HomeMy WebLinkAbout411 Central Park Dr (from 1990) (a) (2)FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING `CONSTRUCTION
FORM 50oa•89 SECTION 5 ®'BUILDING DESIGN BY COMPONENT PERFORMANCE APPROACH
Non-Resldential Buildings ADMINISTERED BY THE DEPARTMENT OF COMMUNITY AFFAIRS
Residential Buildings over 3 stories ALL CLIMATE ZONES
PROJECT NAME: Unit, 111 ZONE:
ADDRESS__'MSTAR :Lot 13 i`lUrth Stat Bua. Park BUILDING CLASSIFICATION(S): 'orIda i-(,-
c
_
GI'TY, ZIP CODE: ' sailci , FYI. _ _ BUILQING PERMIT NO.:
BUILDER: ConternporarV }3uiider6 PERMITTING OFFICE:
TOWNER: JURISDICTION NO.:
BUILDING INFORMATION
WALLS
TYPE
Fi00FICEILING FLOORS
U AREA TYPE U AREA TYPE U AREA
DOORS
TYPE U AREA
GLASS
TYPE U AREA
Concrete (CBS)
Wood frame
Metal frame Q
Insulation R -value
Under attic
Single Assembly
,��j— Other.
Insulatlon'R-valueL
Slab -on -grade,]
Raised Wood
Raised concrete .
^ InsulationR-value
_
To be caulked,'yasketed, weal herstripped, or otherwise sealed._—
wood
Metal
Insulated
Other
.5 }Q
Single, wall -
Doublo, wall
Single, roof
Double, roof
,) j
TYPE
_
Ventilation
_
...
Central Heat Pump
HVAC Efficiency
Electric
Minimum efficiencies — Healing: Tables 5.5, 5-6; Cooling: Tables 5.7, 5.6, 5-9.
PfftSCRIPTIVE
COMPONENTS. SECTION
Windows 502.4
MEASURES (Must be met or exceeded by all buildings.)
. REQUIREMENTS C}IGCK F
Maximum of 0.5 cfm per linear fool of operable sash crack. A 777-777-77-l-7-
SYSTEMS INFORMATION
502.4
Maximum of 11,0 cim per linear toot of operable sash crack. ' cc
Alli CONDITIONER
HEATING SYSTEM
w HOT WATER
_
To be caulked,'yasketed, weal herstripped, or otherwise sealed._—
TYPE
EFFICIENCY TONS
TYPE
EFFICIENCY BTUIH
TYPE
_
Ventilation
Uoifary & Heat Pump
...
Central Heat Pump
HVAC Efficiency
Electric
Minimum efficiencies — Healing: Tables 5.5, 5-6; Cooling: Tables 5.7, 5.6, 5-9.
-=65000 Btu Ih
8. �L_ SEER
65,000 Btulh
HSPF
Resistance
n
65,000 Btu Ill
__ EER _
= 65,000 Btu/h
COP
Dedicaled Neal Pump
Separate readily accessible manual or automatic thermostat lot each system.
Water cooled
_ EER', _
Water cooled
COP -
Gas
Piping Insulation
Evaporatively cooled
EER —
Evaporatively cooled
COP
Natural
❑
f?tAC��
_ EER
Electricresislance
COP . 1]_K4L
LPG
)
Chillers
COP
Gas/Oil (circle one)
Water fixtures- �—
Oil
_pipe;
Water flow restricted to maximum of 3 gpm at 80 prig; toilets maximum 3.5 gallon flush. Public lavatory c
maximum flow of .5 gpm or .5 gallon if has self-closing valve.
Other
Li clic
<r225,0001300,000 Utulh
� AFUE
HRU
U
_
225,0001300;000 Btulh
_ Et
"Glher.
FIGHTING
total Lighting t/
3175
total Conditioned Floor Area
Lighting Budget (from Mable 5.13) 2,7-
r' f7 — Watts/sq. it o
t'tage
_I _
PfftSCRIPTIVE
COMPONENTS. SECTION
Windows 502.4
MEASURES (Must be met or exceeded by all buildings.)
. REQUIREMENTS C}IGCK F
Maximum of 0.5 cfm per linear fool of operable sash crack. A 777-777-77-l-7-
_ _
Doers
502.4
Maximum of 11,0 cim per linear toot of operable sash crack. ' cc
" Xt
Joints/Cracks
502.4 w
_
To be caulked,'yasketed, weal herstripped, or otherwise sealed._—
Reheat
503.3
Supply air restricted to set coldlhol_deck temperature to meet load of worst case zone
X
_
Ventilation
603.4 ;
Supplied with readily accessible switch for shut-off and/or volume reduction when ventilation
is not required.
X,
HVAC Efficiency
503,4
Minimum efficiencies — Healing: Tables 5.5, 5-6; Cooling: Tables 5.7, 5.6, 5-9.
Transport Energy
503.5
Minimum of 8.0,
Balancing
_ 503.6c�
Provide means for balancing HVAC air system & water distribution system.
�C
HVAC Controls
503.7
Separate readily accessible manual or automatic thermostat lot each system.
X
HVAC Duct —
construction
503.9
Constructed in accordance with industry standards & local mechanical code,. Ducts must be insulaled
to minimum'R = A 1115 (hr °F it Z! Btu),
_rW
Piping Insulation
503.10
In accordance with gable 5.10.: '_
Wale Heater _
504.2
Must bear ASHRAE label indicating compliance with ASHHAE Slandard 90 or comply with tandby efficiency and s
loss requirernertts. Snitch or clearly marked circuit breaker (electric) or cul -off (gas) must be provided, Heat traps
required. Must meet minimum water heating equipment efficiencies in table 5-11 alter 1 11190.
X
Swimming, Pools
& Spas
504.2
_..____._...
Spas & healed pools must have covers. Non contniercial pools must have pump tinter.
Gas spa & pool heaters roust Have minimum thermal efficiency of 75% (78% after I/ 1190).
cok Water c
Pipes
_
504.4
Insulation is required forrecirculaling systems. Piping treat loss is limited to 17.5 Btulh/llnearfoot of
see Table 5.12.X
-
Water fixtures- �—
504.5
_pipe;
Water flow restricted to maximum of 3 gpm at 80 prig; toilets maximum 3.5 gallon flush. Public lavatory c
maximum flow of .5 gpm or .5 gallon if has self-closing valve.
", X
Li clic
505.1 V
_fixture
Lighting ower bud ets are listed in Table 5.13; Ballast efficacy factors are listed in Table 5-14.
U. wall Allowable- Do wall Actual__0:;1W If complying under the provisions of 5.502.1, enter the combined lJo values for theentire envelope
Do rooflceiling Allowable 1L7.�___ U,(v��' Q
eilc6ling Actual in this section.
Uo fluor Allowable j ,_i?-- Do flow,Actual — �-� r Uo envelope Allowable _ =___ U. envelope Actual
OTPV wall Allowable
��_' r _ OTTV wall Actual___ _
OT1V roof/celiing AllowahiP _ tom, OTTV roof Iceiling Actual �� r/
All plans and specifications shall. be signdd+and uealed by a Florida my ,terurde ineer or arcorarchilect Review of the plans and specifications covered by this calculation indicates compliance with
with the exceptions'provide'd for in Section 481.229. F.S. and SeOinn 471,003, nS. I hereby certify the Florida Energy Code. Before construction Is completed, this ullding will be inspected for
that the plans and spec itications ccyered by this culculatiuirate in coinpllance with the Florida compliance in accordance with S ction 553.908 F,,_
Energy Code.
SIGNATURE: BUILDING OFFI(ItAL: ' ZLA
DATE:_ _ r)^ 7wr-i) -- _� DATE:— .Jl ��--
' PERMIT NO. ,
CHECKED by
�1FJtT !Ff
"
"SECTION 5 WORKSHEET.
FOR ENERGY
CALCULATIONS "
,u �,-,.rte
4
BUILDING DESIGN
BY COMPONENT
PERFORMANCE APPROACH
FORM SOJA-89
'Florida
Energy_`Efficiancy.Code
for Building Construction
HEATING DESIGN Uo —WALLS�
COOLING DESIGN ®TTV —WALLS
- Wall
Surface
Winter
Totals
Wail
Suriace Summer TDeg
Totals
Types
Area,_. ft2
U-Value
Type.
Area, ft2. ` U-Value (See Table
Type 1
I i^ �r
x
i, ri `�
_
�j' ' �'
Type 1
L 0 L-2x ,� rx $ 2�}
Type 21
x
=
ype 2
x_ x =
Type-3
x
_-
TYPe 3
x x =
wpe'4
x
=
Tvoe
,..
x -.
Type 5
x
=
TYPe 5
x x _
Toial-
Total
-
Awall 1.
Total ,. 2:
A 10.
wal
Total
11.rw _
Door
Surface
Winter.
Door
Surface : Summer TDe
y Type
Area, ft2
U-Value
Type
Area, #t2 ' U-Value
1 TYPe .1
1
x
f^
�,r117
=
a, o
TYpe `1
�. J x D j x t -
TYPe 2
x
=
Type 2
x x =
TYPe:3
x
=
Type
x x _
I Total
Total
j Adoc�r 3:
Total- 4.
Adoor 12.
Total
13.'
Glazing
Sur;ace
Winter
Glazing Orient.
Surface OSF Shading
1 Type
Area, ft2
U•Value
(A1, S,'E, etc.)
Area, ft2 Coefficient
Type 1
J 5
X,_
`-
j x x
Type 3
x
(
) _
Totalx
{{
Aglazing 5•"
Total 5.
{ x
} =
x ( x
?_
•
TotalTotal
i t 1.
F � � •'
Total
_
+ 'how 7.
l
ft2
Heating 8:
Aglazing 14.
Total
15x1.
l
line 1+3+5
Isle 2+4+6
Ij ow-
e
-
w
Summer UValue A T
x( f s x t7 Total
15B.
line 6
line 7
Uow actual
line 14
Total Aow 16.
' ' Total Cooling 17:
]j
j
From Table 5-2:
10 + 12 + 14 11
+ 13 + 15A -f 15c�
99
Uow Allowed
OTTNJoN —
-
-
line 17 line 16-0TTVoW
-Actual
From Table 5-2: L
y
OiTVCVV Allowed