 4
!VENTILATION AIR CFM:
0
0
DUCT INLET SIZE: 10x10
,IAHUOFF /INFILTRATION:
` 58
1s
FAN WEIGHT: 12
,UNIT PHASE/ HERTZ: i 1/60
1/60
NOTES: 1,2
.:.UNIT VOLTAGE:
__ -�11-
208 / 240
208 / 240••
1 = VEN7 TO EXTERIOR
+I HEATER KW:
7.2 / 9.6
3.6 / 4.8
2 =INTERLOCK WITH LIGHTS
AHU + HEAT MOP:
Existing
Existing
3 = THERMOSTAT CONTROL
CONDENSER MARK:
CU-1
CU-2
4 = INTERLOCK WITH SAME ZONE HVAC
NOMINAL A/C TONS :
�--
4
2.5
5 =VARIABLE SPEED CONTROLLER
; UNIT MODEL NUMBER:
n; - Rausotl
Existing - N/A
6 = ADJUSTABLE EXTENDED OPERATION
UNIT VOLTAGE:
208/230/ 1 / 60
208M30/ 1 / 60
RESIDENTIAL OPTION: A 50 CFM MINIMUM
UNIT MCA / MOP:
26 / 45
17 / 25
EXHAUST FAN MAY BE USED // FMC403.3.1.1
UNIT DIMEN H/W/D:
33x35x38
30x35x38
. _ ..w..-..
'.UNIT WEIGHT:
266
216
COOL / OUTDOOR TEMP: 90
92
1 93 90
1 92
1 93
1 29.2
•
1 Z9
TOTAL COOLING KBTUH: 48.3
47.6
1 47,2 29.9
29.5
SENS. COOLING KBTUH:
,A :
I I 5 21.8
21 S
LAT. COOLING KBTUH: 13.0
12.-
12.7 8.1
1 8.0
SENSIBLE HEAT RATIO: 0.73 0.73
AHHI 9: Existing/Reused Existing - N/A
.TOTAL HEATING KBTUH: 43,5 kr 1-1
?SEER / HSPF: 15.5 i g al ;
'THERMOSTAT MODEL: PROGRAM PROGRAM
ALTERNATE BRAND EQUIPMENT WITH EQUAL
.;CAPACITY + EFFICIENCY IS ACCEPTABLE -
'VIEW ENERGY FORMS FOR MIN. EFFICIENCIES,
HVAC CONTRACTOR TO PROVIDE EQUIPMENT
.TIE DOWN AND INSTALL INSTRUCTIONS +
:;MATCHED EQUIPMENT AHRI RATINGS ON
SITE FOR FIELD INSPECTORS APPROVAL.
(INFORMATION SHOWN ABOVE IS SUBJECT'I O
;CHANGE / SITE VERIFY EQUIP. DATA PLATE,
LSEE HVAC OPTIONS PAGE FOR UPGRADES.
33 3$ i
_ _ - _J
HVAC Equor ment Shown this Page is lot Slagle Stage Capacity:
Softled In J Cerra tunas .. M�Bual . Edit Heat Loa ;'.
P1 ion d
Calculation Procedure, t Do t e '
kfCi ft sign and Manual S
HVAC Equipment fit PwssedUM as ibstalred by Florida
Energy C4 . cods Section R44a7.
Sin. leSta e Capacity Notb eUn '
9 9 Y
Can Notbe Undersized Below
the Manual J Hoot Lead calleufations or Oversized by More
Than 15%of the Manual J Heat,,esd,CatOrdattorts (or Next
of n"N rz$ Rvd tea Fb S._. e
Befallen tin (s. Page
�tor Code Sot HVAC ....tests arBrrddailtr.* A:..aat
'� 1 " u-r=403r 7.1.2. See En
7 z, `i m,ies,wredtor this Pit
Achieve a Passing.. Score.
View HVAC
for at
flat Pr mt to
the Oversized:
by FECC Code
edit Shown on
Lifer to Install
eased Atrflow
!zed Staged
AC Designer
C,Qd,F.cgasl ispta Ic, to the HVAC Design Procedure
conanovakT,t1se TYM of NVAC
I flmn
Loetp I
Hint LO Typol
, TUenaeiim,e I I HVAC Equlpffern
HVAC "uW4-_ d
aebclto
FEcfl403J.1
Wn,ulS
Peamxurse: Preaafot Owp
Asaww Attu o.yiae
4092B5 a,b FNC 8093
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FECc 4M, 401 pine
FECfl4Ux.106eM406
E,vgy =0
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Ova
WIIN Ga. tsfio e:lc, 1n Wedos,obaulWbn ev., lire OW S Pool 3quere Pao,00.a..,a
befem,Wy a He.1bR a,k Codhq Sonem as Rs.bue e,d Fo,bMden 4n Se aarldo auibiy Cote.
expo Cote comu0bg usea Wth ntatvapy Rokyam pax Netted to CRY specif ns Rea sour!
C.".. OHenetb",.by with met moms Hexi Lott Darasad met Oktefeo the HVAC Sa o,maT, Doc-
shay oat Ali Donav Sebctbn sped In"Report ea Renected to unt.00" Sohmuno.
Intelligent CAD Duet Figures and Graphic Manual D Duct Fittings
In the Duct Design Reports, Every Duct Section and Fitting Indicated are Included in the Calculations Via Data Linking to Determine the Most Restrictive Air Path.
Manual D Duct Design Data is Used for Air Handling Equipment Selection.
The Maximum Velocities Used are Based on Manual D Section 3 Wa
ges ages 3-6) of ACCA Manual D Duct Design.
EIL3 L1L s
Duct Velocity
SUPPLY AIR SIDE
f?1''f' i`8 AIR SIDE
`'
Shown is Feet Per
FLEX
RIGID
Ft E`y
RIGID
MinuteV
�' E
Eu0 ELa
Ixlutlm side,Topor
Ptak Tap plums
2i 1
Trunk Duct
600 - 700
700 e 900
600 - 700
600 - 700
Main SupplyAir Plenums
Branch Duct
600- 700
600 - 700
600- 7DD
4150- 700
5-E
Main Return Air Plenums EL10
f�_
Y5, 2A
Z L Iv*)
4-M.,
[ ) g) q
g
�
EL95-all ELgae5 ELsZ5d0
`I.MLAe iz
ELSE RUM
&D &B EB &A aA3PC
Eta ELI06a EL10.20 EUo3ii
� 5 B &A
ELta115 ELIO-110 EL10-75
Supply Branch Duct Takeoff
Supply Air Hagistor Boxes
Elbows for Supply and Return
Return Branch Duct Takeoff
z
b?
0 a
"�
v
{J '. .�
ff
Tab� ITTOI
-
,014
ELSE EL80 ELM
0.9W
.1WC 031WC
Of ANC
nap
E54rr.peeau
111A Trimgte
E1540 EL1 ELIOWN
':
'�
EL35
Supply Trunk Junction Fittings
Intrinsic Branch Duct Damper
flexible Duct Junction boxes for
Supply and Return
n a
Ens sac
ELIO
Return Trunk Junction Fittings
==:;O:�
li
2-0 2P 2A
12.0 12-L 12-a
E19.10 ELS10 EL24
It lk
EL5F100 EL5a75 ELIO-M
E1124
RErDRN
.09 WG SUPPLY
Ail WC
45 Degree ROD,
E'D Be
EL10a0 ELl6
supply Branch Duct Takeoff
Converging Tansitions for S/A & WA
Intrinsic Air Side Devices for S/A
and R/A
Return Branch Duct Takeoff
R0
sa
4
Z
4
ELI l aM ELM EL2p
12-H 12-c l
EL1SAa EL211-00 EL10.t5
Heater
1'•Faxer DX Wet Call p&_.n
.07 we .11-mfivc Nye
aN fi-G
EL10 am
Supply Trunk Junction Fittings
Diverging Transitions am SIA & R/A
Intrinsic Equipment Devices
Return Air Register Boxes
HVAC MOTES - FLORIDA BUILDING CODE 6TH EDITION - EFFECTIVE 12/31/17 �®�N
COMPLIES WITH THE 6TH EDITION FLORIDA BUILDING, RESIDENTIAL, EXISTING RESIDENTIAL, MECHANICAL AND ENERGY CODES. Vile E
I. cs O
RESIDL:NTIAL BASIS OF DESIGN NOTES: A C C9
'0 ® t .
The HVAC drawings, heat load calculations and energy calculations are based on architectural drawings provided for permit application, These HVAC designs and specifications are in accordance with room by room ,a Cf) r_
heat load calculation procedures as outlined in Manual J 8th edition. This design incorporates the Department of Energy's Performance and Design Principles (https://www.nrel.gov/does/tyl2osti/53352, df . Deta' 4) C
duct design and fittings can be found a t: https:/Ienergy.gov/sites/prod/files/2013/12/f5/cg5_duct_a litter_box_beach.pdf. p ) C
bi` F" �r .cx+ = 0 of to
While using architectural construction drawings, ACCA HVAC design procedures and calculations were performed via 3D CAD energy modeling and are specific only to this building. �1 5 VO
The following are completed: Ir ��! Q�` a ® Z cg O
(1) Room by room heat load calculations - determine the buildings thermal zones and room by room demands in accordance with Manual J 81h edition heat load calculation procedure GJ�V �'- R; 0 � 4) 00
t0
(2) The heat load calculations, selecting the HVAC equipment capacities in compliance with Manual S equipment selection procedure , G� 00 t 1 qp ,� I 0
(3) The room by room demand calculations - design the duct system in accordance with Manual D duct design V 6r\-- m� a 0 {erg'
(4) Room geometry, duct type and average CFM demand - determine air device types, sizes and locations in accordance with Manual T room air distribution selection procedure OO Jv GO ,fig, cc 5, to
(5) If multiple thermostats are used on a single HVAC system - duct zoning control system Manual ZR is used for the thermal zone grouping and bypass duct design 00 � 1�0 eh
(6) Florida Energy Calculations - based on the ACCA HVAC design procedures listed above A .
0 C
HVAC systems are designed to operate continuously during climatic design conditions as listed in manual J Table IA. Examples of the cooling season for outdoor climatic design conditions are: Lakeland = 97 '> N
degrees, Gainesville = 92, Orlando = 93, Melbourne = 91, Tampa = 91, Sarasota = 92 and St. Petersburg = 93 degrees. Indoor temperatures are fixed by the energy code section R302 at 72 degrees for winter and 75 i ly
degrees for summer. It should be noted that single stage cooling equipment will have no reserve equipment capacity included for record breaking outdoor temperatures, entertaining large amounts of occupants, �
unusually low indoor temperatures or any other item(s) not fisted on the "Total Building Summary Loads" page displayed on these drawings. For deviations larger than code allowances, see FEC403.7.1.3 for selection
of staged cooling equipment. The lowest operating stage of staged cooling equipment can be no greater than 15%of the heat load calculations performed at the climatic design conditions or the closest equipment
capacity matching availability that neutralises both the Sensible and Latent heat. loads. The highest stage of staged cooling equipment has no sizing limitations. For the larger duct systems associated with the
oversized staged capacity equipment, the I4VAC installing contractor must use Manual D duct design procedure or contact this designer for a new HVAC system design.
c
For detailed building envelope information such as the component layers.. insulation R values, NFRC glass values, component types and colors, quantity, etc., seethe "Total Building Summary Loads" section included O
with the HVAC drawings. 'PW
10
The room air devices, air CFM values and branch duct sizes shown par room are calculated on the peak cooling season design conditions with HVAC equipment capacities based on Manual S equipment selection E
procedures for the building's specific site location and orientation. This peak demand makes up approximately 15%of the cooling season, the remaining 85%of the cooling season, called part load conditions, 0
requires dedicated dehumidification equipment if year-round control of indoor moisture content is expected. Year-round moisture control is not part of these drawings and requires that the latent heat load C
aeons are performed at la design talent pe part ad gn conditions, resulting in latent demands at least 20%higher when compared to the peak design conditions. Dedicated dehumidification equipment is required to control >
moisture content year-round in Florida. Dehumidification equipment will monitor and control moisture content year-round using a humidistat or dew point sensor. Provide ducted dedicated dehumidifier(s) for C
buildings that contain an ura ented'sealad attic' space, such as spray team insulation at roof deck underside or if roof is insulated above the roof deck. Mount the dehumidifier(s) in the sealed attic near the roof peak. W
For a hot vented attic space, the dehuntid#jcMion equipment is ducted to the conditioned space and controls the moisture content inside the conditioned space using a humidistat or dew point sensor. O
e
HVAC INSTALLING CONTRACTOR:
Y,.
V
C5
The HVAC installer must field inspect the building envelope component types and sizes, the room by room floor plan layout and the energy code forms match the "Total Building Summary Loads" page prior to any
(a W
4)
=
HVAC installation to be sure the betiding constructed has not deviated.
.4
9
a .4g
I
Ar
The building envelope construction practice of 'semi -tight' is used for the building infiltration calculations. A field verification of the envelope, such as the air barrier in contact with the thermal barrier fully
=
E E
4)
C
encapsulates the conditioned space, should be done.
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_)
The HVAC Installer must field verify that sealed draft stops exist, isolating the wall cavities from the exterior and/or hot vented attic spaces.
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Buildings with hot vented attic spaces require the air and thermal barriers to be located at the ceiling plane.
Buildings with unvented attics or single assembly systems such as, but not limited to flat, low slope, sealed pitched or web flat roof truss, require the air and thermal layer be located at the roof plane.
NOTE Paper faced insulation, nor acoustical tile ceilings are an air barrier; thermal layers in contact with a grid ceiling are ignored in the heat load and energy calculations.
These HVAC heat load calculations, drawings and energy code forms were based on the architectural drawings provided for permit application at or around the dated listed on plans; any modifications to the building
room layout, building compass/orientation, occupancy amount, building use or classification, building envelope's component materials or size must be communicated to the designer.
ITII-- 51- ()" -�
HVAC Installer should red line sketch on the HVAC drawings any field changes made during construction and submit the'as built' red line sketch to this designer prior to any HVAC installation for redesign.
Alternate air ducts sizes and air device sizes must be equal to the listed size(s) shown, do not exceed a 3-to-1 aspect ratio if alternate duct sizes are used. Do not install a cooling system into a building that its missing
SCALE 1 /411=1 r-®1,
a full building envelope.
The installing HVAC contractor nlust provide a copy of the HVAG drawing sets' permit, HVAC calculations (any of the used Manuals: J, S, D, T and if applicable ZR), along with the energy code forms to the building
ayut
3601i 24n ARCH D
owner for approval. Installing HVAC contractor must perform the "owner survey" as shown in Manual J 8th edition, Appendix 1, to discuss the desired indoor temperatures, filtration, indoor air quality, year round
moisture control and heafth issues that require special indoor conditions, interior mounted heat producing equipment that creates both latent and sensible heat outputs, occupancy amounts above Manual J
maximums and any information not previously disclosed or shown in the "Total Building Summary Loads" included on the HVAC drawings.
CODE OFFICIAL, HVAC CONTRACTOR AND GENERAL NOTES:
Florida code section abbreviations: FBC = Building, FMC = Mechanical, FEC = Energy
The proposed duct routing is general in nature, field conditions and building structure may dictate the exact mounting and configuration of the HVAC system(s).
These HVAC drawings are not intended to show exact detail of every item required to meet the code requirements, see the isometric details for code section compliance references.
Florida building code sections are listed for each HVAC drawing symbol to be used by the installing HVAC contractor and code official(a).
Installer should reference the code sections prior to fabrication or installation of any HVAC system component.
These NVAC drawings comply wail the Florida Building Codes &th Edition (2017) sections FBC101.4.2, FBC101.4.6, FBC105.3.1.2, FBC107.3.5'Mechanical' Plan review criteria.
1) HVAG installation must comply with the 6th edition Florida Building codes, Energy Conservation codes and Mechanical codes effective as of 12131/2017. Obtain all permits and inspections as required per code
sections FBC105, FBC107 and FBC110.
2) All exterior building penetrations and Exterior mounted HVAC equipment, intake air vents, wall and/or roof vent caps, relief air caps, etc., must comply with FBC1609 wind loads. HVAC installing contractor must
supply engineered product or equipment ANSI/AMCA 540 test information for attachment to the building envelope component per section FBC1609.1.2.A. A structural engineer's sealed detail drawing may be required
for exterior equipment mounted above ground level per FBC1510.10. This HVAC design does not provide structural, equipment or hood tie down details. See structural engineer's drawings and details for equipment
support and tie down information whom equipment manufacturer's engineered data is not available.
Provide a balanced return airs stem per FMC601.6. All enc 3 Pro losable rooms require a �I" undercut on the interior
Y P r door, allowing about 3 e9 0 CFM of air relief per a 30" wide door. 9 Habitable spaces require door undercut
P P q
I
plus a ducted return air or a means for air transfer. Pressure d4itferentials across the restricted room can't exceed .01-inch w.g. Enclosable rooms located on the exterior building envelope should be balanced slightly
positive. Size ducted transfer air du/ts' trse area 1.5 times larger than the supply air delivered to the enclosed room(s). Size direct through wall or door grilles at 50 square inches of grille free area to 100 cfm.
V_
r dinate location of all equipment, tans air devices an building penetrations
4 Cood n n trations witri the :-se Herat contractor. Coordinate air device to 9 P cations with the electric contractor smoke detectors al
( ) General Contractor and
Q
building owner; the proposed HVAC airdevice locations are shown in the ideal location per Manual T room air device selection procedure, design alternate air device locations per Manuel T. The HVAC installer must
verify accessibility and clearances prior to fabrication or installation o field vfan NVAC component. Protect the Y Y Pt building structure per F
Y P MC302. Provide accessibilit for eleva g P fed equipment er FMC306.5. Fabricate Yp br ate
�
and install HVAC system components per FMC304 and FBCY 307 and product manufacturer's envelope penetration detail, FBC107.3.5 wind data for wall and roof penetrations, HVAC product installation instructions,
111)
HVAC equipment manufacWrer's installation instructions, ARM energy and the equipment manufacturer's expanded capacity ratings must be available on the construction site at time arcade official inspections per
C' 4
FBC107.3.1.
CO LIJ
5) Attic mounted equipment must contain a shut off device to start the home owner if the primary condensate drain line is not working properly. Using 16 point bold text, post a "Home Owner Notice" on the electrical
LA- =
service panel alerting the home owner that the HVAC air handier is located in the attic space, see FEC403.3.6 for full compliance description and 'notice to home owner' language required. Provide a sealed attic
access panel for hot vented attics, a sate workers' access deck, an attic light fixture with switch and an electrical plug outlet.
t
6) Ventilation air follows per FBC1203, FMC401.2 and FEC403.6. This design may include mechan=tally induced controlled ventilation for the building that contains a forced air duct system, pressurizing the building's
.10a
interior during air handler operaYan provided by a ventilation air duct and motorized damper as shown. In cases when the ventilation rate is satisfied by the building infiltration rate, no ventilation air duct will be
0 M
.X
I
shown. The ventilation rate may aim ka satisfied by use of properly sized windows to the outdoors per FBC1203.5, which are manually operated by the occupant(s). For large buildings with few occupants, the
=1
building envelope infiltration rate arty satisfy the minimum ventilation rate required, see "Total Building Summary Loads" data for infiltration rate. Small buildings with many occupants will usually require a ventilation
Lai a
air duct, motorized damper and venNingon air duct routed to an approved exterior location, see "Total Building Summary Loads" for ventilation air CFM amount. A mandatory blower door test; FEC402.4.1.2, must be
>, >, >
performed to quantity the building's natural infiltration air CFM rate and to determine the design ventilation air CFM amount that will successfully pressurize the building's interior. The motorized ventilation air damper
iU M LLI
is dual controlled by both 'run-time' aild'tieanually on' control cycles. Installer may also add an air handier fan cycler to provide automatic air exchange during part load conditions; interlock the ventilation air damper
�: y
motor with the air handler fan motor NMI bun -time' cycling. The occupant(s) may also select 'fan -on' cycle for continuous ventilation when the outdoor conditions are favorable (i.e. low moisture and low heat).
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0 0) L87
7) All duct sizes shown are clear interior 'free area' duct dimensions based on FMC603.2 Manual D duct design. Add 3" to listed sizes for R-6 exterior duct dimensions and/or add 4" to listed sizes for R-8 exterior duct
.-.- to N
dimensions. Fiberglass duct board shewna is equal to Knout 1.5". R-6, fabricate and install per SMACNA standards. Flexible ducts shown are equal to Atco 36 series R-6 class one air duct, not limited in length per
e* <®
FMC61)s.6.1.1. For prescriptive energy compliance method using form FE.C402-2017.. use R-8 supply ducts as required by energy code section R403.3.1. Construct all ducts per manufacturer's installation instructions
4) 4) 0) U_
.X
and SMACNA standards for a maximum 1" w.g. Suspend and support the ducts from the building structure per FMC603. Use 26-gauge sheet metal or rigid foil face fiberglass duct board for rigid duct penetrations of
X Coil I-'
private garages per FMC603.7 and protect ducts per FMC607. Mastic seal all ducts installed outside the building's thermal envelope per UL-181 and FMC603.9. Provide accessible volume control dampers in branch
ducts per FMC603.18. General exhaust ducts used for exhaust fan duct, ciofhes dryer duct, make up air duct and residential cooking appliance duct, up to 14" in diameter or equal free area in rectangular, are
from 28-gauge `snap lock ducts table FMC603.9. Use flexible ducts 'snap
I
constructed sheet metal pipe,' mastic seat per air or 28-gauge sheet metal lock pipe' for ventilation air ducts. Test ducts when using energy
V V 0 0code
compliance method 402 as required by FEC403.3.3.
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8) Provide a condensate drain piping system per FMC307 and a refrigerant piping systern per FMCHOT Extend condensate drain discharge 12" minimum from the building exterior wall, discharge to grass or other
Z Z &- Cl) a)
approved location; a condensate dr well may be required. Provide tin and supports for both condensate and refrigerant piping per F C305.
PP Y Y 9 piping 9 Rp 9 PP 9 P M
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9) Upon completion of the HVAC system installation, per Manual D, Chapter 16, test equipment operating capacities for both cooling anti heating to verify the equipment is functioning to the listed capacity. Verify the
tmcoa
C-4 N ad
(O L6, IT- Ix
air handler's total air flow, CFM, matches the HVAC equipment schedule or heat load calculation's minimum system airtlow rate. No duct system is self -balancing; thus, adjust each room's branch duct volume damper
W
to achieve the listed air flow values shown or to meet the building owner's needs. Use the air devices' volume damper for the last 10% of air balance to avoid noise at the air device face. Room air flow balance for
buildings with concealed ducts should be accomplished during the 'rough in' stage of construction, prior to concealment of ducts. With the building air barrier fully intact, install and operate the air handler until
flow is
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proper air adjusted per room and a balanced return air path is also present. Use a self -compensating air flow hood for air flow measurements; perform air balance procedure in accordance with manual B or
NEBB standards. When required by code, the air balance report to the building owner and code officials. A blower door test
I_
M ff1 Lta,
provide must be performed to verify that the building envelope's natural leakage rate does
the infiltration or ventilation CFM rate indicated on the "Total Building Summary Loads" from these drawings.
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4 <
not exceed
W � IT
AC proper operation sequence. uence. The thermostat i et to auto' mode monitor the conditioned ace's
10) HV p p p y s s nt space's temperature and provide heating, cooling, and ventilation when required.
� � F" � ( }
- Upon call the air handier tan interlock will open the ventilation air damper, er operate the indoor fan a Heating da and heat trm condenser a 0 p P R P PUMP rid/or electric heat strip until the space conditions are satisfied; uses 72-degree
� � (j 13 CV
thermostat setting during the heating season.
I, < I® W W
Cooling - the air handler fan interlock will open the ventilation air damper, operate the indoor fan and heat pump condenser until the space conditions are satisfied; use a 75-degree thermostat setting during the
i � Z Z
cooling season.
favorable outdoor conodtons when the temperature and humidit are low he thermostat may be set to
During t fan on' for continuous air
circulation and introduction of 9Y Y ventilation air.
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Energy Code compliant far newt constructed tom FEC403.1 . the HVAC installer must set the programmable
To be es minable thermostat to provide
9Y P Y ). vide healing u to 70 degrees an ( P 9 P d cooling down to 78 degrees. Be ere 9 s not to
9 9IL 9
II -
col the conditioned � ace: overcooling a building is defined as a temperature lower than the dew point temperature
overt m rature for the interior sR 9 9 conditioned space.
R Po P P
ta!
Most can easif lac driven to dew point temperatures Burin part (dad conditions. Overcooling a building
Most buildings y p p g p g g successfully requires specialized HVAC equipment and controls. The heat removal (sensible heat)
IT -
arid moisture removal (latent heat) must be de -coupled and independently controlled for buildings to achieve temperature's lower than the'dew point safe' energy code set point of 78 degrees.
W a. Z 11�
11) The information provided by the HVAC designer complies with climate zone 2A of the Florida Energy Conservation code design conditions FEC302: 72-degree heating set point and 75-degree cooling set point. The
"Total
U
building envelope descriptions are shown on the HVAC drawings basis of design via the Building Summary Loads" as required by FEC303.1. HVAC heat load calculations and HVAC equipment capacity
0
selection per section FEC403.7.1,1 and FEC403.7.1.2. Air distribution thermal insulation layer as required by FEC403.3.1 and FEC405.5.2. Duct sealing as required by FEC403.3.2. Refrigerant piping insulation per
FEC403.4. HVAC equipment controls per PEC403.1. Compliance demonstration is provided by energy conservation code form R402 prescriptive or R405 performance depending on construction type.
Orientation
O- D- e
/ �� � 7
lout - d ScY
MAIN � DRAWING DATE
. J 7/1 /2D1
P
If I PERMIT SET
, 7saPs �
im
Exterior Roof Surface
Range Hood
(<400 CFM)
FMC 605
Unscreened Roof Cap and Back
Drag Damper.
Fasten to Structure to
Meet up to Wind Maximums.
Engineered Fastening Detail
and Manufacturer's Install
Instructions are Supplied on Site
by the Installing Contractor.
tags Gel¢ Sheet
Metal Duct Vented
I Exterior
Exterior Roof Surface Unscreened Roof Cap and Back
Drag Damper. Fasten to
Structure to Meet up to Wind
Maximums. Engineered Fastening
Detail and Manufacturer's Install
Instructions are Supplied on Site
iali� by the Installing Contractor.
Domestic Style
Clothes Dryer
4" - 28ga Galy. Sheet Metal Duct
(e200 CFM)
Review Compliance for Developed Length.
FMC 504
Vent to Exterior Wall or Roof.
Provide Wall Box or Via Dryer
11
Installation Instructions.
Unscreened Wall Cap and Back
Drag Damper.
Fasten to Structure to
Meet up to Wind Maximums.
Engineered Fastening Detail
and Manufacturer's Install
Instructions are Supplied on Site
Flexible Transltlon
by the Installing Contractor.
Duct Connection
by Other(s)
__ _ .......
_.. Exterior WeIVSogit Surface
00 N.T.S.
Dryer Exhaust Detail
Exterior Root Surface I
Screened Roof Cap
Fasten to Structure for
up to 200 MPH Wind Maximums.
Engineered Fastening Detail
and Manufacturer's Install
$xISTING Instructions are Supplied on Site
EXrISTING
„ by the Installing Contractor.
General Exhaust Duct Vent
to Exterior: Wall or Roof.
Ceiling Exhaust AWFMC
501, 601 & 603
Fan Vented to
Building Exterior j
i FMC 501
Screened Wall Cap
Fasten to Structure for
up to 200 MPH Wind Maximums.
Engineered Fastening Detail
A
and Manufacturer's Install
Instructions are Supplied on Site
by the Installing Contractor.
ral
'Aackdraft
er
Exterior Wall/Soffit Surtace
N.T.S.
Exhaust Fan Detail
Typical: All Interior
Doors are 1" Undercut
(Up to 30 CFM - FMC 601.6)
i
•a �'w
/P
/ %
/ to
I �
4 �
,
B
i -1 "_ ®.
A-u
_ k
11
1
1
1
S15,7",180 CFM,Reg:10x10 814,T',tAa CF11,Rgp:1OX 16 1
1
i I 1
ATF Living A 1
r 1
1
1
1
R$9",205 CFM,Grille:12x12 1
1
1
1
1
1
1
1
1
� 1
1
No
1
t%4 6 ,20 CFY,GrflbATF :t2xt2 -. 1
1
i '1 a4 x $13,4",54 CFM,Regax4 1
4" 1
Dryer 1
VTE
Reducer0
1y MoE ty To Fit Structure L
Cap Sim Equals Outlet
Trunk Duct Size plus 2"
ox Trunk and Branch Tri-Box
W2 Sizes shown on
HVAC Drawing
-.� Arrows) ,
Indicate
i Airflow
Direction W
Trunk to Branch Junction Box
Construct, Seal and Suspend from Structure
FMC 601, 602. 603 & 604
Truct
Duct
Size
DIMENSIONS - INCHES
W
H
I L
W2
6 -12
13
13
1 18
14,16
17
17
1 18
a
18,20
21
21
1 18
H
Truct
Duct
Size
DIMENSIONS - INCHES
W
H
L
6 -12
13
13
18
14,16
17
17
18
18,20
21
21
18
aw N•T•S Flex Duct Junction Box Detail
Supply/Return Air Duct
Trunk or Flex Junction
Box Construct; Seal and
Suspend from Structure.
FMC 601, 603 & 604
Installing Contractor
may use this Secondary
*Optional* Volume
Damper; Provide Access
for Adjustment.
FMC 603.18
Ceiling Register Box
Fasten to Structure with
Register Box Rails. May
Mount Floor, Wall or Ceiling
Structure. Air Device Type
may Vary from Shown.
FMC 601, 603 & 604
Install Flex Duct with 45
Degree Elbows near the
Trunk and Boot Connections.
Allow 6" Min. Straight Duct
at Boot and Trunk Connections.
Duct Bends Shall Maintain a
Center Line Radius of not Less
than One Duct Diameter.
Use U1181 Class 1
FMC 601, 603 & 604
Fasten Register or
Grille to Register
Box. May Mount
Floor, Wall or
Ceiling.
Provide Primary
Volume Damper
and Adjustable
Curve Blades.
FMC 603.18 & 604
LN.T.S] Ductboard / Flex Duct Detail
Werfor Condensing Unit Typical Pipe Cover
Building FMC 303, 304 & 306
'MSpg Fasten, May Mount Interior
P.XISTiMG �. High Voltage
WalDisconnect
amsawa I t 1I Switch
Equipment Tie ie)ff
P; lr
x
Down
Bog. ,r ,i
1
ii Refrigerant Piping
Control Wire
Engineered Fastening
(r(
and
Detail and,
Routing may Vary
Manufacturer's
I,g{,
FMC 305 & 1107
Installation Instructions i
Supplied on Site by
„"-
Ali
Installing Contractor
t
4" Thick Concrete Slab
t
or Code Approved Equal
FMC 303 & 304
Grade
3" Below Slab
~ N.T.S. I Condenser / Slab Detail
Suppty Air Plenum
Ventilation Air Duct Mechanically Fasten
See Ventilation Air ,fj to Equipment Range.
Detail Note. FMC 601, 602, 603 & 664
FMC 401
Air Handling Unit
t FMC 303, 304 & 306
Return Air Plenum Mechanically Fasten to .u.
Equipment Flange High Voltage
\ May Mount Either Side Disconnect Switch
or Rear of Air Handier.
FMC 601, 602, 603 & 604
Refrigerant Piping and Control
Wiring
i FMC 305 & 1107
Primary Condensate Wra,
Route to Exterior, Disohs chare 12" ! � Equipment Platform
from Building P✓' Lined with Ductboard.
FMC 305 & 307 Free Area Equal to
__. Duct Flange Connection
6" Above Finished Floor
EXISTING g
,� Water Detection Device
FMC 307.2.3.1 Floor Wall
cue N.T.S. Vertical Air Handler and Riser Detail
EXISTING
Sealed Duct Sleeve in Wall
Cavity with i" Undercut Door.
Size 100 CFM per 50 Square
inches of Free Gdae Awe.
FMC 601 & 603
Size 1.5 Times the Supply
Air to the Enclosable Rooms)
Plus Interior 1" Undercut
Door (30 CFM)
FMC 601.6
I
I ,
I
I
'
Install Flex to
Maintain a
Center Line
Radius of Not
������
Less than One
'
Duct Diameter.
Typical Enclosable Room
Use U1181 Class 1
1" undercut all
FMC 601, 6113 & 604
Inventor Doors
NN..T.S. Direct Wor Ducted Transfer Air Detail
L IAlla aI a
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SCALE 1/411=10
-09
1
36rrx24rr ARCH D
Orientation
North
1 '
PERMIT SET
Duct Zoning Control System
_ 1
�,G t
Thermal Zone Dampers
Air Handling Unit ,
�hv
`- - -;:.- Bypass Air Duct Return Air
TIs -----
TO
------------ f� Thermal Zones
Zoning Provides Multiple Thermostat Controllers on a Single HVAC System, Controlled by a
Single Brain (Control Panel).
This Option is Recommended for the Building Owner who Requires Better Temperature Control,
a Lower Operating Cost, Lower Upfront HVAC Cost when Compared to Multiple HVAC Systems,
the Ability to Meet the Thermal Zone Peak Hour Load and for Buildings that Don't have Adequate
Exposure Diversity.
This Zone Control System is a Minimum Requirement when Serving more than One Level of a
Building from a Single HVAC System, for Buildings that have Variable Occupancies or Variable
Usage and for Occupants who Prefer Different Temperatures Throughout the Building.
HVAC Zone Control Systems Can Easily be Added to a Standard "Code Minimum" HVAC System,
Providing Up To 30 Thermostats per HVAC System - A Huge Benefit when Compared to a Standard
HVAC System Containing Just 1 Thermostat that is only Capable of Sensing the Room it is Mounted in.
Zone Control Panels Monitor Each Thermal Zone Temperature and Provides Conditioned Air to
Each Thermal Zone of the Building when and if Needed.
HVAC Installer Must Install the System in Accordance with Manual ZR-
Variable Speed Air Handler
This Option is Normally a Default Selection for our Region. The Variable Speed Air Handier Motor Varies
the Indoor Airflow During each Operation Cycle, Slowly Ramping up to Full Speed and Slowly Ramping
Down to the off Cycle. This Varied Airflow Decreases the Amount of Time It Takes for the Indoor Coil to
Reach Dew Point Conditions as Required for Moisture Removal While Increasing the Overall Efficiency of
the HVAC System. Variable Speed Air Handlers Outperform Standard "Code Minimum" Air Handlers by
up to 30%for Moisture Removal, due to Variable Airliner, this Air Handier Provides a "Loaded Indoor Coil"
for a Longer Duration.
Energy Recovery Ventilator
yY� VenYiWtian
Eanau /� I Ak Prom
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Bui€ding
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i ore
d wlw
.���
This Option Increases the HVAC System Efficiency for Buildings that Require Ventilation.
Almost Every Modem Building Requires Mechanically Induced Ventilation Air.
Typically the Ventilation Air Duct is Connected Directly to the Air Handier Main Return Air Plenum.
Installing an Energy Recovery Ventilator Inline of the Ventilation Air Duct will Reduce the Cooling System
Demand. This Equipment Uses an Enthalplc Core Capable of Exchanging Energy from the Intake Air Stream
to the Building Exhaust Air Stream, Without Mixing the Two Air Streams. A Day Timer and Air Handler Fan
Relay Should be Used so that the Equipment Induces Ventilation Air During the Favorable Time of Day and
Weather Conditions.
Provide a Wall Mounted Controller Featuring all Operation Modes.
lar Ionization
This Option, Plasma Air Model PA600, Provides Both Negative and Positive Oxygen Ions That Neutralize
Airborne Pollutants.
Used in Conjunction with a Mery 13 Filter, This Option Uses a Gas Phase Disassociation Process
Resulting in Cleaner and Healthier Indoor Air. Reduction of Smoke, Dust, Pollen, Bacteria, Viruses, VOC
Gases, Mold Spores, and Odors.
These Electronic Units Use Very Little Electricity and Mount in the Duct Air Stream.
Germicidal Air Handling Treatment
Typical Vertical Air Handler Shown
3 Piece Coil Configuration
Horizontal Air Handler Similar
This Option Provides Ultraviolet Light System(S) that Kills Airborne and Surface
Microorganism Contaminants like Mold and Bacteria.
www.Freshaireuv.com
Model TUV-2000-1, 4 Light Shown Mounts in the Air Handler for Full Coil Coverage.
d"�fS Seeletl Alec
This Option is a Must for Buildings that Require Controlled Year Round Dehumidification and is Recommended for
All Buildings In the Southeastern United States.
This Dedicated Equipment can be Added to the Standard "Code Minimum" HVAC Duct System for Whole Building
Dehumidification within the Conditioned Space - Install the Wall Mounted Dehumidistat in the Conditioned Space
Near the Main Thermostat.
This Equipment can also be Installed into a Sealed Attic Space with Intake Ducts Mounted High at the Attic Roof
Peak; Use a Peak Mounted Dehumidistat for Control.
Select a Ventilating Dehumidification System for Buildings that Require Interior Pressurization, Provide Equal
Amount of Relief Air from the Building's Conditioned Space. Note that Both the Standard "Code Minimum"
Equipment Selection and the Optional Staged Capacity Equipment Selection do not Provide Controlled Year
Round Dehumidification Because the Latent Heat Removal Process is Coupled with the Cooling Cycle on all HVAC
Equipment,
Controlling Moisture in all Buildings Requires Dehumidification Equipment that can Remove Moisture Without
Cooling the Interior Space and Controlled by a Stand Alone Dehumidistat Controller.
High Efficient Air Filtration
IThis Option Provides Cleaner indoor Air Using a 5" Thick Mery 13 Hepa Filter Added To The Standard "Code
Mirlimum" HVAC System. This High Performance Particle Arrestance Filter can Capture Much More and
Much Smaller Size Contamination than the Standard 1" Thick Air Filter. Hepa Filters can Better Protect the
HVAC Air Handler Coil from Dust and Debris, and Requires Less Maintenance, as Most Buildings Require
Just a Yearly Filter Change.
Staged Capacity HVAC Equipment In „> t
Stag. Equipment Contains a Variable Capacity Condensing Unit Capable of Adjusting the Equipment Capacity to Closely
Match the Weather Conditions. Staged Equipment Operates Almost Continuously to Provide Setter Dehumidification,
Filtration and Air Circulation. This Equipment Does Not Decouple the Sensible and Latent Heat Load Processes, See Whole
Building Dehumidifier Option for Controlled Dehumidification,
For Energy Code Minimum Equipment Sae HVAC Page 1
HVAC Equipment Shown is for Staged Capacity Selected in Compliance with Manual J, Manual S and Florida Energy
Conservation Code Section R403.7.1,3. The Lowest Stage
of the Staged Capechy, Equlpmant Can Not Be Undersized or Oversized by More Than
15%of the Manual J 1183 Heat Load.
Do Not Use Single Stage Equipment of Equal Capacity, 1='
HVAC Installer Must Adjust the Duct System for the Increased Airflow Produced by This Upgraded Equipment or Contact the
Original HVAC Designer.
AIR HANDLER MARK: AHU-1 AHU-2
UNIT MANUFACTURER:
7 AMERI� CAN STND AMERICAYN STNB
:UNIT MODEL NUMBER:
j TAM9AOC60V
TAM9A0C36
iI UNIT DIMEN H/W/D:
E. 61.7X23.5X21.8
1 66.9X23.5X21.8
'UNIT WEIGHT:
) 178
143
SUPPLY PLENUM SIZE:
20.5x14.35
20.5x14.35 ,
RETURN PLENUM SIZE:
f 20.5X17.15
20 5x17.15
'MANUAL D DUCT CFM:
17501?
, 7zuUi?
SUPPLY FAN CFM I SP:
1975/.110.9
` 1197/` 1197.1 to.9to.9
SUPPLY FAN H/P :
1
1/2
VENTILATION AIR CFM:
?
i ?
AHU OFF / INFILTRATION:
UNIT PHASE / HERTZ:
i i / 89
1 / 60
UNIT VOLTAGE: I 208 / 240
208 / 240
HEATER KW:
7.2 / 9.6
3.614.8
AHU + HEAT MOP:
CONDENSER MARK:
r, 50 / 60
CU-1
25 / 30
CU-2
NOMINAL A/C TONS:
5 (25-100%)
3 (25-1010%)
UNIT MODEL NUMBER:
4A6VOO60A1
4ASV0036A1
UNIT VOLTAGE:
208/230/ 1 / 60
!'. 208123911 /60
=UNIT MCA / MOP:
37150
I 26%40
UNIT DIMEN H/W/D:
45x37x34
41X891t85
UNIT WEIGHT:
270
284 i
COOL /OUTDOOR TEMP: : 90
92
93 90
92
_-v
93' v
TOTAL COOLING KBTUH: 56.6
55,8
553 36.3
35.a
35.5 _.
SENS. COOL MAX KBTUH: 41.3
40,7
40 4 26.5
'7S.1
25,9
SENS. COOL MIN KBTUH: ) 10.3
10.7
f0,' ' Ei;6
6.5
+i.fi '
LAT. COOLING KBTUH: 95.2
15.1
14.9 9.8
9.7
9.6
SGN,IBLE HI -AI MAI IU: I U.13
U.73
AHRl9Sf75SHR:TC,SC,LC 114.5 40.9 113.6
_AHRI #: 10093453
10093448
TOTAL HEATING KBTUH: '. 5t,5
33.4
. SEER I HSPF: 19 / 10
19.75/ 'i n
i
THERMOSTAT MODEL: PROGRAM
PROGRAM
"
ALTERNATE BRAND EQUIPMENT WITH EQUAL
CAPACITY + EFFICIENCY IS ACCEPTABLE -
=VIEW ENERGY FORMS FOR MIN. EFFICIENCIES.
HVAC CONTRACTOR TO PROVIDE EQUIPMENT
TIE DOWN AND INSTALL INSTRUCTIONS+
MATCHED EQUIPMENT AHRI RATINGS ON
SITE FOR FIELD INSPECTORS APPROVAL.
:INFORMATION SHOWN ABOVE IS SUBJECT TO
CHANGE / SITE VERIFY EQUIP. DATA PLATE.
,SEE HVAC OPTIONS PAGE FOR UPGRADES.
I
1830
Pre-Calc Exposure Diagram: Data Shown for
-Room Heat Load Calculations, See'Duict Dr s)' for Sizes and CFMs
Wefage Heigh 8.00000 t '47 1.J ' '. ew,i e f , occupants vent air cfm
CONK BTUH BTUH
AREA DAILY HOURLY
R405.5.2 FECC (eff 12/31 /2017) 23.8 3630 4104 3 116606 4859
17900 + 86394 + 12312 =
.5.2 DWELLING INTERNAL HEAT GAIN CALCULATOR
17,900 + (23.8*CONDITIONED FLOOR AREA) + (4104*NUMBER OF BEDS) = DWELLING DAILY INTERNAL GAIN 3-5 ach50
Building Rotation Hourly Net Gain
----------- - ---- ---- --- ---- --- ........
61,(a00........................................................... ..............
re -------- ----- --------------------- .-------------- .---- .
4,6#�t7 - _--- ---- ----- ---------- ----&__
-- --------
.I -------- ---•----- ---------- --- --- -
87 athri---------------------------------I f-- --- -- - ---.-- -- ?�--- ----
46,000__________ _____ _____� at-___._ _ . -_-.__ " •.............. -
W k
+t.0043 ------------- ---- ------ ._.-..--•:..--_.-•--.-...... ....--._.....---. ......
................................................................ . . . . . . . . . . . . . . . . . . . . \ ......
B arn Dam town 11 am 12 pet 1 on 2 Exn 3 pint 4 (:etc Sling 6 pm 7 Part
Time of Day
L+"e 71.71
0
N,
Glass 14
NOT TO SCALE
BUILDING EXPOSURE AND KEY COMPONENTS
Exterior Wail
®
1 Orientation
Air Handier Location
Partition Wall
I
Conditioned Area I
Condenser Location
I�
Interior°Wall
H
u
Return Air Devices) 1
Gelling/Roof
Exposure
I�
Fenestration:
Overhan Offse4
e r
Supply Air Device l
Location(s) J
Knee WallGround
Reflection
Other: Design Specific
Break Wall
®
Went: Exhaust
Floor Exposure
®
Vent: Dryer/Range
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