920 NE 99 St (10)APPLICATION FOR
CERTIFICATE OF RE- OCCUPANCY
S�
1, de .,Z hereby apply for a certificate to re- cccipy the single -
family residence known as y-?0 c 5 3 # , Miami Shores. Florida.
a/k/a Lot , Block , Plat , as a single-family residence.
( hereby certify that l understand that the zoning of the property is for single-family
residential use and that it is unlawful for more than one family to reside therein. .1 also
understand that any Certificate of Re- Occupancy that may be issued by Miami Shores
Village, Florida, certifies only that the referenced property is being used for single - family
purposes and that such Certificate does not constitute any representation, warranty or
certification as to the condition of the dwelling or other structures on such property.
Date: //-/-79
For purposes of conducting the inspection required by Section 902 of the Miami
Shores Land Ceve pment , a Zoning Code please contact the following person(s):
Ch54 ies /w.4.6yg 4., s�
Name: k /.14 Relationship: //aM' 07v,i/f ,e1'
Phone No.:30.5 -Q -'7Y' Address: 2 ° %f x771' -777
Applicant
Print Name: '1 t% ' /7, %4/
Application Received: By:
Application Fee (550) Paid: Check No.
Inspection Made: / 8y.
lnspectfon: Passed (n
Faded ( ) because:
Page 1 of 2
MAP -'_: - L ub•viJ
CERTIFICATE OF RE -OCCUPANCY
On behaif of Miami Shores Village, Florida, the undersigned certifies that the
property described in the above application has been inspected for purposes of re-
occupancy pursuant to Sermons 901 and 902 of the Miami Shores Land Development and
Zoning Code and that such property may be re-occupied by the above applicant for single -
family residential purposes.
MIAMI SHORES VILLAGE, FLORIDA
Date: of Certification: I ( // 0/1 1
THIS CERTIFICATE VERIFIES THAT THE REFERENCED
PROPERTY HAS BEEN INSPECTED BY MIAMI SHORES
VILLAGE AND HAS BEEN DETERMINED TO PRESENTLY
COMPLY WITH THE SCHEDULE OF REGULATIONS OF
THE MIAMI SHORES LAND AND DEVELOPMENT COOE
PERTAINING SOLELY TO THE REQUIREMENT THAT EACH
ONE- FAMILY DWELLING IS USED AND INTENDED TO BE
USED FOR A ONE- FAMILY DWELLING PURPOSE ONLY;
HOWEVER THIS CERTIFICATE DOES NOT CONSTTME
ANY REPRESENTATION OR WARRANTY AS TO THE
CONDITION OF THE DWELLING OR OTHER STRUCTURES
ON THE PREMISES DESCRIBED HEREIN, OR ANY
ASPECT OF SUCH CONDITION, AND INTERESTED
PERSONS ARE ADVISED AND ENCOURAGED TO MAKE
THEIR OWN INSPECTION OF THE PREMISES IN ORDER
TO DETERMINE THE CONDITION THEREOF.
Page 2 of 2
9A 1 PRESCRIPTIVE MEASURES (Must be met or exceeded by all residences.)
COMPONENTS
SECTION
REQUIREMENTS
CHE
WINDOWS
904.1
MAXIMUM OF 0.5 CFM PER LINEAR FOOT OF OPERABLE SASH CRACK.
✓✓
EXTERIOR &
ADJACENT DOORS
904.1
MAXIMUM OF 0.5 CFM PER SQ. FT. OF DOOR AREA. INCLUDES SLIDING GLASS DOORS, SOLID CORE,
WOOD PANEL INSULATED OR GLASS DOORS ONLY.
.3
EXT. JOINTS &
CRACKS
904.1
TO BE CAULKED, GASKETED, WEATHERSTRIPPED OR OTHERWISE SEALED.
EF =
WATER HEATERS
904.2
MUST BEAR LABEL INDICATING COMPLIANCE WITH ASHRAE STANDARD 90 OR COMPLY WITH EFFICIENCY AND
STANDBY LOSS REQUIREMENTS. SWITCH OR CLEARLY MARKED CIRCUIT BREAKER (ELECTRIC), OR CUT -OFF
A T BE • - 'VIDEO. AN RNAL •R B ILT-IN HEAT TRAP M T BE • - •VIDED.
t /
SWIMMING POOLS
& SPAS •
9043
SPAS & HEATED POOLS MUST HAVE COVERS (EXCEPT SOLAR HEATED). NON-COMMERCIAL POOLS MUST
HAVE A PUMP TIMER. GAS SPA & POOL HEATERS MUST HAVE MINIMUM THERMAL EFFICIENCY OF 75%.
/�,
HOT WATER
PIPES
904.4
INSULATION IS REQUIRED ONLY FOR RECIRCULATING SYSTEMS. IN SUCH CASES, PIPING HEAT LOSS SHALL
BE LIMITED TO 17.5 BTU /H /LINEAR FOOT OF PIPE.
SHOWER HEADS
904.5
WATER FLOW MUST BE RESTRICTED TO NO MORE THAN 3 GALLONS PER MINUTE AT 20 TO 80 PSIG.
HVAC DUCT
CONSTRUCTION
903.2
904.6
CONSTRUCTED IN ACCORDANCE WITH INDUSTRY STANDARDS & LOCAL MECHANICAL CODES. DUCTS IN
UNCONDITIONED SPACE MUST BE INSULATED TO MINIMUM R- 42 & JOINTS MUST BE SEALED.
SEPARATE READILY ACCESSIBLE MANUAL OR AUTOMATIC THERMOSTAT FOR EACH SYSTEM.
r'
HVAC CONTROLS
904.7
CEILING INSUL.
904,9
MINIMUM R -19.
DBL
DUCTS
COOLING SYSTEM
HEATING SYSTEM
HOT WATER SYSTEM
IN UNCOND.
SPACE
R=
EL CENTRAL ❑ NONE
❑ ROOM
❑ PTAC
r4
❑
❑
ELECTRIC STRIP ❑ HEAT PUMP
NATURAL GAS ❑ ROOM /PTHP
OTHER FUELS ❑ NONE
K.
❑
A
ELECTRIC
NATURAL GAS
OTHER FUELS
❑ SOLAR
❑ HEAT RECOVERY
❑ DED. HEAT PUMP
TINT,FILM,SOLAR SCREEN
.3
5.
CEILING INSULATION
IN COND.
SPACE
R
EF =
51
� ,.
< 3
SF /EF =
—
f
1
JURISDICTION NO.:
2
COP /AFUE _
_
?
. g
FLOOR AREA
UNDER ATTIC
SEER /EER =
. I
OF BEDROOMS =
DBL
DBL
n NUMBER
DETACHED
NEW ADD.
ATTACHED
NEW ADD.
, •-;- , (/ `i , i c'9 ' /•sr .1 ,(`
GLASS AREA AND TYPE
CHECK IF WORST
CASE CALCULATION:
■
IF MULTIFAMILY,
NUMBER OF UNITS
,
99 ,6°f'•�,A7cz
R=
_
CLEAR
TINT,FILM,SOLAR SCREEN
.3
CONDITIONED
CEILING INSULATION
PERMIT NO.: 7/1 1
�,
� ,.
< 3
i'N
SGL
^ %, l'i,=
JURISDICTION NO.:
2
/lr
SGL
FLOOR AREA
UNDER ATTIC
. SGL. ASSEMBLY
DBL
DBL
�)
; _ 9
t
,
R =
R =
PROJECT NAME
AND ADDRESS:
BUILDER:
, •-;- , (/ `i , i c'9 ' /•sr .1 ,(`
7 ! °
,' t2 <
PERMITTING OFFICE: ,G: 'l'., .. '""/V7,,..< :'
V p ti.
,
99 ,6°f'•�,A7cz
R=
_
CIRCLE CLIMATE ZONE: 7 ( 8 9
c ;),d -)„ .
.3
a ?
PERMIT NO.: 7/1 1
OWNER: , ., ,,, (, ,' •
. )
,'-'. 2, e i,`i'V
' ",'',
^ %, l'i,=
JURISDICTION NO.:
2
/lr
Jo
6
0
INFILTRATION
PRACTICE USED
❑ #1 a #2 ❑ #3
CBS
R=
2
S
C
2
a
R=
_
g
,2
.3
x 100 =
�9
TOTAL AS -BUILT POINTS TOTAL BASE POINTS CALCULATED E.P.I
CALCULATED ENERGY PERFORMANCE INDEX MUST NOT EXCEED 100 POINTS.
NET WALL AREA AND INSULATION
CBS
R=
FRAME
R=
STEEL STUD
R=
LOG
R=
�9
ThThis form may be used to demonstrate compliance with the Energy Code for new single-family detached or multifamily attached dwellings under Section 9. An alternative
to this method for single - family detached dwellings, and multifamily attached dwellings of three stories or less, is provided in Section 10. Multifamilyy attached dwellings greater
than three stories must comply under Section 9 or 5. Additions to existing residential buildings must comply under Section 9 or 10. Additional information may be obtained
from your local building department or the Department of Community Affairs, Energy Code Program, 2571 Executive Center Circle East, Tallahassee, Florida 32301 -8244.
FORM 900 -A -86
FLORIDA ENERGY EFFICIENCY CODE
FOR BUILDING CONSTRUCTION
SECTION 9 — RESIDENTIAL POINT SYSTEM METHOD
DEPARTMENT OF COMMUNITY AFFAIRS
CLIMATE ZONES
SOUTH 7( 8 j9
In accordance with Section 553.907 F.S., I hereby certify that the plans
and specifications covered by this calculation ar
Florida Energy Code.
OWNER
DATE:
AGENT:
• -6 - 11 7
lance with the
Review of the plans and specifications covered by this calculation indicates
compliance with the Florida rgy Code. Before construction is completed, this
in accordance with Section 553.908 F.S.
building will be inspected f
BUILDING OFFICIAL: ��•{
DATE: &1 1 )
OR
GLASS
AREA
SINGLE �R
x SPM
DOUBLE
SPM x
SOF
( )
AS -BUILT
= GLASS
SUM. PTS.
CLEAR
TINT"
CLEAR
TINT"
N
!SRP
64.5
65.2
60.2
54.9
, ('2
':..5g,
NE
94.8
94.5
88.0
78.2
. d
E
/•S/'
136.3
133.9
127.0
109.5
.0
SE
146.2
143.0
135.0
116.1
.
S
/2 .
135.6
132.5
124.2
107.7
SW
146.2
143.0
135.0
116.1
. (7
/ P. �Sh
W
..3 /
136.3
133.9
127.0
109.5
.
NW
94.8
94.5
88.0
78.2
.
'VW
H'
428.7
354.7
380.6
278.9
. 0
A/
ao
G 3
. 0,-.7-.
e2P3
Al
'11?
15%S
.0Y4
/ /s/
•
ysys6/
COMPONENT
DESCRIPTION
AREA x
BASE SUM.
PT. MULT.
BASE
° SUMMER
POINTS
11VM I
EXTERIOR
02 ZS
1.6
4/.20C
/ g(,'
ADJACENT
/80
1.0
3
3319
I ?9f?
-' AP■16t,
NUMBER I
BASE
HOT
BASE
OF x
HWM
= HOT WATER
WATER
BEDROOMS
• 9 try,
.43
POINTS
SYSTEM
3
3319
I ?9f?
-' AP■16t,
TOTAL BASE
COOLING
BASE CSM x BASE = COOLING
SYSTEM
(2
SUM. PTS.
POINTS
• 9 try,
.43
‘ 2bgS
2go8?
-' AP■16t,
a/0
• /2
.a/ (o
4-M, r
(2
i.2, 9
.8
• 9 try,
ASSEMBLY
/VC
. 8
1 1130 I
UNDER ATTIC
//'4/ e
.8
r// 6
OR SINGLE
020
.8
• 9 try,
ASSEMBLY
/VC
. 8
/i 7 a
I DOORS I
EXTERIOR
1 SUM. PT.
MULT.
(9C THRU 9G)
12.9
5
ADJACENT
020
4.9
• 9 try,
'
/VC
/Po
/i 7 a
COMPONENT
DESCRIPTION
AREA x
1 SUM. PT.
MULT.
(9C THRU 9G)
1 AS -BUILT
= SUMMER
POINTS
MC eci /R ��4:
,2 6,2 <
a, ?
?OR
'
/VC
/Po
/i 7 a
P, V
SUMMER CALCULATIONS
OR
N
NE
E
SE
60.2
88.0
127.0
135.0
s
SW
124.2
135.0
W
NW
H'
GLASS x BASE = SUMMER
AREA SPM POINTS
/`
/-
/-
IS?
127.0
88.0
124.2
/84 .-
I COND. 1 TOTAL 1 BASE I BASE 1 ADJUSTED
.1 5 x FLOOR * GLASS = ADJ. x GLASS = GLASS
.15 I AREA I AREA I FACTOR SUBTOTAL BASE SP
0;1 V9 I '! I r 95 I 'S// 'P ge
V
x
0
0
J
LL
SLAB
RAISED
INFILTRATION
- 20.0
- 2.16
FOR SLAB -ON -GRADE USE PERIMETER LENGTH ALONG CONDITIONED FLOOR IN PLACE OF AREA
7
9 14.7 -e3
7
V
1
USE FLOOR AREA OF CONDITIONED SPACE.
lbw
NUMBER AS- BUILT
OF x HWM x
BEDROOMS (9M)
33o,
-moo
CUMATE ZONES 7 8 9 ,
AS -BUILT
GLASS
SUBTOTAL
j/,; 'SCS - fir
1
1
V
//'Y ti
/,3
/N9
V
I
3 324
7
7
I TOTAL COMPONENT BASE SUMMER POINTS 1 ' 2' '/5 I TOTAL COMPONENT AS -BUILT SUMMER POINTS 1 gc.2.
7
TOTAL 1 AS- BUILT I AS -BUILT 1
AS -BUILT x DM x CSM x
SUM. PTS. (9H) (9K)
AS -BUILT 1 AS -BUILT
CCM = COOLING
(9L) POINTS
8526
/ 3
,e‘›e9s
• er6
/7o
AS -BUILT I AS -BUILT
HWCM = HOT WATER
(9N) POINT
AS -BUILT
HOT WATER
SYSTEM DESC.
L�vt3l� W
1¢C r P4n
• H = Horizontal Glass (Skylights)
• • For Shading Coefficient Tess than 0.83, see sec. 903.2(a). Tint Multipliers may be used for glass with solar screens, film, or tint.
ORIEN-
OVERHANG RATIO
CONCRETE
DECK ROOF
R -VALUE
SPM
R -VALUE
SPM
CEILING TYPE
19 - 21.9
1.5
5 - 6.9
7.9
R -VALUE
TATION
0.0 -
0.17
0.18 -
0.26
0.27 -
0.35
0.36 -
0.46
0.47 -
0.57
0.58 -
0.70
0.71 -
0.83
0.84 -
1.18
1.19 -
1.72
1.73 -
2.73
2.74 -
5.66
5.67-
Up
N
1.0
.91
.87
.84
.80
.77
.74
.70
.64
.58
.53
.48
NE/NW
1.0
.92
.86
.81
.76
.72
.68
.64
.56
.50
.44
.40
E/W
1.0
.93
.87
.81
.75
.70
.65
.59
.46
.41
.34
.28
SE/SW
1.0
.92
.85
.78
.70
.64
.58
.52
.42
.34
.28
.23
S
1.0
.91
.83
.75
.67
.60
.54
.48
.39
.33
.30
.27
UNDER ATTIC
SINGLE ASSEMBLY
CONCRETE
DECK ROOF
R -VALUE
SPM
R -VALUE
SPM
CEILING TYPE
19 - 21.9
1.5
5 - 6.9
7.9
R -VALUE
DROPPED
EXPOSED
22.25.9
1.3
7- 8.9
5.4
10.13.9
4.1
4.6
26 -29.9
1.0
9 -10.9
4.3
14 -20.9
2.9
3.1
30 -37.9
.8
11 -12.9
3.6
21 &U1
1.9
2.0
38 & Up
.6
13 - 18.9
3.3
19 - 25.9
2.5
' :
w a y ..
. < ,.
..
rs
26 &Up
CREDIT MULTIPLIER FOR ATTIC RADIANT BARRIER = .55
SLAB -ON -GRADE
EDGE INSULATION
RAISED
CONCRETE
RAISED WOOD
(See 903.2(e))
R -VALUE
SPM
R -VALUE
SPM
R -VALUE
SPM
0 -2.9
-20.0
0 -2.9
.8
0- 6.9
1.1
3.4.9
-17.4
3.4.9
- .3
7 -10.9
.1
5 -6.9
-16.6
5.6.9
- .4
11.18.9
.0
7 & Up
-16.0
7 & Uo
- .5
19 &Up
.0
R -VALUE
With Return
Air Duct
W/O Retum
Air Duct
4.2 -4.9
1.14
1.10
5.0 - 6.6
1.12
1.08
6.7 &Up
1.09
1.06
DUCTS IN CONDITIONED SPACE
1.00
1.00
INFILTRATION PRACTICE
(See Table 9P)
SPM
PRACTICE # 1
18.6
PRACTICE '' 2
14.7
PRACTICE '' 3
10.1
DOOR TYPE
EXT
ADJ
WOOD
11.8
4.5
INSULATED
12.9
4.9
9B SUMMER OVERHANG FACTORS (SOF) For single and double pane glass.
OVERHANG RATIO = L/H
9C WALL SUMMER POINT MULTIPLIERS (SPM)
.FRAME
WOOD
R -VALUE EXT ADJ
11 - 12.9 2.7 1.0
0 - 6.9 8.5 3.4
7. 10.9 3.2 1.3
13 - 18.9 2.4 .9
19 - 25.9 1.6
26 &Up
STEEL'
EXT
11.6
R -VALUE
0 - 6.9
7 -10.9
11 - 12.9
13 - 18.9
19 - 25.9
26 & Up
1.0 .3
5.5
4.2
3.9
3.4
1.9
ADJ
4.4
2.1
1.6
1.5
1.3
0.7
CONCRETE BLOCK
R -VALUE
0 - 2.9
3. 4.9
5. 6.9
7 - 10.9
11 - 18.9
19 - 25.9
26 & Up
INTERIOR INSUL.
NORM WT.
EXT
4.2
2.7
2.0
1.6
.3
ADJ
1.9
1.3
1.1
.8
.6
.3
1.0
.5
.2
LT WT
EXT
3.3
2.2
1.6
1.3
.9
.5
.3
EXT. INSUL.
NORM
EXT
4.2
1.7
1.2
.7
LT WT
EXT
3.3
1.5
1.1
.7
9E CEILING SUMMER POINT MULTIPLIERS (SPM)
FACE BRICK
R -VALUE
0 - 6.9
7 - 10.9
11 - 18.9
19.25.9
26 & Up
R -VALUE
0 - 2.9
3 -6.9
7- 9.9
10 & Up
WOOD FR
4.6
1.3
1.1
.6
.3
BLOCK
2.3
1.6
.9
.7
LOG
6 INCH
R -VALUE
0 -2.9
3 -6.9
7 & Up
8 INCH
R -VALUE
0 -2.9
3 - 6.9
7 & Up
EXT
2.8
1.9
1.5
EXT
1.9
1.4
1.2
9D DOOR SUMMER POINT MULTIPLIERS (SPM)
9G INFILTRATION SUMMER POINT MULTIPUERS
SUMMER POINT MULTIPLIERS
9F FLOOR SUMMER POINT MULTIPLIERS (SPM)
CLIMATE ZONES 7 8 9 •
9H DUCT MULTIPLIERS (DM)
-3-
OR
GLASS
AREA x
SINGLE O
WPM
DOUBLE x
WPM
WOF
(9B) =
AS -BUILT
GLASS
WIN. PTS.
CLEAR
TINT"
CLEAR
TINT"
N
88
3.7
3.7
2.2
2.4
/ 0
,7--2._C
NE
2.9
2.9
1.4
1.8
E
/55
.1
.2
- 1.1
- .6
/, O
/ y
SE
-2.1
-2.0
-3.3
-2.5
S
/aA
- 2.0
- 1.8
- 3.1
- 2.4
/ a
-o25
SW
- 2.1
-2.0
-3.3
-2.5
W
< ? /
.1
.2
- 1.1
- .6
�
/, a
3
NW
2.9
2.9
1.4
1.8
H'
-8.9
-7.8
-7.3
-5.7
N
g'?
`3?
r 6
P?
•
COMPONENT
DESCRIPTION
I
AREA x
WIN. PT.
MULT.
(9C THRU 9G)
1 AS -BUILT
- WINTER
POINTS
alS te9
POINTS
/, 2
_ ?/ e.,
LIDS' / /1
4 25
RD
/ ,
7 0
TOTAL 1 AS -BUILT 1 AS -BUILT 1 AS -BUILT 1 AS -BUILT
AS -BUILT x DM x HSM x HCM = HEATING
WIN. PTS.
(9H)
(9I)
(9•)
POINTS
/D, /93
7/
'3,
A2-
33 ?
HEATING
SYSTEM
BASE HSM : x
1 TOTAL 1
BASE =
WIN. PTS. I
BASE
HEATING
POINTS
1.14
/ ?J" .
l 223/
-447 ,3'
-d /[7
s8
/5'
-,-Z4.Gr./
020
.lei
2‘
sC7
.1
/A, n
.5
11I33
UNDER ATTIC
OR SINGLE
ASSEMBLY
/ /4'
.1
/75
ADJACENT
.1
2.5
sC7
.1
/A, n
DOORS
EXTERIOR
4q7
3.8
45% -
ADJACENT
c20
2.5
sC7
ADJACENT
/A, n
.5
COMPONENT
DESCRIPTION
AREA x
I BASE WIN.
PT. MULT.
I BASE
= WINTER
POINTS
L11YM]
EXTERIOR
2t 25
.3
f 7
ADJACENT
/A, n
.5
W CALCULATIONS
G I BASE
LASS
WINTER
AREA x - POINTS
RR
' /
N
Q N
OR
N
NE
E
SE
S
SW
W
NW
H'
/SS
/4/5
/-
3
4 /.59
BASE
WPM
2.2
1.4
- 1.1
- 3.3
- 3.1
- 3.3
- 1.1
1.4
- 3.1
_ /fQ
- ' 3 A/
- 1
V V
1 COND. E TOTAL 1 BASE I BASE I ADJUSTED
.1 5 x FLOOR T GLASS = ADJ. x GLASS = GLASS
AREA AREA FACTOR SUBTOTAL B SE WP
A
cc
0
0
J
LL
SLAB
RAISED
INFILTRATION
/y2-
- 2.1
- .28
292 I 1.2 I WO 1 1'NnaA ' 0 -2- 1 pact')
USE FLOOR AREA OF CONDITIONED SPACE.
1
TOTAL COMPONENT BASE WINTER POINTS
I
V
- c2913
FOR SLAB ON GRADE USE PERIMETER LENGTH ALONG CONDITIONED FLOOR IN PLACE OF AREA.
I
BASE BASE
COOLING +. HEATING
POINTS POINTS
(From P.2)
BASE
+ HOT WATER
POINTS
(From P.2)
TOTAL
= BASE
POINTS
(Enter on P.1)
274e2
22 0 /
995
2 2S
-J
1-
0
-4-
c
1
/952 1 I TOTAL COMPONENT AS -BUILT WINTER POINTS
7
CLIMATE ZONES 7 8 9
AS -BUILT
GLASS
SUBTOTAL
/sr
s (4f/2.
AS -BUILT
COOLING
POINTS
(From P.2)
1 AS -BUILT 1 AS -BUILT 1
+ HEATING + HOT WATER =
POINTS POINTS
(From P.2)
TOTAL
AS -BUILT
POINTS
(Enter on P.1)
1
• H = Horizontal Glass (Skylights)
For Shading Coefficient less than 0.83., see sec. 903.2(a). Tint Multipliers may be used for glass with solar screens, film, or tint.
i)RIEN•
TATION
OVERHANG RATIO
0.0 -
0.17
0.18 •
0.26
0.27 -
0.35
0.36 -
0.46
0.47 -
0.57
0.58 -
0.70
0.71 -
0.83
0.84 -
1.18
1.19 -
1.72
1.73 -
2.73
2.74 -
5.66
5.67 -
Up
DROPPED
SINGLE PANE GLASS
N
1.0
1.04
1.06
1.07
1.09 1.11
1.12
1.14
1.18
1.22
1.26
1.30
NE/NW
1.0
1.08
1.13
1.17
1.21 1.24
1.27
1.30
1.37
1.45
1.51
1.56
E/W
1.0
2.58
3.78
5.04
6.54 7.92
9.43
11.04
14.42
18.12
22.04
24.38
SE/SW
1.0
.87
.76
.64
.48 .32
.15
- .03
- .43
- .91
-1.46
-1.79
S
1.0
.91
.79
.65
.47 .28
.26
- .34
-1.11
' -1.68
-1.92
-2.03
DOUBLE PANE GLASS
N
1.0
1.05
1.08
1.10
1.12
1.14 1.17
1.18
1.24
1.29
1.34
1.39
NE/NW
1.0
1.12
1.20
1.26
1.32
1.37 1.41
1.47
1.57
1.69
1.78
1.87
E/W
1.0
.74
.55
.34
.10
- .12 - .36
- .63
-1.17
-1.77
-2.41
-2.79
SE /SW
1.0
.92
.85
.77
.67
.57 .45
.34
.08
- .23
- .58
- .80
S
1.0.
.94
.87
.78
.66
.54 .38
.15
- .34
- .70
- .86
- .92
UNDER ATTIC
SINGLE ASSEMBLY
CONCRETE
DECK ROOF
R -VALUE
WPM
R -VALUE
WPM
CEILING TYPE
19 - 21.9
.3
5 - 6.9
1.5
R -VALUE
DROPPED
EXPOSED
22 -25.9
.2
7- 8.9
.9
10 -13.9
.0
.1
26.29.9
.2
9 -10.9
.6
14 -20.9
.0
.0
30 -37.9
.1
11 -12.9
.5
21 & Up
.0
.0
38 & UP
.1
13 -18.9
.5
19 -25.9
.3
26 & Up
.1
CREDIT MULTIPLIER FOR ATTIC RADIANT BARRIER = .57
SLAB -ON -GRADE
EDGE INSULATION
RAISED
CONCRETE
RAISED
(See 903.2(e))
R -VALUE
WOOD
WPM
R -VALUE
WPM
R =VALUE
WPM
0 -2.9
- 2.1
0 -2.9
1.0
0- 6.9
.8
3 -4.9
- 2.6
3 -4.9
.3
7 -10.9
.2
5 -6.9
- 2.7
5 -6.9
.1
11 -18.9
.1
7 & Uo
- 2.7
7 & Up
.0
19 & UP
.1
R -VALUE
With Return
Air Duct
W/O Retum
Air Duct
4.2 - 4.9
1.14
1.10
5.0.6:6
1.12
1.08
6.7 & Up
1.09
1.06
DUCTS IN CONDITIONED SPACE
1.00
1.00
INFILTRATION PRACTICE
(See Table 9P)
WPM
PRACTICE • 1
1.9
PRACTICE # 2
1.2
PRACTICE '' 3 _
.6
DOOR TYPE
EXT
ADJ
WOOD
3.5
2.3
INSULATED
3.8
2.5
9B WINTER OVERHANG FACTORS (WOF)
OVERHANG RATIO = L/H
9C WALL WINTER POINT MULTIPLIERS (WPM)
FRAME
WOOD
R -VALUE
0 - 6.9
7 -10.9
11 - 12.9
13 - 18.9
19 - 25.9
26 & Up
EXT
2.5
.8
.6
.6
.3
.2
ADJ
1.7
.6
.5
.5
.3
.2
STEEL
R -VALUE
0 - 6.9
7 • 10.9
11 -12.9
13 - 18.9
19 - 25.9
26 & Up
EXT
3.4
1.5
1.1
1.0
0.9
0.4
ADJ
2.2
1.0
0.8
0.7
0.6
0.3
CONCRETE BLOCK
R -VALUE
0. 2.9
3 - 4.9
5 - 6.9
7 - 10.9
11 - 18.9
19 - 25.9
26 & UP
INTERIOR INSUL.
NORM WT.
EXT
1.9
1.2
.9
.7
.4
.2
.1
ADJ
.7
.5
.4
.4
.2
.1
.0
LT WT
EXT
1.5
.9
.7
.5
.3
.2
.1
EXT. INSUL.
NORM
EXT
1.9
.6
.3
.2
.0
LT WT
EXT
1.5
.5
.3
.2
.0
9E CEILING WINTER POINT MULTIPLIERS (WPM)
FACE BRICK
R -VALUE
0 - 6.9
7 - 10.9
11 - 18.9
19 - 25.9
26 & Up
R -VALUE
0- 2.9
3.6.9
7 - 9.9
10 & Up
WOOD FR
2.4
.6
.5
.2
.1
BLOCK
.9
.6
.4
.2
LOG
6 INCH
R -VALUE
0 - 2.9
3 - 6.9
7 & Up
8 INCH
R -VALUE
0 - 2.9
3 - 6.9
7 & Up
EXT
.6
.3
.2
EXT
.2
.1
.1
9D DOOR WINTER POINT MULTIPLIERS (WPM)
9G INFILTRATION WINTER POINT MULTIPLIERS
WINTER POINT MULTIPLIERS
9F FLOOR WINTER POINT MULTIPLIERS (WPM)
9H DUCT MULTIPLIERS (DM)
CLIMATE ZONES 7 8 9
-5-
COMPONENTS
REQUIREMENTS FOR EACH PRACTICE
CHECK
PRACTICE '1
COMPLY WITH ALL INFILTRATION PRESCRIPTIVES ON TABLE 9A.
r!
PRACTICE #2
COMPLY WITH PRACTICE "1 AND THE FOLLOWING:
t✓
Exterior Walls and Floors
Top plate penetrations sealed. Infiltration barrier installed. Sole plate /floor joint caulked or sealed.
r/
Exterior Walls & Ceilings
Penetrations. ioints and cracks on interior surface caulked. sealed and gasketed.
✓
Ductwork
Ductwork in unconditioned space must be sealed. -
•
Fireplaces
Equipped with outside combustion air. doors. and flue dampers.
r
Exhaust Fans
Equipped with dampers. Combustion devices see 903.2(1).
PRACTICE "3
COMPLY WITH PRACTICES "1 AND "2 AND THE FOLLOWING:
•
Ceilings
Infiltration barrier installed.
With
Interior Walls
To plate penetrations sealed or joints & cracks on interior walls caulked. sealed or gasketed.
HWCM
Recessed Lights
Sealed from conditioned space & insulated from ventilated attic spaces.
Dedicated Heat Pump
Ductwork
All ductwork located in conditioned space. -
2.5 - 2.99
Combustion Appliances
Be in unconditioned space (except direct vent), draw air from unconditioned space, exhaust
by- products to outside. Stoves see 903.2(1).
HWCM
SYSTEM TYPE
HOT WATER CREDIT
MULTIPLIERS
Solar Water Heater
SF
.1
.2
.3
.4
.5
.6
.7
.8
.9
1.0
HWCM
.9
.8
.7
.6
.5
.4
.3
.2
.1
.0
eat Recovery Unit
_
With
Air- conditioner
e at Pom
HWCM
.62
.58
Dedicated Heat Pump
EF
2.0 - 2.49
2.5 - 2.99
3.0 - 3.49
3.5 & Up
HWCM
.44
.35
.29
.25
A HWM must be used in conjunction with all HWCM See Table 9M.
SF means'Solar Fraction. EF means Energy Factor.
SYSTEM TYPE
HEATING SYSTEM MULTIPLIERS
Heat Pump
COP
2.5 - 2.69
2.7 - 2.89
2.9.3.09
3.1 - 3.29
3.3.3.49
3.5.3.69
3.7 - Up
HSM
.53
.49
.46
4
.40
.38
.36
Electric Strip
HSM
-- 1.0
Gas & Other Fuels
HSM
1.0 (See Table or Credit Multipliers)
PTHP & Room Units
HSM
HSM for COP 2.2 - 2.49 = .63. See above for COP>2.49.
Minimums: Central Units 2.5 COP. PTHP & Room Units 2.2 COP.
COP means Coefficient of. Performance.
SYSTEM TYPE
HOT WATER MULTIPLIERS
Electric
Resistance
EF
.80 - .81
.82 - .83
.84 - .85
.86 - .87
.88 - .90
.91 - .93
.94 - .96
.97 & UP
HWM
3650
3561
3476
3395
3318
3208
3106
3010
Natural Gas
EF
.48 - .49
.50 - .51
.52 - .53
.54 - .55
.56 - .57
.58 - .59
.60 - .61
.62 & Up
HWM
1495
1435
1380
1329
1282
1237
1196
1158
Other Fuels
HWM
2312
2220
2135
2056
1982
1914
1850
1790
Water heaters must comply with prescriptive measures of Table 9A. EF means Energy Factor.
SYSTEM TYPE
COOL
N TEM MULTIPLIERS
HCM
SEER
7
8.0-
8.5-
9.0-
9.5-
10.0-
10.5-
11.0-
11.5-
12.0 -
Central Units
.38
7.9
8.4
8.9
9.4
9.9
10.4
10.9
11.4
11.9
& Up
CSM
.44
.43
.40
.38 36
.34
.32
.31
.30
.28
PTAC & Room Unit
CSM
CSM for EER 7.5 - 7.7 =' For EER's >7.7
use multipliers above.
Minimums: Central Units 7.8 SEER. Room Units 7.5 EER. PTAC under 13,000 BTU /H 7.5 EER,
and over 13,000 BTU /H 7.0 EER.
SEER means Seasonal Energy Efficiency Ratio. EER means Energy Efficiency Ratio.
SYSTEM TYPE
- HEATING SYSTEM MULTIPLIERS
Multizone
HCM
.90
Natural Gas
AFUE
.60 - .64
.65 - .69
.70 - .74
.75 - .79
.80 - .84
.85 - .89
.90 - Up
HCM
.41
.38
.35
.33
.31
.29
.27
Other Fuels
HCM
.63
•.58
.54
.51
.48
.45
.42
Where more than one credit is claimed, multiply HCM's together. Enter product on page 4.
AFUE means Annual Fuel Utilization Efficiency.
SYSTEM TYPE
COOLING CREDIMULTIPLIERS
Ceiling Fans
CCM
8
Multizone
CCM
0
Cross Ventilation or Whole House Fan (Credit for only one)
CCM
----]
Where more than one credit is claimed,
multiply CCM's ogether. Enter product on page 2.
. •
91 HEATING SYSTEM MULTIPLIERS (HSM)
9J HEATING CREDIT MULTIPLIERS (HCM)
9K COOLING SYSTEM MULTIPLIERS (CSM)
9L COOLING CREDIT MULTIPLIERS (CCM)
CLIMATE ZONES 7 8 9
9M HOT WATER MULTIPLIERS (HWM)
9N HOT WATER CREDIT MULTIPLIERS (HWCM)
9P INFILTRATION REDUCTION PRACTICE COMPLIANCE CHECKLIST (See Section 903.2(1))
-6-
Orientation
Glass Area ( sq.ft.)
.
L(Length)
Overhang
H (Height)
Overhang
Ratio L/H
Overhang Multialier
Summer
Winter
N
4 vo, , ^�
0.o
so, 8
a If7O
/. 0O
/69 0
N
's/B. 00
. c2 G2
// O
A 00
/, e2O
/- 00
__/
,14 o/
.5' 0
a'3 0
0, 2
e %, ? A?
, 9/
, A
/, O-S/
' 7 0
N,
W49
,s�o
,e.
II E
/ So
O, o
49.5"
O. 00
1, DD
/- 00
E
6D. 03
e D
X2.0
4 00
/. ®O
/, 47e9
/, 00
/ ®O
E
33. Do
O 0
02/, D
4 &)
E
W Cb
D. ®
//, O
A Ao
1, Oo
A ea
E
, S! so
®-O
9, O
,, ao
/.SID
/, ®u
SE
/.3 4"/
O.O
/4, ,o
Aal
/. 0i
/, 4
SE
1%49
S
awe/
17o
?.
®„Oo
/4o
/ 4v0
S
35/.
0
/5-5
0 d1 .
1, I
/,,Q.0
,400
S
49.50
d O
/9.S
61, Qz9
l 470
S
38.5o
44
/075
,0,69,a
/.0 47,42
SW
�
-
W
:0 14
aO
�.e
/0 0
�
fi/4
'
/ �
0,e9 O
W
et,
NW
NW
*H
*H
SECTION 9 RESIDENTIAL WORKSHEET FOR ENERGY CALCULATIONS
1.- GLASS AREAS (Includes Windows, Sliding Glass doors, Glass in
French Doors, Fixed Glass, Skylights,...etc.)
'Lass Tint: 4:0,e ;Thickness: 3//6 inch; Shading Coefficient:
(S.C.)
TOTAL GLASS AREA= 4'$ , y/ sq. ft. * Skylights
b +b
2.- GROSS WALL AREAS: ( Rectangull ar A = bh : • Triangular: A = 2 bh; Trapezoidal: A = --2--(h) A: Area ( sq.ft.); b: length of base(ft); h: height (ft.)
A) Gross
B) Gross
C) Gross
D) Gross
CIS wall area: /yaf 6Ae4/,2F � A 02� (e0k42 r'r� )
Frame " " r , ,
ceRS it " : ,24'. /DAY. ,PBa
n
Note: In multifamily construction the COMMON (PARTY) WAITS shall be insulated as follows:
FRAME WAILS: R- 11 (Min.) insulation; C to TY A : R- 3 (Min.) insulation by Code.
'See paragraph 903.2(b) on page 9 -17 of Energy Code. (DO NUT INCLUDE "COMMON" walls
in Energy Calculations, but "SHOW, ON PLANS" the required minim= insulation.)
3.- DOORS: (Wood or Metal) In exterior building envelope, and doors separating A/C areas
from non,A /C spaces: 4/ i. + a0 , a40. + = P ® sq. ft.
4.- NET OPAQUE WAIL AREAS = (Gross wall) - (Glass Area) - (Door Area)
ePS wall. - ,7429
r /, 4i wall a
wall -
/ ��
-
Please attach to
your submittals.
5.- Totem A/C Floor Area = J sq.ft. 1st. F1 + sq.ft. 2nd. Fl=
sq. ft.
sq. ft.
sq. ft.
Jan 87
Developed by Dade County
Building & Zoning Dept.
,8 Single Pane: x
Double Pane:
sq.ft.
sq.ft.
sq.ft.
sq.ft.
4
BUILDING
ELECTRICAL
PLUMBING
ROOFING
Owner of
Building
Architect
Legal
Description
Address of
Building
o PERMIT N 27178
a
Contractor o t 0) 4 614
or Builder
Lot
This permit is granted
tion herefor in strict com
plans, drawings, statem
at any time if the w
permit is granted •
regulations pe
sibility for
Signed•
the contractor or builder naJifd above to construct the building or to install the equipment or device described in the applica-
nce with all ordinances pertaining thereto and with the understanding that the work will be performed in compliance with any
or specifications that may have been submitted to and approved by the proper municipal authorities. This Permit may be revoked
is not done in compliance with such ordinances or if the plans are changed without authorization. A further condition upon which this
the understanding that the contractor or builder named above assumes the responsibility for a thorough knowledge of the ordinances and
fining to the work covered e., whethe shown on the plans or drawings or in the statements or specifications and that he assumes respon-
rk done by his agents, serva
In consideration of the issuance me of this permit I agree to perform the work covered hereunder in compliance with all ordinances and regulations
pertaining -reto aid in strict con ///...lty with the plans, drawings, statements or specifications submitted to the proper authorities of Miami Shores Village.
In accep ' _, his .1 mit —s • Sonsibility for all work done by either, myself, my agent, servant or employee.
/ 8637A200 06/13/B7 T OTL 270.@0
ill CONTR•C's f BUILDER
MIAMI SHORES VILLAGE, FLORIDA
ork to be performed under this P
ies C1/
BY
Date
b
Contra
Li - se No
vv4 1.)et7t Ar'% L#
19
q
Valuri of 11 Amount of
Project $ j 11 Permit $
AUTHORITY
(INSPECTOR) BY
107
IuGUA: fq,rs Y7/a
ogre)/s
a wt47;44- ee/,
1<k ASE BJ 64"a
ro -fa4Ak Lui21A
Cam. ?7i37,
174 N.E. 96th Street
Miami Shores, FL 33138
1987 $
1988 $
1989 $
I would like to pledge $
specify):
Other comments:
Date:
Name
Title:
Organization:
Address:
Telephone:
VILLAGE OF MIAMI SHORES
DOWNTOWN REVITALIZATION BOARD
PLEDGE
I support the work of the Miami Shores Downtown Revitalization Board and
pledge the following sums to help finance the Board's operations:
I would like to pledge $ to the Shores Theater Committee and
its efforts to improve the theater.
for the following special project (please
I cannot pledge cash, but I am willing bp pledge the following goods and
services:
Signed:
(305) 754 -7660
DAI}F t'OUN I V
, n
STATEMENT OF COMPLIANCE:
ROOF /CEILING INSULATION:
MFGR: Thermex of Jacksonville
MATERIAL. Paramount Cellulose Fiber
N_ 2943
CERTIFICATION OF INSULATION INSTALLATION
SUBMITTED TO THE B & Z DEPARTMENT ON
DATE
BY'
(PLEASE, PRINT LEGIBLE)
METROPOLITAN DADE COUNTY • FLORIDA
BUILDING AND ZONING DEPARTMENT 1 1
BUILDING PERMIT # d`'7 D' JOB ADDRESS C I Za N ` 6
We, the undersigned, hereby certify that the thermal insulation has been installed in the above
referenced building in compliance with the State of Florida Model Energy Code, the approved plans
and specifications, and in accordance with good construction practice. The insulation furnished and
installed is of the type indicated below:
INSULATING CONTRACTOR CC #t 029980 -8
MASONRY WALL INSULATION: PARTITION OR FRAME WALL INSULATION:
MFGR. Thermex of Jacksonville
MATERIAL. Paramount - Cellulose
THICKNESS: 3/4 of an inch
*DENSITY. Spray -on LB /FT
R - VALUE 3
# BAGS /100 S F • N/A
INSULATION: (OTHER)O&
R -19 Fiberglass
R -11 Fiberglass
LB /FT
THICKNESS* 5 Inch VS
*DENSITY. 2.8 LB /FT 4-6 i" ,.,A, E D-‘■ ietN9 � ' LB /FT
R - VALUE: R -19
# BAGS /100 S.F.: 30.5
BUILDER'
T •
k .•,.
R'�SIGNATURE
SIGNATURE
. 4
INSTALLED BY Santa Rosa All Weather Ins.
COMPANY NAME
COMPANY NAME
BUILDING CONTRACTOR CC #•
CERTIFIED ON
CERTIFIED O
LICENSED CON
LICENSED CO ACTOR'S SIGNA
N' A$
DATE
•Densities of spray -on, loose fill, or other composed -on -site insulation materials shall be the P.C.F. (LB /FT average of three (3) "dry samples" of actual
installation.