Projektni Zadatak EIO_Nada Kerkez

:

:

: :. M , , 19/04

, 2010. .

1. ...........................................................................................4

2. ..............................................................................................5

2.1. ...................................5

2.1.1. ...............................................................................................5

2.1.2. ...........................................................................5

2.1.3. ....................................................................6

2.1.4. .................................................................................6

2.1.5. ............................................................................................7

2.1.6. ..........................................................................................7

2.2. .............7

2.2.1. ...............................................................................................7

2.2.2. ...........................................................................7

2.2.3. ...........................................................................................................8

2.2.4. ..........................................................................................9

3. ................................................................................................. 10

3.1. ..........................................................................................................10

3.1.1. ................10

3.1.2. ...................................................................................10

3.1.3. .......................................................................................10

3.1.4. ........................................................................................11

3.1.5. , , .................................................................11

3.1.6. .............................................11

3.1.7. .....................................................................11

3.1.8. .......................... 12

3.2. .......................................................................................................12

3.2.1. ......................................................12

3.2.2. ..........................................................................12

3.2.3. .........................................................................................13

3.2.4. .....................................................................13

3.3. ......................................................13

3.3.1. ........................13

3.3.2. ......................................................14

4. .......................................................................................................... 15

4.1. ........................................................................15

4.1.1. ..................................................................15

4.1.2. ............................................................................18

4.2. ( ) ...........................................20

4.3. ...............................................................22

4.4. .......................................................................................23

4.5. ...............................................................................................24

4.5.1. .........................25

5. .............................................................................................................. 27

6. ......................................................................................................... 29

7. .................................................................................................................. 30

, 19/04

4

1.

.

:1. ;2. ;3. ;4. ;5. ;6. ;7. ;8. .

:1.

.2.

.3.

.4. .5. .6. N-C-S .7. DIN

18015 T.2

. 1.

, 19/04

5

2.

2.1.

2.1.1.

1.

2. , , ,

(„ “, 53/1988 54/1988).

2.1.2.

1. IEC.

2. , .

3. .

, ..

4. , .

5. .

6. .

7. .

8. PVC . .

. .

9. .

10. .

11. 60 cm.

12. .13. .

, 19/04

6

14. .15.

:30 cm 1,5 mm2;40 cm 2,5 4 mm2;50 cm 6 mm2.

16. , .

. .

17. .

18. .

19. 2 mm.

2.1.3.

1. , :;

10 cm 1000 V.2.

45°. 10 mm.

3 mm.3.

. , 5 cm ..

3 cm. .

4. . 115 cm ( ).

40 cm, 120 cm.5.

160 cm 220 cm. ,

.

2.1.4.

1. , JUS.N.B2.741 (tacka 5.1.3.4).

2. 220 k

, 19/04

7

. ,220 V. .

2.1.5.

1. , , ,, .

2.

. , .

. .

3. .

4. .

5. .

6. .

2.1.6.

1. .2.

.

2.2.

2.2.1.

1. .2. ,

.3. , ,

( . . 11/96) IEC .

2.2.2.

1. . ,

JUS N.84.900 .

, 19/04

8

2. , , 1/10 ,

.3. – 1,3m , 2 m ,

.4. .

-8 10 cm.5. .6. .7.

2 mm.8. 30 cm

– . – .

9. – .

10. .

11. .

12. – .

13. . .

14. .15.

.16. 20

.17.

.18. .19.

, , . ( ),

.

2.2.3.

1. . , .

, 19/04

9

2.

.3.

.4. .

2.2.4.

1. .

, 19/04

10

3.

. :

1. – , ,2. – , 3.

.

3.1.

3.1.1.

PVC.

, .

, , .

3.1.2.

. .

. ,

. ( , ).

, . PP-Y .

. ,

.

3.1.3.

, ..

, 19/04

11

3.1.4.

. . IP 43.,

. PP-Y

3x1,5 mm2. .

) . . , .

.

3.1.5. , ,

PP-Y 3x1,5 mm2

PVC , , . . .

. PP-Y 3x2,5 mm2.

IP 45, . . – , PP-Y 5x2,5 mm2.

. IP 45.

3.1.6.

WC- P/F-Y-1x10 mm2

. .

( , , , ) P/F-Y-1x6 mm2

. ( 25 1 mm),

6 mm, 6 mm. .

3.1.7.

TN-C-S . .

16 mm2 ( -). ,

, 19/04

12

. .

( ).

3.1.8.

PP-Y . . ,

, , , .

. ,

.

. .

. .

. 10 - 15 cm10 cm .

30 cm . ,1-2 cm.

( ) .

3.2.

3.2.1.

. .

60 mm2 . .

. IY (St) Y 2 (2x0,6) mm2 PVC 60 mm2.

PVC .

FTP CAT5 4 (2 0.6) mm2 PVC .

3.2.2.

:

(

, 19/04

13

)

.

3.2.3.

, KEL 75/5 . .

: ( – ) 20 cm, 900

( ) 1 [cm]. .

80 mm . [2]

3.2.4.

(CCTV).:

, .

3.3.

3.3.1.

FeZn 25x4 mm 2m . Al

10 mm, , ). .

: , .

, .

. Al

, 19/04

14

10 mm. . -

. , ( ), 0.5 mm

:50 mm2, (

);16 mm2, , 35 mm2, .

, .

, . 8 . , 6

– ), 2 Al 10 mm. 11.59 m ,

6 m . III , , 10

m, ( 18.6) [1]. 12.09 m, 11.59 m.

( ).

3.3.2.

. , , , , .

,

.

.

( ) :,

. ,, - , ,

, ,.

, 19/04

15

4.

4.1.

4.1.1.

, :3

3 cosPf mIm Un

, 1cos

Pf mIm U fn.

56.4P kWins ,

0.4k j 22.56P kWjm:

225603 34.283 cos 3 380

PjmfI Am Un.

), ( )

8.3), 2 , S=10 mm2., : PP41-A 14 16 mm2,

, , : X00-A 4x16 mm2. 2

( 15.6, ), 1 , . :

S=1.5 mm2

S=2.5 mm2

– S=6 mm2.:

S=1.5 mm2 19.5I AtdS=2.5 mm2 24I AtdS=6 mm2 41I Atd

:1.1 ( ) ( )I I K k k n In os td

=30 [0C], 2[ / ]K m W , : ( ) 1K , 1k .

( )k n 15.8, 1 . ( ) 0.7k n .

, 19/04

16

:

S=1.5 mm2 < 13.65I Aos S=2.5 mm2 < 16.8I AosS=6 mm2 < 28.7I Aos

S=1.5 mm2 10I Aos 1.1 < 10I An ,

S=2.5 mm2 16I Aos 1.1 < 16I An ,

S=6 mm2 25I Aos 1.1 < 25I An .

, 1, 0.5k , 1 18.45RT

jmP kW .

:1 18450 28.03

3 380RTjmI A.

, 1 32 [ ]. 1

1.

Tabela 1. 1

L1 L2 L31 1 20002 2, 3, 4 3000 3000 30003 5 25004 6 25005 7 25006 8 30007 9, 10, 11 2000 2000 20008 12 20009 13 200010 14 90011 15 90012 16 60013 16 10014 17 250015 18 400

[W] 12200 13900 10800 [W] 36900

0.5 [W] 18450

, 19/04

17

S=1.5 mm2

:1

10900 4.09220

RTnI A;

111

900 4.09220

RTnI A;

112

700 3.18220

RTnI A;

114

400 1.82220

RTnI A.

10 1.1 ( )ni os tdI I k n I . S=2.5 mm2

6 :1

43000 13.64220

RTnI A.

16 .2 S=2.5 mm2

:1

29000 13.673 380

RTnI A.

16 .

2, 0.7k , 2 13650RT

jmP kW .

:2 13650 20.74

3 380RTjmI A.

, 2 25 [ ].

Tabela 2. 2

L1 L2 L31 1 25002 2 25003 3 25004 4 30005 5 25006 6 25007 7 20008 8 5009 9 70010 10 800

[W] 7500 6300 5700 [W] 19500

0.7 [W] 13650

, 19/04

18

S=1.5 mm2

:2

8500 2.27220

RTnI A;

29

700 3.18220

RTnI A;

210

800 3.64220

RTnI A.

10 1.1 ( )ni os tdI I k n I .

S=2.5 mm2

4 :1

43000 13.64220

RTnI A.

16 .

S=1.5 mm2 - S=6 mm2

( ).

( ):: 56.4GRO

instP kW ;: 0.4jk ;

: 22.56mP kW ;

: 34.283 cos

mm

PI AU

: 40nI A.

4.1.2.

17), 1 :cos ( ) ( )(%) 200 200 2

Il r xtg Pl r xtguUnf Unf

cos 1 1/r S , ( 256[ / ]Sm mm), :

(%) 200 2Plu

S Unf, 1 :

3 cos ( ) ( )(%) 100 100 2Il r xtg Pl r xtgu

Un Uncos 1 1/r S :

(%) 100 2P lnuS Un

, 19/04

19

, . :

1. 3%, 5%, . ,

2. 5%, 8%, .

. 1. ,

:1. – 1:

236.9 , 380 , 2 , 6P kW U V l m S mmn n36900 2

(%) 100 100 0.152%1 2 256 6 380

P lnuMRO RT S Un2. – 2:

219.5 , 380 , 7 , 6P kW U V l m S mmn n19500 7

(%) 100 100 0.281%2 2 256 6 380

P lnuMRO RT S Un3. .14 1:

, .

:22.5 , 220 , 16.4 , 2.5P kW U V l m S mmn nf

2500 16.4(%) 2 100 2 100 1.21%1 14 2 256 6 220

P lnuRT S Unf ( 14) :

(%) (%) (%) 0.152 1.21 1.362%1 14u u uMRO RT,

, 1.362%, 5% (),

..13,

900 W.

:21.5 , 7 , 220S mm l m U Vnf

:900 8

(%) 2 100 2 100 0.354%11 2 2561.5 220

Plu

S Unf ( 13) :

, 19/04

20

(%) (%) (%) 0.154 0.354 0.508%1 11u u uMRO RT3% ( .

), .

4.2. ( )

. ,

Eh=(100 – 250) lx, 1 , 1, 2. 1

„ “ ..

. , .

7.20[m]x4.35[m]x2.7[m]. ,.

.:hp=0.85 m

hs=0.2 mhk=h-hp-hs=2.7-0.85-0.2=1.65 m

, 1.

, .

. ,

, . 1 DIALux.

( 1, 5), , ,

. :( )

a bi

h a bk. 1

:7.20 4.35 1.64

1.65 (7.20 4.35)i

, , ( 4) 1 :

, 19/04

21

p=0.1 – (p – )z=0.5 – (z – )t=0.7 – (t – )

1 ( 5) 1 , p=0.1,z=0.5, t=0.7 1.64i , ( ) :

0.5( ) 0.5(0.4 0.48) 0.441.5 2i i

. ,

( ) , f1, , f2. , f =f1f2. 1

, f1, ( 6). =V, ) – 12 ,

, 1 :f 0.881

100 W, 7 , 1 :f 0.922

:f=f f 0.88 0.92 0.811 2

, , 1 :E a bhuk f

:100 7.20 4.35

8787.880.44 0.81

lmuk

3. , 1 , 100 W:

1350lmiz ( ) , 1 :

8787.87 6.51350

ukNiz

, Ns, (0.9N, 1.1N), . N=6,

±10%. ,

.Na Nb

a b, , 1N N Na b s

( ), 1

, 19/04

22

N aaN bb

:7.20 1.664.35

ab

:

1.66NaNb

, Ns, (5.85, 7.15),

3 2 6N N Ns a b .

, 17.20 4.35 2.28[ ]

6a bs mNs

/ 2.28/1.65 1.38s hk , 1.5,.

4.3.

, , ,

. ,

.

, , (

), , ,,

.

.

. (Ng),

km2

.[1]1.250.04N Tg d [ /km2 ]

d – . 38Td (). :

, 19/04

23

1.250.04 3.77N Tg d (Nd),

, [1]:610N N Ad g e [ ]

– ( m2)26 (3 )A ah he

: – , = 17.59 m

b – , b = 13.12 mh – , h = 8.20 m

2 26 17.59 8.20 (3 8.20) 2766.59A me:

6 33.77 2766.59 10 10.4310Nd [ ]

:3310

1 2 3 4Nc C C C C

C1 ÷ C4 18.1 ÷ 18.4. [1]C1 = 1 – C2 = 1 – C3 = 1 – C4 = 1 –

3310NcN Nd c -

N Nd c - ,

, r. [1]

1 0.712NcEr Nd

0 0.8Er IV ( 18.5). [1]

4.4.

, 19.59 15.12a b m m

e FeZn a 25 4p q mm mm

, 19/04

24

h=0.8 m. 100 m .

(

). .,

, . .

:28ln

2LRA L ph

: L , p - .

:1.53RA

: ŠTIT, HERMI. ( 2.)

4.5.

(TN – C – S). TN – C 10 mm2 ( ). TN – C

( PEN) – . TN – S

10 mm2 ( ). , ( PE)

– .

. 2. TN – C – S

, 19/04

25

, , TN – C TN – S (

).

. , , ,. : ,

, , ( ), .

, , . 6 mm2

PVC . .

Al 10 mm.

4.5.1.

16 .

TN , [1]:U fI Ia gZs

Zs , Uf , Ig ( ) , Ia

:

Tabela 3. TN

) , 0,1s, , ( 10) [1]:55I I Ia n

:27.5 20.65 2 0.65 0.12 0.77[ ]

56 2.5 56 6Zs

:

, 19/04

26

2205 16 80 285.710.77

U VfI A Aa Zs

.

.:

PP00 – Y 4x95 mm2 (r=0.19,x=0.09), l=500 mPP00 – Y 4x10 mm2 (r=1.84, x=0.09), l=20 m

:2 27.5 22 0.19 0.5 1.84 0.02 2 0.09 0.5 0.09 0.02 0.39456 2.5 56 6Zs

:R RA TS MROU R R Ic MRO RT RT b kR R RA B TS MRO

RB – , , RB = 0.

0.19 0.5 1.84 0.02 0.132R R RTS MRO TS PO PO MRO220 558.38A0.394

U fIk Zs(1.58 0) 0.132

0.06 558.38 101.07V1.58 0 0.132

Uc

14.1, [1], ( 2 – , . )

101.07 V tm = 160 ms. ,

, (0.1s < 0.16s).

, 19/04

27

5.

1. , PP-Y 3x1,5 mm2

. ....14 ( ), 14 ( )2.

PP-Y 3x2,5 mm2 .....31 ( ), 22 ( )

3. ( ) , PP-Y 3x2,5

mm2 .....10

4. PP-Y 3x2,5 mm2.

....55. (

) PP-Y 3x2,5 mm2. 8 m.....2

6. PP-Y5x2,5 mm2.

....27.

(40 ), , (3 35 ), (1 6 , 1 32 ), .

....18.

.....2:

1: 32 , ....1 6 ....1 10 ....3 16 ....13

2: 25 , ....1 10 ....2 16 ....8

9. PP-Y 5x6 [mm2] 1, 2 .....12

10..

....2

, 19/04

28

11. P/F-Y 1x4 mm2

P/F-Y 1x10 mm2.

P/F-Y 1x4 mm2

P/F-Y 1x6 mm2 .12.

P/F -Y 1x10 mm2.13. IY (St) Y 2 (2x0,6) mm2

. 15 m....9

14. FTP CAT5 4 (2 0.6) mm2

. 15 m....6

15.. My Home System) ,

CCTV , . IY (St) Y 2

(2x0,6) mm2 . PVC .[4]

12 V= ( P /L 2x0,75 mm2 ) 220 V, 50 Hz ( PP-Y 3x1,5 mm2)

RG 59/U. [5]16.

4.3 2.

, 19/04

29

6.

[1] . , , , , , 2005.[2] , , , , 2007.[3] , , , 2000.[4] , , , , 2008. .[5] CAE d.o.o, Computer Application Engineering, – 07012401, , 2007. .

, 19/04

30

7.

:1. DIALux2.3. 14. 25. – 6. – 7. ŠTIT

31

Elektri no Osvjetljenje Prilog 1

Bachus08.10.2010

Elektrotehni ki fakultetBanja LukaPatre 578000 Banja Luka

Operator Nada KerkezTelephone +387 (0)65 846 194 Fax e-Mail [email protected]

Kuhinja, Trpezarija / Summary

70 70 6.30 m

5.745.385.084.714.404.04

3.222.922.62

2.10

70

140140

140140

280 280 210 140 210

0.50

0.00

0.00 0.79 1.38 1.98 2.60 3.67 4.45 m

Values in Lux, Scale 1:81

Emin [lx]

5.680.78

131.22

Emax [lx]

315224

37455

u0

0.0510.0110.548

/

Height of Room: 2.743 m, Maintenance factor: 0.80

Surface

WorkplaneFloorCeilingWalls (8)

[%]

/305931

Eav [lx]

111692434

Workplane:Height:0.760 m

Grid:128 x 128 Points Boundary Zone:0.000 mIlluminance Quotient (according to LG7): Walls / Working Plane: 0.359, Ceiling / Working Plane: 0.214.

Luminaire Parts List

No.

1

2

Pieces

10

2

Designation (Correction Factor)

Disano Deimos LED POWERLED 3000K Fosnova Deimos POWERLED3000K 60G 700Ma CLD S+L chrome (1.000)HavellsSylvania 9134825 Intro MV IP23 50 degree (1.000)

Total:

Specific connected load: 5.86 W/m² = 5.29 W/m²/100 lx (Ground area: 21.51 m²)

[lm]

344

525

4490

P [W]

9.0

18.0

126.0

Page 1

mailto:[email protected]

32


Bachus08.10.2010



Kuhinja, Trpezarija / Luminaire parts list

10 Pieces Disano Deimos LED POWERLED 3000K Fosnova Deimos POWERLED 3000K 60G 700Ma CLD S+L chrome Article No.: Deimos LED POWERLED 3000K Luminaire Luminous Flux: 344 lm Luminaire Wattage: 9.0 W Luminaire classification according to CIE: 100 CIE flux code: 90 99 100 100 101 Fitting: 1 x xre60g 3000K-700ma (Correction Factor 1.000).

2 Pieces HavellsSylvania 9134825 Intro MV IP23 50degreeArticle No.: 9134825Luminaire Luminous Flux: 525 lmLuminaire Wattage: 18.0 WLuminaire classification according to CIE: 100CIE flux code: 87 95 98 100 91Fitting: 1 x User defined (Correction Factor1.000).

Page 2


Prilog 1

Bachus08.10.2010



Kuhinja, Trpezarija / 3D Rendering

Page 3

Elektri no Osvjetljenje



Bachus08.10.2010



Dnevna soba_Zidno osvjetljenje / Summary

5.00 m

30

30

30

30

4.50

30

30

3030

30 60

3030

2.76

0.50

0.00

0.00 0.50 4.05 6.65 7.15 m


Emin [lx]

7.561.765.343.12

Emax [lx]

1112841

22843

u0

0.3640.1570.316

/


Surface


[%]

/324623

Eav [lx]

21111741




No.

1

2

Pieces

2

1

Designation (Correction Factor)Disano Matrix 1 Fosnova MATRIX 1 FLC 23 S met. silver (1.000)Disano Matrix 4 floor version Fosnova MATRIX 4 FLC23EL S met. silver(1.000)

Total:

[lm]

1500

1500

4500

P [W]

25.0

25.0

75.0


Page 4



Bachus08.10.2010



Dnevna soba_Zidno osvjetljenje / Luminaire parts list

2 Pieces Disano Matrix 1 Fosnova MATRIX 1 FLC 23 Smet. silverArticle No.: Matrix 1Luminaire Luminous Flux: 1500 lmLuminaire Wattage: 25.0 WLuminaire classification according to CIE: 62CIE flux code: 21 45 72 62 82Fitting: 1 x User defined (Correction Factor1.000).

Disano Matrix 4 floor version Fosnova MATRIX4 FLC23EL S met. silverArticle No.: Matrix 4 floor versionLuminaire Luminous Flux: 1500 lmLuminaire Wattage: 25.0 WLuminaire classification according to CIE: 38CIE flux code: 05 26 59 38 82Fitting: 1 x User defined (Correction Factor1.000).

1 Pieces

Page 5



Bachus08.10.2010



Dnevna soba_Zidno osvjetljenje / 3D Rendering

Page 6



Bachus08.10.2010



Dnevna soba_Plafon / Summary

5.00 m

40

6060 80 40

4.50

80 60 80 8040 60 100 80 6080 8060 80 100 80 6040 60 80 80 80 60 60 80 60

40

60

8060

40

80

40

60

80

80

60 60

60

60

2.76

0.50

0.00

0.00 0.50 4.05 6.65 7.15 m


Emax [lx]

106524478

u0

0.3160.0830.432

/

Height of Room: 2.700 m, Mounting Height: 2.200 m, Maintenancefactor: 0.80

Surface


[%]

/324623

Eav [lx]

53222533

Emin [lx]

171.82

112.67




No.

1

Pieces

1

Designation (Correction Factor) [lm]

1500

1500

4500

P [W]

0.0

25.0

50.0

Disano Matrix a sospensione Fosnova MATRIX 3 FLC23 S met. silver (1.000) Disano Matrix a sospensione Fosnova MATRIX 3 FLC23 S met. silver 22 (Type 2)* (1.000)

Total:


Page 7


Prilog 1

Bachus08.10.2010



Dnevna soba_Plafon / Luminaire parts list

1 Pieces Disano Matrix a sospensione Fosnova MATRIX3 FLC23 S met. silverArticle No.: Matrix a sospensioneLuminaire Luminous Flux: 1500 lmLuminaire Wattage: 0.0 WLuminaire classification according to CIE: 62CIE flux code: 21 45 72 62 82Fitting: 1 x FLC23EL (Correction Factor 1.000).

Disano Matrix a sospensione Fosnova MATRIX3 FLC23 S met. silver (Type 2)Article No.: Matrix a sospensioneLuminaire Luminous Flux: 1500 lmLuminaire Wattage: 25.0 WLuminaire classification according to CIE: 62CIE flux code: 21 45 72 62 82Fitting: 1 x User defined (Correction Factor1.000).

2 Pieces

Page 8

Elektri no Osvjetljenje



Bachus08.10.2010



Dnevna soba_Plafon / 3D Rendering

Page 9



Bachus08.10.2010



Kupatilo / Summary

4.37 m

3.87

100 120

100 120

120 140140 140

140

120120

140120

100 120 100 80

0.50

0.00

0.00 0.50 2.85 3.35 m


Emin [lx]

701.74

162.90

Emax [lx]

147120

69750

u0

0.6030.0240.572

/

120


Surface


[%]

/616530

Eav [lx]

115722839




No.

1

2

Pieces

6

1

Designation (Correction Factor)

Disano Deimos LED POWERLED 3000K Fosnova Deimos POWERLED3000K 60G 700Ma CLD S+L chrome (1.000)HavellsSylvania 2425708 Elite Mirror and Shaverlight (1.000)

Total:


[lm]

344

900

2964

P [W]

9.0

60.0

114.0

Page 10



Bachus08.10.2010



Kupatilo / Luminaire parts list

6 Pieces Disano Deimos LED POWERLED 3000KFosnova Deimos POWERLED 3000K 60G700Ma CLD S+L chromeArticle No.: Deimos LED POWERLED 3000KLuminaire Luminous Flux: 344 lmLuminaire Wattage: 9.0 WLuminaire classification according to CIE: 100CIE flux code: 90 99 100 100 101Fitting: 1 x xre60g 3000K-700ma (CorrectionFactor 1.000).

HavellsSylvania 2425708 Elite Mirror andShaverlightArticle No.: 2425708Luminaire Luminous Flux: 900 lmLuminaire Wattage: 60.0 WLuminaire classification according to CIE: 49CIE flux code: 33 61 83 49 50Fitting: 1 x TC-S 11W G23 (Correction Factor1.000).

1 Pieces

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Bachus08.10.2010



Kupatilo / 3D Rendering

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HERMI d.o.o

Sesvetska 116

SESVETE - ZAGREB

tel.: 01 20 14 926, fax: 01 20 14 928

Troškovnik:

Element: Materijal: Šifra: Koli ina:

Krovna oprema:

krovni nosa i

SON-12,SON-12A Rf-N 011223,112230 124

sljemenski nosa i

SON-06 Rf-N 000623 41

Zidni nosa i:

ZON-03 Rf 020322 14

Vertikalne zaštite:

VZ-03 Rf 030302 4

Cijevne obujmice:

KON-12 Rf-N10 071414 10

KON-11 Rf-V 721220 4

KON-10 Rf-V 072122 4

Kontaktni elementi:

vezne spojnice

KON-04 Rf-V 050122 34

kontaktne spojnice

KON-05 Rf-V 080518 8

zljebne spojnice

KON-06 Rf-V 060122 8

mjerne spojnice

KON-02 Rf-V 040122 8

oznake mjernih mjesta

MS Rf-V 80122 8

Vodi i:

AH1 Al 090200 153

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Projektni Zadatak EIO_Nada Kerkez