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see Item Code: LKASXJ4140SE2N

TRANSMISSION MATERIALS STANDARD SPECIFICATION

ll TMSS 02 Rev.01

7.0 DATASCHEDULE

1 x 2500 mm2

132kV, XLPEPOWERCABLE

S EC Enquir y No.

Date:

SECPurchase Order

No.

or Contract No.

Date:

SECPTSNo./Project Title with J.O. No.

PTS10W0306

REFERENCE

SECTION NO.

DESCRIPTION A

B C

3.0 APPLICABLECODESAND STANDARDS

Reference Manufacturing Standard AEIC/IEC 60840

IEC60840 and

ll-TMSS-02 Rev.1

Tech. Specs.

wnere applicaDle.

4.0 DESIGNAND CONSTRUCTIONREQUIREMENTS

4.2 Design Criteria/Rating

a. Cable Nominal Voltage,

kV

b. System Short Circuit Current, kA

c. Maximum Conductor short circuit current

temperature. .C

d. Maximum permissible continuous

conductor temperature. .C

e. Emergency Loading

.

Maximum emergency conductor

loading temperature. .C

.

Permissible Load in Amps, A

. Allowableloadingduration; hrs

i) During any 12 months

ii) During the life of the cable

4.3

4.3.1

Materials Details:

Conductor:

Material

Copper Copper

A - TBU SPECIFIEDDATA/PARAMETER.

B - BIDDER/SUPPLIER/VENDOR/CONTRACTORPROPOSEDDATA/PARAMETERS.

C - REMARKSSUPPORTINGTHE PROPOSEDDEVIATION IN COLUMN B .

*) - DATA/PARAMETERTO BEPROVIDED/PROPOSEDBYTHE BIDDER/SUPPLIER/

VENDOR/CONTRACTORIN COLUMN B

* Production Sampling Tests will be according to ICEAS-108-720

IlT~SS02R01 FAZ Date of Approval: December

12 2011

132

132

40 40 for one second

2S0 250

-

90 90

-

105 105

*

Please

refer to Page22of 35

72 72

-

1500 1500

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TR NSM SS ON M TERI LSST ND RDSPECIFIC TION

7.0 D T SCHEDULE

132kV

XLPEPOWERC LE

REFERENCE

SECTION NO.

DESCRIPTION

Conductor for stranding

(Non-segm enta 1/segmenta I)

No. of strands

Dia. of strand prior to compaction, mm

Cross-sectional area, mm2

(400,630,800, 1000, 1200, 1600 or 2000)

Diameter, mm

Resistance at 25. C,O/km

Conductor AC resistance at 20.C

Conductor DCresistance at 20.C

Temp. coeff at 20.C/ C

Skin effect loss factor (k,)

Proximity effect lossfactor (kp)

DCResistance at 90. C,O/km

Short circuit capabil ity of conductor in kA

for 1 second staryting with 90. Cconductor

temperature up to max. short circuit current

temperature

Water blocking material between strands

4.3.2 Conductor shield:

Material

Average thickness, mm

400 mm2

800 to

2000

mm2

Minimum thickness, mm

400 mm2

800 to 2000 mm2

11TM5502R01/FAZ

A

*

*

*

*

*

*

*

*

*

*

*

*

40

*

SEMICON

0.64

0.76

0.512

0.608

Date of Approval: December 12, 2011

r

ll-TMSS-02 Rev.O

6

::.egmentallea

stranded compacted

No. of segments: 5

C

No.ofstrands:91( per segment)

19 for central conductor)

appx. 2.78 mm in segments

before compaction)

2500

appx. 63.0

without tapes)

max. 0.00734

max. 0.011 ohm/km

max.O.0072ohm/km

0.00393

k,

=

0.66

max. 0.0092

40

Yes (Swelling tapes shall be applied

inside the segments)

Same

apprx. 1.6

0.608 at any point

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TRANSMISSION MATERIALSSTANDARD SPECIFICATION

REFERENCE

SECTIONNO.

7 DATA SCHEDULE

32kV

XLPEPOWERCABLE

DESCRIPTION

A

Dia.Overconductor shield,

mm

Thermal

resistivity, K.m/W

*

*

Conductor Moisture Impervious layer

Material

Semi Conducting

Tape

4.3.3 Insulation:

4.3.4

4.3.5

11 TMSS02ROl/FAZ

Material

SUPER

CLEANXLPE

Average thickness, mm

Minimum thickness, mm

Dia.Over insulation, mm

Thermal resistivity, K.m/W

Relative permittivity

or dielectric constant (E)

Lossfactor (0)

Specific Resistance, MO-km

(Actual Test Value)

21.6

19.44

*

*

*

*

Insulation shield:

Material

Average thickness, mm

Minimum thickness, mm

Dia.OverInsulationshield,mm

Thermal

resistivity,K.m/W

SEMICON

1.75

1.40

*

*

Metallic shield:

Material

Total effective cross-sectional area, mm2

Diameter over metallic shield, mm

Temp.

coefficient at

20.C/ C

DCresistanceat 20. C,O/km

ACresistance at 20. C,O/km

Self inductance, mH/km

ACresistance at 90. C,O/km

DCresistance at 90. C,O/km

Resistivityat 20. C,O.m

*

*

*

*

*

*

*

*

*

Short circuit capability in kAfor 1 second

of the metallic shield starting with 90. C

conductor temperature

40

Date of Approval: December 12, 2011

ll TMSS 02 Rev.01

B C

apprx. 68

3.5

Same

Super clean

XLPE

21.6

19.44 (at any point)

apprx. 111

3.5

2.3 (at 20.C )

Max. 10x10-4

Min. 781 (at 20.C )

Same

1.75

1.4 (at any point)

apprx. 115

3.5

Plain annealed copper wires +

copper tape contact h ; ix

nom. 305 (geomertical)

apprx. 121

0.00393

0.07 apprx.

0.07 apprx.

0.158

0.08

0.08

Typical1.7241x10.s

apprx.

apprx

4

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TRANSMISSION MATERIALSSTANDARD SPECIFICATION

ll TMSS 02 Rev.Ol

REFERENCE

SECTION

NO.

4.3.6

4.3.7

4.3.8

5.3

7.0 DATA SCHEDULE

32kV

XLPEPOWER C LE

DESCRIPTION

Moisture impervious layer (first layer) :

Material

Thickness, mm

Diameter over the layer, mm

Moisture impervious layer (second layer) :

Material

Thickness, mm

Diameter over the layer, mm

Third Moisture impervious layer

Jacket:

Material

(LlDPE, lMDPE or HDPE)

Average thickness, mm

Minimum thicknes, mm

Overall cable diameter,mm

Conductive layer:

Material

Thickness, mm

Special Thermal Short Circuit Test

6 0

PACKING

a. Totalquantity required,m

b. Arematchedsets

of cable reel length

required?

c. If YES ,how manyreels

are reuired per set?

d. Tolerancein cablelengthof

matched reel sets

e. Conductorweight, kg/km

f. Cableweight, kg/km

g. Reelandcableweight, kg

h. Cablelength per reel. M

i. Cablereel diameter, mm

j. Cable reelwidth, mm

llT~SS 2R 1 FAZ

'A' 'B' 'C'

SE~I-CONDUCTIVE

SWELLABLE

APE

0.12

SCSwellable tapes (under metallic screen)

*

apprx. 0.4 apprx. (orig. thickness)

apprx. 117

SE~ICONDUCTIVE

SWELLABLE TAPE

0.12

Same

YES/No

(over metal lic screen)

apprx. 0.4 (original thick.)

apprx. 122

Yes - PElaminated AI. Tape

*

3.95

3.55

lMDPE

3.95

3.55 (at any point)

apprx. 130

*

Graphite

apprx.

0 01

YES/No

Yes (during Type Test only)

Date of Approval: December

12 2 11

Dependingupon

project

requirement

-

2

-

*

apprx.22500

*

apprx.34700

*

apprx.19850

*

498m

-

*

apprx.4040

*

apprx.2250

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TR NSM SS ON MATERIALSSTANDARD SPECIFICATION

7.0 DATASCHEDULE

32kV XLPE POWER CABLE

REFERENCE

SECTION NO. DESCRIPTION

OTHERREQUIREDINFORMATION

a. Lifeexpectancy

of cable years

b. 3 phase inductance in trefoil/Fiat

formation, mH/km

c. 3 phase capacitance in trefoil/Flat

formation, IlF/km

d. Maximum permissible overload in

of 3 cables in underground cable duct

trefoil/Flat formation at 40. Csoil

temperature, for 1/2/3 ( Il hour / IHours

( 13-hours)ours start ing with a prior loading

of

50

75

100

e. Maximum pullingTension (kN)

f. Maximum sidewall pressure, kN/m

g. Minimum bending radius, mm

A

Over 30

*

*

*

*

*

*

ll TMSS 02 Rev.Ol

B

e

~30 years (designed life)

based on operation conditions

0.335 (trefoil)

0.261 + 8

1 cable

Il-hour

/

12-hours

Il-hour / 12-hours

13-hours

3-hours

ICable

=

1358 A*

(cables laid in trench, direct buried)

250/250/250

250/250/230

217/180/167

/

/

125

at conductor

5.0

2600

* Cables laid inflat formation with 0.5 m axial spacing between phases and assumed Native Soil

Thermal Resistivity of 1.2 K.m/W

IlT~SS02ROI/FAZ

Date of

Approval:

December

12, 2011

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TRANSMISSION MATERIALS STANDARD SPECIFICATION

ll TMSS 02 Rev.Ol

7.0 DATA SCHEDULE

132kV XLPE POWER CABLE

A. ADDITIONAL TECHNICALINFORMATION ORFEATURESTO BEFURNISHEDBYSEC:

B. ADDITIONAL SUPPLEMENTARY DATA OR FEATURES PROPOSED BY

BIDDER/VENDOR/SUPPLIER/CONTRACTOR:

C. OTHERPARTICULARSTO BEFILLEDUPBY BIDDER/VENDOR/SUPPLIER/CONTRACTOR:

Actual Manufacturer

of Equipment/Material

Vendor/Supplier/

Contractor

Name of the Company

Location and address

Saudi Cable Company

Jeddah

Name and Signature of

authorized rpresentative

and Date

Official Seal/Stamp

of the Company

Date

IlT~SS02ROI/FAZ

ate of Approval: December 12 2011 age NO. 23 OF 3S