Kerite Sales Catalog

Kerite Product CatalogUnderground Distribution Cable and Power Cable. Table of Contents Pages Introduction.................................................................................................................................... 2 Cable Overview.............................................................................................................................. 3 Catalog Number Matrix................................................................................................................ 4 Product Data Underground Residential Distribution Cables (URD) 15kV...........................................................................................................................5-6 25kV...........................................................................................................................7-8 35kV.........................................................................................................................9-10 URD Ampacities.......................................................................................................... 11 Power Cables Medium Voltage 5V – 35kV (Distribution Class) 5kV.............................................................................................................................. 12 15kV............................................................................................................................ 13 25kV............................................................................................................................ 14 35kV............................................................................................................................ 15 Compact Power Cable 15kV, 25kV, 35kV......................................................................................................... 16 5-35kV Cable Ampacities.........................................................................................17-18 High Voltage 46kV – 138kV (Transmission Class) 46kV.......................................................................................................................19-20 69kV.......................................................................................................................21-22 115kV.....................................................................................................................23-24 138kV.....................................................................................................................25-26 Ampacity Calculation Notes..................................................................................................27-28 Terms and Conditions.............................................................................................................29-30 www.kerite.com 1 Introduction The Kerite Company’s reputation for manufacturing the highest quality electrical cables is based on testing in the toughest set of environmental conditions that exist – the real world. While others point to unproven shortterm tests, at Kerite we draw upon a century and a half experience in formulating, compounding, manufacturing and evaluating rubber insulated power cables. The successful track record of our field-proven insulation system establishes a unique benchmark for ongoing research and development activities. Kerite power cables can be furnished with either copper or aluminum conductors, which utilize Permashield® as the conductor stress control layer. Permashield’s non-conducting property allows for 100% electrical production testing during the extrusion process. This assures no voids or breaks, which can result in premature cable failures. Permashield also reduces the level of electrical stress in the primary insulation and limits the available free charge that can damage it, another cause of premature cable failures. Kerite power cables utilize specially formulated discharge resistant ethylene propylene rubber (EPR) insulation. Drawing upon our extensive experience in formulating insulations, Kerite achieves those electrical, mechanical, thermal and chemical properties most relevant to long-term field performance. Millions of feet of Kerite insulated cables have been installed in all types of environments with no known failures due to insulation degradation or weakness. This record is unsurpassed in the cable industry. Unique features and benefits that make Kerite superior to other commercially available cable insulations include corona immunity, long-term over-voltage endurance, long-term moisture resistance and impulse withstand stability. Another unique feature of Kerite power cable is our easily removable insulation shield. Our semi-conducting shield can be removed without the use of heat or special tools. This speeds up installations, while greatly reducing the potential for failures caused by insulation damage during removal, a common problem with other types of cables. The standard shield for power cables consists of a wrapped metallic tape, copper concentric neutral wires or a construction of both tape and wires. High voltage cable shields are designed custom to order to meet fault current carrying requirements. The most commonly used jacket materials are thermoplastics, such as polyethylene (PE) and polyvinyl chloride (PVC). Polyethylene offers increased resistance to moisture and mechanical damage and is good for underground applications. Polyvinyl chloride offers mechanical protection, flame retardancy, oil resistance and low cost. Kerite also has a rigid quality assurance program. We formulate and compound our own insulations, allowing us the opportunity to inspect all aspects of manufacturing for compliance with exacting Kerite standards. In addition, a sample of every batch of Kerite insulation is tested and evaluated before it is extruded. The maximum continuous and emergency operating conductor temperatures for medium voltage power cables (5kV thru 35kV) are 105°C and 140°C, respectively. For high voltage power cables (46kV thru 138kV) these temperatures are 90°C and 130°C. The normal safe short circuit conductor and shield temperatures are 250°C. In addition to our standard power cables Kerite also offers a compact power cable for replacement of Paper-Insulated Lead Covered (PILC) cables rated 15kV, 25kV and 35kV. ISO 9001:2000 registered (Since 1995) 2 www.kerite.com Conductor • Copper – Solid – Stranded – Filled • Aluminum – Solid – Stranded – Filled Insulation System • 100% Level with Single Permashield® (SPS) • 133% Level with Single Permashield® (SPS) Shielding Jacket • Concentric Neutrals – Bare – Round or Flat – Full.com Insulation System • 100% Level with Single Permashield® (SPS) • 133% Level with Single Permashield® (SPS) Shielding Jacket • Copper Tape • Cupro-Nickel Tape • Concentric Neutrals – Round or Flat • Tape and Concentric Neutrals • Polyvinyl Chloride (PVC) • Polyethylene (PE) • Chlorinated Polyethylene (CPE) • Thermoplastic Rubber (TPR) • Low Smoke Zero Halogen (LSZH) • Semi-Conducting Polyethylene (SCPE) • Polypropylene (PP) 3 . One-Third or Custom Design • Polyethylene (PE) • Chlorinated Polyethylene (CPE) • Semi-Conducting Polyethylene (SCPE) • Markings – Marker Stripes – Sequential Footage – Phase Identification – NESC Direct Buried Identifier Power Cable Kerite power cable comes in medium voltages ranging from 5kV thru 35kV for distribution and high voltages ranging from 46kV thru 138kV for power transmission applications.kerite.Underground Residential Distribution Cable Kerite distribution cable comes in voltages ranging from 15kV thru 35kV for use in underground residential distribution applications. Conductor • Copper – Solid – Stranded – Filled – Compact • Aluminum – Solid – Stranded – Filled www. 5 mil Copper Tape Shield and a Polyvinyl Chloride Jacket.Catalog Number Matrix Prefix Suffix No. Not all available options are listed above.com . Consult factory regarding such inquiries. Note: 1. Single Permashield® with 100% Insulation Level Thickness of HVK Insulation. 15kV. 4 www. Caution should be exercised in using the above matrix. of Condrs Conductor Size Conductor Material Voltage A BC D EF 1 = 1/C 3 = 3 /C or 3-1/C (Paralleled Or Triplexed) 06 = 6 AWG 04 = 4 AWG 02 = 2 AWG 01 = 1 AWG 11 = 1/0 AWG 21 = 2/0 AWG 41 = 4/0 AWG 25 = 250 kcmil 35 = 350 kcmil 50 = 500 kcmil 75 = 750 kcmil 90 = 1000 kcmil 92 = 1250 kcmil 95 = 1500 kcmil 97 = 1750 kcmil 99 = 2000 kcmil A = Aluminum C = Copper F = Filled Aluminum G = Filled Copper S = Solid Aluminum T = Solid Copper X = Compact Copper 05 = 5kV 15 = 15kV 25 = 25kV 35 = 35kV 46 = 46kV 69 = 69kV 95 = 115kV 98 = 138kV – Insulation System Metallic Shielding Individual Jacket Assembly Outer Assembly Finish G H I J K 1 = S PS HTK 100% Thermoplastic Semi-Conductor 3 = S PS HTK 133% Thermoplastic Semi-Conductor 5 = DPS A = SPS HVK 100% Thermoplastic Semi-Conductor C = S PS HVK 133% Thermoplastic Semi-Conductor I = SPS Reduced J = S PS HVK 100% Thermoset Semi-Conductor K = SPS HVK 133% Thermoset Semi-Conductor 1 = Full Concentric 2=A  ll Other Concentric 3 = 1/3 Concentric 4 = 5 mil Copper Tape 6 = Cupro-Nickel Tape 9 = All Other E=C  opper Tape and Concentric H = Flat Straps 1 = Black Polyethylene (PE) 2 = Black Polyethylene (PE) & Red Stripes 4 = Polyvinyl Chloride (PVC) 5 = Black Polyvinyl Chloride (PVC) with Red Stripes 7 = Semi-Conducting Polyethylene (SCPE) 8 = Semi-Conducting Polyethylene (SCPE) & Red Stripes E = Polypropylene (PP) F = Thermoplastic Rubber (TPR) H = Low Smoke Zero Halogen (LSZH) J = Chlorinated Polyethylene (CPE) 0 = None 1 = Paralleled 2 = Triplexed 3 = Triplexed with Neutrals 4 = Cabled 5 = Cabled with Neutrals 6 = Paralleled with Neutrals 9 = Self-Supporting Arial Cable 0 = None 1 = Polyethylene (PE) Jacket 2 = Polyvinyl Chloride (PVC) Jacket 8 = Polyethylene (PE) Jacketed Galvanized Steel Armor Wires 9 = All Other Example: Catalog Number 102C15-C4400 = 1/C Single #2 AWG Copper Conductor. This is a matrix of standard parts. 2.kerite. as not all possible combinations are producible. 853 1.266 0.47 1.595 0.685 0.611 0.773 1.#14 0.481 1.#14 0.D.585 Catalog Number Suffix = 11200 175 mil Insulation (100%) Full Neutral 102S15- 2 SOL 10 .894 1.378 1.589 101A15- 1 19 13 .962 Catalog Number Suffix = 31200 220 mil Insulation (133%) 0.081 0.#14 0.773 1.202 0.787 141A15- 4/0 19 20 . Over Jacket (Inches) Cable Weight (lbs/ft) 101S15- 1 SOL 6 .109 0.898 2.777 1.801 1.686 121S15- 2/0 SOL 20 .711 0.085 0.056 0.668 111A15- 1/0 19 16 .017 0.397 0.482 O.840 1.#14 0. Over Jacket (Inches) Cable Weight (lbs/ft) O.958 1.#12 1.721 1.#14 0. Prefix Size (AWG/kcmil) No Of Strands Copper Neutral Wires (No-#AWG) 102S15- 2 SOL 6 .813 1.883 1.654 0.993 0.191 0.768 121A15- 2/0 19 20 .#14 0.518 0.840 1.236 0.777 1.985 0.721 1.191 0.#12 0.798 125A15- 250 37 13 .294 0.#14 1.161 0.791 1.#14 0.kerite.085 0.099 0.518 102A15- 2 7 10 .#14 0.081 0.339 1.109 0.328 1.551 1.389 1.099 0.989 0.D.#14 0.986 1.993 0.161 0.#14 0.801 1.761 1.148 0.D.463 0.527 2.685 0.709 1.464 0.378 0.654 0.121 0.605 111S15- 1/0 SOL 16 .709 0.#14 0.029 0.534 101S15- 1 SOL 13 .746 1.148 0.119 2.761 1.027 2.#14 0.#10 1.598 121A15- 2/0 19 7 .com 5 .537 111A15- 1/0 19 6 .Underground Distribution Cable (URD) 15kV Aluminum Conductor 90°C (UL) Rating • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Concentric Insulation Shield Wires Jacket Conductor Shield Insulation • I nsulation – Discharge Resistant EPR Insulation Conductor • I nsulation Shield – Extruded Free Stripping Semi-Conducting Layer •C  oncentric Wires – One-third or Full Neutral • J acket – Insulating Polyethylene (PE) with 3 Red Stripes.748 1.916 1.692 0.281 1.805 1.894 1.748 1.054 0.#14 0.048 190A15- 1000 61 20 .813 1.017 0.619 2.029 0.989 0.073 Five minute AC Final Test Voltages 175 mil Insulation Level: 35kV 220 mil Insulation Level: 44kV www.439 1.153 1.539 0.522 175A15- 750 61 24 .032 1.617 141A15- 4/0 19 11 .069 0.427 0.050 1.056 0. Semi-Conducting Available Catalog Number Suffix = 13200 175 mil Insulation (100%) One-Third Neutral Catalog Number Suffix = 33200 220 mil Insulation (133%) Catalog No.054 0.709 1.466 102A15- 2 7 6 .916 135A15- 350 37 18 .806 1.532 0.441 0.121 0.#14 0.D.853 1.709 1.681 0.#14 0.#14 0.061 1.480 0.555 121S15- 2/0 SOL 7 .134 150A15- 500 37 16 . Over Insulation (Inches) O.#14 0.411 0.522 0.791 1.746 1.#12 1.498 101A15- 1 19 6 .883 1.449 0.962 0.681 0.514 111S15- 1/0 SOL 6 .986 1.189 1.069 0. Over Insulation (Inches) O.#14 0. 751 2.191 0.791 1.#10 0.740 0.061 1.#12 1.109 0.017 0.883 1.700 111C15- 1/0 19 9 .#12 0.#14 0.749 101C15- 1 19 20 .37 1.917 1.#14 0.989 0.549 O.681 0.#14 0.773 1.957 0.032 121C15- 2/0 19 20 .873 3.709 1.989 0.871 0.336 125C15- 250 37 21 .056 0.09 0.266 1.com .515 2.#14 0.225 1.798 0. Over Jacket (Inches) Cable Weight (lbs/ft) 135C15- 350 37 18 .189 1.628 0.423 1.081 0.#14 0.050 1.#12 0.153 1.894 1.709 1.441 1.D. Over Insulation (Inches) O.549 0. Over Jacket (Inches) Cable Weight (lbs/ft) O.593 2.#14 0.109 0.840 1.748 1.222 141C15- 4/0 19 20 .986 1. Semi-Conducting Available Catalog Number Suffix = A3200 175 mil Insulation (100%) One-Third Neutral Catalog Number Suffix = C3200 220 mil Insulation (133%) Catalog No.099 0.682 0.768 Five minute AC Final Test Voltages 175 mil Insulation Level: 35kV 220 mil Insulation Level: 44kV 6 www.801 1.#9 1.791 1.748 1.681 0.278 1. Over Insulation (Inches) O.801 1.Underground Distribution Cable (URD) 15kV Copper Conductor 90°C (UL) Rating • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Concentric Insulation Shield Wires Jacket Conductor Shield Insulation • I nsulation – Discharge Resistant EPR Insulation Conductor • I nsulation Shield – Extruded Free Stripping Semi-Conducting Layer •C  oncentric Wires – One-third or Full Neutral • J acket – Insulating Polyethylene (PE) with 3 Red Stripes.378 1.773 1.680 0.251 0.#10 1.822 175C15- 750 61 20 .D.894 1.294 1.D.017 150C15- 500 37 17 .148 0.965 3.618 101C15- 1 19 7 .145 0.840 1.986 1.864 1.47 1.202 1.133 1.281 1.640 1.182 1.#14 0.883 1.D.992 Catalog Number Suffix = A1200 175 mil Insulation (100%) Full Neutral Catalog Number Suffix = C1200 220 mil Insulation (133%) 102C15- 2 7 16 .870 111C15- 1/0 19 16 .814 121C15- 2/0 19 11 .378 1.958 1.081 0.017 0.#14 0.947 141C15- 4/0 19 18 . Prefix Size (AWG/kcmil) No Of Strands Copper Neutral Wires (No-#AWG) 102C15- 2 7 6 .kerite. 585 1.391 0.363 1.703 2.011 1.432 1.234 1.#10 1.193 0.011 1. Over Insulation (Inches) O.937 1.845 1.008 1.134 1.421 1.D. Semi-Conducting Available Catalog Number Suffix = 13200 260 mil Insulation (100%) One-Third Neutral Catalog No.319 0.757 1.565 1.kerite.987 1.945 Catalog Number Suffix = 11200 260 mil Insulation (100%) Full Neutral Catalog Number Suffix = 31200 320 mil Insulation (133%) 101S25- 1 SOL 13 .924 1.611 1.#14 0.050 1.675 1.#14 0.#14 0.897 1.#14 0.158 135A25- 350 37 18 .588 1.861 1. Over Jacket (Inches) Cable Weight (lbs/ft) O.761 1.#14 0.491 1.321 Five minute AC Final Test Voltages 260 mil Insulation Level: 52kV 320 mil Insulation Level: 64kV www.524 1.796 111S25- 1/0 SOL 16 .093 1.378 0.885 1.#14 0.205 0.215 1.046 125A25- 250 37 13 .378 0.365 1.023 1.724 1.237 1.D.023 1.#14 1.680 2. Prefix Size (AWG/kcmil) No Of Strands Copper Neutral Wires (No-#AWG) Catalog Number Suffix = 33200 320 mil Insulation (133%) O.937 1.232 0.829 2.793 1.398 0.#12 1.#14 1.391 0.063 1.421 0.558 1.864 111A25- 1/0 19 16 .245 0.733 111A25- 1/0 19 6 .467 150A25- 500 37 16 .#14 0.#14 0.138 2.275 0.705 111S25- 1/0 SOL 6 .420 190A25- 1000 61 20 .245 0.D.178 1.329 2.773 121S25- 2/0 SOL 7 .295 0.169 0.196 1.275 0.#14 0.232 0.#12 1. Over Jacket (Inches) Cable Weight (lbs/ft) 101S25- 1 SOL 6 .193 0.050 1.070 1.462 1.070 1.904 1.169 0.904 121S25- 2/0 SOL 20 .661 0.687 101A25- 1 19 6 .844 141A25- 4/0 19 11 .967 1.633 1.#12 1.696 1.897 1.063 1.819 121A25- 2/0 19 7 .861 1.778 101A25- 1 19 13 .196 1.319 0. Over Insulation (Inches) O.203 2.630 1.989 121A25- 2/0 19 20 .554 2.#14 0.#14 1.#14 0.331 0.967 1.260 1.#14 0.093 1.331 0.295 0.987 1.012 2.205 0.Underground Distribution Cable (URD) 25kV Aluminum Conductor 90°C (UL) Rating • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Concentric Insulation Shield Wires Jacket Conductor Shield Insulation • Insulation – Discharge Resistant EPR Insulation Conductor • Insulation Shield – Extruded Free Stripping Semi-Conducting Layer • Concentric Wires – One-third or Full Neutral • Jacket – Insulating Polyethylene (PE) with 3 Red Stripes.com 7 .885 1.D.014 141A25- 4/0 19 20 .815 175A25- 750 61 24 .570 0.924 1.866 1.676 1.919 1.742 1. 193 0.967 1.412 1.363 1.#14 1.887 1.#12 0.354 Catalog Number Suffix = A1200 260 mil Insulation (100%) Full Neutral Catalog Number Suffix = C1200 320 mil Insulation (133%) 101C15- 1 19 20 . Over Jacket (Inches) Cable Weight (lbs/ft) 125C25- 250 37 21 . Over Jacket (Inches) Cable Weight (lbs/ft) O.365 1.com .kerite.#14 1.599 2.260 1.885 1.866 111C25- 1/0 19 9 .D.023 1.107 175C25- 750 61 20 .421 1.D.924 1.115 1.#12 0.#10 1.168 141C15- 4/0 19 18 .D.439 1.050 1.309 1.#10 1.588 1. Prefix O. Over Insulation (Inches) O.196 1.319 1.#14 0.577 Catalog No.462 1.835 2.930 1.924 1.939 1.524 1.D.967 1.156 1.070 1.791 2.093 1.297 1.491 1.769 1.266 1.378 1.196 1.205 4.885 1.#14 0.#12 1.104 1.#14 0.093 1.#14 0.319 0.009 Five minute AC Final Test Voltages 260 mil Insulation Level: 52kV 320 mil Insulation Level: 64kV 8 www.398 1.050 1. Over Insulation (Inches) O.443 141C25- 4/0 19 20 .275 1.011 1.070 1.237 1.961 3.344 150C25- 500 37 17 .244 121C15- 2/0 19 20 .134 1.#9 1.870 1.639 1.474 1.079 4.784 135C25- 350 37 18 .193 0.68 2. Semi-Conducting Available Catalog Number Suffix = A3200 260 mil Insulation (100%) One-Third Neutral Catalog Number Suffix = C3200 320 mil Insulation (133%) Size (AWG/kcmil) No Of Strands Copper Neutral Wires (No-#AWG) 101C25- 1 19 7 .011 1.232 0.554 2.056 111C15- 1/0 19 16 .Underground Distribution Cable (URD) 25kV Copper Conductor 90°C (UL) Rating • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Concentric Insulation Shield Wires Jacket Conductor Shield Insulation • Insulation – Discharge Resistant EPR Insulation Conductor • Insulation Shield – Extruded Free Stripping Semi-Conducting Layer • Concentric Wires – One-third or Full Neutral • Jacket – Insulating Polyethylene (PE) with 3 Red Stripes.455 1.600 2.026 121C25- 2/0 19 11 . 430 0.092 1.590 1.998 121S35- 2/0 SOL 7 .D.275 1.#14 1. Semi-Conducting Available Catalog Number Suffix = 13200 345 mil Insulation (100%) One-Third Neutral Catalog No.408 1.#14 1.472 1.732 2.#14 1. Over Jacket (Inches) Cable Weight (lbs/ft) Catalog Number Suffix = 33200 420 mil Insulation (133%) O.075 1.032 1.603 1.403 0.#12 1.381 3.541 3.103 111A35- 1/0 19 16 .443 0.415 1.115 1.543 2.633 1.#12 1.563 0.102 1.482 1.815 1.793 150A35- 500 37 16 .001 1.262 1.kerite.115 1.D.972 111A35- 1/0 19 6 .866 1.408 1.248 1.576 1.046 121A35- 2/0 19 7 .161 2.#12 1.075 1.350 2.368 125A35- 250 37 13 .Underground Distribution Cable (URD) 35kV Aluminum Conductor 90°C (UL) Rating • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Concentric Insulation Shield Wires Jacket Conductor Shield Insulation • Insulation – Discharge Resistant EPR Insulation Conductor • Insulation Shield – Extruded Free Stripping Semi-Conducting Layer • Concentric Wires – One-third or Full Neutral • Jacket – Insulating Polyethylene (PE) with 3 Red Stripes.235 1.888 1.999 1.310 Catalog Number Suffix = 11200 345 mil Insulation (100%) Full Neutral Catalog Number Suffix = 31200 420 mil Insulation (133%) 111S35- 1/0 SOL 16 .#14 1.836 1.#14 1.881 2.610 1. Prefix Size (AWG/kcmil) No Of Strands Copper Neutral Wires (No-#AWG) O.473 0.248 1.#10 1.D.163 175A35- 750 61 24 .703 2.058 1.946 1.#14 1.#14 1.644 Five minute AC Final Test Voltages 345 mil Insulation Level: 69kV 420 mil Insulation Level: 84kV www.403 0.305 1.076 141A35- 4/0 19 11 .633 1.575 1. Over Jacket (Inches) Cable Weight (lbs/ft) 111S35- 1/0 SOL 6 .305 1.862 1.145 1.520 1.129 121S35- 2/0 SOL 20 .809 1.563 1.102 1.312 1.761 190A35- 1000 61 20 .041 2.603 1.473 1.443 1.#14 1.366 1.923 1.802 1.D.706 1.#14 1.190 2.430 0.#14 1.145 1.246 141A35- 4/0 19 20 . Over Insulation (Inches) O.493 135A35- 350 37 18 .892 2.235 1.#14 1.262 1.590 0.com 9 .276 1. Over Insulation (Inches) O.792 1.011 2.275 1.216 121A35- 2/0 19 20 .911 1. 633 1.#14 1.kerite.033 2.706 1.305 1.430 1.043 3.D.203 3.#10 1. Semi-Conducting Available Catalog Number Suffix = A3200 345 mil Insulation (100%) One-Third Neutral Copper Neutral Wires (No-#AWG) O.#14 1. Over Insulation (Inches) O.915 125C35- 250 37 21 .481 121C35- 2/0 19 20 .145 1.843 2.624 1.733 1.500 1.575 2.223 1.689 150C35- 500 37 17 .#14 1.#12 1.#12 1.720 Catalog Number Suffix = A1200 345 mil Insulation (100%) Full Neutral Catalog Number Suffix = C1200 420 mil Insulation (133%) 111C35- 1/0 19 16 .415 1.732 2.136 135C35- 350 37 18 .248 1.441 1.802 1.476 175C35- 750 61 20 .472 1.298 1.226 1.081 1.576 1.312 1.464 1.#9 1.141 1.Underground Distribution Cable (URD) 35kV Copper Conductor 90°C (UL) Rating • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Concentric Insulation Shield Wires Jacket Conductor Shield Insulation • Insulation – Discharge Resistant EPR Insulation Conductor • Insulation Shield – Extruded Free Stripping Semi-Conducting Layer • Concentric Wires – One-third or Full Neutral • Jacket – Insulating Polyethylene (PE) with 3 Red Stripes. Over Jacket (Inches) Cable Weight (lbs/ft) Catalog Number Suffix = C3200 420 mil Insulation (133%) O.D.703 2.com .#12 1.473 1.145 1.718 2.760 141C35- 4/0 19 20 .102 1.248 1.878 2.919 1.590 1.257 4. Over Insulation (Inches) O.D.305 1.264 121C35- 2/0 19 11 .#14 1.414 141C35- 4/0 19 18 . Prefix Size (AWG/kcmil) No Of Strands 111C35- 1/0 19 9 .262 1. Over Jacket (Inches) Cable Weight (lbs/ft) Catalog No.408 1.639 1.D.543 2.102 1.866 2.507 1.262 1.#10 1.417 4.892 2.416 1.408 1.350 Five minute AC Final Test Voltages 345 mil Insulation Level: 69kV 420 mil Insulation Level: 84kV 10 www. kerite.Aluminum Conductor URD Ampacities Installation Direct Burial Nonmetallic Conduit 3-1/C Cables Paralleled or Triplexed (1/3 Neutral) 1/C Single Phase (Full Neutral) 3-1/C Cables Paralleled or Triplexed (1/3 Neutral) 1/C Single Phase (Full Neutral) Size (AWG/kcmil) 15kV 25kV 35kV 15kV 25kV 35kV 15kV 25kV 35kV 15kV 25kV 35kV 2 170 - - 135 - - 125 - - 125 - - 1 190 200 - 155 155 - 140 145 - 145 145 - 1/0 215 225 235 175 180 185 160 165 170 165 165 170 2/0 240 250 260 200 200 205 185 190 195 185 190 195 4/0 305 320 330 250 255 260 240 245 255 245 245 250 250 - - - 275 280 285 - - - 270 270 280 350 - - - 330 335 340 - - - 325 320 335 500 - - - 395 400 410 - - - 390 395 405 750 - - - 475 485 500 - - - 485 480 500 1000 - - - 540 550 565 - - - 535 550 565 Copper Conductor URD Ampacities Installation Direct Burial Nonmetallic Conduit 3-1/C Cables Paralleled or Triplexed (1/3 Neutral) 1/C Single Phase (Full Neutral) 3-1/C Cables Paralleled or Triplexed (1/3 Neutral) 1/C Single Phase (Full Neutral) Size (AWG/kcmil) 15kV 25kV 35kV 15kV 25kV 35kV 15kV 25kV 35kV 15kV 25kV 35kV 2 215 - - 175 - - 160 - - 160 - - 1 245 255 - 200 200 - 180 185 - 185 190 - 1/0 275 285 295 225 225 235 205 210 215 210 215 220 2/0 310 320 335 250 255 265 235 240 250 235 245 250 4/0 390 405 420 320 325 335 310 320 325 310 310 320 250 - - - 350 355 365 - - - 340 340 355 350 - - - 410 420 430 - - - 405 405 420 500 - - - 480 490 505 - - - 475 485 500 750 - - - 560 575 595 - - - 570 565 595 Ampacity assumptions: Earth Rho = 90° C-cm/Watt Earth Ambient Temperature = 20° C Direct Burial Maximum Cable Surface Temperature = 45° C Load Factor = 75% Burial Depth = 36" Multi-Point Bonded Shield www.com 11 . 042 1. Over Insulation (inches) Thickness (mils) O.074 1.073 125X05- 250 37 0.499 3.547 * For conductors larger than 1000 kcmil 140 mils of insulation is required.991 *195C05- 1500 91 1. (inches) Cable Weight (lbs/ft) 106C05- 6 7 0.kerite.960 110 2.725 0.912 80 1.621 110 1.632 121C05- 2/0 19 0.776 141C05- 4/0 19 0.D.852 0.210 175X05- 750 61 1.013 190C05- 1000 61 1.214 135X05- 350 37 0.032 80 1.571 60 0.816 80 1.678 0.784 80 1.170 1. Five minute AC Final Test Voltages 115 mil Insulation Level: 23kV 140 mil Insulation Level: 28kV 12 www.857 110 2.846 *197C05- 1750 127 1.691 3.883 *192C05- 1250 91 1.704 *199C05- 2000 127 1.464 60 0.599 60 0.225 80 1.213 6.939 0.638 60 0.com .417 80 1.741 110 2.306 2.785 0.511 60 0.977 4.575 150X05- 500 37 1.Power Cables — Type MV 105 5kV Shielded (SPS) 105°C Rating • Conductor – Copper or Aluminum Jacket • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Insulation Shield Shielding Insulation Conductor Shield Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Extruded Free Stripping Semi-Conducting Layer •S  hielding – 5 mil Copper Tape • Jacket – Polyvinyl Chloride (PVC) Catalog Number Suffix = C4400 115 mil Insulation (133%) Jacket Catalog Number Prefix Size (AWG/kcmil) Number of Strands O.316 7.545 111C05- 1/0 19 0.681 80 0.813 0.372 102C05- 2 7 0.478 101C05- 1 19 0.D.097 5.302 104C05- 4 7 0. D. Over Insulation (inches) Jacket Catalog Number Suffix = C4400 220 mil Insulation (133%) Size (AWG/ (kcmil) 102C15- 2 7 0.856 Thickness (mils) O.388 1. (inches) Cable Weight (lbs/ft) O.674 0. (inches) Cable Weight (lbs/kft) 121C15- 2/0 19 0.021 *199C15- 2000 127 – – – – 2.709 80 0.883 80 1.312 1.827 150X15- 500 37 1.098 0.701 3.766 0.335 80 1.234 80 1.971 141C15- 4/0 19 0.883 4.049 0.894 80 1.761 111C15- 1/0 19 0.255 1.296 1.276 *195C15- 1500 91 – – – – 1.kerite.777 110 2.801 80 1.Power Cables — Type MV 105 15kV Shielded (SPS) 105°C Rating • Conductor – Copper or Aluminum Jacket • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Insulation Shield Shielding Insulation Conductor Shield Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Extruded Free Stripping Semi-Conducting Layer •S  hielding – 5 mil Copper Tape • J acket – Polyvinyl Chloride (PVC) Catalog Number Suffix = A4400 175 mil Insulation (100%) Number of Strands O.508 2.167 1.059 0.879 0.116 110 2.791 80 1.773 80 1.897 110 2.253 6.877 * For conductors larger than 1000 kcmil 220 mils of insulation is required.141 0.603 0.986 80 1.D.469 135X15- 350 37 1.427 80 1.114 80 1.472 7.840 80 1.939 0.714 1.D.018 80 1.022 80 1.195 1.369 7.527 110 1.975 4.184 1.687 101C15- 1 19 0.609 3.133 5.031 0.328 1.185 0.354 *192C15- 1250 91 – – – – 1.926 80 1.D.244 1.416 2.com 13 . Five minute AC Final Test Voltages 175 mil Insulation Level: 35kV 220 mil Insulation Level: 44kV www.619 110 1.304 190C15- 1000 61 1.006 0.286 125X15- 250 37 0.142 80 1. Over Insulation (inches) Jacket Catalog Number Prefix Thickness (mils) O.376 175X15- 750 61 1.013 110 2.681 80 0.147 *197C15- 1750 127 – – – – 2.967 0.152 1.748 80 1. 713 135X25- 350 37 1.550 1.376 1.102 80 1.065 2.D.511 110 1.107 110 2.943 1.861 110 2.985 111C25- 1/0 19 0.355 Five minute AC Final Test Voltages 260 mil Insulation Level: 52kV 320 mil Insulation Level: 64kV 14 www.935 1.324 1.742 192C25- 1250 91 1.784 2.586 197C25- 1750 127 2.453 7.637 110 1.981 110 2. (inches) Cable Weight (lbs/ft) O.402 1.439 1.337 6.326 110 2. (inches) Cable Weight (lbs/ft) 101C25- 1 19 0.223 110 2.829 110 2.993 3.791 175X25- 750 61 1.470 1.598 2.579 7.367 1.217 5.444 110 1.556 8.059 4.343 5.196 80 1.851 3.226 141C25- 4/0 19 1.061 1.472 1.182 0.791 190C25- 1000 61 1.495 1.924 80 1.324 80 1.318 80 1.com .097 110 2.070 80 1.kerite.269 0.185 4.Power Cables — Type MV 105 25kV Shielded (SPS) 105°C Rating • Conductor – Copper or Aluminum Jacket • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Insulation Shield Shielding Insulation Conductor Shield Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Extruded Free Stripping Semi-Conducting Layer •S  hielding – 5 mil Copper Tape • J acket – Polyvinyl Chloride (PVC) Catalog Number Suffix = A4400 260 mil Insulation (100%) Catalog Number Prefix Jacket Size (AWG/ (kcmil) Number of Strands O. Over Insulation (inches) Thickness (mils) Catalog Number Suffix = C4400 320 mil Insulation (133%) Jacket O.551 1.050 80 1.D.344 1.D.502 1.592 2.198 80 1.201 2.682 8.481 199C25- 2000 127 2.228 80 1.506 1.011 80 1.562 125X25- 250 37 1.109 150X25- 500 37 1.693 195C25- 1500 91 1.846 1.987 110 2.D.967 80 1.225 1.703 110 2.885 80 1. Over Insulation (Inches) Thickness (mils) O.104 121C25- 2/0 19 0.093 80 1.319 2.200 110 2.463 6.143 0. 536 1.675 7.280 80 1.600 2.041 110 2.689 110 2.885 1.237 4.176 175X35- 750 61 1.538 140 2.275 110 2.631 7. (inches) Cable Weight (lbs/ft) O.875 1.786 1.205 4.845 2.632 1.656 110 2.397 5.062 Five minute AC Final Test Voltages 345 mil Insulation Level: 69kV 420 mil Insulation Level: 84kV www.kerite.496 110 1.574 150X35- 500 37 1.019 135X35- 350 37 1.045 3.174 192C35- 1250 91 2.881 110 2.509 80 1.039 110 2.440 80 1.802 2.167 1. (inches) Cable Weight (lbs/ft) 80 1.515 6.D.701 2.734 8.D.187 190C35- 1000 61 1.com 15 .849 110 2.554 1.199 110 2.378 110 2.960 9.419 1.376 1.435 140 2. Over Insulation (Inches) Thickness (mils) O.682 1.836 2.162 199C35- 2000 127 2.714 2.377 80 1.D.522 1.408 80 1.536 110 1.479 2.102 121C35- 2/0 19 1.248 Catalog Number Suffix = C4400 420 mil Insulation (133%) Jacket O. Over Insulation (inches) Thickness (mils) 111C35- 1/0 19 1.376 80 1.862 125X35- 250 37 1.650 2.292 1.262 80 1.012 3.Power Cables — Type MV 105 35kV Shielded (SPS) 105°C Rating • Conductor – Copper or Aluminum Jacket • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Insulation Shield Shielding Insulation Conductor Shield Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Extruded Free Stripping Semi-Conducting Layer •S  hielding – 5 mil Copper Tape • J acket – Polyvinyl Chloride (PVC) Catalog Number Suffix = A4400 345 mil Insulation (100%) Jacket Catalog Number Prefix Size (AWG/ (kcmil) Number of Strands O.305 80 1.579 1.159 110 2.395 5.555 6.066 197C35- 1750 127 2.892 2.857 8.152 195C35- 1500 91 2.D.145 141C35- 4/0 19 1.319 110 2.184 1. 493 12.299 www.D.406 175X15- 750 16 .286 2.#14 1.512 4.116 6.304 4.442 1.562 2.940 175X25- 750 16 . Like all Kerite cable.165 9. Lead Pot) • Installation (Heavy Limit Pulls) • Environmental Issues • No Lead and No Oil Used • Labor Savings • Standard Lineperson Skills Required • Materials (No Lead Sleeve Required) • 30% Lighter Cables (Longer.#14 1.#14 1.#14 1.803 3.#14 1.073 2.246 3.087 13. Easier Pulls) • Environmentally Friendly Materials Catalog Number Suffix = IHE00 1/C Voltage and Insulation System Catalog Number Prefix 135X15- 350 15kV 140 mil Insulation 150X15- 500 25kV 210 mil Insulation 35kV 278 mil Insulation 16 Size (kcmil) Flat Straps (No.326 1. flat strap concentric neutrals and a polypropylene jacket.261 190X15- 1000 22 .446 2.997 3. (inches) Cable Weight (lbs/ft) O.133 3. a free-stripping insulation shield.857 5.194 3.Compact Power Cables 15kV.358 190X35- 1000 22 .869 190X25- 1000 22 .745 3. splices and terminations.#14 1. Kerite’s exclusive Permashield® and EPR insulation system extruded to exacting tolerances.700 11 .677 2.510 9.352 3.#14 1.521 2.#14 1. 35kV Shielded (SPS) 105°C Rating For replacement of Paper-Insulated Lead Covered (PILC) cables • Conductor – Compact Copper • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Concentric Insulation Wires Shield Jacket Insulation Conductor Shield Conductor • I nsulation – Reduced Wall Discharge Resistant EPR Insulation • I nsulation Shield – Extruded Free Stripping Semi-Conducting Layer •S  hielding – Flat Strap Copper Concentric Neutrals • J acket – Reduced Wall Polypropylene (PP) Replacing PILC cable with Kerite Compact Power Cable cuts nearly 50% of costs.781 4. During installation.760 10.897 4.915 3.com .366 7.097 135X25- 350 8 . These cables consist of compact copper strand conductors (that provide an 8-10% diameter reduction over full round conductors). Summary of Benefits Over PILC Cable PILC Cables Kerite Compact Power Cables • Lead and Oil Used in Manufacture • Labor Intensive • High Skill Level Required • Materials (Lead Wipe.-AWG) 3-1/C O.469 2.771 6.#14 1.#14 1.571 150X35- 500 11 .166 1.#14 1.#14 1.629 3. our PILC replacement cables also offer excellent reliability and a proven track record.385 3.kerite.107 5.182 150X25- 500 11 . Kerite cable terminates and splices faster than other solid dielectric cables plus providing substantial savings compared to PILC lead wipes. (inches) Cable Weight (lbs/ft) 8 .D.621 3.771 135X35- 350 8 . 25kV.370 175X35- 750 16 .838 12. 6 Load Factor (%) 50 75 100 50 75 100 50 75 100 75 6 4 2 1 1/0 2/0 4/0 250 350 500 750 1000 1500 1750 121 115 108 115 105 158 149 140 149 136 209 196 183 196 178 239 224 209 224 202 273 256 237 255 230 312 292 270 291 261 409 380 350 379 338 451 419 385 418 371 549 507 465 506 447 676 621 566 619 543 849 775 703 773 674 995 905 818 901 782 1230 1110 997 1105 950 1325 1193 1068 1187 1017 96 123 160 181 206 233 300 329 394 477 588 680 821 877 105 136 176 201 228 259 335 368 443 538 667 772 938 1003 92 118 152 172 195 221 284 311 372 448 552 636 766 816 80 103 132 149 168 190 243 265 316 380 464 534 640 681 161 135 211 171 266 218 305 246 349 277 400 312 525 397 574 433 684 515 823 618 1010 757 1162 870 1398 1043 1492 1112 108 137 175 197 223 251 318 347 412 493 604 694 831 885 156 204 257 294 333 376 478 522 621 745 912 1048 1258 1340 122 155 197 223 251 283 359 391 464 556 680 780 934 994 98 124 158 178 201 226 286 312 370 443 541 620 741 789 118 155 206 237 272 314 417 463 570 712 907 1079 1364 1485 149 197 250 288 332 383 509 562 692 863 1082 1279 1609 1747 2000 1409 1265 1131 1258 1075 926 1060 860 716 1572 1171 931 1411 1046 830 1593 1871 See ‘Ampacity Calculation Notes’ (pgs.3) In Air 1 Circuit (Fig.com 17 . www.1) 2 Circuits (Fig.4) 2 Circuits (Fig.1) 2 Circuits (Fig.6 6 4 2 1 1/0 2/0 4/0 250 350 500 750 1000 1500 1750 92 88 121 114 161 152 185 173 224 209 256 239 335 312 370 343 451 416 555 510 704 642 829 753 1040 938 1131 1017 83 108 142 161 195 221 287 315 381 465 582 680 842 910 88 114 152 173 209 238 309 341 413 505 635 745 926 1003 81 105 137 156 188 213 275 302 364 443 553 644 795 858 74 95 124 141 168 190 244 268 321 389 482 560 687 739 81 104 137 155 187 213 275 302 363 441 549 639 787 848 71 91 118 134 161 182 234 255 306 369 456 527 644 692 62 80 102 115 139 157 200 218 260 313 385 443 539 578 128 168 210 240 244 276 354 387 463 561 697 812 1003 1083 104 133 169 191 204 230 293 320 382 460 568 658 807 869 84 107 136 153 173 195 247 270 321 385 474 547 668 718 124 161 202 229 216 243 310 339 404 488 603 699 859 925 95 121 154 173 174 196 249 271 322 387 476 550 671 721 76 97 123 139 144 162 206 224 265 318 390 450 547 587 90 119 159 184 235 271 360 400 494 618 799 955 1223 1344 118 157 197 228 287 331 438 486 599 745 956 1136 1431 1569 2000 1213 1088 972 1072 915 787 903 735 613 1155 924 763 985 766 623 1456 1697 5–35kV — Copper Conductors Underground in Ducts – One Cable Per Duct Conductor Size (AWG/ kcmil) 1 Circuit (Fig.3) In Air 1 Circuit (Fig.5-35kV Cable Ampacities 5–35kV — Aluminum Conductors Underground in Ducts – One Cable Per Duct Conductor Size (AWG/ kcmil) 1 Circuit (Fig.2) Direct Buried 4 Circuits (Fig.27-28).kerite.6 Outdoor Fig.5) Load Factor (%) 50 75 100 50 75 100 50 75 100 50 75 100 50 75 100 Indoor Fig.2) Direct Buried 4 Circuits (Fig.6 Outdoor Fig.4) 2 Circuits (Fig.5) 50 100 50 75 100 Indoor Fig. kerite.10) 2 Circuits (Fig.7) 2 Circuits (Fig.27-28).11) Load Factor (%) In Air 50 75 100 50 75 100 50 75 100 50 75 100 50 75 100 Indoor Fig.com . 18 www.7) 2 Circuits (Fig.5-35kV Cable Ampacities 5–35kV — Aluminum Conductors (Triplexed or Paralleled) Underground in Ducts – Three 1/C Cables Per Duct Conductor Size (AWG/ kcmil) 6 4 2 1 1/0 2/0 4/0 250 350 500 750 1000 1 Circuit (Fig.12 76 99 134 153 174 199 260 286 349 428 539 629 73 95 127 145 165 188 245 270 327 400 501 584 70 90 120 137 156 177 229 252 304 371 463 537 74 96 128 146 166 189 246 271 329 402 504 587 69 89 118 135 153 174 225 247 298 363 452 524 64 83 109 123 140 158 204 224 269 326 404 466 69 89 118 134 153 173 224 246 297 361 449 520 62 80 105 119 134 152 196 214 257 311 384 442 56 71 93 105 118 134 171 187 223 269 330 379 109 142 182 208 239 273 356 390 468 567 704 816 88 112 146 165 187 211 270 295 353 427 528 614 71 90 118 133 150 169 216 236 283 341 421 490 105 135 173 196 222 250 320 350 419 506 624 724 80 102 131 148 167 189 241 263 314 378 465 539 64 81 105 119 134 151 192 210 250 301 370 429 77 101 137 157 181 208 276 307 378 472 608 717 101 133 171 197 226 260 344 381 467 581 743 855 5–35kV — Copper Conductors (Triplexed or Paralleled) Underground in Ducts – Three 1/C Cables Per Duct Conductor Size (AWG/ kcmil) 6 4 2 1 1/0 2/0 4/0 250 350 500 750 1000 1 Circuit (Fig.12 101 131 174 199 227 259 337 372 450 549 680 786 97 125 166 189 215 245 317 350 422 513 633 728 92 119 156 178 202 230 297 326 392 475 584 670 97 126 167 190 216 246 319 352 424 516 696 733 91 117 154 175 199 226 291 320 384 465 571 654 84 108 141 160 181 205 264 289 346 417 510 582 91 117 154 175 198 225 290 319 383 463 568 651 81 105 136 154 174 197 253 277 331 398 485 533 73 93 120 135 153 173 221 241 287 344 418 474 139 182 234 268 306 351 460 504 603 727 892 1023 114 146 189 214 242 273 349 382 455 547 671 767 92 117 152 172 194 219 279 306 364 437 536 612 135 175 224 254 287 324 413 452 539 647 791 903 104 132 170 192 216 244 310 339 404 483 590 672 83 105 136 153 173 195 248 271 322 385 470 535 101 133 179 205 235 270 358 398 488 605 760 893 130 171 219 252 289 332 439 485 594 735 905 1056 See ‘Ampacity Calculation Notes’ (pgs.8) 4 Circuits (Fig.12 Outdoor Fig.9) Direct Buried Three 1/C Cables per Circuit 1 Circuit (Fig.11) Load Factor (%) In Air 50 75 100 50 75 100 50 75 100 50 75 100 50 75 100 Indoor Fig.9) Direct Buried Three 1/C Cables per Circuit 1 Circuit (Fig.10) 2 Circuits (Fig.12 Outdoor Fig.8) 4 Circuits (Fig. 724 190A46- 1000 61 2.944 80 2.620 Catalog Number Prefix Thickness (mils) O.279 175A46- 750 61 1.099 2.437 3.371 80 2.251 80 2.755 80 2.590 80 2.5) 50 50 Load Factor (%) 50 75 100 50 75 100 50 75 100 75 100 75 100 Indoor Fig.6 4/0 321 299 276 299 268 239 266 227 195 363 298 250 336 271 225 320 366 250 353 329 304 329 294 262 292 248 213 397 326 273 367 296 245 355 406 350 430 398 366 398 354 314 352 298 254 474 388 324 438 352 291 436 499 500 529 488 447 488 431 381 428 360 306 573 467 389 529 422 348 544 623 750 669 614 559 614 539 473 535 446 378 712 576 478 654 520 428 700 802 1000 789 721 655 721 629 550 624 518 437 827 667 553 759 601 493 837 957 1250 895 815 737 814 708 618 702 580 488 930 746 617 852 672 550 959 1092 1500 990 899 811 898 778 677 771 635 533 1020 816 674 933 734 600 1072 1218 1750 1073 972 876 971 840 729 831 683 573 1102 879 724 1007 790 645 1167 1318 2000 1151 1041 936 1039 896 776 887 727 609 1176 935 770 839 839 685 1263 1425 See ‘Ampacity Calculation Notes’ (pgs.487 80 2.831 4. Five minute AC Final Test Voltage: 89kV 46kV Aluminum Conductor Ampacities: Underground in Ducts – One Cable Per Duct Conductor Size (AWG/ kcmil) 1 Circuit (Fig.com 19 .548 195A46- 1500 91 2.868 1. (inches) Cable Weight (lbs/ft) Cable shield (15 #12 AWG wires) designed to carry 26kA for 6 cycles or 22kA for 8 cycles or 20kA for 10 cycles.788 135A46- 350 37 1.627 80 1.595 3.D.4) 2 Circuits (Fig.662 125A46- 250 37 1.917 197A46- 1750 127 2.122 192A46- 1250 91 2.093 80 2.288 2.524 80 1.D.2) Direct Buried 4 Circuits (Fig.kerite.934 4.27-28).1) 2 Circuits (Fig.Power Cable 46kV (SPS) 90°C Rating • Conductor – Aluminum Strand Jacket Shielding Insulation Shield Insulation Conductor Shield • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Thermosetting Semi-Conducting Layer •S  hielding – Flat Strap Copper Concentric Neutrals • J acket – Polyethylene (PE) Catalog Number Suffix = JH100 445 mil Insulation Jacket Size (AWG/kcmil) Number of Strands O. www.715 3.6 Outdoor Fig.3) In Air 1 Circuit (Fig. Consult factory for custom shield designs. Over Insulation (inches) 141A46- 4/0 19 1.788 1.460 80 1.971 1.270 199A46- 2000 127 2.994 150A46- 500 37 1. D.D.868 2.5) 50 50 Load Factor (%) 50 75 100 50 75 100 50 75 100 75 100 75 100 Indoor Fig.093 80 2.627 80 1.524 80 1.934 8.971 2.031 197C46- 1750 127 2.288 4. Five minute AC Final Test Voltage: 89kV 46kV Copper Conductor Ampacities: Underground in Ducts – One Cable Per Duct Conductor Size (AWG/ kcmil) 1 Circuit (Fig.27-28).688 150C46- 500 37 1. Consult factory for custom shield designs.kerite.276 135C46- 350 37 1.com . (inches) Cable Weight (lbs/ft) Cable shield (15 #12 AWG wires) designed to carry 26kA for 6 cycles or 22kA for 8 cycles or 20kA for 10 cycles.099 3. 20 www.788 2.715 7.135 195C46- 1500 91 2.944 80 2.069 125C46- 250 37 1.831 7.6 Outdoor Fig.437 5.284 175C46- 750 61 1.3) In Air 1 Circuit (Fig.460 80 1.487 80 2.371 80 2.2) Direct Buried 4 Circuits (Fig.930 199C46- 2000 127 2.Power Cable 46kV Shielded (SPS) 90°C Rating • Conductor – Copper Strand Jacket Shielding Insulation Shield Insulation Conductor Shield • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Thermosetting Semi-Conducting Layer •S  hielding – Flat Strap Copper Concentric Neutrals • J acket – Polyethylene (PE) Catalog Number Suffix = JH100 445 mil Insulation Jacket Size (AWG/kcmil) Number of Strands O.4) 2 Circuits (Fig.180 192C46- 1250 91 2.595 6.1) 2 Circuits (Fig.590 80 2.257 190C46- 1000 61 2. Over Insulation (inches) 141C46- 4/0 19 1.6 4/0 405 376 346 375 333 296 335 284 243 463 381 320 404 322 265 410 474 250 447 414 380 412 365 323 367 310 265 506 416 349 441 351 289 454 525 350 540 498 457 496 438 386 440 370 315 606 495 414 526 417 342 554 635 500 662 609 555 606 532 467 534 447 379 731 595 496 633 499 409 690 791 750 833 761 690 757 660 576 662 550 464 901 730 606 777 610 499 883 1011 1000 975 887 801 882 764 665 766 634 533 1041 839 696 894 700 571 1048 1199 1250 1096 993 895 987 853 739 855 704 591 1160 931 770 993 775 631 1191 1356 1500 1201 1085 975 1078 928 802 930 763 639 1261 1009 833 1077 838 682 1319 1500 1750 1292 1165 1044 1157 993 857 994 813 680 1348 1076 887 1149 892 725 1433 1629 2000 1367 1230 1101 1222 1046 902 1048 856 715 1425 1134 934 1212 939 762 1521 1715 See ‘Ampacity Calculation Notes’ (pgs.251 80 2.809 Catalog Number Prefix Thickness (mils) O.755 80 2. 725 190A69- 1000 61 2.948 110 2.3) Conductor Size (AWG/ kcmil) 50 75 100 50 75 100 50 75 4/0 318 297 275 296 266 236 263 225 In Air 1 Circuit (Fig.Power Cable 69kV Shielded (SPS) 90°C Rating • Conductor – Aluminum Strand Jacket Concentric Insulation Wires Shield Insulation Conductor Shield • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Thermosetting Semi-Conducting Layer •S  hielding – Flat Strap Copper Concentric Neutrals • J acket – Polyethylene (PE) Catalog Number Suffix = JH100 650 mil Insulation Jacket Catalog Number Prefix Size (AWG/kcmil) Number of Strands O. Thirty minute AC Final Test Voltage: 100kV 69kV Aluminum Conductor Ampacities: Underground in Ducts – One Cable Per Duct 1 Circuit (Fig.D.465 2.868 15AC69- 500 37 2.275 5.5) 100 50 75 100 50 75 100 Indoor Fig.391 5.368 110 2.309 192A69- 1250 91 2.2) Direct Buried 4 Circuits (Fig.997 4.27-28).362 2.051 110 2.298 2. Consult factory for custom shield designs.675 140 3.489 125A69- 250 37 1.179 110 2.6 Outdoor Fig.619 135A69- 350 37 2.4) 2 Circuits (Fig.782 3.014 140 3.6 193 365 300 251 338 272 225 315 351 Load Factor (%) 250 351 326 301 326 291 260 289 246 211 399 327 273 369 296 245 349 389 350 426 395 363 394 351 311 347 294 251 477 389 325 440 352 291 429 477 500 523 483 442 481 426 377 421 354 302 577 468 389 530 423 348 533 594 750 660 607 553 605 532 467 525 438 372 715 577 478 655 520 427 685 764 1000 775 710 645 707 619 542 610 508 429 831 668 553 761 601 492 813 901 1250 878 802 727 798 696 608 685 568 479 933 747 616 852 671 549 931 1031 1500 971 883 799 879 764 666 752 621 522 1023 816 673 933 732 598 1039 1151 1750 1055 957 864 953 825 717 811 668 561 1103 878 723 1005 787 642 1138 1260 2000 1131 1024 922 1019 881 764 865 710 595 1176 934 767 1070 836 681 1230 1361 See ‘Ampacity Calculation Notes’ (pgs.027 Cable shield (15 #12 AWG wires) designed to carry 26kA for 6 cycles or 22kA for 8 cycles or 20kA for 10 cycles.kerite.155 4.494 6. (inches) Cable Weight (lbs/ft) 141A69- 4/0 19 1.795 140 3.630 199A69- 2000 127 3.D.204 175A69- 750 61 2.806 195A69- 1500 91 2.229 197A69- 1750 127 2. www.1) 2 Circuits (Fig.593 3.911 140 3.517 140 2. Over Insulation (inches) Thickness (mils) O.com 21 .884 110 2. 298 2.6 Outdoor Fig.675 140 3.155 7.782 5.D.362 3.1) 2 Circuits (Fig.347 192C69- 1250 91 2.198 Cable shield (15 #12 AWG wires) designed to carry 26kA for 6 cycles or 22kA for 8 cycles or 20kA for 10 cycles. Over Insulation (inches) Thickness (mils) O.391 9.179 110 2.517 140 2.238 190C69- 1000 61 2. Consult factory for custom shield designs.014 140 3.948 110 2.5) 100 50 75 100 50 75 100 Indoor Fig.875 125C69- 250 37 1.373 195C69- 1500 91 2.368 110 2.593 4.27-28).884 110 2. (inches) Cable Weight (lbs/ft) 141C69- 4/0 19 1.795 140 3.273 199C69- 2000 127 3.494 10.kerite.190 175C69- 750 61 2.3) Conductor Size (AWG/ kcmil) 50 75 100 50 75 100 50 75 4/0 402 373 344 371 330 293 330 280 In Air 1 Circuit (Fig.D.324 197C69- 1750 127 2.911 140 3.Power Cable 69kV Shielded (SPS) 90°C Rating • Conductor – Copper Strand Concentric Insulation Wires Shield Jacket Insulation Conductor Shield • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Thermosetting Semi-Conducting Layer •S  hielding – Flat Strap Copper Concentric Neutrals • J acket – Polyethylene (PE) Catalog Number Suffix = JH100 650 mil Insulation Jacket Catalog Number Prefix Size (AWG/kcmil) Number of Strands O.897 6.051 110 2.com .4) 2 Circuits (Fig.543 150C69- 500 37 2.465 3.2) Direct Buried 4 Circuits (Fig. 22 www.087 135C69- 350 37 2.6 240 467 383 321 406 323 265 403 448 Load Factor (%) 250 442 410 377 407 362 320 362 306 262 511 418 350 443 351 289 445 496 350 535 494 453 491 434 383 434 365 311 610 497 415 527 417 342 546 608 500 656 603 550 598 526 462 525 440 373 735 597 497 633 499 408 678 756 750 822 752 683 746 651 569 650 540 457 906 731 607 777 609 497 865 965 1000 961 875 792 868 753 656 751 621 524 1045 840 695 893 698 569 1025 1142 1250 1079 980 884 970 839 729 836 689 579 1163 931 769 990 772 628 1164 1296 1500 1176 1066 960 1055 910 789 905 745 625 1264 1009 832 1074 834 678 1277 1414 1750 1265 1143 1027 1131 973 841 967 793 665 1350 1075 885 1144 888 720 1386 1535 2000 1344 1211 1086 1198 1028 887 1021 835 699 1426 1133 931 1206 933 757 1484 1641 See ‘Ampacity Calculation Notes’ (pgs.275 8. Thirty minute AC Final Test Voltage: 100kV 69kV Copper Conductor Ampacities: Underground in Ducts – One Cable Per Duct 1 Circuit (Fig. kerite.959 4.479 140 2.211 140 3.Power Cable 115kV Shielded (SPS) 90°C Rating • Conductor – Aluminum Strand Jacket Concentric Insulation Conductor Wires Shield Insulation Shield • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Thermosetting Semi-Conducting Layer •S  hielding – Flat Strap Copper Concentric Neutrals • J acket – Polyethylene (PE) Catalog Number Suffix = JH100 800 mil Insulation (100%) Jacket Catalog Number Prefix Size (AWG/kcmil) Number of Strands O.691 6.2) Direct Buried 4 Circuits (Fig. (inches) Cable Weight (lbs/ft) 150A95- 500 37 2.095 140 3.1) 2 Circuits (Fig.624 195A95- 1500 91 3.297 5.007 175A95- 750 61 2.148 4.975 140 3.314 140 3.6 Outdoor Fig. www.087 192A95- 1250 91 2.27-28).817 140 3.931 Cable shield (15 #12 AWG wires) designed to carry 26kA for 6 cycles or 22kA for 8 cycles or 20kA for 10 cycles.509 199A95- 2000 127 3.com 23 . Consult factory for custom shield designs.794 6.5) 100 50 75 100 50 75 100 Indoor Fig.D.6 339 290 573 465 387 524 418 344 515 557 499 418 355 709 573 475 647 513 422 659 713 579 483 409 823 662 547 749 592 485 784 849 Conductor Size (AWG/ kcmil) 50 75 100 50 75 100 50 75 500 508 470 431 465 413 366 402 750 639 589 538 582 513 452 1000 751 689 628 681 598 525 Load Factor (%) 1250 850 777 706 767 671 587 648 538 455 922 739 610 838 660 540 896 970 1500 938 856 776 844 735 642 709 587 494 1010 807 665 916 720 588 999 1080 1750 1018 926 838 912 793 691 762 630 530 1089 867 714 986 773 631 1093 1183 2000 1091 990 894 974 845 735 811 668 561 1160 922 757 1049 821 669 1181 1276 See ‘Ampacity Calculation Notes’ (pgs.4) 2 Circuits (Fig.078 197A95- 1750 127 3.575 6.455 5.583 190A95- 1000 61 2.668 140 3.3) In Air 1 Circuit (Fig. Over Insulation (inches) Thickness (mils) O. Sixty minute AC Final Test Voltage: 135kV 115kV Aluminum Conductor Ampacities: Underground in Ducts – One Cable Per Duct 1 Circuit (Fig.D. 4) 2 Circuits (Fig.794 11.817 140 3.575 9.112 192C95- 1250 91 2.6 Outdoor Fig. Sixty minute AC Final Test Voltage: 135kV 115kV Copper Conductor Ampacities: Underground in Ducts – One Cable Per Duct 1 Circuit (Fig.479 140 2.27-28).668 140 3.2) Direct Buried 4 Circuits (Fig.148 6.6 420 357 730 593 493 624 492 403 654 708 616 514 435 899 726 602 764 599 489 832 900 632 708 588 497 1036 833 689 876 686 559 983 1064 Conductor Size (AWG/ kcmil) 50 75 100 50 75 100 50 75 500 636 586 536 577 509 448 500 750 796 730 664 717 628 550 1000 928 847 769 832 724 Load Factor (%) 1250 1040 947 857 928 805 701 786 650 548 1151 923 762 971 757 616 1114 1206 1500 1137 1032 932 1010 874 759 851 702 590 1249 998 823 1050 817 664 1230 1330 1750 1221 1106 996 1081 933 808 906 745 625 1334 1063 875 1118 868 705 1334 1442 2000 1295 1171 1052 1143 984 851 953 782 656 1407 1119 919 1177 912 740 1426 1542 See ‘Ampacity Calculation Notes’ (pgs.979 175C95- 750 61 2.314 140 3.095 140 3.kerite.090 Cable shield (15 #12 AWG wires) designed to carry 26kA for 6 cycles or 22kA for 8 cycles or 20kA for 10 cycles.Power Cable 115kV Shielded (SPS) 90°C Rating • Conductor – Copper Strand Concentric Insulation Conductor Wires Shield Insulation Shield Jacket • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Thermosetting Semi-Conducting Layer •S  hielding – Flat Strap Copper Concentric Neutrals • J acket – Polyethylene (PE) Catalog Number Suffix = JH100 800 mil Insulation (100%) Jacket Catalog Number Prefix Size (AWG/kcmil) Number of Strands O.D.975 140 3. (inches) Cable Weight (lbs/ft) 150C95- 500 37 2.959 4.178 195C95- 1500 91 3.3) In Air 1 Circuit (Fig.691 10.1) 2 Circuits (Fig. 24 www.com . Over Insulation (inches) Thickness (mils) O.159 197C95- 1750 127 3.455 8.083 190C95- 1000 61 2.5) 100 50 75 100 50 75 100 Indoor Fig. Consult factory for custom shield designs.D.139 199C95- 2000 127 3.211 140 3.297 7. 917 140 3.414 140 3.6 331 283 568 463 385 520 415 342 505 541 Conductor Size (AWG/ kcmil) 50 75 100 50 75 100 50 75 500 499 463 425 456 406 360 392 Load Factor (%) 750 628 579 530 570 504 444 484 406 346 704 569 472 641 509 418 646 691 1000 738 678 618 666 586 515 561 468 397 817 658 544 742 587 481 769 823 1250 834 764 695 749 657 575 627 521 441 915 734 606 829 654 535 878 939 1500 920 840 763 823 719 629 684 568 479 1002 801 660 906 713 583 977 1046 1750 997 909 823 890 775 676 735 608 512 1079 861 709 974 765 625 1070 1143 2000 1068 972 878 950 825 719 780 644 542 1149 915 752 1036 812 662 1154 1234 See ‘Ampacity Calculation Notes’ (pgs.Power Cable 138kV Shielded (SPS) 90°C Rating • Conductor – Aluminum Strand Jacket • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Concentric Insulation Conductor Wires Shield Insulation Shield Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Thermosetting Semi-Conducting Layer •S  hielding – Flat Strap Copper Concentric Neutrals • J acket – Polyethylene (PE) Catalog Number Suffix = JH100 850 mil Insulation (100%) Jacket Catalog Number Prefix Size (AWG/kcmil) Number of Strands O.818 199A98- 2000 127 3.894 7.195 140 3.248 4.363 192A98- 1250 91 3.847 190A98- 1000 61 2.6 Outdoor Fig.579 140 3.791 6. www.254 175A98- 750 61 2.768 140 3.kerite. (inches) Cable Weight (lbs/ft) Cable shield (15 #12 AWG wires) designed to carry 26kA for 6 cycles or 22kA for 8 cycles or 20kA for 10 cycles.914 195A98- 1500 91 3.3) In Air 1 Circuit (Fig.5) 100 50 75 100 50 75 100 Indoor Fig.com 25 .075 140 3.2) Direct Buried 4 Circuits (Fig.27-28).D.4) 2 Circuits (Fig.1) 2 Circuits (Fig.D. Over Insulation (inches) 150A98- 500 37 2.059 4. Sixty minute AC Final Test Voltage: 140kV 138kV Aluminum Conductor Ampacities: Underground in Ducts – One Cable Per Duct 1 Circuit (Fig.555 5.311 140 3.378 197A98- 1750 127 3.250 Thickness (mils) O. Consult factory for custom shield designs.675 6.397 5. 1) 2 Circuits (Fig.248 6.455 197C98- 1750 127 3.6 Outdoor Fig. Consult factory for custom shield designs.221 175C98- 750 61 2.397 7.5) 100 50 75 100 50 75 100 Indoor Fig.195 140 3.kerite.27-28).4) 2 Circuits (Fig.894 11.D.384 192C98- 1250 91 3.D.405 Thickness (mils) O.675 9.791 10.com .579 140 3.414 140 3.463 195C98- 1500 91 3. Over Insulation (inches) 150C98- 500 37 2.3) Conductor Size (AWG/ kcmil) 50 75 100 50 75 100 50 75 500 626 578 529 566 499 440 487 409 In Air 1 Circuit (Fig.2) Direct Buried 4 Circuits (Fig. 26 www.6 348 723 590 491 617 488 399 643 688 Load Factor (%) 750 782 718 654 702 615 540 597 499 423 892 722 599 755 593 485 817 874 1000 911 833 757 813 709 620 685 570 482 1028 828 685 866 678 553 964 1033 1250 1020 930 843 906 788 686 759 629 530 1142 916 757 958 748 609 1092 1169 1500 1115 1013 916 985 854 742 820 677 570 1239 991 817 1036 807 656 1205 1290 1750 1196 1085 979 1053 910 790 871 718 603 1322 1055 868 1102 857 696 1305 1396 2000 1268 1148 1033 1113 959 831 916 753 631 1394 1110 913 1159 900 730 1395 1493 See ‘Ampacity Calculation Notes’ (pgs.768 140 3. Sixty minute AC Final Test Voltage: 140kV 138kV Copper Conductor Ampacities: Underground in Ducts – One Cable Per Duct 1 Circuit (Fig.342 190C98- 1000 61 2.075 140 3.444 199C98- 2000 127 3.Power Cable 138kV Shielded (SPS) 90°C Rating • Conductor – Copper Strand Concentric Insulation Conductor Wires Shield Insulation Shield Jacket • Conductor Shield – Non-Conducting Permashield® Stress Control Layer Conductor • I nsulation – Discharge Resistant EPR Insulation • I nsulation Shield – Thermosetting Semi-Conducting Layer •S  hielding – Flat Strap Copper Concentric Neutrals • J acket – Polyethylene (PE) Catalog Number Suffix = JH100 850 mil Insulation (100%) Jacket Catalog Number Prefix Size (AWG/kcmil) Number of Strands O. (inches) Cable Weight (lbs/ft) Cable shield (15 #12 AWG wires) designed to carry 26kA for 6 cycles or 22kA for 8 cycles or 20kA for 10 cycles.917 140 3.311 140 3.555 8.059 5. 4 Fig. 8 30" Fig. 12 Messenger 24" www. 10 36" Fig. 3 30" 30" 6" 6" 6" 8" 8" 8" 8" 8" 8" Three Single Conductor Cables (Direct Burial) Single Conductor Installations in Air Messenger Fig.com 27 . 2 30" Fig. 6 Fig. 9 30" 30" 6" 6" 6" 8" 8" 8" Three Single Conductor Cables Paralleled/Triplexed (Direct Burial) Fig.kerite. 11 36" Three Conductor Installations in Air Fig. 7 Fig.Ampacity Calculation Notes One Single Conductor Cable per Conduit (in Ducts) Fig. 5 36" 8" 36" 24" 8" 8" Three Single Conductor Cables Paralleled/Triplexed per Conduit (in Ducts) Fig. 1 Fig. Separated by 1/4 to 1 Cable Diameters No.80 0.70 6 0.68 0.68 4 0.71 0.76 0.920 4" 0.890 2" 0.Assumptions Made for Ampacity Calculations Indoors Ambient Temp (°C) Outdoors Ambient Temp (°C) Earth Ambient Temp (°C) 40 35 20 Rho Values (°C-cm/watt) 90 (Earth) 60 (Concrete) 600 (Duct) Metallic Shield Grounding Single-Point Conductor Temp (°C) 105 (MV) 90 (HV) Duct Diameter (inches) Maximum Surface Temp (°C) 5 45 (Direct Burial) Surface Emissivity Surface Absorptivity Atmospheric Pressure (atm) Air Speed (ft/sec) 0.66 0.70 0. 28 www.980 8" 0. Separated by 1/4 to 1 Conduit Diameters No. of Conduits Horizontally 1 2 3 4 5 6 1 1. PE Jacket Derating Factors for Cables in Air.84 0.76 0.85 0. of Cables Vertically 1 2 3 4 5 6 2 0.79 3 0.75 0.75 0.69 0.74 0.62 0.63 0.82 0.72 0.990 10" 1.72 5 0.840 1" 0.73 0.72 0.87 0.86 2 0.72 0.75 0.80 0. 100% Insulation Level.81 0.kerite.69 0.960 6" 0.70 0.67 0. 5 mil Copper Tape Shield. of Cables Horizontally No.33 1 4 MV Cable Design Single Conductor.81 0.78 0.89 0.64 0.91 0.75 0.72 0.94 0.88 0.85 0.70 0.76 0.75 0.65 5 0.77 0.79 0. 15 #12 AWG Copper Concentric Wire Shield.78 0.71 0.69 0.83 0. PVC Jacket HV Cable Design Single Conductor.65 0.com .000 Derating Factors for Cables in Conduits in Air.74 0. One Layer Spaced Cables in a Horizontal Line Separation of Cable Surfaces Derating Factors S Ka 0" 0.74 3 0.80 0.74 4 0.92 0.68 If the conduits or cables are spaced 10" vertically and horizontally.79 0.87 0. 100% Insulation Level. of Conduits Vertically No. no correction need be applied in any case.61 Derating Factors for Cables in Air.70 0.00 0.66 0.63 6 0.64 0. Freight Charges — Freight charges have been computed using the total footage. Method and route of shipment will be at the discretion of the Company unless Purchaser shall specify otherwise. Calculation of charges will be dependent upon the degree of manufacturing completed. Taxes — Federal. state or municipal excise and sales taxes levied upon the Seller or to be collected by the Seller from the Purchaser in connection with the subject of this transaction will be added to our invoice as net items where applicable. Quantities — Prices are based on quality brackets that apply to the respective items and quantities requested. For more detail. Credit will be reduced for necessary repair costs. open top or exclusive use truck). Cables shipped will be within this tolerance and invoiced accordingly.com Lengths — Industry practice and the particular nature of wire and cable manufacture require that manufacturing lengths be in excess of the exact lengths required for any given item. Metals Adjustment — Copper (Comex.00 minimum order quantity. Primary Producers) will be adjusted to the market price on the date of shipment per the American Metals Market and invoiced accordingly. prices will be adjusted accordingly. Any additional expense incurred due to the method or route of shipment specified by Purchaser shall be borne by Purchaser. are charged for extra. Payment Terms — Terms are 30 days net from date of invoice. Availability of raw materials. and other conditions beyond the Company’s control may alter the delivery time. flat bed. acceptance by Seller. Should final shipping instructions require a change in the ship method. CT. and no credit thereafter. www. Delivery — Unless otherwise agreed in writing. or such other point as the Company may designate and shall constitute delivery to the Purchaser. electrolytic cathode) Aluminum (AMM Free Market) and Lead (U. one-half credit for reels returned between 12 months and 18 months. shipment of material shall be made F. manpower. Title and all risk of loss or damage in transit shall pass to the Purchaser at that time. Acceptance of any order is subject to availability of product and the ability of Kerite to deliver. see Returnable Reel Procedure Attachment A. Seymour. power.S.Kerite Terms and Conditions of Sale Order Acceptance — All orders are subject to credit approval. high grade.e. if used. Returns — No returns of products accepted unless previously authorized in writing. Cancellation — Orders canceled may be subject to cancellation charges. Reels must be returned prepaid unless mutually agreed to in writing. Reels — Returnable reels..O. fuel.kerite. unless otherwise specified. cutting length(s) indicated and standard equipment freight rates. and a $500.10%.B. The delivery time indicated is not guaranteed and penalties for delays in delivery or for requests to adjust metals to indicated shipping times will not be accepted. Seller must be advised. Tolerance of +/. (i. If a situation requires that there be no deviation in quantities other than the lengths specified. A service charge of one and one-half percent per month will be applied to all invoices not paid within the stated terms. is required for each cutting length. or should buyer’s purchase order require a substantial change in the size/type/number of reels used. Full credit will be issued for reels returned within 12 months. Validity — The prices shown are valid for a period of 30 days. 29 . or as modified by quotation. Orders or releases for quantities less than those shown will be subject to price adjustment to the appropriate quantity bracket. or with which it may. oral. and shall permit a representative of Kerite a reasonable opportunity to inspect the Product. Corrections — All stenographic and clerical errors are subject to correction. If a Product fails electrically while in service. including without limitation. or replacement of. Kerite will not be responsible for any damage or failure caused by Purchaser or any third party. General — Placement of an order by Purchaser or acceptance of any shipment of goods listed in a Kerite current price list constitutes agreement by Purchaser to these Terms and Conditions of Sales as the only terms and conditions applying to the purchase and sale of the identified goods. be associated. No addition to. Kerite hereby objects to any buyer terms and conditions contained in any purchase order or other document submitted by buyer. Kerite will not be responsible for any defects or repairs to. Kerite’s sole responsibility under this Warranty shall be to repair or replace the defective Product. The user is cautioned that this possibility of identification color change does exist and the user assumes full responsibility for cable identification and associated safety practices and procedures prior to performing any work on the cable. maintained. The foregoing warranty is exclusive and in lieu of all other warranties whether written. and operated in accordance with Kerite’s recommended standards and procedures.kerite. and provided further that the wire and cable are installed. This contract shall be construed under and governed by the Laws of the State of Connecticut as if entered into and fully performed therein. the choice of which will be Kerite’s option. deletion from.com . Investigation conducted indicates that to our knowledge there is no test that will predict the stability of colors in all types of underground environments. including but not limited to any warranty of merchantability or fitness for a particular purpose. If it is mutually determined by Kerite and Purchaser that the failure is the result of defective material or workmanship. expressed or implied. Soil conditions may vary and may change the identification colors from varying shades to black over a period of time. adjacent or connected equipment to which the Product may supply electrical power or from which it may take electrical power. in any manner. either directly buried or in a duct. resulting from a failure of the Product.Warranty — The Kerite Company (“Kerite”) warrants solely to the Purchaser that any wire or cable of its own manufacture (“Product”) and supplied to the Purchaser will be free from defects in material and workmanship provided the wire and cable are employed under conditions contemplated and covered by the design specifications. Acts of God. Form 101703-18 www. terminated. spliced. or modification of any of these provisions shall be binding upon Kerite unless made in writing and signed by a duly authorized Kerite representative or in accordance with a published Kerite policy applicable to such order and in effect at the time Kerite accepts such order. either direct or indirect. Purchaser shall notify Kerite within (5) days of the discovery of such failure. the new Product will be delivered free of charge to the delivery point called for in the original order. Kerite will not be responsible for any incidental or consequential damages whatsoever. If Kerite chooses to replace the defective Product. 30 Cable Color Identification — Colors being used for cable identification may not remain stable during the entire life expectancy of a cable in underground installations. or in air exposed to direct sunlight. com .kerite. CT 06483 Phone: (203) 888-2591 Toll-Free: 1-800-777-7483 Fax: (203) 888-1987 www.The Kerite Company 49 Day Street Seymour.