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Cable ProductsOffshore & Marine CableLS Offshore and Marine Cables comply with the majority of international standards and hold various certifications. Our products have been chosen by various international offshoreand marine projects, and they have shown satisfaction with performance of our products.

We also put great emphasis on R&D to keep our technology on the cutting edge to satisfyever-changing demands of this industry, and as a leading manufacturer, we provide advanced solutions to our customers.

Cable Products have been proved to meet the delicate requirements of IEEE 1580 Type P standards, and it is designed to provide reliance and easiness during theoperations in harmful environments of offshore and marine industry. Special features likesuperior flexibility, flame retardant, cold resistant, drilling mud resistant, crush & impact resist-ant, low smoke, halogen-free, and other resistant(oil, abrasion, petrochemical fluids, moisture,and sunlight) show our advanced technology, which will thoroughly satisfy our customer's specific needs.

ContentsPower Distribution Cable

Power Distribution Cable - 2kV Power Distribution Cable - 0.6/1kV

0.6/1kV Control Cable0.6/1kV Control Cable - Non Shield

0.6/1kV Control Cable - Overall Shield0.6/1kV Control Cable - Overall Braid Shield

0.6/1kV Signal Cable0.6/1kV Signal Cable - Overall Shield

0.6/1kV Signal Cable - Overall Braid Shield0.6/1kV Signal Cable - Individual Shield

0.6/1kV Signal Cable - Individual & Overall Shield

High Voltage Power CableHigh Voltage Power Cable - 5kV, 8kV, 15kV

Technical Data & Installation InformationTechnical Data

Installation InformationNetwork

Cable Designation

Example

AL/PS Tape : Aluminum backed polyester tape

According to IEEE 1580(2001), IEEE 45(2002)

Cable Type

S Single - Conductor Distribution C Control

D Two - Conductor Distribution TP Twisted Pair

T Three -Conductor Distribution TT Twisted Triad

F Four - Conductor Distribution FS Fire Resistant

Q Five - Conductor Distribution

GroupShielding

(None) Unshielded (OBS) Overall Tinned Copper Braid Shielded

(OS) Overall Shield (IS-OBS) Individually Shielded and Overall Tinned

(IS) Individually Shielded Copper Braid Shielded

(IS-OS) Individually Shielded and Overall Shielded

InsulationType

E Ethylene Propylene Rubber S Silicone Rubber

X Cross-Linked Polyethylene P Cross-linked Polyolefin

T Polyvinyl Chloride LSX Low - smoke Cross-linked Polyolefin

T/N Polyvinyl Chloride / Nylon LSE Low - smoke Ethylene Propylene Rubber

Jacket and / orSheath Type

T Thermoplastic Polyvinyl Chloride L Cross-linked Polyolefin (Low-smoke)

CP Thermosetting Chlorosulfonated Polyethylene

N Thermosetting Polychloroprene(neoprene) TPO Thermoplastic Polyolefin (Low-smoke)

M Mud resistant Cross-linked Polyolefin

Armor

(None) Unarmored T Tin-coated Copper

A Aluminum S Armor with Sheath

B Bronze

0.6/1kV TP (I/S - OS) PNBSVoltage

Twisted Pair

Insulation(Type P)

Individually Shielded(AL/PS Tape)

Overall Shielded(AL/PS Tape)

Jacket(Neoprene)

Armor(Bronze)

Sheath(Neoprene)

Voltage

Seperator Tape

No. of Conductor(Three)

Insulation(Type P)

Jacket(Neoprene)

Armor(Bronze)

Sheath(Neoprene)

0.6/1kV TPNBS

Power Distribution CablePower Distribution Cable - 0.6/1kV

Power Distribution Cable - 2kv

Power Distribution Cable- 2kV

9

Power Distribution Cable - 2kV

Cable Construction1. CONDUCTOR : TINNED ANNEALED ROPE-LAY STRANDED COPPER

2. SEPARATOR TAPE (if necessary)

3. INSULATION(TYPE P ACCORDING TO IEEE 1580)

4. ARMOR : BRONZE WIRE BRAID

*Suitable tape may be applied over / under braid armor

5. JACKET : ARCTIC NEOPRENE

SPBS2kV(HD)

Cable Designation/0.6/1kV,2kVSP2kV(HD), SPBS2kV(HD)

0.6 / 1kV SP, 0.6 / kV SPB, 0.6 / 1kV SPBS(Switchboard Wire)

0.6 / 1kV SP, 0.6 / kV SPB, 0.6 / 1kV SPBS(Power Distribution Cable)

Application Suitable for use in commercial marine applications, MODU's & Platforms

Onshore and offshore drilling platforms

FPSO, etc.

Applied Standards & FeaturesIEEE 1580(2001)

IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)

100 (IEEE 1580 TYPE P)

110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating

Flame retardant : IEC 60332-3-22 CAT.A / IEEE 1202

Cold resistant : CSA C 22.2 No.38(cold bend @ -40 and cold impact @ -35 )

Drilling Mud Resistant(Water & oil based Mud) : NEK 606(2004)

Crush & Impact resistant : UL 1277 & UL 2225

Excellent resistance to oil, abrasion, petrochemical fluids, moisture & sunlight.

Type LSX, LSE, TOP, & L(Low Smoke Halogen Free) available

Superior flexibility

Feature

Offshore & Marine Cable 10

No.

of coresConductor

size

SP2kV(HD), SPBS2kV(HD)

AWG/MCM

CompositionConductordiameter

Nos/AWG mm inch

Insulationthickness

mm inch

Sheaththickness

mm

Impedance(Phase-Neutral)

/km /1000ftinch

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Conductor Unarmored

Overalldiameter

mm mmkg/km kg/kminch

ApproxWeight

lbs/1000ft

Armor

inch lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ft

1

Overalldiameter

ApproxWeight

kg/km

No.

of coresConductor

size

0.6/1kV SP (Switchboard Wire)

AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Sheaththickness

mm


/km /1000ftinch

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Conductor Unarmored

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

1

No.

of coresConductor

size

0.6/1kV SPN(Switchboard Wire)

AWG/MCM


Insulation thickness

Nos/AWG mm inch

Conductor

mm inch

Sheath thickness

mm inch

Overalldiameter

mm kg/km

ApproxWeight

lbs/1000ft

Inductance

inch /km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ft

1

11

Power Distribution Cable - 0.6/1kV


2. SEPARATOR TAPE(if necessary)


4. FILLER

5. BINDER TAPE




8. JACKET : ARCTIC NEOPRENE DPNBS, TPNBS, FPNBS

Cable Designation / 0.6/1kV0.6/1kV SPN(Switchboard Wire)

0.6/1kV SPN(Power Distribution Cable)

0.6/1kV DPN, 0.6/1kV DPNBS

0.6/1kV TPN, 0.6/1kV TPNBS

0.6/1kV FPN, 0.6/1kV FPNBS

0.6/1kV QPN, 0.6/1kV QPNBS



FPSO, etc.

Power Distribution Cable- 0.6/1kV


IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)


110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating








Feature


12

No.

of coresConductor

size

0.6/1kV SPN(Switchboard Wire)

AWG/MCM



Nos/AWG mm inch

Conductor

mm inch

Sheath thickness

mm inch

Overalldiameter

mm kg/km

ApproxWeight

lbs/1000ft

Inductance

inch /km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ft

No.

of coresConductor

size

0.6/1kV DPN, 0.6/1kV DPNBS

AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm


/km /1000ftinch mm inch

Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ft

2

kg/km

1

Power Distribution Cable- 0.6/1kV

13

No.

of coresConductor

size

0.6/1kV TPN, 0.6/1kV TPNBS

AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

3

No.

of coresConductor

size

0.6/1kV FPN, 0.6/1kV FPNBS

AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

4


No.

of coresConductor

size

0.6/1kV QPN, 0.6/1kV QPNBS

AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

5

15

Power Distribution Cable- 2kV

Power Distribution Cable - 2kV



3. INSULATION : TYPE P ( ACCORDING TO IEEE 1580)

4. FILLER : NON-HYGROSCOPIC MATERIAL (IF NECESSARY)

5. SHIELD : TINNED COPPER WIRE BRAID SHIELD COVERAGE TO 95%

6. JACKET: ARCTIC NEOPRENE



TPNBS-SB/AMS

Cable Designation / 2kV2KV TPNBS-SB



FPSO, etc.


IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)


110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating








Feature


No.

of coresConductor

size

2kV TPNBS-SB

AWG/MCM



Nos/AWG mm inch

Conductor

mm mminch inch

Jacket thickness

mm inch

Sheath thickness

Overalldiameter

mm kg/km

ApproxWeight

lbs/1000ft


Inductance

/km /1000ftinch /km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ft

3+3

0.6/1kV Control Cable0.6/1kV Control Cable - With Overall Shield

0.6/1kV Control Cable - Non Shield

0.6/1kV Control Cable - With Overall Braid Shield


0.6/1kV Control Cable- Non shield

0.6/1kV Control Cable - Non shield




4. FILLER





C(10,12,14,16,18)TNBS

Cable Designation / 0.6/1kV0.6/1kV C10PN, 0.6/1kV C10PNBS

0.6/1kV C12PN, 0.6/1kV C12PNBS






FPSO, etc.


IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)


110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating








Feature

19

600V Control Cable- Non shield


No.

of coresConductor

size

AWG/MCM

CompostionConductor diameter

Nos/AWG mm inch

ConductorInsulationthickness

mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter

mm mm kg/km lbs/1000ftinch inchinch

Approx.Weight

Armor & Sheath

Overalldiameter

mm kg/km lbs/1000ftinch

Approx.Weight


No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight



No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

21


No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

600V Control Cable- Non shield


0.6/1kV Control Cable - With Overall Shield

Cable Construction

0.6/1kV Control Cable- With Overall Shield

Cable Designation / 0.6/1kV0.6/1kV C(OS)10PN, 0.6/1kV C(OS)10PNBS

0.6/1kV C(OS)12PN, 0.6/1kV C(OS)12PNBS







FPSO, etc.

1. CONDUCTOR : TINNED ANNEALED ROPE-LAY STRANDED COPPER

*For fire resisting cables, FS-type, mica tape shall be applied over the conductor as a fire proof layer



4. FILLER

5. SHIELDING: ALUMINUM POLYESTER TAPE

6. DRAIN WIRE


8. ARMOR: BRONZE WIRE BRAID

9. JACKET: ARCTIC NEOPRENEC(OS)16,14,12,10PN


IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)


110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating








Feature

23



No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight



No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

25


No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight



0.6/1kV Control Cable- With Overall Braid Shield

0.6/1kV Control Cable - With Overall Braid Shield

Cable Construction

Cable Designation / 0.6/1kV0.6/1kV C(OBS)14PN, 0.6/1kV C(OBS)14PNBS

0.6/1kV C(OBS)16PN, 0.6/1kV C(OBS)16PNBS





FPSO, etc.

1. CONDUCTOR : TINNED ANNEALED ROPE-LAY STRANDED COPPER

*For fire resisting cables, FS-type, mica tape shall be applied over the conductor as a fire proof layer



4. FILLER

5. SHIELDING: TINNED COPPER WIRE BRAID


7. ARMOR: BRONZE WIRE BRAID

8. JACKET: ARCTIC NEOPRENE C(OS)16,14.12,10PN


IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)


110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating








Feature

27

0.6/1kV Control Cable- With Overall Braid Shield


No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight



No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of coresConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

29

0.6/1kV Signal Cable0.6/1kV Signal Cable - Overall Braid Shield

0.6/1kV Signal Cable - Overall Shield

0.6/1kV Signal Cable - Individual Shield

0.6/1kV Signal Cable - Individual & Overall Shield

0.6/1kV Signal Cable- With Overall Shield

0.6/1kV Signal Cable - With Overall Shield




4. FILLER

5. BINDER TAPE

6. DRAIN WIRE

7. SHIELDING : ALUMINUM POLYESTER TAPE



*Suitable tape may be applied over/under braid armor


TP(OS)14,16,18PNBS

Cable Designation / 0.6/1kV0.6/1kV TP(OS)14PN, 0.6/1kV TP(OS)14PNBS

0.6/1kV TP(OS)16PN, 0.6/1kV TP(OS)16PNBS




0.6/1kV TT(OS)16PN, 0.6/1kV TT(OS)16PNBS





FPSO, etc.



IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)


110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating








Feature

31



No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight



No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

33



No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

0.6/1KV TT(OS)16PN, 0.6/1KV TT(OS)16PNBS

No.

of triadsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight



No.

of triadsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of triadsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

35

0.6/1kV Signal Cable- With Overall Braid Shield Pair Twisted

0.6/1kV Signal Cable - With Overall Braid Shield Pair Twisted




4. FILLER

5. BINDER TAPE

6. SHIELDING : TINNED COPPER BRAID




9. JACKET : ARCTIC NEOPRENETP(OBS)14,16,18NBS

Cable Designation / 0.6/1kV0.6/1kV TP(OBS)16PN, 0.6/1kV TP(OBS)16PNBS

0.6/1kV TP(OBS)18PN, 0.6/1kV TP(OBS)18PNBS




FPSO, etc.


IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)


110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating








Feature



No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

37


No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

0.6/1kV Signal Cable- With Overall Braid Shield Pair Twisted


0.6/1kV Signal Cable - With Individual Shield Pair Twisted


Cable Contruction1. CONDUCTOR : TINNED ANNEALED ROPE-LAY STRANDED COPPER



4. BINDER TAPE

5. DRAIN WIRE

6. SHIELDING : ALUMINUM POLYESTER TAPE

7. FILLER





TP(I/S)16PNBS

Cable Designation / 0.6/1kkV0.6/1kV TP(I/S)14PN, 0.6/1kV TP(I/S)14PNBS

0.6/1kV TP(I/S)16PN, 0.6/1kV TP(I/S)16PNBS



0.6/1kV TT(I/S)16PN, 0.6/1kV TT(I/S)16PNBS





FPSO, etc.


IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)


110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating








Feature

39



No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight



No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

41



No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

0.6/1KV TT(I/S)18PN, 0.6/1KV TT(I/S)18PNBS

No.

of triadsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight



No.

of triadsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

43

0.6/1kV Signal Cable- With Individual & Overall Shield

0.6/1kV Signal Cable - With Individual & Overall Shield




4. BINDER TAPE

5. DRAIN WIRE

6. SHIELDING : ALUMINUM POLYSTER TAPE

7. FILLER





TP(I/S-OS)16,18,20PNBS

Cable Designation / 0.6/1kV0.6/1kV TP(I/S-OS)14PN, 0.6/1kV TP(I/S-OS)14PNBS

0.6/1kV TP(I/S-OS)16PN, 0.6/1kV TP(I/S-OS)16PNBS



0.6/1kV TT(I/S-OS)16PN, 0.6/1kV TT(I/S-OS)16PNBS





FPSO, etc.


IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)


110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating








Feature



No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

45

0.6/1kV Signal Cable- With Individual & Overall Shield


No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of pairsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight



No.

of triadsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of triadsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight


No.

of triadsConductor

size

AWG/MCM


Nos/AWG mm inch


mm inch

Jacketthickness

mm

Sheaththickness

Unarmored

Overalldiameter


Approx.Weight

Armor & Sheath

Overalldiameter


Approx.Weight

High Voltage Power CableHigh Voltage Power Cable- 5kV, 8kV, 15kV


High Voltage Power Cable - 5kV, 8kv, 15kV


2. CONDUCTOR SHIELDING : SEMI-CONDUCTIING TAPE AND COMPOUND

3. INSULATION : ERR(ETHYLENE PROPYLENE RUBBER)

4. INSULATION SHIELD(NON-METALLIC MATERIAL : SEMI-CONDUCTING TAPE/COMPOUND)

5. INSULATION SHIELD(METAILIC) : TINNED COPPER WIRE BRAID



8. OUTER JAKET : ARCTIC NEOPRRENE

5kV/8kV/15kV TENBS

Cable Designation / 5kV,8kV,15kV5kV SEN(BS), (100%, 133% Insulation level)

5kV TEN(BS), (100%, 133% Insulation level)

8kV SEN(BS), (100%, 133% Insulation level)


15kV SEN(BS), (100%, 133% Insulation level)




FPSO, etc.

High Voltage Power Cable- 5kV, 8kV, 15kV


IEEE 45(2002)

UL 1309 / CSA C 22.2 No.245(1995)


110 UL1309/CSA C22.2 No. 245 Type X 110

FLEXEN 125 (UL 758 125)

Standards

Rating








Feature

49


No.

of coresConductor

size

5kV SEN(BS), 5kV SEL(BS) (100% Insulation level)

AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

1

No.

of coresConductor

size


AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

1


No.

of coresConductor

size

5kV TEN(BS), 5kV TEL(BS) (100% Insulation level)

AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

No.

of coresConductor

size


AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

3

3

51


No.

of coresConductor

size


AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

No.

of coresConductor

size


AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

1

1


No.

of coresConductor

size


AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

No.

of coresConductor

size


AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

3

3

53


No.

of coresConductor

size


AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

No.

of coresConductor

size


AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

1

1


No.

of coresConductor

size


AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

No.

of coresConductor

size


AWG/MCM


Nos/AWG mm inch

Insulationthickness

mm inch

Jacketthickness

Sheaththickness

mm



Conductor

Overalldiameter

mm kg/kminch

ApproxWeight

lbs/1000ft

Unarmored

Overalldiameter

mm inch

ApproxWeight

lbs/1000ft

Armor & Sheath

Inductance

/km /1000ft

Reactance(at 50Hz)

/km /1000ft

Capacitance

/km /1000ftkg/km

3

3

Technical DataTechnical Data

Installation Information


Technical Data

1. Construction and resistance of flexible stranded conductors

Note : The total number of wires should be as specified 1% providing that the maximum conductor diameter and conductor resistance dose notexceed the values indicated.

Conductorarea in

circular mils AWGor cmil Number of wires

Individual stranddia.(in)

Maxconductor

dia.(in)Ohmsper 1000ft at 25°C Ohms per 1000ft at 20°C Ohms per km at 20°C

mm2

Bare Coated Bare Coated Bare Coated

Nominal Stranding Maximum dc resistance

Tolerance for maximum resistance

Single conductor Rmax= value from the Table 1

Multiple conductor

One layer of conductors Rmax= value from the Table 1 x 1.02

More than one layer of conductors Rmax= value from the Table 1 x 1.03

Pairs or other precabled units Rmax= value from the Table 1 x 1.04

More than one layer Pairs or other precabled units Rmax= value from the Table 1 x 1.05

57

Technical Data

2. Min. Insulation Resistance & High-voltage AC Test Potentials 1) TYPE P (FLEXEN 125) Insulated Cables

Conductor Size Insulation resistance Insulation resistance Test potentials

AWG or KCM at 15.6°C [M -km] at 15.6°C [M -1000ft] [V]

Cable Voltage rating 0 - 2000V 600 -1000V 1001- 2000V

2) TYPE E Insulated Cables for 5kV - 15kV Shield Conductors

Conductor Size insulation resistance constant K Test potentials

AWG or KCM at 15.6°C [M -1000ft] [V]

Cable Voltage rating 5kV - 15kV 8kV5kV 15kV


3) AC Spark test Voltage

ConductorAWG or kcmil

mm2

Cable Voltage rating 0-300 V 301-600/1000 V 1001/2000 V

* The test is carried out rated 0-2000V manufactured without shield or amor for single conductor cables.

3. Single banked, Maximum Current-Carrying Capacity1) Distribution,Control and Signal Cables(Type P @ 45°C ambient)

AWG or MCM mm2 Circular milsMaximum conductor temperature : 100°C

TYPE P

Conductor Area Single Core Two Core Three Core

AC spark test voltage(kV)

59

Technical Data

2) Distribution, Control and Signal Cables(Type X110 @ 45°C ambient)


X110

Conductor Area Single Core Two Core Three Core


3) Medium-voltage power cable (Type E @ 45°C ambient)


Conductor Area

Up to 8kV shielded 8001-15000V shielded 15001-35000V shielded

Single conductor cable

4) Distribution, Control and Signal Cables(Number of conductors for ambient temperature)

Number of conductors Amapacity adjustment factors for more than 3 conductors in a cable with on load diversity. Percent of values in the above table for three-conductor as adjusted for ambient temperature, if necessary.

Ampacity adjustment factors for more than 3 conductors in a cable with no load diversity :Percent of values in the above table for three-conductor as adjusted for ambient temperature, if necessary

5) Correction factors for various cooling temperaturesAmbient Temperature

61

4. Short circuit current ratings

Nominal crosssectional area(AWG, MCM) Duration of short circuit in second

0.1 0.2 0.5 1.0

Short circuit currents(kA)

Technical Data



5. Installation Recommendation1) Maximum ambient temperature

The use of TYPE P insulation type should be restricted to the 70°C(158°F) in shipboard spaces.

2) Radius of bends

Armored cables should not be bent to a radius of less than eight times the cable’s diameter.Unarmored cables may not be bent to a radius of less than six times the cable’s diameter.

3) Cable pulling-in force

Care should be taken to prevent damage to insulation or distortion of cable during installation.

Straight pulling forces should not exceed 0.008 times the tensile strength of the copper cross-sectional area when pulling on the conductors utilizingpulling eyes and bolts. When pulling with a basket-weave grip, maximum pulling tension(per grip) should not exceed 460kg(1000 Ib), or the valuecalculated above, whichever is greater.

The sidewall pressure should not exceed 450 kg/m(300 Ib/ft) of the inside radius of the bend.

Cables should not be pulled in freezing conditions. If it is necessary to pull in these conditions, cables should be stored at a temperature above10°C(50°F) for 24 prior to installation, if the cable has been previously stored in an area under 0°C(32°F)

Additional consideration should be given when installing low-smoke cables due to their possible lower tear strength and coefficient of friction.

4) Single-Conductor AC Cables

To avoid an undesirable inductive effect in ac installations, the following precautions should be observed:

a) Closed magnetic circuits around single-conductor ac cable should be avoided, and no magnetic material permitted between cables of differentphases of a circuit.

b) Single-conductor ac cable s should not be located closer than 76mm(3 in) from parallel magnetic material.

c) Single conductor ac cable should be supported on insulators. Armor, if used, should be grounded only at approximately the midpoint of the cable run.

d) Where single-conductor ac cables penetrate the bulkhead, conductors of each phase of the same circuit should pass through a common nonfer-rous bulkhead plate to prevent heating of the bulkhead.

e) Single-conductor cables in groups should be arranged to minimize their inductive effect. This may be accomplished by the transposition of cablesin groups of three (one each phase) to give the effect of triplexed cable. This transposition should be made at intervals of not over 15m(50ft) andneed not be made in cable runs of less than 30m(100ft).

D

r

63


5) Cable Continuty and Grounding

All cable should be continuous between terminations , however, splicing is permitted under certain conditions . For cable provided with armor, thearmor should be electrically continuous between terminations and should be grounded at each end (multiconductor cables only); except that for finalsubcircuits, the armor may be grounded at the supply end only.

6) Cable Locations

Cable installation should avoid spaces where excessive heat and gases may be encountered such as galleys, boiler rooms and pump rooms, andspaces where cables may be exposed to damage such as cargo spaces and exposed sides of deck houses. Cables should not be located in cargotanks, ballast tanks, fuel tanks, or water tanks except to supply equipment and instrumentation specifically designed for such locations and whosefunctions require it to be installed in the tank. Such equipment might include submerged cargo pumps and associated control devices, cargo moni-toring instrumentation, and underwater navigation systems.

Unless unavoidable, cables should not be located behind or embedded in structural heat insulation. Where cables are installed behind paneling, allconnections should be readily accessible, and the location of concealed connections should be readily accessible, and the location of concealedconnection boxes should be indicated. Cables should preferably not be run through refrigerated cargo spaces.

Cables should not be located in bilges.

7) Cable Protection

Cables should be adequately protected where exposed to mechanical damage. Cables should be secured against chafing or displacement due tovibration. Cables in bunkers, and where particularly liable to damage, such as locations in way of cargo ports, hatches, tank tops, and where passingthrough decks, should be protected by removable metal coverings, angle irons, or other equivalent means.

Where cables pass through insulation, they should be protected by a continuous pipe. For wiring entering refrigerated compartments, the pipeshould be of heat-insulating material (fiber or phenolic tubing) joined to the bulkhead-stuffing tube, or a section of such material should be insertedbetween the bulkhead-stuffing tube and the metallic pipe.

Where cables a re installed in pipes, the space factor (ratio of the sum of the crosss-sectional areas corresponding to the external diameter of thecables to the internal cross-sectional areas of the pipe) shall not be greater than 0.41, except for two cables, where the space factor shall not exceed0.31. Pipes shall be so arranged or designed or designed to prevent the accumulation of internal condensation.


1) Type P Crosslinked Polyolefin InsulationDescription Unit Requirements

2) Type N Arctic Neoprene SheathDescription Unit Requirements

6. Meterial Properties

65

3) Mechanical Properties of EPR compound (Insulation) *Application Standard : UL 1072

Description Unit Requirements

4) Mechanical Properties of Polychloroprene (Neoprene) compound (Sheath) * Application Standard : UL 1072

Description Unit Requirements


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