Tricab Marine Cables

Tricab LSZH 110ºC FlexibleMarine Cables issue 2.8 FRONT COVER Top Left 108ft Orca Class Inshore Patrol Vessel by Victoria Shipyard, Victoria BC. Top Right ‘Alakai’ – 349ft vehicle-passenger fast catamaran ferry by Austal USA, Mobile AL. www.austalusa.com Bottom Left ‘Aussie Rules’ – 228ft Expedition Yacht by Oceanfast, Australia. Bottom Right ‘U.S. Naval LCS’ by Austal USA, Mobile AL. www.austalusa.com Top ‘Happy Days’ – 164ft composite yacht by Delta Marine, Seattle WA. www.deltamarine.com Center ‘Sea Fighter (FSF-1)’ – 262ft US Navy experimental SWATH by Nichols Brothers, Seattle WA. Left ‘F/V Franz’ – 1600m3 Fishing Vessel by the Marco Chilena Group, Chile. Introduction Welcome to issue 2.8 of our Marine Cables catalog. Tricab has been pioneering and re-defining cable technologies for over 30 years. The cables within this catalog represent a milestone for the marine industry as they combine the highest technical performance, outstanding flexibility, reduced weight and user-friendliness. All cables now include a high strength ripcord under all jackets, For easy and safe stripping of cable. This also applies to larger sized insulated conductors. Tricab Marine Cables conform to major international standards including IEC and IEEE and carry approvals from ABS, LR, DNV, BV, NATO, USCG, TC NAVSEA. Our cables are used globally across a broad range of platforms, including Navy and Defense Vessels, Fast Ferries, Commercial and Work Boats, Tankers, Passenger Liners, and Megayachts. We have now fully established our state of the art manufacturing facility in Massachusetts. This enables us to provide you with the highest possible service levels, and ensures reliable supply for your project requirements. We hope that you find our latest issue of real value, and we look forward to working together in the future. Right ‘M/V Fairweather’ – 235ft vehicle-passenger fast catamaran ferry by Derecktor Shipyards, Bridgeport CT. issue 2.8 Tricab flexible Marine Cables 1 Approvals and Certifications 2 Tricab flexible Marine Cables issue 2.8 Table of Contents 4 Low Smoke Zero Halogen (LSZH) - what does it mean? 8 31- PA GE NU MB ER 1-2 1 607 C5 43B 54- 7 P 1& T7 603 2 Sm N E o ke E M IEC A W miss 610 C57 ion 34- PT 1& 7 2 Fir IECe Re s 6 I E C 0 3 3 ista 6 0 3 1 , I E nt 3 C Fla IEEme R e IECE 120 tarda 603 2 nt 321 Fla m IEE e R e IEC E 120 tarda 603 2 nt 323A Ha l MIL o g e NE -DTL n Fr IECMA W -246 ee PR O S E DUC RIE T S 11 Features and Benefits MARINE CABLES PO WE R A ND C ONTRO L 110ºC Unarmored BV ✓ ✓ ✓ ✓ ✕ 12 Braided/Armored DV ✓ ✓ ✓ ✓ ✕ 14 Unarmored RC ✓ ✓ ✓ ✓ ✕ 16 Braided/Armored RS ✓ ✓ ✓ ✓ ✕ 18 Unarmored EW ✓ ✓ ✓ ✓ ✕ 20 Braided/Armored EG ✓ ✓ ✓ ✓ ✕ 22 Unarmored RR ✓ ✓ ✓ ✓ ✓ 24 Braided/Armored BH ✓ ✓ ✓ ✓ ✓ 26 Unarmored ES ✓ ✓ ✓ ✓ ✓ 28 Braided/Armored FJ ✓ ✓ ✓ ✓ ✓ 30 Unarmored FC ✓ ✓ ✓ ✓ ✓ 32 Braided/Armored FL ✓ ✓ ✓ ✓ ✓ 34 S HO R E PO WE R 110ºC EZ ✕ ✕ ✓ ✓ ✕ 36 S WITC HBO AR D WIRE 110ºC UP ✓ ✓ ✓ ✓ ✕ 38 DF ✓ ✓ ✓ ✓ ✕ 39 INS TR UMENTATIO N 110ºC Collective screened Individual and collective screened PO WE R A ND C ONTRO L – F ire Resi stant 110ºC INS TR UMENTATIO N – F ire Resistant 110ºC Collective screened Individual and collective screened VA R IABL E F REQ UENCY DRIVE 110ºC Shielded issue 2.8 Tricab flexible Marine Cables 3 Part Numbers. product ranges that have reduced weight. product ranges that have reduced OD's. text messages printed onto the cable at regular intervals. • Lightweight . A smaller bending radius benefits tight configurations. even for short lengths.8 . • Product marking .Tricab exclusively Standard lugs. These benefits translate directly into reduced installation time and cost. ladder or conduit. • Fine Copper Stranding .Tricab has developed specific Especially relevant to high speed craft. • Flexible Construction .Tricab has developed specific Additional cables can be installed within a specified cable tray. copper wire for all conductors.Features and Benefits FEATURES • Ripcord .All Tricab cables are foot-marked Assists the installation process and enables accurate stock management. ASTM B33-00 and IEC 60228.Tricab offers personalized Project Reference Codes. can all be clearly marked. terminals and connectors can be used. inventory and cost . improved bending radius and safer cable handling (especially larger sizes). combination of fine conductors. Company Name. and smaller glands reduce cost. 4 BENEFITS Tricab flexible Marine Cables issue 2. • Foot marking .also providing better electrical contact with standard round lugs. Eliminates the risk of injury from using razor knives or blades.Tricab uses a Reduced installation time and cost. Marketing Information etc. manufactures round cores throughout its entire size range. with a descending number (metre marking also available). special compounds and manufacturing processes to produce a very flexible cable. Fine stranded conductors also offer improved performance and reliability when subjected to vibration. saving installation time. • Round Concentric Cores . including reduced installation time and easier cable handing. and under the insulation on 10mm2 and larger conductors. • Small OD . and does not use sectorial conductors. as standard. where weight saving translates into improved performance and overall cost benefits. in accordance with ASTM B3-01.Tricab includes a high strength ripcord Provides quick and efficient removal of any length of jacket or insulation without the risk of damage to underlying components.Tricab uses very fine Significantly increased flexibility has numerous practical benefits. Quality Data. under all bedding and overall jackets. • Quality accreditation .Tricab has invested in manpower. we are continually improving cable performance. either due to an emergency or unexpected contingency. Asia. ABS.Tricab has been supplying We believe that satisfied customers are our strength and we do everything in our power to ensure that we both grow and prosper over the long term. saving time and money. CSA.FEATURES BENEFITS • Make to order facility . Europe and North America. When cable is needed urgently. Tricab has the systems in place to fast-track the manufacturing process. working very closely with our sales team and customers. If required. • Approvals . Customers receive exactly what they need. certification bodies. increasing supply reliability and saving time and money.Tricab operates an accredited Quality system in accordance with ISO 9001:2008. machinery and materials to provide a short leadtime manufacturing capability. the Middle East. No need for the user to compromise or accept an alternative cable. UL. which in turn provides improved products and services to our customers. reducing downtime and saving time and money. • Reliable long-term partner . We support customer projects wherever they may be.Tricab can manufacture cables exactly to customer specifications. • Global distribution . we also obtain specific case approval. We believe in long term partnerships and have a solid track record of successfully completed projects worldwide. • Research & development . streamlining logistics. • Quick response .Tricab maintains a very active R&D programme. both within our manufacturing plant and our global offices and warehouses. In conjunction with our in-house laboratory. It also allows cables left over from one project to be used for future projects.Tricab operates its own network of company offices and warehouses worldwide. innovative cable solutions since 1978. BV. New cable technologies are introduced to our customers on an ongoing basis. We continually improve our quality performance.Tricab maintains approvals from numerous Reliable certification simplifies the task for procurement and engineering. issue 2. including LR.8 Tricab flexible Marine Cables 5 . We currently have operations in the Pacific. DNV. co.Below Below ‘M2 Series’ – Catamaran by Moose Boats. . San Francisco CA. Victoria BC. ‘Midnight’ built by Fitzroy Yachts NewZealand.fitzroyyachts.nz Above 108ft Orca Class Inshore Patrol Vessel by Victoria Shipyard. www. Mobile AL. Sturgeon Bay WI.austalusa. . www.Below ‘Alakai’ – 349ft vehicle-passenger fast catamaran ferry by Austal USA.com Above ‘Vanquish’ – 120ft Sportyacht by Palmer Johnson. specifically the quantity of smoke generated and the toxicity of the emissions. strong oxidizers and very chemically reactive. Chlorine. as indicated below. Bromine.8 . Tricab uses only materials generating less than 0.5% HCL emissions Halogens . Fluorine.and the effect of combustion In their basic form. LSZH and non LSZH cables behave in very different ways. Tricab LSZH Cables NO HAL OGE NS Non LSZH Cables L OW S MOK E HALOGEN EMISSI ONS CORR OS I VE ACI DS NO ACI DS 8 Tricab flexible Marine Cables DENSE SMOKE issue 2.Low Smoke Zero Halogen (LSZH) What does it mean? LSZH LSZH simply translates to Low Smoke Zero Halogen and refers to the behavior of chemical compounds when combusted . In the event of combustion.What are they? Halogens are a group of five elements comprising. Halogens are very toxic. Iodine and Astatine. Fluorine Chlorine Bromine Iodine Astatine Halogens . nose. emit no toxic fumes.8 Tricab flexible Marine Cables 9 . Increased concentrations are considered fatal to humans. Non LSZH cables. are typically manufactured from thermoplastic compounds. When combusted. On combustion. LSZH cables are therefore ideally suited for all marine applications where personnel safety and protection of valuable equipment are of paramount importance. paint surfaces etc. mouth. these compounds generate highly toxic fumes that cause severe irritation to the eyes. motors. In many cases the effects of acid corrosion after a fire are much more severe than the actual fire damage itself. Halogens combine with moisture to form Hydrochloric Acid. This extremely corrosive acid is potentially deadly to humans and always causes extensive property damage. floor coverings. They also generate large volumes of dense black smoke that blocks visibility and severely disrupts evacuation procedures. The smoke and fumes can also lead to suffocation from smoke inhalation. A one metre length of burning cable that contains 0. throat and lungs. generate very little smoke and produce no corrosive or caustic acids. Tricab LSFLEX® .Insulation & Jacket Materials ✓ are halogen free ✓ emit low smoke ✓ do not form corrosive acids ✓ have an extremely low fuel element Tricab LSFLEX® . fixtures. furnishings.85Kg of PVC will completely obscure a room of 1000m3 with black toxic smoke in less than five minutes. such as PVC. Acids of this nature aggressively attack electrical switchboards.Insulation & Jacket Materials comply with the following standards: IEEE 1202 NEMA WC57 Pt7 MIL-DTL-24643B issue 2.Low Smoke Zero Halogen (LSZH) What does it mean? What is the difference between LSZH and non LSZH cables? LSZH cables have a zero Halogen content. or Halogenated Cables. austal.Below ‘Benchijigua Express’ – 416ft high speed vehicle-passenger trimaran ferry by Austal. www. Australia.com . Tricab Cables flexible lightweight Low Smoke Zero Halogen Marine Cables . 6 479 - 713 512 - 762 588 - 875 250 1c 3/0 1c 95 0. Jackets.000 4.27 0.385 5. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) APPROX.7 988 - 1470 1035 - 1540 1143 - 1700 412 1c 365 McM 1c 185 0.860 0. Significantly exceeds IEEE-1580 Table 11 Available in plain or tinned OPERATING TEMP -40°C to +110°C VOLTAGE RATING 600/1000 Volts Insulation: LSFLEX R-30.5 1538 - 2289 1594 - 2372 1722 - 2562 579 1c 592 McM 1c 300 1.03 1.250 0.540 6.8 58 .9 1894 - 2818 1956 - 2910 2097 - 3121 623 1c 789 McM 1c 400 1.930 3. Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze. Low Smoke. and Inner components to UL 1309 . single banked.30 1.0 248 - 369 273 - 407 332 - 494 162 1c 1 1c 50 0. Low Smoke. Thermoset.645 2.1 54 - 80 69 - 102 102 - 152 1c 8 1c 10 0. skydrol. Where circuit integrity under fire conditions is required see RR series.0 643 - 957 681 - 1014 769 - 1144 306 1c 236 McM 1c 120 0. DNV.05” to OVERALL DIAMETER in tables.695 0. Add 0.77 0. LR. ASTM B33-00 and IEC 60228.82 0.22 0. 12 IEC 60228 IEC 60092-350 IEC 60092-353 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 Tricab flexible Marine Cables issue 2.595 0.93 1.2 No.8 3918 - 5830 4003 - 5957 4198 - 6247 990 * Based on IEEE 45-2002 Table 25 for cables installed in free air. Flame Retardant. NUMBER OF CONDUCTORS (c) XX XX AWG/kcmil mm2 AWG/kcmil DIAMETER DIAMETER OVER OVER INSULATION (inches) OVERALL DIAMETER (Inches) Min Max MINIMUM MINIMUM BENDING BENDING RADIUS RADIUS (Inches) APPROVALS USCG.750 0.BV Flexible IEEE Marine Power & Control series 0.17 1. Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Includes ripcord on 10mm2 and larger CORE IDENTIFICATION To customer specification Assembly: Conductors cabled with filler as required and overall binder tape or Aluminum/ Polyester Shield + drain wire STANDARDS ASTM B3-01 ASTM B33-00 Ripcord: High strength ripcord under jacket IEEE-45 IEEE-1580 IEEE-1202 ® JACKET COLOR To customer specification ® Jacket: LSFLEX S-50.575 1.45 1. ABS.455 0.275 1. gasoline. Where mechanical or EMC protection is required see DV series.295 0.3 86 - 128 103 - 153 142 - 211 76 1c 6 1c 16 0.135 1.5 124 - 185 143 - 214 188 - 280 101 1c 4 1c 25 0.705 6. WEIGHT No Overbraid (lbs/kft)-(kg/km) APPROX.420 1.66 0.270 1.5 2486 - 3699 2555 - 3802 2714 - 4038 785 1c 986 McM 1c 500 1. WEIGHT w/ Bronze (lbs/kft)-(kg/km) AMPACITY* AMPACITY* AT AT 90ºC 90°C (Amps) 1c 10 1c 6 0.320 1.37 0. sea water. Resists ozone and UV. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil.61 0.230 4.115 4.18 0.2 3129 - 4656 3206 - 4770 3382 - 5032 867 1c 1243 McM 1c 630 1.920 1.570 2.3 784 - 1167 825 - 1228 920 - 1368 376 1c 296 McM 1c 150 0. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.51 0. acid.44 0. BV Transport Canada Marine Safety “Cable constructions.490 2.3 349 - 519 378 - 563 445 - 662 202 1c 2/0 1c 70 0.32 0.CSA C22.815 3.525 0. Polyolefinic.7 184 - 274 207 - 307 258 - 385 133 1c 2 1c 35 0.400 0. Polyolefinic.0 1207 - 1796 1257 - 1871 1372 - 2042 464 1c 473 McM 1c 240 0.025 1. Flame Retardant.435 1.6/1kV 110°C LSZH APPLICATION Flexible Power and Control cables suitable for all marine applications. 245 for Cold Bend (-40C) and Cold Impact (-35C)” APPROX.370 1. @ 45°C ambient.750 3.345 0. Cross-linked. 4 1.915 1.435 0.305 1.975 0.510 0.415 0.5 24c 24c 24c 14 14 24c 2.2 2.500 0.415 1.130 2.910 0.740 0.8 1.550 0.1 2.5 27c 27c 27c 16 16 27c 1.545 0.6 4.905 0.370 0.705 1.260 1.5 5.9 2.2 8.5 2.5 2.9 2.560 0.415 0.4 2.5 12c 12c 12c 14 14 12c 2.0 3.135 1.355 0.840 0.570 0.655 0.5 2.3 3.370 0.5 2.3 1.050 1.495 0.3 1.8 3.850 0.3 1.0 2.0 4.965 1.535 0.5 1.8 3.500 0.2 9.6 1.665 0.875 0.930 0.5 2c 2c 2c 12 12 2c 4 4 2c 2c 2c 10 10 2c 6 6 2c 2c 2c 8 8 2c 10 10 2c 2c 6 2c 16 16 2c 6 2c 2c 2c 4 4 2c 25 25 2c 2c 2c 2 2 2c 35 35 3c 3c 3c 16 16 3c 1.115 0.8 7.345 0. single banked.305 0.545 0.305 0.0 2.205 1.715 0.735 0.8 6.130 2.060 2.8 2.140 MINIMUM MINIMUM MINIMUM BENDING BENDING BENDING RADIUS RADIUS RADIUS (Inches) 1.470 0.5 24c 24c 24c 16 16 24c 1.8 3.400 0.5 1.480 0.725 0.655 0.340 1.2 2.495 0.050 1.370 0.8 2.435 0.570 0.9 1.940 0.4 3.450 0.2 6.495 0.790 0.0 5.505 0.2 1.295 2.7 1.615 0.5 19c 19c 19c 14 14 19c 2.405 0.965 2.705 1.665 0.725 0.5 2.785 0.6 5.535 1.6 3.615 0.605 0.5 1.410 1.855 0.3 10.5 1. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 69 69 90 90 119 119 154 154 235 235 332 332 483 483 644 644 81 81 110 110 148 148 196 196 304 304 434 434 639 639 857 857 1198 1198 1634 1634 2199 2199 2668 2668 3379 3379 4100 4100 5212 5212 6417 6417 99 99 135 135 185 185 244 244 384 384 552 552 816 816 1100 1100 1543 1543 2111 2111 2844 2844 3455 3455 4376 4376 5320 5320 117 117 161 161 222 222 297 297 469 469 676 676 1004 1004 1354 1354 1902 1902 141 141 231 231 330 330 435 435 464 464 548 548 601 601 197 197 327 327 473 473 625 625 671 671 795 795 874 874 --- - 102 102 134 134 177 177 230 230 350 350 494 494 719 719 958 958 121 121 163 163 221 221 291 291 452 452 646 646 951 951 1275 1275 1783 1783 2432 2432 3273 3273 3970 3970 5028 5028 6101 6101 7755 7755 9549 9549 147 147 200 200 275 275 364 364 571 571 821 821 1215 1215 1637 1637 2296 2296 3142 3142 4232 4232 5141 5141 6511 6511 7916 7916 174 174 239 239 330 330 442 442 697 697 1006 1006 1494 1494 2015 2015 2831 2831 210 210 344 344 491 491 648 648 691 691 815 815 894 894 294 294 487 487 704 704 930 930 998 998 1183 1183 1301 1301 APPROX.710 0.445 0.1 6.425 0.9 2.850 1.5 2.5 8.410 0.665 1.835 0.740 0.525 0.5 2.0 2.445 0.350 0.710 0.970 0.5 2.670 0.385 0.870 0.8 BVm BVm Tricab flexible Marine Cables 20 20 31 31 40 40 50 50 67 67 91 91 113 113 142 142 17 17 28 28 33 33 43 43 54 54 74 74 93 93 115 115 144 144 179 179 221 221 255 255 290 290 330 330 401 401 440 440 17 17 28 28 33 33 43 43 54 54 74 74 93 93 115 115 144 144 179 179 221 221 255 255 290 290 330 330 14 14 22 22 26 26 34 34 43 43 59 59 74 74 92 92 115 115 12 12 9 9 9 9 8 8 8 8 7 7 7 7 20 20 14 14 14 14 13 13 13 13 11 11 11 11 13 .840 0.2 4.460 0.670 0.5 1.570 1.435 0.9 2.010 1.700 1.4 1.6 1.770 0.910 0.140 1.660 0.835 0.5 33c 33c 33c 16 16 33c 1.7 7.435 0.5 3c 3c 3c 12 12 3c 4 4 3c 3c 3c 10 10 3c 6 6 3c 3c 3c 8 8 3c 10 10 3c 3c 3c 6 6 3c 16 16 3c 3c 3c 4 4 3c 25 25 3c 3c 3c 2 2 3c 35 35 3c 3c 3c 1 1 3c 50 50 3c 3c 3c 2/0 2/0 3c 70 70 3c 3c 3c 3/0 3/0 3c 95 95 3c 3c 3c 236 236 McM McM 3c 120 120 3c 3c 3c 296 296 McM McM 3c 150 150 3c 3c 3c 365 365 McM McM 3c 185 185 3c 3c 3c 473 473 McM McM 3c 240 240 3c 3c 3c 592 592 McM McM 3c 300 300 4c 4c 4c 16 16 4c 1.565 0.660 0.5 33c 33c 33c 14 14 33c 2.685 0.9 3.5 12c 12c 12c 16 16 12c 1.295 0.205 1.390 0.5 4c 4c 4c 12 12 4c 4 4 4c 4c 4c 10 10 4c 6 6 4c8 4c 4c8 4c 10 10 4c 4c 4c 6 6 4c 16 16 4c 4c 4c 4 4 4c 25 25 4c 4c 4c 2 2 4c 35 35 4c 4c 4c 1 1 4c 50 50 4c 4c 4c 2/0 2/0 4c 70 70 4c 4c 4c 3/0 3/0 4c 95 95 4c 4c 4c 236 236 McM McM 4c 120 120 4c 4c 4c 296 296 McM McM 4c 150 150 4c 4c 4c 365 365 McM McM 4c 185 185 5c 5c 5c 16 16 5c 1.110 1.9 3.460 0.095 1.115 2.4 8.805 0.130 2.7 2.875 0. issue 2.945 0.5 27c 27c 27c 14 14 27c 2.430 0.570 1.390 0.5 19c 19c 19c 16 16 19c 1.400 0.615 0.995 0.5 37c 37c 37c 14 14 37c 2.6 APPROX.605 0.2 3.6/1kV 110°C LSZH series NUMBER OF CONDUCTORS (c) X XX X X X AWG/kcmil mm2 AWG/kcmil AWG/kcmil 2c 2c 2c 16 16 2c 1.2 2.495 0.2 2.735 0.875 0.415 1.5 4c 4c 4c 14 14 4c 2.4 7.4 3.9 2.4 3.3 3.4 3.985 1.770 1.7 3.9 3.330 0.670 0.345 0.080 1.795 0.670 0.5 3c 3c 3c 14 14 3c 2.390 0.2 9.165 1.5 1.525 0.550 0.420 0.5 1.130 2.985 0.5 1.535 1.700 1.5 3.8 5.480 0.7 2.770 1.330 0.450 1.5 1.310 2.985 0.165 1.Flexible IEEE Marine Power & Control BV 0.390 0.340 1.905 1.9 3.610 0.135 1.2 3.4 2.615 0.565 2.405 0.8 4.325 0.3 4.060 2.0 4.510 0.2 4.0 3.465 0.615 0.3 5.5 9.010 1.7 1.7 1.5 1.505 0.900 1.5 7c 7c 7c 14 14 7c 2.095 1.1 6. @ 45°C ambient.560 0.110 1.420 0.975 1.8 5.665 1.430 0.995 1.050 1.9 4.9 4.3 2.530 1.725 0.2 5.0 2.300 0.5 5c 5c 5c 14 14 5c 2.5 1.5 2.9 1.530 1.5 1.905 2.855 0.450 0.0 5.4 4.4 2.5 5c 5c 5c 12 12 5c 4 4 5c 5c 5c 10 10 5c 6 6 5c 5c 5c 8 8 5c 10 10 5c 5c 5c 6 6 5c 16 16 5c 5c 5c 4 4 5c 25 25 5c 5c 5c 2 2 5c 35 35 5c 5c 5c 1 1 5c 50 50 7c 7c 7c 16 16 7c 1.5 1.870 0.5 3.570 0.7 2.010 1.910 0.455 0.080 1.790 0.7 8.260 1.535 0.610 0.5 2c 2c 2c 14 14 2c 2.770 0.870 0.2 3.2 10.9 2.7 7.205 1.810 0.945 0.8 3.870 0.5 OVERALL DIAMETER (Inches) Min Max 0.050 0.565 0.5 4.470 0.375 0.810 0.5 1.310 2.300 1.725 0.900 0.5 2.6 1.850 2.350 0.715 0.5 2.425 0.905 0.355 0.4 4.985 0.570 0.385 0.8 6.2 9.785 0.7 6.930 1.875 1.7 1.940 1.2 3.685 0.7 3.850 0.5 3.455 0. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 109 109 135 135 170 170 210 210 302 302 410 410 576 576 749 749 124 124 158 158 202 202 255 255 375 375 517 517 738 738 970 970 1329 1329 1784 1784 2375 2375 2858 2858 3598 3598 4335 4335 5474 5474 6709 6709 145 145 187 187 243 243 309 309 462 462 644 644 925 925 1224 1224 1688 1688 2278 2278 3038 3038 3666 3666 4619 4619 5581 5581 167 167 218 218 286 286 369 369 555 555 778 778 1125 1125 1493 1493 2064 2064 197 197 304 304 414 414 534 534 565 565 657 657 714 714 261 261 410 410 570 570 739 739 787 787 921 921 1005 1005 --- - AMPACITY* AMPACITY* AMPACITY* AT 90ºC AT 90°C 90ºC (Amps) 162 162 201 201 252 252 313 313 449 449 610 610 857 857 1115 1115 184 184 235 235 300 300 380 380 558 558 770 770 1098 1098 1443 1443 1978 1978 2655 2655 3534 3534 4253 4253 5354 5354 6451 6451 8146 8146 9983 9983 216 216 278 278 362 362 460 460 688 688 958 958 1377 1377 1822 1822 2512 2512 3389 3389 4521 4521 5455 5455 6873 6873 8304 8304 249 249 325 325 426 426 549 549 826 826 1157 1157 1674 1674 2221 2221 3071 3071 293 293 452 452 617 617 795 795 841 841 977 977 1062 1062 388 388 610 610 849 849 1099 1099 1172 1172 1370 1370 1496 1496 * Based on IEEE 45-2002 Table 25 for cables installed in free air.805 0.5 37c 37c 37c 16 16 37c 1.3 2.5 2.305 1.565 0.5 1.050 1.7 1.375 0.790 0.910 0.8 4.970 1.5 4.5 2.9 3.1 2.790 0. WEIGHT No Overbraid (lbs/kft)-(kg/km) 51 51 70 70 97 97 130 130 206 206 298 298 443 443 598 598 63 63 89 89 125 125 170 170 273 273 398 398 596 596 808 808 1141 1141 1569 1569 2123 2123 2585 2585 3284 3284 3998 3998 5097 5097 6290 6290 79 79 112 112 159 159 216 216 350 350 512 512 769 769 1046 1046 1480 1480 2039 2039 2759 2759 3363 3363 4270 4270 5206 5206 95 95 136 136 194 194 266 266 431 431 632 632 951 951 1294 1294 1832 1832 117 117 200 200 293 293 392 392 420 420 500 500 551 551 170 170 291 291 431 431 575 575 620 620 740 740 817 817 --- - 76 76 104 104 144 144 193 193 307 307 443 443 659 659 890 890 94 94 132 132 186 186 253 253 406 406 592 592 887 887 1202 1202 1698 1698 2335 2335 3159 3159 3846 3846 4887 4887 5949 5949 7584 7584 9360 9360 118 118 167 167 237 237 321 321 521 521 762 762 1144 1144 1556 1556 2202 2202 3034 3034 4105 4105 5004 5004 6354 6354 7747 7747 141 141 202 202 289 289 396 396 641 641 940 940 1415 1415 1925 1925 2726 2726 174 174 298 298 436 436 583 583 625 625 744 744 820 820 253 253 433 433 641 641 856 856 923 923 1101 1101 1216 1216 APPROX.205 1.6 1.915 2.9 1.465 0.450 1.615 0.795 0.4 3.010 1.325 0.050 1.370 2. DNV.345 1.2788 579 1c 592 McM 1c 300 1. Where circuit integrity under fire conditions is required see BH series.1 237 . sea water.7 3322 .990 1. 14 Tricab flexible Marine Cables issue 2.320 0.3047 2113 . APPROX.445 2.1384 1033 .51 1. AMPACITY* AT 90°C 90ºC WEIGHT WEIGHT AT w/ Aluminum w/ Bronze (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 58 .0 1104 .23 1.353 263 .9 419 .217 193 .0 737 .83 0.1537 376 1c 296 McM 1c 150 0.129 105 . Resists ozone and UV.1981 1385 .490 1.725 4. Add 0.28 0. Low Smoke.8 87 AMPACITY* APPROX. NUMBER OF CONDUCTORS (c) XX X AWG/kcmil mm2 AWG/kcmil NOMINAL NOMINAL NOMINAL NOMIINAL OD OD OVER OVER OD OD OVER OVER BEDDING BRAID BEDDING BRAID (Inches) (Inches) OVERALL DIAMETER (Inches) Min Max MINIMUM MINIMUM APPROX. Flame Retardant.4 125 .99 1.1891 412 1c 365 McM 1c 185 0.4 559 .4314 785 1c 986 McM 1c 500 1. Jackets.470 0.623 452 .415 0.53 0.5 1331 . Flame Retardant. ASTM B33-00 and IEC 60228.6279 4423 .5338 867 1c 1243 McM 1c 630 1.5063 3587 .510 3.2 No.1 .1 1677 .365 0.645 1.1159 875 .7 4131 .785 10.095 1.219 1c 8 1c 10 0.62 0.288 76 1c 6 1c 16 0.645 3.38 0.3145 2264 .2584 1873 .4 309 .2495 1737 .05 1. IEC 60228 IEC 60092-350 IEC 60092-353 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 APPROVALS USCG. BENDING BENDING WEIGHT RADIUS RADIUS No Overbraid (Inches) (lbs/kft)-(kg/km) 1c 10 1c 6 0.47 1.2061 1509 .890 5.72 0. and Inner components to UL 1309 .19 0.005 6.595 0.8 2659 . CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01. gasoline.205 1.24 0.930 1.665 0.46 0.18 1.9 2048 .3 885 .460 338 .365 101 1c 4 1c 25 0.34 0.88 0. @ 45°C ambient.78 0.3957 2732 .67 0.CSA C22.6/1kV 110°C LSZH APPLICATION Flexible Power and Control cables suitable for all marine applications where mechanical or EMC protection is required. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil.310 7. Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Includes ripcord on 10mm2 and larger CORE IDENTIFICATION To customer specification VOLTAGE RATING 600/1000 Volts JACKET COLOR To customer specification STANDARDS ASTM B3-01 ASTM B33-00 Assembly: Conductors cabled with filler as required and overall binder tape Bedding Tape: Polypropylene IEEE-45 IEEE-1580 IEEE-1202 Braid/Armor Options: Galvanized Steel Wire Braid (90%) Tinned Copper Wire Braid (90%) (also available with drain wire under braid) Ripcord: High strength ripcord under jacket ® Jacket: LSFLEX S-50.32 1. BV Transport Canada Marine Safety “Cable constructions.4065 2899 .33 0. LR.28 0.886 680 . Low Smoke.2245 464 1c 473 McM 1c 240 0. skydrol.05” to OVERALL DIAMETER in tables.350 2.603 162 1c 1 1c 50 0.43 0.1097 779 .251 192 .570 3. Thermoset.36 1.615 9.3368 623 1c 789 McM 1c 400 1.1012 250 1c 3/0 1c 95 0.7 169 .67 0.157 147 .785 202 1c 2/0 1c 70 0.395 2.50 0.1643 1155 .1317 930 .DV Flexible IEEE Marine Braided/Armored Power & Control series 0.1718 1271 . Significantly exceeds IEEE-1580 Table 11 Available in plain or tinned OPERATING TEMP -40°C to +110°C Insulation: LSFLEX ® R-30. ABS.392 324 .460 8. Polyolefinic.6582 990 * Based on IEEE 45-2002 Table 25 for cables installed in free air.503 405 . Cross-linked.4943 3402 .820 0.39 0.672 527 .765 0.94 0.075 6.84 0. acid. 245 for Cold Bend (-40C) and Cold Impact (-35C)” Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze.1302 306 1c 236 McM 1c 120 0.525 0.286 245 .482 133 1c 2 1c 35 0.09 1.6147 4220 .832 596 .186 146 .57 0.24 0.190 7. single banked.830 5. 370 0.410 1.59 1.37 0.9 5.485 0.5 4c 14 4c 2.635 0.8 5.620 0.075 1.9 4.5 27c 16 27c 1.6 13.39 0.2 6.7 5.525 1.53 0.5 12c 16 12c 1.440 0.925 2.745 0.5 4.5 33c 16 33c 1.0 9.42 0.5 19c 16 19c 1.080 1.34 0.5 5c 12 5c 4 5c 10 5c 6 5c 8 5c 10 5c 6 5c 16 5c 4 5c 25 5c 2 5c 35 5c 1 5c 50 7c 16 7c 1.59 0.940 1.3 8.44 0.370 0.050 1.425 0.850 0.790 0.8 4.2 4.905 1.4 3.81 0.555 0.29 0.82 0.7 6.6/1kV 110°C LSZH NUMBER OF CONDUCTORS (c) XX XX AWG/kcmil mm2 AWG/kcmil 2c 16 2c 1.0 3.2 3.54 0.43 1.120 1.32 1.525 0.83 0.29 0.630 0.605 1.1 4.57 0.570 0.33 0.46 0.37 0.24 1.30 0.02 1.36 1.475 0. APPROX.8 DVm Tricab flexible Marine Cables 15 .76 0.71 1.38 0.8 7.460 0.43 0.76 0.485 0.5 3c 16 3c 14 3c 2.645 0.595 0.59 0.31 0.2 5.5 3c 12 3c 4 3c 10 3c 6 3c 8 3c 10 3c 6 3c 16 3c 4 3c 25 3c 2 3c 35 3c 1 3c 50 3c 2/0 3c 70 3c 3/0 3c 95 3c 236 McM 3c 120 3c 296 McM 3c 150 3c 365 McM 3c 185 3c 473 McM 3c 240 3c 592 McM 3c 300 4c 16 4c 1.7 4.995 1.38 0.870 0.93 1.DV Flexible IEEE Marine Braided/Armored Power & Control series 0.950 1.795 0.7 3.61 0.33 0.1 4.935 0.50 0.54 0. single banked.44 0.870 0.940 1.640 1.505 0.81 0.865 1.3 9.745 0.3 84 108 139 175 257 355 505 664 101 131 172 220 331 463 667 884 1221 1650 2200 2658 3343 4047 5124 6286 120 159 210 273 416 585 851 1133 1571 2131 2848 3448 4340 5265 142 189 252 330 506 717 1046 1397 1943 173 272 381 496 525 614 671 233 374 533 697 741 873 957 - 125 161 207 260 382 528 751 988 150 195 256 327 493 689 992 1315 1817 2455 3274 3955 4974 6022 7625 9354 179 237 312 406 619 870 1266 1686 2338 3171 4238 5131 6458 7834 211 281 375 491 753 1067 1556 2079 2891 257 405 567 738 781 914 998 347 557 793 1037 1103 1299 1424 AMPACITY* APPROX.835 0.46 0.180 1.040 1.730 0.75 0.125 1.050 0.70 0.53 0.500 0.9 3.01 1.795 0.925 0.86 1.5 5.460 0.015 1. AMPACITY* AT WEIGHT WEIGHT AT 90ºC 90°C w/ Aluminum w/ Bronze (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 105 131 165 203 290 393 549 714 123 156 199 250 366 503 714 937 1282 1719 2280 2745 3442 4153 5242 6417 144 185 239 305 454 629 902 1191 1638 2207 2937 3544 4450 5383 168 218 284 365 547 765 1102 1461 2017 201 307 421 543 573 665 724 264 413 579 750 795 931 1018 - 157 196 245 302 431 585 817 1062 183 232 296 371 544 748 1062 1394 1907 2558 3393 4084 5122 6180 7801 9548 214 276 356 454 675 935 1342 1772 2437 3284 4370 5273 6621 8009 250 324 422 543 815 1138 1640 2174 3002 298 457 627 807 852 990 1077 393 615 861 1116 1183 1386 1514 154 185 224 268 365 480 650 828 174 212 261 317 445 595 821 1058 1421 1878 2464 2943 3669 4397 5514 6717 198 246 306 378 540 729 1020 1324 1791 2382 3140 3763 4701 5652 227 283 357 445 642 875 1232 1608 2187 264 387 514 649 682 782 845 335 504 684 872 920 1065 1156 - 229 276 333 398 544 714 967 1231 259 315 389 472 663 885 1222 1574 2115 2794 3666 4380 5460 6542 8204 9995 295 366 456 563 804 1084 1517 1970 2666 3544 4672 5600 6995 8410 337 422 531 662 956 1302 1833 2393 3255 393 576 764 966 1014 1164 1258 498 750 1017 1298 1368 1585 1721 20 31 40 50 67 91 113 142 17 28 33 43 54 74 93 115 144 179 221 255 290 330 401 440 17 28 33 43 54 74 93 115 144 179 221 255 290 330 14 22 26 34 43 59 74 92 115 12 9 9 8 8 7 7 20 14 14 13 13 11 11 * Based on IEEE 45-2002 Table 25 for cables installed in free air.96 1.84 0.5 37c 14 37c 2.5 27c 14 27c 2.5 7c 14 7c 2.065 1.64 1. BENDING BENDING WEIGHT RADIUS No Overbraid RADIUS (Inches) (lbs/kft)-(kg/km) 0.66 0. issue 2.115 MINIMUM MINIMUM APPROX.72 0.375 0.775 1.625 0.8 2.680 0.63 0.5 5c 14 5c 2.685 0.200 2.71 0.3 3.610 1.3 15.8 14.23 0.395 0.79 0.525 0.00 OVERALL DIAMETER (Inches) Min Max 0.460 0.26 0.055 1.29 1.380 1.9 8.485 1.925 1.48 0.415 0.160 1.545 0.5 33c 14 33c 2.155 1.840 1.235 1.07 1.55 0.215 1.5 NOMINAL NOMINAL OD ODOVER OVER BEDDING BEDDING (Inches) NOMINAL NOMIINAL OD ODOVER OVER BRAID BRAID (Inches) 0.36 0.280 1.855 0.87 0.66 1.91 0.49 0.33 0.35 0.11 1.7 11.735 0.39 0.560 0.6 6.7 5.1 3.515 0.4 3.5 7.425 0.66 0.04 0.3 7.035 2.0 7.58 0.1 4.63 0.86 0.07 1.1 6.575 0.715 0.5 24c 14 24c 2.135 2.530 0.6 6.65 0.7 8.28 0.475 0.5 2c 14 2c 2.8 3.40 0.69 0.73 0.28 0.880 1.39 0.89 0.48 1.335 1.47 1.2 10.985 0.580 0.49 0.0 3.4 11.2 14.385 2. @ 45°C ambient.83 2.450 0.85 1.96 1.605 0.24 0.685 0.4 6.640 0.62 0.35 0.775 2.70 0.5 5.05 2.59 0.95 1.740 1.48 0.41 0.49 0.1 6.70 0.9 3.910 0.99 0.78 0.3 3.6 4.405 0.5 2c 12 2c 4 2c 10 2c 6 2c 8 2c 10 2c 6 2c 16 2c 4 2c 25 2c 2 2c 35 3c 1.00 2.82 0.015 1.42 0.9 2.75 0.575 0.37 0.43 0.25 0.210 2.975 2.535 0.78 2.6 2.775 0.205 2.515 0.3 6.7 10.5 24c 16 24c 1.9 12.91 1.975 0.51 1.685 0.4 2.20 0.90 2.990 2.88 1.12 1.16 1.440 0.32 0.78 0.815 0.2 3.970 0.5 4c 12 4c 4 4c 10 4c 6 4c8 4c 10 4c 6 4c 16 4c 4 4c 25 4c 2 4c 35 4c 1 4c 50 4c 2/0 4c 70 4c 3/0 4c 95 4c 236 McM 4c 120 4c 296 McM 4c 150 4c 365 McM 4c 185 5c 16 5c 1.81 0.5 12c 14 12c 2.755 0.500 0.970 1.805 0.6 5.275 1.630 0.685 0.495 0.185 0.5 19c 14 19c 2.95 0.73 0.5 37c 16 37c 1. 2 38 2p 18 (quad) 2p .6 175 - 0. ABS. WEIGHT w/ Bronze (lbs/kft)-(kg/km) - 80 89 72 - 107 149 126 - 260 209 - 265 291 - - 336 372 - 478 366 394 479 - 586 713 521 677 - 775 1007 - * Based on IEEE 45-2002 Table 25 for cables installed in free air.035 1.715 0. Flame Retardant.75 0. DNV Transport Canada Marine Safety “Cable constructions.740 16p 18 16p .2 Tricab flexible Marine Cables APPROX.605 0. LR. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil.6 5.75 24p . Resists ozone and UV Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze.05” to OVERALL DIAMETER in tables. Polyolefinic. skydrol.825 0.75 12p .465 0.000 1.500 8p 18 8p .75 0.75 36p . Where circuit integrity under fire conditions is required see ES series. acid.305 0. Resists ozone and UV. WEIGHT No Overbraid (lbs/kft)-(kg/km) - 57 54 54 - 80 2. skydrol.CSA C22.145 1. Jackets. Low Smoke. NUMBER OF NUMBER PAIRS (p)OF PAIRS (p) XX AWG AWG NUMBER OF NUMBER PAIRS (p)OF PAIRS (p) XX mm2 1p 18 1p . CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01. sea water.290 1.75 0.5 27p .3 4p 18 4p . Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Splash resistant to oil. Where mechanical or EMC protection is required see RS series. Cross-linked.335 1.800 3.6 321 20p . ASTM B33-00 and IEC 60228. sea water.120 4.75 0.8 AMPACITY* AMPACITY* AT 90ºC AT 90°C (Amps) - 133 13 112 - 167 8 187 185 - 276 7 310 286 - 425 5 356 384 - - 395 432 - 529 571 5 4 - 545 470 - 699 4 444 535 - 661 796 560 664 - 833 988 4 3 578 - - 1057 3 - 861 1103 710 742 890 - 1324 3 - . and Inner components to UL 1309 . @ 45°C ambient.75 0. CORE IDENTIFICATION To customer specification JACKET COLOR To customer specification STANDARDS ASTM B3-01 ASTM B33-00 Assembly: Components cabled with filler as required and overall binder tape Screen: Aluminium/Laminate Tape IEC 60228 IEC 60092-350 IEC 60092-376 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 IEEE-45 IEEE-1580 IEEE-1202 Drain Wire: Tinned annealed copper Binder Tape: Polyester Ripcord: High strength ripcord under jacket APPROVALS USCG.660 10p 18 12p 18 10p .190 1.775 0.925 1.1 3. Add 0. Flame Retardant.0 4.75 1. gasoline. 16 APPROX. Polyolefinic. 245 for Cold Bend (-40C) and Cold Impact (-35C)” ® Jacket: LSFLEX S-50. acid.75 20p 18 24p 18 27p 18 36p 18 OVERALL DIAMETER (inches) Min Max MINIMUM MINIMUM BENDING BENDING RADIUS RADIUS (Inches) APPROX.RC Flexible IEEE Marine Collective Screened Instrumentation series 300V 110°C LSZH APPLICATION Flexible Instrumentation cables suitable for all marine applications.2 226 250 - 0.055 1. single banked.0 100 - 2. Low Smoke.270 0. Significantly exceeds IEEE-1580 Table 11 OPERATING TEMP -40°C to +110°C VOLTAGE RATING 300 Volts ® Insulation: LSFLEX R-30.75 0.2 No. Thermoset.290 4. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) issue 2.895 3. gasoline. 345 1.7 36p 14 36p 2.540 1.755 0.705 2.75 .5 1.420 0.295 1.5 1. ambient.455 1.1290 1290 1920 1066 .6 8p 8p 0.6 - 3t 3t 1.5 1.0 16 10p 1.5 2.755 0.1920 1290 1835 2730 1835 2730 1408 .570 0.5 0.940 3.5 1.5 2p 16 (quad) 2p 1. WEIGHT No Overbraid (lbs/kft)-(kg/km) 54 80 54 80 90 90 54 163 163 90 294 294 163 381 381 294 426 426 381 551 551 426 680 680 551 828 828 680 904 904 828 1183 1183 904 - 1183 APPROX.5 0.9 10p 16 16p 1.2 24p 14 24p 2.5 1.6 10p 14 10p 2.75 4t .5 0.340 0.745 1.345 1.5 1.285 0.4 AWG 2p 0.160 1.5 0.5 1.870 0.320 0.8 2.340 0.5 1.5 0.6 20p 16 20p 1.5 1.670 6.5 2.0 27p 27p 1.540 1.800 0.5 1.2380 1741 1835 2051 - 2591 - 2730 - 3051 AMPACITY* AMPACITY* AT AMPACITY* AT 90ºC 90ºC AT 90°C AMPACITY* AT 90ºC (Amps) 20 20 13 13 20 11 11 13 8 8 11 8 8 87 7 86 6 7 6 6 65 5 65 5 5 4 4 5 AMPACITY* AMPACITY* 4 AT AT 90ºC 90ºC AMPACITY* AMPACITY* AT 90ºC AT 90°C 30 30 (Amps) 20 20 30 17 17 20 12 12 17 12 12 12 11 11 12 10 10 11 10 10 10 8 8 10 8 8 87 7 8 7 * Based on IEEE 45-2002 Table 25 for cables installed in free air.0 16p 16 16p 1.5 36p 14 36p 2.655 0.575 0.5 2.5 2.5 1.5 1.035 1.505 1.740 0.200 1.6 4p 14 4p 2.2 1.070 1.5 1.8 16p 14 16p 2.615 2.5 186 186 228 228 3t 3t 14 14 4t 4t 14 14 3t 3t 2.925 1.8 4p 14 4p 2.815 0.6 2.400 1. @ 45°C ambient.300 5.8 27p 14 27p 2.7 1.655 0.8 3.370 0.5 10p 0.345 1.595 0.345 1.305 MINIMUM MINIMUM BENDING MINIMUM BENDING BENDING RADIUS RADIUS RADIUS (Inches) 1.370 0.5 0.5 1.345 1.745 1.330 1.295 1.345 1.405 5.8 1.755 0.890 7. NUMBER NUMBER OF OF TRIADS NUMBER TRIADS (t) (t)OF TRIADS (t) X XX AWG AWG AWG 1t 1t 18 18 NUMBER NUMBER OF OF TRIADS NUMBER TRIADS (t) (t)OF TRIADS (t) X XX 2 mm 1t 1t .5 27p 16 27p 1.5 4t 4t 2.365 0.815 3.4 1pX16 16 1pX1.6 1p 16 1p 1.705 2.8 4p 14 4p 2.8 2p 14 (quad) 2p 2.2 APPROX.1972 APPROX.4 4p 1.160 1.380 0.390 0.6 27p 14 27p 2.8 8p 14 14 8p 2.895 0.5 0.120 4.330 1. WEIGHT 92 137 92w/ Aluminum 137 (lbs/kft)-(kg/km) 148 220 92 137 266 396 266 396 148 220 469 699 469 699 266 396 603 898 469 699 674 1003 603 898 867 1290 867 1290 674 1003 1066 1586 1066 1586 867 .8 RCpr Tricab flexible Marine Cables 17 . WEIGHT No Overbraid (lbs/kft)-(kg/km) 44 65 44 65 - APPROX.655 0.3 8p 16 16 8p 1.8 20p 14 20p 2.525 0.320 0.415 0.120 4.530 0.405 5.5 1.3 8p 16 12p 0.5 1.800 0.7 24p 14 24p 2.645 0.5 24p 16 24p 1.8 12p 14 12p 2.6 APPROX.400 1.360 1.895 0.5 1.320 0.500 1.295 1.5 0.5 0.925 1.305 0.5 0.390 1.285 0.5 1.5 0.75 3t 3t 18 18 4t 18 3t 3t .0 12p 16 12p 1.5 20p 14 20p 2.5 3.670 6.890 7. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 60 90 60 90 APPROX.035 1.5 0.380 0.1834 1599 2380 . issue 2.155 4.455 5.300 5.615 2.5 1.630 6.5 0.630 6.5 0.035 1.7 3.6 RADIUS 2 AWG AWG mm Min Max (Inches) 2p 14 (quad) 2p 2.920 0.405 5. single banked.200 1.745 1. NUMBER OF NUMBER NUMBER OF Table NUMBER OF MINIMUM 36p 36p 1.940 3.755 0.000 4.365 0.940 3.5 1.0 20p 1. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 98 145 98 145 168 168 204 204 140 140 166 166 - 208 208 248 248 202 202 234 234 - 318 318 103 103 249 249 88 88 - 371 371 131 131 331 331 132 132 - 277 277 339 339 219 219 264 264 - 326 326 393 393 294 294 347 347 - 542 542 140 140 408 408 116 116 - 607 607 172 172 508 508 165 165 - 300 300 366 366 - 386 386 461 461 - - 446 446 545 545 - 574 574 686 686 577 577 - 859 859 692 692 - 1030 1030 364 364 94 94 - 262 262 325 325 - 390 390 484 484 527 527 - 784 784 - - - AMPACITY* AMPACITY* AT AMPACITY* AT 90ºC 90ºC AT 90°C (Amps) 11 11 300 300 348 348 7 7 5 5 492 492 197 197 4 4 17 17 11 11 438 438 516 516 756 756 246 246 8 8 7 7 25 25 17 17 12 12 11 11 * Based on IEEE 45-2002 Table 25 for cables installed in free air. WEIGHT 139 139w/ Bronze207 207 (lbs/kft)-(kg/km) 202 300 139 207 349 519 349 519 202 300 578 861 578 861 349 519 732 1089 578 861 807 1201 732 1089 1016 1512 1016 1512 807 .925 1.1201 1232 1834 1232 1834 1016 .6 1pXX14 14 1pXX2.965 3.895 0.890 7.815 1.870 0.5 1.035 1.5 0.5 0.RC Flexible IEEE Marine Collective Screened Instrumentation series 300V 110°C LSZH NUMBER MINIMUM NUMBER OF OF NUMBER NUMBER OF OF MINIMUM PAIRS PAIRS BENDING NUMBER OVERALL MINIMUM PAIRS (p) (p)OF NUMBER PAIRS (p) (p)OF BENDING PAIRS (p) PAIRS (p) DIAMETER BENDING X X RADIUS XX OF RADIUS XX OF NUMBER NUMBER MINIMUM (inches) RADIUS AWG 2 AWG PAIRS (p) PAIRS BENDING AWG mm(p) Min Max (Inches) RADIUS 1p 1p 0. @ 45°C ambient.2198 1477 2051 3051 2051 3051 1599 .500 1. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 114 170 114 170 165 165 107 289 289 165 499 499 289 639 639 499 709 709 639 904 904 709 1105 1105 904 1337 1337 1105 1452 1452 1337 1881 1881 1452 159 159 114 267 267 159 430 430 267 542 542 430 592 592 542 736 736 592 887 887 736 1059 1059 887 1141 1141 1059 1450 1450 1141 1881 1450 - 236 236 170 397 397 236 640 640 397 806 806 640 881 881 806 1096 1096 881 1320 1320 1096 1576 1576 1320 1697 1697 1576 2157 2157 1697 2157 APPROX.120 4.5 1.1799 1209 1741 2591 1741 2591 1325 .815 3.5 2.5 1.8 * Based on IEEE16 45-2002 25 for cables installed in free air.710 0.640 0.5 1.1 2.6 36p 16 36p 1.455 5.6 36p 14 36p 2.3 4.740 1.570 0.530 0.3 2.865 2.5 1.2 12p 14 12p 2.000 3.815 3.865 0.360 0.870 0.500 1.255 5.360(inches)0.1478 993 1325 1972 .5 1.1586 1408 2096 .440 5.640 0.5 2.595 - 7t 7t 16 16 1t 14 7t 7t 1.0 OVERALL DIAMETER (inches) Min Max 0.440 5.000 4.5 1.5 16p 14 16p 2.625 6.400 1.655 0.6 24p 16 24p 1. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 72 107 72 107 134 134 80 243 243 134 437 437 243 567 567 437 634 634 567 820 820 634 1012 1012 820 1232 1232 1012 1345 1345 1232 1760 1760 1345 111 111 72 195 195 111 335 335 195 430 430 335 476 476 430 607 607 476 743 743 607 898 898 743 976 976 898 1264 1264 976 1760 1264 - APPROX.695 0.75 0.5 1.8 27p 16 16 27p 1.9 8p 1.8 10p 14 10p 2.505 1.920 0.5 16p 16p 16 16p 1.6 20p 14 20p 2.5 1.6 2p 16 (quad) 2p 1.5 1.8 24p 16 24p 1.000 1.035 1.160 1.5 1.455 1.625 6.485 0.9 10p 16 10p 1.200 1.705 2.75 .5 1.5 4t 1.0 4.525 0.5 0.1193 1799 1209 .5 0.625@ 45°CMINIMUM 6.330 1.5 1.3 4p 16 4p 1.5 1.3 3.5 0.5 0.5 4p 16 4p 1.1 2.5 1.75 1t 1t 1.8 2.5 1.5 36p 16 36p 1.485 0.255 5.420 0.000 4.415 0.5 0.5 8p 14 8p 2.965 3.5 1.2096 APPROX.8 8p 8p 0.455 5.5 1t 2.440 5.120 4.755 0.300 5.5 0.710 0.8 1p 14 1p 2.2 16p 14 16p 2.75 .5 0.3 113 113 137 137 - 7t 7t 18 18 1t 1t 16 16 7t 7t .5 0.5 PAIRS (p) PAIRS (p) BENDING PAIRS (p) PAIRS (p) BENDING X X RADIUS X OF NUMBER X OF RADIUS NUMBER MINIMUM AWG NUMBER OVERALL MINIMUM PAIRS PAIRS (p)OF BENDING AWG(p)OF NUMBER PAIRS (p) PAIRS (p) DIAMETER BENDING RADIUS 1p 1p 0.0 7t 7t 14 14 7t 7t 2. single banked. WEIGHT 72 107 72 107 No Overbraid (lbs/kft)-(kg/km) 124 185 72 107 342 230 230 342 124 185 422 628 628 422 230 342 547 814 422 628 917 616 547 814 802 1193 802 1193 917 616 993 1478 1478 993 802 .070 1.5OF 1.685 0.5 1.0 20p 20p 16 16 20p 1.5 12p 16 12p 1.655 0.5 1.965 3.390 1. single banked.255 5.120 4.575 2.0 3.570 0.5 1.370 0.1512 1477 2198 1232 .645 214 214 69 69 3t 3t 16 16 4t 16 0.685 0.615 2.155 4.5 2.5 0.695 0.5 0. Where circuit integrity under fire conditions is required see FJ series.75 27p 27p .96 0.25 0.10 1.74 0.64 0.96 0.360 0.75 .4 255 -.14 1. Flame Retardant.58 0. DNV Transport Canada Marine Safety “Cable constructions.641 769 517 769 517 393 393 .725 8p 8p 18 18 10p 10p 18 18 12p 12p 18 18 10p 10p .75 . Low Smoke.4 161 190 .095 1. APPROX.585 585 480 480 .75 .where mechanical or EMC protection is required.1347 1347 1061 1061 . AMPACITY* BENDING AT BENDING AT 90ºC 90ºC BENDING WEIGHT WEIGHT WEIGHT AT 90°C RADIUS RADIUS RADIUS No Overbraid w/ Aluminum w/ Bronze (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 2.14 1.330 0.75 .870 16p 16p 18 18 20p 18 20p 18 16p 16p .75 .2 5.68 0. NUMBER NUMBER OF OF NUMBER PAIRS PAIRS (p) (p)OF PAIRS (p) XX X AWG AWG AWG 1p 1p 18 18 NUMBER NUMBER OF OF NUMBER PAIRS PAIRS (p) (p)OF PAIRS (p) XX X mm2 1p 1p .75 1.4 7.379 478 364 541 462 687 55 5.99 1.137 137 135 135 .8 5.670 0. skydrol.20 0. Resists ozone and UV. Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze. Assembly: Components cabled with filler as required and overall binder tape OPERATING TEMP -40°C to +110°C VOLTAGE RATING 300 Volts CORE IDENTIFICATION To customer specification JACKET COLOR To customer specification Screen: Aluminium/Laminate Tape Binder Tape: Polypropylene STANDARDS ASTM B3-01 ASTM B33-00 Braid/Armor Options: Galvanized Steel Wire Braid (90%) Tinned Copper Wire Braid (90%) IEEE-45 IEEE-1580 IEEE-1202 Drain Wire: Tinned annealed copper Ripcord: High strength ripcord under jacket ® Jacket: LSFLEX S-50.519 431 641 431 .525 0.75 20p .68 0.109 109 92 .3 7.805 0.170 162 .1245 677 677 .241 2. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil.3 8.84 0.2 73 92 13 2. LR.138 240 190 283 258 383 77 3.8 6.75 . and Inner components to UL 1309 .58 0.75 0.79 0. Cross-linked. Low Smoke.75 .75 20p .4 255 379 292 292 -.845 0.01 1.53 0.1 321 5.75 2p 2p 18 18 (quad) (quad) 4p 4p 18 18 2p 2p .75 4p 4p .190 1.360 1.RS Flexible IEEE Marine Collective Screened Braided/Armored Instrumentation series 300V 110°C LSZH APPLICATION Flexible Instrumentation cables suitable for all marine applications.570 0.2 5.120 1.370 0.25 0.20 0. sea water. acid.360 Tricab flexible Marine Cables APPROVALS USCG.CSA C22.330 0.39 0.890 0.2 73 .70 0. Polyolefinic. gasoline.918 662 985 662 . APPROX.714 714 571 849 571 849 494 494 .201 201 13 114 170 162 241 88 138 2. Significantly exceeds IEEE-1580 Table 11 ® Insulation: LSFLEX R-30. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.75 8p 8p . skydrol.29 OVERALL DIAMETER (Inches) Min Max 0.845 0.2 No.120 1.84 0. 18 IEC 60228 IEC 60092-350 IEC 60092-376 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 issue 2.64 0.66 0.1210 1210 723 723 . 245 for Cold Bend (-40C) and Cold Impact (-35C)” MINIMUM AMPACITY* MINIMUM AMPACITY* MINIMUM APPROX.525 0.985 837 1245 837 . Resists ozone and UV.44 0.095 1.780 0.985 0. Flame Retardant.8 349 519 349 .2 8.870 0. ABS.570 0.255 1.965 1.75 .24 0.75 12p 12p .070 24p 24p 18 18 27p 27p 18 18 24p 24p .75 . Thermoset.44 0.4 93 114 .1 7.725 0.561 561 4.735 735 591 591 .1579 1579 44 44 44 33 33 33 .805 0.75 0.4 161 .965 0.255 1. @ 45°C ambient.670 0. single banked.75 .4 93 .70 0.4 6.360 0.370 0.780 0.240 55 4.53 0.94 0.75 0. gasoline. Jackets.1 321 478 364 541 462 687 5.05” to OVERALL DIAMETER in tables.88 0.39 0. ASTM B33-00 and IEC 60228.1 7.283 258 .29 0.1076 1076 862 862 .94 0.10 1.66 0.1007 1007 813 813 .434 434 377 377 -.74 0.99 0. Polyolefinic.383 3.985 0.190 1.400 0.75 NOMINAL NOMINAL NOMINAL NOMINAL NOMINAL NOMINAL OD OVER OVER OD OVER OD OD OVER OD OVER OD OVER BEDDING BRAID BEDDING BRAID BEDDING BRAID (Inches) (Inches) 0.400 0.215 1. Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Splash resistant to oil.890 0.1283 1283 905 905 .2 * Based on IEEE 45-2002 Table 25 for cables installed in free air.01 1.24 0.215 36p 36p 18 18 36p 36p .79 0.070 1. Add 0.88 0. sea water.880 880 694 1033 694 1033 617 918 617 . acid. 5 2.5 24p 24p 2.225 1.71 0.5 20p 20p 2.505 1.685 0.5 8p 8p 1.715 0.5 2.71 0.505 1.35 0.71 0.38 1.80 0.34 0.1488 1340 8.5 1p 1p 1.5 12p 12p 2.190 1.550 0.190 0.663 17 880 1310 12 880 1310 12 705 12 705 .54 0.05 1.35 0.985 0.02 1.2 499 .167 0.56 0.5 24p 24p 1.525 0.1 684 1018 744 1106 7.375 MINIMUM AMPACITY* MINIMUM AMPACITY* BENDING AT MINIMUM APPROX. BENDING BENDING WEIGHT WEIGHT RADIUS RADIUS 2.78 0.467 698 469 698 469 301 301 .5 1.09 1.62 0.325 1.5 4t 7t 7t 16 16 1t 1t 14 14 7t 7t 1.119 100 .87 1.740 1.635 0.176 176 142 .1310 12 1186 1765 10 1186 1765 10 961 11 961 .98 1.310 278 .30 0.740 1.2 961 1430 1029 1029 1532 7.4 6.25 0.54 0.7 4.445 0.34 0.62 1.325 1.5 2.4 548 8.39 1.5 4t 1.470 0.5 2.5 2.743 551 .26 1.6 178 208 .525 0.02 1.810 1.83 0.5 36p 2.32 0.2515 2515 8 2296 3416 7 2296 3416 7 1817 8 1817 .435 0.810 0.715 0.28 1.475 1.19 1.51 0.815 0.31 0.565 1.9 207 445 338 .83 1.78 0.960 1.385 0.26 1.4 1532 10.4 759 1129 820 820 1221 7.345 0.326 13 166 247 20 166 247 20 353 11 353 .815 0.44 1.98 0.46 0.23 1.243 243 2.22 0.2 1172 1744 1248 1857 9.0 834 .070 1.5 NOMINAL NOMINAL NOMINAL OD OD OVER OVER OD OVER NOMINAL BEDDING NOMINAL BEDDING BEDDING OD OVER OD OVER (Inches) BEDDING BEDDING 0.325 1.225 1.585 438 .1079 1079 7 671 998 8 671 998 8 884 6 884 .775 0.220 1.98 0.960 1.62 0.570 1.1431 1431 11 1423 2117 10 1423 2117 10 1186 .8 RSpr Tricab flexible Marine Cables 19 .75 .1849 1849 5 1052 1566 6 1329 5 1329 .895 895 6.3 393 585 438 651 5.292 30 446 663 17 446 663 17 269 20 269 .470 0.5 10p 10p 2.10 1.435 0.43 1.6 112 135 .2 1411 10.75 1t 1t 1.2 1411 .415 0.5 10p 10p 1.80 0.83 0.87 0.5 95 .57 0.935 1.22 0.935 0.1316 1316 6 725 1079 7 725 1079 7 1052 1566 6 1052 1566 6 884 1316 6 884 1316 6 1243 5 1243 .503 503 427 .435 0.4 548 815 602 895 6.39 0.62 0.100 1.19 1.2 961 .30 0.5 1.1 537 6.26 1.85 0.65 0.1340 1340 7.5 1.406 406 4.190 1.460 0.2 1383 2058 1467 2183 2058 1467 2183 10.565 1.87 0.5 2p 2p 1.728 728 571 850 571 850 6.2117 2117 10 1817 2704 8 1817 2704 8 1690 8 1690 .49 0.595 0.220 1.9 0.885 1.775 0.5 1.1857 1857 9.35 0.29 0.10 1.4 759 .14 1.82 0.475 1.3416 7 * Based on IEEE 45-2002 Table 25 for cables installed in free air.700 1.705 0.42 1.62 0.435 0.49 0.750 0.2100 2100 1496 1496 .740 1.2 180 268 207 308 2.695 1.7 316 .5 36p 36p 2.8 1975 .67 0.22 1.985 0.1598 1598 8.815 0.2704 2704 8 2296 .010 0.56 0.2280 2280 1619 1619 .955 0. NUMBER NUMBER OF OF TRIADS (t)OF NUMBER(t) TRIADS TRIADS (t) X XX AWG AWG AWG 1t 1t 18 18 NUMBER NUMBER OF OF TRIADS (t)OF NUMBER(t) TRIADS TRIADS (t) X XX mm2 1t 1t .485 5.5 1.94 0.25 NOMINAL NOMINAL NOMINAL OD OD OVER OVER OD OVER NOMINAL BRAID NOMINAL BRAID BRAID OD OVER OD OVER (Inches) BRAID BRAID 0.5 36p 36p 1.529 4.469 469 5 3.30 0.54 0.405 1.095 1.661 661 624 929 624 929 4.700 1.34 0.42 1.87 OVERALL DIAMETER (Inches) Min Max 0.43 NOMINAL 1.22 1.57 0.66 1.9 5.390 1.216 11 265 208 310 278 414 7 3.815 0.9 1000 1488 1598 8.57 0.810 0.2 180 .51 0.2 180 268 207 308 3.740 1.31 0.715 0.39 1.61 0.22 0.0 834 1241 900 900 1340 9.5 4p 4p 2.775 1.400 0.1430 1029 .985 1.9 4.3 4.5 24p 24p 1.985 0.5 2.49 0.85 0. @ 45°C ambient.94 1.75 .39 1.820 820 5.265 308 240 .715 0.97 0.5 16p 2.400 0.87 0.645 0.2 499 743 551 6.370 1.26 OVERALL DIAMETER (Inches) Min Max 0.935 1.3 4.460 Min Max 0.375 0.6 5.1 688 1024 748 1113 7.651 651 354 273 406 4.5 1p 1p 2.645 0.1 537 799 588 875 6.44 1.720 0.5 2.525 1.5 2.470 0.82 0.595 0.27 0.8 118 176 142Aluminum 211 (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) 3.25 0.39 0.98 0.62 1. NUMBER 36p 16OF NUMBER OF PAIRS PAIRS (p) (p) NUMBER X NUMBER OF X OF PAIRS NUMBER AWG PAIRS (p)OF AWG(p) PAIRS X (p) 1p 1pXX14 14 AWG AWG AWG 2p 2p 14 14 (quad) (quad) 1p 1p 14 14 4p 4p 14 14 2p 14 2p 14 (quad) (quad) 8p 8p 14 14 4p 14 10p 10p 14 14 8p 8p 14 14 12p 12p 14 14 10p 14 16p 16p 14 14 12p 12p 14 14 20p 20p 14 14 16p 14 24p 24p 14 14 20p 20p 14 14 27p 27p 14 14 24p 24p 14 14 36p 36p 14 14 27p 27p 14 14 36p 14 NUMBER 36p 1.44 1.98 0.8 118 142 2.62 0.335 335 489 489 .71 0.83 0.2 180 207 3.5 20p 20p 2.5 2.0 1081 9.57 0.30 2p 2p 1.1721 1609 1156 1721 8.05 1.1241 1241 900 900 .1 688 8.385 0.66 1. issue 2.46 0.26 0.935 0.05 1.98 0.28 1.2 1383 2058 1467 2183 MINIMUM BENDING BENDING MINIMUM RADIUS MINIMUM RADIUS BENDING MINIMUM APPROX.71 0.02 1.2 961 1430 1532 8.445 338 427 4 4.605 1.6 178 .09 1.5 1.394 314 467 314 .100 1.47 1.5 2.425(Inches)0. single banked.1609 1156 .39 1.247 20 219 .010 0.87 0.46 0.5 NOMINAL NOMINAL NOMINAL NOMINAL OD OVER OD OVER NOMINAL NOMINAL OD OVER OD OVER OD OVER OD OVER BEDDING BRAID BEDDING BRAID BEDDING BRAID (Inches) (Inches) 0.1018 744 .5 1.5 27p 27p 2.190 1.750 0.5 2p 2.480 0.5 1.7 0.385 0.5 16p 16p 2.36 0.705 0. AMPACITY* AT 90ºC 90ºC WEIGHT AT 90°C 196 292 30 w/ Bronze (lbs/kft)-(kg/km) (Amps) 269 400 20 269 400 20 196 292 30 196 .93 0.605 1.75 4t 7t 7t 18 18 1t 1t 16 16 7t 7t .14 1.94 0.5 3t 3t 16 16 4t 16 16 4t 3t 3t 1.5 4t 4t 2.38 NOMINAL OD OD OVER OVER NOMINAL BEDDING NOMINAL BEDDING OD OVER NOMINAL OD OVER OD OVER BEDDING BEDDING 0.1532 10.799 799 588 .100 1.8 139 207 163 243 2.2 1411 2100 2226 10.935 1.260 1.5 1.5 10p 2.1221 1221 7.5OF NUMBER OF PAIRS PAIRS (p) (p) NUMBER X NUMBER OF X OF PAIRS NUMBER PAIRS (p) (p)OF PAIRS X (p) 1p X 1pX2.480 0.095 1.415 0.200 187 .220 1.815 0.5 1. APPROX.1 238 354 273 406 4.595 0.28 1.695 1.4 759 7.93 0.8 118 .130 1.54 0.50 0.5 1.66 1.525 1.5 4p 4p 1.09 0.525 525 11 219 326 13 219 326 13 540 804 8 540 . single banked.448 448 353 353 .148 145 .425 0.36 0.05 0.695 1.4 548 815 602 .29 BEDDING (Inches) 0.1 537 .71 0.39 0.67 0.4 649 966 649 .2 1172 1744 1248 1248 .360 1.9 1000 1488 1074 1074 .1 684 1018 744 1106 588 6.5 1t 1t 2.5 1.1977 5 1977 1243 1849 5 1243 1849 5 1661 2471 4 1661 2471 4 1329 1977 5 1661 1661 2471 4 2471 AMPACITY* 4 AMPACITY* AT AT 90ºC 90ºC AMPACITY* AMPACITY* AT APPROX.8 139 .9 1000 .75 3t 3t 18 18 4t 18 18 4t 3t 3t .RS Flexible IEEE Marine Collective Screened Braided/Armored Instrumentation series 300V 110°C LSZH NUMBER OF NUMBER OF NUMBER PAIRS PAIRS (p) (p)OF PAIRS (p) NUMBER X OF NUMBER XX OF PAIRS (p) AWG (p) PAIRS AWG AWG X 1pX16 AWG AWG 2p 2p 16 16 (quad) (quad) 1p 16 4p 4p 16 16 2p 2p 16 16 (quad) (quad) 8p 8p 16 16 4p 16 10p 10p 16 16 8p 8p 16 16 12p 12p 16 16 10p 10p 16 16 16p 16p 16 16 12p 12p 16 16 20p 20p 16 16 16p 16p 16 16 24p 24p 16 16 20p 16 16 27p 16 27p 16 24p 24p 16 16 36p 36p 16 16 27p 16 NUMBER NUMBER OF OF NUMBER PAIRS PAIRS (p) (p)OF PAIRS (p) NUMBER X NUMBER OF XX OF 2 PAIRS PAIRS (p) mm(p) X 1pX1.211 211 4.75 0.5 2.405 1.5 12p 12p 1.34 0.09 1.570 1.1048 1048 12 961 1431 11 961 1431 11 880 .42 1.780 4.98 1.5 20p 20p 1.19 1.415 0.470 0.60 0.565 0.3 393 585 438 5.82 0.5 1.357 357 315 5 3.5 1.141 141 117 .2226 2226 11.360 1.985 0.035 1.78 0.65 0.885 0.1 688 1024 748 1113 815 602 895 6.5 1.5 95 117 2.67 0.390 1.815 6.5 27p 1.605 1. APPROX.460 0.475 1.1 537 799 588 875 355 . @ 45°C ambient.2 1172 . APPROX.9 207 .47 1.41 0.308 308 6.6 2.5 24p 24p 2.960 MINIMUM MINIMUM MINIMUM APPROX.5 95 141 117 174 273 4.1765 10 1690 2515 8 1690 2515 8 1423 10 1423 .885 0.49 0.71 0.405 1. BENDING BENDING BENDING WEIGHT WEIGHT MINIMUM RADIUS MINIMUM RADIUS RADIUS No Overbraid w/ Aluminum BENDING BENDING (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) RADIUS RADIUS 2.3 80 .93 1.41 0.570 1.405 1.5 2.695 OVERALL DIAMETER 0.2 499 743 551 820 6.635 635 4 4.32 0.2 499 743 551 820 7. APPROX.505 1.065 265 394 265 .225 1.5 2p 2p 2.130 1.935 1.44 1.190 1.370 1.715 0.635 0.3 5.98 0.5 2.38 NOMINAL 1.860 0.635 0.8 139 207 163 243 5.6 299 167 135 200 187 278 17 2.635 0.5 20p 20p 1.67 0.82 1.23 1.66 1.5 1.5 8p 8p 2.425 0.6 112 .9 2.526 526 516 768 516 768 385 385 .815 0.5 12p 12p 1.78 0.5 0.268 268 207 .765 0.5 27p 27p 2.22 1.5 2.325 1.97 1.035 0.190 1.2 1411 2100 1496 1496 2226 9.390 1.1 684 .780 0.50 0.35 0.390 * Based on IEEE 45-2002 Table 25 for cables installed in free air.605 1.070 1.5 2.7 316 470 355 529 4.685 0.71 0.2 1383 1721 1609 1156 9.985 1.80 0.5 10p 10p 1.955 0.100 0.30 0.23 1.765 0.525 1.28 1.685 1.93 0.30 0.6 299 .9 1000 1488 1074 1074 1598 10.010 1.5 12p 12p 2.85 0.5 1.955 0.130 1.4 1532 .34 0.425 0.56 0.26 0.700 1.354 2.1 688 1024 1113 1024 748 748 1113 7.23 1.30 0.5 1.190 1.85 0.810 1.5 8p 8p 2.23 1.47 1.5 4p 2.525 0.02 0.5 1.2 1172 1744 1248 1857 8.485 0.7 316 470 355 529 3.5 mm2 2p 2.435 0.43 NOMINAL OD OD OVER OVER NOMINAL BRAID NOMINAL BRAID OD NOMINAL OD OVER OVER OD OVER BRAID BRAID 0.010 0.3 393 585 438 651 602 6.505 1.56 0.5 2.8 1975 2939 2072 3084 10.4 548 .23 1.572 572 444 444 .10 0.5 2.5 1.5 16p 16p 1.62 0. @ 45°C ambient.660 0.67 0.3084 AMPACITY* AMPACITY* APPROX.480 0.19 1.5 95 141 117 174 2.1129 9.8 118 176 142 211 RADIUS No Overbraid w/ 2.4 1532 2280 2409 10.588 588 469 697 469 697 225 225 .070 1.14 1.5 1.470 7.3 143 213 143 .213 354 527 354 .700 1.83 0. single banked.278 17 2.83 0.885 0.3 80 119 100 148 145 216 11 2.1106 8.345 0.75 4t .67 0.1 238 .174 174 163 2.5 3t 3t 14 14 4t 4t 14 14 3t 3t 2.720 0.80 0.43 1.480 0.875 875 1129 1221 7.2939 2072 .414 7 3.435 0.225 1.400 400 20 705 1048 12 705 1048 12 446 .360 1.30 0.260 1.445 0.39 0.360 1.5 4p 1.2409 2409 11.0 1081 1156 1721 MINIMUM 10.1229 1229 11 11 8 8 7 7 25 25 17 17 12 12 11 11 * Based on IEEE 45-2002 Table 25 for cables installed in free air.595 0.5 1.75 .23 1.860 0.5 2.4 759 1129 820 820 .47 1.97 0.998 8 540 804 8 540 804 8 725 7 725 .75 0.685 0.885 0.5 2.57 0.23 1.885 0.57 0. AMPACITY* BENDING AT 90ºC 90ºC BENDING WEIGHT WEIGHT WEIGHT AT 90°C RADIUS RADIUS RADIUS No Overbraid w/ Aluminum w/ Bronze (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 2.308 240 315 .527 631 424 631 424 168 168 .810 1.250 250 395 395 .34 BRAID (Inches) 0.62 1.25 0.1744 10.0 1081 .130 1.10 1.46 0.42 1.5 27p 27p 1.475 1.3 393 .8 1975 2939 2072 3084 11.62 1.565 1.1046 1046 826 826 .955 1.0 834 8.61 0.97 0.035 1.5 1.065 1.14 1.5 2.5 2.570 1.260 1.27 0.75 .60 0. AMPACITY* AT AT 90ºC 90ºC WEIGHT AT 90°C AMPACITY* AMPACITY* w/ Bronze AT AT 90ºC 90ºC (lbs/kft)-(kg/km) (Amps) 20 166 .550 0.1 238 354 273 .525 1.460 0.5 16p 16p 1.220 1.207 163 .4 1532 2280 1619 1619 2409 10.525 0.38 1.34 0.095 1.370 1.660 0.966 703 703 .070 1.94 0.5 8p 8p 1.035 1.804 8 353 525 11 353 525 11 671 998 8 671 .5 7t 7t 14 14 7t 7t 2.29 0.1 238 6. Thermoset.75 . Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Splash resistant to oil.870 0.2 4.205 1. skydrol.8 2. single banked. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil.815 0.255 1. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 54 80 - APPROX.7 4. Low Smoke.180 4. acid. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.640 0. Where circuit integrity under fire conditions is required see FC series. gasoline.75 4p 4p .420 0.8 3.270 0.815 2.75 24p .690 0. @ 45°C ambient.4 3. sea water.780 0.090 1.75 0.75 10p . Resists ozone and UV.455 0.690 0.115 1. Polyolefinic. Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze.4 OVERALL DIAMETER (inches) Min Max 0.75 .75 . Jackets. sea water.75 36p . Low Smoke.640 0.3 3. Resists ozone and UV. NUMBER NUMBER OF OF NUMBER PAIRS PAIRS (p) (p)OF PAIRS (p) X XX AWG AWG AWG 1p 18 NUMBER NUMBER OF OF NUMBER PAIRS PAIRS (p) (p)OF PAIRS (p) X XX 2 mm 1p .945 0.975 1.2 APPROX.8 - - AMPACITY* AMPACITY* AMPACITY* AT AT 90ºC 90ºC AT 90°C (Amps) 13 13 228 228 329 329 8 8 7 7 501 501 627 627 5 5 5 5 684 684 846 846 4 4 4 4 1016 1016 1207 1207 4 4 3 3 1298 1298 1643 1643 3 3 3 3 .360 1.75 0. Where mechanical or EMC protection is required see EG series.8 4.75 .255 1.3 12p 12p 18 18 16p 16p 18 18 12p 12p .360 4. ASTM B33-00 and IEC 60228.205 1.975 0. 245 for Cold Bend (-40C) and Cold Impact (-35C)” ® Jacket: LSFLEX S-50.CSA C22.8 1.455 0.180 1.555 0.8 20p 20p 18 18 24p 18 20p 20p .755 0.090 1.8 2.75 1.845 0. CORE IDENTIFICATION To customer specification JACKET COLOR To customer specification STANDARDS ASTM B3-01 ASTM B33-00 Screen: Individual and Collective Drain Wire: Tinned annealed copper IEC 60228 IEC 60092-350 IEC 60092-376 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 IEEE-45 IEEE-1580 IEEE-1202 Assembly: Components cabled with filler as required and overall binder tape Ripcord: High strength ripcord under jacket APPROVALS USCG.055 1.4 5.2 2.EW Flexible IEEE Marine Individual & Collective Screened Instrumentation series 300V 110°C LSZH APPLICATION Flexible Instrumentation cables suitable for all marine applications.75 . acid.05” to OVERALL DIAMETER in tables.4 3. Add 0. Flame Retardant.945 3.290 MINIMUM MINIMUM MINIMUM BENDING BENDING BENDING RADIUS RADIUS RADIUS (Inches) 1.510 0.75 16p 16p .75 .75 2p 2p 18 18 4p 4p 18 18 2p 2p . skydrol. WEIGHT No Overbraid (lbs/kft)-(kg/km) 38 57 - 76 76 127 221 221 - 285 285 319 319 - 412 412 508 508 - 616 616 673 673 - 880 880 - - APPROX. Cross-linked.845 0.420 0.870 0.8 3. DNV Transport Canada Marine Safety “Cable constructions.2 8p 8p 18 18 10p 18 8p 8p .2 4. 20 Tricab flexible Marine Cables issue 2.2 No. Significantly exceeds IEEE-1580 Table 11 OPERATING TEMP -40°C to +110°C VOLTAGE RATING 300 Volts ® Insulation: LSFLEX R-30.75 0.755 0.75 0.115 1.510 0. Polyolefinic. ABS.75 . LR.8 5.7 27p 27p 18 18 36p 18 27p 27p .555 1. gasoline. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 89 133 - 113 113 189 189 100 100 156 156 - 148 148 231 231 154 154 221 221 - 329 329 424 424 256 256 326 326 - 381 381 486 486 337 337 421 421 - 475 475 613 613 362 362 460 460 - 538 538 684 684 460 460 569 569 - 756 756 917 917 561 561 675 675 - 835 835 1005 1005 683 683 811 811 - 1001 1001 1309 1309 734 734 948 948 - 1091 1091 1411 1411 872 872 1104 1104 - * Based on IEEE 45-2002 Table 25 for cables installed in free air. and Inner components to UL 1309 . Flame Retardant.780 0.2 1.055 1. 7 16 4p 1. WEIGHT No Overbraid (lbs/kft)-(kg/km) 72 107 72 107 72 107 167 248 167 248 269 400 269 400 726 488 488 726 726 488 631 939 631 939 1064 715 .1 4.505 0.345 1.1338 1618 1087 1618 1187 1766 1187 1766 1187 1766 1545 .365 0.2 12p 16 12p 1.775 0.550 2.850 3.5 0.9 16 27p 1.6 12p 14 14 12p 2.170 4.8 EWpr Tricab flexible Marine Cables 21 .4 8p 1.2 20p 16 16 20p 1.960 7.5 0.5 0.5 1.5 0.5 0.010 4.950 1.5 0.500 6.7 2. single banked.9 8p 14 8p 2.0 20p 20p 1.5 1.2722 2354 3503 2354 3503 2354 .080 1.105 1.0 24p 14 14 24p 2.675 2.1509 1014 1509 1112 1655 1112 .5 0.5 0.5 1.505 0.7 2.395 1.600 0.75 4t 0.900 0.5 1.1487 999 1231 1832 .9 24p 24p 16 16 24p 1.5 1.5 1.8 12p 14 12p 2.975 3.5 0. NUMBER OF NUMBER NUMBER OF Table NUMBER OF MINIMUM PAIRS (p) PAIRS (p) BENDING NUMBER OF NUMBER OF MINIMUM PAIRS (p) PAIRS (p) BENDING NUMBER OVERALL MINIMUM PAIRS PAIRS BENDING X X RADIUS X (p)OF NUMBER X (p)OF RADIUS PAIRS (p) PAIRS (p) DIAMETER BENDING AWG XX XX RADIUS AWG (inches) RADIUS 2 AWG AWG Min Max (Inches) 1p 14 1p 2.1 - 140 140 432 432 116 116 329 329 - - - 4t 4t 14 14 4t 4t 2.385 1.75 .5 1.465 5.1003 1241 834 834 1241 1014 1014 .310 5.1359 1154 1717 1154 1717 .960 7.5 1.960 1.895 3.9 24p 16 24p 1.600 2.5 1.825 0.345 1. issue 2.785 0.EW Flexible IEEE Marine Individual & Collective Screened Instrumentation series 300V 110°C LSZH NUMBER OF OF MINIMUM NUMBER NUMBER OF OF NUMBER MINIMUM NUMBER OF NUMBER NUMBER OF OVERALL MINIMUM PAIRS PAIRS BENDING MINIMUM NUMBER PAIRS (p) (p)OF PAIRS (p) (p)OF BENDING PAIRS (p) PAIRS (p) DIAMETER BENDING X X RADIUS PAIRS PAIRS BENDING XX (p) RADIUS XX (p) (inches) RADIUS X RADIUS X 2 AWG AWG AWG mm Min Max (Inches) AWG 1p 1p 0. @ 45°CMINIMUM ambient.2 24p 1.170 4.1025 689 775 1153 775 .4 2.600 1.5 2p 2p 0.575 0.665 0.575 0.1064 715 932 1387 932 1387 .625 2.2 20p 16 20p 1.1 8p 14 8p 2. single banked.9 27p 14 27p 2.070 1.725 0.4 94 94 290 290 361 361 - 537 537 404 404 7t 14 14 7t 7t 2.9 36p 14 36p 2.1832 1231 1491 2219 1491 .320 0.930 1.505 0.0 27p 27p 1.5 2.850 3.5 1.4 20p 14 20p 2.345 5.385 1.735 6.810 1.360 0.010 4.200 4.545 0.5 0.310 5.365 2.5 0.715 0.615 0.8 * Based on IEEE 45-2002 25 for cablesOF installed in free air.5 1.360 0.355 1.1090 733 733 899 .2 16p 16 16p 1.695 6.75 3t 18 18 3t 4t 18 18 4t 3t . WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 60 90 - APPROX.8 16p 14 16p 2.1 588 588 - 875 875 640 640 OVERALL DIAMETER (inches) Min Max 0.500 6.675 0.1720 1156 1407 2094 1407 .5 1.5 0.0 27p 27p 16 27p 1.960 1.675 2.3503 APPROX.5 2.810 1.4 1p 16 16 1p 1.7 16p 16 16p 1.070 1.900 0.1387 932 1156 1720 .2094 1545 2299 1545 .1290 1562 1050 1255 .2427 2131 3170 2131 3170 2131 .5 0.765 1.345 5.1717 1154 1404 2089 .5 1.550 2.465 5.210 1. NUMBER NUMBER OF OF TRIADS (t) (t)OF NUMBER TRIADS TRIADS (t) X XX AWG AWG AWG 1t 18 NUMBER NUMBER OF OF TRIADS (t) (t)OF NUMBER TRIADS TRIADS (t) X XX 2 mm 1t .345 5.5 4p 14 14 4p 2.5 1.550 2.5 0.565 1.735 6.625 2.320 0.840 0.75 3t 4t .545 0.1224 823 913 1359 913 .5 0.1090 1338 899 1087 .0 10p 10p 0.2 2p 2p 1.1562 1868 1255 1868 1359 2022 1359 2022 1359 2022 1738 .395 1.0 36p 1.7 1.5 1.415 0.5 0.785 0.2 12p 16 12p 1.695 6.5 2.5 0.5 2.030 1.5 1.355 1.245 1.960 1.5 1.5 0.7 16p 16 16p 1.9 8p 14 8p 2.775 3.5 0. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 92 137 92 137 92 137 199 296 199 296 308 459 308 459 537 799 537 799 537 799 689 1025 .040 4.960 7.975 3.355 1.695 6.380 0.665 0.625 0.565 1.75 1t 1t 1.105 1.8 36p 14 36p 2.5 1.5 2.705 0.5 3t 0.670 0.040 4.900 0.7 4p 8p 16 8p 1.625 0.040 4.5 7t 0.380 0. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 98 145 - 198 198 241 241 161 161 193 193 - 240 240 287 287 225 225 263 263 - 382 103 103 294 88 88 - 437 131 131 379 132 132 - 246 246 298 - 324 324 384 - - 366 366 444 AMPACITY* AMPACITY* AMPACITY* AT AMPACITY* AT 90ºC 90ºC AT 90ºC 90°C AT (Amps) 20 20 20 13 13 13 11 11 11 8 8 88 8 87 7 7 6 6 66 6 65 5 5 5 5 54 4 4 AMPACITY* AMPACITY* AT AMPACITY* AT 90ºC 90ºC AMPACITY* AT 90ºC AT 90°C (Amps) 30 30 30 20 20 20 17 17 17 12 12 12 12 12 12 11 11 11 10 10 10 10 10 10 8 8 8 8 8 87 7 7 * Based on IEEE 45-2002 Table 25 for cables installed in free air.320 0.5 0.775 3.930 1.7 20p 1. WEIGHT No Overbraid (lbs/kft)-(kg/km) 54 80 54 80 126 187 126 126 187 298 200 298 200 356 530 356 530 356 530 461 686 461 461 686 772 519 772 519 674 1003 .6 2p 14 2p 2.5 0.895 0.5 1.360 0.5 0.210 1.5 2.5 1.1 4p 14 4p 2.2219 1631 2427 1631 .6 1p 14 1p 2.5 2.5 1.775 0.510 6.695 6.3170 APPROX.170 4.5 1.2298 1545 2298 APPROX.735 2.1153 999 1487 999 1487 .5 1.1290 867 1290 867 1050 .5 1.625 0.4 3.5 1. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 114 170 114 170 219 326 219 326 314 467 314 467 498 740 498 740 498 740 628 935 628 935 692 1029 692 1029 867 .5 0.2 - AMPACITY* AMPACITY* AT 90ºC 90ºC AMPACITY* AT AT 90°C (Amps) 11 335 335 391 391 7 7 5 5 563 197 197 4 17 17 - 482 482 571 11 11 8 570 570 - 848 848 7 7 172 172 489 489 165 165 417 417 - 246 246 621 621 25 25 17 17 - 600 600 501 501 - 746 746 12 12 - 952 952 758 758 - 1129 1129 11 11 - - * Based on IEEE 45-2002 Table 25 for cables installed in free air.5 1.715 0.5 0.505 0.2507 1829 2722 1829 .695 6.5 1.615 0.5 257 69 69 - 3t 16 16 3t 4t 16 3t 1.1655 2172 2172 1460 APPROX.200 4.75 .4 16p 14 16p 2. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 139 207 139 207 139 207 272 405 272 405 398 593 398 593 650 967 650 967 650 967 823 1224 . WEIGHT No Overbraid (lbs/kft)-(kg/km) 44 65 - APPROX. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 72 107 72 107 154 230 154 230 234 349 234 349 399 594 399 594 399 594 512 761 512 761 571 850 571 850 733 1090 .285 0.8 36p 14 36p 2.080 1.765 0.9 212 212 261 - 315 315 388 7t 7t 16 16 7t 7t 1.5 1.310 5.8 24p 14 24p 2.7 4p 16 4p 1.2299 3025 2033 3025 2033 2033 .390 1.4 2p 16 16 2p 1.8 36p 16 16 36p 1.5 3t 4t 1.825 0.9 1.975 3.6 1p 14 1pmm 2.2 2.4 8p 10p 16 16 10p 1.5 1.5 1.850 3.2 2p 16 4p 1.390 1.505 0.6 421 421 - 626 626 466 466 - 694 694 1t 14 14 1t 3t 14 14 3t 1t 2.8 APPROX.840 3.555 0.4 8p 16 16 8p 1.675 2.5 1.0 10p 16 10p 1.385 1.565 1.010 4.1655 1112 1460 . @ 45°C ambient.5 0.465 5.340 0.5 1t 3t 2.500 6.930 1.5 1.8 36p 16 36p 1.2587 1738 2587 APPROX.705 0.555 0.305 MINIMUM MINIMUM BENDING MINIMUM BENDING BENDING RADIUS RADIUS RADIUS (Inches) 1.0 12p 1.415 0.345 1.950 0.5 1.2 2.5 0.340 0.160 4.4 133 133 162 162 - 7t 18 1t 1t 16 16 7t .565 1.2089 1404 1685 2507 1685 .6 10p 10p 1.510 6.030 4.785 0.245 1.3025 APPROX.5 0.5 0.8 27p 14 27p 2.1 3.4 16p 14 16p 2.600 1.5 1.810 1.7 3.1003 674 674 . single banked.390 1.2 16 2p 1. @ 45°C ambient.080 1.245 1.5 1.210 1.5 1.9 10p 14 10p 2.565 1.160 4.6 3.4 1p 1p 0. and Inner components to UL 1309 .8 194 .035 1.137 135 . Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Splash resistant to oil.1 20p 18 24p 18 20p .1032 825 .EG Flexible IEEE Marine Individual & Collective Screened Braided/Armored Instrumentation series 300V 110°C LSZH APPLICATION Flexible Instrumentation cables suitable for all marine applications.00 0. single banked.330 0. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil.201 13 220 .250 6. Flame Retardant.195 226 .575 0.02 1. AMPACITY* BENDING AT 90ºC BENDING WEIGHT WEIGHT WEIGHT AT 90°C RADIUS RADIUS No Overbraid w/ Aluminum w/ Bronze (inches) (Amps) (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 73 .20 1. Thermoset.8 7.760 4.1318 1119 .20 2p 18 4p 18 2p . Jackets. acid.125 1.1227 886 .855 696 . ABS.1666 823 .CSA C22. ASTM B33-00 and IEC 60228.915 5.where mechanical or EMC protection is required.8 305 .430 7.1134 822 .2 131 . LR.1559 1283 .56 0.75 24p .3 5. Low Smoke.75 1.75 0. Significantly exceeds IEEE-1580 Table 11 Insulation: LSFLEX ® R-30.1910 5 5 4 4 4 3 3 3 . Resists ozone and UV.935 1.2 No.862 575 .61 0.235 3.155 1.885 0.454 385 . Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze.44 0. DNV Transport Canada Marine Safety “Cable constructions.75 0.75 0.75 0. Where circuit integrity under fire conditions is required see FL series.015 6.05” to OVERALL DIAMETER in tables.573 344 .289 * Based on IEEE 45-2002 Table 25 for cables installed in free air.7 8. @ 45°C ambient.93 1.180 1.360 Tricab flexible Marine Cables APPROVALS USCG.643 532 .75 12p .5 27p 18 36p 18 27p . skydrol. Flame Retardant.75 0.74 0.67 0.327 8 158 . Polyolefinic.75 4p . APPROX.72 0.511 430 .275 1.445 7 3.5 16p 18 16p .75 NOMINAL NOMINAL NOMINAL NOMINAL OD OVER OD OVER OD OVER OD OVER BEDDING BRAID BEDDING BRAID (inches) (inches) (Inches) (Inches) 0.79 0.88 1.629 528 .1536 1048 .35 0.1224 968 .845 0.1441 1033 . acid.83 0.792 423 .109 2.639 432 . CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.39 0. gasoline.320 1.525 0.1223 693 . Screen: Individual and Collective Aluminium/ Laminate Tape OPERATING TEMP -40°C to +110°C VOLTAGE RATING 300 Volts CORE IDENTIFICATION To customer specification JACKET COLOR To customer specification Drain Wire: Tinned annealed copper STANDARDS ASTM B3-01 ASTM B33-00 Isolation Tape: Polyester Assembly: Components cabled with filler as required and overall binder tape IEEE-45 IEEE-1580 IEEE-1202 Bedding Tape: Polypropylene Braid/Armor Options: Galvanized Steel Wire Braid (90%) Tinned Copper Wire Braid (90%) Ripcord: High strength ripcord under jacket ® Jacket: LSFLEX S-50.07 1.1036 637 .820 0.16 1.6 OVERALL DIAMETER (Inches) Min Max Min Max 0.700 0.485 0.625 8p 18 8p .70 0.948 762 .75 36p . 245 for Cold Bend (-40C) and Cold Impact (-35C)” MINIMUM AMPACITY* MINIMUM APPROX.336 299 . Low Smoke. sea water.6 10p 18 12p 18 10p . skydrol. Polyolefinic. Resists ozone and UV.2 92 . APPROX.25 0.698 579 . 22 IEC 60228 IEC 60092-350 IEC 60092-376 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 issue 2. Cross-linked.04 1. Add 0. sea water.49 0. NUMBER OF NUMBER PAIRS (p)OF PAIRS (p) XX AWG AWG 1p 18 NUMBER OF NUMBER PAIRS (p)OF PAIRS (p) XX 2 2 mm mm 1p . gasoline.786 469 . 455 1.5 95 141 3.30 0.3 100 145 11 2.63 0.8 4.840 2p 14 2p 2.24 1.665 1.15 1. @ 45°C ambient.025 1.630 1.49 1.14 1.5 1.630 1.1634 10.740 0.7 647 6.6 7.54 0.535 20p 16 20p 1.5 0.2 2276 3387 2276 .48 0. NUMBER NUMBER OF OF NUMBER(t) TRIADS (t)OF TRIADS TRIADS (t) X XX AWG AWG AWG 1t 1t 18 18 NUMBER NUMBER OF OF NUMBER(t) TRIADS (t)OF TRIADS TRIADS (t) X XX 2 mm 1t 1t .6 862 .25 0.570 27p 27p 16 27p 1.3387 APPROX.54 0.68 0.305 1.415 4p 4p 16 16 16 4p 4p 1.305 1.270 1.58 0.05 1.6 1616 .5 0.452 452 7 3.4 774 1152 6.030 2.22 0.621 621 417 722 485 485 722 690 1027 690 .2 246 246 366 366 4.68 1. BENDING BENDING WEIGHT RADIUS RADIUS 2.84 0.615 0.174 174 117 174 227 227 227 117 117 320 320 320 227 506 506 320 638 638 638 506 506 703 703 703 638 880 880 703 1064 1064 1064 880 1272 1272 1272 1064 1064 1375 1375 1375 1272 1757 1757 1757 1375 1757 1757 337 337 .43 0.25 0.910 5.28 1.5 0. APPROX.420 1.095 6.570 27p 24p 16 1.517 517 5 4.5 0.75 3t 18 18 3t 4t 18 18 4t 3t .5 584 .85 0.81 0.5 1.580 20p 14 20p 2.78 0.920 12p 12p 16 16 12p 12p 1.64 0.1739 1243 1169 1169 1739 1169 1739 926 .920 8p 8p 0.850 0.1481 1481 8.97 1.5 282 3.5 460 684 5.695 0.030 12.2 2276 3387 3387 12.5 0.27 1. AMPACITY* BENDING AT 90ºC 90ºC BENDING AT BENDING WEIGHT WEIGHT WEIGHT AT 90°C RADIUS RADIUS RADIUS No Overbraid w/ Aluminum w/ Bronze (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 80 2.7 195 2.88 0.33 1.31 0.2 9.5 2.69 0.54 0.7 200 350 269 .460 1p 14 1p 2.32 1. BENDING BENDING WEIGHT RADIUS RADIUS MINIMUM RADIUS MINIMUM RADIUS No Overbraid BENDING (Inches) (lbs/kft)-(kg/km) RADIUS 2.305 1.67 0. single banked.27 1.630 1.2 1195 1778 10.1027 11 11 8 8 7t 7t 1.5 2.33 1.1377 1421 1421 2114 2114 1421 2114 1169 .5 168 .375 16 16 27p 27p 1.05 1.5 16p 16 0.620 1p 16 1p 1.5 2.8 331 .59 0.5 1.5 1.53 0.5 0.5 2.110 1.1997 1997 9.5 2.5 1.5 1.59 0.88 0.8 4.64 0.1981 10 1905 1905 2835 2835 2835 88 1905 8 1601 10 .211 142 211 407 407 605 605 407 605 281 .460 1p 1p 0.2046 2046 2046 1892 -.415 1p 16 1p 1.0 235 0.68 1.44 1.493 493 331 583 392 392 583 579 579 .6 10.875 2.425 X BEDDING BRAID (Inches)0. single banked.1981 1453 12 1331 1331 1981 10 10 1331 1981 10 1071 .665 1.74 0.5 1.25 0.400 0.415 1.8 118 176 2.48 1.91 1.620 2p 2p 0.1583 1583 1309 1892 1892 .43 0.44 1.3057 8 2377 2377 .48 0.110 12p 16 12p 1.620 0.02 1.5 0.48 0.8 118 176 RADIUS No Overbraid (Inches) (lbs/kft)-(kg/km) 4.0 364 364 542 542 5.34 0.240 16p 16p 0.5 2.59 0.44 1.230 16p 16p 14 14 14 16p 16p 2.570 0.3 995 1481 1217 7.1892 1583 1583 .02 1.30 0.5 9.8 118 176 5.5 1342 10.18 1.840 0.2 2276 10.5OF 1.5 2.5 1.740 0.54 0.5 1.50 0.10 1.110 10p 16 10p 1.0 364 .213 143 573 385 573 385 689 463 689 463 7t 14 14 7t 7t 2.075 1.91 1.48 1.075 16p 16 16 16p 1.7 6.24 1.5 1.119 119 100 .690 0.9 2.49 1.5 2.345 0.305 1.135 1.5 4.5 1342 1342 1997 1997 9.86 0.29 1.75 .745 10p 10p 16 16 10p 10p 1.745 0.3 607 903 6.5 0.4 818 1778 1778 9.292 196 292 30 504 504 751 751 17 17 504 751 17 362 .6 862 862 1283 7.3 8.29 0.415 12p 14 12p 2.5 0.170 1.8 1759 10.5 2.28 1.5 2.5 0.5 1.375 20p 16 20p 1.49 1.290 290 290 3.91 0.2835 8 2608 3881 3881 2608 77 2055 .74 0.5 0.625 1.5 0.5 5.2614 2614 2614 2046 2614 2614 7 7 * Based on IEEE 45-2002 Table 25 for cables installed in free air.665 1.5 2.615 0.5 1098 1098 1634 8.455 1.735 0.59 0.1062 714 769 .63 0.630 1.6 1669 2483 MINIMUM 10.670 0.4 1297 1297 1930 9.34 0.5 1.850 0.68 0.765 24p 24p 1.789 1t 14 14 1t 3t 14 14 3t 1t 2.6 6.570 * Based on IEEE 45-2002 Table 25 for cables installed in free air.15 1.54 0.350 269 347 5 4.5 1098 .1046 950 1309 .485 0.135 1.70 0.31 0.995 1.5 1.805 0.2114 1421 2114 1849 1849 2751 2751 2751 1849 1704 .75 4t 7t 7t 18 18 1t 1t 16 16 NOMINAL NOMINAL NOMINAL NOMINAL NOMINAL NOMINAL OD OVER OD OD OVER OD OVER OVER OD OVER OD OVER BEDDING BRAID BEDDING BRAID BEDDING BRAID (Inches) (Inches) 0.5 1.64 0.850 0.995 0.965 1.690 0.30 0.44 1.450 1.580 27p 27p 14 14 14 27p 27p 2.765 NUMBER OF NUMBER OF NOMINAL NOMINAL 36p 16 16OF 36p 1.81 0.425 0. WEIGHT 142 211 142 211 w/ Aluminum (lbs/kft)-(kg/km) 281 281 419 419 281 419 142 .48 0.5 1.68 0.965 1.5 2.605 605 605 11 11 407 11 299 445 13 613 .830 2.10 1.765 36p 14 14 36p 2.745 4p 4p 0.49 1.1333 1333 896 11 11 7t 7t .425 0.476 337 753 .425 0.7 195 195 .5 1.27 1.7 3.7 195 290 5.49 1.5 0.91 1.9 5.6 1669 1930 9.620 8p 16 16 8p 1.5 BEDDING BRAID 1pX 14 1pX 2.3 995 .68 1.337 174 174 476 476 . NUMBER NUMBER OF NUMBER NUMBER OF NOMINAL NOMINAL NOMINAL NOMINAL 36p 36p 1.4 774 .5 2.5 0.18 1.5 2.52 0.3537 3537 2608 2608 .230 1.02 1.54 0.74 0.64 0.437 294 522 351 522 351 530 789 530 .5 460 684 963 963 6.045 4p 14 4p 2.87 0.70 0.2 4.4 818 963 6.14 1.535 1.148 148 145 .270 1.90 0.5 36p 36p 16 16 36p 36p 1.5 1.24 1.5 0.01 1.850 0.278 278 4 4 17 17 0.045 12p 12p 14 14 14 12p 12p 2.48 1.135 1.5 1.1778 9.240 16 16p 1.385 0.445 445 445 13 13 299 13 166 247 20 166 247 20 407 407 .EG Flexible IEEE Marine Individual & Collective Screened Braided/Armored Instrumentation series 300V 110°C LSZH NUMBER NUMBER OF OF NOMINAL NOMINAL NOMINAL NOMINAL NOMINAL 000 NUMBER OF NOMINAL PAIRS PAIRS (p) (p) (p)OF PAIRS PAIRS (p) (p) (p)OF OD OD OD OVER OVER OVER OD OD OD OVER OVER OVER NUMBER NUMBER NOMINAL NOMINAL OVERALL PAIRS PAIRS PAIRS (p) PAIRS (p) OD OVER NOMINAL OD OVER DIAMETER X X BEDDING BEDDING BRAID BRAID NUMBER XX00X XXX OF BEDDING BRAID NUMBER OF NOMINAL NOMINAL NOMINAL BEDDING BRAID (Inches) AWG AWG 2 PAIRS (p) PAIRS OD OVER OD OVER AWG AWG mm(p) (Inches) (Inches) Min Max BEDDING BRAID 1p 1pX16 16 1p 1pX1.05 1.14 1.29 1.4 7.230 10p 14 10p 2.4 9.910 0.5 16 24p 24p 1.240 12p 16 12p 1.5 2.5 460 420 4.670 0.795 0.54 0.690 0.965 0.963 6.62 0.045 8p 8p 0.5 584 869 7.695 8p 14 14 8p 2.3 607 .4 818 .270 1.570 0.1217 1217 7.32 1.73 1.2154 55 2154 2154 1447 5 1222 1818 6 1222 1818 1555 1555 .05 1.5 1.270 1.420 1.70 0.8 1759 .73 0.5 0.68 1.375 AMPACITY* MINIMUM MINIMUM AMPACITY* MINIMUM APPROX.5 1.6 1062 714 . @ 45°C ambient.630 1.765 1.86 0.14 1.135 1.6 1616 9.7 647 8.780 0.0 364 542 4.230 10p 14 10p 2.903 1283 1283 7.580 20p 14 20p 2.26 0.52 0.5 0.542 7.230 8p 14 8p 2.4 774 1152 7.780 0.73 1.36 0.615 0.15 1.2 12. issue 2.420 1.0 5.5 460 .015 1.176 2.375 20p 16 20p 1.18 1.84 0.48 0.33 1.5 1.025 1.8 EGpr Tricab flexible Marine Cables 23 .805 4.27 1.2751 AMPACITY* AMPACITY* AMPACITY* AT AT 90ºC 90ºC 90ºC APPROX.5 1.50 0.625 1.5 2.535 24p 1.32 1.345 0.735 0.24 1.5 0.375 0.875 1.5 282 6.5 1.780 0.75 .49 1.805 24p 14 24p 2.59 0.53 1.695 1p 14 1p 2.5 584 584 869 869 6.6 10.5 2.5 1.44 1.460 2 AWG AWG mm (Inches) (Inches) Min Max 2p 2p 14 14 2p 2p 2.8 10.44 1.5 2.32 0.28 1.025 1.965 5.98 1.640 0.770 0.97 1.270 1.200 200 478 478 .63 0.765 20p 14 20p 2.48 1.8 1759 1759 2617 2617 2617 10.450 1.5 1.5 1.5 0.580 1.2383 1601 2383 10 2055 2055 3057 3057 3057 88 2055 8 1905 .570 0.770 0.765 36p 16 36p 1.10 1.615 0.5 0.2 246 .665 1.5 95 141 420 420 4.29 1.735 0.43 0.26 0.6 1616 1616 2405 2405 2405 10.445 0.5 8.5 1.1930 1481 9.01 1.73 1.50 0.29 0.420 4.875 MINIMUM MINIMUM MINIMUM BENDING BENDING MINIMUM APPROX.6 1669 2483 BENDING BENDING BENDING RADIUS RADIUS MINIMUM RADIUS MINIMUM MINIMUM APPROX.400 0.70 0.3 995 8.625 1.335 335 225 524 779 524 779 614 914 614 914 25 25 17 17 4t 4t 14 14 213 143 .830 0.840 0.745 2p 16 2p 1.5 0.455 1.415 1p 16 1p 1.753 476 950 .25 0.640 0.5 7t 0.18 1. single banked.366 6.29 0.140 1.98 1.415 24p 24p 14 14 14 24p 24p 2.695 2p 14 2p 2.32 0.1134 88 613 912 8 613 912 831 831 .54 0.735 0.5 1.74 0.690 0.7 647 647 .570 0.1594 11 1601 1601 2383 2383 10 10 1601 2383 10 1331 .5 1.298 231 .5 1.5 1.270 1.570 0.840 4p 4p 0.861 861 417 .805 36p 36p 14 14 36p 36p 2.59 0.84 0.28 1.140 1.53 1.805 1.5 2.344 344 304 .67 0.415 AWG 2p 2p 16 16 16 2p 2p 1.2314 565 2314 2314 1555 5 1447 2154 5 1958 1958 -.2 1195 1195 .81 0.765 PAIRS PAIRS (p) (p) (p) PAIRS PAIRS (p) (p) (p) OD OD OVER OVER OVER OD OD OD OVER OVER OVER PAIRS PAIRS OD X X BEDDING BEDDING NOMINAL BRAID BRAID NUMBER XX OF XX OF BEDDING BRAID NUMBER OF NUMBER NUMBER OF NOMINAL NOMINAL NOMINAL AWG AWG(p)OF NUMBER NUMBER NOMINAL OVERALL PAIRS PAIRS (p)OF OD OVER NOMINAL OD OVER AWG PAIRS (p) PAIRS (p) OD OVER OD OVER DIAMETER BEDDING BRAID XX14 X2.247 20 299 299 .8 5.015 1.5 7t 7t 16 16 7 7 12 12 * Based on IEEE 45-2002 Table 25 for cables installed in free air.950 950 753 753 1046 1046 .625 1.5 0.680 0.981 926 926 1377 1377 926 1377 836 1243 836 .216 216 11 231 304 298 7 3.420 1.890 0.5 1.840 10p 10p 14 14 10p 10p 2.48 OVERALL DIAMETER (Inches) Min Max 0.1236 1236 1236 787 831 7 762 1134 8 1022 .167 385 385 .02 1.513 112 167 112 . WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 117 117 .640 0.27 0.385 0.02 1.75 .4 1297 MINIMUM MINIMUM 10.140 1.573 573 135 135 .539 20 780 1161 12 780 1161 12 504 .5 0.8 2.455 1.450 1.869 5.5 0.1739 1704 1704 2535 2535 2535 1704 1421 .5 0.2617 2.5 1098 1634 7.075 8p 8p 0.765 27p 16 27p 1.5 2.5 95 95 .170 1.5 1t 3t 2.02 1.1521 1521 1022 66 831 1236 7 1222 1222 .751 17 977 977 1453 1453 12 12 977 1453 12 780 .74 0.97 1.5 1.0 5.2535 2377 3537 3537 2377 1849 .48 0.095 1.53 0.640 0.5 1.5 0.3 80 .25 0.68 0.34 0.6 1669 1669 2483 2483 2483 10.28 1.53 1.5 1.01 1.5 1.59 0.58 0.44 1.5 282 282 .59 0.02 1.5 3t 0.87 0.135 1.415 16p 16p 1.455 1.10 1. APPROX.1161 12 1071 1071 1594 1594 1594 11 11 1071 11 977 1453 12 977 .445 0.8 0.0 235 .684 684 5.4 774 774 1152 1152 7.4 4.3881 3881 APPROX.85 0.97 1.75 3t 4t .6 862 7.890 0.44 1.49 1.1283 9.27 3t 16 16 3t 4t 4t 16 16 3t 1.34 0.2 1195 1481 8.680 0.1818 1818 6 1222 1818 66 1022 1521 6 1447 1447 .49 1.965 1.32 1.170 1.805 27p 27p 1.4 4.73 0.49 1.765 1.435 4.5 0.97 0.535 24p 24p 16 24p 16 24p 1.44 1.1309 1046 1583 .5 437 294 .50 0.75 1t 1t 1.030 27p 14 27p 2.43 0. @ 45°C ambient.270 12p 12p 1.2405 12.33 1.840 0.912 912 613 88 407 605 11 762 762 1134 1134 8 762 .5 0.385 0.450 1.15 1.30 0.270 10p 14 10p 2.5 0.995 1.29 0.570 0.3 607 903 5.5 1.5 0.02 1.15 1.36 0.29 1.5 0.995 1.415 0.74 0.460 4p 4p 14 14 14 4p 4p 2.030 36p 36p 1.01 1.920 4p 16 4p 1. AMPACITY* AT WEIGHT AT 90°C AMPACITY* AMPACITY* w/ Bronze AT 90ºC (lbs/kft)-(kg/km) (Amps) 166 166 247 247 20 20 166 .570 1.075 10p 16 10p 1.795 0.5 3t 4t 4t 1.5 1342 1997 8.270 20p 20p 14 14 20p 20p 2.73 1.110 20p 20p 16 16 20p 20p 1.875 2.2914 2914 4 1958 2914 44 1555 2314 5 AMPACITY* AMPACITY* 1958 2914 4 1958 2914 AMPACITY* 4 AT AT 90ºC 90ºC 90ºC AT AMPACITY* AMPACITY* APPROX.75 .6 345 513 345 .43 0.5 95 141 2.87 0.5 1.53 1.5 1.88 0.400 400 347 .22 0.2 246 366 2.5 1.7 200 .78 0.580 16p 14 16p 2.84 0.025 1.5 6.605 836 836 1243 1243 836 1243 660 .419 660 981 660 981 407 .5 1.485 0.5 2.3 995 995 .85 0.33 1.48 0.88 0.5 0.920 8p 16 16 8p 1.375 16p 1.0 4t 4t 2.170 1.5 1342 .87 0.250 250 168 427 636 427 636 509 757 509 757 225 .90 1.98 1.141 141 2.5 1.375 1.1144 1144 769 896 .385 0.5 1.69 0.8 118 .435 0.385 0. AMPACITY* AT 90ºC WEIGHT AT 90°C 196 292 30 196 292 30 w/ Bronze (lbs/kft)-(kg/km) (Amps) 362 362 539 539 20 20 362 539 20 196 30 .30 0.711 711 187 187 .5 0.6 2.4 1297 1930 9.5 1.43 0.10 1.1634 1152 8.63 0.62 0.780 0. 35 0.520 4.7 193 - 287 217 - 323 272 - 405 133 1c 2 1c 35 0.260 10.85 0.29 0. gasoline.79 0.CSA C22.140 9. Add 0.480 0.460 3. DNV Transport Canada Marine Safety “Cable constructions. ABS.320 0. LR.33 1.275 0.7 1002 - 1491 1050 - 1563 1161 - 1728 412 1c 365 McM 1c 185 0. Cross-linked. gasoline.425 0.780 6. Zero Halogen (LSX to IEEE-1580)(HF-90 to IEC 60092-351) Splash resistant to oil.445 1. Where mechanical or EMC protection is required see BH series.565 12. NUMBER OF CONDUCTORS (c) XX XX AWG/kcmil mm2 AWG/kcmil DIAMETER DIAMETER OVER OVER INSULATION (inches) OVERALL DIAMETER (Inches) Min Max MINIMUM MINIMUM BENDING BENDING RADIUS RADIUS (Inches) APPROX.350 2. sea water.2 1220 - 1815 1272 - 1892 1390 - 2068 464 1c 473 McM 1c 240 0. skydrol.7 797 - 1186 839 - 1249 937 - 1394 376 1c 296 McM 1c 150 0.1 1550 - 2306 1607 - 2392 1738 - 2587 579 1c 592 McM 1c 300 1. Halogen Free.68 0. Glass Mica Tape CORE IDENTIFICATION To customer specification VOLTAGE RATING 600/1000 Volts ® JACKET COLOR To customer specification Insulation: LSFLEX R-30. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil. Resists ozone and UV.675 5.46 0.720 0.6/1kV 110°C LSZH APPLICATION Flexible Power and Control cables suitable for all marine applications.2 132 - 196 153 - 227 201 - 298 101 1c 4 1c 25 0.5 3134 - 4663 3212 - 4780 3391 - 5046 867 1c 1243 McM 1c 630 1.8 94 - 140 112 - 167 154 - 230 76 1c 6 1c 16 0. Low Smoke. Resists ozone and UV.2 No. WEIGHT No Overbraid (lbs/kft)-(kg/km) APPROVALS USCG.595 4. 245 for Cold Bend (-40C) and Cold Impact (-35C)” APPROX. ASTM B33-00 and IEC 60228.06 1.3 2494 - 3711 2565 - 3816 2726 - 4057 785 1c 986 McM 1c 500 1. Polyolefinic.410 11.550 0.4 61 - 91 77 - 115 114 - 169 1c 8 1c 10 0.4 491 - 731 525 - 782 604 - 899 250 1c 3/0 1c 95 0.600 1.370 0. acid.840 6.8 58 .2 259 - 385 286 - 425 347 - 517 162 1c 1 1c 50 0. 24 IEC 60228 IEC 60092-350 IEC 60092-353 IEC 60331 IEC 60331-11 IEC 60331-21 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 Tricab flexible Marine Cables issue 2. single banked.24 0. skydrol. acid.2 656 - 976 695 - 1035 786 - 1170 306 1c 236 McM 1c 120 0. where circuit integrity is required under fire conditions.53 0.620 0.050 1. Flame Retardant.400 3.05” to OVERALL DIAMETER in tables.20 0.945 1. sea water.025 8.300 2. Low Smoke.775 0. Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze.9 3917 - 5828 4003 - 5957 4201 - 6252 990 * Based on IEEE 45-2002 Table 25 for cables installed in free air.40 0. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) APPROX. Includes ripcord on 10mm2 and larger STANDARDS ASTM B3-01 ASTM B33-00 Assembly: Conductors cabled with filler as required and overall binder tape or Aluminum/ Polyester Shield + drain wire IEEE-45 IEEE-1580 IEEE-1202 Ripcord: High strength ripcord under jacket ® Jacket: LSFLEX S-50. @ 45°C ambient. and Inner components to UL 1309 .19 1.1 1905 - 2835 1968 - 2929 2113 - 3144 623 1c 789 McM 1c 400 1. Flame Retardant.RR Flexible IEEE Marine Fire Resistant Power & Control series 0.48 1. WEIGHT w/ Bronze (lbs/kft)-(kg/km) AMPACITY* AMPACITY* AT AT 90ºC 90°C (Amps) 1c 10 1c 6 0.960 7.95 1. Jackets.63 0.885 0. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.8 360 - 536 390 - 581 460 - 685 202 1c 2/0 1c 70 0. Thermoset.735 13. Polyolefinic. Significantly exceeds IEEE-1580 Table 11 Available in plain or tinned OPERATING TEMP -40°C to +110°C Flame Barrier: Fire Resistant.300 1.160 1. 5 24c 24c 24c 14 14 24c 2.150 1.9 5.820 0.4 3.105 1.6 12.145 1.5 1.570 0.8 5. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 132 132 160 160 196 196 239 239 334 334 445 445 615 615 792 792 150 150 186 186 233 233 289 289 413 413 559 559 784 784 1020 1020 1384 1384 1845 1845 2439 2439 2923 2923 3668 3668 4407 4407 5545 5545 6777 6777 176 176 221 221 280 280 350 350 508 508 694 694 983 983 1286 1286 1756 1756 2350 2350 3117 3117 3745 3745 4703 4703 5666 5666 204 204 259 259 330 330 417 417 610 610 839 839 1194 1194 1568 1568 2147 2147 240 240 373 373 511 511 672 672 702 702 816 816 886 886 307 307 487 487 678 678 894 894 942 942 1100 1100 1199 1199 -- 196 196 238 238 292 292 356 356 497 497 662 662 915 915 1179 1179 224 224 277 277 347 347 429 429 614 614 832 832 1167 1167 1518 1518 2060 2060 2745 2745 3630 3630 4350 4350 5459 5459 6557 6557 8251 8251 10085 10085 261 261 329 329 416 416 520 520 755 755 1033 1033 1462 1462 1914 1914 2612 2612 3497 3497 4638 4638 5573 5573 6998 6998 8432 8432 304 304 385 385 491 491 620 620 908 908 1248 1248 1776 1776 2332 2332 3194 3194 357 357 555 555 761 761 999 999 1045 1045 1215 1215 1318 1318 456 456 724 724 1009 1009 1331 1331 1401 1401 1637 1637 1784 1784 AMPACITY* AMPACITY* AMPACITY* AT 90ºC AT 90°C 90ºC (Amps) 20 20 31 31 40 40 50 50 67 67 91 91 113 113 142 142 17 17 28 28 33 33 43 43 54 54 74 74 93 93 115 115 144 144 179 179 221 221 255 255 290 290 330 330 401 401 440 440 17 17 28 28 33 33 43 43 54 54 74 74 93 93 115 115 144 144 179 179 221 221 255 255 290 290 33 33 14 14 22 22 26 26 34 34 43 43 59 59 74 74 92 92 115 115 12 12 9 9 9 9 8 8 8 8 7 7 7 7 20 20 14 14 14 14 13 13 13 13 11 11 11 11 * Based on IEEE 45-2002 Table 25 for cables installed in free air.5 1.465 0.360 2.1 12.575 0.6/1kV 110°C LSZH NUMBER OF CONDUCTORS (c) X XX X X X AWG/kcmil mm2 AWG/kcmil AWG/kcmil 2c 2c 2c 16 16 2c 1.4 4.685 0.5 1.8 6.630 1.1 3.815 0.275 1.8 4.570 0.620 0.550 0.2 9.575 0.055 1.900 1.825 1.470 0.625 2.180 1.5 4c 4c 4c 12 12 4c 4 4 4c 4c 4c 10 10 4c 6 6 4c8 4c 4c8 4c 10 10 4c 4c 4c 6 6 4c 16 16 4c 4c 4c 4 4 4c 25 25 4c 4c 4c 2 2 4c 35 35 4c 4c 4c 1 1 4c 50 50 4c 4c 4c 2/0 2/0 4c 70 70 4c 4c 4c 3/0 3/0 4c 95 95 4c 4c 4c 236 236 McM McM 4c 120 120 4c 4c 4c 296 296 McM McM 4c 150 150 4c 4c 4c 365 365 McM McM 4c 185 185 5c 5c 5c 16 16 5c 1.420 0.950 0.1 8. WEIGHT No Overbraid (lbs/kft)-(kg/km) 65 65 86 86 115 115 150 150 229 229 324 324 473 473 632 632 80 80 108 108 147 147 194 194 301 301 430 430 633 633 849 849 1187 1187 1620 1620 2178 2178 2641 2641 3345 3345 4060 4060 5158 5158 6349 6349 99 99 136 136 185 185 246 246 385 385 552 552 816 816 1097 1097 1537 1537 2101 2101 2827 2827 3432 3432 4344 4344 5281 5281 120 120 165 165 226 226 302 302 474 474 681 681 1008 1008 1357 1357 1903 1903 147 147 251 251 368 368 503 503 530 530 630 630 692 692 203 203 350 350 517 517 704 704 747 747 890 890 980 980 -- 97 97 128 128 171 171 223 223 341 341 482 482 704 704 940 940 119 119 161 161 219 219 289 289 448 448 640 640 942 942 1263 1263 1766 1766 2411 2411 3241 3241 3930 3930 4977 4977 6041 6041 7675 7675 9447 9447 147 147 202 202 275 275 366 366 573 573 821 821 1214 1214 1632 1632 2287 2287 3126 3126 4207 4207 5107 5107 6464 6464 7858 7858 179 179 246 246 336 336 449 449 705 705 1013 1013 1500 1500 2019 2019 2832 2832 219 219 373 373 548 548 748 748 789 789 937 937 1030 1030 302 302 521 521 769 769 1048 1048 1112 1112 1324 1324 1458 1458 APPROX.840 0.9 4.085 1.415 0.875 0.175 1.615 0.040 1.590 1.625 0.175 1.120 2.750 0.670 0.325 1.260 1.710 0.915 2.145 1.6 4.525 0.485 0.2 9.915 1.495 0.560 0.765 1.765 2.120 1.055 1.510 0.765 1.035 1.175 1.9 21.185 2.395 0.1 8.420 0.625 0.5 2.450 0.225 1.5 1.4 10.7 3.5 2c 2c 2c 14 14 2c 2.5 12c 12c 12c 16 16 12c 1.005 1.930 0.125 1.470 0.6 7.965 0.515 0.630 0.370 1.385 0.840 0.2 6.5 2.030 1.395 0.195 1.480 0.620 0.5 OVERALL DIAMETER (Inches) Min Max 0.3 3.0 5.965 0.570 0.195 2.5 2.5 19c 19c 19c 16 16 19c 1.0 21.615 0.950 0.960 0.370 0.3 8.560 0.940 0.4 9.0 10.175 0.5 7.5 4.1 15.960 1.225 1.9 4.365 2.5 6.175 2.630 0.420 0.1 4.590 1.735 0.0 4.770 0.5 5c 5c 5c 14 14 5c 2.910 0.6 10.6 7.1 14.8 3.085 1.4 4.525 0.5 27c 27c 27c 16 16 27c 1.875 1.3 9.2 4.9 5.860 0.3 7.720 1. @ 45°C ambient.2 9.005 1.9 12. issue 2.480 0.760 0.590 1.8 15.030 2.8 11.785 0.015 1.3 6.480 1.365 1.RR Flexible IEEE Marine Fire Resistant Power & Control series 0.630 1.465 0.185 2.5 2.5 33c 33c 33c 16 16 33c 1.040 1.0 9.855 1.2 8.785 0.785 0.855 0.6 17.275 1.795 0.5 4.400 1.455 0.8 RRm Tricab flexible Marine Cables 25 .440 0.040 1.5 3c 3c 3c 12 12 3c 4 4 3c 3c 3c 10 10 3c 6 6 3c 3c 3c 8 8 3c 10 10 3c 3c 3c 6 6 3c 16 16 3c 3c 3c 4 4 3c 25 25 3c 3c 3c 2 2 3c 35 35 3c 3c 3c 1 1 3c 50 50 3c 3c 3c 2/0 2/0 3c 70 70 3c 3c 3c 3/0 3/0 3c 95 95 3c 3c 3c 236 236 McM McM 3c 120 120 3c 3c 3c 296 296 McM McM 3c 150 150 3c 3c 3c 365 365 McM McM 3c 185 185 3c 3c 3c 473 473 McM McM 3c 240 240 3c 3c 3c 592 592 McM McM 3c 300 300 4c 4c 4c 16 16 4c 1.2 7.570 0.720 1.4 9.5 7c 7c 7c 14 14 7c 2.5 2.015 1.6 3.030 1.850 0.175 1.6 10.5 4c 4c 4c 14 14 4c 2.615 0.675 0.385 0.615 0.665 0.330 1.5 5c 5c 5c 12 12 5c 4 4 5c 5c 5c 10 10 5c 6 6 5c 5c 5c 8 8 5c 10 10 5c 5c 5c 6 6 5c 16 16 5c 5c 5c 4 4 5c 25 25 5c 5c 5c 2 2 5c 35 35 5c 5c 5c 1 1 5c 50 50 7c 7c 7c 16 16 7c 1.765 1.9 4.085 1.890 0.6 3.275 1.615 0.355 0.8 6.515 0.8 7.730 0.495 0. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 85 85 108 108 140 140 177 177 261 261 361 361 516 516 681 681 101 101 132 132 173 173 223 223 335 335 469 469 679 679 901 901 1247 1247 1688 1688 2257 2257 2727 2727 3443 3443 4165 4165 5275 5275 6479 6479 122 122 162 162 214 214 278 278 422 422 595 595 867 867 1154 1154 1603 1603 2177 2177 2915 2915 3527 3527 4453 4453 5398 5398 146 146 194 194 258 258 337 337 515 515 729 729 1064 1064 1421 1421 1977 1977 175 175 288 288 412 412 554 554 582 582 687 687 751 751 234 234 392 392 566 566 762 762 806 806 954 954 1047 1047 -- 127 127 161 161 208 208 263 263 388 388 537 537 768 768 1013 1013 151 151 196 196 258 258 331 331 498 498 698 698 1010 1010 1341 1341 1855 1855 2512 2512 3359 3359 4057 4057 5123 5123 6198 6198 7850 7850 9641 9641 182 182 241 241 318 318 413 413 628 628 886 886 1290 1290 1718 1718 2386 2386 3239 3239 4338 4338 5248 5248 6626 6626 8032 8032 217 217 288 288 383 383 501 501 767 767 1085 1085 1584 1584 2114 2114 2942 2942 261 261 429 429 612 612 825 825 867 867 1022 1022 1117 1117 349 349 583 583 842 842 1133 1133 1199 1199 1419 1419 1557 1557 APPROX.9 18.6 APPROX.410 0.430 0.330 MINIMUM MINIMUM MINIMUM BENDING BENDING BENDING RADIUS RADIUS RADIUS (Inches) 3.0 5.625 0.665 0.550 0.955 2.3 17.5 19c 19c 19c 14 14 19c 2.470 1.8 6.0 4.420 2.940 0.0 9.2 11.710 0.665 0.560 0.5 1.6 18.040 1.9 6.930 1.120 1.950 1.2 10.0 5.415 0.505 0.5 4.030 2.8 6.360 0.500 0.5 33c 33c 33c 14 14 33c 2.5 2.5 2.670 0.725 0.085 0.8 8.975 1.5 2.225 1.795 0.3 8.9 18.515 0.365 2.5 1.1 3.365 1.5 6.035 1.515 0.7 7.5 1.890 0.150 1.555 0.175 0.570 0.5 1.750 0.6 4.0 9.955 1.105 1.5 37c 37c 37c 14 14 37c 2.615 0.7 12.860 1.4 5.515 1.8 5.515 0.515 1.410 0.325 1. single banked.455 0.900 0.5 1.1 4.8 4.195 2.485 0.735 0.4 3.1 14.730 0.275 1.5 37c 37c 37c 16 16 37c 1.685 0.9 10.570 0.820 0.8 15.5 27c 27c 27c 14 14 27c 2.470 1.975 2.5 2c 2c 2c 12 12 2c 4 4 2c 2c 2c 10 10 2c 6 6 2c 2c 2c 8 8 2c 10 10 2c 6 2c 16 16 2c 2c 6 2c 2c 2c 4 4 2c 25 25 2c 2c 2c 2 2 2c 35 35 3c 3c 3c 16 16 3c 1.5 24c 24c 24c 16 16 24c 1.665 0.0 18.590 1.060 1.675 0.0 5.400 1.195 1.5 1.515 0.120 2.225 0.125 1.825 1.510 0.380 0.8 9.0 17.5 2.0 4.9 6.560 0.950 1.505 0.4 5.7 13.910 1.970 1.5 12c 12c 12c 14 14 12c 2.8 13.440 0.4 4.6 9.2 10.480 0.8 7.3 15.850 0.0 4.970 0.555 0.6 9.455 0.3 3.725 0.450 0.0 9.785 0.2 10.6 6.060 1.5 5.9 6.355 0.5 2.5 1.2 10.2 9.6 10.500 0.180 1.455 0.3 5.815 0.5 2.2 5.8 17.175 1.430 0.380 0.5 3c 3c 3c 14 14 3c 2.260 1.5 5.0 8.770 0.9 8.760 0.0 3. 12 1. BENDING BENDING WEIGHT RADIUS RADIUS No Overbraid (Inches) (lbs/kft)-(kg/km) Tricab flexible Marine Cables issue 2.629 162 1c 1 1c 50 0.670 6.814 202 1c 2/0 1c 70 0.235 1.6 753 .413 341 . APPROX. acid.3168 2282 .4338 785 1c 986 McM 1c 500 1.80 0.6285 4431 .BH Flexible IEEE Marine Fire Resistant Braided/Armored Power & Control series 0.48 0. Flame Retardant.4954 3411 .2518 1753 . NUMBER OF CONDUCTORS (c) XX X AWG/kcmil mm2 AWG/kcmil NOMINAL NOMINAL NOMINAL NOMIINAL OD OD OVER OVER OD OD OVER OVER BEDDING BRAID BEDDING BRAID (Inches) (Inches) OVERALL DIAMETER (Inches) Min Max AMPACITY* APPROX.26 0.475 4.2006 1403 .4 3329 . Glass Mica Tape VOLTAGE RATING 600/1000 Volts ® Insulation: LSFLEX R-30.2 1692 . Cross-linked. Flame Retardant.540 5.39 1.74 0.22 0.7 434 .25 1. DNV Transport Canada Marine Safety “Cable constructions. sea water.36 0.524 422 . @ 45°C ambient.91 1.1923 412 1c 365 McM 1c 185 0.6593 990 * Based on IEEE 45-2002 Table 25 for cables installed in free air.845 0.1668 1173 .440 0.70 0.8 .2277 464 1c 473 McM 1c 240 0.345 0.4 2062 .1120 796 .425 4.9 2671 .035 10.855 8.96 1.750 7. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil.550 0.372 278 . Resists ozone and UV. Polyolefinic.41 0.390 0.370 1.120 1.311 76 1c 6 1c 16 0.202 158 .915 9.5355 867 1c 1243 McM 1c 630 1.690 0. ABS.335 13. sea water. Polyolefinic.26 0.55 0.485 14.34 1. Significantly exceeds IEEE-1580 Table 11 Available in plain or tinned OPERATING TEMP -40°C to +110°C Flame Barrier: Fire Resistant.1341 947 .235 209 .46 0. Resists ozone and UV.015 1. and Inner components to UL 1309 .85 0.241 1c 8 1c 10 0. 245 for Cold Bend (-40C) and Cold Impact (-35C)” MINIMUM MINIMUM APPROX.3 136 .697 547 .670 1.30 0.35 0.515 1.4085 2915 .269 206 . LR.2 901 . skydrol. gasoline.810 18. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.4 1121 .49 1. Includes ripcord on 10mm2 and larger Assembly: Conductors cabled with filler as required and overall binder tape Bedding Tape: Polypropylene CORE IDENTIFICATION To customer specification JACKET COLOR To customer specification STANDARDS ASTM B3-01 ASTM B33-00 IEEE-45 IEEE-1580 IEEE-1202 Braid/Armor Options: Galvanized Steel Wire Braid (90%) Tinned Copper Wire Braid (90%) (also available with drain wire under braid) Ripcord: High strength ripcord under jacket ® Jacket: LSFLEX S-50.20 1.2 No.69 0.495 0.646 468 .144 117 .174 162 .53 0.54 1.1745 1292 .60 0.640 16.41 0.4 250 . where circuit integrity is required under fire conditions and mechanical or EMC protection is also required.100 11. Low Smoke.01 1. ASTM B33-00 and IEC 60228. Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze.07 1.508 133 1c 2 1c 35 0.8 181 .CSA C22.306 262 .3068 2129 .0 322 .1409 1053 . Add 0. skydrol. AMPACITY* AT 90°C 90ºC WEIGHT WEIGHT AT w/ Aluminum w/ Bronze (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 1c 10 1c 6 0.790 0.1567 376 1c 296 McM 1c 150 0. acid. gasoline.620 0.911 699 .0 1348 .215 12.8 97 IEC 60228 IEC 60092-350 IEC 60092-353 IEC 60331 IEC 60331-11 IEC 60331-21 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 58 .479 352 . 26 APPROVALS USCG.2088 1530 .1332 306 1c 236 McM 1c 120 0.1041 250 1c 3/0 1c 95 0. single banked.3396 623 1c 789 McM 1c 400 1. Halogen Free.1185 895 .5 574 .64 0.31 0. Jackets.375 3. Low Smoke.595 6.2816 579 1c 592 McM 1c 300 1.2608 1893 .390 101 1c 4 1c 25 0.1 4134 .955 1.6/1kV 110°C LSZH APPLICATION Flexible Power and Control cables suitable for all marine applications.854 612 . Thermoset. Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Splash resistant to oil.3974 2745 .86 0.5075 3598 .6151 4224 .05” to OVERALL DIAMETER in tables. 2 12.080 1.322 322 274 274 .4 10. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 127 .1221 1221 1165 1165 .1 5.290 1.635 0.4 4.1117 1117 147 147 .528 528 43 486 54 486 .600 0.540 1.535 0.05 2.4 5.5 4c 4c 4c 14 14 4c 2.BH Flexible IEEE Marine Fire Resistant Braided/Armored Power & Control series 0.95 1.49 0.219 219 187 187 .1979 1979 1770 1770 .60 0.005 1.76 1.5 5c 5c 5c 14 14 5c 2.660 1.5 19c 19c 19c 16 16 19c 1.570 0.484 484 410 410 .89 0.33 0.99 0.7 24.7 16.31 0.910 0.71 1.59 0.505 0.99 1.271 271 20 182 20 214 31 214 .52 1.0 18.3 10.585 0.463 463 490 490 .4470 4470 255 3733 290 3733 .3376 3376 115 315 12 315 .0 7.4164 4164 3499 3499 .890 0.630 0.1603 1603 93 1385 115 1385 .4 6.81 0.21 1.5711 5711 255 4778 290 4778 .85 1.86 0.07 1.9 15.525 0.07 1.17 1.5 12.12 1.600 0.4 7.10081 10081 440 236 17 236 .000 1.80 0.835 1.49 0.03 1.369 362 362 .5 14.469 469 12 468 9 468 .72 0.6 7.27 0.1 9.005 1.8 5.89 0.1039 122 122 .2174 2174 2013 2013 . AMPACITY* AT 90°C 90ºC 90ºC WEIGHT AT w/ Bronze (lbs/kft)-(kg/km) (Amps) 182 .42 0.630 0.6 8.3 12.990 2.1200 1200 14 1038 13 1038 .855 0.270 270 227 227 .040 0.3349 3349 2709 2709 .08 1.105 1.0 20.338 338 280 280 .100 2.020 1.48 1.7881 7881 6468 6468 .06 2.255 2.71 0.820 0.820 0.690 0.1397 1397 59 1303 74 1303 .1225 1225 894 894 .570 537 537 .4 14.91 0.378 378 40 299 50 299 .540 1.30 1.100 2.425 0.12 1.729 729 686 686 .280 280 229 229 .640 0.490 0.33 0.42 0.350 1.72 0.1189 1189 8 836 8 836 .45 0.460 0.220 1.44 0.59 0.0 12.54 0.985 1.025 1.950 950 74 869 93 869 .700 0.1336 1336 947 947 .5 1.4031 4031 3397 3397 .0 27.6637 6637 330 5574 401 5574 .41 1. single banked.63 0.35 0.76 0.350 1.4 6.71 0.0 7.1 5.890 890 821 821 .5 12c 12c 12c 14 14 12c 2.4 12.5 27.5055 5055 4101 4101 .800 0.570 0.9 9.34 1.6724 6724 5453 5453 .9 4.485 0.17 1.13 1.71 0.153 153 103 128 128 .13 1.67 0.5 3c 14 3c 3c 3c 12 12 3c 4 4 10 3c 6 3c 3c 10 3c 6 3c 3c 3c 8 8 3c 10 10 3c 3c 3c 6 6 3c 16 16 3c 3c 3c 4 4 3c 25 25 3c 3c 3c 2 2 3c 35 35 3c 3c 3c 1 1 3c 50 50 3c 3c 3c 2/0 2/0 3c 70 70 3c 3c 3c 3/0 3/0 3c 95 95 3c 3c 3c 236 236 McM McM 3c 120 120 3c 3c 3c 296 296 McM McM 3c 150 150 3c 3c 3c 365 365 McM McM 3c 185 185 3c 3c 3c 473 473 McM McM 3c 240 240 3c 3c 3c 592 592 McM McM 3c 300 300 4c 4c 4c 16 16 4c 1.990 1.72 0.5 2.33 0.5 2.741 741 34 701 43 701 .16 1.9 8.99 1.64 0. WEIGHT No Overbraid (lbs/kft)-(kg/km) 103 .105 1.8 12.80 0.195 1.81 0.635 0.470 1.37 1.1762 1762 1627 1627 .301 301 256 256 .5 1.3378 3378 3004 3004 -.345 1.555 0.71 0.67 0.238 198 198 .46 0.0 5.1543 1543 7 391 20 391 .930 1.49 0.1053 1053 823 823 .2525 2525 2270 2270 .9 8.85 0.91 0.09 0.9 22.2039 2039 11 * Based on IEEE 45-2002 Table 25 for cables installed in free air.5 2.3 9.34 0.421 421 383 570 383 .150 1.06 2.50 0.1378 1378 1266 1266 .2527 2527 2251 2251 .44 0.64 0.48 0.930 0.1 12.9 8.08 1.60 0.84 2.570 0.7 18.84 0.0 APPROX.09 2.35 0.1696 1696 APPROX.2 14.640 0.3756 3756 221 3004 255 3004 .333 333 290 290 .219 219 181 181 .080 1.2 12.5554 5554 290 4460 330 4460 .125 1.040 0.1144 1144 1105 1105 .2421 2421 2191 2191 .35 0.39 0.6265 6265 5296 5296 .10 2.450 0.0 9.700 0.39 0.150 1.75 0.01 1.3 9.440 1.49 0.552 552 553 553 .46 0.445 445 50 400 67 400 .8526 8526 330 270 14 270 .5 1.65 0.240 1.845 1.41 1.06 1.540 0.0 9.3 10.4 8.539 539 497 740 497 .795 1.5 15.3473 3473 2798 2798 .740 706 706 .5373 5373 4519 4519 .43 0.255 2.810 0.2061 2061 115 1858 144 1858 .30 1.1043 1043 43 939 59 939 .876 876 54 782 74 782 .4 12.48 1.145 1.110 1.91 0.5206 5206 4210 4210 .250 1.050 2.50 0.54 0.525 0.9 19.585 0.125 1.6 15.5 2.37 1.56 0.620 0.525 0.03 0.735 0.6 6.020 1.9 5.425 0.03 1.5 5c 5c 5c 12 12 5c 4 4 5c 5c 5c 10 10 5c 6 6 5c 5c 5c 8 8 5c 10 10 5c 5c 5c 6 6 5c 16 16 5c 5c 5c 4 4 5c 25 25 5c 5c 5c 2 2 5c 35 35 5c 5c 5c 1 1 5c 50 50 7c 7c 7c 16 16 7c 1.39 0.860 0.01 1.8 10.662 662 634 634 .175 1.39 0.1 8.4 6.33 2.921 921 652 652 .1051 1051 926 926 .3111 3111 243 243 .17 OVERALL DIAMETER (Inches) Min Max 0.29 0.5 1.84 0.8294 8294 401 6775 440 6775 .5 19.435 2.257 257 224 224 .71 0.96 0.84 1.295 1.1135 1135 832 832 .110 1.38 0.9425 9425 147 147 .259 259 217 217 .555 0.960 1.509 509 495 495 .560 1.9 5.400 1.4 7.1002 1002 708 708 .278 278 242 242 .2765 2765 144 2452 179 2452 .820 0.94 0.620 0.860 0.75 0.401 401 14 330 22 330 .2 8.5 2.595 595 67 516 91 516 .110 1.5 13.700 2.1294 1294 93 1109 115 1109 .39 0.175 1.5 1.1336 1336 1184 1184 .13 1.930 0.57 1.0 14.040 0.29 0.760 0.84 0.5 24c 24c 24c 16 16 24c 1.2634 2634 2334 2334 .76 1.1417 1417 1245 1245 .97 0.5 19c 19c 19c 14 14 19c 2.0 12.6 5.769 769 674 674 .855 0.200 1.760 0.1884 1884 1698 1698 .1021 1021 898 898 .1124 1124 982 982 .945 1.850 0.910 0.697 697 9 625 9 625 .45 0.695 0.03 1.53 1.85 0.025 0.340 340 319 319 .59 0.195 1.3260 3260 2912 4333 2912 -.445 2.68 0.55 0.01 1.737 737 675 675 .49 0.605 605 26 498 34 498 .9 10.457 457 454 454 .1644 1644 1461 1461 .50 0.1295 1295 142 205 17 205 .934 934 898 898 .2196 2196 144 1935 179 1935 .240 1.65 1.7700 7700 6334 6334 .29 0.4 5.1651 1651 1210 1210 .36 0.585 0.6/1kV 110°C LSZH NUMBER OF CONDUCTORS (c) X X XX AWG/kcmil mm2 AWG/kcmil AWG/kcmil 2c 2c 2c 16 16 2c 1.44 0.465 0.700 0.895 2.9 6.9 18.735 0.5 18.4333 3512 3512 -.50 0.0 22.245 1.555 0.7109 7109 290 5730 330 5730 .424 424 28 349 33 349 .59 0.3 5.850 0.6102 6102 5175 5175 .01 1.860 0.440 440 33 355 43 355 .835 1.01 1.270 1.1853 1853 1697 1697 .559 559 517 517 .745 0.40 0.665 1.943 943 837 837 .5 2.5 2.65 1.440 1.740 0.555 0.1550 1550 1140 1140 .440 1.690 0.42 0.105 1.45 0.75 0.98 0.498 498 470 470 .519 519 33 423 43 423 .7 6.9 6.470 1.585 0.5 13.5 22.3649 3649 179 3214 221 3214 -.1164 1164 74 1077 93 1077 .2275 2275 2091 2091 .13 1.1800 1800 AMPACITY* AMPACITY* APPROX.810 0.5 33c 33c 33c 16 16 33c 1.240 0.88 2.585 0.1 12.88 1.590 1.70 1.71 1.31 0.4 10.2505 2505 92 2269 115 2269 .0 15.6556 6556 5332 5332 .582 582 20 593 14 593 .97 1.570 0.525 0.9 10.37 0.3 5.381 381 325 325 .590 1.60 0.1461 1461 1330 1330 .5 12c 12c 12c 16 16 12c 1.295 295 283 283 .510 0.67 0.43 0.1880 1880 11 1370 11 1370 .240 1.1317 1317 1042 1042 .40 0.5 1.56 0.025 2.95 2.65 0.490 2.68 0.474 474 423 423 .085 1.5 27c 27c 27c 14 14 27c 2.510 0.930 1.5 2.245 1.4470 4470 3611 3611 -.2879 2879 179 2525 221 2525 .5 1.535 0.5 1.95 1.660 1.432 432 371 371 .52 1.640 0.190 190 160 238 160 .9 8.7 14.5 1.91 1.440 1.31 1.699 699 619 619 .4 6.105 1.890 0.91 2.49 0.1245 1245 885 885 .29 2.71 0.01 1.39 0.5 2c 14 2c 2c 2c 12 12 2c 4 4 10 2c 6 2c 2c 10 2c 6 2c 2c 2c 8 8 2c 10 10 2c 2c 2c 6 6 2c 16 16 2c 2c 2c 4 4 2c 25 25 2c 2c 2c 2 2 2c 35 35 3c 3c 3c 16 16 3c 1.44 0.5 24.55 0.270 2.800 0.6 4.400 1.1004 1004 952 952 .595 595 540 540 .351 351 17 285 28 285 .700 1.35 0.8114 8114 202 202 .360 360 307 307 .000 1.4 16.85 0.5 7c 7c 7c 14 14 7c 2.800 0.925 0.780 0.1429 1429 7 1037 7 1037 .5 3c 3c 14 3c 2.1734 1734 1529 1529 .2 12.845 1.485 0.361 361 375 375 .5 33c 33c 33c 14 14 33c 2.125 1.585 0.740 0.189 189 127 154 154 .5 8.245 2.54 0.42 0.48 0.1 11.9 11.960 1.460 0.110 1.490 2.025 1.5 2.945 1.665 1.5 37c 37c 37c 14 14 37c 2.6 6.1238 1238 276 276 .860 0.1243 1243 8 960 7 960 .34 0.3 10.5 20.89 0.050 1.0 13.195 2.640 0.9624 9624 174 174 .799 799 698 1039 698 .491 491 22 407 26 407 .5 13.5 37c 37c 37c 16 16 37c 1.5 2.465 0.8 6.95 0.44 0.2995 2995 211 211 .364 28 364 296 33 296 .67 0.1545 1545 13 1091 13 1091 .450 0.490 0.81 0.0 7.75 0.025 1.12 NOMINAL NOMINAL NOMIINAL OD OD OVER OD OVER OVER BRAID BRAID BRAID (Inches) 0.250 1.540 0.3 10.417 417 400 400 .735 0.145 1.645 0.0 8.400 1.700 0.795 1.345 1.560 0.4 5.43 0.8 BHm Tricab flexible Marine Cables 27 .400 MINIMUM MINIMUM MINIMUM BENDING BENDING BENDING RADIUS RADIUS RADIUS (Inches) 4.5 24c 24c 24c 14 14 24c 2.1651 1651 115 1476 144 1476 .1028 1028 113 870 142 870 .4783 4783 221 3838 255 3838 -.96 0.330 1.200 1.685 0.16 1.98 0.5 1.890 0. issue 2.823 823 769 769 .87 0.5 2.72 0.43 0.025 2.890 0.7934 7934 173 173 .7 5.182 182 154 154 .9 6.05 0.0 14.314 314 335 335 .3 6.735 0.99 0.925 0.630 630 584 584 .06 1.86 0.84 0.6 5.270 1.5 4c 4c 4c 12 12 4c 4 4 4c 4c 4c 10 10 4c 6 6 4c8 4c 4c8 4c 10 10 4c 4c 4c 6 6 4c 16 16 4c 4c 4c 4 4 4c 25 25 4c 4c 4c 2 2 4c 35 35 4c 4c 4c 1 1 4c 50 50 4c 4c 4c 2/0 2/0 4c 70 70 4c 4c 4c 3/0 3/0 4c 95 95 4c 4c 4c 236 236 McM McM 4c 120 120 4c 4c 4c 296 296 McM McM 4c 150 150 4c 4c 4c 365 365 McM McM 4c 185 185 5c 5c 5c 16 16 5c 1.635 0.94 0.38 0.5 1.0 6.7 12.723 723 54 638 74 638 .36 0.57 1.80 0.2 6.0 7.645 0.220 1.630 0.84 0.580 0.44 0.895 2.676 676 628 628 .54 0.91 1.685 0.34 1.5 2c 2c 14 2c 2.330 1.580 0.60 0.54 0.1 11.31 0.3 7. @ 45°C ambient.5 27c 27c 27c 16 16 27c 1.0 8.21 1.800 0.535 0.3 9.229 229 188 188 .40 0.1410 1410 1109 1109 .485 0.408 408 342 342 .54 0.435 0.125 1.64 0.89 1.245 2.17 1.220 1.12 1.535 0.780 0.485 0.50 0.5 9.37 0.59 0.745 0.45 0.803 803 756 756 .585 0.220 1.99 0.629 629 43 589 54 589 .085 1.99 1.59 0.53 1.0 8.869 869 750 750 .5 NOMINAL NOMINAL NOMINAL OD OD OVER ODOVER OVER BEDDING BEDDING BEDDING (Inches) 0.27 1.820 0.63 0.64 0.635 0.49 0.270 2.040 1.75 0.445 2.960 1.609 609 598 598 .970 970 763 763 .1939 1939 74 1684 92 1684 .929 929 9 799 8 799 .75 0.295 1.685 0.585 0.0 12.700 0.882 882 14 807 14 807 .5226 5226 4406 4406 .80 0.9 10.87 1.54 0.685 0.195 2.229 229 197 293 197 .49 0.0 24.411 411 445 445 .9 11.319 31 319 254 40 254 .1331 1331 311 311 .290 1.1623 1623 13 1264 11 1264 .305 305 17 244 28 244 .54 0.40 0.84 0.985 0.7 22.505 0.50 0.700 1.768 768 91 691 113 691 .70 1.960 1.695 0.4 24.10 2.81 0.293 248 369 248 .76 0.630 0. 9 453 - 674 509 - 757 637 - 948 4 1. gasoline.75 20p 18 OVERALL DIAMETER (inches) Min Max 0.345 MINIMUM MINIMUM BENDING BENDING RADIUS RADIUS (Inches) 2.75 APPROX. Polyolefinic.0 558 - 830 620 - 923 764 - 1136 4 1.995 1. Glass Mica Tape CORE IDENTIFICATION To customer specification VOLTAGE RATING 300 Volts ® Insulation: LSFLEX R-30. ABS. Flame Retardant.030 1. Halogen Free.8 APPROX. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil.CSA C22.75 0.490 1. acid.290 1.9 139 - 6. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) Tricab flexible Marine Cables issue 2. Where mechanical or EMC protection is required see FJ series. Resists ozone and UV. Add 0.0 353 - 525 403 - 600 518 - 771 4 8.810 10p 18 10p .75 27p 18 27p . Jackets.75 0.615 8p 18 8p .75 0.430 11. Low Smoke. and Inner components to UL 1309 . Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze. where circuit integrity is required under fire conditions.320 1.885 12p 18 12p .365 0.75 0.8 .400 4p 18 4p .ES Flexible IEEE Marine Fire Resistant Collective Screened Instrumentation series 300V 110°C LSZH APPLICATION Flexible Instrumentation cables suitable for all marine applications.75 0.315 2p 18 (quad) 2p . LR. single banked.915 0. Cross-linked.750 0.115 20p .9 964 - 1434 1044 - 1554 1229 - 1829 3 * Based on IEEE 45-2002 Table 25 for cables installed in free air. 245 for Cold Bend (-40C) and Cold Impact (-35C)” ® Jacket: LSFLEX S-50.2 681 - 1013 751 - 1117 911 - 1355 3 1. skydrol.2 No. Low Smoke.75 16p 18 16p . Flame Retardant.245 10. DNV Transport Canada Marine Safety “Cable constructions. WEIGHT No Overbraid (lbs/kft)-(kg/km) 51 - 76 3. 28 APPROX.565 0. Polyolefinic. Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Splash resistant to oil. WEIGHT w/ Bronze (lbs/kft)-(kg/km) AMPACITY* AMPACITY* AT 90ºC AT 90°C (Amps) 69 - 103 111 - 165 13 109 94 - 140 142 - 211 8 207 170 - 253 242 - 361 7 - 365 286 - 426 380 - 566 5 319 - 475 367 - 547 479 - 712 5 8.395 11. @ 45°C ambient. ASTM B33-00 and IEC 60228. sea water. NUMBER OF NUMBER PAIRS (p)OF PAIRS (p) XX AWG AWG NUMBER OF NUMBER PAIRS (p)OF PAIRS (p) XX mm2 1p 18 1p .2 73 - 4.960 7.615 12.75 1. acid. Significantly exceeds IEEE-1580 Table 11 OPERATING TEMP -40°C to +110°C Flame Barrier: Fire Resistant. gasoline. skydrol.05” to OVERALL DIAMETER in tables. sea water. Thermoset.5 245 0.7 0.75 36p 18 36p .150 24p 18 24p . JACKET COLOR To customer specification STANDARDS ASTM B3-01 ASTM B33-00 Assembly: Components cabled with filler as required and overall binder tape IEC 60228 IEC 60092-350 IEC 60092-376 IEC 60331 IEC 60331-11 IEC 60331-21 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 IEEE-45 IEEE-1580 IEEE-1202 Screen:Aluminium/Laminate Tape Drain Wire: Tinned annealed copper Binder Tape: Polyester Ripcord: High strength ripcord under jacket APPROVALS USCG. Resists ozone and UV. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.4 739 - 1100 810 - 1206 974 - 1450 3 1. 5 0.730 5.8 10.190 9.590 1.400 3.8 8p 16 12p 16 12p 1.5 2p 8p 2.5 1.5 1.5 3t 14 4t 14 7t 14 OVERALL DIAMETER (inches) Min Max 0.340 10.2207 2207 1929 2871 1785 1785 .095 1.6 392 - 583 440 - 654 549 - 817 12 7t 2.100 1.5 1.755 0. NUMBER OF NUMBER TRIADS (t)OF TRIADS X (t) X AWG AWG 1t 18 NUMBER OF NUMBER TRIADS (t)OF TRIADS X (t) X mm2 1t .1112 1112 747 1792 1204 971 .5 2.5 1.400 1.5 0.955 1.795 0.1 10.805 1.340 10.160 9.235 1.2 4p 16 4p 1.6 10.8 10.6 12.6 15.305 1.5 OVERALL DIAMETER 0.500 12.400 1.6 * Based on IEEE16 45-2002 25 for cables installed in free air.2 AWG AWG 2p 16 (quad) 2p 1.1792 1792 1609 2394 1472 1472 .5 36p 2.1088 1047 1557 814 814 . single banked.100 1.8 6.5 16p 16 1.5 20p 20p 2.765 1.5 8p 8p 2.245 1.4 12.7 24p 16 24p 1. @ 45°C ambient.7 12p 12p 1.8 Tricab flexible Marine Cables 29 .215 BENDING MINIMUM MINIMUM RADIUS BENDING MINIMUM BENDING BENDING RADIUS RADIUS RADIUS 3.470 3.5 0.725 13.75 0.700 1.910 1.950@ 45°CMINIMUM 15.400 1.445 0.5 10p 10p 2.5 24p 16 16 24p 1.065 1.010 1.5 27p 27p 2.2 459 - 683 511 - 760 629 - 936 7 0.7 16p 16 16p 1.010 1.5 20p 2.650 0.5 2.5 1.1918 1918 1706 2539 1567 1567 .590 1.555 1.1557 1557 1567 2332 1289 1289 . ambient.2394 2394 APPROX.8 8.800 1.5 0.5 0.520 0.5 1.5 36p 16 36p 1.9 APPROX.5 1.1 15.970 7.5 1.305 1.6 NUMBER OF Table NUMBER PAIRS (p) NUMBER NUMBER OF X OF PAIRS NUMBER PAIRS (p)OF AWG(p) PAIRS X XX (p) 1p 14 AWG AWG AWG 2p 14 (quad) 1p 1p 14 14 4p 14 2p 14 14 (quad) (quad) 2p 8p 14 4p 4p 14 14 10p 14 8p 8p 14 14 12p 14 10p 10p 14 14 16p 14 12p 12p 14 14 20p 14 14 16p 16p 14 24p 14 20p 20p 14 14 27p 14 24p 24p 14 14 36p 14 27p 27p 14 14 PAIRS (p) NUMBER NUMBER OF X OF PAIRS NUMBER PAIRS (p) (p)OF PAIRS X X (p) 1p X2.5 1.350 1.205 1.480 0.4 10. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 123 183 235 191 - 284 266 - 396 7 - 284 227 - 338 309 - 460 5 - 446 343 - 511 443 - 659 4 84 - 125 106 - 158 157 - 233 17 6.045 2.335 0.190 9.2 10p 16 10p 1.1 12.2 10p 16 16 16p 1.465 3.7 17.2 4.350 1.765 1.5 2.755 0.235 1. @ 45°C ambient.6 (Inches) 4.1212 1212 1289 1918 1047 1047 .095 1.700 1.6 4.555 1.245 1.5 1.1311 1311 1220 1816 969 969 .5 1.435 0.75 0.7 APPROX.430 0.1816 1816 1785 2656 1483 1483 .8 4p 16 16 4p 1.1 158 - 4t 18 4t .7 2p 16 16 (quad) (quad) 2p 1.5 2.095 0.725 13.065 1.205 1.7 15.820 0.75 3t 18 3t .340 10.5 4p 4p 2.245 1. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 134 199 190 134 134 327 190 190 532 327 327 675 532 532 736 675 675 918 736 736 1110 918 918 1331 1110 1110 1433 1331 1331 1825 1433 1433 1825 1825 - 283 199 199 486 283 283 791 486 486 1005 791 791 1095 1005 1005 1367 1095 1095 1651 1367 1367 1981 1651 1651 2132 1981 1981 2716 2132 2132 2716 2716 20 13 20 20 11 13 13 8 11 11 8 8 8 7 8 8 6 7 7 6 6 6 5 6 6 5 5 5 4 5 5 4 4 AMPACITY* AT 90ºC AMPACITY* AMPACITY* AT AMPACITY* AT 90ºC 90ºC AT 90°C 30 (Amps) 20 30 30 17 20 20 12 17 17 12 12 12 11 12 12 10 11 11 10 10 10 8 10 10 8 8 8 7 8 8 APPROX.190 9.445 Min Max 0.2 1p 16 16 1p 1.950 15.400 3.480 0.8 10p 16 10p 1.2539 2539 APPROX. single banked.5 1.410 0.9 300 1t 16 1t 1.805 1.860 6.410 0.5 20p 1.3 15.5 0.7 8p 16 8p 1.555 1.6 17.5 1.2332 2332 2225 3311 1706 1706 .970 7.685 13.860 6.590 0.0 20p 16 16p 16 16p 1.3 636 - 946 694 - 1033 828 - 1232 11 (Amps) 11 * Based on IEEE 45-2002 Table 25 for cables installed in free air.7 1p 1p 0.5 0.5 12p 2.2656 2656 2477 3686 1929 1929 .950 1t 14 1t 2.ES Flexible IEEE Marine Fire Resistant Collective Screened Instrumentation series 300V 110°C LSZH NUMBER OF NUMBER OF MINIMUM NUMBER OVERALL MINIMUM PAIRS (p)OF NUMBER PAIRS (p)OF BENDING PAIRS PAIRS DIAMETER BENDING NUMBER OF OF MINIMUM NUMBER OF NUMBER NUMBER OF MINIMUM X (p) X (p) RADIUS X X (inches) RADIUS PAIRS (p) PAIRS (p) BENDING 2 PAIRS (p) PAIRS BENDING AWG AWG mm(p) Min Max (Inches) X X RADIUS X X RADIUS 1p 16 1p 1.8 27p 16 16 27p 1.5 0.5 mm2 2p 2.215 2.4 8.5 0.2 8.1442 1442 1483 2207 1220 1220 .305 1.5 1.790 0.955 1.685 13.5 1.730 5.5 12p 16 12p 1.730 5. WEIGHT w/ Aluminum 108 161 (lbs/kft)-(kg/km) 176 261 108 161 108 161 318 474 176 261 176 261 565 841 318 474 318 474 731 1088 565 841 565 841 814 1212 731 1088 731 .515 1.070 1.5 1.5 0.5 10p 2.365 MINIMUM MINIMUM BENDING BENDING RADIUS RADIUS (Inches) 2.5 12p 12p 2. 36p 16 36p 1.8 24p 24p 1.5 24p 24p 2.6 191 7t 18 7t .970 7.045 2.6 15.370 0.8 111 - 165 135 - 202 192 - 285 25 3t 2.670 0.350 1.685 13.6 3.0 27p 16 27p 1.6 6.5 1.670 0.820 0.215 1.8 2p 2p 0.400 3.8 8p 16 8p 1.515 1.385 1.370 0.8 10.640 5.480 0.0 20p 16 16 20p 1.570 1.895 0.5 0. single banked.700 1.5 0.150 9.945 7.8 13.8 4p 4p 0.5 1.5 4p 2.1 234 - 348 273 - 406 361 - 538 11 0.7 287 - 427 330 - 490 427 - 635 8 1.410(inches)0.5 2.670 0. WEIGHT No Overbraid (lbs/kft)-(kg/km) 60 89 AMPACITY* AMPACITY* AT 90ºC AT 90°C APPROX.5 1.520 0.5 2p 2.500 12.5 0.570 1.5 1.235 1.5 2.705 5.895 0.5 0.5 1.430 0.765 1.6 6.805 1. WEIGHT 161w/ Bronze239 (lbs/kft)-(kg/km) 237 353 161 239 161 239 413 615 237 353 237 353 691 1028 413 615 413 615 881 1311 691 1028 691 .800 1.065 1.425 3.5 2.5 16p 2.5 2.150 9.820 1.150 9.570 1.3 17.5 2.875 0.2 8p 0.760 4t 16 4t 1.5 1p 1p 2.75 0.725 13.840 6.385 1.100 1.590 1. WEIGHT No Overbraid (lbs/kft)-(kg/km) 65 97 111 65 65 205 111 111 371 205 205 485 371 371 539 485 485 698 539 539 863 698 698 1055 863 863 1150 1055 1055 1506 1150 1150 1506 1506 - 165 97 97 305 165 165 552 305 305 722 552 552 802 722 722 1039 802 802 1284 1039 1039 1570 1284 1284 1711 1570 1570 2241 1711 1711 2241 2241 APPROX.500 12.5 16p 16p 2.755 0. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 79 118 APPROX.5 20p 20p 1. WEIGHT No Overbraid 85 126 (lbs/kft)-(kg/km) 222 149 85 126 85 126 412 277 149 222 149 222 759 510 277 412 277 412 666 991 510 759 510 759 1112 747 666 991 666 991 971 1445 747 .705 0.910 2.6 27p 27p 1.5 2.955 2.9 317 - 472 360 - 536 460 - 684 17 4t 2.6 13.045 2.5 36p 36p 14 14 36p 36p 2.5 27p 2.010 1.2190 2190 2115 3147 1609 1609 .465 3.950 15.3 13.5 1.5 24p 2.5 10p 1.6 15.445 0.5 1.895 0.775 7t 16 7t 1.1028 969 1442 881 881 .8 36p 36p 1.385 1.370 0.2871 2871 2115 2115 2225 2225 2477 2477 - 3147 3147 - 3311 3311 - AMPACITY* AMPACITY* AT 90ºC AT 90°C AMPACITY* AMPACITY* AT 90ºC AT 90ºC (Amps) 3686 3686 7 7 * Based on IEEE 45-2002 Table 25 for cables installed in free air.800 1.430 0.205 1.5OF 1.5 2.910 1.2 3.1445 971 1445 2190 1472 1204 1204 .520 1.515 1.025 8.4 3t 16 3t 1. issue 2.390 0.5 1.465 3. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 86 128 135 86 86 242 135 135 420 242 242 543 420 420 599 543 543 765 599 599 938 765 765 1139 938 938 1236 1139 1139 1603 1236 1236 1603 1603 - 201 128 128 360 201 201 625 360 360 808 625 625 891 808 808 1138 891 891 1396 1138 1138 1695 1396 1396 1839 1695 1695 2385 1839 1839 2385 2385 APPROX. Significantly exceeds IEEE-1580 Table 11 OPERATING TEMP -40°C to +110°C Flame Barrier: Fire Resistant. Jackets.75 0.75 0.317 248 .179 144 .1157 929 .2 712 . Resists ozone and UV. Low Smoke.30 OVERALL DIAMETER (Inches) Min Max 0.380 0.1269 926 . @ 45°C ambient.26 1. APPROX. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil.980 1.1732 1248 .065 10.2 No.685 16. Halogen Free.369 327 .05” to OVERALL DIAMETER in tables.878 649 .215 200 .80 0.75 1.786 651 .1059 778 .727 608 .810 0. acid. Cross-linked.8 .1169 4 20p 18 20p . APPROX. acid.75 0. Low Smoke.38 1.630 0.75 1.10 1.75 0.85 0.385 1.49 0.415 APPROVALS USCG.75 0.430 0. skydrol. and Inner components to UL 1309 .9 1164 .43 1.8 213 .1382 4 24p 18 24p .904 5 12p 18 12p .555 1.83 0.7 120 .512 388 .297 8 4p 18 4p .1730 3 36p 18 36p .Flexible IEEE Marine Fire Resistant Collective Screened Braided/Armored Instrumentation FJ series 300V 110°C LSZH APPLICATION Flexible Instrumentation cables suitable for all marine applications.75 1. sea water.05 1.140 116 .2143 3 * Based on IEEE 45-2002 Table 25 for cables installed in free air.500 15.1857 1440 . gasoline.7 475 .25 0. Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze.1474 1162 .245 13 2p 18 (quad) 2p . ABS.090 1.1628 3 27p 18 27p .87 0. single banked. skydrol.54 0.880 8.578 490 . Polyolefinic. Flame Retardant. AMPACITY* BENDING AT 90ºC BENDING WEIGHT WEIGHT WEIGHT AT 90°C RADIUS RADIUS No Overbraid w/ Aluminum w/ Bronze (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 4. 245 for Cold Bend (-40C) and Cold Impact (-35C)” MINIMUM AMPACITY* MINIMUM APPROX. 30 IEC 60228 IEC 60092-350 IEC 60092-376 IEC 60331 IEC 60331-11 IEC 60331-21 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 Tricab flexible Marine Cables issue 2. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.355 1.969 4 16p 18 16p .71 0.680 6. LR. Flame Retardant.1363 991 .487 7 8p 18 8p . Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Splash resistant to oil. ASTM B33-00 and IEC 60228.75 0.185 11.215 1.22 1.707 528 . Thermoset.34 0.950 1.30 0. Polyolefinic.3 437 .CSA C22.75 0.7 853 . Assembly: Components cabled with filler as required and overall binder tape VOLTAGE RATING 300 Volts CORE IDENTIFICATION To customer specification JACKET COLOR To customer specification STANDARDS ASTM B3-01 ASTM B33-00 Screen: Aluminium/Laminate Tape IEEE-45 IEEE-1580 IEEE-1202 Drain Wire: Tinned annealed copper Binder Tape: Polyester Bedding Tape: Polypropylene Braid/Armor Options: Galvanized Steel Wire Braid (90%) Tinned Copper Wire Braid (90%) Ripcord: High strength ripcord under jacket ® Jacket: LSFLEX S-50.030 10.0 916 .2 94 .67 0.9 590 .98 1.966 785 .8 344 .465 4.730 5 10p 18 10p .1378 1094 . Add 0.75 1. where circuit integrity is required under fire conditions and mechanical or EMC protection is also required. Resists ozone and UV.315 13.650 489 . DNV Transport Canada Marine Safety “Cable constructions. NUMBER OF NUMBER PAIRS (p)OF PAIRS XX (p) AWG AWG 1p 18 NUMBER OF NOMINAL NOMINAL NUMBER NOMINAL NOMINAL PAIRS (p)OF OD OVER OD OVER PAIRS OD OVER OD OVER X X (p) BEDDING BRAID BEDDING BRAID mm2 (Inches) (Inches) 1p . gasoline. Glass Mica Tape ® Insulation: LSFLEX R-30.172 165 .19 1.23 1.465 14. sea water.93 0. 3 405 .27 27p 16 27p 1.430 0.2600 2027 2027 197 137 137 333 197 197 541 333 333 687 541 541 748 687 687 932 748 748 1126 932 932 1350 1126 1126 1451 1350 1350 1847 1451 1451 2600 1847 1847 2600 APPROX.2 MINIMUM BENDING MINIMUM RADIUS MINIMUM BENDING MINIMUM BENDING BENDING RADIUS RADIUS 5.265 1.605 5 7t 18 7t .862 17 4t 14 4t 2.825 1.43 36p 16 36p 1.71 1.5 0.2536 10 2182 3248 8 2032 .2 17.890 0.5 1.96 16p 16 16p 1.5 0.10 10p 14 10p 2. 36p 14 14 36p 36p 2.890 0.647 540 .5 20.490 371 .168 137 .495 0.01 0.5 0.260 1.1943 1627 1627 .386 25 3t 14 3t 2.1 238 .435 4.735 0.495 0.265 1.363 363 244 702 1045 422 .62 0.870 2.475 0.951 765 .535 1.5 1.7 14.715 0.00 20p 16 20p 1.466 466 20 313 20 836 1244 12 525 .475(Inches)0.635 1.187 177 .14 1.45 0.6 12.47 27p 27p 1.2307 1943 1943 .5OF NOMINAL 1.260 1.9 11.375 1.40 0.48 1.1387 1113 1113 .5 0.570 1.1019 931 931 .5 1.1113 1023 1023 .5 1.7 20.510 0.825 1.5 1.2 20.1231 1158 1723 1359 913 .5 0.5 1.5 0.655 0.335 335 30 225 30 525 781 17 313 .545 0.470 0.7 15.860 2.531 7 4t 18 4t .45 16p 14 14 16p 2.9 17. NUMBER OF NUMBER(t)OF TRIADS TRIADS (t) XX AWG AWG NUMBER OF NOMINAL NOMINAL NUMBER(t)OF OD NOMINAL NOMINAL TRIADS OVER OD OVER TRIADS (t) OD OVER OD OVER XX BEDDING BRAID BEDDING BRAID mm2 (Inches) (Inches) OVERALL DIAMETER (Inches) Min Max MINIMUM AMPACITY* MINIMUM APPROX.825 1.804 8 7t 16 7t 1.510 Min Max 0.14 10p 14 10p 2.5 2.5 0.50 1.18 1.230 12.634 386 386 .4 103 .1251 982 .750 2.80 12p 16 12p 1.570 1.91 4p 14 14 4p 2.475 0.5 1.90 1.8 19.855 0.69 0.310 1.59 10p 16 10p 1.300 1.552 468 .45 0.510 0.040 1.8 Tricab flexible Marine Cables 31 .3 1747 1747 OVERALL DIAMETER (Inches) Min Max 0.37 0.291 260 . @ 45°C ambient.790 1.35 0.35 0.386 287 287 .615 1.36 1p 16 1p 1.265 1.33 1.5 0.585 1.585 1.735 1.1 17.66 0.1706 1706 11 1146 11 1704 2536 10 1418 .204 193 .32 0.5 2.5 0.5 0.5 2.45 20p 14 20p 2.830 8.710 7.8 13.1007 12 7t 14 7t 2.2 14.32 0.465 1.7 17.5 1. issue 2.32 1.430 0.264 11 3t 18 3t .040 0.5 1.1283 1019 1019 .702 579 .1841 1841 1237 1806 2688 1502 2235 1502 .17 1.51 1.51 0.36 2p 2p 0.68 24p 14 14 24p 2.7 14.9 169 113 113 293 169 169 489 293 293 626 489 489 685 626 626 862 685 685 1048 862 862 1263 1048 1048 1362 1263 1263 1747 1362 1362 36p 16 16OF NUMBER 36p 1.756 559 .7 4.75 0.4 12.40 0.500 0.820 0.4 8.8 277 .8 17.5 1.1 8.840 0.075 1.1 14.2464 2307 2307 .48 1.770 1.318 318 214 958 644 561 377 .75 0. WEIGHT 138 205 No Overbraid (lbs/kft)-(kg/km) 318 214 138 .90 1.260 1.1723 1723 1158 2542 1708 2104 1414 1414 .2749 2159 2159 260 193 193 426 260 260 661 426 426 828 661 661 893 828 828 1094 893 893 1306 1094 1094 1550 1306 1306 1656 1550 1550 2077 1656 1656 .1 5.075 1.205 205 138 377 561 214 . single banked.Flexible IEEE Marine Fire Resistant Collective Screened Braided/Armored Instrumentation FJ series 300V 110°C LSZH NUMBER OF NUMBER OF NOMINAL NUMBER NUMBER NOMINAL PAIRS (p)OF PAIRS (p)OF OD OVER PAIRS PAIRS OD OVER OF NUMBER NUMBER OF NOMINAL NOMINAL NUMBER X (p) BEDDING X (p) OF OF NUMBER X X BEDDING 2 (p) PAIRS (p) OD OVER PAIRS AWG (p) PAIRS OD OVER PAIRS AWG mm(p) (Inches) BEDDING BEDDING 1pXX1.30 4p 16 4p 1.14 12p 12p 1.292 204 204 .64 36p 14 36p 2.220 1.59 2p 16 16 (quad) (quad) 2p 1.412 316 .27 0.545 0.35 0.5 1.405 1.095 11.40 1p 14 14 1p 2. AMPACITY* AT WEIGHT AT 90°C 225 335 30 w/ Bronze (lbs/kft)-(kg/km) (Amps) 313 466 20 225 .80 8p 8p 0.628 628 422 896 1333 702 .8 22.540 5.408 357 .9 5.5 1.9 8.1627 1329 1329 .64 20p 14 20p 2.0 5.5 1.5 0.40 0.41 0.1559 1283 1283 .5 2.70 0.2 13.73 0.2235 1952 2904 1806 .025 1.635 1.4110 4110 2389 .75 0.2 12.2754 2754 1851 .8 20.30 1p 16 1p 0.4 10.165 1.790 1.5 1.940 1.535 0.5 0.1244 1244 12 836 12 1146 1706 11 1053 1567 12 1053 .30 1pXX16 AWG AWG 2p 16 (quad) 2p 1. @ 45°C ambient.590 0.750 1. WEIGHT 164 245 w/ Aluminum (lbs/kft)-(kg/km) 244 363 164 .5 1.39 0.1159 841 .790 5.36 8p 16 8p 1.310 1.5 1.67 NUMBER PAIRS (p) PAIRS (p) OD OVER NUMBER OF NUMBER NUMBER OF NOMINAL NOMINAL X OF X OF BEDDING NUMBER PAIRS (p)OF PAIRS (p) (p)OF OD OD OVER OVER NUMBER NUMBER NOMINAL AWG(p) PAIRS PAIRS PAIRS (p) PAIRS (p) OD OVER BEDDING BEDDING 1pXXX14 1pXX2.80 4p 16 16 4p 1.420 1.015 1.14 1.5 1.470 * Based on IEEE 45-2002 Table 25 for cables installed in free air.201 161 .0 584 .95 OVERALL DIAMETER 0.696 11 4t 16 4t 1.931 728 728 .67 27p 16 16 27p 1.450 1.980 2.300 1.40 2p 2p 0.36 0.5 2.287 20 22.220 1.405 1.13 24p 16 24p 1.5 1.495 5.62 0.59 4p 4p 0.14 0.5 2.2 17.34 4p 14 4p 2.5 1.430 0.3 425 .2104 1851 2754 1708 .0 12.5 1. single banked.603 452 .33 1.795 0.5 1.590 0.153 126 .27 20p 16 20p 1.455 0.01 1.165 1.7 8.890 1.930 9.300 1.0 8.750 1.2159 2009 2009 .96 10p 10p 0.910 9.960 1.980 1.39 BRAID (Inches) 0.50 1.420 1.3555 2389 77 * Based on IEEE 45-2002 Table 25 for cables installed in free air. APPROX.570 1.375 1.5 1.27 16p 16 16 16p 1.470 0.1 RADIUS (Inches) 5.00 10p 16 16 10p 1.00 12p 12p 1.1045 1045 702 984 1464 896 .29 12p 14 14 12p 2.075 1.10 8p 14 14 8p 2.5 0.496 292 292 .025 1.280 2.33 1.165 1.375 1.2 14.32 1.63 0.9 13.10 16p 14 16p 2.535 0.450 1.5 1.3 20.1139 7 1t 14 1t 2.5 1.72 1.56 0.9 5.17 1.832 4 1t 16 1t 1.5 0.450 1.015 2.781 781 17 525 17 1053 1567 12 836 .805 496 496 .71 0.4 168 .0 135 .015 10.984 634 634 . APPROX.63 1.14 20p 14 20p 2.025 2.50 1.040 1.770 1.2 508 .57 0.436 251 251 .590 1.39 0.04 1.71 1.5 17.5 1.245 245 164 422 628 244 .5 0.43 20p 16 20p 1.5 1.5 2.010 1.3 329 .51 0.83 0.7 113 . @ 45°C ambient.655 1.5 0.3723 3723 2762 2762 .5 0.5 1.43 24p 24p 1.72 1.125 0.5 0.400 0.5 1.5 2.75 0.67 2p 14 14 (quad) (quad) 2p 2.735 0.9 15.1 389 .2 10.68 1.280 MINIMUM AMPACITY* MINIMUM APPROX.561 377 827 1231 644 .579 435 .420 1.869 639 .165 1.5 1.5 0.9 19.67 10p 14 10p 2.960 0.250 196 .47 24p 16 16 24p 1.75 0.13 16p 16p 1.5 0.5 0. APPROX.78 0.3024 3024 2032 88 2762 4110 7 2182 .465 1.51 1.310 1.832 676 .5 0.2009 1676 1676 .29 16p 16p 1.5 1.75 0.165 0.17 1.64 24p 24p 1.960 0.4 5.1359 913 1414 2104 1158 .471 406 .96 1.96 0.958 958 644 1359 913 827 1231 827 .1023 805 805 .615 1.165 1.1567 12 1418 2111 10 1146 .71 0.765 0.1676 1387 1387 .71 0.3 779 .45 0.1461 11 * Based on IEEE 45-2002 Table 25 for cables installed in free air.68 1.3091 2464 2464 13 20 20 11 13 13 8 11 11 8 88 7 88 6 77 6 66 5 66 5 55 4 55 2749 2077 2077 2749 APPROX.5 36p 1.8 22.672 559 .3248 3248 2182 88 3555 2502 2502 .8 .925 9.105 2.71 NOMINAL OD OVER NOMINAL BRAID NOMINAL OD OVER OVER NOMINAL OD OD OVER BRAID BRAID 0.96 0.1879 1559 1559 .85 1.820 0.1329 1231 1231 .5 0.63 0.45 27p 14 27p 2.13 12p 16 16 12p 1.635 1.90 27p 14 14 27p 2.860 1.770 1. AMPACITY* BENDING AT 90ºC BENDING WEIGHT WEIGHT WEIGHT AT 90°C MINIMUM AMPACITY* RADIUS MINIMUM AMPACITY* RADIUS No Overbraid w/ Aluminum w/ Bronze BENDING AT 90ºC 90ºC BENDING AT (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) RADIUS RADIUS 4. APPROX.71 1.40 8p 14 8p 2.015 20.870 2.220 1.85 0.5 2.251 168 168 .67 36p 36p 1.1333 1333 896 1237 1841 984 .4 10.85 0.68 27p 27p 1.1464 1464 984 1502 2235 1237 .2688 2688 1806 2502 3723 1952 .5 0.655 1.47 NOMINAL NOMINAL OD OVER OD OVER NOMINAL BRAID NOMINAL BRAID OD OVER OD OVER (Inches) BRAID BRAID 0.68 1.5 1.280 1.5 1.135 1.405 1.7 8.5 15.980 1.5 0.9 5.2027 1879 1879 .7 11.2904 2904 1952 3091 AMPACITY* 3091 44 AT 90ºC AMPACITY* AMPACITY* AT 90ºC 90ºC APPROX.6 12.354 274 .29 24p 14 24p 2.1 12.125 1.90 1.820 0.04 1.8 11.9 14.655 0.96 8p 16 16 8p 1.91 8p 8p 0.5 1.67 4p 4p 0.2542 2542 1708 2389 3555 1851 .34 1p 1p 0.795 0.615 1.3 19.5 1.85 0.32 1.870 2.5 1.495 0.585 1.105 2.8 15.18 1.4 4.5 0.95 1.02 1.795 1.125 1.95 1.465 1.855 0.68 1.72 1.239 219 .105 2.9 17.7 17.5 1.34 X BEDDING AWG AWG AWG mm2 (Inches) 2p 14 (quad) 2p 2.97 1.326 17 3t 16 3t 1.1231 984 984 .545 0.775 7.5 1. single banked.48 1.2111 2111 10 1418 10 2032 3024 8 1704 2536 10 1704 .01 1.632 472 .728 436 436 .860 1.04 1.18 1.91 12p 14 12p 2.6 15. AMPACITY* BENDING AT 90ºC BENDING WEIGHT WEIGHT WEIGHT AT 90°C RADIUS RADIUS No Overbraid w/ Aluminum w/ Bronze (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 1t 18 1t .7 15. 75 .675 0.5 947 947 1240 1240 - OVERALL DIAMETER (inches) Min Max 0. Resists ozone and UV.75 10p . Jackets.555 1.75 .6 712 712 867 867 - 27p 27p 18 18 36p 36p 18 18 27p 27p .620 0. Halogen Free. acid.0 307 307 399 399 - 12p 12p 18 18 16p 16p 18 18 12p 12p .545 0.300 1.315 0.75 24p .4 11.035 1.3 9. WEIGHT No Overbraid (lbs/kft)-(kg/km) 51 76 51 76 - APPROX. Low Smoke.000 6.000 1. Thermoset. gasoline.375 1.75 1.75 .9 11.375 1.555 1.5 13.780 0. Where mechanical or EMC protection is required see FL series.200 1.685 11.685 1.070 1.75 16p 16p .05” to OVERALL DIAMETER in tables.505 0.75 2p 2p 18 18 4p 4p 18 18 2p 2p . Flame Retardant.8 6.2 No. Polyolefinic.75 .75 .4 10.4 5.8 - 1520 1520 1970 1970 - AMPACITY* AMPACITY* AMPACITY* AT AT 90ºC 90ºC AT 90°C (Amps) 13 13 292 292 428 428 8 8 7 7 666 666 841 841 5 5 5 5 919 919 1143 1378 1378 4 4 4 4 4 4 3 3 3 3 3 3 .8 APPROX.75 10p 0. DNV Transport Canada Marine Safety “Cable constructions.75 .75 4p 4p .8 2. Add 0.925 0. @ 45°C ambient.315 0.620 0. and Inner components to UL 1309 .200 1. 32 Tricab flexible Marine Cables issue 2. ASTM B33-00 and IEC 60228. Glass Mica Tape CORE IDENTIFICATION To customer specification VOLTAGE RATING 300 Volts ® Insulation: LSFLEX R-30.3 9.490 1.505 0. Low Smoke.75 . single banked. acid.675 4.780 0. ABS. NUMBER NUMBER OF OF NUMBER PAIRS PAIRS (p) (p)OF PAIRS (p) X XX AWG AWG AWG 1p 1p 18 18 NUMBER NUMBER OF OF NUMBER PAIRS PAIRS (p) (p)OF PAIRS (p) X XX 2 mm 1p 1p . sea water. Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze.160 8. skydrol. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.75 0.FC Flexible IEEE Marine Fire Resistant Individual & Collective Screened Instrumentation series 300V 110°C LSZH APPLICATION Flexible Instrumentation cables suitable for all marine applications.455 1. Significantly exceeds IEEE-1580 Table 11 OPERATING TEMP -40°C to +110°C Flame Barrier: Fire Resistant. skydrol.0 8. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil. Resists ozone and UV.CSA C22.455 10.345 1.6 11.845 1.75 .4 5.3 446 446 576 576 20p 20p 18 18 24p 18 18 24p 20p 20p .8 8.345 1. LR.955 1. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 69 103 69 103 APPROX.75 36p 36p . Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Splash resistant to oil.845 0.75 . WEIGHT w/ Bronze (lbs/kft)-(kg/km) 111 165 111 165 155 155 260 260 132 132 209 209 - 197 197 311 311 197 197 288 288 - 457 457 594 594 350 350 449 449 - 520 520 669 669 448 448 565 565 - 664 664 857 857 498 498 634 634 741 741 944 944 618 618 768 768 1059 1059 1290 1290 777 777 940 940 - 1156 1156 1398 1398 - 1409 1409 1845 1845 1021 1021 1324 1324 - 926 926 1107 1192 1192 - 1647 1647 1774 1774 1517 1517 - 2257 2257 * Based on IEEE 45-2002 Table 25 for cables installed in free air. sea water.345 MINIMUM MINIMUM MINIMUM BENDING BENDING BENDING RADIUS RADIUS RADIUS (Inches) 2. 245 for Cold Bend (-40C) and Cold Impact (-35C)” ® Jacket: LSFLEX S-50. gasoline.75 .070 1.75 24p 1.545 0.4 104 104 175 175 - 8p 8p 18 18 10p 18 18 10p 8p 8p .160 1.955 0.75 .9 13.300 1. Cross-linked. Screen: Individual and Collective Aluminium/ Laminate Tape JACKET COLOR To customer specification STANDARDS ASTM B3-01 ASTM B33-00 IEC 60228 IEC 60092-350 IEC 60092-376 IEC 60331 IEC 60331-11 IEC 60331-21 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 IEEE-45 IEEE-1580 IEEE-1202 Drain Wire: Tinned annealed copper Isolation Tape: Polyester Assembly: Components cabled with filler as required and overall binder tape Ripcord: High strength ripcord under jacket APPROVALS USCG.490 1.345 0.4 4. where circuit integrity is required under fire conditions. Flame Retardant.925 0.035 1.75 0. Polyolefinic.3 8. 5 1.75 0.735 0.1 12p 16 12p 1.865 2.865 in free air.75 4t .005 8.0 4p 1.5 1.795 6.6 RADIUS 2 AWG AWG mm Min Max (Inches) 2p 14 14 2p 2.755 14.280 1.FC Flexible IEEE Marine Fire Resistant Individual & Collective Screened Instrumentation series 300V 110°C LSZH NUMBER OF OF NUMBER NUMBER OF OF MINIMUM NUMBER MINIMUM NUMBER OVERALL MINIMUM PAIRS (p)OF NUMBER PAIRS (p)OF BENDING PAIRS PAIRS DIAMETER BENDING X (p) X (p) RADIUS NUMBER OF NUMBER OF MINIMUM X X RADIUS X X (inches) RADIUS 2 AWG PAIRS (p) PAIRS BENDING AWG mm(p) Min Max (Inches) RADIUS 1pX 16 16 1pX1.5 1.865 2.445 1.5 1.445 3.390 10p 14 10p 2.410(inches) 0.555 12.825 0.0 7.1 16p 16 16p 1.1225 1188 1768 1188 1768 921 .5 0.110 2.5 0.650 1.8 521 111 3t 14 4t 14 3t 2.445 3.895 0.235 9.4 20p 20p 1.8 10p 10p 1.6 8p 16 8p 1.0 8p 14 8p 2.390 0.8 36p 14 36p 2.925 1.555 12.3 27p 14 27p 2.5 12p 14 12p 2.610 20p 16 20p 1.2181 2892 1943 2892 1780 .565 12. ambient.4 2p 1.5 1.5 0.8 2p 2p 0.865 6.400 3.335 0.0 8p 16 8p 1.6 16p 1.8 7t 14 7t 2.565 12.5 1.1 2p 2p 0.9 12p 10p 16 10p 1. WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 86 128 86 128 232 232 97 365 232 652 652 365 848 848 652 951 848 1235 1235 951 1530 1530 1235 1867 1530 2042 2042 1867 2681 2681 2042 189 189 86 285 189 488 488 285 630 630 488 701 630 899 899 701 1106 1106 899 1342 1106 1461 1461 1342 1902 1902 1461 2681 1902 - APPROX.785 0.825 0.6 4p 14 14 4p 2.970 15.345 10.435 1.5 2.5 1t 2.5 2.020 16.730 5.925 1.640 5.110 2.8 20p 14 20p 2.040 1.970 15.410 0.040 1.5 0.0 24p 24p 1.190 9.5 2.5 1.445 1.040 1.5 1. issue 2.1 12p 12p 1.2649 2539 3779 2539 3779 1943 .020 16.5 0.5 1.3234 2426 2539 2799 - 3610 - 3779 - AMPACITY* AMPACITY* AMPACITY* AT 90ºC 90ºC AT AT 90°C AMPACITY* AT 90ºC (Amps) 20 20 13 20 11 11 13 8 8 11 8 8 7 8 6 6 7 6 6 6 5 6 5 5 5 4 4 5 AMPACITY* 4 AMPACITY* AT 90ºC 90ºC AT AMPACITY* AMPACITY* AT 90ºC AT 90°C 30 30 (Amps) 20 20 30 17 20 12 12 17 12 12 12 11 12 10 10 11 10 10 10 8 10 8 8 8 7 7 8 4166 7 * Based on IEEE 45-2002 Table 25 for cables installed in free air.5 1.5 3.1455 1367 2034 1367 2034 1080 .5 0.890 7.5 24p 14 14 24p 2.5 1.5 1.435 1. NUMBER OF NUMBER TRIADS (t)OF TRIADS X (t) X AWG AWG 1t 18 NUMBER OF NUMBER TRIADS (t)OF TRIADS X (t) X mm2 1t .195 9.650 1. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 123 183 - 274 335 218 262 - 324 390 295 347 - 533 125 403 106 - 600 158 506 157 - 302 367 - 449 546 393 467 - - 390 481 - 775 165 574 135 - 854 202 696 192 347 431 - 516 641 391 480 - - - 582 714 702 - 1045 762 - 1133 - - AMPACITY* AMPACITY* AT 90ºC AT 90°C (Amps) 11 440 517 7 5 753 233 4 17 - 585 695 11 8 - 1036 285 493 592 - 734 881 7 25 17 899 - 1337 - 12 11 * Based on IEEE 45-2002 Table 25 for cables installed in free air.1 2p 16 8p 16 8p 1.5 1.5 1.820 1.5 1.1 3.280 1. WEIGHT 85 126 85No Overbraid 126 (lbs/kft)-(kg/km) 201 299 201 299 85 126 320 476 201 299 580 863 580 863 320 476 756 1125 756 1125 863 580 851 1266 756 1125 1110 1652 1110 1652 851 1266 1378 2050 1378 2050 1110 .8 24p 24p 1.590 0.5 1.75 1t 1.5 1.880 0.745 14.5 1.970 7.4 14.385 11.370 0.1 20p 14 20p 2.3 6.640 5.285 18.100 1.5 1.3 APPROX.5 1.5 1.820 1.555 12.800 0.2 36p 14 36p 2.100 1.3 27p 16 27p 1.5 1.8 8p 14 8p 2.820 1.5 1.2 36p 36p 1.620 1.5 2.240 1.240 1.5 2.3 24p 16 24p 1.020 16.865 2.890 7.755 14.140 1.8 184 225 - 7t 18 1t 16 7t .390 11. WEIGHT No Overbraid (lbs/kft)-(kg/km) 65 97 65 97 156 156 65 245 156 438 438 245 570 570 438 639 570 830 830 639 1028 1028 830 1255 1028 1372 1372 1255 1802 1802 1372 - 1802 APPROX.75 3t 18 4t 18 3t .020@ 45°CMINIMUM 16.2479 2173 3234 2173 3234 2005 . @ 45°C ambient.435 1.610 0.0 36p 16 16 36p 1.975 0.285 1.5 1.820 0.0 12p 16 12p 1.2 AWG 2p 16 16 2p 1.5 1.5 1.2742 APPROX.9 20p 16 16 20p 1.005 8.665 0.890 0.8 2.140 1.5 0.0 4p 14 4p 2.400 3.2892 APPROX.435 1.5 0.610 1.2 NUMBER OF NUMBER PAIRS (p) PAIRS (p) BENDING X OF NUMBER X OF RADIUS NUMBER MINIMUM X X RADIUS AWG(p)OF NUMBER NUMBER OVERALL MINIMUM PAIRS PAIRS (p)OF BENDING PAIRS (p) PAIRS (p) DIAMETER BENDING RADIUS 1pXX14 14 1pXX 2.4 16p 16 16p 1.2 1p 16 4p 16 4p 1.5 4t 2.385 11. single banked. WEIGHT 108 161 108 w/ Aluminum 161 (lbs/kft)-(kg/km) 237 353 237 353 108 161 365 543 237 353 637 947 637 947 365 543 823 1225 823 1225 637 947 921 1370 823 . single banked. NUMBER OF Table NUMBER OF MINIMUM 36p 36p 1.400 3.5OF 2.4 4p 16 10p 16 16 10p 1.130 9.5 1.370 0.640 5.970 15.2 27p 16 27p 1.365 MINIMUM MINIMUM BENDING BENDING RADIUS RADIUS (Inches) 2.3 5.755 14.005 8.2503 2426 3610 2426 3610 1843 .745 14.390 11.5 2.5 0.8 16p 14 16p 2.060 0.410 0.5 1.5 0.445 3.285 1.235 9.1 1p 1.2983 2799 4166 2799 4166 2173 .610 1.5 0.1652 1682 2503 1682 2503 1378 .5 1.5 1.1141 1080 1607 978 .795 6. @ 45°C ambient.1 24p 16 16 24p 1.130 9.0 12p 14 14 12p 2.5 1.285 18.1 4p 2p 14 2p 2.8 1p 14 1p 2.020 16.285 1.345 10.100 1.5 1.5 0.1 10p 14 14 10p 2.5 OVERALL DIAMETER (inches) Min Max 0.5 1.5 1. WEIGHT No Overbraid (lbs/kft)-(kg/km) 60 89 - APPROX. WEIGHT 161w/ Bronze239 239 161 (lbs/kft)-(kg/km) 321 478 321 478 161 239 468 697 321 478 767 1141 767 1141 468 697 978 1455 978 1455 767 .1768 1780 2649 1465 .720 5.720 5.130 9.735 0.5 0.925 1.810 0.660 0.5 1.785 14.675 0.110 2.285 18.425 7.240 1.4 358 84 - 3t 16 4t 16 3t 1.0 20p 14 20p 2.195 9.590 0.590 0.620 1.5 0.2034 2005 2983 1666 . WEIGHT w/ Aluminum (lbs/kft)-(kg/km) 79 118 - APPROX.2050 1843 2742 1682 .345 10.8 FCpr FCpr Tricab flexible Marine Cables 33 .6 1p 1p 2.5 0.660 0.1607 1666 2479 1666 2479 1367 .5 1.6 10p 10p 1.370 0.5 2.2 24p 14 24p 2.2 1p 1p 0.280 1.100 1.9 262 323 - 7t 16 1t 14 7t 1.1370 1465 2181 1465 2181 1188 .9 APPROX.5 4t 1.720 5.785 14.0 16p 14 16p 2. WEIGHT w/ Bronze (lbs/kft)-(kg/km) 134 199 134 199 281 128 424 281 727 727 424 937 937 727 1043 937 1338 1338 1043 1645 1645 1338 1997 1645 2174 2174 1997 2831 2831 2174 264 134 378 378 264 604 604 378 767 767 604 843 767 1058 1058 843 1283 1283 1058 1541 1283 1665 1665 1541 2133 2133 1665 2831 2133 - 393 199 562 562 393 899 899 562 1141 1141 899 1254 1141 1575 1575 1254 1910 1910 1575 2293 1910 2477 2477 2293 3173 3173 2477 3173 APPROX.620 1.5 0.660 0.385 11.5 0. single banked.195 9.5 0.725 0.0 27p 14 27p 2.5 1.5 0.3 36p 14 36p 2.470 8.3 * Based on IEEE16 45-2002 25 for cables installed 1.865 2.5 0. 685 0.567 7 8p 18 8p . Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil. acid.415 MINIMUM AMPACITY* MINIMUM APPROX. Screen: Individual and Collective Aluminium/ Laminate Tape VOLTAGE RATING 300 Volts CORE IDENTIFICATION To customer specification JACKET COLOR To customer specification STANDARDS ASTM B3-01 ASTM B33-00 Drain Wire: Tinned annealed copper Isolation Tape: Polyester IEEE-45 IEEE-1580 IEEE-1202 Assembly: Components cabled with filler as required and overall binder tape Bedding Tape: Polypropylene Braid/Armor Options: Galvanized Steel Wire Braid (90%) Tinned Copper Wire Braid (90%) Ripcord: High strength ripcord under jacket ® Jacket: LSFLEX S-50.1931 3 27p 18 27p . Polyolefinic.845 0.300 274 .2 411 .1683 1209 .1372 4 20p 18 20p .70 0.740 7. AMPACITY* BENDING AT 90ºC BENDING WEIGHT WEIGHT WEIGHT AT 90°C RADIUS RADIUS No Overbraid w/ Aluminum w/ Bronze (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 4.253 201 . APPROX. Jackets.98 1.265 1.29 1.Flexible IEEE Marine Fire Resistant Individual & Collective Screened Braided/Armored Instrumentation FL series 300V 110°C LSZH APPLICATION Flexible Instrumentation cables suitable for all marine applications.44 1.140 116 .615 6.7 873 .6 1131 .75 1. @ 45°C ambient.370 13.75 0.1125 4 16p 18 16p . Flame Retardant.91 1.2584 3 OVERALL DIAMETER (Inches) Min Max 0.02 1. Significantly exceeds IEEE-1580 Table 11 OPERATING TEMP -40°C to +110°C Flame Barrier: Fire Resistant.75 0. sea water.6 1449 . Resists ozone and UV.410 1. gasoline.1070 781 . ASTM B33-00 and IEC 60228.1162 922 .75 1.4 257 .75 1. Glass Mica Tape ® Insulation: LSFLEX R-30.7 522 .15 1.2 94 . Armor (Optional): All constructions are available with Overbraid Armor of either Aluminum or Bronze.84 0. single banked. Flame Retardant.172 165 .560 15. skydrol.CSA C22. LR.990 1.75 0.75 0. acid.838 5 10p 18 10p .105 11.380 0.2065 3 36p 18 36p .857 699 .1558 1123 . gasoline.1041 5 12p 18 12p . Polyolefinic. Low Smoke.87 0.525 15.680 563 .440 1. NOMINAL NOMINAL NOMINAL NOMINAL OD OVER OD OVER OD OVER OD OVER BEDDING BRAID BEDDING BRAID (Inches) (Inches) 0.915 9. skydrol.59 0. sea water.777 576 .32 1.25 0.612 457 . 34 IEC 60228 IEC 60092-350 IEC 60092-376 IEC 60331 IEC 60331-11 IEC 60331-21 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 Tricab flexible Marine Cables issue 2.43 0.230 12. DNV Transport Canada Marine Safety “Cable constructions.135 1.070 10.570 0.1799 1387 .020 1.439 381 .88 0.27 1.2286 1737 .1671 1298 . Resists ozone and UV.1635 4 24p 18 24p . Low Smoke.1 573 . 245 for Cold Bend (-40C) and Cold Impact (-35C)” NUMBER OF NUMBER PAIRS (p)OF PAIRS XX (p) AWG AWG 1p 18 NUMBER OF NUMBER PAIRS (p)OF PAIRS XX (p) mm2 1p .755 17.407 8 4p 18 4p . and Inner components to UL 1309 .74 0.2156 1536 . ABS.620 1.853 629 .24 1.75 2p 18 2p .75 1.49 1. Thermoset.05” to OVERALL DIAMETER in tables. APPROX.75 0. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.48 0.1401 1099 .245 13 * Based on IEEE 45-2002 Table 25 for cables installed in free air. Add 0. Halogen Free.30 APPROVALS USCG.935 756 .54 0.1299 941 . Cross-linked.8 .382 295 .2 No.2 170 .3 1047 .3 719 . Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Splash resistant to oil. where circuit integrity is required under fire conditions and mechanical or EMC protection is also required.10 1.75 0. 56 0.53 1.505 1.5 12p 1.885 0.350 1.32 1t .5 36p 1.1097 723 .825 1.675 0.685 1.910 0.220 416 619 292 .353 30 568 845 17 423 .5OF NOMINAL 1.7 8.5 1.5 4p 1.305 1.260 1.747 583 .264 11 303 .4 0.37 12p 2.400 0.260 1.36 0.619 922 1372 719 .74 36p 2.21 1.49 1.625 1. WEIGHT 148 220 No Overbraid (lbs/kft)-(kg/km) 292 434 148 .201 0.4602 * Based on IEEE 45-2002 Table 25 for cables installed in free air.58 0.5 0.3623 8 23.35 0.5 12p 1.Flexible IEEE Marine Fire Resistant Individual & Collective Screened Braided/Armored Instrumentation FL series 300V 110°C LSZH NUMBER OF NUMBER PAIRS (p)OF PAIRS (p)OF NUMBER XX PAIRS AWG AWG(p) 1pX16 AWG 2p 16 1p 16 4p 16 2p 16 8p 16 4p 16 10p 16 8p 16 12p 16 10p 16 16p 16 12p 16 20p 16 16p 16 24p 16 20p 16 27p 16 24p 16 36p 16 27p 16 NUMBER OF NOMINAL NOMINAL NUMBER PAIRS (p)OF NOMINAL OD OVER NOMINAL OD OVER PAIRS (p) OD OVER OD OVER NUMBER XX OF NOMINAL BEDDING BRAID BEDDING NOMINAL BRAID 2 PAIRS OD OVER OD OVER mm(p) (Inches) (Inches) BEDDING BRAID 1pX1.707 707 .58 4t .509 353 .78 NUMBER NOMINAL PAIRS (p) OD OVER OD OVER NUMBER X OF NOMINAL BEDDING NOMINAL BRAID NUMBER PAIRS (p)OF NOMINAL OD OVER NOMINAL OD OVER PAIRS (p) OD OVER OD OVER BEDDING BRAID 1pX2.13 1.840 0.88 1.5 10.204 193 .239 219 .688 993 1477 779 .895 260 .855 0.2372 2093 3114 1926 .925 2.3 266 .505 1.105 1.00 0.5 0.36 1.875 0.3 16.05 OVERALL DIAMETER (Inches) Min Max 0.1051 502 .635 1.485 0.5 0.88 0.680 549 .415 1.3 14. NUMBER OF NUMBER(t)OF TRIADS TRIADS X (t) X AWG AWG 1t 18 3t 18 4t 18 7t 18 1t 16 3t 16 4t 16 7t 16 1t 14 3t 14 4t 14 7t 14 NUMBER OF NOMINAL NOMINAL NUMBER(t)OF NOMINAL TRIADS OD OVER NOMINAL OD OVER TRIADS OD OVER OD OVER X (t) BEDDING BRAID X BEDDING BRAID mm2 (Inches) (Inches) 0.2369 2187 .070 0.1073 12.03 1.04 1.817 196 .751 601 .1522 2372 1594 1303 .69 1.1495 1375 .353 168 .33 1.5 0.925 2.4 18.1176 1065 .305 1.175 2.7 13.3114 APPROX.040 1.73 1.3 18. APPROX.470 0.1364 12 1263 1880 11 1155 .2630 2212 . WEIGHT 175 260 w/ Aluminum (lbs/kft)-(kg/km) 332 494 175 .578 7 7. APPROX.710 1.7 7.635 1.78 1t 1.04 0.3363 8 3093 4602 7 2435 .5 1.6 14.1936 1596 . @ 45°C ambient.868 836 .090 20.4203 3093 .4 23.730 0.2 12.30 0.5 24p 1.51 0.6 14.94 0.54 27p 2.40 X BEDDING BRAID mm2 (Inches) (Inches) 2p 2.32 1.070 1.2506 2322 .56 0.815 2.467 4 514 .6 9.53 0.1245 9.4 14.855 7.1 12.260 360 . issue 2.355 1.885 2.59 0.735 0.5 3t 2.88 0.63 8p 2.5 10p 1.710 0.430 0.326 17 5.2 20.460 1.2821 2630 .37 0.1159 913 .2817 10 2435 3623 8 2260 .74 2p 2.1159 1096 1631 993 .960 0.75 7t .153 126 .5 8p 1.795 1.355 .50 1.73 1.967 403 .1718 12 1571 2338 10 1263 .5 1.451 389 .83 0.3 20.1273 1159 .50 1.80 1.9 12.73 1.914 721 .22 10p 2.1375 1097 .52 1.1372 1303 1939 1023 .94 0.6 20.913 574 .350 1.195 1.78 24p 2.287 20 1.99 4p 2.165 1.75 0.1571 11 8 7 25 17 12 11 * Based on IEEE 45-2002 Table 25 for cables installed in free air.6 10.305 1.527 8.68 4t 1.175 2.205 1.53 1.64 0.69 1.5 1.40 4p 2.3 9.1 4.5 27p 1.5 0.1070 1522 1023 922 .396 447 .637 650 .2 16.860 0.5 1.960 0.5 10p 1.930 1.455 0. single banked.18 16p 2.1939 1926 2866 1594 .18 1.168 137 .99 12p 2.2212 1844 .1 10.5 0. APPROX.27 0.0 9.32 0.9 20.35 2p 1.22 20p 2.5 0.090 1.885 2.58 0.485(Inches)0.3052 2369 273 137 386 273 614 386 779 614 855 779 1073 855 1301 1073 1560 1301 1684 1560 2155 1684 .187 177 .71 0.5 1.5 0.5 1.5 4p 1.460 1.795 0.5 1.840 0.710 0.1356 1056 .693 161 .930 OVERALL DIAMETER 0.525 0.0 314 .6 466 .75 3t .5 16p 1.710 1.2 16.00 0.040 2.500 1.1631 1685 2507 1384 .77 4t 2.5 0.37 24p 2.1477 1384 2060 1096 .36 1.57 OVERALL DIAMETER (Inches) Min Max 0.5 0.18 8p 2.725 0.1815 1488 .9 2051 3052 2155 3206 2393 APPROX.165 0.75 0.470 0. AMPACITY* BENDING AT 90ºC BENDING WEIGHT WEIGHT WEIGHT AT 90°C RADIUS RADIUS No Overbraid w/ Aluminum w/ Bronze (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) 4.00 1.5 0.08 1.65 1.7 12.72 0.5 1.415 1.65 0.70 1.01 MINIMUM AMPACITY* MINIMUM APPROX. APPROX.406 204 .040 1.51 0.833 509 .7 8.78 36p 2. @ 45°C ambient.5 1.5 24p 1.3 RADIUS (Inches) 7.723 530 .910 1.865 1.1880 11 1893 2817 10 1571 .950 1.536 428 .3017 2825 4203 2197 .5 1.1844 1495 .2507 2197 3269 2027 .655 0.250 457 .3561 2821 13 20 11 13 8 11 8 8 7 8 6 7 6 6 5 6 5 5 4 5 7 * Based on IEEE 45-2002 Table 25 for cables installed in free air.040 0.530 287 .435 MINIMUM AMPACITY* MINIMUM APPROX.5 1.6 18.495 0.5 2p 1.57 1.3 5.54 16p 2.74 10p 2.260 462 688 332 .765 625 .01 27p 2.655 0.6 2708 .4 20.5 1.855 1.63 1p 2.3269 3561 AMPACITY* 4 AT 90ºC AMPACITY* APPROX.0 135 .08 1.455 1.1 14.725 0.74 20p 2.800 0.990 0.2866 2708 4030 2093 .865 0.85 1.4 1.3206 2506 356 193 486 356 737 486 924 737 1005 924 1239 1005 1487 1239 1767 1487 1896 1767 2393 1896 2.4 103 .30 0. AMPACITY* AT 90ºC WEIGHT AT 90°C 237 353 30 w/ Bronze (lbs/kft)-(kg/km) (Amps) 423 630 20 237 .52 0.125 0.5 3t 1.83 1.41 0.5 20p 1.21 1.1262 911 .49 1.1 7.105 1.17 1.685 1.97 2.205 1.5 7t 1.75 0.32 1.500 1.430 0.675 1.18 1.930 9.574 406 .785 1.085 1.666 5 354 .69 0.494 779 1159 462 .990 1.5 0.1488 1176 .17 1.5 20p 1.785 0.9 5.500 1.1596 1273 . 36p 16OF NUMBER PAIRS (p) NUMBER X OF NUMBER PAIRS AWG(p)OF PAIRS (p) 1pXX14 AWG AWG 2p 14 1p 14 4p 14 2p 14 8p 14 4p 14 10p 14 8p 14 12p 14 10p 14 16p 14 12p 14 20p 14 16p 14 24p 14 20p 14 27p 14 24p 14 36p 14 27p 14 36p 14 36p 1.2187 1815 .6 237 113 342 237 560 342 716 560 790 716 1000 790 1220 1000 1470 1220 1592 1470 2051 1592 .345 1.345 1.9 MINIMUM BENDING MINIMUM RADIUS MINIMUM BENDING BENDING RADIUS 5.03 1.35 0.5 0.5 7t 2.64 0.4030 2825 .085 2.455 1.2322 1936 .935 8.785 0.815 1.625 1.1 16.6 13.6 18.35 0.305 1.5 16p 1.2060 2027 3017 1685 .6 848 .69 0.291 505 .33 1.8 FLpr Tricab flexible Marine Cables 35 .630 20 917 1364 12 568 .73 1.165 1.0 14.2338 10 2260 3363 8 1893 .5 8p 1.70 0.386 615 . single banked.825 1.93 1t 2.845 17 1155 1718 12 917 . single banked.540 11.5 27p 1.78 1.74 0.97 2.525 Min Max 0.675 1.13 1.5 1.7 113 .600 475 .5 1p 1.6 18.1065 833 . AMPACITY* BENDING AT 90ºC BENDING WEIGHT WEIGHT WEIGHT AT 90°C MINIMUM AMPACITY* RADIUS RADIUS No Overbraid w/ Aluminum w/ Bronze BENDING AT 90ºC (Inches) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (lbs/kft)-(kg/km) (Amps) RADIUS 4.195 0.434 1070 719 416 .5 0. @ 45°C ambient.9 18.4 168 . 305 1.3 353 525 202 1c 2/0 1c 70 0.6/1kV 110°C LSZH APPLICATION Flexible Shorepower Cables suitable for all marine applications CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.51 0.18 0. Thermoset.280 1. 36 MINIMUM MINIMUM BENDING BENDING RADIUS RADIUS (Inches) Tricab flexible Marine Cables issue 2.0 254 378 162 1c 1 1c 50 0. WEIGHT WEIGHT AMPACITY* AMPACITY* AT 90°C 90ºC AT (lbs/1000ft) (kg/km) (Amps) 1c 10 1c 6 0.8 190 283 133 1c 2 1c 35 0.4 92 137 76 1c 6 1c 16 0.325 0. Splash resistant to oil.6 481 716 250 1c 3/0 1c 95 0.035 1.815 3. sea water.0 1901 2829 623 1c 789 McM 1c 400 1.655 2.EZ Flexible Shorepower series 0.580 2.420 0. Thermoset. Includes ripcord on 10mm2 and larger JACKET COLOR To customer specification ® Insulation (Multicore): LSFLEX R-30 Cross-linked.755 0.350 1.120 4.0 648 964 306 1c 236 McM 1c 120 0.44 0. @ 45°C ambient.6 130 193 101 1c 4 1c 25 0.760 3.935 3. NUMBER OF NUMBER OF NUMBER OF NUMBER OF CONDUCTORS CONDUCTORS(c) (c) CONDUCTORS CONDUCTORS(c) (c) XX XX AWG/kcmil mm2 AWG/kcmil DIAMETER DIAMETER OVER OVER INSULATION INSULATION (inches) OVERALL DIAMETER (Inches) Min Max APPROX.93 1.3 786 1170 376 1c 296 McM 1c 150 0. Includes ripcord on 10mm2 and larger STANDARDS ASTM B3-01 ASTM B33-00 Assembly: Conductors cabled with filler as required and overall binder tape IEEE-45 IEEE-1580 Ripcord: High strength ripcord under jacket IEC 60228 IEC 60092-350 IEC 60092-353 IEC 60754-1&2 IEC 61034-1&2 ® Jacket: LSFLEX R-70. ASTM B33-00 and IEC 60228.510 2.8 .66 0.22 0.7 992 1476 412 1c 365 McM 1c 185 0.45 1.0 1212 1803 464 1c 473 McM 1c 240 0.605 0. WEIGHT WEIGHT APPROX.77 0. Elastometric. Excellent abrasion resistance. APPROX.27 0.30 1.37 0.2 3132 4660 867 1c 1243 McM 1c 630 1. Significantly exceeds IEEE-1580 Table 11 Available in plain or tinned OPERATING TEMP -40°C to +110°C VOLTAGE RATING 600/1000 Volts CORE IDENTIFICATION To customer specification ® Insulation (SDI): LSFLEX R-70 Cross-linked. acid.285 0.82 0. petrol. Elastometric Rubber.535 0.470 0.865 0.425 1.370 0.455 1.705 0. single banked.32 0. Flame Retardent. APPROX. Resists ozone and UV.240 5.03 1.930 1.61 0.5 1544 2297 579 1c 592 McM 1c 300 1.390 5. skydrol.540 6.6 2491 3707 785 1c 986 McM 1c 500 1.705 6.575 1. (E-110-R) Crosslinked.2 60 89 58 1c 8 1c 10 0.8 3917 5828 990 * Based on IEEE 45-2002 Table 25 for cables installed in free air. Thermoset.17 1. Elastometric.145 1.005 4.400 1. 440 0.9 3.645 0.360 0.965 1.690 1.700 0.3 7.710 0.250 2.9 8.525 0.5 1.895 1.560 0.470 0.210 1.1 5.5 2.7 1.8 6.840 0. WEIGHT WEIGHT APPROX.100 2.560 0.670 0.2 6.720 3.570 0.450 1.400 1.495 0.190 2.980 2. APPROX.6 1.7 10.8 3.5 3.735 2.835 1.190 1.1 8.6/1kV 110°C LSZH series NUMBER OF OF NUMBER NUMBER NUMBER OF OF CONDUCTORS (c) CONDUCTORS CONDUCTORS CONDUCTORS(c) (c) XX XX 2 AWG/kcmil mm AWG/kcmil 2c 16 2c 1.8 1.1 3.430 0.175 1.9 9.690 1.450 1.1 1.985 1.535 0.275 1.510 2.275 2.475 0.5 2c 12 2c 4 2c 10 2c 6 2c 8 2c 10 2c 6 2c 16 2c 4 2c 25 2c 35 2c 2 3c 16 3c 1.270 1.7 4.395 0.450 0.5 2c 14 2c 2.150 1.115 0.5 3c 12 3c 4 3c 10 3c 6 3c 8 3c 10 3c 6 3c 16 3c 4 3c 25 3c 2 3c 35 3c 1 3c 50 3c 2/0 3c 70 3c 3/0 3c 95 3c 236 McM 3c 120 3c 296 McM 3c 150 3c 365 McM 3c 185 3c 473 McM 3c 240 3c 592 McM 3c 300 4c 16 4c 1. WEIGHT AMPACITY* AMPACITY* AT 90°C 90ºC AT (lbs/1000ft) (kg/km) (Amps) 59 81 112 149 265 373 540 718 72 102 142 191 338 481 703 942 1314 1787 2413 2915 3714 4479 5685 7005 90 127 179 243 425 609 895 1204 1684 2298 3107 3759 4789 5787 109 156 220 299 519 746 1101 1483 2080 88 121 167 222 394 555 804 1068 107 152 211 284 503 716 1046 1402 1955 2659 3591 4338 5526 6665 8459 10423 134 189 266 362 632 906 1332 1792 2506 3419 4623 5593 7126 8611 162 232 327 445 772 1110 1638 2207 3095 20 31 40 50 67 91 113 142 17 28 33 43 54 74 93 115 144 179 221 255 290 330 401 440 17 28 33 43 54 74 93 115 144 179 221 255 290 33 14 22 26 34 43 59 74 92 115 * Based on IEEE 45-2002 Table 25 for cables installed in free air.830 2.9 4.015 0.080 1.390 0. issue 2.2 2.5 1.600 1.415 0.5 3c 14 3c 2.480 0.9 2.580 0.9 4.5 5c 12 5c 4 5c 10 5c 6 5c 8 5c 10 5c 6 5c 16 5c 4 5c 25 5c 2 5c 35 5c 1 5c 50 Min Max MINIMUM MINIMUM BENDING BENDING RADIUS RADIUS (Inches) 0.1 9.375 1.520 1.700 0.0 2.995 1.Flexible Shorepower EZ 0.870 2.910 1.785 0.495 0.5 6.050 1.505 0.420 0.840 0.8 10.3 7.390 0.775 0.330 2.510 0.030 2.6 4.4 3.855 0.545 0.3 5.625 0.435 2.925 1.440 0.2 4.5 4c 14 4c 2.6 5.025 2.4 3.1 6.575 0.905 1.725 0.9 12.520 2.520 0.0 2.1 2.8 OVERALL DIAMETER (Inches) APPROX. @ 45°C ambient. single banked.825 0.770 0.340 0.2 2.8 5.030 0.060 1.095 1.370 0.570 1.455 0.495 0.1 10.9 2.3 3.5 5c 14 5c 2.7 2.980 1.8 EZm Tricab flexible Marine Cables 37 .310 1. APPROX.630 0.5 4c 12 4c 4 4c 10 4c 6 4c8 4c 10 4c 6 4c 16 4c 4 4c 25 4c 2 4c 35 4c 1 4c 50 4c 2/0 4c 70 4c 3/0 4c 95 4c 236 McM 4c 120 4c 296 McM 4c 150 4c 365 McM 4c 185 5c 16 5c 1.8 2.775 0.340 1. 420 0.140 0.6/1kV 110°C LSZH APPLICATION Flexible Single Insulated Power Cables suitable for all marine applications.4 3. ABS.210 0.5 1c 14 14 1c 2.100 0.630 0.795 0.890 0.460 0. APPROX.255 0.8 4.685 0.5 1c 1c 1.735 0.1 2.75 . Includes ripcord on 10mm2 and larger OPERATING TEMP -40°C to +110°C VOLTAGE RATING 600/1000 Volts CORE IDENTIFICATION To customer specification STANDARDS ASTM B3-01 ASTM B33-00 IEC 60228 IEC 60092-350 IEC 60092-353 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 IEEE-45 IEEE-1580 IEEE-1202 APPROVALS USCG.6 0. DNV.630 0.960 0.395 * Based on IEEE 45-2002 Table 25 for cables installed in free air.4 3.140 0.355 0.8 3.1 2. Polyolefinic.355 0.890 0.490 0.210 0.5 1c 1c 2.7 2. APPROX.3 4. single banked.5 2.255 0.5 0.6 0.355 1.75 1c 16 16 1c 1. Cross-linked.9 0.105 0.510 1. skydrol.355 0.75 1c 1c 1c 18 18 1c . WEIGHT WEIGHT APPROX.335 0.3 1. APPROX.1 1.5 2.100 0.3 4.855 0.110 0.130 0.170 0.110 0.4 5.105 0.4 0.230 0.075 1.0 6.395 1.960 1.385 0. acid.275 0.510 1.150 0.580 0. LR.5 0.4 0.1 2.795 0.490 0.630 0.310 0.5 1.120 0.530 0.4 0.5 0.990 0.790 0.790 0. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.630 0.2 3.960 0.5 2. BV NUMBER NUMBER NUMBER OF OF NUMBER OF OF NUMBER NUMBER NUMBER OF OF(c) CONDUCTORS NUMBER OF OF(c) CONDUCTORS CONDUCTORS (c) CONDUCTORS NUMBER OF(c) NUMBER OF(c) CONDUCTORS (c) CONDUCTORS CONDUCTORS (c) CONDUCTORS (c) X X CONDUCTORS (c) CONDUCTORS (c) X X X X X X X X AWG/kcmil AWG/kcmil AWG/kcmil AWG/kcmil AWG/kcmil mm2 1c 18 18 1c . WEIGHT WEIGHT WEIGHT AMPACITY* AMPACITY* AMPACITY* AMPACITY* AT 90ºC 90ºC AT AMPACITY* AT 90ºC 90ºC AT AT 90°C (lbs/1000ft) 8 8 8 8 12 12 12 12 19 19 19 19 29 29 29 29 41 41 41 41 69 69 69 69 103 103 103 103 158 158 158 158 218 218 218 218 312 312 312 312 435 435 435 435 589 589 589 589 723 723 723 723 915 915 915 915 1124 1124 1124 1124 1440 1440 1440 1440 1780 1780 1780 1780 2349 2349 2349 2349 2966 2966 2966 2966 3725 3725 3725 3725 (kg/km) 12 12 12 12 18 18 18 18 28 28 28 28 43 43 43 43 61 61 61 61 103 103 103 103 153 153 153 153 235 235 235 235 324 324 324 324 464 464 464 464 647 647 647 647 876 876 876 876 1076 1076 1076 1076 1362 1362 1362 1362 1673 1673 1673 1673 2143 2143 2143 2143 2649 2649 2649 2649 3495 3495 3495 3495 4413 4413 4413 4413 5543 5543 5543 5543 (Amps) 11 11 11 11 21 21 21 21 34 34 34 34 43 43 43 43 58 58 58 58 76 76 76 76 101 101 101 101 133 133 133 133 162 162 162 162 202 202 202 202 250 250 250 250 306 306 306 306 376 376 376 376 412 412 412 412 464 464 464 464 579 579 579 579 623 623 623 623 785 785 785 785 867 867 867 867 990 990 990 990 .150 0.120 1.120 1.170 0.890 0.795 0.530 0.3 4.110 0.460 0.1 1.355 1.9 0.510 1. WEIGHT WEIGHT WEIGHT APPROX.8 1.075 1.790 0.160 0.310 0.170 0.580 0.210 1.140 0.960 0.275 0.255 0.100 0.210 1.510 MINIMUM MINIMUM MINIMUM MINIMUM BENDING BENDING MINIMUM BENDING BENDING RADIUS BENDING RADIUS RADIUS RADIUS RADIUS (Inches) 0.355 1.420 0.210 1.2 3.230 0.250 1.120 0. 38 Tricab flexible Marine Cables Max 0.150 0.395 1.420 0.735 0.8 1.250 1.1 1. Significantly exceeds IEEE-1580 Table 11 Available in plain or tinned ® Insulation: LSFLEX R-30. sea water.160 0.8 1. @ 45°C ambient.335 0.310 0.075 1.100 0.5 1.160 0. ASTM B33-00 and IEC 60228.5 1c 12 12 1c 4 1c 1c 1c 12 12 1c 4 4 1c 1c 4 1c 10 10 1c 6 6 1c 1c 1c 10 10 1c 6 6 1c 1c 1c 8 8 1c 10 10 1c 1c 1c 8 8 1c 10 10 1c 1c 1c 6 6 1c 16 16 1c 1c 1c 6 6 1c 16 16 1c 1c 1c 4 4 1c 25 25 1c 1c 1c 4 4 1c 25 25 1c 1c 1c 2 2 1c 35 35 1c 1c 1c 2 2 1c 35 35 1c 1c 1c 1 1 1c 50 50 1c 1c 1c 1 1 1c 50 50 1c 1c 1c 2/0 2/0 1c 70 70 1c 1c 1c 2/0 2/0 1c 70 70 1c 1c 1c 3/0 3/0 1c 95 95 1c 1c 1c 3/0 3/0 1c 95 95 1c 1c 1c 236 236 McM McM 1c 120 120 1c 1c 1c 236 236 McM McM 1c 120 120 1c 1c 1c 296 296 McM McM 1c 150 150 1c 1c 1c 296 296 McM McM 1c 150 150 1c 1c 1c 365 365 McM McM 1c 185 185 1c 1c 1c 365 365 McM McM 1c 185 185 1c 1c 1c 437 437 McM McM 1c 240 240 1c 1c 1c 437 437 McM McM 1c 240 240 1c 1c 1c 592 592 McM McM 1c 300 300 1c 1c 1c 592 592 McM McM 1c 300 300 1c 1c 1c 789 789 McM McM 1c 400 400 1c 1c 1c 789 789 McM McM 1c 400 400 1c 1c 1c 986 986 McM McM 1c 500 500 1c 1c 1c 986 986 McM McM 1c 500 500 1c 1c 1c 1243 1243 McM McM 1c 630 630 1c 1c 1c 1243 1243 McM McM 1c 630 630 1c 1c OVERALL DIAMETER (Inches) Min 0.210 0.5 2.8 3.185 0.8 2.5 1.075 1.7 0.735 0. gasoline.310 0.6 0.275 0.110 0.5 2. Flame Retardant.170 0.210 0.4 3.490 0. Low Smoke.395 1.6 0.3 4.230 0.580 0.210 1. APPROX.6 0.990 0.4 5.5 1.385 0.8 4. Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Splash resistant to oil.130 0.8 APPROX.120 0.2 3.735 0.9 0.335 0.7 2.4 0.890 0.185 0.8 3.3 1.685 0.UP series Flexible IEEE Marine Switchboard Wire 0.130 0.7 0. Resists ozone and UV.6 0.420 0.685 0.490 0.855 0.790 0.460 0.580 0.355 0. APPROX.120 1.7 2.460 0.5 1c 1c 1c 14 14 1c 2.685 0.130 0.9 1.8 5.990 0.275 0.150 0.0 6.0 6.355 1.4 6.855 0.1 2.5 1.1 1.3 1.120 0.255 0.140 0.7 0.8 4.105 0.795 0.75 1c 1c .105 0.630 0.3 1.5 0.7 0. WEIGHT WEIGHT APPROX.4 3.185 0.5 1c 1c 1c 16 16 1c 1.630 0.630 0. APPROX.530 0.160 0. Thermoset.250 1.4 5.630 0.6 0.530 0.185 0.855 0.120 1.335 0.2 3.230 0.990 1.8 4.385 0.0 issue 2.6 0.385 0.250 1.7 3. DF Flexible IEEE Marine Braided Variable Frequency Drive Cable series 0.0 1439 .0 1864 .360 1. 245 for Cold Bend (-40C) and Cold Impact (-35C)” Reference also ABS Certification for Part Series TW003. Cross-linked. single banked. VF CATALOG CODE NUMBER OF CONDUCTORS (c) X mm2 GROUND SIZE DIAMETER OVER SHIELD (inches) mm2 VF OVERALL DIAMETER Nom. (inches) MINIMUM BENDING RADIUS (inches) APPROX. Significantly exceeds IEEE-1580 Table 11 Available in plain or tinned OPERATING TEMP -40°C to +110°C VOLTAGE RATING 600/1000 Volts CORE IDENTIFICATION PF = BK . Jackets. skydrol.010 6. Low Smoke.5 0.530 0. ASTM B33-00 and IEC 60228.890 5.760 4.330 8.8 5768 .3742 211 DFA-PFEN/4C120BK 3c 120 3@ 16 1.8583 366 * Based on IEEE 45-2002 Table 25 for cables installed in free air.6 527 - 784 70 DFA-PFEN/4C25BK 3c 25 3@ 4 0.860 1.830 2. Pressure extruded (without fillers) APPROVALS USCG. issue 2.3 2515 .WH .1 1015 .550 9. gasoline.4 4517 .150 1. Flame Retardant. Low Smoke. Thermoset.0 376 - 559 56 DFA-PFEN/4C16BK 3c 16 3@ 2.700 1.630 0. Zero Halogen (TPO/TPPO to IEEE-1580) (SHF-1 to IEC 60092-359) Splash resistant to oil.5 0.6721 311 DFA-PFEN/4C240BK 3c 240 3@ 35 2. Resists ozone and UV.660 4.8 Tricab flexible Marine Cables 39 . Zero Halogen (LSX to IEEE-1580) (HF-90 to IEC 60092-351) Includes ripcord on 10mm2 and larger JACKET COLOR To customer specification STANDARDS ASTM B3-01 ASTM B33-00 Assembly: Three Circuit Conductors and Three Ground Wires cabled with filler as required Bedding Tape: Polypropylene or Polyester IEC 60228 IEC 60092-350 IEC 60092-353 IEC 60332-1 IEC 60332-3-22 Cat A IEC 60754-1&2 IEC 61034-1&2 IEEE-45 IEEE-1580 IEEE-1202 Braid: Tinned Copper Wire Braid (90%) With Aluminum/Polyester Tape (100%) Ripcord: High strength ripcord under jacket ® Jacket: LSFLEX S-50. ABS Transport Canada Marine Safety “Cable constructions.670 10.060 12.2774 169 DFA-PFEN/4C95BK 3c 95 3@ 16 1. acid.2 No.3 761 .1510 109 DFA-PFEN/4C50BK 3c 50 3@ 10 1.5611 278 DFA-PFEN/4C185BK 3c 185 3@ 25 1.010 1. Flame Retardant.4421 241 DFA-PFEN/4C150BK 3c 150 3@ 25 1.750 0.170 7. WEIGHT AMPACITY* AT 90ºC (lbs/kft)-(kg/km) (Amps) DFA-PFEN/4C10BK 3c 10 3@ 1. CONSTRUCTION Conductor: Finely stranded annealed copper to ASTM B3-01.2141 140 DFA-PFEN/4C70BK 3c 70 3@ 10 1.CSA C22.6/1kV 110°C LSZH APPLICATION Flexible Variable Frequency Drive cables suitable for all marine applications where mechanical or EMC protection is required.300 13.050 2.470 1.5 3771 .1132 92 DFA-PFEN/4C35BK 3c 35 3@ 6 0. @ 45°C ambient.0 2971 . and Inner components to UL 1309 .920 11. Polyolefinic.RE + 3GN Grounds ® Insulation: LSFLEX R-30. sea water. 40 Tricab flexible Marine Cables issue 2.Technical Information Below ‘Khalila’ – 120ft Sportyacht by Palmer Johnson. Sturgeon Bay WI.8 . PRODUCT SERIES 2. (BV series) (Shipboard/Offshore Cables only) A = SHF-1 eg. CORE TYPE 8. SEE COLOR CODES BELOW C = SHF-2 4. “2 TWO-2 TWO-2 TWO”. CORE COLOR CONFIGURATION eg. CONDUCTOR 6.PRODUCT CODES BV A-PF X D/ 3 c 1. JACKET TYPE 3. etc Single Pair and Single Triad Wires are not printed. CONDUCTOR C= Power/Control CROSS SECTION AREA (mm2) P= Pair T= Triad 9. JACKET COLOR Q= Quad OR= Orange BK= Black W= Tinned Copper Wire Braid + Bronze Overbraid Armor WH= White YE= Yellow R= Aluminum/Polyester + drain wire GY= Grey E= Aluminum/Polyester + drain wire + Tinned Copper BR= Brown Wire Braid RE= Red X= Not Applicable BL= Blue GN= Green COLOR CODES EA= Green/Yellow (Earth) Power PF PV PJ PA PD 1C BK WH WH WH WH 2C BK-WH RE-BK BR-BL RE-BK BR-BL 3C BK-WH-RE BK-WH-RE BR-BL-EA RE-BK-EA BR-BL-EA 4C BK-WH-RE-GN BK-WH-RE-EA BR-BK-GY-EA RE-WH-BL-EA BR-BL-BK-EA Control CG CA White with Numbers & Words + Green White with Numbers & Words + Earth CB White with Numbers & Words No Earth or Green Instrumentation DE Pairs WH-BK with Numbers & Words “1 ONE-1 ONE”. “2 TWO-2 TWO”. STANDARD US (IEEE 45/1580) US (IEEE 45/1580) EUROPE (UK) w/Earth AUSTRALIA (Fixed) AUSTRALIA (Flexible) . SHIELD/BRAID/ARMOR 5.Product Coding MARINE CABLE . 5 BK 1 2 3 4 5 6 7 8 9 1. etc 5C BK-WH-RE-OR-GN BK-WH-RE-OR-EA BR-BK-GY-BL-EA RE-WH-BL-BK-EA BR-WH-BL-BK-EA Triads WH-BK-RE with Numbers & Words “1 ONE-1 ONE-1 ONE”. NUMBER OF P= Bare Copper Wire Braid N= Plain Annealed Copper Wire CONDUCTORS/PAIRS/TRIADS T= Tinned Copper Wire Braid D= Tinned Annealed Copper Wire G= Galvanized Steel Wire Braid S= Steel Wire Armor K= Bare Copper Wire Braid + drain wire L= Tinned Copper Wire Braid + drain wire A= Aluminum Braid / Overbraid Armor B= Bronze Braid / Overbraid Armor F= Tinned Copper Wire Braid + Aluminum Overbraid Armor 7. Cable Stripping Recommendation 42 Tricab flexible Marine Cables issue 2.8 . 2 Cut section and slide towards the end of the conductor* (allow 3/16 inch clearance) 3 4 5 Place standard lug at the end of conductor Gently push both lug and section until they meet the jacket. For longer lengths cutting and stripping in 1 inch sections is advised. Cut and remove section. Compress lug using hexagonal die and hydraulic crimper *Stripping at 1 inch maximum lengths is recommended.8 Tricab flexible Marine Cables 43 . issue 2.Lugging Recommendation 1 Cut at required length and remove. 20 24 X 0.30 2123 X 0.3 714 X 0.39 1.3mm copper wires to ensure maximum flexibility and ease of use.020 1.30 80 X 0.50 61 X 2.5 2.164 0.58 133 X 0.8 AWG mm2 20 18 16 14 12 10 8 6 4 2 1 1/0 2/0 3/0 4/0 0.3 5488 X 0.24 0.69 627 X 0.30 1. SIZE (mm2) TRICAB CLASS 2 CLASS 5 CLASS 6 0.CONSTRUCTION CONVERSION TABLE .210 0.43 85.25 50 X 0.098 1.5 4 6 10 16 25 35 50 70 95 120 150 185 240 300 400 500 630 44 MAXIMUM RESISTANCE OF CONDUCTOR AT 20°C BARE COPPER Ohm/Km 36.50 1530 X 0.7 152.2 McM mm2 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 1250 1500 1750 2000 126.20 320 X 0.40 200 X 0.75 1.519 0.4 354.48 1.15 224 X 0.30 1340 X 0.3 147 X 0.4 986.393 0.91 1.41 53.62 42.1 473.40 5020 X 0.0 365.40 128 X 0.97 2.1 98.50 2035 X 0.40 3200 X 0.129 0.3 56 X 0. as detailed must be multiplied by the appropriate correction factor below.8 18.49 67.0 6.20 800 X 0.4 760.554 0.272 0.3 2128 X 0.40 2385 X 0. NORMAL CROSSSECTIONAL AREA (mm2) 0.7 228.565 0.3 14 X 0.3 6944 X 0.40 CONDUCTOR .4 mm2 McM .7 304.15 140 X 0.89 11.4 430.30 999 X 0.96 4.5 0.0 329.3 7 X 0.216 1.89 61 X 3.31 2.3 4144 X 0.20 59 X 3.08 3.132 0.3 3344 X 0.118 1.3 8736 X 0.69 189 X 0.8 1243.795 0.138 1.3 21 X 0.30 7 X 0.09 3.20 1120 X 0.0 405.52 19 X 0.7 1013.70 16 X 0.039 1.823 1.1 789.0495 0.7 380.3 490 X 0.275 Tricab flexible Marine Cables issue 2.50 28 X 0.69 336 X 0.95 1.7 633.DC RESISTANCE To calculate the DC Resistance of copper conductors for a given temperature (°C).4 278.7 31.3 69.000 1.177 1.3 35 X 0.3 .7 24.5 0.40 280 X 0.386 0.157 1.93 7.40 1470 X 0.0641 0.6 49.75 1 1.15 56 X 0.5 2.30 21.0384 0.50 765 X 0.0287 TINNED COPPER Ohm/Km 36.75 1 1.40 400 X 0.255 1.CROSS-SECTIONAL AREA Tricab uses very fine 0.56 5.15 33.0 24.67 592 X 0.15 42 X 0.20 512 X 0.0 886.079 1.236 1.780 0.5 236.206 0.64 49 X 0.37 7 X 0.0801 0.0486 0.161 0.40 356 X 0.0 1.37 13.3 1672 X 0.65 84 X 0.2 12.0817 0.3 84 X 0.3 980 X 0.50 1768 X 0.50 1125 X 0.1 12.Conductor Data CONDUCTOR . The following table from IEC 60228 provides a comparative analysis.15 84 X 0.0292 AMBIENT TEMPERATURE (°C) CORRECTION FACTOR 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 1.5 18.51 49 X 0.50 3200 X 0.01 107.0 253. the resistance at 20°C.7 592.50 614 X 0.30 84 X 0.2 7.4 506.69 494 X 0.0 10 16 25 35 50 70 95 120 150 185 240 300 400 500 630 1.277 0.30 1699 X 0.3 224 X 0.43 7 X 0.41 4.0 177.7 138.3 1344 X 0.26 8.70 61 X 2.25 56 X 0.20 32 X 0.50 485 X 0.8 19.106 0.7 456.15 192 X 0.3 11 X 0.059 1.62 133 X 0.0391 0.196 1.31 5.40 4010 X 0.41 19 X 0.3 2584 X 0.5 4 6 10 16 25 35 50 70 95 120 150 185 240 300 400 500 630 7 X 0.0654 0.52 19 X 0.1 187.20 705 X 0.8 296.3 350 X 0.1 7.5 2.3 202.21 0.40 1905 X 0.5 4.50 994 X 0.69 259 X 0.108 0.20 30 X 0.0 481.95 3. then suitable shields. SECURING OF CABLES Cables should be effectively supported and secured using flame retardant clips. Where cables are installed below cable trays. MINIMUM BENDING RADIUS CABLE CONSTRUCTION OVERALL DIAMETER OF CABLE (TIMES OVERALL DIAMETER OF CABLE) Non-Braided all sizes 4X Braided all sizes 6X Non-Braided. as far as is practicable. Cables should be installed away from heat sources as far as practicable.82 0.15 1. the fixing distance for securing the cable should be in accordance with the table below.Installation Recommendation CORRECTION FACTORS FOR CABLE CURRENT RATING Bunching of cable Where more than six cables are bunched together and operating at their maximum capacity.19 1. Cables should be installed away from sources of mechanical damage.31 1. Fire resistant all sizes all sizes 8X 1 0X OVERALL DIAMETER OF CABLE EXCEEDING NOT EXCEEDING inches inches - 1 1 1 /3 /2 1 3 3 /4 3 1 /16 /3 /2 NON-ARMORED CABLES ARMORED CABLES inches inches 8 10 10 12 /4 1 3/16 12 14 14 16 - 16 18 * All information above is intended as a guide only issue 2.07 0. the correction factors shown below should be applied. Single core cables are exempted from this requirement Ambient temperature The maximum current ratings in this catalog are based on an ambient temperature of 45°C.14 1. a loop of cable sufficient to accommodate the expansion of the joint should be provided.85 should be applied (assuming insufficient free air circulation). If this cannot be avoided and there is possibility of damage to the cable.94 0. Fire resistant Braided. Cable runs should be fixed in straight lines as far as practicable. INSTALLATION The distance between fixing points should be selected according to cable type and probability of vibration. or straps. saddles. ladder.05 1 0. insulation or other protective measures should be installed. The internal radius of the loop is to be at least 12 times the overall diameter of the cable. Maximum conductor temperature Ambient air temperature °C 30°C 40°C 45°C 50°C 60°C 70°C 90 1. For other ambient temperatures. but should not exceed 18 inches. Where this is not feasible. The minimum bending radius for cable should be selected in accordance with the table below.74 110* 1. a correction factor of 0. If this cannot be avoided the cables should be protected with suitable metallic casing. Special care should be taken to avoid any damage caused by excessive tensioning during installation. or supports.93 0.8 Tricab flexible Marine Cables 45 .84 * Shorepower cable only The installation of cables across expansion joints in any structure should be avoided. Cables are not to be coated or painted with materials which may adversely affect their jacket or fire performance. .8 ! " "! # # # " " " ! " " "" " " ! " ! " " "" " " " " " " " "! " ! " ! ! " " " " " !! " "" " " " ! " ! ! ! " " " ! " " "" " "" " ! " "" " ! !" !" ! " !" ! "" ! ! "" " " " " " ! ! " " " " " " " " ! " ! " ! " ! 46 ) ) 6 ! # " ! ! ! * ) # # # ! ! ! # # # ! ! # # # ! # # # . ) ) $/) &) 0) 1 &) .- ' 1 02 3 ! " + # " " ! ! " "" " "" ! "" ! $ $ "$ $ ! !" ! " !" !! " !" ! ! " ! ! ! " "! ! ! " " " " " " " " ! " ! " " " " " ! ! ! " ! ! ! " " ! ! ! ! "" " " " ! ! " ! """ " "!" " ! " ! " ! ! " " "" " "!" " " " " ! ! " ! " ! !" ! !! ! ! ! " ! !" !! ! ! ! ! " ! Tricab flexible Marine Cables " " # # # issue 2. - 45$ * .Current-Carrying Capacity IEEE 45 TABLE 25 %&&& # '( . LSE.13 1. the values shown in Table 25 should be multiplied by the following factors: Ambient Temperature 30°C 40°C 50°C 60°C 70°C Type T insulated cables 1. Ampacity adjustment factors for more than three conductors in a cable with no load diversity: Percent of values in Table 25 for Three Conductor Cable as adjusted.. T/N. and LSX should not be used. See IEEE Std 835-1994.8 Tricab flexible Marine Cables 47 . E. LSX insulated cables 1. LSE.74 Type S and P insulated cables 1.04 0. and LSX insulated cables. 7—The ICEA calculated current capacities of these cables are based on cables installed in free air. at least one cable diameter spacing between adjacent cables.94 0. grounded neutral or grounding conductor). the values from this table may be divided by 0. 4—Table 25 is based on an ambient temperature of 45°C and maximum conductor temperature not exceeding: 75°C for type T insulated cables. values adjusted for 40°C and 50°C ambient have been included in addition to the values at 45°C ambient. E. 3—Current-carrying capacity of four-conductor cables. 5—If ambient temperatures differ from 45°C. Number of Conductors for ambient temperature. For those instances in which cable must be double banked. LSE. the current-carrying capacities in Table 25 should be multiplied by 0.05 0.Current-Carrying Capacity IEEE 45 TABLE 25 The table on the previous page is extracted from IEEE 45 Table 25 except that values for 75°C for type T insulated cables and 100°C for types S and P insulated cables are not included. Type T.91 — — Type T/N.g.85.74 6—The current-carrying capacities in this table are for marine installations with cables arranged in a single bank per hanger and are 85% of the ICEA calculated values [see Note 7]. that is.82 0.15 1. 8—For cables with maintained spacing of at least 1 cable diameter apart. X. 90°C for types T/N. issue 2.85 0. The information below is the the adjustment factors and notes associated with Table 25 from IEEE 45. Instead. 2—For service voltage 1001 V to 5000 V. Double banking of distribution-type cables should be avoided. where one conductor does not act as a normal current-carrying conductor (e. if necessary Conductors Percent 4 through 6 7 through 9 10 through 20 21 through 30 31 through 40 41 through 60 80% 70% 50% 45% 40% 35% NOTES 1—Current ratings are for ac or dc.8.22 1. and 100°C for types S and P insulated cables. is the same as three-conductor cables listed in Table 25. X.95 0.08 0. 34 0.58 0.42 0.24 2.42 0.08 0.Power and Control Cables (REACTANCE.30 3/0 0.10 8.08 0.23 1. 90°C at 50 Hz Bare Copper Impedance.42 2/0 0.08 0.08 0.42 0.09 0.29 0.17 0.13 0.30 0.16 5.09 0.19 0.08 0.4 2.09 0.09 0.24 0.02 8.09 0.10 1000 0.22 0.25 0.39 3.10 0.15 0.09 12 0.5 2.10 0.0 11.8 1.10 0.26 1.30 0.99 2.10 0.09 0.22 0.09 0.11 0.25 1.17 350 0.Electrical Data .09 0.81 0.3 7.09 0.22 0.11 0.19 0.14 0.21 0.19 0.08 0.17 0.08 0.19 0.12 0.08 0.08 0.01 8.22 0.22 0.23 0.13 0.21 0.36 0.27 8. INDUCTANCE .14 0.24 0.58 0.8 (mV/A.40 14 0.24 0.20 300 0.38 3. IMPEDANCE) (calculated values) Bare Copper Reactance at 50 Hz 48 Bare Copper Reactance at 60 Hz Bare Copper Inductance Bare Copper Impedance.81 0.07 Tricab flexible Marine Cables issue 2.10 0.22 10 0.08 0.09 0.12 0.8 1.09 0.09 0.24 4/0 0.11 0.07 0.11 0.08 0.08 0.10 0.10 0.27 0.23 0.88 70 95 120 150 185 240 300 400 500 630 10010 13585 17160 21450 26455 34320 42900 58400 73000 91980 0.08 0.3 0.20 0.38 0.12 0.12 0.75 1.41 13.11 0.m) Multicore Ohm/Km .0 18.20 0.22 5.09 0.12 0.16 0.16 0.10 0.20 0.12 600 0.58 0.11 0.09 Nominal Cross Sectional Area mm2 SHORT CIRCUIT CURRENT (Amps for 1 second) VOLTAGE DROP .14 0.29 13.27 13.08 0.13 0.11 777 0.24 0.28 0. 90°C at 60 Hz AWG Single Core Ohm/Km Multicore Ohm/Km Single Core Ohm/Km Multicore Ohm/Km Single Core mH/Km Multicore mH/Km Single Core Ohm/Km Multicore Ohm/Km 16 0.15 0.24 0.09 0.82 0.5 4 6 10 16 25 35 50 107 215 330 528 858 1430 2288 3575 5005 7150 Single Core Ohm/Km SHORT CIRCUIT CURRENT (Amps for 1 second) VOLTAGE DROP (mV/A.m) Nominal Cross Sectional Area mm2 30.15 0.14 0.08 0.11 0.31 0.10 0.26 4 0.22 0.09 0.38 0.07 0.09 0.58 1 0.14 0.09 0.09 0.19 0.08 0.08 0.07 0.14 444 0.26 5.19 0.12 0.25 3.01 2.12 0.20 0.82 2 0.42 0.47 0.25 1.09 0.64 0.01 6 0.13 0.11 0.29 0.07 0.09 0.07 0.19 0.09 0.13 0.27 13.17 5.11 0.17 0.24 0.09 0.11 0.42 8 0.08 0.09 0.42 3.20 0.08 0.5 4.00 1.29 0.12 0.10 0.23 0. 5 47.21 0. Single (Pair or Triple) CHARACTERISTICS LIMIT UNIT NOMINAL CROSS-SECTIONAL AREA (AWG) 18 16 Conductor Resistance at 20°C Max Ohm/Km 26 13. Multi (Pairs or Triples) CHARACTERISTICS LIMIT UNIT NOMINAL CROSS-SECTIONAL AREA (AWG) 18 16 Conductor Resistance at 20°C Max Ohm/Km 26 13.625 L/R ratio. Max 120 nF/Km for Individual and Collective Screened and Max 85 nF/Km for Collective Screened Working Capacitance. 3 and 4 pair cables.625 L/R ratio.715 0. ( based on loop inductance ) Max uH/Ohm 29. the Maximum value may be up to 15% greater Individual and Collective Screened.Electrical Data .Instrumentation Cables (RESISTANCE. Max 2000 pF/Km All other data as above issue 2.3 *Mutual Capacitance Max nF/Km 85 85 Loop Inductance Max mH/Km 0. at 1 KHz Max dB/Km 1.3 *Mutual Capacitance Max nF/Km 85 85 Loop Inductance Max mH/Km 0.715 0.40 25.74 Loop Resistance at 20°C Max Ohm/Km 49. Max 60 nF/Km for Single Pair and Max 50nF/Km for Multi-Pairs Capacitance Unbalanced.0 Effective Attenuation.27 Characteristic Impedance Max Ohm 115 105 CHARACTERISTICS LIMIT UNIT 18 16 Conductor Resistance at 20°C Max Ohm/Km 26 13.87 Loop Resistance at 20°C Max Ohm/Km 49.2 49. ( based on loop inductance ) Max uH/Ohm 27.27 Characteristic Impedance Max Ohm 115 105 *For 2.27 Characteristic Impedance Max Ohm 115 105 Collective Screened.6 Effective Attenuation. CAPACITANCE.04 0. ATTENUATION & IMPEDANCE) (calculated values) Collective Screened.40 25.66 L/R ratio.0 Effective Attenuation. the Maximum value may be up to 15% greater Notes: For Fire Resistant instrumentation cables the following data can be used: Conductor Resistance as above Mutual Capacitance.74 Loop Resistance at 20°C Max Ohm/Km 49.8 Tricab flexible Marine Cables 49 .04 0. Multi (Pairs or Triples) NOMINAL CROSS-SECTIONAL AREA (AWG) *For 2. INDUCTANCE. at 1 KHz Max dB/Km 1.40 25.76 0.5 47. ( based on loop inductance ) Max uH/Ohm 27.3 Mutual Capacitance Max nF/Km 115 115 Loop Inductance Max mH/Km 0. 3 and 4 pair cables. at 1 KHz Max dB/Km 1. 6 °C. % maxb 5 Aging requirements: after air oven test Hot creep test per ICEA T-28-562 with following modifications.2 Smoke index.0 10.Compound Data INSULATION AND JACKET MATERIALS Low-smoke hologen free Thermoplastic JACKET MATERIAL Jacket type designation INSULATION MATERIAL Low-smoke halogen free Ethylene propylene rubber Low-smoke halogen free Cross-linked polyolefin LSE (HF EPR) LSX (HF-90) 0-600/1000 0-600/1000 3050 3050 10. % of unaged. max 5% 5% Pass Pass NEMA WC 70 NEMA WC 70 VW-1 flame testc NEMA test proceedure reference 50 Tricab flexible Marine Cables a For test proceedures refer to NEMA WC 57.1 Percent.8 . % max 0.1 maximum (%) 25 Weatherometer a Pass Stability factor after 14 days.2 10.0 4.5 Halogen content. N/mm2. c For test proceedures refer to UL 1581.2 0. % maxb 25 Toxicity index.5 1. N/mm. max - 4/0 AWG and smaller 30 30 Hot creep set. % Temperature of air oven (°C) - Hot creep elongation. minimum (%) 100 Insulation resistance constant (K) at 15. % maxb c Halogen content. MΩ km.3 Elongation at ruptuer. min d Acid gas equivelant b 6.6 Elongation at rupture. issue 2. Compliance should be determined by testing 14 AWG or smaller insulated conductor.0 max 1-14 days 10. max - Larger than 4/0 AWG 10 10 5 2 Smoke index. min Accelerated water absorption a Aging requirements: after air oven at Temperature (°C) 1 0 0 +/. max 2 Physical requirements: unaged Acid gass equivalent. part 7.1 Duration (hours) 168 Tensile strength. percent. max NEMA test proceedure reference a For test proceedures refer to UL 1581 b For test proceedures refer to MTL-DTL-24643B c For test proceedures refer to NEMA WC 57 d For test proceedures refer to ASTM-D470 NEMA WC 57. min 8.0 1. b For test proceedures refer to MTL-DTL-24643B.2 Tear. min 150 150 Temperature (°C) 121 121 Duration (hours) 168 168 Tensile strength.0 10. 121 °C max.2°C 150°C +/. maxb 45 25 Toxicity index. %. max 50% 50% Hot creep set. min 75 80 Elongation at rupture. Heat distortion. min 75 80 Insulation type designation TPO (SHF-1) Physical requirements Voltage rating (V) Unaged: Tensile strength. % of unaged value. max Increase in capacitance Heat distortion (°C) at 9 0 +/.0 Tensile strength.0 7-14 days 4. maxa 0. retention (%) 60 electrical method in 75°C water Dielectric constant.0 1.2°C Hot creep elongation. maxb 1. Part 7 Hot creep test per ICEA T-28~562 Temperature of air oven 150°C +/. minimum (N/mm2) 9. retention (%) 75 Elongation. IEC 60092-359 Jacketing materials for power.bare copper ASTM B33-00 Construction . STANDARDS TITLE OF TEST ASTM B3-01 Construction . control and Instrumentation cables IEC 60092-375 General instrumentation. mobile and fixed offshore units–power. telecommunication and control cables IEC 60092-353 Single and multicore cables with extruded solid insulation for rated voltages 1kV and 3kV.International Marine Specifications STANDARDS REFERRED TO WITHIN THIS CATALOG.tinned copper IEEE 45 Electrical installations on shipboard IEEE 1580 Marine cable for use on shipboard and fixed or floating platforms IEEE 1202 Flame testing of cables for use in cable tray in industrial and commercial occupances IEC 60092-350 General construction and test requirements IEC 60092-351 Insulating materials for marine.8 Tricab flexible Marine Cables 51 . control and communication cables IEC 60092-376 Marine multicore cables for control circuits IEC 60228 Conductors for insulated cables IEC 60331 Fire resisting characteristics of electric cables IEC 60331-11 Fire resisting characteristics of electric cables IEC 60331-21 Fire resisting characteristics of electric cables IEC 60332-1 Flame retardancy testing on electric cables (test on a single vertical cable) IEC 60332-3 Flame retardancy testing on electric cables (test on bunched wires or cable) IEC 60754 Tests determining the amount of acid gas emitted by combustion IEC 61034 Tests measuring the amount of smoke emitted during combustion issue 2. The cable shall comply with either Option A or Option B requirements: Option A: -The total smoke release shall be 95m2 or less -The peak smoke release rate shall be 0. The cable is heated up in a furnace. The total titrate indicates the total soluble acids.Fire Performance Testing(IEEE 1202 ) (NEMA WC57 Pt7 ) (MIL-DTL-24643B) IEEE 1202 – FLAME TESTING OF CABLES This test is conducted by placing cables together on a vertical ladder tray in a special enclosure and exposing them to the flames of a ribbon burner for 20 minutes. The charring should not exceed: Option A: 8ft (2.5mtrs) NEMA WC57 PT7 – SMOKE INDEX The smoke release test shall meet the requirements for smoke release test per UL Standard 1685.40m2/s or less MIL-DTL-24643B AND NEMA WC57 PT7 – HALOGEN AND ACID GAS EMISSIONS In this test the halogen content is determined by X-ray fluorescence or analyses of the chemical compositions of all ingredients used. the cables are allowed to selfextinguish and wiped clean.8 .44mtrs) Option B: 4ft (1. 52 Tricab flexible Marine Cables issue 2. On the completion of the heating cycle.25m2/s or less Option B: -The total smoke release shall be 150m2 or less -The peak smoke release rate shall be 0. The acid gas emitted by the cable is absorbed by deionized water in 4 flasks. the acid content of the fluids in the absorber flasks is titrated. After the removal of the flame. Inductance: An influence exerted by a charged body or by a magnetic field on adjacent bodies without apparent communication. Also. Derating Factor: A factor used to reduce a current carrying capacity of a wire when used in other environments from that for which the value was established. usually steel wires. Alternating Current: An electric current that continually reverses its direction giving a definite plus and minus wave form at fixed intervals. Impedance: Resistance to flow of an alternating current at a particular frequency. A standard measurement of the size of a conductor. Heat Shock: A test to determine stability of a material by sudden exposure to a high temperature for a short period of time. The copolymer is chemically cross-linked. I IEC: European Standardization agency. Current rating: The maximum continuous electrical flow of current recommended by a given wire in a given situation. A form of polyethylene material whose molecules are more closely linked to produce a greater balance of physical and electrical properties (XLPE-compound) Cross Sectional Area of a Conductor: The sum of cross sectional areas of all the individual wires composing the conductor. CV (Continuous Vulcanization): Simultaneous extrusion and vulcanization of wire coating materials. expressed in decibels (DB). intentional or accidental.(CPE) Chlorosulfonated Polyethylene (CSP): A synthetic rubber jacketing compound manufactured by Du Pont under trade name of Hypalon. Elongation: The fractional increase in length of a material stressed in tension Embossing: A means of marker identification by means of thermal indentation leaving raised lettering on the jacket material of cable. EMC: Electromagnetic Compatibility EPR: Ethylene-propylene copolymer rubber. Corona: A luminous discharge due to ionization of the gas surrounding a conductor around which exists a voltage gradient exceeding a certain critical value Cross-Linking: The establishment of chemical bonds between polymer molecule chains. D Dielectric Constant: That property (K) of an insulating material which is the ratio of the parallel capacitance (C) of a given configuration of electrode with the material as the dielectric. C Cable Filler: The material used in multiple conductor cables to occupy the spaces formed by the assembly of components. E Elastomer: A material that at room temperature returns rapidly to approximately its initial dimensions and shape after substantial deformation by a weak stress and release of the stress. Armored Cable: A cable provided with a wrapping of metal. irradiation or the addition of a suitable chemical agent. It may be accomplished by heat. D. Hz: Abbreviation for Hertz. expressed in ohms. primarily for the purpose of mechanical protection. to the capacitance of the same electrode configuration with a vacuum as the dielectric. between an electric circuit or equipment and the earth or some conducting body serving in place of the earth. ABS: Abbreviation for American Bureau of Shipping. Conductor: A wire or combination of wires not insulated from one another. which is used for making ground connections. measured in ohms. Crosstalk: Interference caused by audio frequencies. often inert. Capacitance (capacity): That property of a system of conductors and dielectrics which permits the storage of electricity when potential difference exists between the conductors. suitable for carrying an electric current. Grounding Conductor: A conductor used to connect equipment or grounded circuit of a wiring system to a grounding electrode or electrodes. It is caused by the capacitive reactance of the cable and decreases exponentially with time. thus forming a core of the desired shape. DNV: Abbreviation for Det Norske Veritas Drain Wire: An un-insulated wire. Used chiefly in specifying cross sectional areas of round conductors.001 inch). Flame Retardance: Ability of a material to prevent the spread of combustion by a low rate of travel so flame will not be conveyed G Gauge: A term used to denote the physical size of the wire. Electricity that flows in one direction only. added to a plastic or elastomer to improve its properties. It is a combination of resistance R and reactance X. Cross-Linked: Setting up the chemical links between the molecule chains. Attenuation: The power drop or signal loss in a circuit. Generally attenuation increases (signal level decreases) with both frequency and cable length. strong oxidizing and very chemically reactive elements Hard-drawn Wire: Solid wire that has been cold drawn to it’s final size. Also. BV: Abbreviation for Bureau Veritas. an ozone resistant synthetic rubber (90 degrees celsius) Hygroscopic: Attracting or absorbing moisture. leakage of optical power from one optical conductor to another. once its flame-initiating heat source is removed. AWG: Abbreviation for American Wire Gauge. E-Rubber: Registered Proprietary Elastomeric Rubber compound F Fault Current: The maximum electrical current that will flow in a short-circuited system prior to the actuation of any current limiting device. IEEE: Abbreviation for Institute of Electrical and Electronics Engineers.8 Tricab flexible Marine Cables 53 . CSA: Abbreviation for Canadian Standards Association. Flame Resistance: The ability of burning material to extinguish its own flame.C: Abbreviation for direct current (d-c). Binder: A helically applied tape used for holding assembled cable components in place. GL: Abbreviation for Germanischer Lloyd Ground: A conducting connection. ASTM: Abbreviation for American Society for Testing and Materials. H Halogen: Group of very toxic. Circular Mil: A unit of area of a circle whose diameter is 1 mil (0. Density: The weight per unit volume of a substance. Often stiff and inflexible. Undesired electrical currents in conductors caused by electromagnetic or electrostatic coupling from other conductors or from external sources. flat tapes. Chlorinated Polyethylene: A synthetic rubber jacketing compound. Filler: Any material used in multi-conductor cables to occupy interstices between insulated conductors or form a core into a desired shape (usually circular).Glossary of Terms A Abrasion Resistance: Ability of material or cable to resist surface wear. Braid: A metallic group of wires interwoven to form a covering. issue 2. Armor: Mechanical protection usually accomplished by a metallic layer of tape. usually colored green. expressed in amperes. Conductor Core: The centre strand or member about which one of more layers of wires or members are laid helically to form a concentric-lay or rope-lay conductor. It is far excess of normal current flow and is limited only by a system’s generating capacity and the cables’ impedance. any substance. International Electrotechnical Commission. Charging current: The current produced when a d-c voltage is first applied to conductors of an unterminated cable. Hypalon: Du Pont’s trade name for their chlorosulfonated polyethylene. usually placed directly beneath and in electrical contact with a grounded shield. braid or galvanized steel wires. or interlocked tapes. B B&S Gauge: Brown and Sharp wire gauge used for copper conductor (same as American Wire Gauge). vulcanization. Tricab flexible Marine Cables XLPE: Cross linked polyethylene. Very often referred to as a jacket. applied outermost to a wire or cable. Nitrile Rubber: A rubbery copolymer of butadiene and acrylonitrile. N Neoprene: A synthetic rubber of thermosetting material with good resistance to oil. mechanically rugged and resists abrasion and cold flow. Resistance: Property of an electric circuit which determines for a given current the rate at which electric energy is converted into heat and has a value. Polyurethane (PUR): Class of polymers known for good abrasion and solvent resistance. usually an extruded plastic or elastomer. Semi-conductor: A solid material characterized by comparatively high resistivities. The insulating material derived from polymerization of ethylene gas. Polyester: A resin generally used as a thin film of tape form. Polychloroprene: Chemical name of neoprene. A resin which cures by chemical reaction. or extended. usually used a a coldcuring moulding compound. LSZH: Abbreviation for Low Smoke Zero Halogen. issue 2. U UL: Abbreviation for Underwriters Laboratories. become less plastic and more resistant to swelling by organic liquids and elastic properties are conferred. Spark test: A test designed to locate pinholes in an insulated wire by application of an electrical potential across the material for a very short period of time while the wire is drawn through an electrode field. which cures either at room temperature or at a slightly elevated temperature. Temperature Rating: The maximum temperature at which an insulating material may be used in continuous operation without loss of its basic properties. KW: Abbreviation for kilowatt=1000watt. 54 Separator: A layer of insulating material which is placed between a conductor and its dielectric. in combination with certain stabilizers. K S KV: Abbreviation for kilovolt=1000volts KVA: Abbreviation for kilovolt ampere=1000volts x amperes. Tefzel: Du Pont trade name for a flurocarbon material typically used a wire wrap insulation. or of any combination of such groups of wires. Strand or internal shielding is a conducting layer over the conductor itself) Specific Gravity: The density (mass per unit volume) of any material. O Ohm: The electrical unit of resistance. usually twisted. A copolymer of urethane is similar in properties to neoprene. widely used for wire and cable insulations and several jackets. greases and chemicals. pigments etc. known as olefins. X Q Quad: A structural unit employed in cables. and flame. consisting of four separately insulated conductors twisted together. T Teflon: Du Pont Company trade name for flurocarbon resins.8 . cross-linking. Sheath: The material. A rubber like compound for jacketing and also for insulating where cables are subject to rough usage. moisture. It is usually fabricated from a metallic braid. Potting: Applying a hydrostatic seal and mechanical reinforcement by mans of a thermosetting liquid. 1 MCM=1000 circular mils=0. Polypropylene (PP): A thermoplastic similar to polyethylene but stiffer and having higher softening point(temperature) excellent electrical properties. vinylacetate. L Laminated Tape: A tape consisting of two or more layers of materials bonded together. low dielectric loss across the frequency spectrum.5067mm2 Mutual Capacitance: Capacitance between two conductors when all other conductors are connected together to shield and ground. Inc. FEP. Loop resistance: The total resistance of two conductors in closed circuit. P Pair: Two insulated wires twisted together in a certain lay-length to built a single circuit of transmission line. Vulcanization: A irreversible process during which a rubber compound through a change in its chemical structure(for example. Polyvinyl Chloride (PVC): This is a group of thermoplastic compounds composed of polymers of polyvinyl chloride or its polymer. USCG: Abbreviation for United States Coast Guard V Voltage Drop: The amount of voltage loss from original input to point of electrical device. or a impervious metal covering usually lead. (External shielding is a conducting layer on the outside of the insulation. The value of resistance through which a potential difference of one volt will maintain a current of one ampere. Triad: Any grouping of three conductors or three assemblages of conductors. foil or wire serving. LR: Abbreviation for Lloyds Register of Shipping. ie. or extended over a greater range of temperature. called also sheath-which protects against the environment and stress. plasticizers. Polyethylene (PE): This material is basically pure hydrocarbon resins with excellent dielectric properties. Mylar: Du Pont trademark for polyester material. Shielding: The practice of confining the electrical field around a conductor to the primary insulation of the cable by putting a conducting layer over and/or under the insulation. W Wall Thickness: The thickness of the applied insulation or jacket/sheath. LSFLEX: Registered Proprietary cross-linked LSZH compounds. or between various components of a multiple-conductor cable. oils.. chemical. Voltage rating: The highest voltage that may be continuously applied to a wire in conformance with standards. solvents. improved. M MCM: Cross section of greater AWG-sizes. Tensile strength: The longitudinal stress required a break a specimen of prescribed dimension divided by the original cross sectional area at the point of rupture. the form compounds such as polyethylene and polypropylene. Tinned Wire: Copper wire that has been coated during manufacture with a layer of tin or solder to prevent corrosion or facilitate soldering. Stranded Conductor: A conductor composed of a group of wires. known as polychloroprene-mostly used as jacketing Nylon: A group of polyamide polymers. generally twisted together and found within a cable. measured round trip from one end. is measured by ohms. PFA and TFE are typical materials. When combined with butylene or styrene polymers. between a cable jacket and the component it covers. fillers. Shield: Any barrier to the passage of interference-causing electromagnetic fields. Polyolefin: A group of thermoplastics based upon the unsaturated hydrocarbons. Thermoset: To cure through chemical reaction by heat to a point of not being re-softened by subsequent heating. Low dielectric constant. used for wire and cable jacketings with good chemical and abrasion resistance. formed by a conductive layer surrounding a cable core.Glossary of Terms J R Jacket: An overall covering of a cable. Twisted Pair: A cable composed of two small insulated conductors twisted together without common covering. . Built by Austal USA.Above U.S. Naval LCS. tricab. Inc. MA 01603 USA Phone: 877-387-4222 (877-3TRICAB) Fax: 877-987-4222 (877-9TRICAB) [email protected] LSZH 110ºC Flexible Marine Cables Tricab. WCAT-01 Rev.com Document Control No. AUG11 .8 2 x www.com x 1/ x issue 2. 15 Coppage Drive Worcester.