Superior Essex 09-097-92
Contents
1. 09 100 92 50 24 0 51 0 69 18 290 430 5 000 1 524 1 615 735 46 x 25 x 20 09 104 92 100 24 0 51 0 88 22 500 745 5 000 1 524 2 745 1 245 58 x 25 x 20 09 108 92 200 24 0 51 1 18 30 905 1 345 2 500 762 2 510 1 135 58 x 25 x 20 09 110 92 300 24 0 51 1 41 36 1 300 1 935 2 500 762 3 540 1 605 62 x 30 x 24 09 112 92 400 24 0 51 1 59 40 1 680 2 500 2 500 762 4 815 2 185 72 x 35 x 36 09 116 92 600 24 0 51 1 92 49 2 450 3 645 1 250 381 3 350 1 520 62 x 30 x 24 amp 09 118 92 900 24 0 51 2 29 58 3 555 5 290 1 250 381 5 060 2 295 72 x 35 x 36 z 09 120 92 1 200 24 0 51 2 62 67 4 660 6 935 1 250 381 6 525 2 960 78 x 40 x 39 2 09 121 92 1 500 24 0 51 2 91 74 5 755 8 565 1 000 305 6 455 2 930 78 x 40 x 39 o 09 124 92 1 800 24 0 51 3 17 81 6 855 10 200 1 000 305 7 650 3 470 84 x 40 x 42 5 09 125 92 2 100 24 0 51 3 45 88 8 015 11 930 1 000 305 9 190 4 170 96 x 40 x 48 09 126 92 2 400 24 0 51 3 64 93 9 035 13 445 750 229 7 950 3 605 96 x 40 x 48 Q FREQUENTLY ASKED QUESTIONS Product FAQs for OSP copper cables are available online SuperiorEssex com Comm productFAQs aspx FOR EXTREME RISK ENVIRONMENTS For extreme direct burial or lashed aerial installations this cable is available with the M feature See the Mechanical Protection M for Extreme Risk Environments in the Technical Info section for more information CROWS SUP2. 5 000 1 524 1 340 610 46 x 25 x 20 09 031 92 25 19 0 90 0 81 21 415 620 5 000 1 524 2 320 1 050 58 x 25 x 20 09 034 92 50 19 0 90 1 07 27 740 1 100 5 000 1 524 4 315 1 955 72 x 35 x 36 09 038 92 100 19 0 90 1 41 36 1 345 2 000 5 000 1 524 7 425 3 370 78 x 40 x 39 09 057 92 6 22 0 64 0 42 11 95 140 5 000 1 524 540 245 36x 18 x 14 09 059 92 12 22 0 64 0 50 13 150 225 5 000 1 524 860 390 44 x 18 x 20 09 062 92 25 22 0 64 0 63 16 245 365 5 000 1 524 1 390 630 46 x 25 x 20 09 065 92 50 22 0 64 0 80 20 410 610 5 000 1 524 2 295 1 040 58 x 25 x 20 09 069 92 100 22 0 64 1 05 27 730 1 085 5 000 1 524 4 265 1 935 72x35x36 09 073 92 200 22 0 64 1 42 36 1 345 2 000 2 500 762 3 650 1 655 62 x 30 x 24 09 075 92 300 22 0 64 1 70 43 1 945 2 895 1 250 381 2 720 1 235 62 x 30 x 24 09 077 92 400 22 0 64 1 92 49 215356 775 1 250 381 3 455 1 570 62 x 30 x 24 09 081 92 600 22 0 64 2 32 59 3 710 5 520 1 250 381 5 250 2 380 72 x 35 x 36 09 083 92 900 22 0 64 2 81 71 5 455 8 120 1 250 381 7 615 3 455 84 x 40 x 42 09 085 92 1 200 22 0 64 3 19 81 7 140 10 625 1 250 381 10 100 4 580 96 x 40 x 48 09 092 92 6 24 0 51 0 39 9 9 80 120 5 000 1 524 465 210 36x 18x14 09 094 92 12 24 0 51 0 45 11 110 165 5 000 1 524 615 280 36x 18 x 14 09 097 92 25 24 0 51 0 55 14 180 270 5 000 1 524 1 065 485 46 x 25 x 20
3. 52 2 Number of Pairs 12 or less Over 12 DC Resistance Unbalance Maximum Dielectric Strength Maxi Conduct E tore DC Potential Volts Maximum Average Minimum Insulation Attenuation Resistance 68 F 20 C Conductor Size Resistance 68 F 20 C 772 kHz 68 F 20 C Ohms sheath Individual Conductor Conductor AWG mm gigohm mile gigohm km dB kft dB km mile km Average Pair to Conductor to Shield 19 0 90 1 0 1 6 3 2 10 5 45 0 28 0 w5 5 0 4 500 10 000 22 0 64 1 0 1 6 4 5 14 8 91 0 56 5 1 5 5 0 3 600 10 000 24 0 51 1 0 1 6 5 6 18 4 144 0 89 5 15 50 3 000 10 000 For cables with 12 pair or less the maximum average attenuation may be increased by 10 over the values shown Minimum Near End Crosstalk NEXT 772 kHz PSWUNEXT Mean dB 47 PSWUNEXT Worst Pair dB 42 Minimum Far End Crosstalk FEXT 772 kHz Conductor Size AWG Ag 22 24 PSELFEXT Mean dB kft 51 49 49 PSELFEXT Worst Pair dB kft 45 43 43 SUPERIOR F 1 2 A ESSEX Rev 1 12 Ed 11 0 Toll Free 800 551 8948 Fax 770 657 6807 SuperiorEssex com Comm CASPIC FSF RDUP PE 89 PART NUMBERS AND PHYSICAL CHARACTERISTICS Approx Reel Size Nominal Diameter Approx Weight Standard Length Shipping Weight FxTxD Part Number Pair Count AWG mm in mm Ibs kft kg km ft m Ibs kg in 09 026 92 6 19 0 90 0152 13 155 230 5 000 1 524 885 400 44 x 18 x 20 09 028 92 12 19 0 90 0 62 16 235 350
4. CASPIC RDUP PE 89 FSF i tt Hi HNN SPECIFICATIONS PRODUCT DESCRIPTION CASPIC FSF Cables are designed for direct burial applications CASPIC FSF cables are recommended for use in high risk areas where additional mechanical or rodent protection is required CASPIC FSF may be used aerially but must be attached to a support strand APPLICATIONS Direct burial where additional mechanical protection Conductor Solid Annealed Copper is requried or desired Dual insulation consisting of an inner layer of foamed natural Lashed aerial where additional mechanical protection Insulation polyolefin over which is applied a solid skin layer of is requried or desired Twisted Pairs lt 25 Pair Core gt 25 Pair Core Filling Compound polyolefin colored in accordance wi h industry standards Individual insulated conductors twisted into pairs with varying lay lengths specific color pair identification Pairs are assembled into a cylindrica Cables larger than 25 pair are assem which are then used to assemble are identifiable using color coded 80 C ETPR compound completely fi combinations provide core bled into units he core units binders ling the interstices between the pairs and under the core wrap FEATURES Twisted into pairs with varying lay lengths Core wrap Filled core Dual shield design Fully flooded shield interfaces BENEFITS Minimizes crosstalk Provides thermal
5. ERIOR 13 Rev 1 12 Ed 11 0 Toll Free 800 551 8948 Fax 770 657 6807 SuperiorEssex com Comm ESSEX
6. protection Moisture resistant Rodent resistant Inhibits corrosion and water migration Core Wrap Non hygroscopic dielectric tape applied over the core Black polyethylene jacket Provides a tough protective Corrugated copolymer coated 8 mil aluminum tape covering designed to withstand mesrak applied directly over the core wrap does not butt exposure to direct sunlight or overlap at any point along the length of the cable atmospheric temperature flooded shield interfi EEEE changes and stresses expected Rodent resistant corrugated copolymer coated 6 mil in standard installations Outer Shield steel tape applied directly over the aluminum and overlaps flooded shield interface Jacket Black polyethylene Identifying information includes a telephone handset Jacket Marking cable code pair count AWG date of manufacture and sequential length markings at 2 foot intervals ANSI ICEA S 84 608 2007 RDUP 7 CFR 1755 890 PE 89 RoHS compliant ELECTRICAL SPECIFICATIONS Capacitance Unbalance Capacitance Unbalance Pair to Pair 1 kHz Pair to Ground 1 kHz Maximum Individual Maximum RMS Maximum Individual Maximum Average pF 1kft pF 1km pF 1kft pF 1km pF 1kft pF 1km pF 1 kft pF 1km 80 145 800 2 625 80 145 25 45 800 2 625 175 574 Standards Compliance D o 3 Zz n e an v a e d fz m a Average Mutual Capacitance 1000 Hz nF mile nF km 83 7 52 4 83 4
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