IT 690V BUS BAR - haBit Eksempel Engelsk.pdf · · 2009-07-08se page 2 hz-p15eh243 0-100 hz...

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

A A

B B

C C

D D

Ver. Revision Date Sign. Hinnstein AS, boks 563, 9485 Harstad

Norm

Appr. by

Perf. by

Date

IEC 61361-1

Olav Olsen

Per Johan Molin

21.01.2006

Original Repl. for Repl. of

POWER DISTRIBUTION

GENERATORS AND TRANSFORMER

IT 690 V and TN-S 400 V

POWER CONTROL HOUSE

Scale

1:1 A3 N.pg.

Page

2

1

P15EDOCUMENTATION OF

BLOCK DIAGRAM 1 - 3

00000001

EH 001-003

Project no.

Drawing no.

Ver.

The manufacturer should be consulted for Q1-Q5 and Q8-Q10 circuit-breakers, they have to be tested at power-factors in the range 0,10,in accordance with IEC 61361-1, 9.2,IEC 60092-202 (in Norway NEK 410, 6.1.1)and IEC 947-2.

G-EG1

On/1500kVAIT/690V

GENERATOR 1SKID WITH CONTROLLER

G1-W01/03N

SH

XFO

E C

u 2x

3x1x

300

F2

12m

-EQ

13

In,A

=160

0P

å, I1

(Ir)

=125

0

-WS1AIT 690V BUS BAR

L1,L2,L3,PE

Voltage, V:Sum I ld, A:S.fact:Isc. min, kA:Isc. max, kA:cosø, :Peak current, kA:

688,761629,47

13,254

3,960,089,91

IT 690V BUS BAR

G-EG2

On/1500kVAIT/690V

GENERATOR 2,SKID WITH CONTROLLER

G-EG3

On/1500kVAIT/690V


G-EG4

Off/1500kVAIT/690V


F U T

U R E

-T1TN-S/400V/1850kVA

P15ET100

-Q6-WS2A

TN-S 400V BUS BARL1,L2,L3,N,PE TN-S 400V BUS BAR


398,4012541,63

0,716,65512,717

0,1129,67

-W9 G2


688,7491473,41

0,79,772

11,8770,08

29,73

contactcontact contact contact

-EQ

244

3In

,A=1

000

På,

I1(I

r)=9

00

TO DRILLING MCC400V P15EH300,

SE PAGE 3

Hz

-P15

EH

242

N100-W01/03IXXI Cu 2x3x1x300

6,5m

POWERCONTROLHOUSE

contact

-W18IXX

I Cu

2x3x

1x30

0/30

0G

11m

1(3.2)

-EQ

23

In,A

=160

0P

å, I1

(Ir)

=125

0

-EQ

33

In,A

=160

0P

å, I1

(Ir)

=125

0

-EQ

43

In,A

=160

0A

v, I1

(Ir)

=125

0

-EQ

100

3In

,A=1

600

På,

I1(I

r)=1

400

-EQ

101

3In

,A=1

600

På,

I1(I

r)=1

250

-W13 IXX

I Cu

2x3x

1x30

0

G2

8m

2(2.4)

0-10

0

Hz

N100-1-W01/04IXXI Cu 4x3x1x300/300

G28,5m

IXX

I Cu

2x3x

1x30

0

1,5m

G1-

1-W

01/0

3

IXX

I Cu

2x3x

1x24

0F

14,

25m

N24

0-W

01/0

3-E

Q24

03

In,A

=125

0P

å, I1

(Ir)

=100

0H

z

970kW (901,82A

)

AW

G53

5 C

u 2x

3x1x

271,

33,

5m

N10

0.24

0-W

01/0

3

contact

M

Mud pump 1VFD P15EU240901,82A (970kW)

NS

HX

FOE

Cu

3x3x

1x24

0/24

025

m

N10

0.24

0-1-

W01

/04

-EQ

241

3In

,A=1

250

På,

I1(I

r)=1

000

1125

kW

IT/6

90V

Hz

contact

M

Mud pump 2 P15EU241970kW (901,82A)

TO CB 690V P15EH100,SE PAGE 2

Hz

-P15

EH

243

contact

0-10

0

Hz

Hz

-P15

EH

230

contact

0-10

0

Hz

Hz

-P15

EH

231

contact

0-10

0

Hz

Hz

-P15

EH

232

contact

0-10

0

Hz

Hz

-P15

EH

233

contact

0-10

0

Hz

Hz

-P15

EH

234

contact

0-10

0

Hz

Hz

-P15

EH

235

contact

0-10

0

Hz

Hz

-P15

EH

236

contact

0-10

0

Hz

Hz

-P15

EH

237

-EQ

2373

In,A

=250

I1(I

r)=2

25

M

P1E

M23

7/H

oist

821

1,7A

(13

2kW

)

contact

0-10

0

Hz

Hz

-P15

EH

238

contact

0-10

0

Hz

Hz

-P15

EH

239

M

P15

EH

239

250k

W (

400,

94A

)

contact

0-10

0

Hz

50m

-P1E

H20

0.23

7-1-

W01

/02

10m -E

H20

0.23

7-W

01Voltage, V:Sum I ld, A:S.fact:Isc. min, kA:Isc. max, kA:cosø, :Peak current, kA:

688,351979,9

19,669

11,7740,09

29,47

GENERATOR 1 ONGENERATOR 2 ONGENERATOR 3 ONGENERATOR 4 OFF

40 centigrade ambient temp.

105m

-P4E

H20

0.23

9-1-

W01

/3

IXX

I Cu

3x1x

150

5mH

200-

W37 -E

Q23

93In

,A=6

30I1

(Ir)

=405

F1

5m-H20

0-W

39


688,2871262,92

0,69,686

11,7910,09

29,52


688,491901,82

19,707

11,8140,09

29,57


688,761629,47

13,254

3,960,089,91


688,761629,47

13,254

3,960,089,91


1

0,66


398,364664,97

0,716,54112,691

0,1229,61

G2-W01/03

NS

HX

FOE

Cu

2x3x

1x30

0

F2

12m

G3-W01/03

NS

HX

FOE

Cu

2x3x

1x30

0

F2

12m

G4-W01/03

NS

HX

FOE

Cu

2x3x

1x30

0

F2

12m

IXX

I Cu

2x3x

1x30

0

1,5m

G2-

1-W

01/0

3

IXX

I Cu

2x3x

1x30

0

1,5m

G3-

1-W

01/0

3

IXX

I Cu

2x3x

1x30

0

1,5m

G4-

1-W

01/0

3

IXX

I Cu

2x3x

1x24

0F

14,

25m

N24

1-W

01/0

3

AW

G53

5 C

u 2x

3x1x

271,

33,

5m

N10

0.24

1-W

01/0

3

NS

HX

FOE

Cu

3x3x

1x24

0/24

025

m

N10

0.24

1-1-

W01

/04

M

P15

EH

238

250k

W (

400,

94A

)

105m

-P4E

H20

0.23

8-1-

W01

/3

F1

5m-H20

0-W

38 -EQ

2383

In,A

=630

I1(I

r)=4

05

M

P1E

M23

6/H

oist

721

1,7A

(13

2kW

)

M

P1E

M23

5/H

oist

621

1,7A

(13

2kW

)

M

P1E

M23

4/H

oist

521

1,7A

(13

2kW

)

M

P1E

M23

3/H

oist

421

1,7A

(13

2kW

)

M

P1E

M23

2/H

oist

321

1,7A

(13

2kW

)

M

P1E

M23

1/H

oist

221

1,7A

(13

2kW

)

M

P1E

M23

0/H

oist

121

1,7A

(13

2kW

)

M

P15

EH

242/

Pip

e h.

175

kW (

120,

28A

)

50m

-P1E

H20

0.23

6-1-

W01

/02

50m

-P1E

H20

0.23

5-1-

W01

/02

50m

-P1E

H20

0.23

4-1-

W01

/02

50m

-P1E

H20

0.23

3-1-

W01

/02

50m

-P1E

H20

0.23

2-1-

W01

/02

50m

-P1E

H20

0.23

1-1-

W01

/08

50m

-P1E

H20

0.23

0-1-

W01

/02

50m

-P7E

H20

0.24

3-1-

W01

10m -E

H20

0.23

6-W

01

10m -E

H20

0.23

5-W

01

10m -E

H20

0.23

4-W

01

10m -E

H20

0.23

3-W

01

10m -E

H20

0.23

2-W

01

10m -E

H20

0.23

1-W

01

10m -E

H20

0.23

0-W

01

10m -P

7EH

200.

243-

W01

IXX

I Cu

3x1x

150

5mH

200-

W36

IXX

I Cu

3x1x

150

5mH

200-

W35

IXX

I Cu

3x1x

150

5mH

200-

W34

IXX

I Cu

3x1x

150

5mH

200-

W33

IXX

I Cu

3x1x

150

5mH

200-

W32

IXX

I Cu

3x1x

150

5mH

200-

W31

IXX

I Cu

3x1x

150

5mH

200-

W30

IXX

I Cu

3x1x

955m

H20

0-W

43 -EQ

2363

In,A

=250

I1(I

r)=2

25

-EQ

2353

In,A

=250

I1(I

r)=2

25

-EQ

2343

In,A

=250

I1(I

r)=2

25

-EQ

2333

In,A

=250

I1(I

r)=2

25

-EQ

2323

In,A

=250

I1(I

r)=2

25

-EQ

2313

In,A

=250

I1(I

r)=2

25

-EQ

2303

In,A

=250

I1(I

r)=2

25

-EQ

2433

In,A

=160

I1(I

r)=1

40

M

P15

EH

243/

Pip

e h.

275

kW (

120,

28A

)

50m

-P1E

H20

0.24

2-1-

W01

10m -P

7EH

200.

242-

W01

IXX

I Cu

3x1x

955m

H20

0-W

42 -EQ

2423

In,A

=160

I1(I

r)=1

40

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

A A

B B

C C

D D


Norm

Appr. by

Perf. by

Date

IEC 61361-1

Olav Olsen

Per Johan Molin

21.01.2006


POWER DISTRIBUTION 690V

DRILLING MCC 690V

IT 690 V Scale

1:1 A3 N.pg.

Page

3

2

P15EN100DOCUMENTATION OF

BLOCK DIAGRAM 1 - 3

00000001

EH 001-003

Project no.

Drawing no.

Ver.

-WS1B

690 V BUS BAR

L1,L2,L3,PE

2(1.8)

P15E-W13(1.8)

Voltage, V: 688,351, Sum I ld, A: 979,9, S.fact: 1, Isc. min, kA: 9,669, Isc. max, kA: 11,774, cosø, : 0,09, Peak current, kA: 29,47

IT 690V BUS BAR -P15EN100

IFS

I Cu

3x50

/25

E5m

-W30

Tested for start

45 kW at cosø

=0,15

-EQ

128

3In

,A=4

00I1

(Ir)

=165

IFS

I Cu

2x3x

50/2

5E

5m-W

28

HP

U S

KID

P17E

H128

165A (177,47kW

)

RIO

VE

NT. FA

N U

NIT

P17E

H130

71kW (66,01A

)

RIO

IFS

I Cu

3x16

/16

E5m

-W37

MU

DC

OO

LER

P17E

M137

37kW (34,4A

)

IFS

I Cu

3x16

/16

E5m

-W36

DE

CA

NT

ER

UN

IT 2

P17E

H136

52kW (48,34A

)

IFS

I Cu

3x16

/16

E5m

-W35

DE

CA

NT

ER

UN

IT 1

P17E

H135

52kW (48,34A

)

IFS

I Cu

3x70

/35

E5m

-W38

SP

AR

E 125kW

P15E

X100-38

IFS

I Cu

3x16

/16

E5m

-W27

MW

AT

ER

PU

MP

P17E

M127

45kW (41,84A

)T

ested for start15 kW

at cosø=0,15

IFS

I Cu

3x6/

6E

5m-W

29

MC

ELLA

R P

UM

P

P17E

M129

15kW (13,95A

)

Tested for start

75 kW at cosø

=0,16M

CE

NT

RIF

UG

AL P

UM

P 2

P17E

M125

75kW (69,73A

)

Tested for start

75 kW at cosø

=0,16

IFS

I Cu

3x25

/16

E5m

-W24

MC

EN

TR

IFU

GA

L PU

MP

1

P17E

M124

75kW (69,73A

)

HOPPER SKID

Tested for start

18,6 kW at cosø

=0,15

IFS

I Cu

3x6/

6E

5m-W

26

MT

RIP

TA

NK

PU

MP

P17E

M126

18,6kW (17,29A

)

Tested for start

55 kW at cosø

=0,15M

MU

D T

RA

NS

FE

R P

UM

P

P17E

M112

55kW (51,13A

)

MM

UD

AG

ITA

TO

R 4

P17E

M122

7,5kW (6,97A

)T

ested for start 7,5 kW

at cosø=0,15

MM

UD

AG

ITA

TO

R 3

P17E

M121

7,5kW (6,97A

)T

ested for start7,5 kW

at cosø=0,15

MM

UD

AG

ITA

TO

R 2

P17E

M120

7,5kW (6,97A

)T


at cosø=0,15

MM

UD

AG

ITA

TO

R 1

P17E

M119

7,5kW (6,97A

)T


at cosø=0,15

SUCTION TANK

Tested for start

7,5 kW at cosø

=0,15M

MU

D A

GIT

AT

OR

8

P17E

M118

7,5kW (6,97A

)

MM

UD

AG

ITA

TO

R 7

P17E

M117

7,5kW (6,97A

)T


at cosø=0,15

MM

UD

AG

ITA

TO

R 6

P17E

M116

7,5kW (6,97A

)T


at cosø=0,15

MM

UD

AG

ITA

TO

R 5

P17E

M115

7,5kW (6,97A

)T


at cosø=0,15

INTERMEDIATE TANKT

ested for start55 kW

at cosø=0,15

MD

ES

ILTE

R P

UM

P

P17E

M114

55kW (51,13A

)

Tested for start

55 kW at cosø

=0,15M

DE

SILTE

R P

UM

P

P17E

M113

55kW (51,13A

)

MD

EG

AS

SE

R

P17E

M112

4kW (3,72A

)T

ested for start 4 kW

at cosø=0,17

MM

UD

AG

ITA

TO

R 10

P17E

M111

7,5kW (6,97A

)T


at cosø=0,15

IFS

I Cu

3x2,

5/2,

5E

5m-W

10-E

Q11

03

In,A

=12

I1(I

r)=1

2I>

MM

UD

AG

ITA

TO

R 9

P17E

M110

7,5kW (6,97A

)T


at cosø=0,15

SHALE SHAKER

Tested for start

45 kW at cosø

=0,15

IFS

I Cu

3x16

/16

E5m

-W09

MP

RE

-CH

AR

GE

PU

MP

P17E

M109

45kW (41,84A

)

IFS

I Cu

3x2,

5/2,

5

E5m

-W08

MR

OD

WA

SH

ING

PU

MP

M

OT

OR

P17E

M108 3,5kW

(3,25A)

Tested for start

3,5 kW at cosø

=0,15T


at cosø=0,15

IFS

I Cu

3x6/

6

E5m

-W06

MB

LOW

ER

P

17EM

106 15kW (13,95A

)

-EQ

106

3In

,A=3

2I1

(Ir)

=18

I>

IFS

I Cu

3x2,

5/2,

5

E5m

-W07

Tested for start

3,5 kW at cosø

=0,15M

RO

D W

AS

HIN

G P

UM

P

MO

TO

RP

17EM

108 3,5kW (3,25A

)

MUD PUMP 2

Tested for start

45 kW at cosø

=0,15

IFS

I Cu

3x16

/16

E5m

-W05

MP

RE

-CH

AR

GE

PU

MP

P

17EM

10545kW

(41,84A)

IFS

I Cu

3x2,

5/2,

5

E5m

-W04

MR

OD

WA

SH

ING

PU

MP

M

OT

OR

P17E

M104 3,5kW

(3,25A)

Tested for start

3,5 kW at cosø

=0,15T


at cosø=0,15

IFS

I Cu

3x6/

6

E5m

-W02

MB

LOW

ER

P17E

M102

15kW (13,95A

)

-EQ

102

3In

,A=3

2I1

(Ir)

=18

I>

IFS

I Cu

3x2,

5/2,

5

E5m

-W03

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

30m

-1-W

03-E

Q-1

033

In,A

=12

I1(I

r)=5

I>

Tested for start

3,5 kW at cosø

=0,15M

RO

D W

AS

HIN

G P

UM

P

MO

TO

R

P17E

M104 3,5kW

(3,25A)

MUD PUMP 1

IFS

I Cu

3x16

/16

E5m

-W33

HE

ATE

R elem

ent 1

P17F

E133

16,6kW (13,89A

)

IFS

I Cu

3x16

/16

E5m

-W34

HE

ATE

R elem

ent 2

P17F

E134

23,3kW (19,5A

)

MS

TAN

DB

Y FA

N

P17E

M132

11kW (10,23A

)

MD

UT

Y F

AN

P17E

M131

11kW (10,23A

)

HVAC unit

Mud treatment

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

30m

-1-W

04

H07

RN

-F C

u 3x

6/6

E28

m-1

-W02

H07

RN

-F C

u 3x

16/1

6E

25m

-1-W

05

H07

RN

-F C

u 3x

6/6

E23

m-1

-W06

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

25m

-1-W

07

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

25m

-1-W

08

H07

RN

-F C

u 3x

16/1

6E

25m

-1-W

09

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

26m

-1-W

010

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

24m

-1-W

011

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

28m

-1-W

012

H07

RN

-F C

u 3x

16/1

6E

25m

-1-W

013

H07

RN

-F C

u 3x

16/1

6E

25m

-1-W

014

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

30m

-1-W

015

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

28m

-1-W

016

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

26m

-1-W

017

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

24m

-1-W

018

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

24m

-1-W

019

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

22m

-1-W

020

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

20m

-1-W

021

H07

BQ

-F(Q

WP

K)

Cu

3x2,

5E

18m

-1-W

022

H07

RN

-F C

u 3x

16/1

6E

18m

-1-W

023

H07

RN

-F C

u 3x

25/2

5E

22m

-1-W

024

H07

RN

-F C

u 3x

25/2

5E

26m

-1-W

025

H07

RN

-F C

u 3x

6/6

E25

m-1

-W02

6

H07

RN

-F C

u 3x

16/1

6E

45m

-1-W

027

H07

RN

-F C

u 4x

50/5

0E

25m

-1-W

028

H07

RN

-F C

u 3x

6/6

E25

m-1

-W02

9

H07

RN

-F C

u 3x

16/1

6E

25m

-1-W

030

H07

RN

-F C

u 4x

6/6

E25

m-1

-W03

1

H07

RN

-F C

u 4x

6/6

E25

m-1

-W03

2

H07

RN

-F C

u 4x

6/6

E25

m-1

-W03

3

H07

RN

-F C

u 4x

6/6

E25

m-1

-W03

4

H07

RN

-F C

u 3x

16/1

6E

25m

-1-W

035

H07

RN

-F C

u 3x

16/1

6E

25m

-1-W

036

H07

RN

-F C

u 3x

16/1

6E

25m

-1-W

037

Voltage, %:Voltage, V:Sum I ld, A:S.fact:Isc. min, kA:Isc. max, kA:cosø, :Max length, m:

0,536684,22

41,841

3,1574,404

0,84184,77

-EQ

-104

3In

,A=1

2I1

(Ir)

=5I>

-EQ

105

3In

,A=1

00I1

(Ir)

=50

-EQ

124

3In

,A=1

00I1

(Ir)

=21

-EQ

125

3In

,A=1

00I1

(Ir)

=70

-EQ

127

3In

,A=1

00I1

(Ir)

=47

-EQ

129

3In

,A=3

2I1

(Ir)

=18

I>

-EQ

130

3In

,A=4

00I1

(Ir)

=70

-EQ

133

3In

,A=1

00I1

(Ir)

=13,

9

-EQ

134

3In

,A=1

00I1

(Ir)

=19,

5

-EQ

136

3In

,A=1

00I1

(Ir)

=56

-EQ

135

3In

,A=1

00I1

(Ir)

=56

-EQ

137

3In

,A=1

00I1

(Ir)

=40

-EQ

138

3In

,A=4

00I1

(Ir)

=130

-EQ

-107

3In

,A=1

2I1

(Ir)

=5I>

-EQ

-108

3In

,A=1

2I1

(Ir)

=5I>

-EQ

109

3In

,A=1

00I1

(Ir)

=50

IFS

I Cu

3x2,

5/2,

5E

5m-W

11-E

Q11

13

In,A

=12

I1(I

r)=1

2I>

IFS

I Cu

3x2,

5/2,

5E

5m-W

12-E

Q11

23

In,A

=12

I1(I

r)=1

2I>

IFS

I Cu

3x16

/16

E5m

-W13

-EQ

113

3In

,A=1

00I1

(Ir)

=58

IFS

I Cu

3x16

/16

E5m

-W14

-EQ

114

3In

,A=1

00I1

(Ir)

=58

IFS

I Cu

3x2,

5/2,

5E

5m-W

15-E

Q11

53

In,A

=12

I1(I

r)=1

2I>

IFS

I Cu

3x2,

5/2,

5E

5m-W

16-E

Q11

63

In,A

=12

I1(I

r)=1

2I>

IFS

I Cu

3x2,

5/2,

5E

5m-W

17-E

Q11

73

In,A

=12

I1(I

r)=1

2I>

IFS

I Cu

3x2,

5/2,

5E

5m-W

18-E

Q11

83

In,A

=12

I1(I

r)=1

2I>

IFS

I Cu

3x2,

5/2,

5E

5m-W

19-E

Q11

93

In,A

=12

I1(I

r)=1

2I>

IFS

I Cu

3x2,

5/2,

5E

5m-W

20-E

Q12

03

In,A

=12

I1(I

r)=1

2I>

IFS

I Cu

3x2,

5/2,

5E

5m-W

21-E

Q12

13

In,A

=12

I1(I

r)=1

2I>

IFS

I Cu

3x2,

5/2,

5E

5m-W

22-E

Q12

23

In,A

=12

I1(I

r)=1

2I>

IFS

I Cu

3x16

/16

E5m

-W23

-EQ

123

3In

,A=1

00I1

(Ir)

=58

IFS

I Cu

3x25

/16

E5m

-W25

-EQ

126

3In

,A=1

00I1

(Ir)

=70

IFS

I Cu

3x6/

6E

5m-W

31-E

Q13

13

In,A

=32

I1(I

r)=1

8I>

IFS

I Cu

3x6/

6E

5m-W

32-E

Q13

23

In,A

=32

I1(I

r)=1

8I>

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

A A

B B

C C

D D


Norm

Appr. by

Perf. by

Date

IEC 61361-1

Olav Olsen

Per Johan Molin

21.01.2006


POWER DISTRIBUTION 400V

DRILLING MCC 400V

TN-S 400V Scale

1:1 A3 N.pg.

P15EH300DOCUMENTATION OF

BLOCK DIAGRAM 1 - 3

00000001

EH 001-003

Project no.

Drawing no.

Ver.

-WS03TN-S 400 V BUS MCC L1,L2,L3,N,PE

1 (1.6)Voltage, V: 398,364, Sum I ld, A: 664,97, S.fact: 0,7, Isc. min, kA: 16,541, Isc. max, kA: 12,691, cosø, : 0,12, Peak current, kA: 29,61P15E

-W18(1.6)

-WS03TN-S 400 V BUS MCC L1,L2,L3,N,PE

TN-S 400V BUS

POWERCONTROLHOUSEDRILLING MCC 400 V

-EQ

3053

In,A=12

I1(Ir)=5I>

SP

AR

E 2

2A (1,25kW

)

SP

AR

E 1

9A (5,61kW

)

SH

ALE

SH

AK

ER

3 P

M17E

M301

1A (0,62kW

)

SH

ALE

SH

AK

ER

2 P

M17E

M302

1A (0,62kW

)

SH

ALE

SH

AK

ER

1 P

M17E

M301

1A (0,62kW

)

WA

TE

R R

EC

YC

LING

P17E

H309

15kW (24,06A

)

BO

P A

CU

MU

LAT

OR

P17E

H308

30kW (48,11A

)

TO TO

P D

RIV

E&

HO

IST

RE

MO

TE

I/O -P

1EC

20116A

(9,98kW)

TO

PIP

E H

AN

DLE

R R

EM

OT

E

I/O -P

7EC

25116A

(9,98kW)

TO

CA

TW

ALK

MA

CH

INE

R

EM

OT

E I/O

- P11E

C252

10A (2,08kW

)

TO

IRO

N R

OU

GH

NE

CK

P17E

C253

10A (2,08kW

)LIC

HT A

RM

. P1E

E316

SU

BT

RU

CT

UR

E A

ND

MA

ST

32A (19,95kW

)LIC

HT A

RM

. P1E

E317

SU

BT

RU

CT

UR

E A

ND

MA

ST

16A (3,33kW

)M

CC

CO

NT

. HV

AC

UN

IT 1

P17E

H318

45A (28,06kW

)M

CC

CO

NT

. HV

AC

UN

IT 2

P17E

H319

45A (28,06kW

)

LIGH

T IN M

CC

CO

NTA

INE

R16A

(3,33kW)

HE

AT

ER

S IN

MC

C C

ON

T.

16A (3,33kW

)

SO

CK

ET

S O

UT

LET

S IN

SID

E

MC

C C

ON

TA

INE

R16A

(3,33kW)

MC

C E

QU

IPM

EN

T 1

16A (3,33kW

)

MC

C E

QU

IPM

EN

T 2

16A (3,33kW

)

WO

RK

SH

OP

S IN

CL.E

L. T

OO

LS25kW

(40,09A)

WE

LDIN

G M

AC

HIN

ES

25kW (40,09A

)

OF

FIC

ES

, WA

RD

RO

BE

S,

SH

OW

ER

S60kW

(96,23A)

LOC

AL ILLU

MIN

ATIO

N 1

63A (39,28kW

)

LOC

AL ILLU

MIN

ATIO

N 2

63A (39,28kW

)

SP

AR

E 2

125A (77,94kW

)

SP

AR

E 3

63A (39,28kW

)

SP

AR

E 4

32A (19,95kW

)

SP

AR

E 5

16A (3,33kW

)

SP

AR

E 6

16A (3,33kW

)G

EN

1 SU

PP

LYP

17EG

212kW

(19,25A)

GE

N 2 S

UP

PLY

P17E

G2

12kW (19,25A

)G

EN

3 SU

PP

LY P

17EG

312kW

(19,25A)

GE

N 4 S

UP

PLY

P17E

G4

12kW (19,25A

)

UPS

-UPS13kVA 400V

-WS-UPS

L1,L

2,L3

,N,P

E -EQ401 1+NC10

DR

ILLER

CA

BIN

X-C

OM

,P

12EC

200

-400-W01IFSI Cu 2x1,5/38m

-400-W02IFSI Cu 2x1,5/1,5 8m DRILLING CONTROL SYSTEM SUPPLY - P1EC200

TUBULAR HANDLING CONT- ROL SYSTEM- P7EC250

-EQ

308

4In

,A=6

3

IFS

I Cu

3x1,

5/1,

55m

-W02

IFS

I Cu

4x2,

5/2,

55m

-W07

IFS

I Cu

4x16

/16

5m-W

08

IFS

I Cu

4x10

/10

5m-W

09

IFS

I Cu

4x2,

5/5

5m-W

12

IFS

I Cu

4x2,

5/2,

55m

-W06

IFS

I Cu

4x16

/16

5m-W

10

IFS

I Cu

4x2,

5/2,

55m

-W11

IFS

I Cu

4x2,

5/5

5m-W

14

IFS

I Cu

2x2,

5/2,

55m

-W15

IFS

I Cu

4x6/

8,5

5m-W

16

IFS

I Cu

4x2,

5/5

5m-W

17

IFS

I Cu

4x10

/10

5m-W

18

IFS

I Cu

4x10

/10

5m-W

19

IFS

I Cu

2x2,

5/2,

55m

-W20

IFS

I Cu

2x2,

5/2,

55m

-W21

IFS

I Cu

2x2,

5/2,

55m

-W22

IFS

I Cu

2x2,

5/2,

55m

-W23

IFS

I Cu

2x2,

5/2,

55m

-W24

IFS

I Cu

4x16

/16

5m-W

25

IFS

I Cu

4x16

/16

5m-W

26

IFS

I Cu

4x50

/25

5m-W

27

IFS

I Cu

4x16

/16

5m-W

28

IFS

I Cu

4x16

/16

5m-W

29

IFS

I Cu

4x50

/25

5m-W

30

IFS

I Cu

4x16

/16

5m-W

31

IFS

I Cu

4x10

/10

5m-W

32

IFS

I Cu

2x2,

5/2,

55m

-W33

IFS

I Cu

2x2,

5/2,

55m

-W35

IFS

I Cu

4x10

/10

5m-W

36

IFS

I Cu

4x10

/10

5m-W

37

IFS

I Cu

4x10

/10

5m-W

38

IFS

I Cu

4x10

/10

5m-W

39

IFS

I Cu

2x2,

5/2,

55m

-W34

-400-W03IFSI Cu 2x1,5/1,5 8m

-EQ

3043

In,A=12

I1(Ir)=12I>

-EQ

3033

In,A=12

I1(Ir)=5I>

-EQ

3023

In,A=12

I1(Ir)=5I>

-EQ

3013

In,A=12

I1(Ir)=5I>

-EQ402 1+NC10

-EQ403 1+NC10

H07

BQ

-F(Q

WP

K)

Cu

4x2,

5E

15m

-1-W

07

H07

BQ

-F(Q

WP

K)

Cu

4x2,

5E

15m

-1-W

06

H07

RN

-F C

u 4x

16/1

6E

25m

-1-W

08

H07

RN

-F C

u 4x

6/6

E30

m-1

-W09

H07

RN

-F C

u 4x

16/1

6E

25m

-1-W

010

AW

G12

Cu

3x1x

3,3/

3,3

F1

48m

-1-W

011

AW

G12

Cu

3x1x

3,3/

3,3

F1

105m

-1-W

012

IFS

I Cu

2x2,

5/2,

55m

-W13

AW

G12

Cu

2x1x

3,3/

3,3

F1

75m

-1-W

013

AW

G12

Cu

3x1x

3,3/

3,3

F1

70m

-1-W

014

AW

G12

Cu

2x1x

3,3/

3,3

F1

70m

-1-W

015

H07

RN

-F C

u 4x

6/6

E60

m-1

-W01

6

AW

G12

Cu

2x1x

3,3/

3,3

F1

100m

-1-W

017

H07

RN

-F C

u 4x

10/1

0E

10m

-1-W

018

H07

RN

-F C

u 4x

10/1

0E

10m

-1-W

019

H07

RN

-F C

u 4x

16/1

6E

45m

-1-W

025

H07

RN

-F C

u 4x

16/1

6E

25m

-1-W

026

NM

HO

Cu

5x50

/50

E10

0m

-1-W

027

NM

HO

Cu

5x16

E10

0m

-1-W

028

NM

HO

Cu

5x16

E10

0m

-1-W

029

H07

RN

-F C

u 4x

6/6

E12

m-1

-W03

6

H07

RN

-F C

u 4x

6/6

E12

m-1

-W03

7

H07

RN

-F C

u 4x

6/6

E12

m-1

-W03

8

H07

RN

-F C

u 4x

6/6

E12

m-1

-W03

9

AW

G12

Cu

2x1x

3,3/

3,3

F1

4m-1

-W03

5

IFS

I Cu

3x2,

5/2,

55m

-W04

3IF

SI C

u 3x

1,5/

1,5

5m-W

01

IFS

I Cu

3x1,

5/1,

55m

-W03

IFS

I Cu

3x2,

5/2,

55m

-W05

-EQ

306

4In

,A=1

6

-EQ

335

2In

,A=1

6

-EQ

339

4In

,A=3

2

33

MR

OP

ER

GE

AR

PU

MP

1 P

17EH

3062kW

(3,21A)

MR

OP

ER

GE

AR

PU

MP

2 P

17EH

3072kW

(3,21A)

MA

IR C

OM

PR

ES

SO

R

P14E

H310

21,1kW (33,84A

)

DR

ILLER

CA

BIN

HE

ATIN

GP

12EC

10016A

(9,98kW)

Voltage, V:Sum I ld, A:Isc. min, kA:Isc. max, kA:Uc, V:cosø, :Max length, m:

397,5443,21

0,5571,417

106,1220,99

66,38

Voltage, V:Sum I ld, A:Isc. min, kA:Isc. max, kA:Uc, V:cosø, :Max length, m:

385,35463

0,6741,685

105,3730,99

107,64

-EQ

338

4In

,A=3

23 3

-EQ

337

4In

,A=3

2

-EQ

336

4In

,A=3

23

-EQ

334

2In

,A=1

63

3 3 3 3

-EQ

307

4In

,A=1

6

-EQ

309

4In

,A=3

2

-EQ

310

4In

,A=6

3

-EQ

311

4In

,A=1

6

-EQ

312

4In

,A=1

6

-EQ

313

2In

,A=1

0

-EQ

314

4In

,A=1

6

-EQ

315

2In

,A=1

0

-EQ

316

4In

,A=3

2

-EQ

317

4In

,A=1

6

-EQ

318

4In

,A=5

0

-EQ

320

4In

,A=1

6

-EQ

321

4In

,A=1

6

-EQ

322

4In

,A=1

6

-EQ

323

4In

,A=1

6

-EQ

324

4In

,A=1

6

-EQ

325

4In

,A=6

3

-EQ

326

4In

,A=6

3

-EQ

327

4In

,A=1

25

-EQ

328

4In

,A=6

3

-EQ

329

4In

,A=6

3

-EQ

330

4In

,A=1

25

-EQ

331

4In

,A=6

3

-EQ

332

4In

,A=3

2

-EQ

333

2In

,A=1

6

-EQ

319

4In

,A=5

0

Project:

00000001-Riggen Ltd

Drawing:

EH 001-003-Documentation

Date printed: 07.04.2006

Description: Reports shows calculation with 3 generators for maximum short-circuit current: Se report Short-circuit and verifivation of voltage and Short-circuit current and motor contribution. All motors = ON

Employer: haBit Software ASBoks 5589405 HarstadNorway

Performed by: Hinnstein ASStoråkeren 11Tlf: 77016013, Fax: 77016001, E-Mail: [email protected]

TransformersP15ET100 P15E-T1DrawingPg: 1Reference P15E-T1 Transformer DataOTK-8578IEC-600763723 Kg Input cable: P15EN100-W01/03 IXXI Cu 2x3x1x300Output cable: P15EN100-1-W01/04 IXXI Cu 4x3x1x300/300 PrimaryU, kV: 0,69Sn, MVA: 14,092 SecondaryVoltage, V: 400Output St, kVA: 1850Ek/Uz%: 6,3Er/Ur%: 0,8Ex/Ux%: 6,25Coupling group: DynSystem: TN-S Computed values

kA mOhmNominal In 2,67 R+ 1,941

Peak current Is 29,94 X+ 17,895

Short-circuit Isc.3p kA 12,83 Ro 0,692

Short-circuit Isc.2p kA 11,16 Xo 4,324

Short-circuit Isc.1p kA 17,16 Z+ 18

Zo 4,379

Drawing: EH 001-003Project: 00000001 Page 2 of 57

Document: Nettdok Eksempel Engelsk Date: 07.04.2006haBit Software AS ElCad NettDok 1.1 (ElCad Komplett)

GeneratorsSystem: IT, TN-C or TN-SSg, kVA: Output power in kVAP.f: Power factorUn, Volt: Nominal voltage in VoltPerm.mag.: Permanent magnetization in addition to electrical magnetization.

Y= Permanent magnetization, N= do not have permanent magnetization.xd" in %: Subtransient reactance in %, 15 % standardized.xd in %: Synchronous reactance in %, for calculation the continuating short-circuit current.

The continuating short-circuit current (after 15T, 300 mS) is used foradjusting operating current of a protective device, normalized about 300 %.

x0 in %: 0- reactance in %, 6 % normally.x2 in %: Towards reactance in %, 20 % normally.In, kA: Nominal output current in kA, 100 % loaded. Isc. asym. T/2: Initial short-circuit current in kA after 10 mS.

For calculation of breaking capacity together with maximum current producedby motors under the short-circuit condition.

Symm. T/2...: Short-circuit current in time for typical three-phase synchronous generator.

GENERATOR 1SKID WITH CONTROLLER P15E-EG1DrawingPg: 1Reference P15E-EG1Output cable: P15EG1-W01/03 NSHXFOE Cu 2x3x1x300 InputSystem: ITSg, kVA: 1500Power factor: 0,8Output, kW: 1200Un, Volt: 690Frequency ,Hz: 50Perm.mag: Yxd" in %: 13,9xd in %: 317x2 in %: 15,7x0 in %: 2,8 Generator DataLeroy Somer Nederland bv LSA 50.1 VL10/4pSpeed:1500 rpm, 50 Hz



Ambient temperatur, C: 40Protection IP23, Cooling ICOA1 Regulation: AREP Computed

kA mOhm symmetrical Isc.3p, kA Isc.2p, kA Isc.1p, kAIn 1,255 T/2 9,008 7,837

Isc. asym. T/2

14,142 T 4,234 3,683

Rg 3,088 2T 2,522 2,194

xd" 44,119 3T 1,892 1,646

Zg 44,227 4T 1,711 1,489

r0 5T 1,802 1,567

x0 10T 2,612 2,273

15T 3,979 3,461

50T 3,979 3,461

500T 3,979 3,461



GENERATOR 2,SKID WITH CONTROLLER P15E-EG2DrawingPg: 1Reference P15E-EG2Output cable: P15EG2-W01/03 NSHXFOE Cu 2x3x1x300 InputSystem: ITSg, kVA: 1500Power factor: 0,8Output, kW: 1200Un, Volt: 690Frequency ,Hz: 50Perm.mag: Yxd" in %: 13,9xd in %: 317x2 in %: 15,7x0 in %: 2,8 Generator DataLeroy Somer Nederland bv LSA 50.1 VL10/4pSpeed:1500 rpm, 50 HzAmbient temperatur, C: 40Protection IP23, Cooling ICOA1 Regulation: AREP Computed


Isc. asym. T/2

14,142 T 4,234 3,683

Rg 3,088 2T 2,522 2,194

xd" 44,119 3T 1,892 1,646

Zg 44,227 4T 1,711 1,489

r0 5T 1,802 1,567

x0 10T 2,612 2,273

15T 3,979 3,461

50T 3,979 3,461

500T 3,979 3,461





Isc. asym. T/2

14,142 T 4,234 3,683

Rg 3,088 2T 2,522 2,194

xd" 44,119 3T 1,892 1,646

Zg 44,227 4T 1,711 1,489

r0 5T 1,802 1,567

x0 10T 2,612 2,273

15T 3,979 3,461

50T 3,979 3,461

500T 3,979 3,461



UPSSystem: IT, TN-C, TN-SSu, kVA: Output in kVAUn, Volt: Nominal voltage in VoltStatic switch: Yes UPS with/without static switch.Short-c. for s.s. in %: Short-circuit current in % of In with static switch On.

Normal value between 165-250 %.Short-c for battery op. in%: Short-circuit current in % of In without distribution net and battery operation.

Normal value between 120-165 %.Cosø with 100% load: Normal cosø with calculation of power out in Watt.Tot.harm.dist.in %: Total harmonic distortion in % of nom. voltage.Has by-pass switch: Yes, UPS have switch for imediately alternating between net and battery operation.Static switch on: Yes, power out in % of In with static switch.Only battery op.: Yes, power out with battery operation. By-pass, UPS out: Yes, distribution net direct to UPS output. Normally for UPS with by-pass.

P15EH300-UPS1DrawingPg: 3Reference P15EH300-UPS1Input cable: P15EH300-1-W035 AWG12 Cu 2x1x3,3/3,3 UPS-data:System: TN-SSu, kVA: 3Un, Volt: 400Frequency, Hz: 50Static switch: YesShort-c for static sw in % 250Short-c for battery op. in%:

165

Cosø with 100% load: 0,8Tot. harm. distortion in %: 3Has by-pass switch: YesStatic switch on: Only battery operation: By-pass, UPS out: Yes Computed:

Dim.current

Staticswitch

Batteryoperation

Netoperation

Isc.3p, kA 2,62 0,011 0,007 2,62

Isc.2p, kA 2,279 0,009 0,006 2,279

Isc.1p, kA 1,599 0,011 0,007 1,599

In kA/System 0,004 TN-S TN-S TN-S



Computed cable listReport shows designed current and current carrying capacity for cable:

Sys. System (IT, TT, TN-C, TN-S or DC).Paral. Number of cables in parallel.Type Normally name of cable, line, bus bar ..Mat. Conductor material: Cu, Al.

Meter Accepted length for calculation of short-circuit current.I.m. Installation methods A1, A2, B1, B2, C, D, E, F1, F2, G1, G2 and

S= regulated, bus bars in accordance with DIN 43670 and 43671,T= cable in ground, earth term. resistance =1,used in distribution net,U= encapsulated bars, not regulated.

k Reduction factor for system, in accordance with temperature, insulating and groups of cables.S.fact Simultaneous factor for distribution circuits.I ld, A Sum of load current attached to this circuitIz, A Current-carrying capacity for cable according to installation method and reduction factor.cosø Power factor for the load.kW Load in kW in accordance with I ld, system voltage and power factor.

Cable Sys. Paral. Type anddimension

Mat. Meter Inst. method.

k S.fact I ld,A Iz,A cosø kW

P15E-W9 IT 3 LKSM-HF Cu 3x3x1x300

Cu 0,2 G2 0,9 0,7 1473,4 1914,3 0,9 2264,005

P15E-W13 IT 2 IXXI Cu 2x3x1x300 Cu 8 G2 1 1 979,9 1418 1057,975

P15E-W18 TN-S 2 IXXI Cu 2x3x1x300/300

Cu 1 G1 0,9 0,7 665 1186,2 592,337

P15EH200-W30 TN-S 1 IXXI Cu 3x1x150 Cu 5 C 0,7 1 215 240,8 0,9 134,061










P15EG1-W01/03 IT 2 NSHXFOE Cu 2x3x1x300

Cu 12 F2 0,9 1 1629,5 1324,8 1753,993


Cu 12 F2 0,9 1 1629,5 1324,8 1753,993


Cu 12 F2 0,9 1 1629,5 1324,8 1753,993


Cu 12 F2 0,9 1 0 1324,8 0

P15E-H200-W38 TN-S 1 IXXI Cu 3x1x240 Cu 5 F1 0,8 1 280 436,8 0,9 174,591

P15E-H200-W39 TN-S 1 IXXI Cu 3x1x240 Cu 5 F1 0,8 1 400,9 436,8 0,9 250,001






P15EG1-1-W01/03 IT 2 IXXI Cu 2x3x1x300 Cu 1,5 G1 1 1 1629,5 1318 1753,993



P15EG4-1-W01/03 IT 2 IXXI Cu 2x3x1x300 Cu 1,5 G1 1 1 0 1318 0

P15EN100-W01/03 IT 2 IXXI Cu 2x3x1x300 Cu 6,5 G2 1 0,6 1262,9 1418 0,9 2264,005

P15EN240-W01/03 IT 2 IXXI Cu 2x3x1x240 Cu 4,25 F1 1 1 901,8 1092 0,9 970

P15EN241-W01/03 IT 2 IXXI Cu 2x3x1x240 Cu 4,25 F1 1 1 901,8 1092 0,9 970

P15EN100-1-W01/04 TN-S 4 IXXI Cu 4x3x1x300/300

Cu 8,5 G2 1 0,7 2541,6 2836 2264,005

P15E-EH200.230-W01 TN-S 2 2YSLCYK-J Cu 2x4x50/50

Cu 10 C 0,75 1 211,7 216 132,003


Cu 10 C 0,75 1 211,7 216 132,003


Cu 10 C 0,75 1 211,7 216 132,003


Cu 10 C 0,75 1 211,7 216 132,003


Cu 10 C 0,75 1 211,7 216 132,003


Cu 10 C 0,75 1 211,7 216 132,003


Cu 10 C 0,75 1 211,7 216 132,003


Cu 10 C 0,75 1 211,7 216 132,003

P15EN100.240-W01/03 IT 2 AWG535 Cu 2x3x1x271,3

Cu 3,5 F1 0,8 1 901,8 1120 970,001

P15EN100.241-W01/03 IT 2 AWG535 Cu 2x3x1x271,3

Cu 3,5 F1 0,8 1 901,8 1120 970

P15E-P7EH200.242-W01 TN-S 1 2YSLCYK-J Cu 4x70/50

Cu 10 C 0,75 1 120,3 138 75

P15E-P7EH200.243-W01 TN-S 1 2YSLCYK-J Cu 4x70/50

Cu 10 C 0,75 1 120,3 138 75

P15EN100.240-1-W01/04 IT 3 NSHXFOE Cu 3x3x1x240/240

Cu 25 E 1 1 901,8 1923 0,9 970,001

P15EN100.241-1-W01/04 IT 3 NSHXFOE Cu 3x3x1x240/240

Cu 25 E 1 1 901,8 1923 0,9 970

P15E-P1EH200.242-1-W01 TN-S 1 2YSLCYK-J Cu 4x70/70

Cu 50 E 0,7 1 120,3 137,2 0,9 75

P15E-P7EH200.243-1-W01 TN-S 1 2YSLCYK-J Cu 4x70/70

Cu 50 E 0,7 1 120,3 137,2 0,9 75

P15E-P4EH200.238-W01/3 TN-S 3 2YSLCYK-J Cu 3x4x70/70

Cu 10 C 0,75 1 400,9 414 250

P15E-P4EH200.239-W01/3 TN-S 3 2YSLCYK-J Cu 3x4x70/70

Cu 10 C 0,75 1 400,9 414 250

P15E-P1EH200.230-1-W01/02

TN-S 2 2YSLCYK-J Cu 2x4x50/50

Cu 50 E 0,7 1 211,7 214,2 0,9 132,003

P15E-P1EH200.231-1-W01/08


Cu 50 E 0,7 1 211,7 214,2 0,9 132,003

P15E-P1EH200.232-1-W01/02


Cu 50 E 0,7 1 211,7 214,2 0,9 132,003

P15E-P1EH200.233-1-W01/02


Cu 50 E 0,7 1 211,7 214,2 0,9 132,003

P15E-P1EH200.234-1-W01/02


Cu 50 E 0,7 1 211,7 214,2 0,9 132,003

P15E-P1EH200.235-1-W01/02


Cu 50 E 0,7 1 211,7 214,2 0,9 132,003






P15E-P1EH200.236-1-W01/02


Cu 50 E 0,7 1 211,7 214,2 0,9 132,003

P15E-P1EH200.237-1-W01/02


Cu 50 E 0,7 1 211,7 214,2 0,9 132,003

P15E-P4EH200.238-1-W01/3 TN-S 3 2YSLCYK-J Cu 3x4x70/35

Cu 105 E 1 1 400,9 588 0,9 250

P15E-P4EH200.239-1-W01/3 TN-S 3 2YSLCYK-J Cu 3x4x70/35

Cu 105 E 1 1 400,9 588 0,9 250

P15EH300-W01 TN-S 1 IFSI Cu 3x1,5/1,5 Cu 5 C 0,826 1 1 14,455 0,9 0,624





P15EH300-W06 TN-S 1 IFSI Cu 4x2,5/2,5 Cu 5 C 0,826 1 3,2 19,824 2


P15EH300-W08 TN-S 1 IFSI Cu 4x16/16 Cu 5 E 0,9 1 48,1 72 30

P15EH300-W09 TN-S 1 IFSI Cu 4x10/10 Cu 5 C 0,826 1 24,1 47,082 15

P15EH300-W10 TN-S 1 IFSI Cu 4x16/16 Cu 5 E 0,9 1 33,8 72 21,1

P15EH300-W11 TN-S 1 IFSI Cu 4x2,5/2,5 Cu 5 C 0,826 1 16 19,824 9,977

P15EH300-W12 TN-S 1 IFSI Cu 4x2,5/5 Cu 5 C 0,826 1 16 19,824 9,977


P15EH300-W14 TN-S 1 IFSI Cu 4x2,5/5 Cu 5 C 0,826 1 16 19,824 9,977


P15EH300-W16 TN-S 1 IFSI Cu 4x6/8,5 Cu 5 C 0,826 1 32 33,866 19,953

P15EH300-W17 TN-S 1 IFSI Cu 4x2,5/5 Cu 5 C 0,826 1 5,3 19,824 3,326

P15EH300-W18 TN-S 1 IFSI Cu 4x10/10 Cu 5 E 0,9 1 45 54 28,059












P15EH300-W30 TN-S 1 IFSI Cu 4x50/25 Cu 5 E 0,9 1 125 137,7 0,9 77,942

P15EH300-W31 TN-S 1 IFSI Cu 4x16/16 Cu 5 E 0,9 1 63 72 0,9 39,283

P15EH300-W32 TN-S 1 IFSI Cu 4x10/10 Cu 5 C 0,826 1 32 47,082 0,9 19,953








P15EH300-1-W06 TN-S 1 H07BQ-F(QWPK) Cu 4x2,5

Cu 15 E 1 3,2 32 0,9 2

P15EH300-1-W07 TN-S 1 H07BQ-F(QWPK) Cu 4x2,5

Cu 15 E 1 3,2 32 0,9 2

P15EH300-1-W08 TN-S 1 H07RN-F Cu 4x16/16 Cu 25 E 1 48,1 100 0,9 30


P15EH300-1-W010 TN-S 1 H07RN-F Cu 4x16/16 Cu 25 E 1 33,8 100 0,9 21,1






P15EH300-1-W011 TN-S 1 AWG12 Cu 3x1x3,3/3,3

Cu 48 F1 0,7 16 28 0,9 9,977

P15EH300-1-W012 TN-S 1 AWG12 Cu 3x1x3,3/3,3

Cu 105 F1 0,7 16 28 0,9 9,977

P15EH300-1-W013 TN-S 1 AWG12 Cu 2x1x3,3/3,3

Cu 75 F1 0,7 10 28 0,9 2,078

P15EH300-1-W014 TN-S 1 AWG12 Cu 3x1x3,3/3,3

Cu 70 F1 0,7 16 28 0,9 9,977

P15EH300-1-W015 TN-S 1 AWG12 Cu 2x1x3,3/3,3

Cu 70 F1 0,7 10 28 0,9 2,078

P15EH300-1-W016 TN-S 1 H07RN-F Cu 4x6/6 Cu 60 E 0,9 32 48,6 0,9 19,953

P15EH300-1-W017 TN-S 1 AWG12 Cu 2x1x3,3/3,3

Cu 100 F1 0,7 16 28 0,9 3,326

P15EH300-1-W018 TN-S 1 H07RN-F Cu 4x10/10 Cu 10 E 1 45 75 0,9 28,059

P15EH300-1-W019 TN-S 1 H07RN-F Cu 4x10/10 Cu 10 E 1 45 75 0,9 28,059



P15EH300-1-W027 TN-S 1 NMHO Cu 5x50/50 Cu 100 E 1 96,2 192 0,9 60

P15EH300-1-W028 TN-S 1 NMHO Cu 5x16 Cu 100 E 1 63 100 0,9 39,283

P15EH300-1-W029 TN-S 1 NMHO Cu 5x16 Cu 100 E 1 63 100 0,9 39,283

P15EH300-1-W035 TN-S 1 AWG12 Cu 2x1x3,3/3,3

Cu 4 F1 0,7 14,4 28 3

P15EH300-1-W036 TN-S 1 H07RN-F Cu 4x6/6 Cu 12 E 0,9 19,2 48,6 0,9 12




P15EH300-400-W01 TN-S 1 IFSI Cu 2x1,5/3 Cu 8 E 0,91 4,8 20,02 0,9 1

P15EH300-400-W02 TN-S 1 IFSI Cu 2x1,5/1,5 Cu 8 E 0,91 4,8 20,02 0,9 1

P15EH300-400-W03 TN-S 1 IFSI Cu 2x1,5/1,5 Cu 8 E 0,91 4,8 20,02 0,9 1

P15EN100-W02 IT 1 IFSI Cu 3x6/6 Cu 5 E 0,8 1 13,9 34,4 15

P15EN100-W03 IT 1 IFSI Cu 3x2,5/2,5 Cu 5 E 0,7 1 3,3 17,5 3,5


P15EN100-W05 IT 1 IFSI Cu 3x16/16 Cu 5 E 0,7 1 41,8 56 45





P15EN100-W10 IT 1 IFSI Cu 3x2,5/2,5 Cu 5 E 0,7 1 7 17,5 7,5


P15EN100-W12 IT 1 IFSI Cu 3x2,5/2,5 Cu 5 E 0,7 1 3,7 17,5 4














P15EN100-W26 IT 1 IFSI Cu 3x6/6 Cu 5 E 0,7 1 17,3 30,1 18,6







P15EN100-W28 IT 2 IFSI Cu 2x3x50/25 Cu 5 E 0,7 1 165 214,2 177,475


P15EN100-W30 IT 1 IFSI Cu 3x50/25 Cu 5 E 0,7 1 66 107,1 71



P15EN100-W33 IT 1 IFSI Cu 3x16/16 Cu 5 E 0,8 1 13,9 64 16,6

P15EN100-W34 IT 1 IFSI Cu 3x16/16 Cu 5 E 0,8 1 19,5 64 23,3




P15EN100-W38 IT 1 IFSI Cu 3x70/35 Cu 5 E 0,9 1 0 176,4 0

P15EN100-1-W02 IT 1 H07RN-F Cu 3x6/6 Cu 28 E 1 1 13,9 54 0,9 15

P15EN100-1-W03 IT 1 H07BQ-F(QWPK) Cu 3x2,5

Cu 30 E 1 1 3,3 32 0,9 3,5


Cu 30 E 1 1 3,3 32 0,9 3,5




Cu 25 E 1 1 3,3 32 0,9 3,5


Cu 25 E 1 1 3,3 32 0,9 3,5



Cu 26 E 1 1 7 32 0,9 7,5


Cu 24 E 1 1 7 32 0,9 7,5


Cu 28 E 1 1 3,7 32 0,9 4




Cu 30 E 1 1 7 32 0,9 7,5


Cu 28 E 1 1 7 32 0,9 7,5


Cu 26 E 1 1 7 32 0,9 7,5


Cu 24 E 1 1 7 32 0,9 7,5


Cu 24 E 1 1 7 32 0,9 7,5


Cu 22 E 1 1 7 32 0,9 7,5


Cu 20 E 1 1 7 32 0,9 7,5


Cu 18 E 1 1 7 32 0,9 7,5




P15EN100-1-W026 IT 1 H07RN-F Cu 3x6/6 Cu 25 E 1 1 17,3 54 0,9 18,6


P15EN100-1-W028 IT 1 H07RN-F Cu 4x50/50 Cu 25 E 1 1 165 192 0,9 177,475


P15EN100-1-W030 IT 1 H07RN-F Cu 3x16/16 Cu 25 E 1 1 66 100 0,9 71








P15EN100-1-W033 IT 1 H07RN-F Cu 4x6/6 Cu 25 E 1 1 13,9 54 1 16,6

P15EN100-1-W034 IT 1 H07RN-F Cu 4x6/6 Cu 25 E 1 1 19,5 54 1 23,3






Short-circuit current and verification of voltageReport shows calculation with normal operation in Volt, Short-circuit current in kA andcable impedance for phase and PE-conductor in mOhm.

Code S=final circuit or distribution circuits, I=short-circuit min(Isc.min) in IT-system calculated for two identical cables.ºC Ambient temperature and temperature for calculation of short-circuit current.U, Volt Voltage at the end of cable with load (I ld).U, % Voltage drop for cable in %.cosø Cosø at the end of cable with short-circuit condition.Isc. min Minimal Short-circuit current in accordance with cable, system and use of earth-fault protection.Isc. max Maximum short-circuit current in kA for breaking capacity dimension.Ipk short-circuit current in kA for dynamic calculations with bus bars in accordance with DIN 43670 and 43671.Uc, V Touch voltage at the end of cable in Volt. See Report 2-pole earth fault in IT-system.Zf Impedance phase in mOhm with temperature applied with calculation of Short-circuit current.Zpe Protective impedance in mOhm with temperature applied with calculation of Short-circuit current.

Operating condition Continuous short-circuit current in kA Cable impedance

Cable code

°C U,Volt U,% °C cosø Isc. min Isc. max Ipk Uc, V ZfmOhm

ZpemOhm

P15E-W9 S 40 688,75 0 100 0,081 9,772 11,877 29,731 0 0,008 0

P15E-W13 S 20 688,35 0,06 100 0,087 9,669 11,774 29,472 0 0,365 0

P15E-W18 S 40 398,36 0,01 100 0,116 16,541 12,691 29,613 3,6 0,046 0,023

P15EH200-W30 S 40 398,16 0,06 80 0,152 14,895 12,282 28,658 14,5 0,779 0,779

P15EH200-W31 S 40 398,16 0,06 80 0,152 14,895 12,282 28,658 14,5 0,779 0,779

P15EH200-W32 S 40 398,16 0,06 80 0,152 14,895 12,282 28,658 14,5 0,779 0,779

P15EH200-W33 S 40 398,16 0,06 80 0,152 14,895 12,282 28,658 14,5 0,779 0,779

P15EH200-W34 S 40 398,16 0,06 80 0,152 14,895 12,282 28,658 14,5 0,779 0,779

P15EH200-W35 S 40 398,16 0,06 80 0,152 14,895 12,282 28,658 14,5 0,779 0,779

P15EH200-W36 S 40 398,16 0,06 80 0,152 14,895 12,282 28,658 14,5 0,779 0,779

P15EH200-W37 S 40 398,16 0,06 80 0,152 14,895 12,282 28,658 14,5 0,779 0,779

P15EH200-W42 S 40 398,15 0,06 80 0,175 14,092 12,067 28,157 19,6 1,198 1,198

P15EH200-W43 S 40 398,15 0,06 80 0,175 14,092 12,067 28,157 19,6 1,198 1,198

P15EG1-W01/03 S 40 688,9 0,16 100 0,08 3,257 3,962 10,254 0 0,547 0

P15EG2-W01/03 S 40 688,9 0,16 100 0,08 3,257 3,962 10,254 0 0,547 0

P15EG3-W01/03 S 40 688,9 0,16 100 0,08 3,257 3,962 10,254 0 0,547 0

P15EG4-W01/03 S 40 0 0 100 0,661 0 0 0 0 0,547 0

P15E-H200-W38 S 40 398,2 0,05 80 0,138 15,442 12,417 28,974 11 0,517 0,517

P15E-H200-W39 S 40 398,12 0,07 80 0,138 15,442 12,417 28,974 11 0,517 0,517

P15EG1-1-W01/03 S 40 688,76 0,02 100 0,081 3,254 3,96 9,912 0 0,068 0

P15EG2-1-W01/03 S 40 688,76 0,02 100 0,081 3,254 3,96 9,912 0 0,068 0

P15EG3-1-W01/03 S 40 688,76 0,02 100 0,081 3,254 3,96 9,912 0 0,068 0

P15EG4-1-W01/03 S 40 0 0 100 0,661 0 0 0 0 0,068 0

P15EN100-W01/03 S 40 688,29 0,07 100 0,086 9,686 11,791 29,516 0 0,296 0

P15EN240-W01/03 S 40 688,49 0,04 100 0,085 9,707 11,814 29,572 0 0,231 0

P15EN241-W01/03 S 40 688,49 0,04 100 0,085 9,707 11,814 29,572 0 0,231 0

P15EN100-1-W01/04 S 40 398,4 0,15 100 0,115 16,655 12,717 29,675 3,2 0,194 0,194

P15E-EH200.230-W01 S 40 399,28 0,18 100 0,948 0,448 0,448 0,672 1,1 2,411 2,411

P15E-EH200.231-W01 S 40 399,28 0,18 100 0,948 0,448 0,448 0,672 1,1 2,411 2,411

P15E-EH200.232-W01 S 40 399,28 0,18 100 0,948 0,448 0,448 0,672 1,1 2,411 2,411

P15E-EH200.233-W01 S 40 399,28 0,18 100 0,948 0,448 0,448 0,672 1,1 2,411 2,411

P15E-EH200.234-W01 S 40 399,28 0,18 100 0,948 0,448 0,448 0,672 1,1 2,411 2,411

P15E-EH200.235-W01 S 40 399,28 0,18 100 0,948 0,448 0,448 0,672 1,1 2,411 2,411

P15E-EH200.236-W01 S 40 399,28 0,18 100 0,948 0,448 0,448 0,672 1,1 2,411 2,411




Cable code


ZpemOhm

P15E-EH200.237-W01 S 40 399,28 0,18 100 0,948 0,448 0,448 0,672 1,1 2,411 2,411

P15EN100.240-W01/03 S 40 689,8 0,03 100 0,9 1,599 1,799 2,696 0 0,208 0

P15EN100.241-W01/03 S 40 689,8 0,03 100 0,9 1,599 1,799 2,696 0 0,208 0

P15E-P7EH200.242-W01 S 40 399,42 0,15 100 0,973 0,259 0,259 0,389 1,2 3,49 4,823

P15E-P7EH200.243-W01 S 40 399,42 0,15 100 0,973 0,259 0,259 0,389 1,2 3,49 4,823

P15EN100.240-1-W01/04 S 20 688,82 0,14 100 0,9 1,593 1,793 3,067 0 0,907 0,907

P15EN100.241-1-W01/04 S 20 688,82 0,14 100 0,9 1,593 1,793 3,067 0 0,907 0,907

P15E-P1EH200.242-1-W01 S 20 396,73 0,67 80 0,973 0,254 0,255 0,361 5,4 16,464 16,464

P15E-P7EH200.243-1-W01 S 20 396,73 0,67 80 0,973 0,254 0,255 0,361 5,4 16,464 16,464

P15E-P4EH200.238-W01/3 S 40 399,35 0,16 100 0,9 0,965 0,966 1,449 1,1 1,163 1,163

P15E-P4EH200.239-W01/3 S 40 399,35 0,16 100 0,9 0,965 0,966 1,449 1,1 1,163 1,163

P15E-P1EH200.230-1-W01/02

S 20 395,97 0,83 80 0,948 0,438 0,44 0,623 6 11,357 11,357

P15E-P1EH200.231-1-W01/08

S 20 395,97 0,83 80 0,948 0,438 0,44 0,623 6 11,357 11,357

P15E-P1EH200.232-1-W01/02

S 20 395,97 0,83 80 0,948 0,438 0,44 0,623 6 11,357 11,357

P15E-P1EH200.233-1-W01/02

S 20 395,97 0,83 80 0,948 0,438 0,44 0,623 6 11,357 11,357

P15E-P1EH200.234-1-W01/02

S 20 395,97 0,83 80 0,948 0,438 0,44 0,623 6 11,357 11,357

P15E-P1EH200.235-1-W01/02

S 20 395,97 0,83 80 0,948 0,438 0,44 0,623 6 11,357 11,357

P15E-P1EH200.236-1-W01/02

S 20 395,97 0,83 80 0,948 0,438 0,44 0,623 6 11,357 11,357

P15E-P1EH200.237-1-W01/02

S 20 395,97 0,83 80 0,948 0,438 0,44 0,623 6 11,357 11,357

P15E-P4EH200.238-1-W01/3 S 20 393,07 1,57 100 0,9 0,916 0,929 1,315 23 12,214 23,943

P15E-P4EH200.239-1-W01/3 S 20 393,07 1,57 100 0,9 0,916 0,929 1,315 23 12,214 23,943

P15EH300-W01 S 40 398,25 0,03 100 0,975 1,95 2,941 6,862 0 79,262 79,262

P15EH300-W02 S 40 398,25 0,03 100 0,975 1,95 2,941 6,862 0 79,262 79,262

P15EH300-W03 S 40 398,25 0,03 100 0,975 1,95 2,941 6,862 0 79,262 79,262

P15EH300-W04 S 40 397,76 0,15 100 0,936 2,889 4,245 9,906 0 47,559 47,559

P15EH300-W05 S 40 398,23 0,03 100 0,936 2,889 4,245 9,906 0 47,559 47,559

P15EH300-W06 S 40 398,15 0,05 100 0,936 2,889 4,245 9,906 0 47,559 47,559

P15EH300-W07 S 40 398,15 0,05 100 0,936 2,024 4,245 9,906 96,7 47,559 47,559

P15EH300-W08 S 40 397,86 0,13 100 0,456 7,411 9,676 22,578 0 7,442 7,442

P15EH300-W09 S 40 397,96 0,1 100 0,6 5,921 8,473 19,771 71,7 11,896 11,896

P15EH300-W10 S 40 398,01 0,09 100 0,456 7,795 9,676 22,578 59,7 7,442 7,442

P15EH300-W11 S 40 397,28 0,27 100 0,936 2,024 4,245 9,906 96,7 47,559 47,559

P15EH300-W12 S 40 397,28 0,27 100 0,936 2,889 4,245 9,906 0 47,559 23,782

P15EH300-W13 S 40 229,21 0,34 100 0,936 2,889 3,676 8,579 0 47,559 47,559

P15EH300-W14 S 40 397,28 0,27 100 0,936 2,889 4,245 9,906 0 47,559 23,782

P15EH300-W15 S 40 229,21 0,34 100 0,936 2,889 3,676 8,579 0 47,559 47,559

P15EH300-W16 S 40 397,46 0,23 100 0,761 4,147 6,938 16,19 58,9 19,819 13,993

P15EH300-W17 S 40 398 0,09 100 0,936 2,024 4,245 9,906 48,6 47,559 23,782

P15EH300-W18 S 40 397,6 0,19 100 0,6 5,921 8,473 19,771 71,7 11,896 11,896

P15EH300-W19 S 40 397,6 0,19 100 0,6 5,921 8,473 19,771 71,7 11,896 11,896

P15EH300-W20 S 40 228,75 0,54 100 0,936 2,024 3,676 8,579 96,7 47,559 47,559

P15EH300-W21 S 40 228,75 0,54 100 0,936 2,024 3,676 8,579 96,7 47,559 47,559

P15EH300-W22 S 40 228,75 0,54 100 0,936 2,889 3,676 8,579 0 47,559 47,559

P15EH300-W23 S 40 228,75 0,54 100 0,936 2,024 3,676 8,579 96,7 47,559 47,559

P15EH300-W24 S 40 228,75 0,54 100 0,936 2,024 3,676 8,579 96,7 47,559 47,559

P15EH300-W25 S 40 397,94 0,11 100 0,456 7,795 9,676 22,578 59,7 7,442 7,442

P15EH300-W26 S 40 397,94 0,11 100 0,456 7,795 9,676 22,578 59,7 7,442 7,442




Cable code


ZpemOhm

P15EH300-W27 S 40 398,04 0,08 100 0,235 9,219 11,517 26,876 0 2,411 4,772

P15EH300-W28 S 40 397,7 0,17 100 0,456 7,795 9,676 22,578 59,7 7,442 7,442

P15EH300-W29 S 40 397,7 0,17 100 0,456 7,795 9,676 22,578 59,7 7,442 7,442

P15EH300-W30 S 40 397,94 0,11 100 0,235 9,219 11,517 26,876 0 2,411 4,772

P15EH300-W31 S 40 397,7 0,17 100 0,456 7,411 9,676 22,578 0 7,442 7,442

P15EH300-W32 S 40 397,82 0,14 100 0,6 6,314 8,473 19,771 0 11,896 11,896

P15EH300-W33 S 40 228,75 0,54 100 0,936 2,889 3,676 8,579 0 47,559 47,559

P15EH300-W34 S 40 228,75 0,54 100 0,936 2,889 3,676 8,579 0 47,559 47,559

P15EH300-W35 S 40 228,87 0,49 100 0,936 2,024 3,676 8,579 96,7 47,559 47,559

P15EH300-W36 S 40 398,04 0,08 100 0,6 6,314 8,473 19,771 0 11,896 11,896

P15EH300-W37 S 40 398,04 0,08 100 0,6 6,314 8,473 19,771 0 11,896 11,896

P15EH300-W38 S 40 398,04 0,08 100 0,6 6,314 8,473 19,771 0 11,896 11,896

P15EH300-W39 S 40 398,04 0,08 100 0,6 6,314 8,473 19,771 0 11,896 11,896

P15EH300-1-W06 S 20 397,54 0,15 100 0,995 0,964 1,417 2,004 0 142,672 142,672

P15EH300-1-W07 S 20 397,54 0,15 100 0,995 0,557 1,417 2,004 106,1 142,672 142,672

P15EH300-1-W08 S 20 395,5 0,59 100 0,92 3,113 4,427 7,637 0 37,171 37,171

P15EH300-1-W09 S 20 394,19 0,95 100 0,989 0,798 1,961 3,134 104,6 118,9 118,9

P15EH300-1-W010 S 20 396,35 0,42 100 0,92 2,141 4,427 7,637 96 37,171 37,171

P15EH300-1-W011 S 20 389,99 1,84 100 0,998 0,483 0,727 1,028 190,1 345,889 345,889

P15EH300-1-W012 S 20 381,32 4,02 100 0,999 0,234 0,366 0,518 0 756,633 756,633

P15EH300-1-W013 S 20 220,99 3,59 100 0,999 0,315 0,429 0,607 0 540,452 540,452

P15EH300-1-W014 20 386,64 2,68 100 0,999 0,34 0,527 0,745 0 504,422 504,422

P15EH300-1-W015 S 20 221,54 3,35 100 0,999 0,335 0,456 0,645 0 504,422 504,422

P15EH300-1-W016 S 20 387,43 2,52 100 0,997 0,415 1,078 1,577 104,6 237,8 237,8

P15EH300-1-W017 S 20 212,24 7,64 100 0,999 0,265 0,332 0,469 197,1 720,603 720,603

P15EH300-1-W018 S 20 396,19 0,35 100 0,892 2,593 5,091 8,136 93,1 23,783 23,783

P15EH300-1-W019 S 20 396,19 0,35 100 0,892 2,593 5,091 8,136 93,1 23,783 23,783

P15EH300-1-W025 S 20 394,41 0,89 100 0,965 1,355 3,087 5,326 101 66,907 66,907

P15EH300-1-W026 S 20 395,98 0,49 100 0,92 2,141 4,427 7,637 96 37,171 37,171

P15EH300-1-W027 S 20 392,01 1,52 100 0,913 2,802 4,085 8,551 0 47,769 23,885

P15EH300-1-W028 S 20 385,35 3,1 100 0,989 0,674 1,685 2,907 105,4 148,683 148,683

P15EH300-1-W029 S 20 385,35 3,1 100 0,989 0,674 1,685 2,907 105,4 148,683 148,683

P15EH300-1-W035 20 228,24 0,28 100 0,972 1,599 2,62 3,705 122,5 28,824 28,824

P15EH300-1-W036 S 20 396,83 0,3 100 0,954 2,54 3,639 5,816 0 47,56 47,56

P15EH300-1-W037 S 20 396,83 0,3 100 0,954 2,54 3,639 5,816 0 47,56 47,56

P15EH300-1-W038 S 20 396,83 0,3 100 0,954 2,54 3,639 5,816 0 47,56 47,56

P15EH300-1-W039 S 20 396,83 0,3 100 0,954 2,54 3,639 5,816 0 47,56 47,56

P15EH300-400-W01 S 40 227,23 0,44 80 0,995 0,584 1,157 1,636 79,5 119,249 59,627

P15EH300-400-W02 40 227,23 0,44 80 0,995 0,584 1,157 1,636 114,4 119,249 119,249

P15EH300-400-W03 40 227,23 0,44 80 0,995 0,584 1,157 1,636 114,4 119,249 119,249

P15EN100-W02 SI 40 687,96 0,06 80 0,445 6,239 8,143 20,383 171,8 18,637 18,637

P15EN100-W03 SI 40 688,13 0,03 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W04 SI 40 688,13 0,03 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W05 SI 40 687,91 0,06 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999

P15EN100-W06 SI 40 687,96 0,06 80 0,445 6,239 8,143 20,383 171,8 18,637 18,637

P15EN100-W07 SI 40 688,13 0,03 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W08 SI 40 688,13 0,03 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W09 SI 40 687,91 0,06 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999

P15EN100-W10 SI 40 687,88 0,07 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W11 SI 40 687,88 0,07 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W12 SI 40 688,1 0,04 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W13 SI 40 687,81 0,08 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999




Cable code


ZpemOhm

P15EN100-W14 SI 40 687,81 0,08 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999

P15EN100-W15 SI 40 687,88 0,07 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W16 SI 40 687,88 0,07 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W17 SI 40 687,88 0,07 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W18 SI 40 687,88 0,07 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W19 SI 40 687,88 0,07 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W20 SI 40 687,88 0,07 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W21 SI 40 687,88 0,07 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W22 SI 40 687,88 0,07 80 0,731 4,169 5,688 14,238 237,8 44,719 44,719

P15EN100-W23 SI 40 687,81 0,08 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999

P15EN100-W24 SI 40 687,88 0,07 80 0,182 8,538 10,63 26,608 101,2 4,49 6,999

P15EN100-W25 SI 40 687,88 0,07 80 0,182 8,538 10,63 26,608 101,2 4,49 6,999

P15EN100-W26 SI 40 687,86 0,07 80 0,445 6,239 8,143 20,383 171,8 18,637 18,637

P15EN100-W27 SI 40 687,91 0,06 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999

P15EN100-W28 SI 20 688,09 0,04 80 0,111 9,355 11,46 28,686 39,5 1,136 2,245

P15EN100-W29 SI 40 687,96 0,06 80 0,445 6,239 8,143 20,383 171,8 18,637 18,637

P15EN100-W30 SI 40 688,13 0,03 80 0,135 9,061 11,162 27,941 72,5 2,271 4,49

P15EN100-W31 SI 40 688,06 0,04 80 0,445 6,239 8,143 20,383 171,8 18,637 18,637

P15EN100-W32 SI 40 688,06 0,04 80 0,445 6,239 8,143 20,383 171,8 18,637 18,637

P15EN100-W33 SI 40 688,2 0,02 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999

P15EN100-W34 SI 40 688,14 0,03 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999

P15EN100-W35 SI 40 687,84 0,07 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999

P15EN100-W36 SI 40 687,84 0,07 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999

P15EN100-W37 SI 40 687,99 0,05 80 0,234 8,014 10,084 25,242 95,9 6,999 6,999

P15EN100-W38 SI 40 688,35 0 80 0,121 9,221 11,321 28,339 54,5 1,646 3,219

P15EN100-1-W02 SI 20 685,92 0,3 80 0,938 1,272 2,986 5,195 0 104,349 104,349

P15EN100-1-W03 SI 20 686,91 0,18 80 0,989 0,969 1,387 2,04 0 268,309 0

P15EN100-1-W04 SI 20 686,91 0,18 80 0,989 0,969 1,387 2,04 0 268,309 0

P15EN100-1-W05 SI 20 685,86 0,3 80 0,701 4,321 5,875 12,296 0 34,954 34,954

P15EN100-1-W06 SI 20 686,28 0,24 80 0,919 1,487 3,367 5,857 0 85,715 85,715

P15EN100-1-W07 SI 20 687,11 0,15 80 0,986 1,116 1,587 2,334 0 223,591 0

P15EN100-1-W08 SI 20 687,11 0,15 80 0,986 1,116 1,587 2,334 0 223,591 0

P15EN100-1-W09 SI 20 685,86 0,3 80 0,701 4,321 5,875 12,296 0 34,954 34,954

P15EN100-1-W010 SI 20 685,61 0,33 80 0,987 1,053 1,542 2,269 0 232,535 0

P15EN100-1-W011 SI 20 685,78 0,31 80 0,985 1,118 1,634 2,403 0 214,647 0

P15EN100-1-W012 SI 20 686,79 0,19 80 0,988 0,996 1,461 2,148 0 250,422 0

P15EN100-1-W013 SI 20 685,31 0,36 80 0,701 4,321 5,875 12,296 0 34,954 34,954

P15EN100-1-W014 SI 20 685,31 0,36 80 0,701 4,321 5,875 12,296 0 34,954 34,954

P15EN100-1-W015 SI 20 685,26 0,38 80 0,989 0,945 1,387 2,04 0 268,309 0

P15EN100-1-W016 SI 20 685,43 0,36 80 0,988 0,996 1,461 2,148 0 250,422 0

P15EN100-1-W017 SI 20 685,61 0,33 80 0,987 1,053 1,542 2,269 0 232,535 0

P15EN100-1-W018 SI 20 685,78 0,31 80 0,985 1,118 1,634 2,403 0 214,647 0

P15EN100-1-W019 SI 20 685,78 0,31 80 0,985 1,118 1,634 2,403 0 214,647 0

P15EN100-1-W020 SI 20 685,96 0,28 80 0,983 1,19 1,737 2,555 0 196,76 0

P15EN100-1-W021 SI 20 686,13 0,25 80 0,98 1,273 1,854 2,727 0 178,873 0

P15EN100-1-W022 SI 20 686,31 0,23 80 0,976 1,368 1,988 2,924 0 160,986 0

P15EN100-1-W023 SI 20 686,01 0,26 80 0,615 4,961 6,652 13,924 0 25,167 25,167

P15EN100-1-W024 SI 20 685,96 0,28 80 0,517 5,642 7,455 16,342 0 19,701 19,701

P15EN100-1-W025 SI 20 685,61 0,33 80 0,562 5,315 7,071 15,5 0 23,283 23,283

P15EN100-1-W026 SI 20 685,6 0,33 80 0,928 2,249 3,204 5,573 0 93,169 93,169

P15EN100-1-W027 SI 20 684,22 0,54 80 0,841 3,157 4,404 9,218 0 62,917 62,917

P15EN100-1-W028 SI 20 685,51 0,38 80 0,329 5,727 9,078 21,184 0 11,236 11,236




Cable code


ZpemOhm

P15EN100-1-W029 SI 20 686,14 0,26 80 0,928 2,249 3,204 5,573 0 93,169 93,169

P15EN100-1-W030 SI 20 684,89 0,47 80 0,661 4,608 6,225 14,526 0 34,954 34,954

P15EN100-1-W031 SI 20 686,73 0,19 80 0,928 2,249 3,204 5,573 0 93,169 93,169

P15EN100-1-W032 SI 20 686,73 0,19 80 0,928 2,249 3,204 5,573 0 93,169 93,169

P15EN100-1-W033 SI 20 686,39 0,26 80 0,913 2,445 3,466 7,255 0 93,169 93,169

P15EN100-1-W034 SI 20 685,6 0,37 80 0,913 2,445 3,466 7,255 0 93,169 93,169

P15EN100-1-W035 SI 20 685,47 0,34 80 0,701 4,321 5,875 12,296 0 34,954 34,954

P15EN100-1-W036 SI 20 685,47 0,34 80 0,701 4,321 5,875 12,296 0 34,954 34,954

P15EN100-1-W037 SI 20 686,3 0,24 80 0,701 4,321 5,875 12,296 0 34,954 34,954



Short-circuit current and motor contributionControl of BREAKING CAPASITY FOR SWITCHGEAR. Sum initial short-circuit current in kA after 10 mS for all generators running andmotor contribution for all motors running has to be less than breaking capacity Ic.

However (see IEC 60947-2 and IEC 61363-1, 9.2) the breaking capacity must be greater then 50 kA for cosø < 0,2. Error -Breaking capacity must be higher (<Ic), in accordance with IEC 60947-2Motor cont., subtr. -Motor contribution after 10 mS at 50Hz is added to short-circuit current.

Motor cont., T -Motor contribution after 20 mS at 50HzMotor cont., 2T -Motor contribution after 40 mS at 50HzShort-circuit c., Isc. asym. -Absolute maximal Short-circuit current from generator (included DC-component) after 10 mS.Short-circuit c. Subtr. -Maximal Short-circuit current from generator after 10 mS without DC-component.IEC 60947-2, cosø1 -Cosø in front of cable (normally with switchgear), testing position.IEC 60947-2, cosø2 -Cosø at the end of cable. Ic switchgear -Breaking capacity after IEC 60947-2. Sum expected Isc., Isc. asym. -Sum of all contributions, has to be less than Ic.Sum expected Isc., Subtr. -Sum of all contributions without DC-component, has to be less then Ic.

Motor contribution,kA

Short-circuit c.,kA

IEC 60947-2 Sum expectedcurrent sc.

Cable Error

Subtr. T 2T Isc.asym.

Subtr. cosø1 cosø2 Icswitch

gear

Isc.asym.

Subtr.

P15E-W9 0 0 0 41,639 26,711 0,081 0,081 65 45,292 30,364

P15E-W13 0 0 0 40,396 26,194 0,081 0,087 65 44,049 29,847

P15EG1-W01/03 0 0 0 13,917 8,919 0,07 0,08 0 31,486 21,49

P15EG2-W01/03 0 0 0 13,917 8,919 0,07 0,08 0 31,486 21,49

P15EG3-W01/03 0 0 0 13,917 8,919 0,07 0,08 0 31,486 21,49

P15EG1-1-W01/03 0 0 0 13,89 8,908 0,08 0,081 65 17,542 12,56

P15EG2-1-W01/03 0 0 0 13,89 8,908 0,08 0,081 65 17,542 12,56

P15EG3-1-W01/03 0 0 0 13,89 8,908 0,08 0,081 65 17,542 12,56

P15EN100-W01/03 0 0 0 40,601 26,28 0,081 0,086 65 44,254 29,933

P15EN240-W01/03 0 0 0 40,871 26,393 0,081 0,085 65 44,523 30,045

P15EN241-W01/03 0 0 0 40,871 26,393 0,081 0,085 65 44,523 30,045

P15EN100-W02 0 0 0 15,967 13,149 0,087 0,445 70 19,619 16,801

P15EN100-W03 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W04 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W05 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W06 0 0 0 15,967 13,149 0,087 0,445 70 19,619 16,801

P15EN100-W07 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W08 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W09 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W10 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W11 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W12 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W13 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W14 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W15 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W16 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W17 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W18 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W19 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401




Short-circuit c.,kA


Cable Error



gear

Isc.asym.

Subtr.

P15EN100-W20 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W21 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W22 0 0 0 8,648 7,749 0,087 0,731 70 12,301 11,401

P15EN100-W23 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W24 0 0 0 29,501 21,133 0,087 0,182 150 33,154 24,786

P15EN100-W25 0 0 0 29,501 21,133 0,087 0,182 150 33,154 24,786

P15EN100-W26 0 0 0 15,967 13,149 0,087 0,445 150 19,619 16,801

P15EN100-W27 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W28 0 0 0 36,926 24,689 0,087 0,111 150 40,579 28,342

P15EN100-W29 0 0 0 15,967 13,149 0,087 0,445 70 19,619 16,801

P15EN100-W30 0 0 0 34,005 23,348 0,087 0,135 150 37,657 27,001

P15EN100-W31 0 0 0 15,967 13,149 0,087 0,445 70 19,619 16,801

P15EN100-W32 0 0 0 15,967 13,149 0,087 0,445 70 19,619 16,801

P15EN100-W33 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W34 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W35 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W36 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W37 0 0 0 25,649 19,08 0,087 0,234 150 29,301 22,733

P15EN100-W38 0 0 0 35,522 24,054 0,087 0,121 150 39,174 27,706

P15EN100-1-W02 0,087 0,035 0,014 3,641 3,471 0,445 0,938 70 7,293 7,124

P15EN100-1-W03 0,02 0,008 0,003 1,513 1,483 0,731 0,989 70 5,166 5,136

P15EN100-1-W04 0,02 0,008 0,003 1,513 1,483 0,731 0,989 70 5,166 5,136

P15EN100-1-W05 0,261 0,105 0,042 9,088 8,1 0,234 0,701 150 12,74 11,752

P15EN100-1-W06 0,087 0,035 0,014 4,223 3,996 0,445 0,919 70 7,875 7,649

P15EN100-1-W07 0,02 0,008 0,003 1,754 1,714 0,731 0,986 70 5,407 5,367

P15EN100-1-W08 0,02 0,008 0,003 1,754 1,714 0,731 0,986 70 5,407 5,367

P15EN100-1-W09 0,261 0,105 0,042 9,088 8,1 0,234 0,701 150 12,74 11,752

P15EN100-1-W010 0,044 0,017 0,007 1,7 1,662 0,731 0,987 70 5,353 5,315

P15EN100-1-W011 0,044 0,017 0,007 1,812 1,769 0,731 0,985 70 5,465 5,422

P15EN100-1-W012 0,023 0,009 0,004 1,601 1,568 0,731 0,988 70 5,254 5,22

P15EN100-1-W013 0,32 0,128 0,051 9,088 8,1 0,234 0,701 150 12,74 11,752

P15EN100-1-W014 0,32 0,128 0,051 9,088 8,1 0,234 0,701 150 12,74 11,752

P15EN100-1-W015 0,044 0,017 0,007 1,513 1,483 0,731 0,989 70 5,166 5,136

P15EN100-1-W016 0,044 0,017 0,007 1,601 1,568 0,731 0,988 70 5,254 5,22

P15EN100-1-W017 0,044 0,017 0,007 1,7 1,662 0,731 0,987 70 5,353 5,315

P15EN100-1-W018 0,044 0,017 0,007 1,812 1,769 0,731 0,985 70 5,465 5,422

P15EN100-1-W019 0,044 0,017 0,007 1,812 1,769 0,731 0,985 70 5,465 5,422

P15EN100-1-W020 0,044 0,017 0,007 1,94 1,891 0,731 0,983 70 5,593 5,543

P15EN100-1-W021 0,044 0,017 0,007 2,087 2,03 0,731 0,98 70 5,74 5,683

P15EN100-1-W022 0,044 0,017 0,007 2,259 2,192 0,731 0,976 70 5,911 5,845

P15EN100-1-W023 0,32 0,128 0,051 11,093 9,656 0,234 0,615 150 14,746 13,308

P15EN100-1-W024 0,436 0,174 0,07 13,521 11,444 0,182 0,517 150 17,174 15,097

P15EN100-1-W025 0,436 0,174 0,07 12,309 10,564 0,182 0,562 150 15,962 14,216

P15EN100-1-W026 0,108 0,043 0,017 3,969 3,768 0,445 0,928 150 7,621 7,421

P15EN100-1-W027 0,261 0,105 0,042 5,992 5,546 0,234 0,841 150 9,645 9,199

P15EN100-1-W028 0 0 0 20,011 15,774 0,111 0,329 150 23,663 19,427

P15EN100-1-W029 0,087 0,035 0,014 3,969 3,768 0,445 0,928 70 7,621 7,421

P15EN100-1-W030 0 0 0 9,955 8,781 0,135 0,661 150 13,607 12,434

P15EN100-1-W031 0,064 0,026 0,01 3,969 3,768 0,445 0,928 70 7,621 7,421

P15EN100-1-W032 0,064 0,026 0,01 3,969 3,768 0,445 0,928 70 7,621 7,421




Short-circuit c.,kA


Cable Error



gear

Isc.asym.

Subtr.

P15EN100-1-W033 0 0 0 4,38 4,137 0,234 0,913 150 8,032 7,789

P15EN100-1-W034 0 0 0 4,38 4,137 0,234 0,913 150 8,032 7,789

P15EN100-1-W035 0 0 0 9,088 8,1 0,234 0,701 150 12,74 11,752

P15EN100-1-W036 0 0 0 9,088 8,1 0,234 0,701 150 12,74 11,752

P15EN100-1-W037 0 0 0 9,088 8,1 0,234 0,701 150 12,74 11,752


Short-circuit c.,kA


Cable Error



gear

Isc.asym.

Subtr.

P15E-W18 0 0 0 12,691 12,691 0,115 0,116 70 12,942 12,942

P15EH200-W30 0 0 0 12,282 12,282 0,115 0,152 36 12,533 12,533

P15EH200-W31 0 0 0 12,282 12,282 0,115 0,152 36 12,533 12,533

P15EH200-W32 0 0 0 12,282 12,282 0,115 0,152 36 12,533 12,533

P15EH200-W33 0 0 0 12,282 12,282 0,115 0,152 36 12,533 12,533

P15EH200-W34 0 0 0 12,282 12,282 0,115 0,152 36 12,533 12,533

P15EH200-W35 0 0 0 12,282 12,282 0,115 0,152 36 12,533 12,533

P15EH200-W36 0 0 0 12,282 12,282 0,115 0,152 36 12,533 12,533

P15EH200-W37 0 0 0 12,282 12,282 0,115 0,152 36 12,533 12,533

P15EH200-W42 0 0 0 12,067 12,067 0,115 0,175 35 12,318 12,318

P15EH200-W43 0 0 0 12,067 12,067 0,115 0,175 35 12,318 12,318

P15E-H200-W38 0 0 0 12,417 12,417 0,115 0,138 45 12,668 12,668

P15E-H200-W39 0 0 0 12,417 12,417 0,115 0,138 45 12,668 12,668

P15EN100-1-W01/04 0 0 0 29,373 188,76 0,108 0,115 0 0,252 0,252

P15EH300-W01 0 0 0 2,941 2,941 0,116 0,975 130 3,192 3,192

P15EH300-W02 0 0 0 2,941 2,941 0,116 0,975 130 3,192 3,192

P15EH300-W03 0 0 0 2,941 2,941 0,116 0,975 130 3,192 3,192

P15EH300-W04 0 0 0 4,245 4,245 0,116 0,936 130 4,497 4,497

P15EH300-W05 0 0 0 4,245 4,245 0,116 0,936 130 4,497 4,497

P15EH300-W06 0 0 0 4,245 4,245 0,116 0,936 50 4,497 4,497

P15EH300-W07 0 0 0 4,245 4,245 0,116 0,936 50 4,497 4,497

P15EH300-W08 0 0 0 9,676 9,676 0,116 0,456 50 9,927 9,927

P15EH300-W09 0 0 0 8,473 8,473 0,116 0,6 50 8,724 8,724

P15EH300-W10 0 0 0 9,676 9,676 0,116 0,456 50 9,927 9,927

P15EH300-W11 0 0 0 4,245 4,245 0,116 0,936 50 4,497 4,497

P15EH300-W12 0 0 0 4,245 4,245 0,116 0,936 50 4,497 4,497

P15EH300-W13 0 0 0 3,676 3,676 0,116 0,936 50 3,928 3,928

P15EH300-W14 0 0 0 4,245 4,245 0,116 0,936 50 4,497 4,497

P15EH300-W15 0 0 0 3,676 3,676 0,116 0,936 50 3,928 3,928

P15EH300-W16 0 0 0 6,938 6,938 0,116 0,761 50 7,19 7,19

P15EH300-W17 0 0 0 4,245 4,245 0,116 0,936 50 4,497 4,497

P15EH300-W18 0 0 0 8,473 8,473 0,116 0,6 50 8,724 8,724

P15EH300-W19 0 0 0 8,473 8,473 0,116 0,6 50 8,724 8,724

P15EH300-W20 0 0 0 3,676 3,676 0,116 0,936 50 3,928 3,928

P15EH300-W21 0 0 0 3,676 3,676 0,116 0,936 50 3,928 3,928

P15EH300-W22 0 0 0 3,676 3,676 0,116 0,936 50 3,928 3,928

P15EH300-W23 0 0 0 3,676 3,676 0,116 0,936 50 3,928 3,928

P15EH300-W24 0 0 0 3,676 3,676 0,116 0,936 50 3,928 3,928




Short-circuit c.,kA


Cable Error



gear

Isc.asym.

Subtr.

P15EH300-W25 0 0 0 9,676 9,676 0,116 0,456 50 9,927 9,927

P15EH300-W26 0 0 0 9,676 9,676 0,116 0,456 50 9,927 9,927

P15EH300-W27 0 0 0 11,517 11,517 0,116 0,235 25 11,769 11,769

P15EH300-W28 0 0 0 9,676 9,676 0,116 0,456 50 9,927 9,927

P15EH300-W29 0 0 0 9,676 9,676 0,116 0,456 50 9,927 9,927

P15EH300-W30 0 0 0 11,517 11,517 0,116 0,235 25 11,769 11,769

P15EH300-W31 0 0 0 9,676 9,676 0,116 0,456 50 9,927 9,927

P15EH300-W32 0 0 0 8,473 8,473 0,116 0,6 50 8,724 8,724

P15EH300-W33 0 0 0 3,676 3,676 0,116 0,936 50 3,928 3,928

P15EH300-W34 0 0 0 3,676 3,676 0,116 0,936 50 3,928 3,928

P15EH300-W35 0 0 0 3,676 3,676 0,116 0,936 50 3,928 3,928

P15EH300-W36 0 0 0 8,473 8,473 0,116 0,6 50 8,724 8,724

P15EH300-W37 0 0 0 8,473 8,473 0,116 0,6 50 8,724 8,724

P15EH300-W38 0 0 0 8,473 8,473 0,116 0,6 50 8,724 8,724

P15EH300-W39 0 0 0 8,473 8,473 0,116 0,6 50 8,724 8,724

P15EH300-1-W06 0,02 0,008 0,003 1,417 1,417 0,936 0,995 50 1,668 1,668

P15EH300-1-W07 0,02 0,008 0,003 1,417 1,417 0,936 0,995 50 1,668 1,668

P15EH300-1-W08 0 0 0 4,427 4,427 0,456 0,92 50 4,678 4,678

P15EH300-1-W09 0 0 0 1,961 1,961 0,6 0,989 50 2,213 2,213

P15EH300-1-W010 0,211 0,085 0,034 4,427 4,427 0,456 0,92 50 4,678 4,678

P15EH300-1-W011 0 0 0 0,727 0,727 0,936 0,998 50 0,978 0,978

P15EH300-1-W012 0 0 0 0,366 0,366 0,936 0,999 50 0,618 0,618

P15EH300-1-W013 0 0 0 0,429 0,429 0,936 0,999 50 0,681 0,681

P15EH300-1-W014 0 0 0 0,527 0,527 0,936 0,999 50 0,778 0,778

P15EH300-1-W015 0 0 0 0,456 0,456 0,936 0,999 50 0,708 0,708

P15EH300-1-W016 0 0 0 1,078 1,078 0,761 0,997 50 1,329 1,329

P15EH300-1-W017 0 0 0 0,332 0,332 0,936 0,999 50 0,583 0,583

P15EH300-1-W018 0 0 0 5,091 5,091 0,6 0,892 50 5,343 5,343

P15EH300-1-W019 0 0 0 5,091 5,091 0,6 0,892 50 5,343 5,343

P15EH300-1-W025 0 0 0 3,087 3,087 0,456 0,965 50 3,338 3,338

P15EH300-1-W026 0 0 0 4,427 4,427 0,456 0,92 50 4,678 4,678

P15EH300-1-W027 0 0 0 4,085 4,085 0,235 0,913 25 4,337 4,337

P15EH300-1-W028 0 0 0 1,685 1,685 0,456 0,989 50 1,936 1,936

P15EH300-1-W029 0 0 0 1,685 1,685 0,456 0,989 50 1,936 1,936

P15EH300-1-W035 0 0 0 2,62 2,62 0,936 0,972 50 2,871 2,871

P15EH300-1-W036 0 0 0 3,639 3,639 0,6 0,954 50 3,891 3,891

P15EH300-1-W037 0 0 0 3,639 3,639 0,6 0,954 50 3,891 3,891

P15EH300-1-W038 0 0 0 3,639 3,639 0,6 0,954 50 3,891 3,891

P15EH300-1-W039 0 0 0 3,639 3,639 0,6 0,954 50 3,891 3,891

P15EH300-400-W01 0 0 0 1,157 1,157 0,972 0,995 6 1,408 1,408

P15EH300-400-W02 0 0 0 1,157 1,157 0,972 0,995 6 1,408 1,408

P15EH300-400-W03 0 0 0 1,157 1,157 0,972 0,995 6 1,408 1,408



Net-archive with switchgear and control gearReport shows cable, switchboard with switchgear and controlgear. Switchgear is normallyplaced in front of cable. Controlling equipments, set values for circuit breakers are listed. Maximum length and kA²S for cable are listed for better evaluation of circuit breakers.

cosø Cosø at front and end of cable in short-circuit condition (0,2/0,79= cosø 0,20 and cosø 0,79)In, A Nominal value in A for switchgear and controlgear at System voltage.I2, A Function L trip current (normally at 1 hour) for not adjustable circuit breakers.I1(Ir), A Function L trip current for adjustable circuit breakers.I5, kA Function S trip (short value time, tm, S) trip current for circuit breakers.tm, S Trip time for I5 in second.t, S Sustainable time in seconds for the cable at short-circuit minimum current(Isc. min).T Type of switchgear (A=miniature circuit-breaker, E=circuit breaker, M=motor protection circuit breaker or overload relay, J=residual current circuit breaker, AJ=combine miniature circuit-breaker

and residual current circuit breaker. P=Prolim (from ABB), D=fuse-link, 1= fuse, type Jean Müller, 2= fuse, type NH.K Characteristic for miniature circuit-breaker (B, C, D, L, G/U, K, R)

Cable: P15E-W9 LKSM-HF Cu 3x3x1x300, page 1 Switch-board: P15E-WS1A, IT 690V BUS BAR, Length: 0,2m

Fuse cosø In,A I1(Ir) I5,kA tm,S. t,S. T K Fuse, manufacturer/type/article no.

P15E -EQ100

0,08/0,08 1600 1400 3,2 0,06 173,473

E MG, NW16 H1 3-4p, 440V, Ic 65 kA at 690V

Fuse: P15E -EQ100, I1(Ir)=640-1600, I5=3,2-16, tm=0,04-0,14Cable: Max length:1978,72 m. Maximum thermal stress = 16563,69 kA²S

Cable: P15E-W13 IXXI Cu 2x3x1x300, page 1 Switch-board: P15E-WS1A, IT 690V BUS BAR, Length: 8m


P15E -EQ101

0,08/0,09 1600 1250 3,2 0,12 78,749 E MG, NW16 H1 3-4p, 440V, Ic 65 kA at 690V


Cable: P15E-W18 IXXI Cu 2x3x1x300/300, page 1 Switch-board: P15E-WS2A, TN-S 400V BUS BAR, Length: 1m


P15E -EQ244

0,11/0,12 1000 900 0,8 0,1 26,906 E MG, C1000H 3-4p, 415V


Cable: P15EH200-W30 IXXI Cu 3x1x150, page 1 Switch-board: P15E-WS2A, TN-S 400V BUS BAR, Length: 5m


P15E -EQ230

0,11/0,15 250 225 1 0,04 2,074 E MG, NS250, 2-4p, N, 415V

Fuse: P15E -EQ230, I1(Ir)=200-250, I5=1-2,5Cable: Max length:662,22 m. Maximum thermal stress = 460,102 kA²S





P15E -EQ231

0,11/0,15 250 225 1 0,04 2,074 E MG, NS250, 2-4p, N, 415V




P15E -EQ232

0,11/0,15 250 225 1 0,04 2,074 E MG, NS250, 2-4p, N, 415V




P15E -EQ233

0,11/0,15 250 225 1 0,04 2,074 E MG, NS250, 2-4p, N, 415V




P15E -EQ234

0,11/0,15 250 225 1 0,04 2,074 E MG, NS250, 2-4p, N, 415V




P15E -EQ235

0,11/0,15 250 225 1 0,04 2,074 E MG, NS250, 2-4p, N, 415V




P15E -EQ236

0,11/0,15 250 225 1 0,04 2,074 E MG, NS250, 2-4p, N, 415V






P15E -EQ237

0,11/0,15 250 225 1 0,04 2,074 E MG, NS250, 2-4p, N, 415V




P15E -EQ242

0,11/0,17 160 140 0,64 0,04 0,929 E Overstyrt(Ic,A ), IC=35kA 400V, Replaces: MG, NS160, 2-4p, N, 240V

Fuse: P15E -EQ242, I1(Ir)=128-160, I5=0,64-1,6Cable: Max length:687,82 m. Maximum thermal stress = 184,552 kA²S



P15E -EQ243

0,11/0,17 160 140 0,64 0,04 0,929 E Overstyrt(Ic,A ), IC=35kA 400V, Replaces: MG, NS160, 2-4p, N, 240V

Fuse: P15E -EQ243, I1(Ir)=128-160, I5=0,64-1,6Cable: Max length:687,82 m. Maximum thermal stress = 184,552 kA²S

Cable: P15EG1-W01/03 NSHXFOE Cu 2x3x1x300, page 1 Generator: P15E-EG1, GENERATOR 1SKID WITH CONTROLLER, System: IT, Un:690, Length: 12mCable:Maximum thermal stress = 11151,36 kA²S

Cable: P15EG2-W01/03 NSHXFOE Cu 2x3x1x300, page 1 Generator: P15E-EG2, GENERATOR 2,SKID WITH CONTROLLER, System: IT, Un:690, Length: 12mCable:Maximum thermal stress = 11151,36 kA²S

Cable: P15EG3-W01/03 NSHXFOE Cu 2x3x1x300, page 1 Generator: P15E-EG3, GENERATOR 3,SKID WITH CONTROLLER, System: IT, Un:690, Length: 12mCable:Maximum thermal stress = 11151,36 kA²S

Cable: P15E-H200-W38 IXXI Cu 3x1x240, page 1 Switch-board: P15E-WS2A, TN-S 400V BUS BAR, Length: 5m


P15E -EQ238

0,11/0,14 630 405 0,54 0,14 4,939 E MG, NS630, 3-4p, N, 415V

Fuse: P15E -EQ238, I1(Ir)=250-630, I5=0,54-6,3, tm=0,04-0,14Cable: Max length:1899,81 m. Maximum thermal stress = 1177,862 kA²S

Cable: P15E-H200-W39 IXXI Cu 3x1x240, page 1 Switch-board: P15E-WS2A, TN-S 400V BUS BAR, Length: 5m


P15E -EQ239

0,11/0,14 630 405 0,54 0,14 4,939 E MG, NS630, 3-4p, N, 415V




Cable: P15EG1-1-W01/03 IXXI Cu 2x3x1x300, page 1 Cable: P15EG1-W01/03, Un=: 690, Length: 1,5m


P15E -EQ1 0,08/0,08 1600 1250 3,2 0,14 695,06 E MG, NW16 H1 3-4p, 440V, Ic 65 kA at 690V

Fuse: P15E -EQ1, I1(Ir)=640-1600, I5=3,2-16, tm=0,04-0,14Cable:Maximum thermal stress = 7361,64 kA²S









Cable: P15EN100-W01/03 IXXI Cu 2x3x1x300, page 1 Cable: P15E-W9, Un=: 690, Length: 6,5mCable: Max length:1629,76 m. Maximum thermal stress = 7361,64 kA²S

Cable: P15EN240-W01/03 IXXI Cu 2x3x1x240, page 1 Switch-board: P15E-WS1A, IT 690V BUS BAR, Length: 4,25m


P15E -EQ240



Cable: P15EN241-W01/03 IXXI Cu 2x3x1x240, page 1 Switch-board: P15E-WS1A, IT 690V BUS BAR, Length: 4,25m


P15E -EQ241



Cable: P15EN100-1-W01/04 IXXI Cu 4x3x1x300/300, page 1 Transformer: P15E-T1, P15ET100, System: TN-S, Un:400, Length: 8,5m





P15E -EQ100

0,11/0,11 1600 1400 3,2 0,06 106,151

E MG, NW16 H1 3-4p, 440V, Ic 65 kA at 690V

P15E -Q6 0 MG, Skillebryter/LastskillebryterFuse: P15E -EQ100, I1(Ir)=640-1600, I5=3,2-16, tm=0,04-0,14Cable: Max length:1223,88 m. Maximum thermal stress = 29446,56 kA²S

Cable: P15E-EH200.230-W01 2YSLCYK-J Cu 2x4x50/50, page 1 Inntak: <Frekvensomformer>, System: TN-S, Voltage:400, Length: 10mCable:Maximum thermal stress = 169 kA²S








Cable: P15EN100.240-W01/03 AWG535 Cu 2x3x1x271,3, page 1 Inntak: <Frekvensomformer>, System: IT, Voltage:690, Length: 3,5mCable:Maximum thermal stress = 9119,792 kA²S

Cable: P15EN100.241-W01/03 AWG535 Cu 2x3x1x271,3, page 1 Inntak: <Frekvensomformer>, System: IT, Voltage:690, Length: 3,5mCable:Maximum thermal stress = 9119,792 kA²S

Cable: P15E-P7EH200.242-W01 2YSLCYK-J Cu 4x70/50, page 1 Inntak: <Frekvensomformer>, System: TN-S, Voltage:400, Length: 10mCable:Maximum thermal stress = 42,25 kA²S

Cable: P15E-P7EH200.243-W01 2YSLCYK-J Cu 4x70/50, page 1 Inntak: <Frekvensomformer>, System: TN-S, Voltage:400, Length: 10mCable:Maximum thermal stress = 42,25 kA²S

Cable: P15EN100.240-1-W01/04 NSHXFOE Cu 3x3x1x240/240, page 1 Cable: P15EN100.240-W01/03, Un=: 690, Length: 25m



Cable:Maximum thermal stress = 16057,958 kA²S

Cable: P15EN100.241-1-W01/04 NSHXFOE Cu 3x3x1x240/240, page 1 Cable: P15EN100.241-W01/03, Un=: 690, Length: 25mCable:Maximum thermal stress = 16057,958 kA²S

Cable: P15E-P1EH200.242-1-W01 2YSLCYK-J Cu 4x70/70, page 1 Cable: P15E-P7EH200.242-W01, Un=: 400, Length: 50mCable:Maximum thermal stress = 82,81 kA²S

Cable: P15E-P7EH200.243-1-W01 2YSLCYK-J Cu 4x70/70, page 1 Cable: P15E-P7EH200.243-W01, Un=: 400, Length: 50mCable:Maximum thermal stress = 82,81 kA²S

Cable: P15E-P4EH200.238-W01/3 2YSLCYK-J Cu 3x4x70/70, page 1 Inntak: <Frekvensomformer>, System: TN-S, Voltage:400, Length: 10mCable:Maximum thermal stress = 745,29 kA²S

Cable: P15E-P4EH200.239-W01/3 2YSLCYK-J Cu 3x4x70/70, page 1 Inntak: <Frekvensomformer>, System: TN-S, Voltage:400, Length: 10mCable:Maximum thermal stress = 745,29 kA²S

Cable: P15E-P1EH200.230-1-W01/02 2YSLCYK-J Cu 2x4x50/50, page 1 Cable: P15E-EH200.230-W01, Un=: 400, Length: 50mCable:Maximum thermal stress = 169 kA²S








Cable: P15E-P4EH200.238-1-W01/3 2YSLCYK-J Cu 3x4x70/35, page 1 Cable: P15E-P4EH200.238-W01/3, Un=: 400, Length: 105mCable:Maximum thermal stress = 186,323 kA²S

Cable: P15E-P4EH200.239-1-W01/3 2YSLCYK-J Cu 3x4x70/35, page 1 Cable: P15E-P4EH200.239-



W01/3, Un=: 400, Length: 105mCable:Maximum thermal stress = 186,323 kA²S

Cable: P15EH300-W01 IFSI Cu 3x1,5/1,5, page 3 Switch-board: P15EH300-WS03, TN-S 400 V BUS MCC, Length: 5m


P15EH300 -EQ301

0,12/0,97 12 5 0,071 0,01 0,01 M Overstyrt(I5,kA ), (05BL), Replaces: MG, TeSys LUCA, 3p, 12A, 440V(14, 2xIth)+LUA-LB1/LF1

P15EH300 -F29

0,12/0,97 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA

Fuse: P15EH300 -EQ301, I1(Ir)=0,15-12Cable: Max length:176,55 m. Maximum thermal stress = 0,038 kA²S



P15EH300 -EQ302

0,12/0,97 12 5 0,17 0,01 0,01 M MG, TeSys LUCA, 3p, 12A, 440V(14, 2xIth)+LUA-LB1/LF1, (12BL)

P15EH300 -F42

0,12/0,97 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EH300 -EQ303


P15EH300 -F48

0,12/0,97 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EH300 -EQ304


P15EH300 -F49

0,12/0,94 63 0 0 0 0,013 J MG, Vigi/C60, 415V10/30mA







P15EH300 -EQ305


P15EH300 -F50

0,12/0,94 63 0 0 0 0,013 J MG, Vigi/C60, 415V10/30mA




P15EH300 -EQ306

0,12/0,94 16 23,2 0,16 0,01 0,013 E MG, NG125L C 16A, 2-4p, 415V, 18811

P15EH300 -F30

0,12/0,94 125 0 0 0 0,013 J MG, SDV/NG125, 690V10-500mA

Cable: Max length:129,5 m. Maximum thermal stress = 0,106 kA²S



P15EH300 -EQ307

0,12/0,94 16 23,2 0,16 0,01 0,026 E MG, NG125L C 16A, 2-4p, 415V, 18811


Cable: P15EH300-W08 IFSI Cu 4x16/16, page 3 Switch-board: P15EH300-WS03, TN-S 400 V BUS MCC, Length: 5m


P15EH300 -EQ308

0,12/0,46 63 91,4 0,63 0,01 0,079 E MG, NG125L C 63A, 2-4p, 415V, 18817

P15EH300 -F31

0,12/0,46 125 0 0 0 0,079 J MG, SDV/NG125, 690V10-500mA




P15EH300 -EQ309

0,12/0,6 32 46,4 0,32 0,01 0,048 E MG, NG125L C 32A, 2-4p, 415V, 18814




P15EH300 -EQ310

0,12/0,46 63 91,4 0,63 0,01 0,071 E MG, NG125L C 63A, 2-4p, 415V, 18817


Cable: P15EH300-W11 IFSI Cu 4x2,5/2,5, page 3 Switch-board: P15EH300-WS03, TN-S 400 V BUS



MCC, Length: 5m


P15EH300 -EQ311

0,12/0,94 16 23,2 0,16 0,01 0,026 E MG, NG125L C 16A, 2-4p, 415V, 18811


Cable: P15EH300-W12 IFSI Cu 4x2,5/5, page 3 Switch-board: P15EH300-WS03, TN-S 400 V BUS MCC, Length: 5m


P15EH300 -EQ312

0,12/0,94 16 23,2 0,16 0,01 0,013 E MG, NG125L C 16A, 2-4p, 415V, 18811

P15EH300 -F32

0,12/0,94 125 0 0 0 0,013 J MG, SDV/NG125, 690V10-500mA




P15EH300 -EQ313

0,12/0,94 10 14,5 0,1 0,01 0,013 E MG, NG125L C 10A, 2-4p, 415V, 18788

P15EH300 -F35

0,12/0,94 125 0 0 0 0,013 J MG, SDV/NG125, 690V10-500mA




P15EH300 -EQ314

0,12/0,94 16 23,2 0,16 0,01 0,013 E MG, NG125L C 16A, 2-4p, 415V, 18811

P15EH300 -F51

0,12/0,94 125 0 0 0 0,013 J MG, SDV/NG125, 690V10-500mA




P15EH300 -EQ315

0,12/0,94 10 14,5 0,1 0,01 0,013 E MG, NG125L C 10A, 2-4p, 415V, 18788

P15EH300 -F52

0,12/0,94 125 0 0 0 0,013 J MG, SDV/NG125, 690V10-500mA


Cable: P15EH300-W16 IFSI Cu 4x6/8,5, page 3 Switch-board: P15EH300-WS03, TN-S 400 V BUS MCC, Length: 5m


P15EH300 -EQ316

0,12/0,76 32 46,4 0,32 0,01 0,035 E MG, NG125L C 32A, 2-4p, 415V, 18814






P15EH300 -EQ317

0,12/0,94 16 23,2 0,16 0,01 0,026 E MG, NG125L C 16A, 2-4p, 415V, 18811




P15EH300 -EQ318

0,12/0,6 50 72,5 0,5 0,01 0,048 E MG, NG125L C 50A, 2-4p, 415V, 18816




P15EH300 -EQ319

0,12/0,6 50 72,5 0,5 0,01 0,048 E MG, NG125L C 50A, 2-4p, 415V, 18816




P15EH300 -EQ320

0,12/0,94 16 23,2 0,16 0,01 0,026 E MG, NG125L C 16A, 2-4p, 415V, 18811




P15EH300 -EQ321

0,12/0,94 16 23,2 0,16 0,01 0,026 E MG, NG125L C 16A, 2-4p, 415V, 18811




P15EH300 -EQ322

0,12/0,94 16 23,2 0,16 0,01 0,013 E MG, NG125L C 16A, 2-4p, 415V, 18811

P15EH300 -F53

0,12/0,94 125 0 0 0 0,013 J MG, SDV/NG125, 690V10-500mA







P15EH300 -EQ323

0,12/0,94 16 23,2 0,16 0,01 0,026 E MG, NG125L C 16A, 2-4p, 415V, 18811




P15EH300 -EQ324

0,12/0,94 16 23,2 0,16 0,01 0,026 E MG, NG125L C 16A, 2-4p, 415V, 18811




P15EH300 -EQ325

0,12/0,46 63 91,4 0,63 0,01 0,071 E MG, NG125L C 63A, 2-4p, 415V, 18817




P15EH300 -EQ326

0,12/0,46 63 91,4 0,63 0,01 0,071 E MG, NG125L C 63A, 2-4p, 415V, 18817




P15EH300 -EQ327

0,12/0,24 125 181 1,25 0,01 0,124 E MG, NG125N C125A, 2-4p, 415V, 18662

P15EH300 -F54

0,12/0,24 125 0 0 0 0,124 J MG, SDV/NG125, 690V10-500mA, (300mA)




P15EH300 -EQ328

0,12/0,46 63 91,4 0,63 0,01 0,071 E MG, NG125L C 63A, 2-4p, 415V, 18817




P15EH300 -EQ329

0,12/0,46 63 91,4 0,63 0,01 0,071 E MG, NG125L C 63A, 2-4p, 415V, 18817






P15EH300 -EQ330

0,12/0,24 125 181 1,25 0,01 0,124 E MG, NG125N C125A, 2-4p, 415V, 18662

P15EH300 -F55

0,12/0,24 125 0 0 0 0,124 J MG, SDV/NG125, 690V10-500mA, (300mA)




P15EH300 -EQ331

0,12/0,46 63 91,4 0,63 0,01 0,079 E MG, NG125L C 63A, 2-4p, 415V, 18817

P15EH300 -F56

0,12/0,46 125 0 0 0 0,079 J MG, SDV/NG125, 690V10-500mA, (300mA)




P15EH300 -EQ332

0,12/0,6 32 46,4 0,32 0,01 0,042 E MG, NG125L C 32A, 2-4p, 415V, 18814

P15EH300 -F57

0,12/0,6 125 0 0 0 0,042 J MG, SDV/NG125, 690V10-500mA, (300mA)




P15EH300 -EQ333

0,12/0,94 16 23,2 0,16 0,01 0,013 E MG, NG125L C 16A, 2-4p, 415V, 18789

P15EH300 -F41

0,12/0,94 25 0 0 0 0,013 J Overstyrt(Ic,A ), Type:see dok., Replaces: MG, ID, 2-4p, 30mA, 25A, 1602695




P15EH300 -EQ334

0,12/0,94 16 23,2 0,16 0,01 0,013 E MG, NG125L C 16A, 2-4p, 415V, 18789

P15EH300 -F47

0,12/0,94 125 0 0 0 0,013 J MG, SDV/NG125, 690V10-500mA







P15EH300 -EQ335

0,12/0,94 16 23,2 0,16 0,01 0,026 E MG, NG125L C 16A, 2-4p, 415V, 18789




P15EH300 -EQ336

0,12/0,6 32 46,4 0,32 0,01 0,042 E MG, NG125L C 32A, 2-4p, 415V, 18814

P15EH300 -F46

0,12/0,6 125 0 0 0 0,042 J MG, SDV/NG125, 690V10-500mA




P15EH300 -EQ337

0,12/0,6 32 46,4 0,32 0,01 0,042 E MG, NG125L C 32A, 2-4p, 415V, 18814

P15EH300 -F45

0,12/0,6 125 0 0 0 0,042 J MG, SDV/NG125, 690V10-500mA




P15EH300 -EQ338

0,12/0,6 32 46,4 0,32 0,01 0,042 E MG, NG125L C 32A, 2-4p, 415V, 18814

P15EH300 -F44

0,12/0,6 125 0 0 0 0,042 J MG, SDV/NG125, 690V10-500mA




P15EH300 -EQ339

0,12/0,6 32 46,4 0,32 0,01 0,042 E MG, NG125L C 32A, 2-4p, 415V, 18814

P15EH300 -F43

0,12/0,6 125 0 0 0 0,042 J MG, SDV/NG125, 690V10-500mA


Cable: P15EH300-1-W06 H07BQ-F(QWPK) Cu 4x2,5, page 3 Cable: P15EH300-W06, Un=: 400, Length: 15mCable: Max length:125,7 m. Maximum thermal stress = 0,112 kA²S

Cable: P15EH300-1-W07 H07BQ-F(QWPK) Cu 4x2,5, page 3 Cable: P15EH300-W07, Un=: 400, Length: 15mCable: Max length:66,38 m. Maximum thermal stress = 0,112 kA²S



Cable: P15EH300-1-W08 H07RN-F Cu 4x16/16, page 3 Cable: P15EH300-W08, Un=: 400, Length: 25mCable: Max length:197,46 m. Maximum thermal stress = 4,597 kA²S



Cable: P15EH300-1-W011 AWG12 Cu 3x1x3,3/3,3, page 3 Cable: P15EH300-W11, Un=: 400, Length: 48mCable: Max length:175,25 m. Maximum thermal stress = 0,337 kA²S











Cable: P15EH300-1-W027 NMHO Cu 5x50/50, page 3 Cable: P15EH300-W27, Un=: 400, Length: 100mCable: Max length:292,97 m. Maximum thermal stress = 44,89 kA²S

Cable: P15EH300-1-W028 NMHO Cu 5x16, page 3Cable: P15EH300-W28, Un=: 400, Length: 100mCable: Max length:107,64 m. Maximum thermal stress = 4,597 kA²S

Cable: P15EH300-1-W029 NMHO Cu 5x16, page 3Cable: P15EH300-W29, Un=: 400, Length: 100mCable: Max length:107,64 m. Maximum thermal stress = 4,597 kA²S








Cable: P15EH300-400-W01 IFSI Cu 2x1,5/3, page 3 Switch-board: P15EH300-WS-UPS, Length: 8m


P15EH300 -EQ401

0,97/1 10 14,5 0,1 0,01 0,112 A C MG, C60N/C 1-4p 4A, 1602327


Cable: P15EH300-400-W02 IFSI Cu 2x1,5/1,5, page 3 Switch-board: P15EH300-WS-UPS, Length: 8m


P15EH300 -EQ402

0,97/1 10 14,5 0,1 0,01 0,112 A C MG, C60N/C 1-4p 4A, 1602327


Cable: P15EH300-400-W03 IFSI Cu 2x1,5/1,5, page 3 Switch-board: P15EH300-WS-UPS, Length: 8m


P15EH300 -EQ403

0,97/1 10 14,5 0,1 0,01 0,112 A C MG, C60N/C 1-4p 4A, 1602327


Cable: P15EN100-W02 IFSI Cu 3x6/6, page 2 Switch-board: P15EN100-WS1B, 690 V BUS BAR, Length: 5m


P15EN100 -EQ102

0,09/0,44 32 18 0,454 0,01 0,016 M MG, TeSys LUCA, 3p, 32A, 690V(14, 2xIth)+LUA-LB1/LF1

Fuse: P15EN100 -EQ102, I1(Ir)=0,15-32Cable: Max length:194,8 m. Maximum thermal stress = 0,608 kA²S

Cable: P15EN100-W03 IFSI Cu 3x2,5/2,5, page 2 Switch-board: P15EN100-WS1B, 690 V BUS BAR, Length: 5m


P15EN100 -EQ-103

0,09/0,73 12 5 0,05 0,01 0,01 M MG, TeSys LUCM, 3p, 12A, 690V(3-17xIth)+LUA-LB1/LF1

Fuse: P15EN100 -EQ-103, I1(Ir)=0,15-12, I5=0,0045-0,204Cable: Max length:767,69 m. Maximum thermal stress = 0,174 kA²S






P15EN100 -EQ-104





P15EN100 -EQ105

0,09/0,23 100 50 0,65 0,04 0,067 E (STR22ME), Replaces: MG, NS100, 2-4p, L, 415V

P15EN100 -F1

0,09/0,23 100 0 0 0 0,067 J Overstyrt(Ic,A ), (S.E.), Replaces: MG, ID, 4p, 300mA, 100A, 1603959

Fuse: P15EN100 -EQ105, I1(Ir)=12,5-100, I5=0,08-1Cable: Max length:355,03 m. Maximum thermal stress = 4,326 kA²S



P15EN100 -EQ106

0,09/0,44 32 18 0,454 0,01 0,016 M MG, TeSys LUCD, 3p, 32A, 690V(14, 2xIth)+LUA-LB1/LF1




P15EN100 -EQ-107





P15EN100 -EQ-108





P15EN100 -EQ109


P15EN100 -F2







P15EN100 -EQ110


P15EN100 -F3

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA

Fuse: P15EN100 -EQ110, I1(Ir)=0,15-12, I5=0,0045-0,204Cable: Max length:317,67 m. Maximum thermal stress = 0,174 kA²S



P15EN100 -EQ111


P15EN100 -F4

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ112


P15EN100 -F5

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ113


P15EN100 -F6





P15EN100 -EQ114





P15EN100 -F7





P15EN100 -EQ115


P15EN100 -F8

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ116


P15EN100 -F9

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ117


P15EN100 -F10

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ118


P15EN100 -F11

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA







P15EN100 -EQ119


P15EN100 -F12

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ120


P15EN100 -F13

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ121


P15EN100 -F14

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ122


P15EN100 -F15

0,09/0,73 63 0 0 0 0,01 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ123


P15EN100 -F16







P15EN100 -EQ125

0,09/0,18 100 70 0,91 0,03 0,059 E Overstyrt(tm,S ), (STR22ME), Replaces: MG, NS100, 2-4p, L, 415V

P15EN100 -F17





P15EN100 -EQ126


P15EN100 -F18





P15EN100 -EQ124


P15EN100 -F19





P15EN100 -EQ127

0,09/0,23 100 47 0,611 0,04 0,067 E MG, NS100, 2-4p, L, 415V, (STR22ME)

P15EN100 -F20



Cable: P15EN100-W28 IFSI Cu 2x3x50/25, page 2 Switch-board: P15EN100-WS1B, 690 V BUS BAR, Length: 5m





P15EN100 -EQ128

0,09/0,11 400 165 1,65 0,06 0,483 E MG, NS400, 3-4p, L, 415V, (STR23SV)

Fuse: P15EN100 -EQ128, I1(Ir)=160-400, I5=0,32-4Cable: Max length:771,58 m. Maximum thermal stress = 42,25 kA²S



P15EN100 -EQ129


P15EN100 -F21

0,09/0,44 63 0 0 0 0,016 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ130

0,09/0,13 400 70 0,91 0,04 0,129 E Overstyrt(I1(Ir) ,tm,S ), (STR23SV), Replaces: MG, NS400, 3-4p, L, 415V

P15EN100 -F24





P15EN100 -EQ131


P15EN100 -F22

0,09/0,44 63 0 0 0 0,016 J MG, Vigi/C60, 415V10/30mA




P15EN100 -EQ132


P15EN100 -F23

0,09/0,44 63 0 0 0 0,016 J MG, Vigi/C60, 415V10/30mA







P15EN100 -EQ133

0,09/0,23 100 13,9 0,181 0,04 0,067 E MG, NS100, 2-4p, L, 415V, (STR22ME)

P15EN100 -F25





P15EN100 -EQ134

0,09/0,23 100 19,5 0,253 0,04 0,067 E MG, NS100, 2-4p, L, 415V, (STR22ME)

P15EN100 -F26





P15EN100 -EQ135

0,09/0,23 100 56 0,72 0,04 0,067 E MG, NS100, 2-4p, L, 415V, (STR22ME)

P15EN100 -F28





P15EN100 -EQ136

0,09/0,23 100 56 0,728 0,04 0,067 E MG, NS100, 2-4p, L, 415V, (STR22ME)

P15EN100 -F29





P15EN100 -EQ137

0,09/0,23 100 40 0,52 0,04 0,067 E MG, NS100, 2-4p, L, 415V, (STR22ME)




P15EN100 -F30





P15EN100 -EQ138

0,09/0,12 400 130 1,3 0,04 0,243 E Overstyrt(I1(Ir) ,tm,S ), (STR23SV), Replaces: MG, NS400, 3-4p, L, 415V

P15EN100 -F27



Cable: P15EN100-1-W02 H07RN-F Cu 3x6/6, page 2 Cable: P15EN100-W02, Un=: 690, Length: 28mCable: Max length:93,57 m. Maximum thermal stress = 0,646 kA²S

Cable: P15EN100-1-W03 H07BQ-F(QWPK) Cu 3x2,5, page 2 Cable: P15EN100-W03, Un=: 690, Length: 30mCable: Max length:729,01 m. Maximum thermal stress = 0,112 kA²S



























Cable: P15EN100-1-W028 H07RN-F Cu 4x50/50, page 2 Cable: P15EN100-W28, Un=: 690, Length: 25m



Discrimination listDiscrimination are pointed out after time delays in switchgears and cosø in short-circuit circuit,discrimination tables, fuse-link characteristics and trip curves for distribution drawn in the program. 133: Upstream discrimination not found (No)145: Discrimination between fuse-link (Yes)146: Discrimination for the reason of time delay in switchgears (Yes)147: Discrimination in accordance with tables from manufactor (Yes)138: No table of discrimination from manufactor (No)195: Discrimination cannot be determinated (No)211: Discrimination in accordance with trip curves (Yes)

Oppstrøm Current Fuse Page Comments to current fuse Status KurveP15E-EQ1 P15E-EQ100 1 146: Discrimination for the reason of time delay in switchgears. Ja

P15E-EQ1 P15E-EQ240 1 146: Discrimination for the reason of time delay in switchgears. Ja

P15E-EQ1 P15E-EQ241 1 146: Discrimination for the reason of time delay in switchgears. Ja

P15E-EQ100 P15E-EQ244 1 147: Discrimination in accordance with tables from manufacturer.

Ja

P15E-EQ244 P15EH300-EQ301 3 146: Discrimination for the reason of time delay in switchgears. Ja





































Oppstrøm Current Fuse Page Comments to current fuse Status KurveP15E-EQ244 P15EH300-EQ336 3 146: Discrimination for the reason of time delay in switchgears. Ja




P15E-EQ1 P15EN100-EQ102 2 146: Discrimination for the reason of time delay in switchgears. Ja






















P15E-EQ1 P15EN100-EQ128 2 147: Discrimination in accordance with tables from manufacturer.

Ja











P15E-EQ1 P15EN100-EQ-103 2 146: Discrimination for the reason of time delay in switchgears. Ja






Verification 2-pole earth fault in IT-system

All combinations of 2-pole earth fault in different phases for all cables without residual current circuit breakerare calculated with cable length and switchgear with smallest I5-value.If each circuit has momentarily release, only the circuit closest to not momentarily release is showed.The difference between earth current fault and I5-value are named the MARGIN.Touch voltage are calculated for circuits with not momentarily release.

Cable 1 Cable 2 Fuse I5 kA 2-poleearth faultcurrent kA

Margin kA Uc V Remark

P15E-W13 P15EN100-W01/03 P15E-EQ100 3,2 3,247 0,047



List of loadsList of load: P15E-WS1A, IT 690V BUS BAR

CircuitNbr Description Fuse Ampere Terminal Cable Cable info

Inst.meth Meter kW

P15E-EG1 GENERATOR 1SKID WITH CONTROLLER, 1500

P15E-EQ1 1600 IXXI Cu 2x3x1x300 P15EG1-1-W01/03 G1 1,5

P15E-EG2 GENERATOR 2,SKID WITH CONTROLLER, 1500


P15E-EG3 GENERATOR 3,SKID WITH CONTROLLER, 1500


P15E-T1 P15ET100, 1850 P15E-EQ100 1600 IXXI Cu 2x3x1x300 P15EN100-W01/03 G2 6,5

<Frekvensomformer(last)> P15E-EQ240 1250 IXXI Cu 2x3x1x240 P15EN240-W01/03 F1 4,25 970

<Frekvensomformer(last)> P15E-EQ241 1250 IXXI Cu 2x3x1x240 P15EN241-W01/03 F1 4,25 970

Stiger til P15EN100-WS1B 690 V BUS BAR P15E-EQ101 1600 IXXI Cu 2x3x1x300 P15E-W13 G2 8

List of load: P15E-WS2A, TN-S 400V BUS BAR


Inst.meth Meter kW

P15E-T1 P15ET100, 1850kW P15E-Q6 0 IXXI Cu 4x3x1x300/300

P15EN100-1-W01/04 G2 8,5

Stiger til P15EH300-WS03 TN-S 400 V BUS MCC

P15E-EQ244 1000 IXXI Cu 2x3x1x300/300

P15E-W18 G1 1



List of load: P15EH300-WS03, TN-S 400 V BUS MCC


Inst.meth Meter kW

Stiger fra P15E-WS2A TN-S 400V BUS BAR P15E-EQ244 1000 IXXI Cu 2x3x1x300/300

P15E-W18 G1 1

To P15EH300-WS-UPS P15EH300-EQ335 16 AWG12 Cu 2x1x3,3/3,3

P15EH300-1-W035 F1 4

GEN 4 SUPPLY P17EG4 P15EH300-EQ339 32 H07RN-F Cu 4x6/6 P15EH300-1-W039 E 12 12



GEN 1 SUPPLYP17EG2 P15EH300-EQ336 32 H07RN-F Cu 4x6/6 P15EH300-1-W036 E 12 12

SPARE 6 P15EH300-EQ334 16 IFSI Cu 2x2,5/2,5 P15EH300-W34 C 5 3,33


SPARE 4 P15EH300-EQ332 32 IFSI Cu 4x10/10 P15EH300-W32 C 5 19,95

SPARE 3 P15EH300-EQ331 63 IFSI Cu 4x16/16 P15EH300-W31 E 5 39,28

SPARE 2 P15EH300-EQ330 125 IFSI Cu 4x50/25 P15EH300-W30 E 5 77,94

LOCAL ILLUMINATION 2 P15EH300-EQ329 63 NMHO Cu 5x16 P15EH300-1-W029 E 100 39,28

LOCAL ILLUMINATION 1 P15EH300-EQ328 63 NMHO Cu 5x16 P15EH300-1-W028 E 100 39,28

OFFICES, WARDROBES, SHOWERS P15EH300-EQ327 125 NMHO Cu 5x50/50 P15EH300-1-W027 E 100 60

WELDING MACHINES P15EH300-EQ326 63 H07RN-F Cu 4x16/16 P15EH300-1-W026 E 25 25

WORKSHOPS INCL.EL. TOOLS P15EH300-EQ325 63 H07RN-F Cu 4x16/16 P15EH300-1-W025 E 45 25

MCC EQUIPMENT 2 P15EH300-EQ324 16 IFSI Cu 2x2,5/2,5 P15EH300-W24 C 5 3,33

MCC EQUIPMENT 1 P15EH300-EQ323 16 IFSI Cu 2x2,5/2,5 P15EH300-W23 C 5 3,33

SOCKETS OUTLETS INSIDE MCC CONTAINER

P15EH300-EQ322 16 IFSI Cu 2x2,5/2,5 P15EH300-W22 C 5 3,33

HEATERS IN MCC CONT. P15EH300-EQ321 16 IFSI Cu 2x2,5/2,5 P15EH300-W21 C 5 3,33

LIGHT IN MCC CONTAINER P15EH300-EQ320 16 IFSI Cu 2x2,5/2,5 P15EH300-W20 C 5 3,33

MCC CONT. HVAC UNIT 2P17EH319 P15EH300-EQ319 50 H07RN-F Cu 4x10/10 P15EH300-1-W019 E 10 28,06

MCC CONT. HVAC UNIT 1P17EH318 P15EH300-EQ318 50 H07RN-F Cu 4x10/10 P15EH300-1-W018 E 10 28,06

LICHT ARM. P1EE317SUBTRUCTURE AND MAST

P15EH300-EQ317 16 AWG12 Cu 2x1x3,3/3,3

P15EH300-1-W017 F1 100 3,33

LICHT ARM. P1EE316 SUBTRUCTURE AND MAST

P15EH300-EQ316 32 H07RN-F Cu 4x6/6 P15EH300-1-W016 E 60 19,95




Inst.meth Meter kW

TO IRON ROUGHNECKP17EC253 P15EH300-EQ315 10 AWG12 Cu 2x1x3,3/3,3

P15EH300-1-W015 F1 70 2,08

DRILLER CABIN HEATINGP12EC100 P15EH300-EQ314 16 AWG12 Cu 3x1x3,3/3,3

P15EH300-1-W014 F1 70 9,98

TO CATWALK MACHINE REMOTE I/O - P11EC252

P15EH300-EQ313 10 AWG12 Cu 2x1x3,3/3,3

P15EH300-1-W013 F1 75 2,08

TO PIPE HANDLER REMOTE I/O -P7EC251 P15EH300-EQ312 16 AWG12 Cu 3x1x3,3/3,3

P15EH300-1-W012 F1 105 9,98

TO TOP DRIVE&HOIST REMOTE I/O -P1EC201

P15EH300-EQ311 16 AWG12 Cu 3x1x3,3/3,3

P15EH300-1-W011 F1 48 9,98

AIR COMPRESSOR P14EH310 P15EH300-EQ310 63 H07RN-F Cu 4x16/16 P15EH300-1-W010 E 25 21,1

WATER RECYCLINGP17EH309 P15EH300-EQ309 32 H07RN-F Cu 4x6/6 P15EH300-1-W09 E 30 15

BOP ACUMULATORP17EH308 P15EH300-EQ308 63 H07RN-F Cu 4x16/16 P15EH300-1-W08 E 25 30

ROPER GEAR PUMP 1 P17EH306 P15EH300-EQ306 16 H07BQ-F(QWPK) Cu 4x2,5

P15EH300-1-W06 E 15 2

ROPER GEAR PUMP 2 P17EH307 P15EH300-EQ307 16 H07BQ-F(QWPK) Cu 4x2,5

P15EH300-1-W07 E 15 2

SHALE SHAKER 1 PM17EM301 P15EH300-EQ301 12 IFSI Cu 3x1,5/1,5 P15EH300-W01 C 5 0,62







List of load: P15EN100-WS1B, 690 V BUS BAR


Inst.meth Meter kW

Stiger fra P15E-WS1A IT 690V BUS BAR P15E-EQ101 1600 IXXI Cu 2x3x1x300 P15E-W13 G2 8

ROD WASHING PUMP MOTOR P17EM104 P15EN100-EQ-103 12 H07BQ-F(QWPK) Cu 3x2,5

P15EN100-1-W03 E 30 3,5

BLOWER P17EM102 P15EN100-EQ102 32 H07RN-F Cu 3x6/6 P15EN100-1-W02 E 28 15

ROD WASHING PUMP MOTORP17EM104 P15EN100-EQ-104 12 H07BQ-F(QWPK) Cu 3x2,5

P15EN100-1-W04 E 30 3,5

PRE-CHARGEPUMP P17EM105 P15EN100-EQ105 100 H07RN-F Cu 3x16/16 P15EN100-1-W05 E 25 45


P15EN100-1-W07 E 25 3,5

BLOWER P17EM106 P15EN100-EQ106 32 H07RN-F Cu 3x6/6 P15EN100-1-W06 E 23 15


P15EN100-1-W08 E 25 3,5

PRE-CHARGEPUMPP17EM109 P15EN100-EQ109 100 H07RN-F Cu 3x16/16 P15EN100-1-W09 E 25 45

MUD AGITATOR 9P17EM110 P15EN100-EQ110 12 H07BQ-F(QWPK) Cu 3x2,5

P15EN100-1-W010 E 26 7,5


P15EN100-1-W011 E 24 7,5

DEGASSERP17EM112 P15EN100-EQ112 12 H07BQ-F(QWPK) Cu 3x2,5

P15EN100-1-W012 E 28 4

DESILTER PUMPP17EM113 P15EN100-EQ113 100 H07RN-F Cu 3x16/16 P15EN100-1-W013 E 25 55

DESILTER PUMP P17EM114 P15EN100-EQ114 100 H07RN-F Cu 3x16/16 P15EN100-1-W014 E 25 55


P15EN100-1-W015 E 30 7,5


P15EN100-1-W016 E 28 7,5


P15EN100-1-W017 E 26 7,5


P15EN100-1-W018 E 24 7,5


P15EN100-1-W019 E 24 7,5


P15EN100-1-W020 E 22 7,5




Inst.meth Meter kW


P15EN100-1-W021 E 20 7,5


P15EN100-1-W022 E 18 7,5

MUD TRANSFER PUMPP17EM112 P15EN100-EQ123 100 H07RN-F Cu 3x16/16 P15EN100-1-W023 E 18 55

TRIP TANK PUMPP17EM126 P15EN100-EQ124 100 H07RN-F Cu 3x6/6 P15EN100-1-W026 E 25 18,6

CENTRIFUGAL PUMP 1P17EM124 P15EN100-EQ125 100 H07RN-F Cu 3x25/25 P15EN100-1-W024 E 22 75

CENTRIFUGAL PUMP 2P17EM125 P15EN100-EQ126 100 H07RN-F Cu 3x25/25 P15EN100-1-W025 E 26 75

CELLAR PUMPP17EM129 P15EN100-EQ129 32 H07RN-F Cu 3x6/6 P15EN100-1-W029 E 25 15

WATER PUMPP17EM127 P15EN100-EQ127 100 H07RN-F Cu 3x16/16 P15EN100-1-W027 E 45 45

DECANTER UNIT 1P17EH135 P15EN100-EQ135 100 H07RN-F Cu 3x16/16 P15EN100-1-W035 E 25 52

DECANTER UNIT 2P17EH136 P15EN100-EQ136 100 H07RN-F Cu 3x16/16 P15EN100-1-W036 E 25 52

MUDCOOLERP17EM137 P15EN100-EQ137 100 H07RN-F Cu 3x16/16 P15EN100-1-W037 E 25 37

HPU SKIDP17EH128 P15EN100-EQ128 400 H07RN-F Cu 4x50/50 P15EN100-1-W028 E 25 177,47

DUTY FANP17EM131 P15EN100-EQ131 32 H07RN-F Cu 4x6/6 P15EN100-1-W031 E 25 11

STANDBY FANP17EM132 P15EN100-EQ132 32 H07RN-F Cu 4x6/6 P15EN100-1-W032 E 25 11

HEATER element 2P17FE134 P15EN100-EQ134 100 H07RN-F Cu 4x6/6 P15EN100-1-W034 E 25 23,3

HEATER element 1P17FE133 P15EN100-EQ133 100 H07RN-F Cu 4x6/6 P15EN100-1-W033 E 25 16,6

VENT. FAN UNITP17EH130 P15EN100-EQ130 400 H07RN-F Cu 3x16/16 P15EN100-1-W030 E 25 71



RemarksDrawing page 1

Symbol Type REF Pg ref Error message/message

Generator 16 P15E-EG1 (1.2) Error 140: Total designed load current > Input design current.

Cable 11 P15EG1-W01/03 (1.2) Error 140: Total designed load current > Input design current.

Error 141: Total designed load current > Current-carrying capacity (Iz).

Fuse 12 P15E-EQ1 (1.2) Error 137: Total design current of a circuit > In for circuit breaker.

Error 184: Total designed load current > In for switch.







Cable 11 P15EG1-1-W01/03 (1.2) Error 140: Total designed load current > Input design current.










Drawing page 2No errors found

Drawing page 3No errors found



Table of content00000001-Riggen Ltd . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1Transformers 2

P15ET100 P15E-T1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2Generators 3

GENERATOR 1SKID WITH CONTROLLER P15E-EG1 . . . . . . 3GENERATOR 2,SKID WITH CONTROLLER P15E-EG2 . . . . . . 5GENERATOR 3,SKID WITH CONTROLLER P15E-EG3 . . . . . . 6GENERATOR 4,SKID WITH CONTROLLER P15E-EG4 . . . . . . 7

UPS 8 P15EH300-UPS1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Computed cable list 9Short-circuit current and verification of voltage 15Short-circuit current and motor contribution 20Net-archive with switchgear and control gear 24Discrimination list 49Verification 2-pole earth fault in IT-system 51List of loads 52

List of load: P15E-WS1A, IT 690V BUS BAR . . . . . . . . . . . . . . 52List of load: P15E-WS2A, TN-S 400V BUS BAR . . . . . . . . . . . . 52List of load: P15EH300-WS03, TN-S 400 V BUS MCC . . . . . . . 53List of load: P15EN100-WS1B, 690 V BUS BAR . . . . . . . . . . . . 55

Remarks 57

IT 690V BUS BAR - haBit Eksempel Engelsk.pdf · · 2009-07-08se page 2 hz-p15eh243 0-100 hz...

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Transcript of IT 690V BUS BAR - haBit Eksempel Engelsk.pdf · · 2009-07-08se page 2 hz-p15eh243 0-100 hz...