405 Central Park Dr - #91-001816 (HALLMARK HEALTH CARE) DOCUMENTSFLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION
rf RM 500-A-91 SECTION 5 ® BUILDING DESIGNBY COMPONENT PERFORMANCE APPROACH ADMINISTERED
BY THE DEPARTMENT OF COMMUNITY AFFAIRS Non-ResidentialBuildings Residential Buildings
over 3 stories ALL CLIMATE
ZONES PROJECT NAME:
mak, Health Care ZONE: ADDRESS: 40
Central Park Dr. BUILDING CLASSIFICATIONS : Office Warehouse 640 CITY
ZIP
CODE: Sanford FL. BUILDING PERMIT NO.: SF l
BUILDER:
Contem`
orary Builders _ PERMITTING OFFICE:-00 t
S. OWNER:' JURISDICTION
NO.: BUILDING INFORMATION
i WALLS ROOFICEILING
FLOORS DOOR GLASS TYPE U
AREA TYPE U AREA TYPE U AREA TYPE U' AREA TYPE U AREA Concrete (CBS) .
amp Under
attic •
Slab -on -grade " Wood ' Metal Single,
wall.
Double; wall
Wood frame
Single Assembly Raised Wood Insul Single,
roof Metal frame
Other: Raised concrete Other s3
Double; roof i insulation
R-value Insulation R-value Insulation R-value l SYSTEMS
INFORMATION
AIR CONDITIONER
HEATING :YS'TEM ems® HOT WATER
i CFF!
C,e'.OY 11IIH TvDE.-- TYPE EFFICIENCY
TONS TYPE Unitary 8
Heat Pump. Central & Heat Pump Electric ZTOA <
65,
000 BtuIh" HSPF 5 Resistance none 65,o00Btu
it, .SEER 65,000
Btu Ih COP; Dedicated Heat Pump ' 65,000
Bruih EER IPLV' Water' cooled
COP Gas Water Co
ed EER IPLV Natural ql EvaporativelycooledCOPEvaperativelycooled
EER Electric resistance:, COP LPG El PTAC '
EER
Gas/Oil (circle one), Oil El Chillers
COP
IPLV < 225,0001300,
000 Bluth. , ' AFUE HRIJ 225,000/
300,000 Btu/h E1 Other. Other Lighting
Budget (
from Table 5-.1 LIGHTING TotalLighting
Wattage 1750 - Total
Conditioned Floor Area 640 = Watts/sq. it: • -- PRESCRIPTIVE MEASURE (
Murst be mot or exceeded by all buildings.) NTS" SECTION
REQUIREMENTS CHECK 502.4
Maximum of _37 cfm per linear foot of operable sash crack. _ X rD.=
5502.4Maximum of 1.25 cfm'per square foot of door area; X- 502.4
To be caulked, gasketed, weatherstripped or otherwise sealed. Supply air
restricted to set cold/hot deck temperature to meet load of worst case zone. Resistance reheat prohibited.503.4
503.3
Supplied with
readily accessible switch for shut off and/or volume ieduction when ventilation is not required. Xncy 503.4" 503:5
Minimum efficiencies -
Heating: Tables 5-4, 5-5 & 5-6. Cooling: Tables 5-7A, 5-7B,'5-8 & 5-9. Minimum'of
8.0. Transport.EnergyBalancing503.
6 Provide means for balancing HVAC air system & water distributions stem. x HVAC Controls
503.7 Separate readily accessible manual or automatic. thermostat for each system. HVAC Ducts
503.8 Air ducts, fittings, mechanical equipment and plenum chambers shall be mechanically attached, sealed, 503.9
insulated and installed in accordance with the criteria of sections 503.8, 503.9.and 503.10. X 503.10
Piping Insulation
503.11 504.2
In accordance
with Table 5-10. Automatic electric
storage water heaters 5120 gallons and gas & oil -fired storage water heaters Larger sizedwaterheatersshallXWater
Heaterss75,
000 Btu/h shall meet performance minimums in Table 5-11. meet minimums
in Table 11-1 of Standard II after 1/1/92. Swimming Pools
504.2 Spas & heated pools must have covers. Non-commercial pools must have pump timer. . Spas 504.
4
Gas spa &
pool heaters must have minimum thermal efficiency of 78%. Piping heat'
loss is limited to 17.5 Btu/h linear foot of pipe for recirculating systems (see Table 5 12). Hot WaterPipe" Insulation 504.
5
Water flow restricted to maximum,of 3 gpm at 80 psig; toilets maximum 3.5 gallon flush., X Water Fixtures
Public lavatory fixture maximum flow of .5 gpm or .5 gallon if has self=closing valve. 505A Lighting
power budgets are listed in Table 5-13. Minimum Ballast Efficacy Factors are listed in Table 5-14. X Lighting i
Uo
wall
Allowable Uo wall Actual r It complying
under the provisions of S. 5021, enter the combined Uo values for the entire envelope Uo roof (
ceiling Allowa le Uo roof Icellmg Acur. I aJ .( -- in this section. U envelope
Allowable Uo envelope Actual i Uo
floor Allowable Uo floorActua. ,.c =- o OTTV wall
Allowable OTTV wall
Actual OTTV roof/
ceiling Allowa le : t _-- _ OTTV
roof/ceiling Actual Compliance with
Section 5 was demor tra' ed aPres(•,ipti've Measures methodology: I 508.
0 (a) Detached commer la A)utld nos . 508.0 (b)-Skyboxes or spprt, stadium buildings less than
100 square feet that are used only seasonally. I I
Ihereby certify that the plans and specifications coverad by the calculation are in compliance Review of plans and specfrcations covered by, this calculation indicates compliance with the with the
Florida Energy e: Florida Energy Code Before c nstru.:uan is completed his building -will b i for PRIPARED BY
herd SteV@ DATE=r%-l compliance m accordan wi- 'on 53.908,FtS.. 1 lA/ - hereby
certify
that th r co I' r' a nergy a BUILDIN(( 6 f FI/L- - -- ---- DATE _-_ DATE -
L_.. .. OWNER/
AGENT:
Interior air film
R TOTAL l , 77. L 1 .
U = 1/R
ROOFICEILING R•VALUES
BUILDING CIOMPONENT DESCRIPTION ROOF
TYPE 1
ROOF
TYPE 2.
ROOF
TYPE 3
ROOF
TYPE 4
ROOF .
TYPE 5
Room air film
Wall board
Truss
Insulation la 04, q,
Other ikLG 'fiL.!t
Other
Other
Other
Outside air film r t
R TOTAL
U=1/R
AREA (sq. ft.)
U_TC '; E
IF FRAME: Size is Inches O.C:
HEATING DESIGN Uo -7- WALLS
Wall Surface Winter Totals
Type Area, ft2 U-Value
Total
all
Door Surface Winter
Type Area, ft2 U-ValU9
Total
Glizinq Surface Winter
ype
pe
tall
7. Heating 8.
line 1+3+5 line 2+4+6
owi
214
From Table 5-2:
Uow Allowed
COOLING DESIGN OTTV WALLS'
Wall Surface Summer TDeq Totals
Type Area, ft2 U-Value (See Table
Type 1 44
Type 2,
Total
Door Surface Summer TDeq
Total r
Glazing Orient. Surface OSFL Shading
Total Z
line 14
OTTVOW
From Table 5-2:
OTTVow Allowed
HEATING DESIGN Uo — ROOF
Poof Surface Winter Totals
Vpe Area, ft2 U•Value
Type 40.9 x
Type 2 x
Type 3 x
Type 4 x
Total
AopagUe
Total 20. 3 1 .- roof 19.
Skylight Surface Winter .
Type Area, ft2 U•Value
Type 1 x
Type 2 x
Type 3 x
Total
Askylight 21. Total 22.
Total Aor 23. ft2 Total Heating 24. 3 1 "4
line 19. + 21 line 20 + 22
31" ` f f D 25. o. D `f I
Uor =
line 24 line 23 Uor Actual
From Table 5-2:
Uor Allowed
HEATING DESIGN Uo — FLOOR
Floor Surface Winter Totals
Type Area, ft= U•Value
Type X =
Type 2 x =
Type, 3 x =
Type 4
Total Afloor
x =
33• 640 ft2 Total Heating 34.
Uof := 35.
line 34 line 33 Uof Actual
From Table 5-2.
Uof Allowed
COOLING DESIGN OTTV — ROOF (If skylights used)
Roof Surface Summer TDegr Totals
Type Area, ft2
P
U-Value (See Fig. 5.1)
3
Type 1 64 x o f_ x
Type 2 x x =
Type 3 x x
Type 4 x x =
Total
AopagUe 3 3roof26. Total 27.
Skylight Surface Shading
Type Area, ft2 Coefficient -
Type 1 x 138 x ) .=
Type 2 x 138 x ) _
Type 3 x 138 x ) _
Total 3 ....
Askylight 28. Total29A.
Summer U `/alue A T
x ( x ) = Total 29B.
line 28
3
Total Aor 30 Total Cooling 31.
line 26 + 28
215 9 3
27
t0 = 32.
29A + 29B
3 ,1
OTTVor =
line 31 line 30 OTTVor Actual
From Table 5-2: 2
OTTVor Allowed
HEATING DESIGN Up AVERAGING' (Sec. 502.20))
U Envelope Allowable (take U values from Table 5-2):
x ) + ( X ) + ( X )
Uow Aow (line 7) Uor Aor (line 23) Uof Aof (line 33)
AE (line 7 + line 23 + line 33)
UE AllowedUEnvelopeActual (use actual calculated U values):
x )+( x )+(—x )
Wow (line 9) Aaw (line 7) U'or (line 25) Aor (line 23) U'of (line 35) Aof (line 33)
AE (line 7 + line 23 + line 33) = UE Actual
Cooling OTTVs may not be averaged.