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Draka 26469 µå¶óÄ«
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Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed power, control, signal and
instrumentation applications offshore, land rigs, marine vessels and oil and gas drilling rigs.

Bostrig cables have excellent resistance to oil, abrasion,moisture, sunlight and ester-based mud (Type P-MR).

The standard insulation has a continuous operating temperature of 125¨¬C allowing higher ampacity
levels. Larger diameter cables carry a new flexible design. They satisfy Transport Canada¡¯s cold bend at
-40¨¬C and cold impact at -35¨¬C (CSA C 22.2 No. 0.3). 
 
Approvals
ETL/Intertek Testing Services Listed as Marine Shipboard Cable in accordance with IEEE 45 (1998), IEEE 1580
(2001), UL1309/CSA245 and the permance requirements of IEC 60092-3.

Det Norske Veritas Type Approval Certificates E8792, E8793, E8794, E8795 and E8796.

American Bureau of Shipping Approval Certificate 03-HS347018C/3-PDA.

Lloyds Registry of Shipping Approval Certificates No. 95/00161 (E3) and 95-00162(E3)

Transport Canada Approved AMS400-20-2
 
Construction
1. Conductors : Soft annealed stranded tinned copper per ASTM B 33. A polyester tape separator is used over the conductor.
 
2. Insulation : Bostrig Type P chemically cross-inked polyolefin (XLPO), meeting IEEE 1580 (2001).
 
3. Shield : An aluminum/polyester tape with drain wire, 100% coverage, is applied over each twisted pair and the cabled core. The single pair construction has only the overall shield.
 
4. Jacket : Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in IEEE-1580(2001).
 
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact
• Meets IEEE standards 600V / IEC standards 0.6/1kV  
Ratings
Meets all test requirements of IEEE 1580 (2001) and the flame test in IEC 60332-3, Category A.
Listed by ETL per IEEE 1580 (2001), UL 1309/CSA 245 and IEEE 45 (1998) 600V.
Bostrig Type P cables comply with the Crush and Impact requirements of UL 2225.
 
Type Designation Draka Number Conductor
AWG•Triads		 Insulation
Thickness
in • mm		 Sheath Thickness (in•mm) Nom.OD
(in•mm)		 Weight (Lbs/mft•Kg/km)
TT(0S)18PN-1 ¡¡ 18 • 1 .030•0.76 .060•1.5 .360•9.1 75•111
TT(I/S-0S)18PN-2 026456 18 • 2 .030•0.76 .060•1.5 .605•15.4 165•246
TT(I/S-0S)18PN-3 026457 18 • 3 .030•0.76 .060•1.5 .640•16.3 210•313
TT(I/S-0S)18PN-4 026458 18 • 4 .030•0.76 .060•1.5 .705•17.9 265•394
TT(I/S-0S)18PN-5 026459 18 • 5 .030•0.76 .060•1.5 .775•19.7 315•469
TT(I/S-0S)18PN-6 026460 18 • 6 .030•0.76 .080•2.0 .880•22.4 390•580
TT(I/S-0S)18PN-8 026461 18 • 8 .030•0.76 .080•2.0 .955•24.5 495•737
TT(I/S-0S)18PN-12 026462 18 • 12 .030•0.76 .080•2.0 1.155•29.3 715•1064
TT(0S)16PN-1 026625 16 • 1 .030•0.76 .060•1.5 .370•9.4 85•126
TT(I/S-0S)16PN-2 026465 16 • 2 .030•0.76 .060•1.5 .630•16.0 180•268
TT(I/S-0S)16PN-3 026466 16 • 3 .030•0.76 .060•1.5 .670•17.0 235•350
TT(I/S-0S)16PN-4 026467 16 • 4 .030•0.76 .060•1.5 .740•18.8 295•439
TT(I/S-0S)16PN-5 026468 16 • 5 .030•0.76 .060•1.5 .815•20.7 355•528
TT(I/S-0S)16PN-6 026469 16 • 6 .030•0.76 .080•2.0 .915•23.1 446•662
TT(I/S-0S)16PN-8 026470 16 • 8 .030•0.76 .080•2.0 1.070•27.2 625•930
TT(I/S-0S)16PN-12 026471 16 • 12 .030•0.76 .080•2.0 1.215•30.9 805•1198
TT(I/S-0S)16PN-16 026472 16 • 16 .030•0.76 .080•2.0 1.360•34.5 1050•1563
 
Draka 26469 µå¶óÄ«