NEK606 Offshore & Marine Cable

VG 95218 part 29

LWDC

These cables are transversally water blocked up to a pressure of 100 bars and longitudinally completely water blocked up to a pressure of 63 bars.

PLWDC

These cables are transversally water blocked up to a pressure of 100 bars and longitudinally partially water blocked (all wires are not water blocked) up to a pressure of 63 bars.

Cable Characteristics

Mud Resistant

The suitability of sheathing materials for use in areas in which the cables are exposed to drilling fluids is heavily dependent upon the type of fluid present. Each type of fluid contains additives which can have a deleterious effect on the sheathing material.
According to NEK 606, the mud resistant cables shall have a SHF Mud sheath that comply with the requirements in IEC 60092-359 for SHF2 and the below specified. The mud resistant cables shall be designed with sheathing compounds suitable for installation and operation in contact with MUD unless otherwise specified.

Oil Resistance

All thermoset sheathed cables shall be suitable for an oil production installation. The oil resistance properties shall be demonstrated by a test according to IEC 60092-359 SHF2.

Flame Retardance

The cables shall withstand the test specified in IEC 60332-3-10, -22, -23, -24, -25. Single, earth and bonding wires shall withstand the test specified in IEC 60332-1 or IEC 60332-2.

Fire Resistance

Fire resistance cables shall be tested according to IEC 60331-11, -12, -21, -25 and -31.

shipboard cables

Water Blocked S15 BFOU-HCF(i) 250 V

Applications

These cables are fire resistant, flame retardant, low smoke and halogen free, used for emergency instrumentation, communication, control and alarm systems that need to be operational during a 1100℃ hydrocarbon fire.

Standards

IEC 60092-376	IEC 60092-351
IEC 60092-359	IEC 60332-1
IEC 60332-3-22	IEC 60754-1,2
IEC 61034-1,2	NEK 606:2004
IEC 60331-21	VG 95218 part 29

Water Blocked S15 BFOU-HCF(i) 250 V

Construction

l     Conductors: Circular tinned annealed stranded copper wire to IEC 60228 class 2.

l     Insulation: Mica tape + Halogen free EPR compound.

l     Twinning: Colour coded cores twisted together.

l     Individual Shielding: Each pairs/triples are screened by copper backed polyester tape in contact with a stranded tinned copper drain wire and wrapped with polyester tape. Pairs/triples are numbered with numbered tape or by numbers printed directly on the insulated conductors.

l     Filler: Water blocking fillers, if required.

l     Bedding: Halogen free compound, PETP wrapping tape will be applied over the bedding, if required.

l     Armour: Tinned copper wire braid, PETP wrapping tape will be applied over the braiding, if required.

l     Water Blocking Elements: Water blocking tape and strings for providing longitudinal water tightness.
l     Inner Sheath: Halogen free thermosetting compound, SHF2.

l     HC-fire protection: Extruded thermoplastic fire protection compound.
l     Taping: Lapped glass fibre tape.

l     Outer Sheath 1: Flame retardant halogen-free thermoplastic compound, type SHF1, coloured grey (blue for intrinsically safe).

l     Outer Sheath 2: Polyurethane for providing transversal water tightness, PE is optional,but can not meet low smoke standard.

Electrical Characteristics

Nominal Cross Section Area	mm²	1.5
Nominal Conductor Diameter	mm	1.6
Maximum Resistant@20℃	Ω/km	12.9
Mutual Capacitance	nF/km	100
Nominal Inductance@1KHz	MH/km	0.673
Operating Voltage	V	250

Mechanical and Thermal Properties

Bending Radius : 20×OD (during installation); 12×OD (fixed installed).
Temperature Range : -20℃ ~ +90℃.

Dimensions and Weight

Construction No. of elements×No. of cores in element×Cross section (mm²)	Nominal Insulation Thickness mm	Nominal Diameter Over Bedding mm	Nominal Diameter Over Inner Sheath mm	Nominal Overall Diameter mm	Nominal Weight kg/km
1×2×1.5	0.7	9.0	13.1	41.5±2	1974
2×2×1.5	0.7	13.0	16.8	46.5±2	2573
4×2×1.5	0.7	15.0	20.7	49.5±2	2972
8×2×1.5	0.7	21.0	26.4	56.0±2	3875
12×2×1.5	0.7	25.0	31.2	65.0±2	5460