00-0754 LEGAL DESCRIPTION: LOOT (S) 15 and 16
— BL(XX 11
SUBDMSION: TO'H 1SIT) OF LARKINS
. ACLORDING TO THE PLAT THEREOF AS RECORDED IN PLAT 1300K 2 PAGE 105
OF THE P(JBI.IC RECORDS OF DARE COUNTY, FLORIDA.
� � I t ems• I Z5' • I „ -,
LEGEND: Centerline,
R & M .= Recorded and Measured, I ''' 1�5 114 13 '
Conc = Concrete, �\
Typ = Typical,
Encr = Encroachment,
Plt = Planter,
I �No = Number,
N. = North,
i E = East U�
R/W = Right of Way
i Pav't = Pavement z� 21 'D 32
u
a
�-
LOCATION -
1" = 100'
WE HE' Y C a: IIY: That the attached BOi.1N y SURVEY of the above described property
r is true and correct to the best of our knowledge and belief as recently surveyed under
ou direction, also that there are no above
meets minimum technical s `g°� enc'ro�ache<rmts unless shown, and
as<3-S set .forth by the FLORID?. BQARD OF' LAND SURVEYOR ,
PursLv-"t to C-'-.,a S
pter 61 07-6 Florida Administrative Code. scam;nation of the abstract
Of title will have to be made to determine recorded instxuTerts, if any, affecting the
ProPE'x ty- Location and identification of utilities on and/or adjacent to the property
wire not secured as such information was not requested. `.� 'p is subject to
OPin.ion of Title. /�'L
KARL F. KUHN
' PROFESSIONAL LAND SURVEYOR NO. 4916
Not Valid without
STATES OF FLORIDA
eTbgssed Seal.
Flood Zone: X/3-2-94 0276 120658 J
PREPARED BY: (305) 274-4292
B.P.I. LAND SURVEYIlVG, INC.
11330 S.W. 56th Street Miami, Florida 33165
SCa.IE: 1 t =
20- Ae>ROvEO Br.
Field Book: 74 DRAWN BY
DATE: 1-24-95
Page: 16 R_nsEo
PREPARED FOR:
Mr. Troup '
5923 S.W. 68th Street South Miami, Florida
ORAwING NUMBER
.>[` RY SURVEY Bearings men sho*an refer to Record Plat. 95-5007-12
',slow.+
40
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Air Conditioning Load Estimate
-,)A rE 7 RTU
,
J03 17p-t tic- o c 1.4 If)rl I PROP.140. JOEINCL
AM APPROVED
--7-
:PAUSEDFOR ,DA/ CAPIECL A r-(7oM ESTIMATE LOCAL TIME PEAK LOCAL TIME
X 6 c,-7 $Q FT x 1020• 0670 CU Fll FOR SUN TIME I LOAD SUN TIME
AREA EQUIPMENT OPERA 710.14 HO U R S.0 y
.43
-M FACTOR TU;HOUR 08
QUANTITY TEMP.OIFF. CONDITIONS 1, OP IF,-3
OR SUN GAIN OR
T
SOLAR GAIN - GLASS OUTDOORIOA) j 910 1 -79 (v Z i I
-.3..ASS SO FT X OR.3 X I qg R 0 0 M(RM I 7S Ca-2.1 S;l
L i DIFFERENCE
3_�ss SOFT X x xxx I xxx `xx 63
SO FT X x OUTDOOR AIR
CF Vona. PEOPLE X —r=> � ;SON
SS SOFT X x 1
.G H T ion
SO FT X x SOFT X
CF,.j.:Q F-,
SOLAR&TRANS.GAIN - WALLS&ROOF CFM Vc.NTI'_�T!ON • -4
7AL-_ -Zo&q SO FT X I'( ;?
,0, 1 X 40 l SWINGING.
$OFT X REVOLVING DOORS PEOPLE X CFkI;PERSON
•AALL
L SOFT X OPEN DOORS DOORS X Ccl.I,,DOOR
x 0-71
'4 L SO FT X x i Infil. EXHAUST FAN
CRACK FEET X CFM;FT
SUN (0-7 S12 FT X O. 0 jS 7 I lz vatwn
AGCF-SI-APED so FT x x CFM INFILTRATION •
— TRANS.GAIN - EXCEPT WALLS&ROOF CFM OUTDOOR AIR THRU APPARATUS •a CFIIAO,.
ALL GL_ASS SO.FT X x
?A-�Ti7iON SD FT X .x H 7-67, C.4 L 0. o 5 H T. 4#
Cc-iLl.%G SO FT X x
°_-OR SOFT X x
CFM x x 1.09
INTERNAL HEAT
x 63 z 5;01
HP OR KW X
LIGHTS ov WATTS X 3.4 I 7 0
P?L.IANCES.ETC. x
ADOITIONAL HEAT GAINS x
SUB TOTAL
RAGE SOFT X x I-
SUB TOTAL
.-AFETY FACTOR I I
ROOM SENS18LE HEAT (FISH) •
1-70
SUPPLY DUCT « SUPPLY DUCT FAN A _riZOL
:4EAT GAIN LEAK LOSS H 7 0 ,rA N r
:)UTDOOR AIR CF.111 x F: x BF X 1.091 1
EFFECTIVE ROOM SENSIBLE HEAT JERSHI • F� 0 F L)" IT,
NFILTRATION LATENT HEAT 0 Pk5 L ttP Pe_- 06 0—
E-OPLE CFM x GRILS X 0.68 -ro-rAt-
x
LB,'HR X 1050 (o e>-r'+
!PPLIANCES,ETC.
:-DOITICNAL HEAT GAINS
'APOR
RANS, SOFT X 1!100 X GRiLB X
SUBTOTAL
;AFcTy.=Ac_,OR % I
ROOM,LATENT HEAT IRLHI
;LJPPLY DUCT LEAKAGE LOSS
'UTDOOR AIR
CF!"I x GA!LB 9F X O.M
EFFECTIVE ROOM LATENT HEAT [ERLHJ
EFFECTIVE ROOM TOTAL HEAT (ERTH) III AZI A
OUTDOOR AIR HEATC
CFM X 15 F X F) x 109
5 .
.I.ATENT -*q C F%I X G R,'L 3 X(1- BF) x 0.
I E TURN D U CT RETURN DUCT
I E A7 1 A iN LEAKAGE GAIN
zT',!A,NAIR OR 9LOW-THRU FAN H.P. X 2545
GRAND TOTAL HEAT (GTHI OR DEHUMIDIFIER LOAD •
'.G7H - PIPING 7 'N -<AT" S 71D WS:
NEAT GAIN
E ET At 7
H=aTING LCAQ Cnr.CULAZ'ION
Y DATE:
JOB:
d
CnN-DITIONS : D-B -
OUTS I,DE: 44
INSIDE: 2
'TEMP . DIFF: ZS
TRANSMISSION LOSS
T.D. _. F�+ G• BT---U/F=R
ITEM AREA SQ.FT. - --
ALL GLASS: i
(2 8
X, ` 0
�)
PARTITION: '
NET WALL: `2
i
4-o °I
6 6, 7
ROOF: • -(Z-.S --X- .0.0 S) i
lv 7 I
FLOOR ON GR. : 0-Z 7) i
3 o
• INFILTRATION: GFM ! CZ 8 ?� ( 0 8)
G 72
-
TOTAL HEAT LOSS IN BTU/HR- 61
Z Z,�F,I HT.LOSS BTU/HR _ -7 R.W•
K.W. — 3413 BTU/HR.
FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION
CHAPTER 4-Commercial Building Compliance Methods
Administered by the Department of Community Affairs
FORM 40OC-97 SOH
Limited and Special Use Buildings Climate Zones 7�},�9
Project Name: Zone: 8
Address: Building Classification:
.City,-Zip Code: Building Permit No.:
Builder: Permitting Office:
OWner: Jurisdiction No.:
BUILDING INFORMATION
WALL DOORS ROOF/CEILING FLOORS D GLASS
f TYPE U AREA TYPE U I AREA TYPE U I AREA TYPE U AREA TYPE U AREA
Concrete CBS Under Attic Slab-on- rade Wood Single wall
Wood frame Single Assembly Raised Wood Metal Double,wall
Metal frame Other: Raised Concrete Insulated Single,roof
Insulation R-value Insulation R-value Insulation R-value Other Double,roof
SYSTEMS INFORMATION
AIR CONDITIONER HEATING SYSTEM HOT WATER
TYPE EFFICIENCY TONS TYPE EFFICIENCY BTU/H TYPE
Unitary&Heat Pump Central&Heat Pump Electric A
<65,00"tu/h (AOEER <65,000 Btu/h _HSPF Resistance ❑
>65.000 Btu/h -EER -IPLV ?65,000 Btu/h _COP Dedicated Heat Pump ❑
Water cooled -EER _IPLV Water cooled _COP Gas
Evaporatively cooled -EER ooled COP Natural ❑
PTAC -EER Electric Resistance COP 3� LPG ❑
Chiller -COP _IPLV Ga i cuc a one HRU ❑
Gas heat pump -COP <225,000/300,000 Btu/h _AFUE Other: ❑
Other. >225,000/300,000 Btu/h _E1
LIGHTING Total Lighting Wattage 1900 2177 SIZING CALCULATION DUCTS R-value
Total Conditioned Floor Area �O 6 7 Watts/sq.ft. Attached Location _
PRESCRIPTIVE MEASURES(Must be met or exceeded by all buildings.)
Components Section Requirements Chec
- Operations Manual 102.1 Operations manual will be provided to owner.
Windows&Doors 406.1 Maximum:.3 cfm per sq.ff.of window area;Maximum:1.2 cfm per sq.ft.of door area.
Joints/Cracks 406.1 To be caulked,gasketed,weatherstripped or otherwise sealed.
Dropped Ceiling Cavity 406.1 Vented:seal and insulate ceiling(no T-bar ceilings).Unvented,no ceiling air barrier.seal and insulate roof and side walls.
Reheat 407.1 Electric resistance reheat prohibited. IVIA
Ventilation 409.1 Supplied with readily accessible switch for shut-off and/or volume reduction when ventilation is not required.
HVAC Efficiency 407.1,408.1 Minimum efficiencies-Heating:Tables 4-7,4-8,4-9.Cooling:Tables 4-3,4-4,4-5,4-6.
HVAC Controls 407.1 Separate readily accessible manual or automatic thermostat for each system.
HVAC Ducts 410.1 Air ducts,fittings,mechanical equipment and plenum chambers shall be mechanically attached,sealed,insulated
and installed in accordance with the criteria of section 410.1.
Balancing 410.1 HVAC distribution system(s)tested and balanced. VF
Piping Insulation 411.1 In accordance with Table 4-11.
Water Heaters 412.1 Automatic electric storage water heaters 5120 gallons and gas&oil fired storage water heaters!_75,000 Btu/h shall meet
performance requirements in Table 4-12.Electric>120 gallons:standby loss 55.30+27NT.Gas>75,000,Oil>105,000:E,78, ��/{
Standby loss<_1.30+114NT.Gas,Oil>155,000:E,.78,Standby loss 5 1.30+95NT. �3
Swimming Pools 412.1 Spas&heated pools must have covers.Nan-commercial pools must have pump timer.Gas spa&pool heaters must N
&Spas have a minimum thermal efficiency of 78%.
Hot Water Pipe 412.1 Piping heat loss is limited to the levels in Table 4-11 for circulating systems and the first 8'of pipe from a storage
Insulation tank. ffl-7
Water Fixtures 412.1 Shower head water flow restricted to maximum of 2.5 gpm at 80 psi.Toilets meet 42CFR 6295(k).Public lavatory fixture ���
maximum flow of.5 gpm;or if self-closing valve,.25 gallon circulating,.5 gallon non-circulating.
Lighting 415.1 T Ballasts shall have Power Factors no less than.90.
It required by Florida law,I hereby certify that the system design is in compliance with the Florida Energy Code. Registration No.
? ARCHITECT:
ELECTRICAL SYSTEM DESIGNER:
LIGHTING SYSTEM DESIGNER:
MECHANICAL SYSTEM DESIGNER:
PLUMBING SYSTEM DESIGNER:
Compliance with Chapter 4 was demonstrated by a Prescriptive Measures methodology:
Detached Buildings<200 sq.ft. ❑ Convenience stores<5,000 sq.ft. ❑ Office buildings<5,000 sq.ft. ❑
Skyboxes/sports stadiums ❑ Restaurants<5,000 sq.ft. ❑ School buildings<5,000 sq.ft. ❑
Traffic safety control towers ❑ Retail stores<5,000 sq.ft. ❑ Storage buildings<5,000 sq.ft. ❑
f hereby certify that the plans and specifications covered by the calculation are in compliance with the Review of plans and specifications covered by this calculation indicates compliance with
Florida Fsergy Code. the Florida Energy Code. Before construction is completed,this building will be inspected
PREPARED BY: ZAP DATE- �7C5)d> for compliance in accordance with Section 553.908.F.S.
thereby certify th a building is in comOliance with the Florida Energy Code. BUILDING OFFICIAL,
OWNER-AGENT- DATE: DATE:
FORM 40OC-97 CLIMATE ZONES 7 8 9
HVAC,,GLASS AREA,AND LIGHTING:See Chart below.Select and circle the desired combination of glass-to-wall area percentage(GL AREA%)and
lighting level()N/SF)based on the type of HVAC system and efficiency.Report the levels installed on the front of the form.
Table 4C-8 OFFICE BUILDING<5,000 SF
MAXIMUM ALLOWABLE GLASS AREA%AND ALLOWABLE LIGHTING W/SF
Cooling Equipment Capacity?65,000 Btu/h,Room Units,PTACs Capacity<65,000 Btu/h
irE 8 9 9 0
EEf3 $1 10 0 „EER 1Q 1 it•0 <EER UP.;: =SEER.10.0
GL AREA LIGHTING GL AREA LIGHTING GL AREA LIGHTING GL AREA LIGHTING GL AREA LIGHTING
W/SF % W/SF % W/SF % W/SF % W/SF
20 2.4 20 2.6 30 2.6 25 2.8 25 2.8
25 2.2 30 2.4 40 2.4 35 2.6 35 2.6
35 2.2 45 2.2 45 2.4 45 2.4
Glazing: 50 2.2 50 2.2
Shading Coefficient<=0.7 And Heat Pump And Heat Pump
�..-,.. . COP y= 3 0 ..� � HI?SF� ,6•$ ' , _..
1 75 2.2 75 2.2
Table 4C-9 SCHOOL BUILDING<5,000 SF
MAXIMUM ALLOWABLE GLASS AREA%AND ALLOWABLE LIGHTING W/SF
Cooling Equipment Capacity?65,000 Btu/h,Room Units,PTACs Capacity<65,000 Btu/h
DER 8♦9-9 0
.. ....; ` ,<.. <; EER.91 10A= • ,•,DER 10 f=11 fl ,... .,. =EER 1.1 1 UP <•.. ,..�, . •.S
GL AREA LIGHTING GL AREA LIGHTING GL AREA LIGHTING GL AREA LIGHTING GL AREA LIGHTING,
% W/SF % W/SF % W/SF % W/SF % W/SF
20 2.0 20 2.2 20 2.4 20 2.6 20 2.6
25 1.8 25 2.0 25 2.2 25 2.4 25 2.4
30 1.8 30 2.0 30 2.2 30 2.2
Glazing: 35 1.8 35 2.0 35 2.0
Shading Coefficient<=1.0 40 1.8 40 1.8
And Heat Pump And Heat Pump
COP 3 fl IiP_$F„> $8
60 2.6 60 2.6
Table 4C-10 STORAGE BUILDING<5,000 SF
MAXIMUM ALLOWABLE GLASS AREA%AND ALLOWABLE LIGHTING W/SF
Cooling Equipment Capacity?65,000 Btu/h,Room Units,PTACs Capacity<65,000 Btu/h
EER:89-9 0 EER:9 1 10 fl„> EER 101.1;1 0 EER 1'1 1"UP; SEER,10 011P•,..
GL AREA LIGHTING GL AREA LIGHTING GL AREA LIGHTING GL AREA LIGHTING GL AREA LIGHTING
% W/SF % W/SF % W/SF % W/SF % W/SF
5 1.0 5 1.10 5 1.25 5 1.25 5 1.25
15 0.50 15 0.75 15 0.87 15 0.87
25 0.50 25 0.75 25 0.75
Glazing: And Heat Pump And Heat Pump
Shading Coefficient<=0.89 or
Insulated 40 1.25 40 1.25
-4-
HVAC SYMBOLS
GENERAL AI
OTHERM08TAT C Eiti�+ } CtFFJSEiZ
�4>, 24 Q0C'(JLE
OA
CFM CUBIC FEET PER A L 1-, 4
t-()r.A? N�lr�t
tVt1NUTE • "FP T-) TuS
n� c�ce� PA5
r t� Tt e LwzQ, At ,�ci �> �.
AHU 4LJNG UN T 2'2X
06
ACU ASR :'3 N vr:� UN it
�A 0 0
Rs T
V C T t 0 N P
R 1 Cl E -�
CD C0N0ENBATE nrAIN
DUCT W N
•T O
(
T U R N I N 0 V A H E 8
TAP - OFF DUCT
{a 1J 1 ( W ', T H AIR 8C00PER
iA1 -UFF DUCT WITH �--� J,F {, TITUS
Vp VOLUME DAMPER M O G HE L 3 F L
INSULATED FLEXii'"- AIR cA pr )St_ �? I
DUCT
g,Ov1.1p �.; F- -7 1TU5
- 1 O U L_i_ roc-
1`4 E c.K
E F E)(HA05ir FAN ,5,p, RU5r; i ;J
DFTFcroJE , ---
w ,Quo 6L6 � .; =�.•.._r !''L/9+B M �-_—_'.'(
J 1
D
F)RE Ul+r.1PE� :'