draka catalog
DESCRIPTION
Electrical cableTRANSCRIPT
Prepared by: Bodie McDaniel
Prepared for: Talland Navigation
Date: 19 Feb 2013
Project: N527
CONTENTS
1Bostrig 125 Type P Control 10&12AWG .........................................................................................................................
3Bostrig 125 Type P Control 12&10AWG .........................................................................................................................
5Bostrig 125 Type P Control 14AWG ............................................................................................................................
7Bostrig 125 Type P Control 16AWG ............................................................................................................................
9Bostrig 125 Type P Control 16AWG AS .........................................................................................................................
11Bostrig 125 Type P Control 18AWG ............................................................................................................................
13Bostrig 125 Type P Control 18AWG AS .........................................................................................................................
15Bostrig 125 Type P Power 2C ............................................................................................................................
17Bostrig 125 Type P Power 2C AS ............................................................................................................................
19Bostrig 125 Type P Power 3C AS ............................................................................................................................
21Bostrig 125 Type P Power 4C ............................................................................................................................
23Bostrig 125 Type P Power 4C AS ............................................................................................................................
25Bostrig 125 Type P Power 5C ............................................................................................................................
27Bostrig 125 Type P Power 5C AS ............................................................................................................................
29Bostrig 125 Type P Signal Cable ............................................................................................................................
31Bostrig 125 Type P Signal Cable ............................................................................................................................
33Bostrig 125 Type P Signal IO P 16&14AWG .....................................................................................................................
35Bostrig 125 Type P Signal IO P 16&14AWG AS ..................................................................................................................
37Bostrig 125 Type P Signal IO P 20&18AWG .....................................................................................................................
39Bostrig 125 Type P Signal IO P 20&18AWG AS ..................................................................................................................
41Bostrig 125 Type P Signal IO T 18&16AWG .....................................................................................................................
43Bostrig 125 Type P Signal IO T 18&16AWG AS ..................................................................................................................
45Bostrig 125 Type P VFD 2kV ............................................................................................................................
II
CONTENTS
This catalog represents only a partial selection of Draka Marine, Oil & Gas International wire
and cable products, based on criteria submitted when requesting the information. For a
complete list of Draka Marine, Oil & Gas International products, including specialty conversion
and termination items, visit www.DrakaMOG.com.
All products are subject to current availability. Please check with your Draka Marine, Oil & Gas
International representative.
All contents © 2007 Draka Marine, Oil & Gas International. All rights reserved.
III
www.DrakaMOG.com
BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 17 of 62
Multi-conductor / armored and sheathedTYPE P CONTROL CABLE600V or 0.6/1kV12 & 10 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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).They are suitable for use in Class I, Division I and Zone Iapplications (armored & sheathed) and meet the crushand impact resistance requirements (C&IR) of UL 2225.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
31 2 4 5
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown on data sheet for unarmored version.4. Armor Braided bronze in accordance with IEEE 1580 (2001).5. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
DUSA_MOG17_0807
1
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 18 of 62
BOSTRIG™ TYPE P CONTROL CABLE 600V or 0.6/1kV
DUSA_MOG18_0807
12 AWG • 3.08 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km C12PNBS-2 026300 2 .030 • 0.76 .060 • 1.5 .605 • 15.4 250 • 372C12PNBS-3 026301 3 .030 • 0.76 .060 • 1.5 .620 • 15.8 285 • 424C12PNBS-4 026302 4 .030 • 0.76 .060 • 1.5 .665 • 16.9 325 • 484C12PNBS-5 026303 5 .030 • 0.76 .060 • 1.5 .710 • 18.0 370 • 551C12PNBS-6 026304 6 .030 • 0.76 .060 • 1.5 .750 • 19.1 415 • 618C12PNBS-7 026305 7 .030 • 0.76 .060 • 1.5 .750 • 19.1 435 • 647C12PNBS-8 026306 8 .030 • 0.76 .060 • 1.5 .800 • 20.3 485 • 722C12PNBS-10 026307 10 .030 • 0.76 .080 • 2.0 .940 • 23.9 620 • 923C12PNBS-12 026308 12 .030 • 0.76 .080 • 2.0 .965 • 24.5 680 • 1012C12PNBS-16 026309 16 .030 • 0.76 .080 • 2.0 1.085 • 27.6 870 • 1295C12PNBS-20 026310 20 .030 • 0.76 .080 • 2.0 1.175 • 29.9 1020 • 1518C12PNBS-24 026311 24 .030 • 0.76 .080 • 2.0 1.280 • 32.5 1180 • 1756C12PNBS-30 026312 30 .030 • 0.76 .080 • 2.0 1.340 • 34.0 1370 • 2039C12PNBS-37 026313 37 .030 • 0.76 .110 • 2.8 1.490 • 37.9 1685 • 2508C12PNBS-44 026314 44 .030 • 0.76 .110 • 2.8 1.640 • 41.7 1955 • 2909C12PNBS-60 026315 60 .030 • 0.76 .125 • 3.2 1.875 • 47.6 2630 • 3914C12PNBS-91 026316 91 .030 • 0.76 .125 • 3.2 2.180 • 55.4 3670 • 5462
10 AWG • 5.53 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km C10PNBS-2 026317 2 .030 • 0.76 .060 • 1.5 .670 • 17.0 315 • 469C10PNBS-3 026318 3 .030 • 0.76 .060 • 1.5 .695 • 17.7 370 • 551C10PNBS-4 026319 4 .030 • 0.76 .060 • 1.5 .750 • 19.1 430 • 640C10PNBS-5 026320 5 .030 • 0.76 .060 • 1.5 .820 • 20.8 500 • 744C10PNBS-6 026321 6 .030 • 0.76 .080 • 2.0 .895 • 22.7 600 • 893C10PNBS-7 026322 7 .030 • 0.76 .080 • 2.0 .895 • 22.7 640 • 952C10PNBS-8 026323 8 .030 • 0.76 .080 • 2.0 .950 • 24.1 710 • 1057C100PNBS-10 026324 10 .030 • 0.76 .080 • 2.0 1.112 • 28.5 910 • 1354
Control cables are not intended for continuous current carrying applications. The current limit on these cables should be for providing control functions throughrelays and switching devices. The maximum current for any one conductor should not exceed the value Table 3 for three conductor cables. The average of all con-ductors should not exceed the limit based on the total number of conductors in the cable taken from Table 4 multiplied by the ampacity from Table 3.
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
multi-conductor / armored and sheathed12 & 10 AWG / 600V or 0.6/1kV
Table 3
Three Conductor Cable, four Conductor
Cables with three Current Carrying
Conductors 45ºC Ambient
Conductor SizeGauge CMA mm2 95ºC 100ºC 110ºC
12 6,503 3.30 26 31 3310 10,908 5.53 37 41 44
Table 4
Cables with more than four Current Carrying Conductors
No of Conductors Derating Factor from 3Conductor Ampacity
4-6 0.87-9 0.7
10-20 0.521-30 0.4531-40 0.4041-60 0.35
61 and greater 0.302
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BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 41 of 62
Multi-conductor / unarmoredTYPE P CONTROL CABLE600V or 0.6/1kV12 & 10 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored andsheathed version.
31 2
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown in tables on opposite page.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
DUSA_MOG41_0807
3
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 42 of 62
BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
12 AWG • 3.08 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km C12PN-2 026224 2 .030 • 0.76 .060 • 1.5 .425 • 10.8 100 • 149C12PN-3 026225 3 .030 • 0.76 .060 • 1.5 .440 • 11.2 135 • 201C12PN-4 026226 4 .030 • 0.76 .060 • 1.5 .475 • 12.1 155 • 231C12PN-5 026227 5 .030 • 0.76 .060 • 1.5 .525 • 13.3 190 • 283C12PN-6 026228 6 .030 • 0.76 .060 • 1.5 .570 • 14.5 220 • 327C12PN-7 026229 7 .030 • 0.76 .060 • 1.5 .570 • 14.5 245 • 365C12PN-8 026230 8 .030 • 0.76 .060 • 1.5 .620 • 15.6 280 • 417C12PN-10 026231 10 .030 • 0.76 .060 • 1.5 .720 • 18.3 355 • 528C12PN-12 026232 12 .030 • 0.76 .060 • 1.5 .745 • 18.9 400 • 595C12PN-16 026233 16 .030 • 0.76 .080 • 2.0 .865 • 22.0 550 • 818C12PN-20 026234 20 .030 • 0.76 .080 • 2.0 .955 • 24.3 680 • 1012C12PN-24 026235 24 .030 • 0.76 .080 • 2.0 1.060 • 26.9 795 • 1183C12PN-30 026236 30 .030 • 0.76 .080 • 2.0 1.120 • 28.5 955 • 1421C12PN-37 026237 37 .030 • 0.76 .080 • 2.0 1.210 • 30.7 1140 • 1697C12PN-44 026238 44 .030 • 0.76 .080 • 2.0 1.355 • 34.4 1390 • 2069C12PN-60 026239 60 .030 • 0.76 .110 • 2.8 1.565 • 39.8 1880 • 2798C12PN-91 026240 91 .030 • 0.76 .125 • 3.2 1.880 • 47.8 2800 • 4167
10 AWG • 5.53 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km C10PN-2 026241 2 .030 • 0.76 .060 • 1.5 .490 • 12.5 115 • 171C10PN-3 026242 3 .030 • 0.76 .060 • 1.5 .520 • 13.2 200 • 298C10PN-4 026243 4 .030 • 0.76 .060 • 1.5 .565 • 14.4 240 • 357C10PN-5 026244 5 .030 • 0.76 .060 • 1.5 .620 • 15.8 295 • 439C10PN-6 026245 6 .030 • 0.76 .060 • 1.5 .675 • 17.2 350 • 521C10PN-7 026246 7 .030 • 0.76 .060 • 1.5 .675 • 17.2 390 • 580C10PN-8 026247 8 .030 • 0.76 .060 • 1.5 .730 • 18.5 445 • 662C10PN-10 026248 10 .030 • 0.76 .080 • 2.0 .895 • 22.7 590 • 878
Control cables are not intended for continuous current carrying applications. The current limit on these cables should be for providing control functions throughrelays and switching devices. The maximum current for any one conductor should not exceed the value Table 3 for three conductor cables. The average of all con-ductors should not exceed the limit based on the total number of conductors in the cable taken from Table 4 multiplied by the ampacity from Table 3.
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
multi-conductor / unarmored12 & 10 AWG / 600V or 0.6/1kV
DUSA_MOG42_0807
Table 3
Three Conductor Cable, four Conductor
Cables with three Current Carrying
Conductors 45ºC Ambient
Conductor SizeGauge CMA mm2 95ºC 100ºC 110ºC
12 6,503 3.30 26 31 3310 10,908 5.53 37 41 44
Table 4
Cables with more than four Current Carrying Conductors
No of Conductors Derating Factor from 3Conductor Ampacity
4-6 0.87-9 0.7
10-20 0.521-30 0.4531-40 0.4041-60 0.35
61 and greater 0.30
4
www.DrakaMOG.com
BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 39 of 62
Multi-conductor / unarmoredTYPE P CONTROL CABLE600V or 0.6/1kV14 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored andsheathed version.
31 2
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown in tables on oppposite page.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
DUSA_MOG39_0807
5
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 40 of 62
BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C14PN-2 026207 2 .030 • 0.76 .060 • 1.5 .380 • 6.7 77 • 115
C14PN-3 026208 3 .030 • 0.76 .060 • 1.5 .390 • 9.9 100 • 149
C14PN-4 026209 4 .030 • 0.76 .060 • 1.5 .430 • 10.9 115 • 171
C14PN-5 026210 5 .030 • 0.76 .060 • 1.5 .475 • 12.1 147 • 218
C14PN-6 026211 6 .030 • 0.76 .060 • 1.5 .515 • 13.1 165 • 246
C14PN-7 026212 7 .030 • 0.76 .060 • 1.5 .515 • 13.1 180 • 268
C14PN-8 026213 8 .030 • 0.76 .060 • 1.5 .560 • 14.2 210 • 313
C14PN-10 026214 10 .030 • 0.76 .060 • 1.5 .650 • 16.5 260 • 387
C14PN-12 026215 12 .030 • 0.76 .060 • 1.5 .670 • 17.0 290 • 432
C14PN-16 026216 16 .030 • 0.76 .060 • 1.5 .740 • 18.8 375 • 558
C14PN-20 026217 20 .030 • 0.76 .060 • 1.5 .820 • 20.8 495 • 737
C14PN-24 026218 24 .030 • 0.76 .060 • 1.5 .950 • 24.1 585 • 871
C14PN-30 026219 30 .030 • 0.76 .080 • 2.0 1.005 • 25.5 695 • 1034
C14PN-37 026220 37 .030 • 0.76 .080 • 2.0 1.080 • 27.4 850 • 1265
C14PN-44 026297 44 .030 • 0.76 .080 • 2.0 1.215 • 30.9 990 • 1473
C14PN-60 026298 60 .030 • 0.76 .080 • 2.0 1.345 • 34.2 1300 • 1935
C14PN-91 026299 91 .030 • 0.76 .080 • 2.0 1.650 • 41.9 1980 • 2947
Control cables are not intended for continuous current carrying applications. The current limit on these cables should be for providing control functions throughrelays and switching devices. The maximum current for any one conductor should not exceed the value Table 3 for three conductor cables. The average of all con-ductors should not exceed the limit based on the total number of conductors in the cable taken from Table 4 multiplied by the ampacity from Table 3.
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
multi-conductor / unarmored14 AWG / 600V or 0.6/1kV • 1.94 mm2
DUSA_MOG40_0807
Table 3
Three Conductor Cable, four Conductor
Cables with three Current Carrying
Conductors 45ºC Ambient
Conductor SizeGauge CMA mm2 95ºC 100ºC 110ºC
14 4,106 2.08 20 25 27
Table 4
Cables with more than four Current Carrying Conductors
No of Conductors Derating Factor from 3Conductor Ampacity
4-6 0.87-9 0.7
10-20 0.521-30 0.4531-40 0.4041-60 0.35
61 and greater 0.30
6
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BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 37 of 62
Multi-conductor / unarmoredTYPE P CONTROL CABLE600V or 0.6/1kV16 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored andsheathed version.
31 2
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown in tables on opposite page.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
DUSA_MOG37_0807
7
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 38 of 62
BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C16PN-2 026190 2 .030 • 0.76 .060 • 1.5 .355 • 9.0 65 • 97
C16PN-3 026191 3 .030 • 0.76 .060 • 1.5 .370 • 9.4 80 • 119
C16PN-4 026192 4 .030 • 0.76 .060 • 1.5 .400 • 10.2 95 • 141
C16PN-5 026193 5 .030 • 0.76 .060 • 1.5 .440 • 11.2 115 • 171
C16PN-6 026194 6 .030 • 0.76 .060 • 1.5 .475 • 12.1 135 • 201
C16PN-7 026195 7 .030 • 0.76 .060 • 1.5 .475 • 12.1 145 • 216
C16PN-8 026196 8 .030 • 0.76 .060 • 1.5 .540 • 13.7 160 • 238
C16PN-10 026197 10 .030 • 0.76 .060 • 1.5 .595 • 15.1 200 • 298
C16PN-12 026198 12 .030 • 0.76 .060 • 1.5 .610 • 15.5 225 • 335
C16PN-16 026199 16 .030 • 0.76 .060 • 1.5 .675 • 17.2 285 • 424
C16PN-20 026200 20 .030 • 0.76 .060 • 1.5 .745 • 18.9 350 • 521
C16PN-24 026201 24 .030 • 0.76 .060 • 1.5 .840 • 21.3 440 • 655
C16PN-30 026202 30 .030 • 0.76 .080 • 2.0 .915 • 23.2 520 • 774
C16PN-37 026203 37 .030 • 0.76 .080 • 2.0 .985 • 25.0 625 • 930
C16PN-44 026204 44 .030 • 0.76 .080 • 2.0 1.100 • 27.9 735 • 1094
C16PN-60 026205 60 .030 • 0.76 .080 • 2.0 1.220 • 31.0 960 • 1429
C16PN-91 026206 91 .030 • 0.76 .080 • 2.0 1.480 • 37.6 1470 • 2188
Control cables are not intended for continuous current carrying applications. The current limit on these cables should be for providing control functions throughrelays and switching devices. The maximum current for any one conductor should not exceed the value Table 3 for three conductor cables. The average of all con-ductors should not exceed the limit based on the total number of conductors in the cable taken from Table 4 multiplied by the ampacity from Table 3.
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
multi-conductor / unarmored16 AWG / 600V or 0.6/1kV • 1.23 mm2
DUSA_MOG38_0807
Table 3
Three Conductor Cable, four Conductor
Cables with three Current Carrying
Conductors 45ºC Ambient
Conductor SizeGauge CMA mm2 95ºC 100ºC 110ºC
16 2,061 1.32 16 17 18
Table 4
Cables with more than four Current Carrying Conductors
No of Conductors Derating Factor from 3Conductor Ampacity
4-6 0.87-9 0.7
10-20 0.521-30 0.4531-40 0.4041-60 0.35
61 and greater 0.30
8
www.DrakaMOG.com
BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 13 of 62
Multi-conductor / armored and sheathedTYPE P CONTROL CABLE600V or 0.6/1kV16 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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).They are suitable for use in Class I, Division I and Zone Iapplications (armored & sheathed) and meet the crushand impact resistance requirements (C&IR) of UL 2225.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
31 2 4 5
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown on data sheet for unarmored version.4. Armor Braided bronze in accordance with IEEE 1580 (2001).5. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
DUSA_MOG13_0807
9
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 14 of 62
BOSTRIG™ TYPE P CONTROL CABLE 600V or 0.6/1kV
DUSA_MOG14_0807
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C16PNBS-2 026266 2 .030 • 0.76 .060 • 1.5 .535 • 13.6 190 • 283
C16PNBS-3 026267 3 .030 • 0.76 .060 • 1.5 .545 • 13.8 205 • 305
C16PNBS-4 0262668 4 .030 • 0.76 .060 • 1.5 .590 • 15.0 235 • 350
C16PNBS-5 026269 5 .030 • 0.76 .060 • 1.5 .620 • 15.8 265 • 394
C16PNBS-6 026270 6 .030 • 0.76 .060 • 1.5 .655 • 16.6 295 • 439
C16PNBS-7 026271 7 .030 • 0.76 .060 • 1.5 .655 • 16.6 300 • 446
C16PNBS-8 026272 8 .030 • 0.76 .060 • 1.5 .720 • 18.3 340 • 506
C16PNBS-10 026273 10 .030 • 0.76 .060 • 1.5 .775 • 19.7 400 •595
C16PNBS-12 026274 12 .030 • 0.76 .060 • 1.5 .790 • 20.1 430 • 640
C16PNBS-16 026275 16 .030 • 0.76 .080 • 2.0 .895 • 22.7 545 • 811
C16PNBS-20 026276 20 .030 • 0.76 .080 • 2.0 .965 • 24.5 635 • 945
C16PNBS-24 026277 24 .030 • 0.76 .080 • 2.0 1.050 • 26.7 755 •1124
C16PNBS-30 026278 30 .030 • 0.76 .080 • 2.0 1.135 • 28.8 865 • 1287
C16PNBS-37 026279 37 .030 • 0.76 .080 • 2.0 1.205 • 30.6 995 • 1480
C16PNBS-44 026280 44 .030 • 0.76 .080 • 2.0 1.320 • 33.5 1125 • 1674
C16PNBS-60 026281 60 .030 • 0.76 .110 • 2.8 1.500 • 38.1 1495 • 2225
C16PNBS-91 026282 91 .030 • 0.76 .110 • 2.8 1.770 • 45.0 2100 • 3125
Control cables are not intended for continuous current carrying applications. The current limit on these cables should be for providing control functions throughrelays and switching devices. The maximum current for any one conductor should not exceed the value Table 3 for three conductor cables. The average of all con-ductors should not exceed the limit based on the total number of conductors in the cable taken from Table 4 multiplied by the ampacity from Table 3.
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
multi-conductor / armored and sheathed16 AWG / 600V or 0.6/1kV • 1.23 mm2
Table 3
Three Conductor Cable, four Conductor
Cables with three Current Carrying
Conductors 45ºC Ambient
Conductor SizeGauge CMA mm2 95ºC 100ºC 110ºC
16 2,601 1.32 16 17 18
Table 4
Cables with 4 or more Current Carrying Conductors
No of Conductors Derating Factor from 3Conductor Ampacity
4-6 0.87-9 0.7
10-20 0.521-30 0.4531-40 0.4041-60 0.35
61 and greater 0.30
10
www.DrakaMOG.com
BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 35 of 62
Multi-conductor / unarmoredTYPE P CONTROL CABLE600V or 0.6/1kV18 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored andsheathed version.
31 2
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown in tables on opposite page.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
DUSA_MOG35_0807
11
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 36 of 62
BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Insulation Jacket Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C18PN-2 026173 2 .030 • 0.76 .060 • 1.5 .340 • 8.6 55 • 82
C18PN-3 026174 3 .030 • 0.76 .060 • 1.5 .360 • 9.1 70 • 104
C18PN-4 026175 4 .030 • 0.76 .060 • 1.5 .390 • 9.9 85 • 127
C18PN-5 026176 5 .030 • 0.76 .060 • 1.5 .425 • 10.8 100 • 149
C18PN-6 026177 6 .030 • 0.76 .060 • 1.5 .460 • 11.7 120 • 179
C18PN-7 026178 7 .030 • 0.76 .060 • 1.5 .460 • 11.7 130 • 193
C18PN-8 026179 8 .030 • 0.76 .060 • 1.5 .490 • 12.5 140 • 208
C18PN-10 026180 10 .030 • 0.76 .060 • 1.5 .570 • 14.5 175 • 260
C18PN-12 026181 12 .030 • 0.76 .060 • 1.5 .585 • 14.9 195 • 290
C18PN-16 026182 16 .030 • 0.76 .060 • 1.5 .660 • 16.8 250 • 372
C18PN-20 026183 20 .030 • 0.76 .060 • 1.5 .715 • 18.2 305 • 454
C18PN-24 026184 24 .030 • 0.76 .060 • 1.5 .790 • 20.1 355 • 528
C18PN-30 026185 30 .030 • 0.76 .080 • 2.0 .875 • 22.2 455 • 677
C18PN-37 026186 37 .030 • 0.76 .080 • 2.0 .940 • 23.9 545 • 811
C18PN-44 026187 44 .030 • 0.76 .080 • 2.0 1.055 • 26.8 640 • 952
C18PN-60 026188 60 .030 • 0.76 .080 • 2.0 1.165 • 29.6 835 • 1243
C18PN-91 026189 91 .030 • 0.76 .080 • 2.0 1.390 • 35.3 1220 • 1816
Control cables are not intended for continuous current carrying applications. The current limit on these cables should be for providing control functions throughrelays and switching devices. The maximum current for any one conductor should not exceed the value Table 3 for three conductor cables. The average of all con-ductors should not exceed the limit based on the total number of conductors in the cable taken from Table 4 multiplied by the ampacity from Table 3.
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
multi-conductor / unarmored18 AWG / 600V or 0.6/1kV • 0.96 mm2
DUSA_MOG36_0807
Table 3
Three Conductor Cable, four Conductor
Cables with three Current Carrying
Conductors 45ºC Ambient
Conductor SizeGauge CMA mm2 95ºC 100ºC 110ºC
18 1,620 0.82 11 12 13
Table 4
Cables with more than four Current Carrying Conductors
No of Conductors Derating Factor from 3Conductor Ampacity
4-6 0.87-9 0.7
10-20 0.521-30 0.4531-40 0.4041-60 0.35
61 and greater 0.30
12
www.DrakaMOG.com
BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 11 of 62
Multi-conductor / armored and sheathedTYPE P CONTROL CABLE600V or 0.6/1kV18 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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).They are suitable for use in Class I, Division I and Zone Iapplications (armored & sheathed) and meet the crushand impact resistance requirements (C&IR) of UL 2225.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
31 2 4 5
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown on data sheet for unarmored version.4. Armor Braided bronze in accordance with IEEE 1580 (2001).5. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
DUSA_MOG11_0807
13
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 12 of 62
BOSTRIG™ TYPE P CONTROL CABLE 600V or 0.6/1kV
DUSA_MOG12_0807
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C18PNBS-2 026249 2 .030 • 0.76 .060 • 1.5 .515 • 13.1 180 • 268
C18PNBS-3 026250 3 .030 • 0.76 .060 • 1.5 .540 • 13.7 200 • 298
C18PNBS-4 026251 4 .030 • 0.76 .060 • 1.5 .575 • 14.6 225 • 335
C18PNBS-5 026252 5 .030 • 0.76 .060 • 1.5 .605 • 15.4 250 • 372
C18PNBS-6 026253 6 .030 • 0.76 .060 • 1.5 .640 • 16.3 275 • 409
C18PNBS-7 026254 7 .030 • 0.76 .060 • 1.5 .640 • 16.3 285 • 424
C18PNBS-8 026255 8 .030 • 0.76 .060 • 1.5 .670 • 17.1 310 • 461
C18PNBS-10 026256 10 .030 • 0.76 .060 • 1.5 .750 • 19.1 365 • 543
C18PNBS-12 026257 12 .030 • 0.76 .060 • 1.5 .765 • 19.1 365 • 543
C18PNBS-16 026258 16 .030 • 0.76 .080 • 2.0 .885 • 22.5 500 • 744
C18PNBS-20 026259 20 .030 • 0.76 .080 • 2.0 .935 • 23.8 580 • 863
C18PNBS-24 026260 24 .030 • 0.76 .080 • 2.0 1.010 • 25.7 655 • 975
C18PNBS-30 026261 30 .030 • 0.76 .080 • 2.0 1.100 • 27.9 790 • 1176
C18PNBS-37 026262 37 .030 • 0.76 .080 • 2.0 1.165 • 29.6 900 • 1339
C18PNBS-44 026263 44 .030 • 0.76 .080 • 2.0 1.275 • 32.4 1035 • 1540
C18PNBS-60 026264 60 .030 • 0.76 .110 • 2.8 1.445 • 36.7 1355 • 2016
C18PNBS-91 026265 91 .030 • 0.76 .110 • 2.8 1.650 • 41.9 1860 • 2768
Control cables are not intended for continuous current carrying applications. The current limit on these cables should be for providing control functions throughrelays and switching devices. The maximum current for any one conductor should not exceed the value Table 3 for three conductor cables. The average of all con-ductors should not exceed the limit based on the total number of conductors in the cable taken from Table 4 multiplied by the ampacity from Table 3.
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
multi-conductor / armored and sheathed18 AWG / 600V or 0.6/1kV • 0.96 mm2
Table 3
Three Conductor Cable, four Conductor
Cables with three Current Carrying
Conductors 45ºC Ambient
Conductor SizeGauge CMA mm2 95ºC 100ºC 110ºC
18 1,620 0.82 11 12 13
Table 4
Cables with more than four Current Carrying Conductors
No of Conductors Derating Factor from 3Conductor Ampacity
4-6 0.87-9 0.7
10-20 0.521-30 0.4531-40 0.4041-60 0.35
61 and greater 0.30
14
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 27 of 62
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown in tables on opposite page.
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored andsheathed version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Super-flexible at 4/0 AWG and larger• Meets IEEE standards for 600 & 2000V / IEC standards for 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) for600V & 2000V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
Two conductor / unarmoredTYPE P POWER CABLE600V or 0.6/1kV8 AWG to 777 MCM
31 2
BOSTRIG™ TYPE P POWER CABLE 600V OR 0.6/1kV
DUSA_MOG27_0807
15
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 28 of 62
BOSTRIG™ TYPE P POWER CABLE
Jacket Cable Diameter Impedance Calculated Ampacity† Cable WeightType Draka Conductor Size Thickness (nominal) (Phase-Neutral) Inductance Capacitance (measured @ ºC) (approximate)Designation Number AWG/MCM • mm2 in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m 95 • 100 • 110 Lbs/mft • Kg/km
DPN-8 026043 8 • 7.57 .060 • 1.5 .590 • 15.0 0.70 • 2.3 0.12 • 0.4 95 • 312 58 • 64 • 69 210 • 313
DPN-6 026044 6 • 12.5 .060 • 1.5 .705 • 17.9 0.46 • 1.5 0.11 • 0.4 126 • 413 83 • 85 • 91 315 • 469
DPN-5 026045 5 • 18.6 .060 • 1.5 .810 • 20.6 0.33 • 1.1 0.11 • 0.4 140 • 459 95 • 101 • 108 440 • 655
DPN-4 026046 4 • 21.5 .080 • 2.0 .870 • 22.1 0.29 • 1.0 0.10 • 0.3 153 • 502 104 • 110 • 118 520 • 774
DPN-3 026047 3 • 25.6 .080 • 2.0 .920 • 23.4 0.23 • 0.8 0.10 • 0.3 173 • 567 121 • 132 • 141 605 • 900
DPN-2 026048 2 • 30.7 .080 • 2.0 .985 • 25.0 0.18 • 0.6 0.10 • 0.3 187 • 613 138 • 149 • 160 685 • 1019
DPN-1 026049 1 • 46.0 .080 • 2.0 1.150 • 29.2 0.14 • 0.5 0.09 • 0.3 178 • 584 168 • 174 • 186 975 • 1451
DPN-1/0 026050 1/0 • 56.3 .080 • 2.0 1.260 • 32.0 0.12 • 0.4 0.09 • 0.3 190 • 623 190 • 199 • 213 1150 • 1711
DPN-2/0 026051 2/0 • 66.5 .080 • 2.0 1.320 • 33.5 0.09 • 0.3 0.09 • 0.3 212 • 695 213 • 242 • 259 1285 • 1912
DPN-3/0 026052 3/0 • 92.1 .110 • 2.8 1.560 • 39.6 0.08 • 0.3 0.09 • 0.3 245 • 804 259 • 265 • 284 1860 • 2768
DPN-4/0 026053 4/0 • 112.6 .110 • 2.8 1.660 • 42.2 0.07 • 0.2 0.09 • 0.3 259 • 850 293 • 307 • 329 2215 • 3296
DPN-262 026054 262 • 133.0 .125 • 3.2 1.830 • 46.5 0.06 • 0.2 0.09 • 0.3 247 • 810 325 • 358 • 383 2605 • 3877
DPN-313 026055 313 • 158.6 .125 • 3.2 1.965 • 49.9 0.05 • 0.2 0.09 • 0.3 270 • 886 362 • 391 • 419 3035 • 4517
DPN-373 026056 373 • 189.3 .125 • 3.2 2.105 • 53.5 0.04 • 0.1 0.09 • 0.3 292 • 958 405 • 442 • 473 3615 • 5380
DPN-444 026057 444 • 225.1 .125 • 3.2 2.245 • 57.0 0.04 • 0.1 0.09 • 0.3 318 • 1043 451 • 504 • 540 4140 • 6161
DPN-535 026058 535 • 271.2 .140 • 3.6 2.4905 • 63.4 0.04 • 0.1 0.09 • 0.3 291 • 954 507 • 538 • 576 4960 • 7381
DPN-646 026059 646 • 327.5 .140 • 3.6 2.695 • 68.5 0.04 • 0.1 0.09 • 0.3 314 • 1030 570 • 632 • 677 5880 • 8750
DPN-777 026060 777 • 393.8 .140 • 3.6 2.900 • 73.7 0.03 • 0.1 0.09 • 0.3 345 • 1132 641 • 684 • 733 7030 • 10462
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.†Ampacity based on 45ºC ambient temperature: 95ºC values based on ABS MODU Rules Table 6 - 1OOºC values based on IEEE-45 Table 25 - 11 O’C values based on IEEE-45Table 25 corrected for conductor temperature. Ampacity de-rating factor for cables installed in conduit: 4 AWG and smaller multiply by O.72; 2 AWG thru 3/OAWG multiply by0.66; 4/0 AWG thru 1000 MCM multiply by O.64.
two conductor / unarmored8 AWG to 777 MCM / 600V or 0.6/1kV
DUSA_MOG28_0807
16
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 3 of 62
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J104
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown on data sheet for unarmored version.4. Armor Braided bronze in accordance with IEEE 1580 (2001).5. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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).They are suitable for use in Class I, Division I and Zone Iapplications (armored & sheathed) and meet the crushand impact resistance requirements (C&IR) of UL 2225.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Super-flexible at 4/0 AWG and larger• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
Two conductor / armored and sheathedTYPE P POWER CABLE600V or 0.6/1kV8 AWG to 777 MCM
31 2 4 5
BOSTRIG™ TYPE P POWER CABLE 600V OR 0.6/1kV
DUSA_MOG03_0807
17
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 4 of 62
BOSTRIG™ TYPE P POWER CABLE
DUSA_MOG04_0807
Sheath Cable Diameter Impedance Calculated Ampacity† Cable WeightType Draka Conductor Size Thickness (nominal) (Phase-Neutral) Inductance Capacitance (measured @ ºC) (approximate)Designation Number AWG/MCM • mm2 in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m 95 • 100 • 110 Lbs/mft • Kg/km
DPNBS-8 026108 8 • 7.57 .060 • 1.5 .765 • 19.4 0.70 • 2.3 0.12 • 0.4 95 • 312 58 • 64 • 69 405 • 603
DPNBS-6 026109 6 • 12.5 .080 • 2.0 .920 • 23.4 0.46 • 1.5 0.11 • 0.4 126 • 413 83 • 85 • 91 580 • 863
DPNBS-5 026110 5 • 18.6 .080 • 2.0 1.040 • 26.4 0.33 • 1.1 0.11 • 0.4 140 • 459 95 • 101 • 108 720 • 1071
DPNBS-4 026111 4 • 21.5 .080 • 2.0 1.090 • 27.7 0.29 • 1.0 0.10 • 0.3 153 • 502 104 • 110 • 118 850 • 1265
DPNBS-3 026112 3 • 25.6 .080 • 2.0 1.140 • 29.0 0.23 • 0.8 0.10 • 0.3 173 • 567 121 • 132 • 141 940 • 1399
DPNBS-2 026113 2 • 30.7 .080 • 2.0 1.205 • 30.6 0.18 • 0.6 0.10 • 0.3 187 • 613 138 • 149 • 160 1045 • 1555
DPNBS-1 026114 1 • 46.0 .110 • 2.8 1.430 • 36.3 0.14 • 0.5 0.09 • 0.3 178 • 584 168 • 174 • 186 1480 • 2202
DPNBS-1/0 026115 1/0 • 56.3 .110 • 2.8 1.535 • 39.0 0.12 • 0.4 0.09 • 0.3 190 • 623 190 • 199 • 213 1695 • 2522
DPNBS-2/0 026116 2/0 • 66.5 .110 • 2.8 1.600 • 40.6 0.09 • 0.3 0.09 • 0.3 212 • 695 213 • 242 • 259 1845 • 2746
DPNBS-3/0 026117 3/0 • 92.1 .125 • 3.2 1.870 • 47.5 0.08 • 0.3 0.09 • 0.3 245 • 804 259 • 265 • 284 2585 • 3825
DPNBS-4/0 026118 4/0 • 112.6 .125 • 3.2 1.975 • 50.2 0.07 • 0.2 0.09 • 0.3 259 • 850 293 • 307 • 329 2980 • 4435
DPNBS-262 026119 262 • 133.0 .125 • 3.2 2.145 • 54.5 0.06 • 0.2 0.09 • 0.3 247 • 810 325 • 358 • 383 3445 • 5127
DPNBS-313 026120 313 • 158.6 .140 • 3.6 2.305 • 58.6 0.05 • 0.2 0.09 • 0.3 270 • 886 362 • 391 • 419 4005 • 5960
DPNBS-373 026121 373 • 189.3 .140 • 3.6 2.445 • 62.1 0.04 • 0.1 0.09 • 0.3 292 • 958 405 • 442 • 473 4650 • 6920
DPNBS-444 026122 444 • 225.1 .140 • 3.6 2.585 • 65.7 0.04 • 0.1 0.09 • 0.3 318 • 1043 451 • 504 • 540 5240 • 7798
DPNBS-535 026123 535 • 271.2 .155 • 3.9 2.865 • 72.8 0.04 • 0.1 0.09 • 0.3 291 • 954 507 • 538 • 576 6175 • 9189
DPNBS-646 026124 646 • 327.5 .155 • 3.9 3.065 • 77.9 0.04 • 0.1 0.09 • 0.3 314 • 1030 570 • 632 • 677 7185 • 10692
DPNBS-777 026125 777 • 393.8 .155 • 3.9 3.270 • 83.01 0.03 • 0.1 0.09 • 0.3 345 • 1132 641 • 684 • 733 8420 • 12530
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.†Ampacity based on 45ºC ambient temperature: 95ºC values based on ABS MODU Rules Table 6 - 1OOºC values based on IEEE-45 Table 25 - 11 O’C values based on IEEE-45Table 25 corrected for conductor temperature. Ampacity de-rating factor for cables installed in conduit: 4 AWG and smaller multiply by O.72; 2 AWG thru 3/OAWG multiply by0.66; 4/0 AWG thru 1000 MCM multiply by O.64.
two conductor / armored and sheathed8 AWG to 777 MCM / 600V or 0.6/1kV
18
www.DrakaMOG.com
BOSTRIG™ TYPE P POWER CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 5 of 62
Three conductor / armored and sheathedTYPE P POWER CABLE600V or 0.6/1kV8 AWG to 777 MCM
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown on data sheet for unarmored version.4. Armor Braided bronze in accordance with IEEE 1580 (2001).5. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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).They are suitable for use in Class I, Division I and Zone Iapplications (armored & sheathed) and meet the crushand impact resistance requirements (C&IR) of UL 2225.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Super-flexible at 4/0 AWG and larger• Meets IEEE standards for 600V / IEC standards for 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)for 600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
31 2 4 5
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
DUSA_MOG05_0807
19
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 6 of 62
BOSTRIG™ TYPE P POWER CABLE
DUSA_MOG06_0807
Sheath Cable Diameter Impedance Calculated Ampacity† Cable WeightType Draka Conductor Size Thickness (nominal) (Phase-Neutral) Inductance Capacitance (measured @ ºC) (approximate)Designation Number AWG/MCM • mm2 in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m 95 • 100 • 110 Lbs/mft • Kg/km
TPNBS-8 026126 8 • 7.57 .060 • 1.5 .835 • 21.2 0.70 • 2.3 0.12 • 0.4 95 • 312 47 • 52 • 56 480 • 714
TPNBS-6 026127 6 • 12.5 .080 • 2.0 .965 • 24.5 0.46 • 1.5 0.11 • 0.4 126 • 413 63 • 70 • 75 700 • 1042
TPNBS-5 026128 5 • 18.6 .080 • 2.0 1.120 • 28.5 0.33 • 1.1 0.11 • 0.4 140 • 459 78 • 82 • 88 900 • 1339
TPNBS-4 026129 4 • 21.5 .080 • 2.0 1.140 • 29.0 0.29 • 1.0 0.10 • 0.3 153 • 502 86 • 92 • 99 1040 • 1548
TPNBS-3 026130 3 • 25.6 .080 • 2.0 1.200 • 30.5 0.23 • 0.8 0.10 • 0.3 173 • 567 99 • 108 • 116 1160 • 1726
TPNBS-2 026131 2 • 30.7 .080 • 2.0 1.265 • 32.1 0.18 • 0.6 0.10 • 0.3 187 • 613 111 • 122 • 131 1295 • 1927
TPNBS-1 026132 1 • 46.1 .110 • 2.8 1.505 • 38.2 0.14 • 0.5 0.09 • 0.3 178 • 584 137 • 143 • 153 1850 • 2753
TPNBS-1/0 026133 1/0 • 56.3 .110 • 2.8 1.620 • 41.2 0.12 • 0.4 0.09 • 0.3 190 • 623 156 • 164 • 176 2190 • 3259
TPNBS-2/0 026134 2/0 • 66.5 .110 • 2.8 1.730 • 43.9 0.09 • 0.3 0.09 • 0.3 212 • 695 175 • 188 • 201 2500 • 3720
TPNBS-3/0 026135 3/0 • 92.1 .125 • 3.2 1.975 • 50.2 0.08 • 0.3 0.09 • 0.3 245 • 804 213 • 218 • 234 3330 • 4955
TPNBS-4/0 026136 4/0 • 112.6 .125 • 3.2 2.110 • 53.6 0.07 • 0.2 0.09 • 0.3 259 • 850 241 • 252 • 270 3890 • 5789
TPNBS-262 026137 262 • 133.0 .125 • 3.2 2.290 • 58.2 0.06 • 0.2 0.09 • 0.3 247 • 810 267 • 294 • 315 4515 • 6704
TPNBS-313 026138 313 • 158.6 .140 • 3.6 2.435 • 61.9 0.05 • 0.2 0.09 • 0.3 270 • 886 298 • 321 • 344 5170 • 7694
TPNBS-373 026139 373 • 189.3 .140 • 3.6 2.585 • 65.7 0.04 • 0.1 0.09 • 0.3 292 • 958 333 • 361 • 387 5975 • 8892
TPNBS-444 026140 444 • 225.1 .140 • 3.6 2.765 • 70.2 0.04 • 0.1 0.09 • 0.3 318 • 1043 371 • 411 • 440 6980 • 10387
TPNBS-535 026141 535 • 271.2 .140 • 3.6 3.030 • 77.0 0.04 • 0.1 0.09 • 0.3 291 • 954 417 • 443 • 475 8235 • 12255
TPNBS-646 026142 646 • 327.5 .140 • 3.6 3.275 • 83.2 0.04 • 0.1 0.09 • 0.3 314 • 1030 469 • 516 • 553 9575 • 14249
TPNBS-777 026143 777 • 393.8 .140 • 3.6 3.465 • 88.0 0.03 • 0.1 0.09 • 0.3 345 • 1132 528 • 562 •602 11280 • 16786
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.†Ampacity based on 45ºC ambient temperature: 95ºC values based on ABS MODU Rules Table 6 - 1OOºC values based on IEEE-45 Table 25 - 11 O’C values based on IEEE-45Table 25 corrected for conductor temperature. Ampacity de-rating factor for cables installed in conduit: 4 AWG and smaller multiply by O.72; 2 AWG thru 3/OAWG multiply by0.66; 4/0 AWG thru 1000 MCM multiply by O.64.
three conductor / armored and sheathed8 AWG to 777 MCM / 600V or 0.6/1kV
20
www.DrakaMOG.com
BOSTRIG™ TYPE P POWER CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 31 of 62
Four conductor / unarmoredTYPE P POWER CABLE600V or 0.6/1kV8 AWG to 777 MCM
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown in tables on opposite page.
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored andsheathed version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Super-flexible at 4/0 AWG and larger• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
31 2
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
DUSA_MOG31_0807
21
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 32 of 62
BOSTRIG™ TYPE P POWER CABLE
four conductor / unarmored8 AWG to 777 MCM / 600V or 0.6/1kV
Jacket Cable Diameter Impedance Calculated Ampacity† Cable WeightType Draka Conductor Size Thickness (nominal) (Phase-Neutral) Inductance Capacitance (measured @ ºC) (approximate)Designation Number AWG/MCM • mm2 in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m 95 • 100 • 110 Lbs/mft • Kg/km
FPN-8 026079 8 • 7.57 .060 • 1.5 .690 • 17.5 0.70 • 2.3 0.12 • 0.4 95 • 312 47 • 52 • 56 350 • 521
FPN-6 026080 6 • 12.5 .060 • 1.5 .820 • 20.8 0.46 • 1.5 0.11 • 0.4 126 • 413 63 • 70 • 75 540 • 804
FPN-5 026081 5 • 18.6 .080 • 2.0 .980 • 24.9 0.33 • 1.1 0.11 • 0.4 140 • 459 78 • 82 • 88 775 • 1153
FPN-4 026082 4 • 21.5 .080 • 2.0 1.020 • 25.9 0.29 • 1.0 0.10 • 0.3 153 • 502 86 • 92 • 99 885 • 1317
FPN-3 026083 3 • 25.6 .080 • 2.0 1.080 • 27.4 0.23 • 0.8 0.10 • 0.3 173 • 567 99 • 108 • 116 1025 • 1525
FPN-2 026084 2 • 30.7 .080 • 2.0 1.160 • 29.5 0.18 • 0.6 0.10 • 0.3 187 • 613 111 • 122 • 131 1170 • 1741
FPN-1 026085 1 • 46.1 .080 • 2.0 1.360 • 34.5 0.14 • 0.5 0.09 • 0.3 178 • 584 137 • 143 • 153 1710 • 2545
FPN-1/0 026086 1/0 • 56.3 .110 • 2.8 1.510 • 38.4 0.12 • 0.4 0.09 • 0.3 190 • 623 156 • 164 • 176 2100 • 3125
FPN-2/0 026087 2/0 • 66.5 .110 • 2.8 1.590 • 40.4 0.09 • 0.3 0.09 • 0.3 212 • 695 175 • 188 • 201 2410 • 3586
FPN-3/0 026088 3/0 • 92.1 .125 • 3.2 1.875 • 47.6 0.08 • 0.3 0.09 • 0.3 245 • 804 213 • 218 • 234 3360 • 5000
FPN-4/0 026089 4/0 • 112.6 .125 • 3.2 1.995 • 50.7 0.07 • 0.2 0.09 • 0.3 259 • 850 241 • 252 • 270 3940 • 5863
FPN-262 026090 262 • 133.0 .125 • 3.2 2.165 • 55.0 0.06 • 0.2 0.09 • 0.3 247 • 810 267 • 294 • 315 4640 • 6905
FPN-313 026091 313 • 158.6 .140 • 3.6 2.355 • 59.8 0.05 • 0.2 0.09 • 0.3 270 • 886 298 • 321 • 344 5475 • 8148
FPN-373 026092 373 • 189.3 .140 • 3.6 2.525 • 64.1 0.04 • 0.1 0.09 • 0.3 292 • 958 333 • 361 • 387 6365 • 9472
FPN-444 026093 444 • 225.1 .140 • 3.6 2.695 • 68.5 0.04 • 0.1 0.09 • 0.3 318 • 1043 371 • 411 • 440 7500 • 11161
FPN-535 026094 535 • 271.2 .140 • 3.6 2.990 • 76.0 0.04 • 0.1 0.09 • 0.3 291 • 954 417 • 443 • 475 8970 • 13349
FPN-646 026095 646 • 327.5 .140 • 3.6 3.230 • 82.0 0.04 • 0.1 0.09 • 0.3 314 • 1030 469 • 516 • 553 10640 • 15834
FPN-777 026096 777 • 393.8 .140 • 3.6 3.445 • 87.5 0.03 • 0.1 0.09 • 0.3 345 • 1132 528 • 562 • 602 12730 • 18944
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.†Ampacity based on 45ºC ambient temperature: 95ºC values based on ABS MODU Rules Table 6 - 1OOºC values based on IEEE-45 Table 25 - 11 O’C values based on IEEE-45Table 25 corrected for conductor temperature. Ampacity de-rating factor for cables installed in conduit: 4 AWG and smaller multiply by O.72; 2 AWG thru 3/OAWG multiply by0.66; 4/0 AWG thru 1000 MCM multiply by O.64.The ampacity of 4 conductor cables is based on three current carrying conductors and the fourth conductor being used as a Neutral or Grounding conductor. If all conductors are current carrying, the ampacity must be reduced by 0.8.
DUSA_MOG32_0807
22
www.DrakaMOG.com
BOSTRIG™ TYPE P POWER CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 7 of 62
Four conductor / armored and sheathedTYPE P POWER CABLE600V or 0.6/1kV8 AWG to 777 MCM
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown on data sheet for unarmored version.4. Armor Braided bronze in accordance with IEEE 1580 (2001).5. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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).They are suitable for use in Class I, Division I and Zone Iapplications (armored & sheathed) and meet the crushand impact resistance requirements (C&IR) of UL 2225.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Super-flexible at 4/0 AWG and larger• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables complywith the Crush and Impact requirements ofUL 2225.
31 2 4 5
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
DUSA_MOG07_0807
23
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 8 of 62
BOSTRIG™ TYPE P POWER CABLE
DUSA_MOG08_0807
four conductor / armored and sheathed8 AWG to 777 MCM / 600V or 0.6/1kV
Sheath Cable Diameter Impedance Calculated Ampacity† Cable WeightType Draka Conductor Size Thickness (nominal) (Phase-Neutral) Inductance Capacitance (measured @ ºC) (approximate)Designation Number AWG/MCM • mm2 in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m 95 • 100 • 110 Lbs/mft • Kg/km
FPNBS-8 026144 8 • 7.57 .060 • 1.5 .910 • 23.1 0.70 • 2.3 0.13 • 0.4 95 • 312 47 • 52 • 56 605 • 900
FPNBS-6 026145 6 • 12.5 .080 • 2.0 1.045 • 26.5 0.46 • 1.5 0.12 • 0.4 126 • 413 63 • 70 • 75 890 • 1324
FPNBS-5 026146 5 • 18.6 .080 • 2.0 1.210 • 30.7 0.33 • 1.1 0.11 • 0.4 140 • 459 78 • 82 • 88 1140 • 1696
FPNBS-4 026147 4 • 21.5 .080 • 2.0 1.240 • 31.5 0.29 • 1.0 0.11 • 0.4 153 • 502 86 • 92 • 99 1265 • 1883
FPNBS-3 026148 3 • 25.6 .080 • 2.0 1.300 • 33.0 0.23 • 0.8 0.11 • 0.4 173 • 567 99 • 108 • 116 1415 • 2106
FPNBS-2 026149 2 • 30.7 .080 • 2.0 1.440 • 36.6 0.18 • 0.6 0.10 • 0.3 187 • 613 111 • 122 • 131 1675 • 2493
FPNBS-1 026150 1 • 46.1 .110 • 2.8 1.640 • 41.7 0.14 • 0.5 0.10 • 0.3 178 • 584 137 • 143 • 153 2300 • 3423
FPNBS-1/0 026151 1/0 • 56.3 .110 • 2.8 1.820 • 46.2 0.12 • 0.4 0.10 • 0.3 190 • 623 156 • 164 • 176 2860 • 4256
FPNBS-2/0 026152 2/0 • 66.5 .110 • 2.8 1.920 • 48.8 0.09 • 0.3 0.10 • 0.3 212 • 695 175 • 188 • 201 3150 • 4688
FPNBS-3/0 026153 3/0 • 92.1 .125 • 3.2 2.185 • 55.5 0.08 • 0.3 0.10 • 0.3 245 • 804 213 • 218 • 234 4220 • 6280
FPNBS-4/0 026154 4/0 • 112.6 .125 • 3.2 2.335 • 59.3 0.07 • 0.2 0.09 • 0.3 259 • 850 241 • 252 • 270 4920 • 7322
FPNBS-262 026155 262 • 133.0 .125 • 3.2 2.505 • 63.6 0.06 • 0.2 0.09 • 0.3 247 • 810 267 • 294 • 315 5700 • 8483
FPNBS-313 026156 313 • 158.6 .140 • 3.6 2.695 • 68.5 0.05 • 0.2 0.09 • 0.3 270 • 886 298 • 321 • 344 6620 • 9852
FPNBS-373 026157 373 • 189.3 .140 • 3.6 2.895 • 73.5 0.04 • 0.1 0.09 • 0.3 292 • 958 333 • 361 • 387 7590 • 11295
FPNBS-444 026158 444 • 225.1 .140 • 3.6 3.065 • 77.9 0.04 • 0.1 0.09 • 0.3 318 • 1043 371 • 411 • 440 8800 • 13096
FPNBS-535 026159 535 • 271.2 .140 • 3.6 3.360 • 85.3 0.04 • 0.1 0.09 • 0.3 291 • 954 417 • 443 • 475 10500 • 15626
FPNBS-646 026160 646 • 327.5 .140 • 3.6 3.600 • 91.4 0.04 • 0.1 0.09 • 0.3 314 • 1030 469 • 516 • 553 12290 • 18290
FPNBS-777 026161 777 • 393.8 .140 • 3.6 3.815 • 96.9 0.04 • 0.1 0.09 • 0.3 345 • 1132 528 • 562 • 602 14500 • 21578
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.†Ampacity based on 45ºC ambient temperature: 95ºC values based on ABS MODU Rules Table 6 - 1OOºC values based on IEEE-45 Table 25 - 11 O’C values based on IEEE-45Table 25 corrected for conductor temperature. Ampacity de-rating factor for cables installed in conduit: 4 AWG and smaller multiply by O.72; 2 AWG thru 3/OAWG multiply by0.66; 4/0 AWG thru 1000 MCM multiply by O.64.The ampacity of 4 conductor cables is based on three current carrying conductors and the fourth conductor being used as a Neutral or Grounding conductor. If all conductors are current carrying, the ampacity must be reduced by 0.8.
24
Five conductor /TYPE P POWER CABLE600V or 0.6/1kV8 to 4/0 AWG
www.DrakaMOG.com
BOSTRIG™ TYPE P POWER CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 35
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown in tables on opposite page.
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored andsheathed version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Super-flexible at 4/0 AWG and larger• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
31 2
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
DUSA_MOG33_0807
unarmored
25
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 36
BOSTRIG™ TYPE P POWER CABLE
Jacket Cable Diameter Impedance Calculated Ampacity† Cable WeightType Draka Conductor Size Thickness (nominal) (Phase-Neutral) Inductance Capacitance (measured @ ºC) (approximate)Designation Number AWG/MCM • mm2 in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m 95 • 100 • 110 Lbs/mft • Kg/km
QPN-8 026097 8 • 7.57 .060 • 1.5 760 • 19.3 0.70 • 2.3 0.12 • 0.4 95 • 312 38 • 42 • 45 430 • 640
QPN-6 026098 6 • 12.5 .080 • 2.0 .955 • 24.3 0.46 • 1.5 0.11 • 0.4 126 • 413 50 • 56 • 60 700 • 1042
QPN-5 026099 5 • 18.6 .080 • 2.0 1.080 • 27.4 0.33 • 1.1 0.11 • 0.4 140 • 459 62 • 66 • 70 950 • 1414
QPN-4 026100 4 • 21.5 .080 • 2.0 1.125 • 28.6 0.29 • 1.0 0.10 • 0.3 153 • 502 69 • 74 • 79 1100 • 1637
QPN-3 026101 3 • 25.6 .110 • 2.8 1.195 • 30.4 0.23 • 0.8 0.10 • 0.3 173 • 567 79 • 86 • 93 1260 • 1875
QPN-2 026102 2 • 30.7 .110 • 2.8 1.280 • 32.5 0.18 • 0.6 0.10 • 0.3 187 • 613 89 • 98 • 105 1450 • 2158
QPN-1 026103 1 • 46.1 .125 • 3.2 1.565 • 39.8 0.14 • 0.5 0.09 • 0.3 178 • 584 110 • 114 • 122 2205 • 3282
QPN-1/0 026104 1/0 • 56.3 .125 • 3.2 1.715 • 43.6 0.12 • 0.4 0.09 • 0.3 190 • 623 125 • 131 • 141 2650 • 3945
QPN-2/0 026105 2/0 • 66.5 .125 • 3.2 1.790 • 45.5 0.09 • 0.3 0.09 • 0.3 212 • 695 140 • 150 • 161 3015 • 4487
QPN-3/0 026106 3/0 • 92.1 .140 • 3.6 2.075 • 52.7 0.08 • 0.3 0.09 • 0.3 245 • 804 170 • 174 • 187 4140 • 6161
QPN-4/0 026107 4/0 • 112.6 .140 • 3.6 2.210 • 56.1 0.07 • 0.2 0.09 • 0.3 259 • 850 193 • 202 • 216 4850 • 7218
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.†Ampacity based on 45ºC ambient temperature: 95ºC values based on ABS MODU Rules Table 6 - 1OOºC values based on IEEE-45 Table 25 - 11 O’C values based on IEEE-45Table 25 corrected for conductor temperature. Ampacity de-rating factor for cables installed in conduit: 4 AWG and smaller multiply by O.72; 2 AWG thru 3/OAWG multiply by0.66; 4/0 AWG thru 1000 MCM multiply by O.64.
five conductor / unarmored8 to 4/0 AWG / 600V or 0.6/1kV
DUSA_MOG34_0807
26
Five conductor / armored and sheathedTYPE P POWER CABLE600V or 0.6/1kV8 to 4/0 AWG
www.DrakaMOG.com
BOSTRIG™ TYPE P POWER CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 9 of 62
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. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in
IEEE-1580 (2001). Thickness as shown on data sheet for unarmored version.4. Armor Braided bronze in accordance with IEEE 1580 (2001).5. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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).They are suitable for use in Class I, Division I and Zone Iapplications (armored & sheathed) and meet the crushand impact resistance requirements (C&IR) of UL 2225.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Super-flexible at 4/0 AWG and larger• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
31 2 4 5
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J105
DUSA_MOG09_0807
27
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 10 of 62
BOSTRIG™ TYPE P POWER CABLE
DUSA_MOG10_0807
Sheath Cable Diameter Impedance Calculated Ampacity† Cable WeightType Draka Conductor Size Thickness (nominal) (Phase-Neutral) Inductance Capacitance (measured @ ºC) (approximate)Designation Number AWG/MCM • mm2 in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m 95 • 100 • 110 Lbs/mft • Kg/km
QPNBS-8 026162 8 • 7.57 .080 • 2.0 .980 • 24.9 0.70 • 2.3 0.13 • 0.4 95 • 312 38 • 42 • 45 710 • 1057
QPNBS-6 026163 6 • 12.5 .080 • 2.0 1.175 • 29.9 0.46 • 1.5 0.12 • 0.4 126 • 413 50 • 56 • 60 1045 • 1555
QPNBS-5 026164 5 • 18.6 .080 • 2.0 1.310 • 33.2 0.33 • 1.1 0.11 • 0.4 140 • 459 62 • 66 • 70 1350 • 2009
QPNBS-4 026165 4 • 21.5 .080 • 2.0 1.345 • 34.2 0.29 • 1.0 0.11 • 0.4 153 • 502 69 • 74 • 79 1510 • 2247
QPNBS-3 026166 3 • 25.6 .110 • 2.8 1.475 • 37.5 0.23 • 0.8 0.11 • 0.4 173 • 567 79 • 86 • 93 1775 • 2642
QPNBS-2 026167 2 • 30.7 .110 • 2.8 1.560 • 39.6 0.18 • 0.6 0.10 • 0.3 187 • 613 89 • 98 • 105 2000 • 2976
QPNBS-1 026168 1 • 46.1 .125 • 3.2 1.875 • 47.6 0.14 • 0.5 0.10 • 0.3 178 • 584 110 • 114 • 122 2930 • 4360
QPNBS-1/0 026169 1/0 • 56.3 .125 • 3.2 2.025 • 51.4 0.12 • 0.4 0.10 • 0.3 190 • 623 125 • 131 • 141 3435 • 5112
QPNBS-2/0 026170 2/0 • 66.5 .125 • 3.2 2.120 • 53.9 0.09 • 0.3 0.10 • 0.3 212 • 695 140 • 150 • 161 3830 • 5700
QPNBS-3/0 026171 3/0 • 92.1 .140 • 3.6 2.415 • 61.3 0.08 • 0.3 0.10 • 0.3 245 • 804 170 • 174 • 187 5150 • 7664
QPNBS-4/0 026172 4/0 • 112.6 .140 • 3.6 2.550 • 64.8 0.07 • 0.2 0.09 • 0.3 259 • 850 193 • 202 • 216 5930 • 8825
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.†Ampacity based on 45ºC ambient temperature: 95ºC values based on ABS MODU Rules Table 6 - 1OOºC values based on IEEE-45 Table 25 - 11 O’C values based on IEEE-45Table 25 corrected for conductor temperature. Ampacity de-rating factor for cables installed in conduit: 4 AWG and smaller multiply by O.72; 2 AWG thru 3/OAWG multiply by0.66; 4/0 AWG thru 1000 MCM multiply by O.64.
five conductor / armored and sheathed8 to 4/0 AWG / 600V or 0.6/1kV
28
DUSA_MOG51_0807
BOSTRIG™ TYPE P SIGNAL CABLE 600V
Bostrig Type P0807
Page 51 of 62
Overall shielded multiconductor /armored and sheathedTYPE P SIGNAL CABLE600V20, 18 & 16 AWG
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL1309/CSA245 and the performance 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
Manufactured tc BIW Specifying Standard J106
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight,mud, crush and impact
• Super-flexible at 4/0 AWG and larger• Meets IEEE standards for 600V / IEC standards for
0.6/1kV
Ratings
Meets all test requirements of IEEE 1580 (2001) and theflame test in IEC 60332-3, Category A.
Listed by ETL per IEEE 1580 (2001), UL 1309/CSA 245and IEEE 45 (1998) for 600V.
31 2 4 5 6
www.DrakaMOG.comSubject to change without prior notice
Construction
1. Conductors Soft annealed stranded tinned copper per ASTM B 33. A 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 the cabled core.4. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in IEEE-1580
(2001). Thickness as shown on data sheet for unarmored version.5 Armor Braided bronze in accordance with IEEE 1580 (2001).6. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
29
DUSA_MOG52_0807
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 52 of 62
BOSTRIG™ TYPE P SIGNAL CABLE
overall shielded multiconductor / armored and sheathed20, 18 & 16 AWG / 600V20 AWG • 0.61 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Stranding Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C(0S)20PNBS-3 026503 3 19/32 .030 • 0.76 .060 • 1.5 .533 • 13.5 185 • 275
C(0S)20PNBS-4 026504 4 19/32 .030 • 0.76 .060 • 1.5 .557 • 14.2 210 • 313
C(0S)20PNBS-5 026505 5 19/32 .030 • 0.76 .060 • 1.5 .586 • 14.8 230 • 342
C(0S)20PNBS-6 026506 6 19/32 .030 • 0.76 .060 • 1.5 .614 • 15.6 255 • 380
18 AWG • 0.96 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Stranding Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C(0S)18PNBS-3 026507 3 19/30 .030 • 0.76 .060 • 1.5 .540 • 13.7 205 • 305
C(0S)18PNBS-4 026508 4 19/30 .030 • 0.76 .060 • 1.5 .569 • 14.5 231 • 344
C(0S)18PNBS-5 026509 5 19/30 .030 • 0.76 .060 • 1.5 .613 • 15.6 259 • 389
C(0S)18PNBS-6 026510 6 19/30 .030 • 0.76 .060 • 1.5 .345 • 16.4 286 • 426
C(0S)18PNBS-25 25 19/30 .030 • 0.76 .060 • 1.5 1.074 • 27.3 705 • 1049
16 AWG • 1.23 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Stranding Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C(0S)16PNBS-3 026511 3 19/29 .030 • 0.76 .060 • 1.5 .564 • 14.3 221 • 329
C(0S)16PNBS-4 026512 4 19/29 .030 • 0.76 .060 • 1.5 .584 • 14.8 242 • 360
C(0S)16PNBS-5 026513 5 19/29 .030 • 0.76 .060 • 1.5 .633 • 16.1 283 • 421
C(0S)16PNBS-6 026514 6 19/29 .030 • 0.76 .060 • 1.5 .666 • 16.9 313 • 466
C(0S)16PNBS-12 12 19/29 .030 • 0.76 .060 • 1.5 .820 • 20.8 470 • 699
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
30
DUSA_MOG49_0807
BOSTRIG™ TYPE P SIGNAL CABLE 600V
Bostrig Type P0807
Page 49 of 62
Overall shielded multiconductor / unarmoredTYPE P SIGNAL CABLE600V20, 18 & 16 AWG
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL1309/CSA245 and the performance 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
Manufactured tc BIW Specifying Standard J106
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight,mud, crush and impact
• Super-flexible at 4/0 AWG and larger• Meets IEEE standards for 600V / IEC standards for
0.6/1kV
Ratings
Meets all test requirements of IEEE 1580 (2001) and theflame test in IEC 60332-3, Category A.
Listed by ETL per IEEE 1580 (2001), UL 1309/CSA 245and IEEE 45 (1998) for 600V & 2000V.
31 2 4
www.DrakaMOG.comSubject to change without prior notice
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). Thickness as shown in tables on opposite page.
31
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 50 of 62
BOSTRIG™ TYPE P SIGNAL CABLE
overall shielded multiconductor / unarmored20, 18 & 16 AWG / 600V20 AWG • 0.61 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Stranding Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C(0S)20PN-3 026491 3 19/32 .030 • 0.76 .060 • 1.5 .345 • 8.8 65 • 97
C(0S)20PN-4 026492 4 19/32 .030 • 0.76 .060 • 1.5 .373 • 9.5 81 • 121
C(0S)20PN-5 026493 5 19/32 .030 • 0.76 .060 • 1.5 .403 • 10.2 92 • 137
C(0S)20PN-6 026494 6 19/32 .030 • 0.76 .060 • 1.5 .431 • 10.9 107 • 159
18 AWG • 0.96 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Stranding Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C(0S)18PN-3 3 19/30 .030 • 0.76 .060 • 1.5 .358 • 9.1 78 • 116
C(0S)18PN-4 026496 4 19/30 .030 • 0.76 .060 • 1.5 .385 • 9.8 92 • 137
C(0S)18PN-5 026497 5 19/30 .030 • 0.76 .060 • 1.5 .435 • 11.0 113 • 168
C(0S)18PN-6 026498 6 19/30 .030 • 0.76 .060 • 1.5 .467 • 11.9 130 • 193
C(0S)18PN-25 25 19/30 .030 • 0.76 .060 • 1.5 .795 • 20.2 395 • 588
16 AWG • 1.23 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Stranding Thickness Thickness (nominal) (approximate)Designation Number Conductors in • mm in • mm in • mm Lbs/mft • Kg/km
C(0S)16PN-3 030645 3 19/29 .030 • 0.76 .060 • 1.5 .386 • 9.8 88 • 131
C(0S)16PN-4 026500 4 19/29 .030 • 0.76 .060 • 1.5 .400 • 10.2 104 • 155
C(0S)16PN-5 026501 5 19/29 .030 • 0.76 .060 • 1.5 .455 • 11.6 130 • 193
C(0S)16PN-6 026502 6 19/29 .030 • 0.76 .060 • 1.5 .488 • 12.4 150 • 223
C(0S)16PN-12 027052 12 19/29 .030 • 0.76 .060 • 1.5 .625 • 15.9 260 • 387
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
DUSA_MOG50_0807
32
DUSA_MOG45_0807
BOSTRIG™ TYPE P SIGNAL CABLE 600V OR 0.6/1kV
Bostrig Type P0807
Page 45 of 62
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). Thickness as shown in tables on opposite page.
Individual and overall shielded multipair /unarmoredTYPE P SIGNAL CABLE600V or 0.6/1kV16 & 14 AWG
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL1309/CSA245 and the performance 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
Manufactured tc BIW Specifying Standard J106
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored andsheathed version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 0.6/1kV
Ratings
Meets all test requirements of IEEE 1580 (2001) and the flame test in IEC60332-3, Category A.
Listed by ETL per IEEE 1580 (2001), UL 1309/CSA 245 and IEEE 45 (1998) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
31 2 4
www.DrakaMOG.comSubject to change without prior notice
33
DUSA_MOG46_0807
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 46 of 62
BOSTRIG™ TYPE P SIGNAL CABLE
individual and overall shielded multipair / unarmored and sheathed16 & 14 AWG / 600V or 0.6/1kV
16 AWG • 1.23 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Pairs in • mm in • mm in • mm Lbs/mft • Kg/km
TP(0S)16PN-1 026364 1 .030 • 0.76 .060 • 1.5 .350 • 8.9 65 • 97
TP(I/S-0S)16PN-2 026365 2 .030 • 0.76 .060 • 1.5 .620 • 15.6 170 • 253
TP(I/S-0S)16PN-3 026366 3 .030 • 0.76 .060 • 1.5 .665 • 16.9 215 • 320
TP(I/S-0S)16PN-4 026367 4 .030 • 0.76 .060 • 1.5 .695 • 17.7 240 • 357
TP(I/S-0S)16PN-5 026368 5 .030 • 0.76 .060 • 1.5 .740 • 18.8 275 • 409
TP(I/S-0S)16PN-6 026369 6 .030 • 0.76 .060 • 1.5 .805 • 20.1 320 • 476
TP(I/S-0S)16PN-7 026370 7 .030 • 0.76 .060 • 1.5 .805 • 20.1 345 • 513
TP(I/S-0S)16PN-8 026371 8 .030 • 0.76 .080 • 2.0 .985 • 25.0 475 • 707
TP(I/S-0S)16PN-10 026372 10 .030 • 0.76 .080 • 2.0 1.010 • 25.7 510 • 759
TP(I/S-0S)16PN-12 026373 12 .030 • 0.76 .080 • 2.0 1.065 • 27.1 585 • 871
TP(I/S-0S)16PN-16 026374 16 .030 • 0.76 .080 • 2.0 1.185 • 30.1 750 • 1116
TP(I/S-0S)16PN-20 026375 20 .030 • 0.76 .080 • 2.0 1.305 • 33.2 915 • 1362
TP(I/S-0S)16PN-24 026376 24 .030 • 0.76 .110 • 2.8 1.520 • 38.6 1165 • 1734
14 AWG • 1.94 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Pairs in • mm in • mm in • mm Lbs/mft • Kg/km
TP(0S)14PN-1 026377 1 .030 • 0.76 .060 • 1.5 .395 • 10.0 85 • 126
TP(I/S-0S)14PN-2 026378 2 .030 • 0.76 .060 • 1.5 .640 • 16.3 180 • 268
TP(I/S-0S)14PN-3 026379 3 .030 • 0.76 .060 • 1.5 .680 • 17.3 235 • 350
TP(I/S-0S)14PN-4 026380 4 .030 • 0.76 .060 • 1.5 .650 • 19.1 290 • 432
TP(I/S-0S)14PN-5 026381 5 .030 • 0.76 .060 • 1.5 .810 • 20.6 345 • 513
TP(I/S-0S)14PN-6 026382 6 .030 • 0.76 .080 • 2.0 .920 • 23.4 450 • 670
TP(I/S-0S)14PN-7 026383 7 .030 • 0.76 .080 • 2.0 .920 • 23.4 475 • 707
TP(I/S-0S)14PN-8 026384 8 .030 • 0.76 .080 • 2.0 .995 • 25.3 540 • 804
TP(I/S-0S)14PN-10 026385 10 .030 • 0.76 .080 • 2.0 1.070 • 27.2 635 • 945
TP(I/S-0S)14PN-12 026386 12 .030 • 0.76 .080 • 2.0 1.165 • 29.6 760 • 1131
TP(I/S-0S)14PN-16 026387 16 .030 • 0.76 .080 • 2.0 1.300 • 33.0 975 • 1451
TP(I/S-0S)14PN-20 026388 20 .030 • 0.76 .110 • 2.8 1.490 • 37.9 1280 • 1905
TP(I/S-0S)14PN-24 026389 24 .030 • 0.76 .110 • 2.8 1.670 • 42.4 1515 • 2255
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
34
BOSTRIG™ TYPE P SIGNAL CABLE 600V OR 0.6/1kV
Bostrig Type P0807
Page 21 of 62
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). Thickness as shown on data sheet for unarmored version.5 Armor Braided bronze in accordance with IEEE 1580 (2001).6. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Individual and overall shielded multipair /armored and sheathedTYPE P SIGNAL CABLE600V or 0.6/1kV16 & 14 AWG
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J106
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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).They are suitable for use in Class I, Division I and Zone Iapplications (armored & sheathed) and meet the crushand impact resistance requirements (C&IR) of UL 2225.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 0.6/1kV
Ratings
Meets all test requirements of IEEE 1580 (2001) and the flame test in IEC60332-3, Category A.
Listed by ETL per IEEE 1580 (2001), UL 1309/CSA 245 and IEEE 45 (1998) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
31 2 54 6
www.DrakaMOG.comSubject to change without prior notice DUSA_MOG21_0807
35
16 AWG • 1.23 mm2
Insulation Sheath Cable Diameter Characteristic Cable WeightType Draka Number of Thickness Thickness (nominal) Impedance Inductance Capacitance (approximate)Designation Number Pairs in • mm in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m Lbs/mft • Kg/km
TP(0S)16PNBS-1 026429 1 .030 • 0.76 .060 • 1.5 .535 • 13.6 68 • 223 0.12 • 39 25 • 82 190 • 283
TP(I/S-0S)16PNBS-2 026430 2 .030 • 0.76 .060 • 1.5 .805 • 20.5 68 • 223 0.12 • 39 25 • 82 350 • 521
TP(I/S-0S)16PNBS-3 026431 3 .030 • 0.76 .080 • 2.0 .885 • 22.5 68 • 223 0.12 • 39 25 • 82 425 • 632
TP(I/S-0S)16PNBS-4 026432 4 .030 • 0.76 .080 • 2.0 .920 • 23.4 68 • 223 0.12 • 39 25 • 82 490 • 729
TP(I/S-0S)16PNBS-5 026433 5 .030 • 0.76 .080 • 2.0 .965 • 24.5 68 • 223 0.12 • 39 25 • 82 545 • 811
TP(I/S-0S)16PNBS-6 026434 6 .030 • 0.76 .080 • 2.0 1.025 • 26.0 68 • 223 0.12 • 39 25 • 82 610 • 908
TP(I/S-0S)16PNBS-7 026435 7 .030 • 0.76 .080 • 2.0 1.025 • 26.0 68 • 223 0.12 • 39 25 • 82 635 • 945
TP(I/S-0S)16PNBS-8 026436 8 .030 • 0.76 .080 • 2.0 1.205 • 30.6 68 • 223 0.12 • 39 25 • 82 800 • 1191
TP(I/S-0S)16PNBS-10 026437 10 .030 • 0.76 .080 • 2.0 1.235 • 31.4 68 • 223 0.12 • 39 25 • 82 875 • 1302
TP(I/S-0S)16PNBS-12 026438 12 .030 • 0.76 .080 • 2.0 1.285 • 32.6 68 • 223 0.12 • 39 25 • 82 965 • 1436
TP(I/S-0S)16PNBS-16 026439 16 .030 • 0.76 .110 • 2.8 1.465 • 37.2 68 • 223 0.12 • 39 25 • 82 1255 • 1868
TP(I/S-0S)16PNBS-20 026440 20 .030 • 0.76 .110 • 2.8 1.585 • 40.2 68 • 223 0.12 • 39 25 • 82 1470 • 2188
TP(I/S-0S)16PNBS-24 026441 24 .030 • 0.76 .125 • 3.2 1.835 • 46.6 68 • 223 0.12 • 39 25 • 82 1860 • 2786
14 AWG • 1.94 mm2
Insulation Sheath Cable Diameter Characteristic Cable WeightType Draka Number of Thickness Thickness (nominal) Impedance Inductance Capacitance (approximate)Designation Number Pairs in • mm in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m Lbs/mft • Kg/km
TP(0S)14PNBS-1 026693 1 .030 • 0.76 .060 • 1.5 .575 • 14.6 60 • 197 0.10 • 33 28 • 92 220 • 327
TP(I/S-0S)14PNBS-2 026443 2 .030 • 0.76 .060 • 1.5 .820 • 20.8 68 • 223 0.12 • 39 25 • 82 385 • 573
TP(I/S-0S)14PNBS-3 026444 3 .030 • 0.76 .080 • 2.0 .900 • 22.9 68 • 223 0.12 • 39 25 • 82 490 • 729
TP(I/S-0S)14PNBS-4 026445 4 .030 • 0.76 .080 • 2.0 .970 • 24.6 68 • 223 0.12 • 39 25 • 82 575 • 856
TP(I/S-0S)14PNBS-5 026446 5 .030 • 0.76 .080 • 2.0 1.030 • 26.2 68 • 223 0.12 • 39 25 • 82 650 • 967
TP(I/S-0S)14PNBS-6 026447 6 .030 • 0.76 .080 • 2.0 1.140 • 29.0 68 • 223 0.12 • 39 25 • 82 780 • 1161
TP(I/S-0S)14PNBS-7 026448 7 .030 • 0.76 .080 • 2.0 1.140 • 29.0 68 • 223 0.12 • 39 25 • 82 810 • 1205
TP(I/S-0S)14PNBS-8 026449 8 .030 • 0.76 .080 • 2.0 1.215 • 30.9 68 • 223 0.12 • 39 25 • 82 900 • 1339
TP(I/S-0S)14PNBS-10 026450 10 .030 • 0.76 .080 • 2.0 1.290 • 32.8 68 • 223 0.12 • 39 25 • 82 1030 • 1533
TP(I/S-0S)14PNBS-12 026451 12 .030 • 0.76 .110 • 2.8 1.445 • 36.7 68 • 223 0.12 • 39 25 • 82 1250 • 1860
TP(I/S-0S)14PNBS-16 026452 16 .030 • 0.76 .110 • 2.8 1.580 • 40.1 68 • 223 0.12 • 39 25 • 82 1525 • 2269
TP(I/S-0S)14PNBS-20 026453 20 .030 • 0.76 .125 • 3.2 1.800 • 45.7 68 • 223 0.12 • 39 25 • 82 1960 • 2917
TP(I/S-0S)14PNBS-24 026454 24 .030 • 0.76 .125 • 3.2 1.980 • 50.3 68 • 223 0.12 • 39 25 • 82 2260 • 3363
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 22 of 62
BOSTRIG™ TYPE P SIGNAL CABLE
individual and overall shielded multipair / armored and sheathed16 & 14 AWG / 600V or 0.6/1kV
DUSA_MOG22_0807
36
www.DrakaMOG.com
BOSTRIG™ TYPE P CONTROL CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 43 of 62
Individual and overall shielded multipair /unarmoredTYPE P CONTROL CABLE600V or 0.6/1kV20 & 18 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored andsheathed version.
31 2 4
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL1309/CSA245 and the performance requirements of IEC 60092-3.
Det Norske Veritas Type Approval Certificates E8792, E8793, E8794, E8795 and E8796.
American Bureau of Shipping Approval Certificate03-HS347018C/3-PDA.
Lloyds Registry of Shipping Approval Certificates No.95/00161 (E3) and 95-00162(E3)
Transport Canada Approved AMS400-20-2
Manufactured tc BIW Specifying Standard J105
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 0.6/1kV
Ratings
Meets all test requirements of IEEE 1580 (2001) and the flame testin IEC 60332-3, Category A.
Listed by ETL per IEEE 1580 (2001), UL 1309/CSA 245 and IEEE 45(1998) for 600V.
Bostrig Type P cables comply with the Crush and Impact require-ments of UL 2225.
DUSA_MOG43_0807
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). Thickness as shown in tables on opposite page.
37
DUSA_MOG44_0807
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 44 of 62
BOSTRIG™ TYPE P CONTROL CABLE
individual and overall shielded multipair / unarmored20 & 18 AWG / 600V or 0.6/1kV
20 AWG • 0.61 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Pairs in • mm in • mm in • mm Lbs/mft • Kg/km
TP(0S)20PN-1 026338 1 .030 • 0.76 .060 • 1.5 .330 • 8.4 55 • 92
TP(I/S-0S)20PN-2 026339 2 .030 • 0.76 .060 • 1.5 .540 • 13.7 120 • 179
TP(I/S-0S)20PN-3 026340 3 .030 • 0.76 .060 • 1.5 .550 • 13.9 135 • 201
TP(I/S-0S)20PN-4 026341 4 .030 • 0.76 .060 • 1.5 .600 • 15.2 165 • 246
TP(I/S-0S)20PN-5 026342 5 .030 • 0.76 .060 • 1.5 .650 • 16.5 190 • 283
TP(I/S-0S)20PN-6 026343 6 .030 • 0.76 .060 • 1.5 .700 • 17.8 215 • 320
TP(I/S-0S)20PN-7 026344 7 .030 • 0.76 .060 • 1.5 .700 • 17.8 230 • 342
TP(I/S-0S)20PN-8 026345 8 .030 • 0.76 .060 • 1.5 .760 • 19.3 265 • 394
TP(I/S-0S)20PN-10 026346 10 .030 • 0.76 .080 • 2.0 .900 • 22.9 360 • 536
TP(I/S-0S)20PN-12 026347 12 .030 • 0.76 .080 • 2.0 .925 • 23.5 400 • 595
TP(I/S-0S)20PN-16 026348 16 .030 • 0.76 .080 • 2.0 1.030 • 26.2 510 • 759
TP(I/S-0S)20PN-20 026349 20 .030 • 0.76 .080 • 2.0 1.130 • 28.7 600 • 893
TP(I/S-0S)20PN-24 026350 24 .030 • 0.76 .080 • 2.0 1.265 • 32.1 720 • 1071
18 AWG • 0.96 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Pairs in • mm in • mm in • mm Lbs/mft • Kg/km
TP(0S)18PN-1 1 .030 • 0.76 .060 • 1.5 .350 • 8.9 65 • 97
TP(I/S-0S)18PN-2 026352 2 .030 • 0.76 .060 • 1.5 .605 • 15.4 160 • 238
TP(I/S-0S)18PN-3 026353 3 .030 • 0.76 .060 • 1.5 .635 • 16.1 180 • 268
TP(I/S-0S)18PN-4 026354 4 .030 • 0.76 .060 • 1.5 .675 • 17.2 225 • 335
TP(I/S-0S)18PN-5 026355 5 .030 • 0.76 .060 • 1.5 .710 • 18.0 245 • 365
TP(I/S-0S)18PN-6 026356 6 .030 • 0.76 .060 • 1.5 .765 • 19.4 285 • 424
TP(I/S-0S)18PN-7 026357 7 .030 • 0.76 .060 • 1.5 .800 • 20.3 340 • 506
TP(I/S-0S)18PN-8 026358 8 .030 • 0.76 .080 • 2.0 .960 • 24.4 440 • 655
TP(I/S-0S)18PN-10 026359 10 .030 • 0.76 .080 • 2.0 1.025 • 26.0 515 • 766
TP(I/S-0S)18PN-12 026360 12 .030 • 0.76 .080 • 2.0 1.045 • 26.5 565 • 841
TP(I/S-0S)18PN-16 026361 16 .030 • 0.76 .080 • 2.0 1.160 • 29.5 720 • 1071
TP(I/S-0S)18PN-20 026362 20 .030 • 0.76 .080 • 2.0 1.240 • 31.5 825 • 1228
TP(I/S-0S)18PN-24 026363 24 .030 • 0.76 .110 • 2.8 1.450 • 36.8 1060 • 1577
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
38
www.DrakaMOG.com
BOSTRIG™ TYPE P SIGNAL CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 19 of 62
Individual and overall shielded multipair /armored and sheathedTYPE P SIGNAL CABLE600V or 0.6/1kV20 & 18 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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).They are suitable for use in Class I, Division I and Zone Iapplications (armored & sheathed) and meet the crushand impact resistance requirements (C&IR) of UL 2225.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
31 2 54 6
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J106
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). Thickness as shown on data sheet for unarmored version.5. Armor Braided bronze in accordance with IEEE 1580 (2001).6. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 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) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
DUSA_MOG19_0807
39
20 AWG • 0.61 mm2
Insulation Sheath Cable Diameter Characteristic Cable WeightType Draka Number of Thickness Thickness (nominal) Impedance Inductance Capacitance (approximate)Designation Number Pairs in • mm in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m Lbs/mft • Kg/km
TP(0S)20PNBS-1 026403 1 .030 • 0.76 .060 • 1.5 .510 • 13.0 82 • 269 0.14 • 46 21 • 69 170 • 253
TP(I/S-0S)20PNBS-2 026404 2 .030 • 0.76 .060 • 1.5 .720 • 18.3 82 • 269 0.14 • 46 21 • 69 295 • 439
TP(I/S-0S)20PNBS-3 026405 3 .030 • 0.76 .060 • 1.5 .730 • 18.5 82 • 269 0.14 • 46 21 • 69 320 • 476
TP(I/S-0S)20PNBS-4 026406 4 .030 • 0.76 .060 • 1.5 .780 • 19.8 82 • 269 0.14 • 46 21 • 69 360 • 536
TP(I/S-0S)20PNBS-5 026407 5 .030 • 0.76 .080 • 2.0 .890 • 22.6 82 • 269 0.14 • 46 21 • 69 440 • 655
TP(I/S-0S)20PNBS-6 026408 6 .030 • 0.76 .080 • 2.0 .925 • 23.5 82 • 269 0.14 • 46 21 • 69 485 • 722
TP(I/S-0S)20PNBS-7 026409 7 .030 • 0.76 .080 • 2.0 .925 • 23.5 82 • 269 0.14 • 46 21 • 69 500 • 744
TP(I/S-0S)20PNBS-8 026410 8 .030 • 0.76 .080 • 2.0 .980 • 24.9 82 • 269 0.14 • 46 21 • 69 550 • 818
TP(I/S-0S)20PNBS-10 026411 10 .030 • 0.76 .080 • 2.0 1.120 • 28.5 82 • 269 0.14 • 46 21 • 69 690 • 1027
TP(I/S-0S)20PNBS-12 026412 12 .030 • 0.76 .080 • 2.0 1.150 • 29.2 82 • 269 0.14 • 46 21 • 69 730 • 1086
TP(I/S-0S)20PNBS-16 026413 16 .030 • 0.76 .080 • 2.0 1.250 • 31.8 82 • 269 0.l4 • 46 21 • 69 885 • 1317
TP(I/S-0S)20PNBS-20 026414 20 .030 • 0.76 .080 • 2.0 1.350 • 34.3 82 • 269 0.14 • 46 21 • 69 1060 • 1577
TP(I/S-0S)20PNBS-24 026415 24 .030 • 0.76 .110 • 2.8 1.545 • 39.2 82 • 269 0.14 • 46 21 • 69 1260 • 1875
18 AWG • 0.96 mm2
Insulation Sheath Cable Diameter Characteristic Cable WeightType Draka Number of Thickness Thickness (nominal) Impedance Inductance Capacitance (approximate)Designation Number Pairs in • mm in • mm in • mm Ω/kft - Ω/km mH/kft • mH/km pF/ft • pF/m Lbs/mft • Kg/km
TP(0S)18PNBS-1 026664 1 .030 • 0.76 .060 • 1.5 .535 • 13.6 73 • 239 0.13 • 43 23 • 75 185 • 275
TP(I/S-0S)18PNBS-2 026417 2 .030 • 0.76 .060 • 1.5 .785 • 19.5 73 • 239 0.13 • 43 23 • 75 350 • 521
TP(I/S-0S)18PNBS-3 026418 3 .030 • 0.76 .060 • 1.5 .845 • 21.5 73 • 239 0.13 • 43 23 • 75 395 • 588
TP(I/S-0S)18PNBS-4 026419 4 .030 • 0.76 .080 • 2.0 .895 • 22.7 73 • 239 0.13 • 43 23 • 75 465 • 692
TP(I/S-0S)18PNBS-5 026420 5 .030 • 0.76 .080 • 2.0 .930 • 23.6 73 • 239 0.13 • 43 23 • 75 505 • 752
TP(I/S-0S)18PNBS-6 026421 6 .030 • 0.76 .080 • 2.0 .990 • 25.2 73 • 239 0.13 • 43 23 • 75 570 • 848
TP(I/S-0S)18PNBS-7 026422 7 .030 • 0.76 .080 • 2.0 1.020 • 25.9 73 • 239 0.13 • 43 23 • 75 605 • 900
TP(I/S-0S)18PNBS-8 026423 8 .030 • 0.76 .080 • 2.0 1.180 • 30.0 73 • 239 0.13 • 43 23 • 75 725 • 1079
TP(I/S-0S)18PNBS-10 026424 10 .030 • 0.76 .080 • 2.0 1.245 • 31.6 73 • 239 0.13 • 43 23 • 75 845 • 1257
TP(I/S-0S)18PNBS-12 026425 12 .030 • 0.76 .080 • 2.0 1.265 • 32.1 73 • 239 0.13 • 43 23 • 75 910 • 1354
TP(I/S-0S)18PNBS-16 026426 16 .030 • 0.76 .110 • 2.8 1.440 • 36.6 73 • 239 0.13 • 43 23 • 75 1135 • 1689
TP(I/S-0S)18PNBS-20 026427 20 .030 • 0.76 .110 • 2.8 1.520 • 38.6 73 • 239 0.13 • 43 23 • 75 1350 • 2009
TP(I/S-0S)18PNBS-24 026428 24 .030 • 0.76 .110 • 2.8 1.760 • 44.7 73 • 239 0.13 • 43 23 • 75 1680 • 2500
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 20 of 62
BOSTRIG™ TYPE P SIGNAL CABLE
individual and overall shielded multipair / armored and sheathed20 & 18 AWG / 600V or 0.6/1kV
DUSA_MOG20_0807
40
DUSA_MOG47_0807
www.DrakaMOG.com
BOSTRIG™ TYPE P SIGNAL CABLE
Subject to change without prior notice
Bostrig Type P0807
Page 47 of 62
Individual and overall shielded multi-triad/ unarmoredTYPE P SIGNAL CABLE600V or 0.6/1kV18 & 16 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an armored andsheathed version.
31 2 4
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). Thickness as shown in tables on opposite page.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 0.6/1kV
Ratings
Meets all test requirements of IEEE 1580 (2001) and the flame test in IEC60332-3, Category A.
Listed by ETL per IEEE 1580 (2001), UL 1309/CSA 245 and IEEE 45 (1998) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL1309/CSA245 and the performance 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
Manufactured tc BIW Specifying Standard J106
41
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 48 of 62
BOSTRIG™ TYPE P SIGNAL CABLE
individual and overall shielded multitriad / unarmored18 & 16 AWG / 0.6/1kV18 AWG • 0.96 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Triads in • mm in • mm in • mm Lbs/mft • Kg/km
TT(0S)18PN-1 1 .030 • 0.76 .060 • 1.5 .360 • 9.1 75 • 111
TT(I/S-0S)18PN-2 026456 2 .030 • 0.76 .060 • 1.5 .605 • 15.4 165 • 246
TT(I/S-0S)18PN-3 026457 3 .030 • 0.76 .060 • 1.5 .640 • 16.3 210 • 313
TT(I/S-0S)18PN-4 026458 4 .030 • 0.76 .060 • 1.5 .705 • 17.9 265 • 394
TT(I/S-0S)18PN-5 026459 5 .030 • 0.76 .060 • 1.5 .775 • 19.7 315 • 469
TT(I/S-0S)18PN-6 026460 6 .030 • 0.76 .080 • 2.0 .880 • 22.4 390 • 580
TT(I/S-0S)18PN-8 026461 8 .030 • 0.76 .080 • 2.0 .955 • 24.5 495 • 737
TT(I/S-0S)18PN-12 026462 12 .030 • 0.76 .080 • 2.0 1.155 • 29.3 715 • 1064
16 AWG • 1.23 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Triads in • mm in • mm in • mm Lbs/mft • Kg/km
TT(0S)16PN-1 026625 1 .030 • 0.76 .060 • 1.5 .370 • 9.4 85 • 126
TT(I/S-0S)16PN-2 026465 2 .030 • 0.76 .060 • 1.5 .630 • 16.0 180 • 268
TT(I/S-0S)16PN-3 026466 3 .030 • 0.76 .060 • 1.5 .670 • 17.0 235 • 350
TT(I/S-0S)16PN-4 026467 4 .030 • 0.76 .060 • 1.5 .740 • 18.8 295 • 439
TT(I/S-0S)16PN-5 026468 5 .030 • 0.76 .060 • 1.5 .815 • 20.7 355 • 528
TT(I/S-0S)16PN-6 026469 6 .030 • 0.76 .080 • 2.0 .915 • 23.1 446 • 662
TT(I/S-0S)16PN-8 026470 8 .030 • 0.76 .080 • 2.0 1.070 • 27.2 625 • 930
TT(I/S-0S)16PN-12 026471 12 .030 • 0.76 .080 • 2.0 1.215 • 30.9 805 • 1198
TT(I/S-0S)16PN-16 026472 16 .030 • 0.76 .080 • 2.0 1.360 • 34.5 1050 • 1563
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
DUSA_MOG48_0807
42
www.DrakaMOG.com
BOSTRIG™ TYPE P SIGNAL CABLE 600V OR 0.6/1kV
Subject to change without prior notice
Bostrig Type P0807
Page 23 of 62
Individual and overall shielded multi-triad/ armored and sheathedTYPE P SIGNAL CABLE600V or 0.6/1kV18 & 16 AWG
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed for power, control, signal and instrumentation applications for 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).They are suitable for use in Class I, Division I and Zone Iapplications (armored & sheathed) and meet the crushand impact resistance requirements (C&IR) of UL 2225.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexibledesign. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product is readily available in an unarmored version.
31 2 54 6
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). Thickness as shown on data sheet for unarmored version.5 Armor Braided bronze in accordance with IEEE 1580 (2001).6. Sheath Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene
as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Meets IEEE standards for 600V / IEC standards for 0.6/1kV
Ratings
Meets all test requirements of IEEE 1580 (2001) and the flame test in IEC60332-3, Category A.
Listed by ETL per IEEE 1580 (2001), UL 1309/CSA 245 and IEEE 45 (1998) for600V.
Bostrig Type P cables comply with the Crush and Impact requirements ofUL 2225.
Approvals
ETL/Intertek Testing Services Listed as Marine ShipboardCable in accordance with IEEE 45 (1998), IEEE 1580(2001), UL 1309/CSA245 and the performance 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
Manufactured to BIW Specifying Standard J106
DUSA_MOG23_0807
43
18 AWG • 0.96 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Triads in • mm in • mm in • mm Lbs/mft • Kg/km
TT(0S)18PNBS-1 026473 1 .030 • 0.76 .060 • 1.5 .540 • 13.7 200 • 298
TT(I/S-0S)18PNBS-2 026474 2 .030 • 0.76 .060 • 1.5 .785 • 19.9 360 • 536
TT(I/S-0S)18PNBS-3 026475 3 .030 • 0.76 .060 • 1.5 .850 • 21.6 430 • 640
TT(I/S-0S)18PNBS-4 026476 4 .030 • 0.76 .080 • 2.0 .930 • 23.6 525 • 781
TT(I/S-0S)18PNBS-5 026477 5 .030 • 0.76 .080 • 2.0 .995 • 25.3 590 • 878
TT(I/S-0S)18PNBS-6 026478 6 .030 • 0.76 .080 • 2.0 1.100 • 28.0 715 • 1064
TT(I/S-0S)18PNBS-8 026479 8 .030 • 0.76 .080 • 2.0 1.175 • 29.9 825 • 1228
TT(I/S-0S)18PNBS-12 026480 12 .030 • 0.76 .110 • 2.8 1.440 • 36.6 1180 • 1756
TT(I/S-0S)18PNBS-16 026481 16 .030 • 0.76 .110 • 2.8 1.570 • 39.9 1450 • 2158
16 AWG • 1.23 mm2
Insulation Sheath Cable Diameter Cable WeightType Draka Number of Thickness Thickness (nominal) (approximate)Designation Number Triads in • mm in • mm in • mm Lbs/mft • Kg/km
TT(0S)16PNBS-1 026716 1 .030 • 0.76 .060 • 1.5 .550 • 14.0 210 • 313
TT(I/S-0S)16PNBS-2 026483 2 .030 • 0.76 .060 • 1.5 .810 • 20.6 380 • 566
TT(I/S-0S)16PNBS-3 026484 3 .030 • 0.76 .080 • 2.0 .890 • 22.6 485 • 722
TT(I/S-0S)16PNBS-4 026485 4 .030 • 0.76 .080 • 2.0 .960 • 24.4 570 • 848
TT(I/S-0S)16PNBS-5 026486 5 .030 • 0.76 .080 • 2.0 1.035 • 26.3 645 • 960
TT(I/S-0S)16PNBS-6 026487 6 .030 • 0.76 .080 • 2.0 1.130 • 28.7 770 • 1146
TT(I/S-0S)16PNBS-8 026488 8 .030 • 0.76 .080 • 2.0 1.290 • 32.8 950 • 1414
TT(I/S-0S)16PNBS-12 026489 12 .030 • 0.76 .110 • 2.8 1.495 • 38.0 1280 • 1905
TT(I/S-0S)16PNBS-16 026490 16 .030 • 0.76 .110 • 2.8 1.640 • 41.7 1565 • 2329
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 24 of 62
BOSTRIG™ TYPE P SIGNAL CABLE
individual and overall shielded multi-triad / armored and sheathed18 & 16 AWG / 0.6/1kV
DUSA_MOG24_0807
44
DUSA_MOG57_0807
www.DrakaMOG.com
BOSTRIG™ TYPE P-VFD POWER CABLE 2000V
Subject to change without prior notice
Bostrig Type P0807
Page 57 of 62
Shielded three conductor / unarmored orarmored and sheathed
TYPE P VFD CABLE2000V1/0 AWG to 777 MCM
Construction
1. Conductors Soft annealed 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). Insulation is printed with phase markings as required.
3. Ground Conductors All Bostrig Type P-VFD Cables listed in this specification sheet are built using system grounds equal to the aggregte cross-section of a phase conductor and can be in contact withor isolated from the overall shield. A system ground is REQUIRED for supplying power from the switchboard to the inverter and then to the motor. If the VFD cable is only being used between the motor and the inverter, a cable with a lesser ground can be ordered.
4. Shield Braided tinner cooper for 95% coverage.5. Jacket Flame-retardant Arctic Neoprene, complying with Type N Neoprene as required in IEEE-1580
(2001).6. Armor (Optional) Braided bronze in accordance with IEEE 1580 (2001).
7. Sheath (Optional) Flame-retardant Arctic Neoprene applied over the armor, complying with Type N Neoprene as required in IEEE 1580 (2001). Thickness as shown in tables on opposite page.
Applications
BostrigTM Type P shielded three conductor VFD Marine and Offshore Cable is designed specifically for use with variable frequency AC motor drives. This cable is ETL listed per IEEE 45 (1998), IEEE 1580 (2001) and UL 1309/CSA 245.
Bostrig cables have excellent resistance to oil, abrasion, moisture and sunlight and ester-based mud (Type P-MR).They are suitable for use in Class I, Division I and Zone I applications (armored & sheathed) and meet the crush andimpact resistance requirements (C&IR) of UL 2225 and complies with UL 1277 Type TC exposed runs requirements.
The standard insulation has a continuous operating temperature of 125ºC allowing for higher ampacity levels. Larger diameter cables carry a new flexible design. They satisfy Transport Canada’s cold bend at -40ºC and cold impact at -35ºC (CSA C 22.2 No. 0.3).
This product can be manufactured in an unarmored or armored and sheathed version.
Features
• Low smoke/zero halogen construction meets appropriate IEEE and IEC standards for fire, smoke, and toxicity• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact• Gigabit Ethernet 802.3Z compliant
RatingsMeets 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) for 2000V.
Type approved by DNV, ABS, Lloyds and Transport Canada.
Bostrig Type P cables comply to UL 1277 Type TC exposed runs requirements and with the crush and impact requirements of UL 2225.
1 2 3 4 5 6 7
45
DUSA_MOG58_0807
unarmoredSheath Cable Diameter Calculated Ampacity† Cable Weight
Type Draka Conductor Size Ground Size Thickness (nominal) Inductance Capacitance (measured @ ºC) (approximate)Designation Number AWG/MCM • mm2 AWG/MCM • mm2 in • mm in • mm Ω/kft - Ω/km pF/ft • pF/m 95 • 100 • 110 Lbs/mft • Kg/km
TP(OBS)N-1/0 036028 1/0 • 56.3 5 AWG •18.6 n/a 1.53 • 38.9 0.09 • 0.3 190 • 623 156 • 164 • 176 2280 • 3393
TP(OBS)N-2/0 036029 2/0 • 66.5 4 AWG • 21.5 n/a 1.63 • 41.4 0.09 • 0.3 212 • 695 175 • 186 • 201 2640 • 3928
TP(OBS)N-4/0 036030 4/0 • 112.6 1 AWG • 56.3 n/a 2.09 • 53.1 0.09 • 0.3 259 • 850 241 • 252 • 270 4480 • 6666
TP(OBS)N-262 036031 262 • 133.0 1 AWG • 56.3 n/a 2.23 • 56.6 0.09 • 0.3 247 • 810 267 • 294 • 315 5050 • 7514
TP(OBS)N-313 036032 313 • 158.6 110 AWG • 18.6 n/a 2.36 • 60.0 0.08 • 0.2 270 • 886 298 • 321 • 344 5860 • 8720
TP(OBS)N-373 036033 373 • 189.3 210 AWG • 61.5 n/a 2.56 • 65.0 0.08 • 0.2 292 • 958 333 • 361 • 387 6950 • 10342
TP(OBS)N-444 036034 444 • 225.1 310 AWG • 92.1 n/a 2.87 • 72.9 0.08 • 0.2 318 • 1043 371 • 411 • 440 8660 • 12886
TP(OBS)N-535 036035 535 • 271.2 310 AWG • 92.1 n/a 3.03 • 77.0 0.09 • 0.3 291 • 954 417 • 443 • 475 9700 • 14437
TP(OBS)N-646 036036 646 • 327.5 410 AWG • 112.6 n/a 3.18 • 80.8 0.09 • 0.3 314 • 1030 469 • 516 • 553 11400 • 16963
TP(OBS)N-777 036037 777 • 393.8 262 KCMIL • 133.0 n/a 3.52 • 89.4 0.09 • 0.3 345 • 1132 528 • 582 • 602 13520 • 20118
armored and sheathedSheath Cable Diameter Calculated Ampacity† Cable Weight
Type Draka Conductor Size Ground Size Thickness (nominal) Inductance Capacitance (measured @ ºC) (approximate)Designation Number AWG/MCM • mm2 AWG/MCM • mm2 in • mm in • mm Ω/kft - Ω/km pF/ft • pF/m 95 • 100 • 110 Lbs/mft • Kg/km
TP(OBS)NBS-1/0 036038 4/0 • 112.6 5 AWG •18.6 .11 • 2.8 1.82 • 46.2 0.09 • 0.3 190 • 623 156 • 164 • 176 3020 • 4494
TP(OBS)NBS-2/0 036039 4/0 • 112.6 4 AWG • 21.5 .11 • 2.8 1.92 • 48.8 0.09 • 0.3 212 • 695 175 • 188 • 201 3420 • 5089
TP(OBS)NBS-4/0 036040 4/0 • 112.6 1 AWG • 56.3 .11 • 2.8 2.38 • 60.4 0.09 • 0.3 259 • 850 241 • 252 • 270 5510 • 8199
TP(OBS)NBS-262 036041 262 • 133.1 1 AWG • 56.3 .11 • 2.8 2.52 • 64.0 0.09 • 0.3 247 • 810 267 • 294 • 315 6130 • 9121
TP(OBS)NBS-313 036042 313 • 158.7 110 AWG • 18.6 .11 • 2.8 2.65 • 67.3 0.08 • 0.2 270 • 886 298 • 321 • 344 7010 • 10431
TP(OBS)NBS-373 036043 373 • 189.2 210 AWG • 61.5 .14 • 3.6 2.90 • 73.7 0.08 • 0.2 292 • 958 333 • 361 • 387 8360 • 12440
TP(OBS)NBS-444 036044 444 • 225.2 310 AWG • 92.1 .14 • 3.6 3.21 • 81.5 0.08 • 0.2 318 • 1043 371 • 411 • 440 10230 • 15222
TP(OBS)NBS-535 036045 535 • 271.3 310 AWG • 92.1 .14 • 3.6 3.37 • 85.6 0.09 • 0.3 291 • 954 417 • 443 • 475 11350 • 16889
TP(OBS)NBS-646 036046 646 • 327.5 410 AWG • 112.6 .14 • 3.6 3.52 • 89.4 0.09 • 0.3 314 • 1030 469 • 516 • 553 13130 • 19537
TP(OBS)NBS-777 036047 777 • 394.2 262 KCMIL • 133.0 .14 • 3.6 3.86 • 98.0 0.09 • 0.3 345 • 1132 528 • 582 • 602 15420 • 22944
This information is provided for reference only, please consult the factory or your representative to confirm all engineering information,This information is not meant to replace the information in the appropriate and applicable standard or code.†Ampacity based on 45ºC ambient temperature: 95ºC values based on ABS MODU Rules Table 6 - 1OOºC values based on IEEE-45 Table 25 - 11 O’C values based on IEEE-45Table 25 corrected for conductor temperature. Ampacity de-rating factor for cables installed in conduit: 4 AWG and smaller multiply by O.72; 2 AWG thru 3/OAWG multiply by0.66; 4/0 AWG thru 1000 MCM multiply by O.64.
www.DrakaMOG.comSubject to change without prior notice
Bostrig Type P0807
Page 58 of 62
BOSTRIG™ TYPE P-VFD POWER CABLE
shielded three conductor / unarmored or armored and sheathed1/0 AWG to 777 MCM / 2000V
PHASE CONDUCTOR (3)
SYSTEM GROUND (3)
FILLERS (AS REQUIRED)
MYLAR TAPE
BRAIDED SHIELD
JACKET
BRAIDED ARMOR
SHEATH
46
For maintenance and repair needs, or expert guidance for new-build
projects, please contact any of our worldwide locations: EUROPE: Unit 3 Peterseat Drive Peterseat Park Altens Industrial Estate Aberdeen AB12 3HT U.K. tel: +44 1224 244800 fax: +44 1224 249839
AMERICAS: 1610 Greens Road, Suite 300 Houston, TX 77032 U.S.A. tel: +1 281 209 1070 fax: +1 281 209 3857
ASIA-PACIFIC: 25 Tuas South Street 1 Singapore 638034 tel: +65 6897 7888 fax: +65 6897 7333
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