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7051 - Supply of Fiber Optic Cable Installation Services, Addendum 1- Additional Specifications (3)Specification DNO-10583 AlumaCore Optical Ground Wire PO Box 3127 Spartanburg, SC 29304 1 800 235 3423 1 864 433 5560 Tel: Fax: Component Details Standards AC-44/58/691 #Component OD Area CENTER Aluminum Pipe 1 inmm11.45 0.4508 mm²56.40 in²0.0874 LAYER 1 - LEFT HAND LAY Aluminum Clad Steel (20.3% IACS) 8 inmm3.05 0.1201 mm²58.45 in²0.0906 Aluminum Alloy 6201 6 inmm3.05 0.1201 mm²43.84 in²0.0679 Designed and Manufactured in accordance with the following: Cable IEEE 1138, IEC 60794-4 Fiber IEC 60793, ITU-T G.65x Series Color Code ANSI/EIA 359-A, 598-A, IEC 60304 Aluminum Pipes ASTM B483 Aluminum Alloy Wires ASTM B398, IEC 60104 Aluminum Clad Steel Wires ASTM B415 144 Singlemode DNO-10583 3/19/2015 Version 24.0 Page 1 - 5 Printed on 3/19/2015 Specification DNO-10583 Mechanical / Electrical Details Optical Details 144 Fiber Loose Tube Core (6 - 24 fiber buffer tubes) Unit Fiber Type Fiber Count SinglemodeBlue 24 SinglemodeOrange 24 SinglemodeGreen 24 SinglemodeBrown 24 SinglemodeSlate 24 SinglemodeWhite 24 144Total Fiber Count Installation and cable preparation procedures are outlined in the AFL documents listed below. Contact AFL to request copies. Installation and Handling Recommendations Recommended Installation Procedures for Composite Optical Ground Wire Installation Instructions for Installing Optical Ground Wire in an AFL Telecommunications Splice Enclosure Fiber Optic Cable Receiving, Handling and Storage. Document ACS-WI-809 9,329 20,566 lbskg 17.55 0.691 inmm 709 2,514 lbs/milekg/kmApproximate Cable Weight 9,991 14,210 1.70E-05 9.44E-06 kpsi 1/°F kg/mm² 1/°C 1-1439 5,674 12,508Maximum Cable Design Tension kg lbs 0.2576 0.4145Ohms/km Ohms/mile 212 (kA)²•sec Short Circuit Duration 1 sec 14.6 kA14.6 kA 212 (kA)²•sec 1-1439 40 °C °F104 158.69 0.2460mm² in² Calculated Breaking Load Approximate Cable Diameter Total Cross-Sectional Area Modulus of Elasticity Coefficient of Linear Expansion Sag10™ Chart Number Calculated DC Resistance (20°C) Short Circuit Rating Short Circuit Ambient Temperature Attenuation Characteristics for Singlemode Fiber 0.40 dB/km 1310 nm 0.30 dB/km 1550 nm Max Individual 1 2 3 4 5 6 7 8 9 10 11 12 Blue Orange Green Brown Slate White Red Black Yellow Violet Rose Aqua Standard Fiber Color Code Designs with more than 12 fibers per tube will use the standard color code and binders for identification of the fibers. Fiber Color DNO-10583 3/19/2015 Version 24.0 Page 2 - 5 Printed on 3/19/2015 Specification DNO-10583 Quick Reference Installation Notes Shipping Reels 1,866 4,113 lbskg 123 49 incm 71 28 incm 27 11 incm 35 14 incm 3.8 1.5 incm 8.0 incm Buffer Tube 3.0 17.55 0.691 inmm * - ** - Approximate Cable Diameter Maximum Stringing Tension (at tensioner)* Minimum Bull Wheel Diameter Stringing Sheave Diameter** Minimum Bending Radius Cable Fiber Static (No load) Dynamic (under tension) Static (No load) Static (No load) The stringing tension is always measured at the tensioner side. In general the maximum stringing tension should be approximately half of the maximum sagging tension and should never exceed 20% RBS of the OPT-GW. The value indicated is for the first and last structures of the pull and is based on 40 times the diameter of the OPT-GW. Smaller diameters can be used at tangent structures. Reference AFL's installation instructions for more details. Reference AFL's "Recommended Installation Procedures for Composite Optical Ground Wire" for detailed installation instructions. FL TR DR (meters)(cm) (in)(feet) OW FL TR DR OW (kgs) (lbs) Reel Type CapacityTareTare 60Wood 9,740152 3691 3691 42107 2,970245 540 66Wood 13,610168 3691 3691 42107 4,150260 573 72Wood 16,790183 3691 3691 42107 5,120300 662 84Wood 16,790213 3486 3589 41104 5,120385 849 60Steel 10,000152 3281 3281 3897 3,050156 344 72Steel 16,170183 3691 40102 42107 4,930264 582 84Steel 21,450213 45114 42107 51130 6,540372 820 Wood: 3-1/4in (7.9cm) Steel: 3in (7.6cm) FL - Flange Diameter; TR - Inside Traverse Width; DR - Drum Diameter; OW - Outside Overall Width Arbor Hole Diameter: Maximum lengths shown are the longest lengths that AFL offers. Longer lengths may be possible. Ordered lengths should include a distribution of lengths, i.e., all reels cannot be ordered at the maximum. A typical reel length distribution is as follows: 6000m – 7000m ~ 15% of reels 4500m – 6000m ~ 55% of reels 2500m – 4500m ~ 25% of reels <2500m ~ 5% of reels Wood reels with flex-wrap covering are standard. Non-returnable steel reels and/or wood lagging are available upon request. Additional reel sizes may be available upon request. Steel reels are recommended for long term storage. Reference AFL's "Fiber Optic Cable Receiving, Handling and Storage" document for additional information. DNO-10583 3/19/2015 Version 24.0 Page 3 - 5 Printed on 3/19/2015 Specification DNO-10583 Electrical Characteristics (°C) (Ohms/mile)(Ohms/km) (Ohms/mile)(Ohms/km)(°F) 0.0224 0.4608 0.1052 feet Ohms/mile MOhms·mile 0.2863 Ohms/km 0.1694 MOhms·km 0.68 cm 0.00365 0.4145 Ohms/mile0.2576 Ohms/km 0.3840 Ohms/mile0.2386 Ohms/km 0.1263 MOhms·mile0.2032 MOhms·km (1/°C) Composite DC Resistance [20°C] Geometric Mean Radius Inductive Reactance [60 Hz frequency] [one foot (0.3048 meter) spacing] [50 Hz frequency] Capacitive Reactance [60 Hz frequency] [one foot (0.3048 meter) spacing] [50 Hz frequency] Composite Coefficient of Thermal Resistance Temperature DC Resistance AC Resistance 20 0.4145 0.42280.2576 0.262768 25 0.4221 0.43050.2623 0.267577 30 0.4296 0.43820.2670 0.272386 35 0.4372 0.44590.2717 0.277195 40 0.4447 0.45360.2764 0.2819104 45 0.4523 0.46130.2810 0.2867113 50 0.4599 0.46910.2857 0.2915122 55 0.4674 0.47680.2904 0.2962131 60 0.4750 0.48450.2951 0.3010140 65 0.4825 0.49220.2998 0.3058149 70 0.4901 0.49990.3045 0.3106158 75 0.4976 0.50760.3092 0.3154167 80 0.5052 0.51530.3139 0.3202176 85 0.5127 0.52300.3186 0.3250185 90 0.5203 0.53070.3233 0.3298194 95 0.5279 0.53840.3280 0.3346203 100 0.5354 0.54610.3327 0.3393212 105 0.5430 0.55380.3374 0.3441221 110 0.5505 0.56150.3421 0.3489230 115 0.5581 0.56920.3468 0.3537239 120 0.5656 0.57700.3515 0.3585248 125 0.5732 0.58470.3562 0.3633257 130 0.5808 0.59240.3609 0.3681266 135 0.5883 0.60010.3656 0.3729275 140 0.5959 0.60780.3703 0.3777284 145 0.6034 0.61550.3750 0.3825293 150 0.6110 0.62320.3796 0.3872302 DNO-10583 3/19/2015 Version 24.0 Page 4 - 5 Printed on 3/19/2015 Specification DNO-10583 PLS-CADD Inputs Name Description Cross section area Outside diameter Temperature at which strand data below obtained 0.2460 0.691 AFL OPGW DNO-10583 AC-44/58/691 Unit weight Ultimate tension 0.476 20,566 72 Use simplified elastic cable model (no creep, no coefficient) Number of independent wires 1 (above should be 1 unless cables are separated by spacers) (in^2) (in) (lbs/ft) (lbs) (deg F) Outer Strands Final Modulus of elasticity Thermal expansion coeff. 134000 0.000970 Core Strands (if different from outer strands) Final Modulus of elasticity Thermal expansion coeff. Polynomial coefficients (all strains in %) Polynomial coefficients (all strains in %) 232.5Stress-strain A0 101213.1 A1 38254.6 A2 -117500 A3 45864 A4 Stress-strain 456.6Creep 93991 -44258.8 74385 -77593 Creep A0 A1 A2 A3 A4 (psi/100) (/100 deg F) (psi/100) (/100 deg F) Thermal Rating Properties Resistance at two different temperatures Resistance 0.4221 Resistance 0.4976 at 77 167at Emissivity coefficient Solar absorption coefficient Core heat capacity 0.5 0.5 Outer strands heat capacity Generate Coefficients from points on stress-strain OK Cancel ** *These two fields do not need to be entered for OPGW - intentionally left blank. (Ohms/mile) (Ohms/mile) (deg F) (deg F) (Watt-s/ft-deg F) (Watt-s/ft-deg F) DNO-10583 3/19/2015 Version 24.0 Page 5 - 5 Printed on 3/19/2015