HomeMy WebLinkAbout94-3894
BUILDING PERMIT
/; $/.J~
ELECTRICAL
CITY OF ZEPHYRHILLS
(813) 788-6611
~':r: ov
Permit N ~
_ 389413
7J(;- SL>, ro
L/61.~7J
BUILDING
Date J -S-Y'I
PLUMBJNG
--30, cri)
MECHANICAL
Sewer Conn ~ J. 7 t-, tJo,
Water Conn: 35-0.. tr[)
Water Meter: / b..!.'. tIV
{)J
::~:::,~,:~e:;jf;~Yi!!~
Parcell.D, # ls.--:;J.6 -.)./....J - 0" 33
Zoning:
Description of Work
NO OCCUPANCY BEFORE C.O.
FINAL
DATE
Complete Plans. Specifications and Fee Must Accompany Application,
All work shall be performed in accordance with City Codes and Ordinances,
'/?.I! ~~ r-~ -'l5-?~JJ: ytf<f-O JJ
Permit Fee t I ) . tYb
Valuation or - ~
Contract Price .5 5. UO, OV Signature /' l)),~^^- M.
,
Company
Address
Telephone#
c.o.
DATE
Inspector
'R Yt'l"t--\.-
City License Registration #
State Certified License#
,Q'f ~
~ ~~,q4..Jj7(8~M
~~/}U~ ~:I?"'-J~-"Lt':/3.JvJw/J1. r-#~MJl.VYt
ELECTRICAL I"? PLUMBING /07 MECHANICAL 77
BUILDING
Ftr.
Pre SLB
Lintel
FRM.
Insul. CL
WL
Tp. Servo
Rough In
Meter can-...l-d-9Y
Const. Pole
Pool
Pre-Meter
Final
SLB
Tub Set
Water
Sewer
Final
Breakers
Ducts Insl.
Compressor
Final
Driveway
REINSPECTION FEES: When extra inspection trips are necessary due to anyone of the following reasons, a
charge of Fifteen and 00/100 Dollars ($15.001 shall be made for each trip for each trade:
a.
b.
c.
d.
e.
f.
g.
Wrong Address
Condemned work resulting from faulty construction.
Repairs or corrections not made when inspection called.
Work not ready for inspection when called.
Permit not posted on job site.
Plans not at job site.
Work not accessible.
va. d.,-]-9~
The payment of inspection fees shall be made before any further permits will be issued to the person owning
same.
~ Lfr\'8
Department of Community Affairs - FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION
FORM 600A-93 Residential Whole Building Performance Method A CENTRAL 4 5 6
~'5 i 1 \i E \l
CI17CLc
-
k 0 \ '~ '~
BUILDER: cu-S cELL 'yv\. \.$ ,Ow I-!
PERMITTING CLIMATE rvr D D
OFFICE: 2 EPH'{Q H \ Ll5. ZONE: 4 L.J 5 6
PERMITNO,~ JURISDlcnONNO.: ~
ELL VV\ .BQOLNk(
1. New construction or addition
2. Single family detached or Multifamily attached
3. If Multifamily-No. of units covered by this submission
4. If Multifamily, is this a worst case (yes / no)
5. Conditioned floor area (sq. ft.)
6. Predominant eave overhang (ft.)
7. Porch overhang length (ft,)
8. Glass type and area:
a. Clear glass
b. Tint, film or solar screen
9. Floor type and Insulation:
a. Slab on grade (R-value + perimeter)
b. Wood, raised (R-value + sq. ft,)
c. Concrete, raised (R-value)
10. Net Wall type, area and insulation:
a. Exterior: 1. Concrete block (Insulation R-value)
2. Wood frame (Insulation R-value)
3. Steel frame (Insulation R-value)
4. Log (Insulation R-value)
b. Adjacent: 1. Concrete block (Insulation R-value)
2. Wood frame (Insulation R-value)
3. Steel frame (Insulation R-value)
4. Log (Insulation R-value)
11. Ceiling type, area and insulation:
a. Under attic (Insulation R-value)
b. Single assembly (Insulation R-value)
12. Air distribution system:
a. Ducts (Insulation + Location)
b. Air Handler( Insulation + Location)
13. Cooling system:
(Types: central-split. central-single pkg,. room unit. PTAC" none)
14. Heating system:
(Types: heat pump. elec. strip, nat gas, LP, gas, room or PTAC. none)
15. Hot water system:
(Types: elec.. natural gas. solar, LP, gas. none)
16. Hot Water Credits:
a. Heat Recovery (HR)
b. Dedicated Heat Pump(DHP)
17. Infiltration practice: 1,2 or 3
18. HV AC Credits (Type in Letter designation: CF-Ceiling Fan, CV-Cross vent,
HF-Whole house fan, AS-Attic radiant barrier, M2.MultilOne)
19. EPI (must not exceed 100 points)
a. Total As-Built f)oints
b. Total Base points
EPI = To'al As,Built points X 1 0') I
Total Base points
-1_
Please Type CK
1. NEW c..ON
2. 5F'D
3. N-A
4. N-'A
5. 12.4-'K sq. ft.
6. I .~ ft.
7. (,.0 ft.
Single Pane Double Pane
8a. qS sq. ft. sq, ft.
8b. sq, ft. sq. ft.
9a. R= 2- , I. ft.
9b. R= , sq. ft.
9c, R= , sq. ft.
10a-1 R= I'G sq. ft.
10a-2 R= II sq. ft.
10a-3 R= sq. ft.
1 Oa-4 R= sq. ft.
1 Ob-1 R= sq. ft.
10b-2 R= \ \ ( \ c() sq, ft.
10b-3 R= sq, ft.
10b-4 R= sq, ft.
lla. R= IL1 sq, ft.
llb. R= sq. ft._
12a. R= G L:-
. ~ , __ (condJuncond.)
12b. R= (,. ,.c:- , __ (condJuncond,)
'"' -' --
13a. Type: C.t='f...ITd? i4 I -;;::. p<... q- --
13b. SEER/EERlCOP: 10 ---
13c, Capacity: ?.~~, (") 'M ?'\.', ---
14a. Type: \-i E '.-1T p\.) \'.\ ?
14b. HSPF/COP/AFUE: I '0 /3.' 0 )-
14c. Capacity: 2...L: L-:> yY\ 'b '"
15a. Type: I:':.L\=C
15b. EF: . ?5 c1 --
16a. _,H' \4
16b. -tft~\
17. -L._ ___ ---
18. CF TRF
,
J..g - { ,- I
. L::. :;:::, :J
-, - -.......... 1,--
19.3. If ell \
19b. ...b,'1 "'~J:..:L__
----
::'_-_'_'--'-.--~,n'~dA.._.~._.~_~",..J
_~~'4.",_---...___",-..- . _........__._
Revkfw of plans arld specifications covored by Ihi;:; calculation indicaws cOI1;pliJ.i1ce with
tho Florida EnOfgy Code. Befor onstruction is comrAeh;;;d, this building will boa inspeclcd
lor compliance in accordan Secti .908, F.S, ""
DATE:
. SUMMER CALCULATIONS
GLASS
AREA x
N
NE
E
SE
S
SW
W
NW
U) H'
U)
:5
Cl
BASE
SUMMER =
PT, MULT,
82,2
82,2
82,2
82,2
82,2
82.2
82,2
82.2
82,2
BASE
SUMMER
POINTS
\
CLIMATE ZONES 4 5 6
GLASS ! SINGLE-PANE -' DOUBLE-PANE .l SUMMER lAS-BUILT
SUMMER POINT MUL T, OR SUMMER POINT MUL T. x OVERHANG = GLASS
AREA CLEAR TIN"r CLEAR TIN"r FACTOR (6A-l) SUM. PTS
N 2(" (51.0) 51.5 47,8 43,5 .C::.~ '1 ft.-;
NE n.!, 76,6 71.7 63,4
E \4 (109,V 107.1 102,0 87,3 . '15 1+57
SE fT2. 110.3 104,1 89,4
S S-S (100, 2..J 98.3 90,9 78.8 . CJ I r;o I'~
SW 112.9 110,3 104.1 89.4
W 109.2 107.1 102,0 87,3
NW 77.2 76.6 71.7 63.4
H' 367.7 303.3 324.6 238.1
,15
COMPONENT
DESCRIPTION
EXTERIOR
~ ADJACENT
~
rn EXTERIOR
g ADJACENT
AREA
TO
g
4.8
1.6
~
AS.BUIL T
GLASS
SUBTOTAL
,'':2 5??
~
AS-BUILT
SUMMER
POINTS
12-(
"'- ~;:...- ,
~
:r~
~
(( G
'2""1
II~'\~~)I
1=
Lj-' .8
I, (;J
'2..0
\11
..,
"
~
0: SLAB (PERIMETER f G ,S -31.8 - 5? L.t:1 I s -0- (t. IbS" --~<,\ ,q - ..:.-" "?~ (~ ....~.
0 RAISED (AREA) .3.43 I
0 I
-'
LL FOR SLAB ON GRADE USE PERIMETER LENGTH AROUND CONDITIONED FLOOR. FOR RAISED FLOORS USE AREA OVER UNCONomoNED SPACE,
--
Cl UNDER ATTIC f7-4'l. ,6 1/6 1< - \ C,\ I '2.c( '<. \, \ J 4.L '-
z OR SINGLE .6
:J
W ASSEMBLY
u BASE CEILING AREA EQUALS FLOOR AREA DIRECTLY UNDER CEILING, AS.BUILT CEILING AREA EQUALS ACTUAL CEILING SQUARE FOOT/;CE.
'f'
TOTAL COMPONENT BASE SUMMER POINTS I '2- 5,1"Vl
l"~----'-'_.J
TOTAL BASE BASE
x SUMMER = COOLING
POINTS POINTS
25~7J'6 r'.t:::.';>o
''''L.,..I ) 0
INFILTRATION
COOLING
SYSTEM
HOT
WATER
SYSTEM
BASE COOLING
SYSTEM
MULTIPLIER
,37
10,9
BASE
HOnVATER
MULTIPLIER
3527
v
LQ,~r
\'<
BASE
= HOT \'JATER
POiNTS
"054-
AS-BUILT
HOT WATER
SYSTEM DESC,
I
;:2,
AS'BU!Lf-r-AS~BUilTl
I1WCM == HOT WATER
POiNTS
i(
'H = HORIZONTAL GLASS (SKYLIGHTS)
2FOR GLASS WITH KNOWN SHADING COEFFICIENT, SEE SECTION 1.1 OF APPENDIX C, TINT MULTIPLIERS MAYBE
USED FOR GLASS WITH SOLAR SCREENS, FILM, OR TINT,
-2-
SUMMER POINT MULTIPLIERS (SPM)
CLIMATE ZONES 4 5 6
6A.l SUMMER OVERHANG FACTORS (SOl ) FOR SINGLE AND DOUBLE PANE GLASS.
~r OH RATIO ,00',11 ,12-,17 ,18-.26 ,27-,35 ,36-,46 .47-,57 ,58-,70 .71-,83 .84-1.1 8 1.19-1.72 1.73-2.73 2,74+
N 1.00 ,94 ,91 ,87 ,83 ,79 ,75 .72 7,69 ) ,62 ,56 .50
NElNW 1.00 ,94 ,91 ,85 ,79 .72 ,68 ,63 :sa ,50 .40 ,36
t)a: ENJ 1.00 (95) ,92 ,85 ,78 ,70 ,64 ,58 ,52 .42 ,33 ,26
wO
ml SE/SW 1.00 ']3 ,90 ,81 ,72 ,62 ,55 .49 .42 ,33 ,27 .22
S 1,00 1,91) ,87 ,77 ,67 ,57 ,50 .45 ,39 ,32 ,28 ,25
. nft )-f(' 1'0 ft :>It 3ft 3'0 ft. ~'hft 5',1, ft 6',1, ft, Q'h ft 14ft 20ft,+
'To select bv OvertJano Lenoth no Dart of olass shall be more than 8 ft. below the overtJann,
6A-2 WALL SUMMER POINT MULTIPLIERS SPM
FRAME
R-VALUE
0-6,9
7-10,9
11-12,9
13-18,9
19-25.9
26& U
WOOD
EXT ADJ
6.4 2,2
2,3
1.9 ,7
1.7 ,6
1.0 ,3
,6 ,2
STEEL
EXT ADJ
8,9 2,9
4,1 1.3
3.0 1.0
2,8 0,9
2.4 0,8
1.3 0.4
CONCRETE BLOCK'
INT. INSULATION
NORMAL wr.
EXT ADJ
2,5 ,9
1.4 .7
1.0 ,6
,8 ,4
,3
,2
,1
6A-4 CEILING SUMMER POINT MULTIPLIERS (SPMl
UNDER A mc SINGLE ASSEMBLY CONCRETE DECK ROOF
R-VALUE SeM R-VALUE SPM CEILING TYPE
19-21.9 (1.1) 10-10,9 3,0 R-V ALUE DROPPED EXPOSED
22-25,9 '-:9'" 11-12,9 2,7 10-13,9 3,0 3,3
26-29,9 ,7 13-18.9 2.4 14-20.9 2,0 2,1
30.37,9 ,6 19-25.9 1,8 21 & Uo 1.4 1.3
38 & Uo .4 26-29,9 1.1
30 8. lIn Oll
6A-S FLOOR SUMMER POINT MULTIPLIERS ISPMl
SLAB-ON-GRADE RAISED i' RAISED WOO[)2
POST OR PIER STEM WALL wI UNDER
EDGE INSULATION CONCRETE (i CONSTRUCTION FLOOR INSULATION ADJACENT
R-VALUE sma R-VALUE SPM Ii R-V ALUE SPM SPM SPM
0-2,9 1 -31.9 ) 0-2.9 -1.0 H" 0-6.9 0,9 -5.8 5,3
3.4,9 '=3t:g' 3-4,9 -1.7 it 7-10.9 -1.1 -2,8 2.1
5-6,9 -31.7 5-6.9 -1.7 11-18,9 -1.0 -2.2 1,8
7 & Iln -31 R 7 !l.lln -17 198. IJn .09 -1 R , 1.0
6A-3 DOOR SUMMER POINT MULTIPLIERS SPM)
DOOR TYPE EXTERIOR ADJACENT
WOOD
7,2
2.4
INSULATED
6A-6 INFILTRATION SUMMER POINT MULTIPLIERS (SPM)
INFILTRATION PRACTICE SPM
SEE TABLE 6A-21
PRACTICE #1
PRACTICE #2
6A-7 DUCT MULTIPLIERS (oMl
RETURN DUCTS RETURN DUCTS
R-V ALUE IN UNCONDITIONED SPACE IN CONDITIONED SPACE
SUPPLY DUCTS IN 4,2.5,9 1.14 1.10
UNCONDITIONED SPACE 6.0-6,6 (1.107 1.07
6.7 & Uo 1.09 1.06
,SUPPLY DUCTS IN 4.2-5,9 1.10 1.00
CONDITIONED SPACE3 6.0-6,6 1,07 1.00
6,78. Uo lOR 10n
e :.-8 COOLING SYSTEM MULTIPLIERS (CSM
SYSTEM TYPE
Central Units (SEER)
COOLING ~YSTj:MMULTIPb!;8H~SM)_ __. _,_ __,
Ratin 7,5-7,9 8,0-8.4 8,5-8.8 8.9:~94~ ~5-9,9 10.0-1.4 10.5-1Q~~lLQ:J!A.. JU:11JL J2,0.:1~.1
.CSM .4~_ ---..A3 __,<lil _,~ll._~. ~_~~~__ ~4. ~_._]L_ --'-~_.-----,f.8_
PTAC & Room Units (EER) Rillir!g 12.5-12,9 13,0.13.4 13,5-13.9 14.0-14.4 14,5.-.14.9 15,0-15.4 1 '. ,9 J.M.16J 16.5...-16.9 lZJl-17.4 17-,~~..lJ~
CSM ,27 ,26 ,25 ,24 .24 ,23 ,22 ,21 ,21 .20 ,19
MINIMUMS: CENTRAL UNITS-AIR COOLED SPLIT SYSTEM 10.0 SEER. SINGLE PKG. 9,7 SEEA''-Gi10UND WATER HEAT PUMP 11.0 EEA. PTAC::'SEE TABLE 6-2
6.<\-9 HOT WATER MULTIPLIERS HWM
SYSTEM TYPE
Electric Resistance
EF
HWM
EF
HWM
HWM
.43-.47 . .48-.49 ,59.-2.1
2974 2664 2558
3638 3259 3129
,80-,81
3879
,5::::,53
24~
3009
HOT WAT,r;R MU!J'IPLlI;.R~HWM_
,82-,83 ...&1:Jl~ ,86.-,87 ,8 ~" 0 8,91..93
3785 3695 ~2.Q~ !...lL')71. --.1411
,54-,& ,56-.57 ..J?.8:,,~9 :60-,\,- ,61:,,~3
23~1L 2284 22"2_ 21~. _f.Q~L
2897 2794 26 T 2607 2523
.94-,96
33Qg
.64:,65
_1998_
2444
,97 &JJQ
~?_OQ-
,6~.!.!JQ
_1[l,1~_
2370
Natural Gas
LP Gas
1 FOR MULTIPLIERS FOE OTHER TYPES OF CONCRETE BLOCK CONSTRUCTION SEE SECTION, i OF APPENDIX C, 2 MULTIPLIER" JR OTHER TYPES OF RAISED WOOD ASSEMBLIES SEE
SECTION 3,1 OF APPENDIX C, 3 DUCTS IN CONDITIONED SPACE NEED TO BE INSULATED ONLY TO THE R-VALUE NECESSARY TO PREVENT CONDENSA,!ON,
.3-
. ~ri \,ALCULATIONS
GLASS x
AREA
N
NE
E
SE
S 55
SW
W
NW
In H'
In
:s
CJ
BASE
= WINTER
POINTS
CLIMATE ZONES 4 5 6
GLASS ~ SINGLE-PANE OIR DOUBLE-PANE I WINTER I AS.BUi...
AREA WINTER POINT MUL T, WINTER POINT MUL T, x OVERHANG = GLASS
CLEAR TINf2 CLEAR TINf2 FACTOR (6A-10) WIN. PTS
N Z&, (g.&) 9,6 5.6 6,1 \,7 r -s 00
NE ~- 7,3 3.5 4,2
E \4- (- 2, ?/ - 2,0 - 5,6 - 3.6 'IT -7'2-
SE -loa - 9.7 -13.4 -10.4
S <)5 C-10, g) -10.2 -14.0 -11.0 'q~ - 51 (5
SW -10,3 - 9.7 -13.4 -10.4
W . 2.2 .2,0 - 5.6 - 3,6
NW 7.4 7.3 3,5 4,2
H' -32,1 -28.0 -27,0 -21.5
.15 x
,15
'f'
AS-BUILT
GLASS
SUBTOTAL
- ~ "(
'f'
AS.BUIL T
WINTER
POINTS
OCf r.;
5 I
COMPONENT .l BASE WINTER l BASE
DESCRIPTION AREA x POINT, MUL T, = WINTER
POINTS
EXTERIOR ClII 1.1 loorL
::l ADJACENT <'2'<. 1.8 ~'i? I
~
=
'f' 'f'
[II EXTERIOR ~~ 5,1 /0'1. I I TOJS~(~I ~~D /-i:: ~~ 10"-.. -1
4.0 ,7- '"l'L.
g ADJACENT
0
.--' UNDER A lTIC I 'Z q?, 'Ie 1< - I 7( l'Ui'<, \, 0 I? c,,<
Cl ,6
z OR SINGLE .6
::i
W ASSEMBLY ,6
0 BASE CEILING AREA EQUALS FLOOR AREA DIRECTLY UNDER CEILING, AS,BUIL T CEILING AREA EQUALS ACTUAL CEILING SQUARE FOOTAGE.
'f'
'f'
'f'
SLAB (PERIMETER \ t. <: .1.9 -'<,ILL <~ - f') _ (-r 1 (~~ '2-'''''5 "+ I ~
a: RAISED (AREAl . ,2
0
0
.....
u..
FOR SLAB ON GRADE USE PERIMETER LENGTH AROUND CONDITIONED FLOOR. FOR RAISED FLOORS USE AREA OVER UNCONDITIONED SPACE.
INFILTRATION
4.1
'f'
HEATING
SYSTEM
-'
oc(
b
I-
'f'
(1 '? '6 I
....J
I I
BASE
HEATING
POINTS
,3/0
AS.BUIL T
HEAm:3
POH'JTS
x x x
r-
AS-BI':..T
+ HEA- JG
PO!: S
r
~?~t!.~...."J
po' ';,
Enle: J 1_
\ I' :.. I.
2FOR GLASS WITH KNOWN SHADING COEFFICIENT, SEE SECTION 1,1 OF APPENDIX C, TINT MULTIPLIERS MAY 3E
USED FOR GLASS WITH SOLAR SCREENS, FILM, OR TINT,
-4-
..... ~ . _01 POINT MULTIPLIERS (WPM)
CLIMATE ZONES 4
"', WINTER OVERHANG FACTORS (WOF)
'.
OH RATIO I ,00-,11 I ,12-,17 I ,18-,26 I ,27-.35 I ,36-,46 I ,47-,57 I ,58-,70 I 71-,83 ,84-1.18 1.19-1.72 11.73-2.73 2,74+
SINGLE PANE GLASS ~
N 1.00 1.03 1.05 1.08 1,10 1.13 1.15 1.18 ( 1,20) 1.24 1.29 1.34
NElNW 1.00 1.07 1.10 1,15 1.20 1.25 1,30 1.35 T39 1.50 1.59 1,67
Em 1.00 (':71.'/ ,57 ,19 -,20 -,65 -LOS -1,48 -2,03 -3,01 -4,06 -5.04
> SEJSW 1.00 ,93 ,90 ,80 ,68 ,54 ,39 ,22 ,05 -.33 -.71 -1.01
r:D
t;a: S 1.00 /':95 ./ ,92 ,83 ,70 ,54 ,36 ,13 -,13 -,70 -,98 -1.09
~[ - DOUBLE PANE GLASS
N 1.00 1.05 1,07 1.11 1,14 1.18 1.21 1.24 1.28 1.34 1.40 1,47
NElNW 1,00 1.11 1,16 1.24 1.32 1,41 1,48 1.56 1.63 1.80 1.94 2,08
Em 1.00 ,88 ,82 ,66 .50 ,31 ,15 -,03 -.26 -.66 .1.10 -1.50
SEJSW 1.00 ,95 ,92 ,85 ,76 ,65 .54 ,41 ,28 -,01 -,30 -,52
S 1,00 ,96 ,94 .87 .78 ,65 ,51 ,33 .13 -,30 -.51 -.60
OH LENGTH" Oft 1 ft 1V2ft 2ft 3ft 3%fl. 41f2fl. 51f2fl. 61f2ft 9V2ft, 14ft. 20ft,+
'TO SELECT BY OVERHANG LENGTH, NO PART OF GLASS SHALL BE MORE THAN 8 FT, BELOW THE OVERHANG.
6A.11 WALL WINTER POINT MULTIPLIERS WPM
FRAME
WOOD
EXT ADJ
6,8 5.3
2.5 2,1
2.0 ,8
1.8
1.1
,7 '
CONCRETE BLOCK1
INT. INSULATION
NORMAL WT.
EXT ADJ
6,0 3,1
3,8 2,3
2,9 1.9
,3 1.5
,5 1.1
,8 ,7
,5 .5
6A-12 DOOR WINTER POINT MULTIPLIERS rw 6A-13 CEILING WINTER POINT MULTIPLIERS (WPMl
DOOR TYPE EXTERIOR ADJACENT UNDER ATTIC SINGLE ASSEMBLY CONCRETE DECK ROOF
R-V ALUE WPM R-V ALUE WPM CEILING TYPE --
WOOD 7,6 5,9 19-21.9 ( 1.0 ) 10-10,9 1.8 R-VALUE DROPPED EXPOSED
22-25,9 ,9 11-12,9 1.6 10-13,9 1.2 1.3
INSULATED C0 @ 26-29.9 ,7 13-18.9 1.5 14-20.9 ,7 .7
30-37.9 ,6 19-25,9 1.1 21 & Up ,4 .3
38 & Up ,4 26-29,9 ,6
~o P. Un 4
6A-14 FLOOR WINTER POINT MULTIPLIERS /wPM\
SLAB-ON-GRADE He RAISED RAISED WOO[)2
EDGE INSULATION CONCRETE POST OR PIER STEM WALL wi UNDER ADJACENT
CONSTRUCTION FLOOR INSULATION
R-VALUE WPM R-VALUE WPM R-V ALUE WPM WPM WPM
0-2,9 12:5 ') 0-2,9 4,0 0-6,9 7,9 1.8 5.3
3-4,9 '-:r.f 3-4,9 1.8 ; 7-10,9 2,1 .7 2,1
5-6,9 -2,4 5-6,9 1.1 ,i 11-18,9 1.5 ,5 1.8
7 R. Iln -?7 7 P. Un R HIP. Iln Q ,3 1 n
PM)
6A-16 DUCT MULTIPLIERS IOM\
RETURN DUCTS RETURN DUCTS
R-VALUE IN UNCONDITIONED SPACE IN CONDITIONED SPACE
SUPPLY DUCTS IN 4,2-5,9 1.14 1.10
UNCONDITIONED SPACE 6.0-6.6 rl,10) 1.07
6,7 & Un 1.09 1.06 ...-
SUPPLY DUCTS IN 4,2-5.9 1.10 1.00
CONDITIONED SPACE' 6,0-6,6 1.07 1.00
f',7 P. Un 1 Of', 100
6A.17 HE;. G SYSTEM MULTIPLIERS IHSM\
SYSTEM T HEATING SYS~L TlPLlERS (HSM
-- '
Central Hea. HSPF 6,40-6,79 6,80-6,89 /6.90-7.39 7,40-7,89 7.90-8.39 8,40-8.89 8,9-9,39 9,4-9,89
Pump Units HSM ,53 .50 "- .49 ../ ,46 .43 ,41 ,38 ,36
HSPF 9,90-10.39 10.40-10,89 10,90-11.39 11.40-11.89 11,90-12.39 12,40 & up
HSM ,34 ,33 .31 .30 .29 .28
PTHP COP 2.50-2,69 2.70-2,89 2,90-3,09 _1JO-3.29 3,30-3.49 3,50-3,69 3,70-3,89 3.90-4.19
HSM ,40 ,37 ,34 .32 ,30 ,29 ,27 ,26
Electric Stnn 1.0
Gas & LP Gas 1,0 (See Table 6A-18 for Credit Multiplierl
MINIMUMS: CENTRAL UNITS-AIR SOURCE SPLIT SYSTEM 6,8 HSPF, SINGLE PKG, 6.6 HSPF, WATER SOURCE 3,8 COP, GROUND WATER SOURCE 3,4 COP, PTHP SEETABLES 6-6 TO 6-8,
6A-1S INFILTRATION WINTER POINT MULTIPLIERS (WPM)
INFILTRATION PRACTICE WPM
SEE TABLE 6A-21
PRACTICE #1 6.2
PRACTICE #2 4.1
1 FOR MULTIPLIERS FOR OTHER TYPES OF CONCRETE BLOCK CONSTRUCTION SEE SECTION 2,1 OF APPENDIX C, 2 MULTIPLIERS FOR OTHER TYPES OF RAISED WOOD ASSEMBLIES SEE
SECTION 3,1 OF APPENDIX C, 3 DUCTS IN CONDITIONED SPACE NEED TO BE INSULATED ONLY TO THE R-VALUE NECESSARY TO PREVENT CONDENSATION,
-5-
, ADIJ. i .JNAL TABLES
CLIMATE ZONES 4 5 6
6A.18 HEATING CREDIT MULTIPLIERS (HCMI
SYSTEM TYPE HEATING CREDIT MULTIPLIERS ~M)
Attic Radiant Barrier HCM ,98 -
Multizone HCM .95
Natural Gas AFUE ,68-.72 ,73-,77 ,78-,82 ,83-,87 ,88-,92 ,93 & Up__
HCM ,61 .56 ,53 ,50 .47 .44
-- -
LP Gas HeM .77 .72 .67 .63 ,60 .57
6A-19 COOLING CREDr'.WL TIPLIERS CCM)
~YSTEM TYPE . COOLING CREDIT MULTIPLIERS (CCMI
Ceiling Fans r:as* )
~ross Ventilation -:95' . 'Credit may be taken for only
Whole House Fan ,95' one of these system types concurrently,
Multizone .95
Allie Radiant Barrier ,95
j"
_-.SYSIEMl'lPL
Heat Recovery Unit
Dedicated Heat Pump
UEBS1!iWCMl.
----.l:IeatEu..m.lL-
~5-" ' L--+--=:.a:s..UP- _
2~29 ..3 3~:--'.o~E"~_.
A HWM MUST BE USED IN CONJUNCTION WITH ALL HWCM. SEE TABLE 6A.9, EF MEANS ENERGY FACTOR
HOLWAIER..CBED
'r..GonditiQner
Solar
6A-21 INFIL TRA-TION REDUCTIO; I PRACTICE COMPLIANCE CHECKLIST (SEE SECTION 6061
COMPONENTS SECl iON REQUIREMENTS FOR EACH PRACTICE CHECK
PRACTICE 1/1 606,1 COMPLY WITH All INFilTRATION PRESCRIPTIVES,
Windows Maximum of 0,34 CFM oer linear foot of ooerable sash crack (includes slidina alass lJors):
Exterior & Adiacent Doors Maximum of 0,5 CFM oer sa, ft. of door area' solid core, wood oanel insulated or alass doors onlv,
Exterior Joints & Cracks To be caulked. aasketed weatherstriooed or otherwise sealed,
PRACTICE #2 606,1 COMPLY WITH #1 AND THE FOllOWING:
Exterior Walls and Floors Too olate oenetrations sealed, Infiltration barrier installed, Sole olate/floor ioint caulked or sealed,
Exterior Walls & Ceilinas Penetrations ioints and cracks on interior surface caulked sealed or oasketed,
Ductwork Ductwork in unconditioned soace must be sealed,
Fi replaces Eauiooed with outside combustion air doors, and flue damoers,
Exhaust Fans Eauiooed with damoers, Combustion devices see 606,1.A.2
PRACTICE #3 606,1 COMPLY WITH PRACTICES #1 AND #2 AND THE FOllOWING:
Ceilinas Infiltration barrier installed,
Interior Walls Too oenetrations sealed or ioints & cracks on interior walls caulked sealed or aasketed,
Recessed Liahts Sealed from conditioned & insulated from ventilated attic soaces,
Ductwork All ductwork located in conditioned soace,
Combustion Appliances Be in unconditioned space (except direct vent), draw air from unconditioned space, exhaust
by-products to outside, Combustion cooking appliances see section 606.1.A.3
6A-22 OTHER PRESCRIPTIVE MEASURES (must be met or exceeded bv all residences. I
COMPONENTS SECTION REQUIREMENTS CHECK
Water Healers 612,1 Comply with efficiency requirements in Table 6-11, Switch or clearly marked circuit breaker (electric)
or cutoff (oas) must be orovided, External or built-in heat trao reauired,
Swimming Pools & Spas 612,1 Spas & heated pools must have covers (except solar heated), Non-commercial pools must have
a pump timer. Gas spa & pool heaters must have a minimum thermal efficiency of 78%,
Shower Heads 612,1 Water flow must be restricted to no more than 3 gallons per minute at 80 PSIG,
Air Distribution System 610,1 All ducts, fittings, mechanical equipment and plenum chambers shall be mechanically atl,.!ched,
sealed, insulated. and installed in accordance with the criteria of Section 610, Ducts in unconditior j
attics must be insulated to a minimum of R-6, Air handlers shall not be installed in attics unles In
mechanical closet
HV AC Controls 607,1 Seoarate readilv accessible manual or automatic thermostat for each svstem.
Insulation 604,1,602,1 Ceilinos-Min, R-19, Common walls-Frame R-11 orCSS R-3 both sides, Common ceilino & floors R-11,
RUSSELL BROWN
4718 SILVER CIRCLE
VALUATION: $53,860.00
SQ. FT. LIVING: 1,399
COST/FT: $35.00
SQ. FT. OTHER: 445
COST/FT: $11 .00
VALUATION $53,860.00
DRIVEWAY $20.00
ADDRESS $20.00
FEE SHEET $281 .00
SQ. FT. UNDER ROOF 1,844
RADON GAS $18.44
TRAFFIC IMPACT FEES
99%
1 %
$1,585.00
$1,569.15
$15.85
PERMIT FEES
BUILDING:
PLUMBING:
ELECTRICAL:
MECHANICAL:
SUB-TOTAL:
CREDIT:
TOTAL:
CONNECTION FEES
SEWER:
WATER:
METER:
TOTAL:
461.50
55.00
64.25
30.00
$610.75
50.00
$560.75
1,278.00
350.00
165.00
$1,793.00
GRAND TOTAL: $3,957.19
PHO::Uf . . '120- /15 '24-
Ca.:>fl. T I Z E PH" fC \-\-1 LL$.. ) FL 3:3. ~ q. \
C-I Rc.Li::: Z.EPt{\{fZ HlLLS FL '3.~~ 5 4- (
, ,
E1LOCK__snBDIVISIONJ CH-I4Lr-=OMI V ICLtts.'Jr
i\lP'P(r.'-l[r~"~'lrLO~'D PO"R7:. -,p'f,:~rlnr'T
CrIY OF ZE'rJlH1fc,,!ILU,.3
mrn..1l)J[ 1N1G ])lKIP'.'\mr;;nVNT
Oh"XER 'S NAME 1? U SS6 LL m. 12> R 0 l.v N
Oh"NER'S ADDRESS '6 ~ 3 .s f\- N G:.~ L\A
.1OB ADDRP~S 4, /"'g51 LV ErL
LEGAL DESCRIPTION: I,OY(.S)
PARCEL LDA' ~ECOa D
R..\4 T
'\3oD 1 (" 3:. l
P~G::.6( 0
/lK.Y j'~ jp;1/
r' /~ ;,--,~
.d J (I
h'URK PROPOSED:~CW Const.ruc~ion _Addibon _Alt.eration _Rcpair _Install
_Sign
_DCJriOlish
_~{ove
PROPOSF,D nSE:
~ingle Farmily
_:fit of Unil:s
~H/F
_\A);:r;;.mercial
_Indust.
_Swia. Pool
_Restaurant &
3q I .? .(.), r
BUILDING SIZE: xl+-.::> ,
llealth. DCJl?3:rtmlent Approval
fVI 006L- Hb50UJTE
f 7 D "'). ~. Square Fee t~ .
?Jo~ ok aVES
Height
_~I/H
Other
RESIDENTIAL:
COMHERC"IAL :
ATTACH (2) PLOT PL\lNJS & (2) SEI'S OF BlJlII.DIING PI,AllliS & (1) SET ENERGY FORl'IS. H
ATfACn (J) SE:TS OF' nUUDIINIG PLA1~S & 0) SE7l' EL'i'Ei{GY l'Of\1'15. ~'"
-!!-~COPY OF COITITRACT ImQUJJl[]Ul:J!).
~
PfrnJ!'fiTS RF..QUE'sTf::n
t./BUILDING
~ECTRICAL
/HEClIl\.lN"I CAL
~;UI'rnTNG
$
Valuation of Total C"..o!1S !true 1: ion
~lorida PO\."C:c C{) rp .
100
AH'P Service
Vahll-atioli. of iHechanic.ll :rrlstallation
_W.R.E.C.
$
ROOYI:NG
SPF:CIALTY
GAS
TYPE OF CONSTRUCTION: v1Uock _I1'ramlc _St~eel
ITNlISHED FLOOR ELE\"ATIO:N.'S: I) 1'1" _
IS PRo..TECT IN PT...oOD Z.ONE. AREX?
YES
~
NO
~~~~~~~~~~~~~~~*~~tt*~*t~~**~~~~~~*~~~~~**
OOfiRl\C'fOIR SRCY'IOr:
RUILDER
Y! USS EL(....
q~
fYl, q;; U5lA^-
OlM'll> AJlll1Y
State CcrL or Regist. *'
City I.icense Registration
Signat~ure
~~~~*~~~~~~~*~~*~~~*~~***~~~~*~~~~~*~~~~~*
ET.ECTRlCIAN
OOOl!)["l\]'{Y
9.. U S.5 (;:; L-L
Q~
Wl. 2>~
S!:ate GcrL or RegisL 'F
City License Registr,ation
Si!':Tlature
~**~~~~~~t*tt~*~~~~~~~~~~~~~~~~~*~~~~~~~~~
PUJ!MBER
CO'MPANY
Y2uS5~CL
~n1.S3~
St:..ate Ccrt. or Regist. iF
City Licc:nse Reg-i s tra tion *i
S ign.-"l ture
~~~~~~~~~~~~~~~*~~~~~~~~~~~~*~~~~~~~~~~~~~
NF.:CfJ,\'i'ICi\T C01'WA,,"1lY QU5S 6l_L
. "." ,. N. C) ... _II tl\A, gJ-'~. State Cert. or Regi:sL if.
Signature 'Y..:1..A./~ , rl, YVV--- City I.icensc Registr,ation.
OTIIER () ~ ~J-!l;:';l'-!l;:-!!-*-!k;:!:-!!-*1Ir. .......:::'.......'0.'0'....
tEll / 1'\"", r.:> State C-eTL or Hcgist. :F.
Signat.ure . r Y \ . p~ Citt}'i I"icense Regi:c.;t~1.-altion -#
~~~~~~~~~~~~~~~~*~~~*~*~~~~~~~*~~*~~~~~~*~
APPLICATION Al'I'I<OVIC" BY ~~ ~dIAfC..t-
,Ot.her
rv\ , 13rto Lu (~l
c6..-C D 31 61\
~~ '24- <.
Vt-\, 13fLO Lv- l-J
I:=-dl 001 D 551
# 1 (--..-?
W\ CJ3n.l) LA-Il--.(
,
CcC o3QQQ("
tOI.
tvl" C}3nocv{....(
cl4 C. 64-1 7-64--
I,
I'ElmIT OFFICF.R.
~=: ':. >.: ~..) :~ .,_ ~'~ '~~ :"\' ~:; (=~' ~:.._ r",' .--
P,. tiOT I Cs~l}.s:sIL,B~,r.T\_IG]:J;'-~'\:5c;.
The undersigned understands that this permi t il\i:Y hr.' subject tr. 'dr.i'd rp.~tri::Lc'i':"'" \;:Ii[h roo'! bi.' 0orr. restrictive than Ci ty
regulations. The undersigned assu~es r~spnnsibilily f~T COlp!iancp. Hith ~ny ~rplirahlp. deed restrirtions,
B. \}t:JL I CEESE].) CQL'J..TRB..~I.QI3.f'-..f:~t:L9. CQNTB.~==-IJl[~_J::,r~,flLI~li:if.,-IP.llc..]_L1F~~=~
If the OMner has hired a contractDr or cnntrac\crs to \Inderta~e "ork, they m~y br required to br licensed in iccDrd;1nCp. Hith
state and local regulations. If the contractor is not licensed ~5 required by law, both the ouner and contractor ~ay be
cited for a misdeeeanor violation under state laM, If the owner or intended contractor are uncertain as to "hat licensing
requireeents nay apply for the intended Kork, they are advised to contact the City of Zcphyrhills Duilding Dcpart~ent, (813)
788,6611.
Furthermore, if the owner has hire~ a contractor or contractors, he is advised to have the contractor(s) sign portions of the
"Contractor SectiDns" of this application for "hich they "ill be responsible. If you, as the ONner sign as the contractor,
you are indicating that you, rather than the contractor, are responsible for the uork. If the contractor wishes you to sign
as contractor that may be an indication that he is not properly licensed and is not entitled to per~itting privileges in the
City of 2ephyrhills.
C . T F: A N S F' 0 R T (~) T ION H1 PAC T FEE S A I'm U T IL. I..I::LJ;::.c~~~ji:li~J=LL~ilJuJ:=:J:';tC3
D. CONSTRUCTION LIEN LA~ (CHAPTER 713, FLORIDA STATUTES, AS AMENDED)
I iertify that I, the applicant, have been provided with a copy,of 'Florida's C0nstruc~ion Lien La" - Ho~oowner's Protection
Guide" prepared by the Florida Department of Agriculture and Consumer Affairs. if the, applicant is so~eone other than tho
"oMner', I cortify that I have obtained a copy of the above described document and promise in good faith to deliver it to the
"owner' prior to com~encement.
E. CONTRACTOR'S/OWNER'S AFFIDAVII
I certify that all the information in this application is accurate and that all work will be done in cOlpliance with all
applicable laws regulating construction, zoning, and land development.
Application is hereby made to obtain a perait to do work and installation as indicated. I certify that no work or
installation has co~menced prior to issuance of a permit and that all work will be perfor~ed to leet standards of all laws
regulating construction, City codes, zoning regulations, and land development regulations in the jurisdiction, I also
certify that I understand that the regulations of other governmental agencies may apply tD the intended "ork, and that it is
my r'sponsibility to identify \"ihat actions I must take to be in co~pliance. Such agencies include but are nDt lir.ited to:
t Department of Envirc,ne.:enti:l Requlation ' Cypress Bayheads, Hetland Plreas iJnd Eivliic,n;,enlid 1/ Sensi tive Lands,
Hater/Wastewater Treatment
t South"est Florida Hater Manaqement District - Hells, Cypress Bayheads, Hetland Areas, Alteiing Watercourses
f Ar~y Corps of Enqineers - SeaMalls, Docks, Navigable Waterways '
f Department of Health 1, Rehabilitative Services, Environment;lI Health U_nit - \')e'11s, ;.iasteliatei Treat~ent, Septic Tanks
t US Environ~ental Protection Aqenct - Asbestos abatement
also certify that, if fill material is to be used in Flood Zone "n" Dr "n,ete,', it is understood that a drainage plan
addressing a 'compensating volume' Mill be sub~itted which is prepared bv a professional engineer registered in the State of
Florida prior to per~it issuance.
A perait issued shall be construed to be a license to proceed with the "ork and not 25 authority to violate, cancel alter, Dr
set aside any provisions of the technical codes, nor shall issuance of a permit provent the Building Official fro~ thereafter
requiring a correction of erfors in plans, construction, or violations of any code, Eveiy perlit issued shall bocole invalid
unless the Mork authorized by such perait is com~enced within six months of issuance, Dr if uark authorized by the permit is
suspended or abandoned for a peiiod of six lonths after the time the work is cO~5enced. One 90 day ExtensiDn of tile, aay be
allowed for the perlit ~ith fee charge of $15.00. The extension shall be reqUEsted in "riling to the Building Official, An
approved inspection pust be logged during each six ~onth period, Dr the project Hill he conSIdered abandoned.
HARNING TO OHNER: YOUR FAILURE TO RECORD n NOTICE OF COMMENCEMENT MAV RESULT III YOUR PAVING T~ICE FOR IMPROVEMENTS TO VOUR
PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT HITH YOUR LENDER OR AN ATTORNEY DEFORE RECORDING YOUR NOTICE OF
COMMENCEMENT. JODS UNDER $2,500 IN VALUE DO NOT NEED TO RECORD AND POST n 'NOI1CE OF COMMENCEMENT'.
_,~ ,.n6,,'B>~
SIGNATURE: OWNER OR AGENT
SIGNATURE: CONTRACTOR
STATE OF FLORIDA
COUNTY OF Pasco
The foregoing instrument was acknowledged
befono> me this , 19_ by,
STATE OF FLORIDA
COUNTY OF P as co '
The foregoing instrument was acknowledged
befc,,'e me: thisFebruary 25" lq~ by
Russell M. Brown
viho i 5 p['r'C::',:,,-,,~d 1 y knc".-m tc, me ~XXXJj{"(!X:ii)X\kX
~~~~~~~~XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX~X
'x<XX1<iXQ{l)OOO():DO~XX~Xi Cj,-,c1 \i!-; 0 Jl!X,o / did no t
. t a'l.#-t- n.l 0 L." a at t h h - -./ ---Ad, ;1
~~~#~-~
( S i 9 Jl a t u ,- e )
Brenda L. Buchana~~
. - _1"- .~~~~.. r.'
\ f,j a m e I y P to? [:, r-',- ..Jf'~'c:CJ ""<'\ '" t c\l(!)f1fK)1AL SEAL
rJQJllgypl'ynJc:. f .~. I ~~E~oD:;i'S~~;~:~~::
....~l Nov. 13,1996
"~:~OFfl.~...'" Comm. No. CC 240110
......
who is personally known to me or who has
produced
as identification and who did/did not
take an oath.
(Signatun?)
(Name Typed, Printed or Stamped)
NOT AF:Y F'UBLI C
C H H L r- Of,,(T- 'v I L \--- I-IS yJ \-I'T .1I. )?)oo \"\ .3 \ P V\ 6~[-_ -/0
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ARTICLE 250 - GROUNDING
70-127 70-128
NATIONAL ELECTRICAl.. CODE
(b) Metal Frame of the Building. The metal frame of the building, where
effectively grounded. .1 , ,
(FPN): Effectively grounded meansintentional1y connected to earth through a
ground connection or connections of sufllciently low ltupedance and having suffi-
cient current-canying capacity to prevent the btilldup ofWltagea that may result in
undue hazard to c:onnected equipment or to pell!lOllS. .
ee) ~ Electrode. An electrode encased by at least 2
H. Grounding Electrode System inches (SO.8 nun) of concrete, located within and near the bottom 'Of a con-
, crete foundation or footing that is in direct contact with the earth, consist-
250-81. ,G~ndlng Electrode System., If available on the premises atl ing of at least 20 feet (6.f m) of one or more bare or zinc galvanized or
each building or structure served, each Item (a) throuJdt (d) below, and any otherelectricaIJy conductive coated steel reinforcing bars or rods of not
made electrodes in accordance with Sections 25O-83'(c) and (d), shall be. less than Ih inch (127 nun) diameter or consisting of at least 20 feet
bonded together to form the grounding electrode system. Interior metall (6.1 m) of bare coppe; conductor nots:Oaller than No.4.
water piping lOCated more than 5 feet (152 em) from the point of entrance , " , . ,
to the building shall not be used as a conductor to interconnect the elec- ,(d) Ground RI.ng. A ground nng encircling the building or structure, m
trodes and the grounding electrode conductor. The bonding jumper shall be direct contact With the ,elJ!th at a depth below earth surface not less than
installed in accordance with Sections 250-92(a) and (b), shall be sized in 2V2 feet (762 nun), COnsISting of at least 20 feet (6.1 m) of bare copper con-
accordance with Section 250-94, and shall be connected in the mannerl ductor not smaller than No.2.
specified in Section 250-115. The unspliced grounding electrode conductor
shall be permitted to run to any convenient grounding electrode available ~~. M~ and. ~ ~ . Where none of the electrodes sp-cc-
in the grounding electrode system. It shall be sized for the largest ground- !fled m Section 250-81 IS available, one or more of !he electrodes specified
ing electrode conductor required among all the available electrodes m (b) throuJdt (d) below shall be used. Where practicable, made electrodes
. . . . .' shall be embedded below permanent moisture level. Made electrodes shall
Exceptton No.1: It s'!aU be J!i!'"l#ted to sI?lice the growtding e~ctrode be free fJ;om nonconductive coatings, such as paint or enamel. Where more
conductor by means of I17'f!Vt;rsible c:ompresslOn-type connectors listed for than one electrode is used, each electrode of one grounding system (includ-
the purpose or the exothennic welding process. ing that used for lightning rods) shall not be less than 6 feet (1.83 m) from
Exception No.2: In industrial and commercial buildings where condi. any other electrode of another grounding system. .
tions of maintenance and supervision ensure that only qualified persons . ,
will service the installation and the entire length of the interior metal water (FPN): ~ or more electrodes, that, are effectively bonded together are to be
pipe that is being used for the conductor is expos(!d. treated as a smgle electrode Iystem m this sense. ," .
(FPN): See Section 547-8 for special grounding and bonding requirements for "(~) ",etaI Underground Gee PlplngS~ A metal underground gas
agncultural buildings. plpmg system shall not be used as a grounding electrode.
,. (b) Other Local Metal Underground SptemI or Structu..... Other local
,(a) Metal Und~ground Water Pipe. A metal underground ,water,plpe In metal underground systems or structures such' as piping systems and
direct contact With the earth for 10 feet (3.05 m) or more (mcludiDg any underground tanks '. ,
metal well casing effectively bonded to the pipe) and electrically continu- . ,
ous (or made electrically continuous by bonding around insulating joints or (e) Rod and Pipe ~ectrodeL Rod and plJ?C electrodes sh~ not be ,less
sections or insulating pipe).to the pomts of connection of the grounding than 8 feet (~.44 m) I~ length and ,shall conSISt of the foUowmg matenals,
electrode condu(;tor and the bonding conductors. Continuity of the ground- and shall be mstalled m the foUowmg manner:
ing path or the bonding connection to interior piping shall not rely on water (1) Electrodes of pipe or conduit shall not be smaller than ~4-inch trade
meters. A metal underground water I?ipe shall be supplemented by an size and, whereof iron or steel, shall have the outer surface galvanized or
additional electrode of a type specified In Section 250-81 or in Section 250- otherwise metal-coated for corrosion protection.
83. The supplemental electrode shall ~ permitted to be bonded to the f2) Electrodes of rods ofiron or steel shall be at least %'8 inch (15.87 mm)
grounding electnx!e conductor, the groUnded servi~-entrance conductor'I' in diameter. Stainless steel rods less than %'8 inch (15.87 mm)in diameter,
the grounded seIVIce raceway, or any grounQed seIVIce enclosure. I nonferrous rods or their equivalent shall be Iisted and shall not be less than
W~re the supple~ental electrode ,is a. made electf!XIe as in Section 2;)0- V2 inch (12.7 om't) in diameter. ",
83(c) or (d), that portion of !he bondmg Jumper that IS the ,sole connection (3) The electrode shall be installed such"that at least 8 feet (2.44 m) of
to the supplemental $founding electr~e shall. not be requaed to be larger length is in contact with the soil. It shall be driven to a depth of not less
than No.6 copper wae or No.4 alununum wae. 'than 8 feet (2.44 m) except that, where rock bottom is encountered, the
Exceftion: The supplemental electrode shaU be permitted to be bonded I electrode shall be driven at an oblique angle not to exceed 45 degrees from
to the Interior metal water piping at a'9' convenient point as covered in the vertical or shall be buried in a trench that is at least 2V2 feet (762 mm)
Section 250-81, Exception No.2.:' deep. The upper end of the electrode shall be flush with or below ground
jumper shall be sized in aCC()rdance with Table 25~95 using the rating of
the circuit that may enersize the piping. .
The equipment grounding conductor for the circuit that may energize the
piping shall be permitted to serve as the bondipg means.
(FPN): Bonding all piping and metal air ducts within the premises will provide
additional safety. ,
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