Drawings_vol_2_Set_3_file.pdf
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- Major Construction Project Seismic Renovate Building 86 Federal contract opportunity
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| File | Type | Posted |
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| 36C10F18R0473-00002014.pdf | ||
| 36C10F18R0473-00002013.pdf | ||
| 36C10F18R0473-00002010.pdf | ||
| 36C10F18R0473-00002012.pdf | ||
| 36C10F18R0473-00002008.docx | DOCX document | |
| 36C10F18R0473-00002011.pdf | ||
| 36C10F18R0473-00002015.pdf | ||
| 36C10F18R0473-00002009.pdf | ||
| Drawings_vol_2_Set_1_file.pdf | ||
| Drawings_vol_1_Set_1_file.pdf | ||
| Drawings_vol_1_Set_3_file.pdf | ||
| Drawings_vol_2_Set_2_file.pdf | ||
| Drawings_vol_1_Set_2_file.pdf | ||
| 36C10F18R0473-025.pdf | ||
| 36C10F18R0473-020.docx | DOCX document | |
| 36C10F18R0473-024.pdf | ||
| 36C10F18R0473-023.pdf | ||
| 36C10F18R0473-021.pdf | ||
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P h.
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6.
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P h.
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1. 2.
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P h.
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P h.
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C on ne ct ed L oa d:
0.
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P h.
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.4
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N ot es
A cc es so rie s:
1. 2. 3. 4. 5.
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A cc es so rie s:
1. 2. 3. 4. 5.
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8.
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To ta l C on ne ct ed L oa d:
P h.
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.9
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To ta l C on ne ct ed L oa d:
P h.
C 9, V A
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.8
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N ot es
A cc es so rie s:
1. 2. 3. 4. 5.
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To ta l D em an d D em an d Ty pe Lo ad s
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G G en er al (N on -C on tin uo us
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To ta l C on ne ct ed L oa d:
P h.
A
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A m ps
P an el C on ne ct ed
L oa d:
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To ta l C on ne ct ed L oa d:
P h.
B
,0
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A m ps
S ub
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0.
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To ta l C on ne ct ed L oa d:
P h.
C 8, V A
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.6
.7
N ot es
A cc es so rie s:
1. 2. 3. 4. 5.
Lo ad Lo ad D es cr ip tio n C on ne ct ed
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To ta l D em an d D em an d Ty pe Lo ad s
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To ta l C on ne ct ed L oa d:
P h.
A 1, V A
A m ps
P an el C on ne ct ed
L oa d:
3.
K
V A
9.
A m ps To ta l C on ne ct ed
L oa d:
P h.
B
1, V
A
A m ps S ub -F ed C on ne ct ed
L oa d:
0.
K
V A
0.
A m ps To ta l C on ne ct ed
L oa d:
P h.
C
1, V
A
A m ps 3.
9.
N ot es
A cc es so rie s:
1. 2. 3. 4. 5.
Lo ad Lo ad D es cr ip tio n C on ne ct ed
S ub fe d
To ta l D em an d D em an d Ty pe Lo ad s
Lo ad s (S
Lo ad s
Fa ct or Lo ad
G G en er al (N on -C on tin uo us
3.
0.
3.
0% 3.
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L
Li gh tin g
0.
0.
0.
5%
0.
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K
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0.
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0.
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H
H ea tin g
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0.
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0.
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C on tin uo us G en er al L oa d
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(V A
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P A
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S S
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To ta l C on ne ct ed L oa d:
P h.
A 8, V A
A m ps
P an el C on ne ct ed
L oa d:
.6 K
V A
.4
A m ps
To ta l C on ne ct ed L oa d:
P h.
B 8, V A
A m ps
S ub
-F ed
C on ne ct ed L oa d:
0.
K V
A 0.
A m ps
To ta l C on ne ct ed L oa d:
P h.
C 5, V A
A m ps
.6
.4
N ot es
A cc es so rie s:
1. 2. 3. 4. 5.
Lo ad Lo ad D es cr ip tio n C on ne ct ed
S ub fe d
To ta l D em an d D em an d Ty pe Lo ad s
Lo ad s (S
Lo ad s
Fa ct or Lo ad
G G en er al (N on -C on tin uo us
8.
0.
8.
0% 8.
(K
V A
T yp ic al
L
Li gh tin g
0.
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0.
5%
0.
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K
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1.
0.
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0% r 1
K
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0.
0.
0.
K K itc he n 0.
0.
0.
0% 0.
H
H ea tin g
0.
0.
0.
0%
0.
M M ot or s 0.
0.
0.
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LM
La rg es t M ot or
0.
0.
0.
5%
0.
W H
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0.
0.
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C
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0.
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0.
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0.
.6
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8V
, 3 P h.
, 4
W
A B us w ith M ai n
Lu g
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A
R M
S
Lo ad
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(V A
)|T yp e (V
A )|T yp e
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N o.
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P h.
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S E
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P A
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S P
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S E
D S
P A
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To ta l C on ne ct ed L oa d:
P h.
A 9, V A
A m ps
P an el C on ne ct ed
L oa d:
.8 K
V A
.1
A m ps
To ta l C on ne ct ed L oa d:
P h.
B 8, V A
A m ps
S ub
-F ed
C on ne ct ed L oa d:
0.
K V
A 0.
A m ps
To ta l C on ne ct ed L oa d:
P h.
C 7, V A
A m ps
.4
.3
N ot es
A cc es so rie s:
1. 2. 3. 4. 5.
Lo ad Lo ad D es cr ip tio n C on ne ct ed
S ub fe d
To ta l D em an d D em an d Ty pe Lo ad s
Lo ad s (S
Lo ad s
Fa ct or Lo ad
G G en er al (N on -C on tin uo us
0.
0.
0.
0% 0.
(K
V A
T yp ic al
L
Li gh tin g
2.
0.
2.
5%
3.
R R ec ep ta cl es to
K
V A
0.
0.
0.
0% r 1
K
V A
0.
0.
0.
K K itc he n 0.
0.
0.
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H
H ea tin g
0.
0.
0.
0%
0.
M M ot or s
.6
0.
.6
0%
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LM
La rg es t M ot or
.6
0.
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0.
0.
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La rg es t I m ag in g
E qu ip m en t
0.
0.
0.
0.
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0.
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7/
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A
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S
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(V A
)|T yp e (V
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S E
D S
P A
C E
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S S
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S P
A C
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U S
S E
D S
P A
C E
To ta l C on ne ct ed L oa d:
P h.
A
,5
V A
A m ps P an el
C on ne ct ed L oa d:
2.
K
V A
1.
A m ps
To ta l C on ne ct ed L oa d:
P h.
B
,0
V A
A m ps S ub -F ed C on ne ct ed
L oa d:
0.
K
V A
0.
A m ps To ta l C on ne ct ed
L oa d:
P h.
C
,0
V
A
A m ps
.5
.7
N ot es
A cc es so rie s:
1.
IM
A G
IN
G
L O
A D
S S
IZ
E
D P
E R
N E
C
.7
2. 3. 4. 5.
Lo ad
Lo ad
D es cr ip tio n
C on ne ct ed S ub fe d To ta l
D em an d
D em an d
Ty pe
Lo ad s Lo ad s
(S
Lo ad s Fa ct or
Lo ad
G G en er al (N on -C on tin uo us
0.
0.
0.
0% 0.
(K
V A
T yp ic al
L
Li gh tin g
0.
0.
0.
5%
0.
R R ec ep ta cl es to
K
V A
0.
0.
0.
0% r 1
K
V A
0.
0.
0.
K K itc he n 0.
0.
0.
0% 0.
H
H ea tin g
0.
0.
0.
0%
0.
M M ot or s 0.
0.
0.
0% 0.
LM
La rg es t M ot or
0.
0.
0.
5%
0.
W H
W at er H ea te r 0.
0.
0.
5% 0.
I1
La rg es t I m ag in g
E qu ip m en t
4.
0.
4.
.0
I2
Im ag in g
E qu ip m en t -nd
L ar ge st
.0
0.
.0
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0.
0.
0.
.5
7/
0V
, 3 P h.
, 4
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A B us w ith
A
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P an el bo ar d w ith a m in im um A va ila bl e
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4A R
M S
Lo ad
Lo ad
(V A
)|T yp e (V
A )|T yp e
/3
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-0
C kt
C
.B
C .B
C kt
N o.
D es cr ip tio n
/ L oc at io n A
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P h.
N ot e A
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TH
W
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ID
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/1
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A C
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B U
S S
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A C
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P A
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A C
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P A
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P A
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/1
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B U
S S
E D
S P
A C
E
/1
,3
S
B U
S S
E D
S P
A C
E
/1
,9
S
To ta l C on ne ct ed L oa d:
P h.
A
,5
V A
A m ps
P an el C on ne ct ed
L oa d:
0.
K
V A
0.
A m ps
To ta l C on ne ct ed L oa d:
P h.
B
,3
V A
A m ps
S ub
-F ed
C on ne ct ed L oa d:
.3
K V
A
.9 A m ps
To ta l C on ne ct ed L oa d:
P h.
C
,9
V A
A m ps
.4
.7
N ot es
A cc es so rie s:
1. 2. 3. 4. 5.
Lo ad Lo ad D es cr ip tio n C on ne ct ed
S ub fe d
To ta l D em an d D em an d Ty pe Lo ad s
Lo ad s (S
Lo ad s
Fa ct or Lo ad
G G en er al (N on -C on tin uo us
0.
.6
.6
0%
.6
(K V
A T yp ic al
L Li gh tin g 0.
0.
0.
5% 0.
R
R ec ep ta cl es to
K V
A 0.
.0
.0
0%
.0 r 1
K
V A
.9
.9
.9
K
K itc he n
0.
0.
0.
0%
0.
H H ea tin g 0.
0.
0.
0% 0.
M
M ot or s
0.
1.
1.
0%
1.
LM
La rg es t M ot or 0.
0.
0.
5% 0.
W
H W at er
H ea te r
0.
0.
0.
5%
0.
C C on tin uo us
G en er al
L oa d 0.
0.
0.
5% 0.
.4
7/
0V
, 3 P h.
, 4
W
A B us w ith
A
M ai n C irc ui t B re ak er
S ur fa ce
M ou nt ed
P an el bo ar d w ith a m in im um A va ila bl e
Fa ul t r at in g of
4A R
M S
Lo ad
Lo ad
(V A
)|T yp e (V
A )|T yp e
-0
C kt
C
.B
C .B
C kt
N o.
D es cr ip tio n
/ L oc at io n A
/P ol e N ot e
P h.
N ot e A
/P ol e D es cr ip tio n / L oc at io n
N o.
C A
R T
LI
FT
3, M
/3
/1
L L-
N O
R
TH
W
IN
G
3, M
/1 L
L- N
O R
TH
W
IN
G
3, M
/1
L L-
S O
U
TH
W
IN
G C
O R
R
ID
O R
C A
R T
LI
FT
3, M
/3
/1
L- S
O U
TH
W
IN
G
3, M
/1
L- S
O U
TH
W
IN
G
3, M
/1
S P
A R
E C
A R
T W
A S
H E
R 1, G
/3
/1
S P
A R
E
1, G
/1 S
P A
R E
1, G
/1
S P
A R
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E
To ta l C on ne ct ed L oa d:
P h.
A 8, V A
A m ps
P an el C on ne ct ed
L oa d:
.0 K
V A
.9
A m ps
To ta l C on ne ct ed L oa d:
P h.
B 8, V A
A m ps
S ub
-F ed
C on ne ct ed L oa d:
0.
K V
A 0.
A m ps
To ta l C on ne ct ed L oa d:
P h.
C 8, V A
A m ps
.3
.6
N ot es
A cc es so rie s:
1.
C
O O
R D
IN
A
TE
R
E Q
U
IR
E M
E N
TS
W
IT
H
E
LE
V A
TO
R
V E
N D
O R
2.
G E
TI
N
G E
7.
C
O O
R D
IA
N
TE
R
E Q
U
IR
E M
E N
TS
W
IT
H
M A
N U
FA
C
TU
R
E R
3. 4. 5.
Lo ad
Lo ad
D es cr ip tio n
C on ne ct ed S ub fe d To ta l
D em an d
D em an d
Ty pe
Lo ad s Lo ad s
(S
Lo ad s Fa ct or
Lo ad
G G en er al (N on -C on tin uo us
5.
0.
5.
0% 5.
(K
V A
T yp ic al
L
Li gh tin g
0.
0.
0.
5%
0.
R R ec ep ta cl es to
K
V A
0.
0.
0.
0% r 1
K
V A
0.
0.
0.
K K itc he n 0.
0.
0.
0% 0.
H
H ea tin g
0.
0.
0.
0%
0.
M M ot or s 9.
0.
9.
0% 9.
LM
La rg es t M ot or
9.
0.
9.
5%
.4
W
H W at er
H ea te r
0.
0.
0.
5%
0.
C C on tin uo us
G en er al
L oa d 0.
0.
0.
5% 0.
.3
7/
0V
, 3 P h.
, 4
W
A B us w ith
A
M ai n C irc ui t B re ak er
S ur fa ce
M ou nt ed
P an el bo ar d w ith a m in im um A va ila bl e
Fa ul t r at in g of
4A R
M S
Lo ad
Lo ad
(V A
)|T yp e (V
A )|T yp e
-0
C kt
C
.B
C .B
C kt
N o.
D es cr ip tio n
/ L oc at io n A
/P ol e N ot e
P h.
N ot e A
/P ol e D es cr ip tio n / L oc at io n
N o.
R E
C R
O O
F
TO
P
/1
/3 6, M
-A H
U -1
(S F-
R F-
1) S
P A
R E
/1
6, M
S P
A R
E
/1
6, M
S
P A
R E
/1
/3
7, M
-A
H U
-2 (S
F-
R
F- 2)
S P
A R
E
/1
7, M
S
P A
R E
/1
7, M
S P
A R
E
/1
/3 9, M
-A H
U -4
(S F-
R F-
4) S
P A
R E
/1
9, M
S P
A R
E
/1
9, M
-C A
-1 (A
IR
C
O M
P R
E S
S O
R
3, M
/3
/3
3, M
-E
F-
3, M
3, M
3, M
3, M
B U
S S
E D
S P
A C
E
/3
M
-P
-1 B
U S
S E
D S
P A
C E
M
B
U S
S E
D S
P A
C E
M
B
U S
S E
D S
P A
C E
/3
M
-P -2
B U
S S
E D
S P
A C
E
M
B U
S S
E D
S P
A C
E
M
B U
S S
E D
S P
A C
E
/3 3, M
-S F-
B
U S
S E
D S
P A
C E
3, M
B U
S S
E D
S P
A C
E
3, M
To ta l C on ne ct ed L oa d:
P h.
A
,7
V A
A m ps P an el
C on ne ct ed L oa d:
0.
K
V A
2.
A m ps
To ta l C on ne ct ed L oa d:
P h.
B
,7
V A
A m ps S ub -F ed C on ne ct ed
L oa d:
0.
K
V A
0.
A m ps
To ta l C on ne ct ed L oa d:
P h.
C
,7
V A
A m ps
7.
1.
N ot es
A cc es so rie s:
1. 2. 3. 4. 5.
Lo ad
Lo ad
D es cr ip tio n
C on ne ct ed S ub fe d To ta l
D em an d
D em an d
Ty pe
Lo ad s Lo ad s
(S
Lo ad s Fa ct or
Lo ad
G G en er al (N on -C on tin uo us
0.
0.
0.
0% 0.
(K
V A
T yp ic al
L Li gh tin g 0.
0.
0.
5% 0.
R
R ec ep ta cl es to
K V
A 0.
0.
0.
0% r 1
K V
A 0.
0.
0.
K
K itc he n
0.
0.
0.
0%
0.
H H ea tin g 0.
0.
0.
0% 0.
M
M ot or s
.5
0.
.5
0%
.5
LM
La rg es t M ot or
.6
0.
.6
5%
.7
W
H W at er
H ea te r
0.
0.
0.
5%
0.
C C on tin uo us
G en er al
L oa d 0.
0.
0.
5% 0.
7.
7/
0V
, 3 P h.
, 4
W
A B us w ith
A
M ai n C irc ui t B re ak er
S ur fa ce
M ou nt ed
P an el bo ar d w ith a m in im um A va ila bl e
Fa ul t r at in g of
4A R
M S
Lo ad
Lo ad
(V A
)|T yp e (V
A )|T yp e
-0
C kt
C
.B
C .B
C kt
N o.
D es cr ip tio n
/ L oc at io n A
/P ol e N ot e
P h.
N ot e A
/P ol e D es cr ip tio n / L oc at io n
N o.
R E
C
FL
U
O R
O S
C O
P Y
R
/1
/1 S
P A
R E
R E
C
FL
U
O R
O S
C O
P Y
R
/1
/1 S
P A
R E
R E
C
E X
TE
R
IO
R
R
/1
/1 S
P A
R E
S P
A R
E
/1
/1 S
P A
R E
S P
A R
E
/1
/1 S
P A
R E
S P
A R
E
/1
/1 S
P A
R E
S P
A R
E
/1 B
U S
S E
D S
P A
C E
S P
A R
E
/1 B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
To ta l C on ne ct ed L oa d:
P h.
A
V
A
A m ps P an el
C on ne ct ed L oa d:
2.
K V
A 5.
A m ps
To ta l C on ne ct ed L oa d:
P h.
B
V
A
A m ps S ub -F ed C on ne ct ed
L oa d:
0.
K
V A
0.
A m ps
To ta l C on ne ct ed L oa d:
P h.
C
V
A
A m ps
N ot es
A cc es so rie s:
1. 2. 3. 4. 5.
Lo ad Lo ad D es cr ip tio n C on ne ct ed
S ub fe d
To ta l D em an d D em an d Ty pe Lo ad s
Lo ad s (S
Lo ad s
Fa ct or Lo ad
G G en er al (N on -C on tin uo us
0.
0.
0.
0% 0.
(K
V A
T yp ic al
L
Li gh tin g
0.
0.
0.
5%
0.
R R ec ep ta cl es to
K
V A
1.
0.
1.
0% r 1
K
V A
0.
0.
0.
K K itc he n 0.
0.
0.
0% 0.
H
H ea tin g
0.
0.
0.
0%
0.
M M ot or s 0.
0.
0.
0% 0.
LM
La rg es t M ot or
0.
0.
0.
5%
0.
W H
W at er H ea te r 0.
0.
0.
5% 0.
C
C on tin uo us G en er al L oa d
0.
0.
0.
5%
0.
1.
0/
8V
, 3 P h.
, 4
W
A B us w ith M ai n
Lu g
O nl y S ur fa ce M ou nt ed P an el bo ar d w ith a m in im um
A va ila bl e Fa ul t r at in g of
A
R M
S
Lo ad
Lo ad
(V A
)|T yp e (V
A )|T yp e
R ef er to
S ec tio n
-0
C kt
C
.B
C .B
C kt
N o.
D es cr ip tio n
/ L oc at io n A
/P ol e N ot e
P h.
N ot e A
/P ol e D es cr ip tio n / L oc at io n
N o.
R E
C
A
4A
R
/1
/1
R R
E C
A
R E
C
A
4A
R
/1
/1
R R
E C
A
8A
R E
C
A
4A
R
/1
/1
R R
E C
A
8B
TV
A
4A
R
/1
/1
R R
E C
A
R E
C
A
4A 1, R
/1
/1
R
R E
C
A
FL
R B
O X
A
4A
R
/1
/1
R
P R
IN
TE
R
A
FL
R B
O X
A
4A
R
/1
/1
R
P R
IN
TE
R
B
R
E C
C O
R R
ID
O
R
B
0, B
1, A
/1
/1
R
R E
C
B
R
E C
A
4E
R
/1
/1
R
R E
C
B
R
E C
A
4D
, T
LT
A
4C
1, R
/1
/1
R R
E C
B
R E
C
A
4B 1, R
/1
/1
R
R E
C
B
R
E C
A
1, R
/1
/1
R R
E C
B
R E
C
A
4F , 1
A
4J
R
/1
/1
R R
E C
A
4D
R E
C
A
4D
R
/1
/1
R R
E C
A
4D
R E
C
A
0, 1A
R
/1
/1
R
C O
R R
ID
O
R S
R E
C
A
G
/1
/1
G
P -6
R
E C
A
4G
R
/1
/1 S
P A
R E
B R
E A
K E
R S
P A
R E
B R
E A
K E
R
R
/1
/1
R R
E C
B
8A
S P
A R
E B
R E
A K
E R
R
/1
/1 1, R R
E C
B
S P
A R
E B
R E
A K
E R
R
/1
/1 S
P A
R E
B R
E A
K E
R
-E F-
M
/1
/1
S P
A R
E B
R E
A K
E R
To ta l C on ne ct ed L oa d:
P h.
A
,0
V A
A m ps
P an el C on ne ct ed
L oa d:
.0 K
V A
.7
A m ps
To ta l C on ne ct ed L oa d:
P h.
B 9, V A
A m ps
S ub
-F ed
C on ne ct ed L oa d:
1.
K V
A 3.
A m ps
To ta l C on ne ct ed L oa d:
P h.
C 8, V A
A m ps
.5
.9
N ot es
A cc es so rie s:
1.
P
R O
V
ID
E G
FI
T
Y P
E B
R E
A K
E R
P ro vi de F ee d-
Th ru
L ug s
2. 3. 4. 5.
Lo ad
Lo ad
D es cr ip tio n
C on ne ct ed S ub fe d To ta l
D em an d
D em an d
Ty pe
Lo ad s Lo ad s
(S
Lo ad s Fa ct or
Lo ad
G G en er al (N on -C on tin uo us
0.
0.
0.
0% 0.
(K
V A
T yp ic al
L
Li gh tin g
0.
0.
0.
5%
0.
R R ec ep ta cl es to
K
V A
.4
1.
.0
0% r 1
K V
A 0.
.7
8.
K K itc he n 0.
0.
0.
0% 0.
H
H ea tin g
0.
0.
0.
0%
0.
M M ot or s 0.
0.
0.
0% 0.
LM
La rg es t M ot or
0.
0.
0.
5%
0.
W H
W at er H ea te r 0.
0.
0.
5% 0.
C
C on tin uo us G en er al L oa d
0.
0.
0.
5%
0.
.5
0/
8V
, 3 P h.
, 4
W
A B us w ith M ai n
Lu g
O nl y S ur fa ce M ou nt ed P an el bo ar d w ith a m in im um
A va ila bl e Fa ul t r at in g of
A
R M
S
Lo ad
Lo ad
(V A
)|T yp e (V
A )|T yp e
-0
C kt
C
.B
C .B
C kt
N o.
D es cr ip tio n
/ L oc at io n A
/P ol e N ot e
P h.
N ot e A
/P ol e D es cr ip tio n / L oc at io n
N o.
R E
C
G E
N R
A D
IO
LO
G Y
R
/1
/1 R
E C
1A
4A
.1 P
R O
JE
C
TO
R
R E
C
G E
N R
A D
IO
LO
G Y
R
/1
/1 R
E C
1A
4A
.1 P
R O
JE
C
TI
O
N S
C R
E E
N R
A D
IO
LO
G Y
O V
E R
H E
A D
P A
TI
E
N T
LI
FT
/1
/1
P O
W E
R W
IN
D
O W
S H
A D
E
A
4A .1
S P
A R
E
/1
/1 S
P A
R E
S P
A R
E
/1
/1 S
P A
R E
S P
A R
E
/1
/1 S
P A
R E
S P
A R
E
/1 R
E C
O M
N
IC
E
LL
A
S P
A R
E
/1 R
E C
O M
N
IC
E
LL
A
R E
C
A
4J B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
To ta l C on ne ct ed L oa d:
P h.
A
V
A
A m ps P an el
C on ne ct ed L oa d:
1.
K V
A 3.
A m ps
To ta l C on ne ct ed L oa d:
P h.
B
V
A
A m ps S ub -F ed C on ne ct ed
L oa d:
0.
K
V A
0.
A m ps
To ta l C on ne ct ed L oa d:
P h.
C
V A
A m ps
N ot es
A cc es so rie s:
1. 2. 3. 4. 5.
Lo ad Lo ad D es cr ip tio n C on ne ct ed
S ub fe d
To ta l D em an d D em an d Ty pe Lo ad s
Lo ad s (S
Lo ad s
Fa ct or Lo ad
G G en er al (N on -C on tin uo us
0.
0.
0.
0% 0.
(K
V A
T yp ic al
L
Li gh tin g
0.
0.
0.
5%
0.
R R ec ep ta cl es to
K
V A
1.
0.
1.
0% r 1
K
V A
0.
0.
0.
K K itc he n 0.
0.
0.
0% 0.
H
H ea tin g
0.
0.
0.
0%
0.
M M ot or s 0.
0.
0.
0% 0.
LM
La rg es t M ot or
0.
0.
0.
5%
0.
W H
W at er H ea te r 0.
0.
0.
5% 0.
C
C on tin uo us G en er al L oa d
0.
0.
0.
5%
0.
1.
0/
8V
, 3 P h.
, 4
W
A B us w ith M ai n
Lu g
O nl y S ur fa ce M ou nt ed P an el bo ar d w ith a m in im um
A va ila bl e Fa ul t r at in g of
A
R M
S
Lo ad
Lo ad
(V A
)|T yp e (V
A )|T yp e
R ef er to
S ec tio n
/1
/1
/1
-0
C kt
C
.B
C .B
C kt
N o.
D es cr ip tio n
/ L oc at io n A
/P ol e N ot e
P h.
N ot e A
/P ol e D es cr ip tio n / L oc at io n
N o.
R E
C
B
0A
R
/1
/1
R C
O R
R
ID
O R
R E
C
B
0A
R
/1
/1
R R
E C
D
R E
C
B
0A
R
/1
/1
R R
E C
D
R E
C
B
0A
R
/1
/1
1, R
R E
C
E
R
E C
B
0A
R
/1
/1
R
R E
C
E
R
E C
C
R
/1
/1
R
R E
C
E
R
E C
B
R
/1
/1
R
R E
C
E
R
E C
B
R
/1
/1
R
R E
C
E
TV
C
G
/1
/1
R
R E
C
E
R
E C
C
R
/1
/1 S
P A
R E
R E
C
C
R
/1
/1
R
FL
R B
O X
E
1C
B
LA
N
K E
T W
A R
M E
R
R
/1
/1
R R
E C
E
R E
C
C
2, C
R
/1
/1
1, R
R E
C
G
R
E C
C
R
/1
/1
H H
E A
T
TR
A C
E A
T
-A C
C H
-1 R
E C
C
R
/1
/1
H H
E A
T
TR
A C
E A
T
-A C
C H
-1 R
E C
C
6A
R
/1
/1 S
P A
R E
R E
C
C
6A
R
/1
/1
R R
E C
D
5, B
0B
R E
C
C
6A
R
/1
/1
S P
A R
E R
E C
C
0A
R
/1
/1
M
-H
W U
H -1
R E
C
C
0A , 1
C
0B
R
/1
/1
M
-H W
U H
-3 R
E C
C
0A
, 1 C
R
/1
/1
M
-E
F-
To ta l C on ne ct ed L oa d:
P h.
A 8, V A
A m ps
P an el C on ne ct ed
L oa d:
.5 K
V A
.0
A m ps
To ta l C on ne ct ed L oa d:
P h.
B 8, V A
A m ps
S ub
-F ed
C on ne ct ed L oa d:
2.
K V
A 5.
A m ps
To ta l C on ne ct ed L oa d:
P h.
C 8, V A
A m ps
.5
.2
N ot es
A cc es so rie s:
1.
G
FP
E m A
C
IR
C U
IT
B
R E
A K
E R
P ro vi de F ee d-
Th ru
L ug s
2. 3. 4. 5.
Lo ad
Lo ad
D es cr ip tio n
C on ne ct ed S ub fe d To ta l
D em an d
D em an d
Ty pe
Lo ad s Lo ad s
(S
Lo ad s Fa ct or
Lo ad
G G en er al (N on -C on tin uo us
0.
0.
0.
0% 0.
(K
V A
T yp ic al
L
Li gh tin g
0.
0.
0.
5%
0.
R R ec ep ta cl es to
K
V A
.1
1.
.0
0% r 1
K V
A 0.
.1
7.
K K itc he n 0.
0.
0.
0% 0.
H
H ea tin g
0.
0.
0.
0%
0.
M M ot or s 0.
0.
0.
0% 0.
LM
La rg es t M ot or
0.
0.
0.
5%
0.
W H
W at er H ea te r 0.
0.
0.
5% 0.
C
C on tin uo us G en er al L oa d
0.
0.
0.
5%
0.
.5
0/
8V
, 3 P h.
, 4
W
A B us w ith M ai n
Lu g
O nl y S ur fa ce M ou nt ed P an el bo ar d w ith a m in im um
A va ila bl e Fa ul t r at in g of
A
R M
S
Lo ad
Lo ad
(V A
)|T yp e (V
A )|T yp e
-0
C kt
C
.B
C .B
C kt
N o.
D es cr ip tio n
/ L oc at io n A
/P ol e N ot e
P h.
N ot e A
/P ol e D es cr ip tio n / L oc at io n
N o.
R
B 1A
5E
R
/1
/2 2, M
-A C
C U
-5 R
B
1A
5A 1, R
/1
2, M
R
B
1A
5A /B
1A
5F
R
/1
/1
G
P -6
R
B
1C
1, R
/1
/1
M
-S
P P
-1 R
B
1C
C
O P
IE
R
1, R
/1
/1
M
-S P
P -2
R
B 1C
1, R
/1
/1
M
-R C
P -1
R
B 1C
1, R
/1
/3
M
-H W
P -4
R
B 1C
R
/1
M
R
B 1C
R
/1
M
S P
A R
E
/1
/1
R
R
B 1B
0, B 1C
R
B A
S E
M E
N T
N O
R
TH
R
/1
/1
R
R
IT
R
O O
M R
FU
TU
R
E E
Q U
IP
M
E N
T
/1
S P
A R
E
/1 1, M
-D W
H E
-1 , 8
6- D
W H
E -2
/1
H
-H W
U H
-2 S
P A
R E
/1
/2
1, M
-A
C C
U -7
-A
C C
U -8
1, M
/2
1, M
1, M
/1
R R
B
1A
5D , B
1E
-P P
-1 1, M
/1
R
FU
TU
R E
E Q
U
IP
M E
N T
S P
A R
E
/1
-P P
-3 1, M
/1
-P P
-4 1, M
/1
/1
M
-E
F-
To ta l C on ne ct ed L oa d:
P h.
A
,6
V A
A m ps
P an el C on ne ct ed
L oa d:
.6 K
V A
.7
A m ps
To ta l C on ne ct ed L oa d:
P h.
B
,1
V A
A m ps
S ub
-F ed
C on ne ct ed L oa d:
0.
K V
A 0.
A m ps
To ta l C on ne ct ed L oa d:
P h.
C 8, V A
A m ps
.8
.1
N ot es
A cc es so rie s:
1.
P
R O
V
ID
E G
FI
T
Y P
E B
R E
A K
E R
P ro vi de F ee d-
Th ru
L ug s 2.
C O
N
FI
R M
B R
E A
K E
R S
IZ
E
W
IT
H E
LE
C
TR
IC
A L
E Q
U
IP
M E
N T
P R
IO
R
T O
O R
D E
R
IN
G
3. 4. 5.
Lo ad Lo ad D es cr ip tio n C on ne ct ed
S ub fe d
To ta l D em an d D em an d Ty pe Lo ad s
Lo ad s (S
Lo ad s
Fa ct or Lo ad
G G en er al (N on -C on tin uo us
0.
0.
0.
0% 0.
(K
V A
T yp ic al
L
Li gh tin g
0.
0.
0.
5%
0.
R R ec ep ta cl es to
K
V A
.2
0.
.0
0% r 1
K V
A 0.
0.
0.
K
K itc he n
0.
0.
0.
0%
0.
H H ea tin g 0.
0.
0.
0% 0.
M
M ot or s
.1
0.
.1
0%
.1
LM
La rg es t M ot or
5.
0.
5.
5%
6.
W H
W at er H ea te r 0.
0.
0.
5% 0.
C
C on tin uo us G en er al L oa d
0.
0.
0.
5%
0.
.7
0/
8V
, 3 P h.
, 4
W
A B us w ith M ai n
Lu g
O nl y S ur fa ce M ou nt ed P an el bo ar d w ith a m in im um
A va ila bl e Fa ul t r at in g of
A
R M
S
Lo ad
Lo ad
(V A
)|T yp e (V
A )|T yp e
-0
C kt
C
.B
C .B
C kt
N o.
D es cr ip tio n
/ L oc at io n A
/P ol e N ot e
P h.
N ot e A
/P ol e D es cr ip tio n / L oc at io n
N o.
R
FU
TU
R E
E Q
U
IP
M E
N T
/1
M
E
LE
V A
TO
R
S
U M
P P
U M
P
/1
G
E
LE
V A
TO
R
P
IT
R E
C E
P
TA
C
LE
L
TG
/1
G
-S
H W
TC
P
S
O
LA
R C
O N
TR
O
L P
A N
E L
FU
TU
R E
E Q
U
IP
M E
N T
R M
. B 1C
/1 S
P A
R E
/1
S P
A R
E
/1 S
P A
R E
FU
TU
R E
E Q
U
IP
M E
N T
R M
. B 1C
S
P A
R E
S H
W
TC
P -1
P O
T
FE
E D
E R
S
P A
R E
/1
P O
T
FE
E D
E R
S
P A
R E
/1
B U
S S
E D
S P
A C
E S
P A
R E
/1
B U
S S
E D
S P
A C
E S
P A
R E
/1
B U
S S
E D
S P
A C
E S
P A
R E
/1
B U
S S
E D
S P
A C
E S
P A
R E
/1
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E B
U S
S E
D S
P A
C E
B U
S S
E D
S P
A C
E
To ta l C on ne ct ed L oa d:
P h.
A
V
A
A m ps P an el
C on ne ct ed L oa d:
1.
K V
A 4.
A m ps
To ta l C on ne ct ed L oa d:
P h.
B
V
A
A m ps S ub -F ed C on ne ct ed
L oa d:
0.
K
V A
0.
A m ps
To ta l C on ne ct ed L oa d:
P h.
C
V
A
A m ps
N ot es
A cc es so rie s:
1.
C
O N
FI
R
M B
R E
A K
E R
S
IZ
E W
IT
H
E
LE
C
TR
IC
A
L E
Q U
IP
M
E N
T P
R
IO
R T
O O
R D
E R
IN
G
2.
G
FC
I B R
E A
K E
R
3. 4. 5.
Lo ad Lo ad D es cr ip tio n C on ne ct ed
S ub fe d
To ta l D em an d D em an d Ty pe Lo ad s
Lo ad s (S
Lo ad s
Fa ct or Lo ad
G G en er al (N on -C on tin uo us
0.
0.
0.
0% 0.
(K
V A
T yp ic al
L
Li gh tin g
0.
0.
0.
5%
0.
R R ec ep ta cl es to
K
V A
0.
0.
0.
0% r 1
K
V A
0.
0.
0.
K K itc he n 0.
0.
0.
0% 0.
H
H ea tin g
0.
0.
0.
0%
0.
M M ot or s 0.
0.
0.
0% 0.
LM
La rg es t M ot or
0.
0.
0.
5%
0.
W H
W at er H ea te r 0.
0.
0.
5% 0.
C
C on tin uo us G en er al L oa d
0.
0.
0.
5%
0.
1.
0/
8V
, 3 P h.
, 4
W
A B us w ith M ai n
Lu g
O nl y S ur fa ce M ou nt ed P an el bo ar d w ith a m in im um
A va ila bl e Fa ul t r at in g of
A
R M
S
Lo ad
Lo ad
(V A
)|T yp e (V
A )|T yp e
R ef er to
S ec tio n
/1
/1
/1
/1
A bb re vi at io ns E
X
IS
TI
N
G (E
A B
O V
E F
IN
IS
H E
D F
LO
O
R A
FF
G E
L-
FI
LL
E
D U
N D
E R
G R
O U
N D
C A
B
LE
A N
M W
C O
N D
U
IT
C
C A
TE
G
O R
Y C
A T
C O
N
TR
A C
TO
R
F U
R N
IS
H
E D
C O
N
TR
A C
TO
R
IN
S
TA
LL
E D
C
FC
I
C O
N
TR
A C
TO
R
F U
R N
IS
H
E D
O W
N E
R
IN
S
TA
LL
E
D C
FO
I
C O
A X
IA
L
C O
A X
E A
C H
E A
FI
B
E R
O P
TI
C
D
IS
TR
IB
U
TI
O N
U N
IT
FD
U
FO
O
T, F
E E
T
FT
H A
N D
H O
LE
H
H
IN
TE
R M
E D
IA
TE
D
IS
TR
IB
U
TI
O N
F R
A M
E
ID
F
IN
C
H , I
N C
H E
S
IN
IN
FO
R M
A
TI
O N
T E
C H
N O
LO
G
Y
IT
LO
C
A L
A R
E A
N E
TW
O
R K
LA
N
FI
B
E R
O P
TI
C
C O
N N
E C
TO
R
LC
LO
W
V O
LT
A
G E
LV
M A
IN
D
IS
TR
IB
U
TI
O
N F
R A
M E
M D
F
M
IS
C E
LL
A
N E
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S M
IS
C
N O
T A
P P
LI
C
A B
LE
N
/A
N O
T
TO
S C
A
LE
N
TS
O W
N E
R F
U R
N
IS
H E
D , C
O N
TR
A
C
TO
R
IN
S
TA
LL
E
D O
FC
I
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N E
R F
U R
N
IS
H E
D , O
W N
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IN
S
TA
LL
E D
O
FO
I
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TS
ID
E P
LA
N
T O
S P
P R
IV
A
TE
B
R A
N C
H E
X C
H A
N G
E P
B X
P O
W E
R O
V E
R E
TH
E
R N
E T
P O
E
P A
N , T
IL
T, Z O
O M
P
TZ
Q U
A N
TI
TY
Q
TY
R E
Q U
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T
FO
R
IN
FO
R
M A
TI
O
N R
FI
R O
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R M
FI
B
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TI
C
C O
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TO
R
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TE
LE
C O
M M
U N
IC
A
TI
O
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B O
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IN
G
B A
C K
B O
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TB
B
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C O
M M
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A
TI
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G R
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IN
G
B U
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TG
B
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P H
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M
IN
A L
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W
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TW
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TL
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IN
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W A
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S S
F
ID
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TY
W
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P R
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P A ud io /V id eo
2- W
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TT
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3- W
A Y
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TT
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P
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N
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ID
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G
LE
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A
N D
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IT
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S
LA
B T
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LO
C A
TI
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ID
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H
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Q U
A R
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G
LE
-G A
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A P
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R
P
LA
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A
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T
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C C
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S
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C
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G
S P
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LU
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IN
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