DB-I2-B1-NCPA & NCPB

7/23/2019 DB-I2-B1-NCPA & NCPB

1/13

LOAD DISTRIBUTION SCHEDULE

DB REF: DB-G-N1E DOHA CONVENTION CENTRE(BP-02B) Ref.Voltage

FED FROM : SMDB-LL1-N1E2 LOCATION :GROUND FLOOR, SECTOR 2, ELECTRICAL ROOM Phase

IFC REF: GN/E2-00-01/02 LOAD DETAILS Frequency

PH!"E #E"$R%P&%'N ()!N&%&*LOA

R

1

R1 10 21.511.5 !1 ght "ector-132ar6ng 7ay. 8 108 $P-G-N2 898

Y1 10 21.511.5 1:;;24-2; ;!9; 3 Et ghts "-132Foyer!or6sho 2929 829?45: $P-G-N2

B1 10 21.511.5 ?; 3Et ght nes "ector-2"tar casear6ng 7ay :1 :0: $P-G-N2

2

R2 10 21.511.5 !13Et ghts "-2Par6ng Aay 104 108: $P-G-N2 10?2

Y2 10 21.511.5 24-2;;15-2/1;3;1:; Et ghts "-2Astro3Pant Bor6sho 2114 8:9?82: $P-G-N2

B2 10 21.511.5 !13Et ghts "ector-239 Par6ng 7ay 118 108: $P-G-N2

3

R3 10 21.511.5 24-2;;15-2/1;3;1:; ;!2;Et ghts "-239Astro3Pant Bor6sho 12129 8:9?82108: $P-G-N2 444

Y3 10 "P!RE

B3 10 "P!RE

4

R4 10 "P!RE 0

Y4 10 "P!RE

B4 10 "P!RE

5

R5 10 "P!RE 0

Y5 10 "P!RE

B5 10 "P!RE

6

R6 10 "P!RE 0

Y6 10 "P!RE

B6 10 "P!RE

TOTAL CONNECTED LOAD PER PHASE(W) 212

INCOMING CABLE: DEMAND FACTOR

MA$IMUM DEMAND LOAD%PHASE(&W) 2"12

TOTAL MA$IMUM DEMAND LOAD (&W)

CONNECTED LOAD CURRENT(A)

R!&%NG 'F%N$'+ER

$,&N'.

ARE!,ERR&G. %N!+P"

$,& >%RE"%CE ==2

'!#" %N>atts/)N%&

$'N&R'E#A*

4#A TPISOLATOR

1'4C-1#2FIRE RATED CABLE

1C-1#2ECC


2/13


DB REF: DB-G-N2E DOHA CONVENTION CENTRE(BP-02B) Ref.Voltage

FED FROM : SMDB-LL1-N2E1 LOCATION :GROUND FLOOR, SECTOR 5, ELECTRICAL ROOM Phase


PH!"E #E"$R%P&%'N ()!N&%&*LOAD

R

1

R1 10 21.511.5 !13Et ght "ector-9ar6ng 7ay. 118 108: $P-G-N8 1214

Y1 10 21.511.5 24-2;;15-1;;1:; 3 Et ghts "-9Astro-23Pant >or6sho 2119 9?8:82: $P-G-N8

B1 10 21.511.5 !13Et "ector-4Dantorar6ng 7ay 108 108: $P-G-N8

2

R2 10 21.511.5 24-2;;15-2/1;;1:; 3Et ghts "-4Astro3Pant Bor6sho :5 108: $P-G-N8 :::

Y2 10 21.511.5 !13Et ghts "-435DantorPar6ng 7ay 108 108: $P-G-N8

B2 10 21.511.5 24-2;;15-2/1;;1:; 3Et ghts "-4Astro3Pant Bor6sho 2119 9?8:82: $P-G-N8

3

R3 10 "P!RE 0

Y3 10 "P!RE B3 10 "P!RE

4

R4 10 "P!RE 0

Y4 10 "P!RE

B4 10 "P!RE

5

R5 10 "P!RE 0

Y5 10 "P!RE

B5 10 "P!RE

6

R6 10 "P!RE 0

Y6 10 "P!RE

B6 10 "P!RE

R 10 "P!RE 0

Y 10 "P!RE

B 10 "P!RE

R 10 "P!RE 0

Y 10 "P!RE

B 10 "P!RE

TOTAL CONNECTED LOAD PER PHASE(W) 21#2


MA$IMUM DEMAND LOAD%PHASE(&W) 2"1#2



R!&%NG 'F%N$'+ER

$,&N'.

ARE!,ERR&G. %N!+P"

$,& >%RE"%CE ==2

'!#" %N>atts/)N%&

$'N&R'E#A*

4#A TPISOLATOR


1C-1#2ECC


3/13


DB REF: DB-G-S1E DOHA CONVENTION CENTRE(BP-02B) Ref.Voltage

FED FROM : SMDB-LL1-S1E1 LOCATION :GROUND FLOOR, SECTOR 18, ELECTRICAL ROOM Phase


PH!"E #E"$R%P&%'N ()!N&%&*

LOAD PER

R

1

R1 10 21.511.5 Et ght "ector-1: 4 : $P-G-"1 92

Y1 10 21.511.5 Et ght "ector-1@ 5 : $P-G-"1

B1 10 21.511.5 Et ght "ector-? 12 : $P-G-"1

2

R2 10 21.511.5 Et ghts "ector-1: 12 : $P-G-"1 ?8

Y2 10 21.511.5 98;;24-2; ght "ector-1:>o=en &olet3cleanng 49 829? $P-G-"1

B2 10 21.511.5 Et ght "ector-1:Entrance-2 4 : $P-G-"1

3

R3 10 21.511.5 98; ght "ector-1:+en3>o=en &olet 8 82 $P-G-"1 9@2

Y3 10 21.511.5 Et ght "ector-1?Entrance-9 4 : $P-G-"1 B3 10 21.511.5 98;;9:-9; ght "ector-1:31?+en tolet3>o=en Preyer hall 99 8295 $P-G-"1

4

R4 10 21.511.5 Et ghts "ector-1?320 12 : $P-G-"1 ?8

Y4 10 21.511.5 Et ght "ector-1?Entrance-4 4 : $P-G-"1

B4 10 21.511.5 98;;24-1; ght "ector-1?+en3>o=en &olet 82 8292 $P-G-"1

5

R5 10 21.511.5 98;;28; ;2:; ;24-2; ght "-1?>o=en &o let3!cc.$atalogue 9221 82120@:9? $P-G-"1 549

Y5 10 21.511.5 98;;18;;24-1;;24-2; ght "ector-1?$oat3>o=en &olet 9221 82@5929? $P-G-"1

B5 10 21.511.5 :0-2;;28;;:0-1;;49; 3Et ght "ector-1@31: 11241 2:1202:95: $P-G-"1

6

R6 10 "P!RE 0

Y6 10 "P!RE

B6 10 "P!RE

TOTAL CONNECTED LOAD PER PHASE(W) 113!


MA$IMUM DEMAND LOAD%PHASE(&W) 1"13!



R!&%NG 'F%N$'+ER

$,&N'.

ARE!,ERR&G. %N!+P"

$,& >%RE"%CE ==2

'!#" %N>atts/)N%&

$'N&R'E#A*

4#A TPISOLATOR


1C-1#2ECC


4/13


DB REF: DB-G-S2E DOHA CONVENTION CENTRE(BP-02B) Ref.Voltag

FED FROM : SMDB-LL1-S2E2 LOCATION :GROUND FLOOR,SECTOR-20, ELECTRICAL ROOM Phase

IFC REF: GN/E2-00-02/09 LOAD DETAILS Frequenc

PH!"E #E"$R%P&%'N ()!N&%&*LOA

R

1

R1 10 21.511.5 98;;9:-9;;!9;3et ght "ector-1?+en Preyer hall3+en &olet 9921 822: $P-G-"9 2@0

Y1 10 21.511.5 Et ght "ector-20Entrance-5 4 : $P-G-"9

B1 10 21.511.5 24-2;;28;;10;;2:;3Et ght "-21$oat"ecurty3$leanng 11411 9?120120@:: $P-G-"9

2

R2 10 21.511.5 Et ghts "ector-20Eternal so=en &olet 82 8292 $P-G-"9

5

R5 10 "P!RE 0

Y5 10 "P!RE

B5 10 "P!RE

6

R6 10 "P!RE 0

Y6 10 "P!RE

B6 10 "P!RE

TOTAL CONNECTED LOAD PER PHASE(W) 5#4


MA$IMUM DEMAND LOAD%PHASE(&W) #"5#4



R!&%NG 'F%N$'+ER

$,&N'.

ARE!,ERR&G. %N!+P"

$,& >%RE"%CE ==2

'!#" %N>atts/)N%&

$'N&R'E#A*

4#A TPISOLATOR


1C-1#2ECC


5/13

RE+!R,"


6/13


DOHA LAND - PHASE 1 B

#A N!+E #A-%12-4-N!4-9 %F$ REF E#G-A+#-8094 100! !+P ">%&$H / 100!

#A &*PE %N$'+ER ">%&$H '!# #E&!%" 10000 R+" "*++E&R%$!

FE# FR'+ +#A-0%9-9 240 V'&" 1 PH!"E 2 >%RE E ")RF!$E +')N&E#%

'$!&%'N F')R&H F''R LOAD DETAILS

C&T NO" LOAD SER*ED +TY

LOAD WATTS

R Y B

1 18 2 4 1 4 +%$R'>!VE 1 1:45 1:

2 40 2 10 1 10 ,%&$HEN $'',ER 'VEN 1 5:50 5:

9 92 4 4 2 2.5 ,%&$HEN GENER! "/'/H''# 1 ? 10: ?

4 18 2 4 1 4 REFR%GER!&'R 1 948 94

5 18 2 4 1 4 #%"H>!"HER 1 1?:0 1?

8 18 "P!RE 0 0

@ 18 2 4 1 4 A+"-%12-01-018 EE$ $'"E& 1 225 2

: 89 2 25 1 18 ,%&$HEN $'',ER H'A 1 ?450 ?4

? 18 "P!RE 0 0

10 18 "P!RE 0 0

11 18 "P!RE 0 0

12 18 2 4 1 2.5 +"&RA#R+ 1-2 "/' &G 8 10: 84

19 18 2 4 1 2.5 +!D%"+!%# "/' &G 5 10: 54

14 18 2 4 1 2.5 +!%N +!D%" "/' &G 4 10: 4

15 18 2 4 1 4 $P-%12-4-N!4 1 450 4

18 18 2 4 1 4 &R $'"E&I1 2 1125 22

1@ 18 2 4 1 4 &R $'"E&I2 2 1125 22

1:20 2 4 1 4 &V""

1?

20100 0 ">%&$H/#%"$'NNE$&'R/R$#

21

0 0 2@

&'&! $ PER PH!"E> / V! III III I

%N$'+%NG $!AE #E+!N# F!$&'R

14$ 18 ==2 JPE/"F/">!/"F 1$ 18 ==2 E$$ E"&%%+!&E# #E+!N# '!# ,V!

K90=! R$A' K100=! R$A' E"&%%+!&E# #E+!N# '!# ,>

1 K R%NG +!%N PR%N$%PE PH!"E A!!N$E - ,V! R*A RE"PE$&%VE*

MCBAMPS

C&T WIRE SI.E 2LOAD IN

WATTS%UNIT


7/13



#A N!+E #A-%12-4-N!4-2 %F$ REF E#G-A+#-8094 100! !+P ">%&$H / 100!

#A &*PE %N$'+ER ">%&$H '!# #E&!%" 10000 R+" "*++E&R%$!

FE# FR'+ +#A-0%9-9 240 V'&" 1 PH!"E 2 >%RE E ")RF!$E +')N&E#%P

'$!&%'N F')R&H F''R LOAD DETAILS


LOAD WATTS

R Y B

1 18 2 4 1 4 F$)-011 AE#R''+" 1 20:5 20:5

2 18 2 4 1 4 !P!R&+EN& EJH!)"& V!VE" 2 112.5 225

9 18 2 4 1 4 +!"&ER A!&H "H!VER "/' 1 450 450

4 92 4 4 2 4 +!"&ER A#R+ GENER! "/' 1 5 10: 540

5 18 2 4 1 4 AE#R''+I2 "H!VER "/' 1 450 450

8 18 2 4 1 2.5 AE#R''+ 1-2 &G !1!2!#1!8DA!F1-4 :12252@ 92 4 4 2 4 AE#R''+I2 GENER! "/' 1 5 10: 540

: 18 2 4 1 2.5 +!D%",%&$HENA#R+ 2 !RE! &G

? 18 2 4 1 4 A!&HR''+I1 "H!VER "/' 1 450 450

10 92 4 4 2 4 AE#R''+I1 GENER! "/' 1 5 10: 540

11 18 2 4 1 4 +!%# A!&HR''+ "H!VER "/' 1 450 450

12 92 4 4 2 4 +!%# GENER! "/' 1 4 10: 492

19 18 2 4 1 4 F$)-012 +!D%" 1 20:5 20:5

14 40 2 10 1 4 +!$H' "H!#E $N&R" 1-4 4 1@2: 8?12

15 18 2 4 1 2.5 +!"&ER#%N%NG+!%N +!D%" &G !1!5!#1F1!F1-8!+R-11 1584214

18 18 2 4 1 2.5 AE#R''+ &G !1!2!9!#1DA!8!#1@!F1-: 21912221

1@ 18 "P!RE 0 0 0

1:20 2 4 1 4 &V""

1?

20100 0 ">%&$H/#%"$'NNE$&'R/R$#

21

0 1515? 0

&'&! $ PER PH!"E> / V! III III II

%N$'+%NG $!AE #E+!N# F!$&'R

14$ 18 ==2 JPE/"F/">!/"F 1$ 18 ==2 E$$ E"&%%+!&E# #E+!N# '!# ,V!

K90=! R$A' K100=! R$A' E"&%%+!&E# #E+!N# '!# ,>

1 K R%NG +!%N PR%N$%PE PH!"E A!!N$E - ,V! R*A RE"PE$&%VE*

MCBAMPS


WATTS%UNIT


8/13



#A N!+E #A-%02-A1+-N&H4-1 %F$ REF P1A - #>G-%01-02-E#G-A+#-8091 100! !+P ">%&$H / 100!+P +!

#A &*PE %N$'+ER ">%&$H '!# #E&!%" 22000 R+" "*++E&R%$! !=s

FE# FR'+ "+#A-%02-N&H4 240 V'&" 1 PH!"E 2 >%RE E ")RF!$E +')N&E#%P 92 EN$'"

'$!&%'N EE$ LOAD DETAILS


1 18 2 4 1 4 "P)R ')&E& F'R #!P P!NE 4 10: 492

2 18 2 4 1 4 "P)R ')&E& F'R +'&'R%"E# #!+PER 4 10: 492

9 18 2 4 1 4 $'RR%#'R GENER! "/' 9 10: 924

4 18 2 4 1 4 G!R!GE >P "/' 2 10: 218

5 18 2 4 1 4 "&'REEV P%& GENER! "/' 12 10:540 11::

8 18 2 4 1 4 +!%# GENER! "/' 4 10: 492

@ 18 2 4 1 4 ,%&$HEN +%$R'>!VE "/' 1 1:45 1:45

: 92 4 4 2 4 ,%&$HEN GENER! "/'1 @ 10: @58

? 40 2 101 10 ,%&$HEN $'',ER 'VEN/H'A R%GH& 1 5:50 5:50

10 40 2 101 10 ,%&$HEN $'',ER 'VEN/H'A R%GH& 1 5?40 5?40

11 18 2 4 1 4 ,%&$HEN REFR%GER!&'R "/' 1 948 948

12 18 2 4 1 4 ,%&$HEN #%"H>!"HER "/' 1 1?:0 1?:0

19 18 4 4 2 4 ,%&$HEN H''# "/' 1 109@ 109@

14 92 2 8 1 8 &R $'"E& "/' 2 2250 4500

15 92 2 8 1 8 &R $'"E& "/' 2 2250 4500

18 18 "P!RE

1@ 18 "P!RE

1:20 2 4 1 4 &V""

1?

20100 ">%&$H/#%"$'NNE$&'R/R$#

21

&'&! $ PER PH!"E> / V! 2?@@:

%N$'+%NG $!AE #E+!N# F!$&'R 0.5

E"&%%+!&E# #E+!N# '!# ,V! 16"5

K90=! R$A' K100=! R$A' E"&%%+!&E# #E+!N# '!# ,> 14"!

1 K R%NG +!%N PR%N$%PE PH!"E A!!N$E - ,V! R*A RE"PE$&%VE* 99.1

MCBAMPS


WATTS%UNITLOADWATTS

LO

12$ 25 ==2 JPE/"F/">!/"F 1$ 18 ==2 E$$


9/13



#A N!+E #A-%02-A1+-N&H4-2 %F$ REF P1A - #>G-%01-02-E#G-A+#-8091 100! !+P ">%&$H / 100!+P +!

#A &*PE %N$'+ER ">%&$H '!# #E&!%" 22000 R+" "*++E&R%$! !=s

FE# FR'+ #A-%02-N&H4 240 V'&" 1 PH!"E 2 >%RE E ")RF!$E +')N&E#%P 92 EN$'



1 18 2 4 1 4 )&%%&* R''+ >!"HER "/' 1 1?:0 1?:0

2 25 2 4 1 4 )&%%&* R''+ #R*ER "/' 1 9510 9510

9 18 2 4 1 4 F$)-&!-A+-001 1 2:9 2:9

4 18 2 4 1 4 #R%VER GENER! "/' 4 10: 492

5 18 2 4 1 4 A!&H "H!VER "/' 1 450 450

8 18 2 4 1 4 $'RR%#'R GENER! "/' 2 10: 218

@ 18 2 4 1 4 A!&H "H!VER "/' 1 450 450

: 18 2 4 1 4 )&%%&* R'' GENER! "/' 2 10: 218

? 18 2 4 1 4 A!&H EJH!)"& V!VE "EF-&!-A+-001 21 91580 2?0

10 18 2 4 1 4 N!$ P!NE 1 512 512

11 18 2 4 1 4 +'&'R%"E# "H!#E $'N&R'" 2 1@2: 9458

12 18 "P!RE

19 18 "P!RE

14 18 "P!RE

15 18 "P!RE

18 92 2 8 1 8 &R $'"E& "/' 2 2250 4500

1@ 92 2 8 1 8 &R $'"E& "/' 2 2250 4500

1:20 2 4 1 4 &V""

1?

2089 ">%&$H/#%"$'NNE$&'R/R$#

21

&'&! $ PER PH!"E> / V! 20@?5

%N$'+%NG $!AE #E+!N# F!$&'R 0.5

E"&%%+!&E# #E+!N# '!# ,V! 11"6

K90=! R$A' K100=! R$A' E"&%%+!&E# #E+!N# '!# ,> 1#"4


MCBAMPS


WATTS%UNITLOADWATTS

LO

12$ 25 ==2 JPE/"F/">!/"F 1$ 18 ==2 E$$


10/13



#A N!+E #A-%02-1-N&H4-1 %F$ REF P1A - #>G-%01-02-E#G-A+#-8091 100! !+P ">%&$H / 100!+P +!%N"

#A &*PE %N$'+ER ">%&$H '!# #E&!%" 22000 R+" "*++E&R%$! !=s %.$

FE# FR'+ #A-%02-N&H4 240 V'&" 1 PH!"E 2 >%RE E ")RF!$E +')N&E#%P 92 EN$'")RE

'$!&%'N EE$ %19.04!.04 LOAD DETAILS

C&T NO" LOAD SER*ED +TY LOAD WATTS LOAD *A

1 18 2 4 1 4 "P)R ')&E& F'R +'&'R%CE# #!+PER 4 10: 492 4:0

2 18 "P!RE 0 0

9 18 2 4 1 4 $'RR%#'R GENER! "/' 9 10: 924 980

4 92 4 4 2 4 %V%NG R''+ GENER! "/'1 8 10: 84: @20

5 18 2 4 1 4 "&)#*R''+ GENER! "/' 4 10: 492 4:0

8 18 2 4 1 4 EJH!)"& V!VE" 9 915 ?45 1050

@ 18 2 4 1 4 $'RR A!&HR''+ "H!VER "/' 1 450 450 500

: 18 2 4 1 4 A!&HR''+ "H!VER "/' 1 450 450 500

? 92 4 4 2 4 AE#R''+ GENER! "/'1 5 10: 540 800

10 18 2 4 1 4 +!"&ER A!&H "H!VER "/' 1 450 450 500

11 92 4 4 2 4 +!"&ER AE#R''+ GENER! "/'1 8 10: 84: @20

12 92 2 8 1 8 +E$H' "H!#E $N&R 1239 9 1@2: 51:4 5@80

19 92 2 8 1 8 +E$H' "H!#E $N&R 458 9 1@2: 51:4 5@80

14 18 "P!RE 0 0

15 18 "P!RE 0 0

18 18 "P!RE 0 0

1@ 18 "P!RE 0 0

1:20 2 4 1 4 &V""

0 0

1? 0 0

2089 ">%&$H/#%J$'NNE$&'R/R$#

0 0

21 0 0

&'&! $ PER PH!"E> / V! 158:@ 143#

%N$'+%NG $!AE #E+!N# F!$&'R 0.5

E"&%%+!&E# #E+!N# '!# ,V! "

K90=! R$A' K100=! R$A' E"&%%+!&E# #E+!N# '!# ,> "1 K R%NG +!%N PR%N$%PE PH!"E A!!N$E - ,V! R*A RE"PE$&%VE* [email protected]

MCBAMPS

C&T WIRESI.E 2

LOAD INWATTS%UNIT

12$ 25 ==2 JPE/"F/">!/"F 1$ 18 ==2 E$$


11/13



#A N!+E #A-%02-0-N&H4-1 %F$ REF P1A - #>G-%01-02-E#G-A+#-8092 100! !+P ">%&$H / 100!+P +!%N"

#A &*PE %N$'+ER ">%&$H '!# #E&!%" 22000 R+" "*++E&R%$! !=s %.$

FE# FR'+ #A-%02-N&H4 240 V'&" 1 PH!"E 2 >%RE E ")RF!$E +')N&E#%P 92 EN$'")RE



1 18 "P!RE

2 18 "P!RE

9 18 2 4 1 4 'AA* GENER! "/' 2 10: 218 240

4 92 2 4 1 4 %V%NG R''+ GENER! "/'1 @ 10: @58 :40

5 18 2 4 1 4 A!&H "H!VER "/' 1 450 450 500

8 18 2 4 1 4 A!&H EJH!)"& V!VE 2 915 890 @00

@ 18 2 4 1 4 ,%&$HEN DA 1 100 100 111

: 92 4 4 2 4 ,%&$HEN GENER! "/'1 8 10: 84: @20

? 40 2 101 10 ,%&$HEN $'',ER 'VEN/H'A R%GH& 1 5:50 5:50 8500

10 40 2 101 10 ,%&$HEN $'',ER 'VEN/H'A R%GH& 1 5?40 5?40 8800

11 18 2 4 1 4 ,%&$HEN +%$R'>!VE "/' 1 1:45 1:45 2050

12 18 2 4 1 4 ,%&$HEN REFR%GER!&'R "/' 1 948 948 9:4

19 92 4 4 2 4 #%N%NG GENER! "/'1 5 10: 540 800

14 92 4 4 2 4 #%N%NG GENER! "/'1 8 10: 84: @20

15 18 2 4 1 4 P'R$H >P "/' 1 10: 10: 120

18 18 2 4 1 4 "P)R ')&E& F'R #!P P!NE 4 10: 492 4:0

1@ 18 2 4 1 4 "P)R ')&E& F'R #!P P!NE$$&V 4 10: 492 4:0

1:20 2 4 1 4 &V""

1?

20100 ">%&$H/#%"$'NNE$&'R/R$#

21

&'&! $ PER PH!"E> / V! 1:?41 21#46

%N$'+%NG $!AE #E+!N# F!$&'R 0.5

E"&%%+!&E# #E+!N# '!# ,V! 1#"5

K90=! R$A' K100=! R$A' E"&%%+!&E# #E+!N# '!# ,> !"5


MCBAMPS

C&T WIRESI.E 2

LOAD INWATTS%UNIT

LOADWATTS

LOAD*A

12$ 25 ==2 JPE/"F/">!/"F 1$ 18 ==2 E$$


12/13

LOAD DISTRIBUTION

DOHA LAND - PH

DB NAME #A-%2-A1-N$P! "H'P #>G REF $(A-E&!-$

DB TYPE R$$A '!# #E&

FED FROM "+#A-%2-A1-N9 415 V'&" 9 PH!"

LOCATION EJH!)"& PEN)+ %02.A11.01 LOAD DET

C&T NO" PHASE LOAD SER*ED +TYLOAD WATTS LOAD *A

R Y B R Y B

1

R1

18 25 4 4 1 4 $P$HP-%02-A1-101 1 5.5? *1

A1

9

R9

18 25 4 4 1 4 $P$HP-%02-A1-102 1 5.5? *9

A9

5

R5 18 "P!RE

*5 "P!$E

A5 "P!$E

&'&! $ PER PH!"E> / V!

%N$'+%NG $!AE #E+!N# F!$&'R 0.:

14$ 18 ==2 JPE/"F/">!/"F 1$ 18 ==2 PV$ $P$ G/* E"&%%+!&E# #E+!N# '!# ,V! #"#

K90=! R$A' K100=! R$A' E"&%%+!&E# #E+!N# '!# ,> #"#

1 K R%NG +!%N PR%N$%PE PH!"E A!!N$E - ,V! R*A RE"PE$&%VE* 0.00 0.00 0.00

MCBAMPS

CONDUIT

SI.E 2C&T / GND WIRE

SI.E 2LOAD IN

WATTS%UNIT


13/13

LOAD DISTRIBUTION

DOHA LAND - PH

DB NAME #A-%2-A1-N$PA "H'P #>G REF $(A-E&!-$

DB TYPE R$$A '!# #E&

FED FROM "+#A-%2-A1-N4 415 V'&" 9 PH!"

LOCATION $'' P'' +E&ER %02.A14.02 LOAD DET

C&T NO" PHASE LOAD SER*ED +TYLOAD WATTS LOAD *A

R Y B R Y B

1

R1

18 25 4 4 1 4 $P$HP-%02-A1-10@ 1 2.24 *1

A1

9

R9

18 25 4 4 1 4 $P$HP-%02-A1-10: 1 2.24 *9

A9

5

R5 18 "P!RE

*5 "P!$E

A5 "P!$E

&'&! $ PER PH!"E> / V!

%N$'+%NG $!AE #E+!N# F!$&'R 0.:

14$ 18 ==2 JPE/"F/">!/"F 1$ 18 ==2 PV$ $P$ G/* E"&%%+!&E# #E+!N# '!# ,V! #"#

K90=! R$A' K100=! R$A' E"&%%+!&E# #E+!N# '!# ,> #"#

1 K R%NG +!%N PR%N$%PE PH!"E A!!N$E - ,V! R*A RE"PE$&%VE* 0.00 0.00 0.00

MCBAMPS

CONDUIT

SI.E 2C&T / GND WIRE

SI.E 2LOAD IN

WATTS%UNIT

Documents

DB-I2-B1-NCPA & NCPB