CTF100 ETC2

Document overview

  • Manufacturer or author: RLongbone
  • PDF pages: 2

Technical content

TECHNICAL DATA SHEET CodeEEEEEECTF100 E versionEE1 E dateEE2008-04-09 COAX CTF100 pageEE1/2 E EBeldenEWireE&ECableEB.V.E AllErightsEareEreserved.EReproductionEinEwholeEorEinEpartEisEprohibitedEwithoutEtheEwrittenEconsentEofEtheEcopyrightEownerE APPLICATION CoaxialEcablesEusedEinEcabledEdistributionEnetworksEdesignedEaccordingEtheEEuropeanE StandardEENE50117z2z1EandEEnE50117z2z4EoperatingEatEfrequenciesEbetweenE5EMHzEandE3000E MHz.E E CONSTRUCTION EE1E 2EE 3.1E 3.2E 4E E E 1E InnerEconductorE SolidEsoftEannealedEcopperE 2E DielectricE GasEinjectedELDPEE 3.1E FoilE CopperzpolyesterEfoilE 3.2E BraidE AnnealedEcopperE 4E SheathE PVCEaccordingEtheEEuropeanEStandardEHDE624 .E E E REQUIREMENTS AND TEST METHODS Test methods in accordance with European standard EN 50117-1. E Mechanical characteristics 1.EInnerEconductor.E E Diameter:E 0.96EmmE ±E0.02EmmE 2.EDielectric:E E Diameter:E 4.7EmmE ±E0.15EmmEE E Adhesion:E 7.5E–E75ENEatE25EmmE 3.EOuterEconductor:E E DiameterEscreen:E 5.35EmmE ±E0.15EmmE E CoverageEbraid:E 55E%E ±E5E%E 4.ESheath:E E E Diameter:E 6.65EmmE ±E0.2EmmE E TensileEstrength:E ≥E12.5EN/mm E ElongationEatEbreak:E ≥E150E%E 5.ECable:E E Storage/operationEtemperature:E z40 °CEtoE+70 °CE E MinimumEinstallationEtemperature:E z5E °CE E MinimumEstaticEbendEradius:E 35EmmE E

TECHNICAL DATA SHEET CodeEEEEEECTF100 E versionEE1 E dateEE2008-04-09 COAX CTF100 pageEE2/2 E EBeldenEWireE&ECableEB.V.E AllErightsEareEreserved.EReproductionEinEwholeEorEinEpartEisEprohibitedEwithoutEtheEwrittenEconsentEofEtheEcopyrightEownerE Electrical characteristics E E MeanEcharacteristicEimpedance:E 75E ±E3EΩ E RegularityEofEimpedance:E >40dBEorE<1%E DCEloopEresistance:E ≤ E41EOhm/kmE DCEresistanceEinnerEconductor:EE ≤ E26EOhm/kmEE DCEresistanceEouterEconductor:E ≤ E15EOhm/kmE Capacitance:E 55.0EpF/mE ±E2.0EpF/mE VelocityEratio:E 0.82E ±E0.02E InsulationEresistance:E >E10 4EMOhm.kmE VoltageEtestEofEdielectric:E 2EkVdcE ScreeningEefficiencyEafterEflexingEE E 30z1000EMHz:E ≥ E75EdBE E 1000E–E2000EMHz:E ≥ E65EdBE E 2000E–E3000EMHz:E ≥ E55EdBE ReturnElossEatEE 5z30EMHz:E ≥ E20EdB*E E 30z470EMHz:E ≥ E20EdB*E E 470z1000EMHz:E ≥ E18EdB*E E 1000z2000EMHz:E ≥ E16EdB*E E 2000z3000EMHz:E ≥ E15EdB*E *Max.E3EpeakEvaluesE4EdBElowerEthanEspecified.E E AttenuationEatE MaximalE AttenuationEatE MaximalE E 5EMHz:E 1.6EdB/100mE 860EMHz:E 19.5EdB/100mE E 50EMHz:E 4.6EdB/100mE 1000EMHz:E 21.5EdB/100mE E 100EMHz:E 6.5EdB/100mE 1750EMHz:E 29.0EdB/100mE E 200EMHz:E 9.5EdB/100mE 2150EMHz:E 32.5EdB/100mE E 460EMHz:E 15.0EdB/100mE 2400EMHz:E 34.4EdB/100mEE E E 800EMHz:E 18.8EdB/100mE 3000EMHz:E 38.4EdB/100mE E E E E REVISIONS #E DescriptionE DateE InitialsE E E E E E E E E E E E E E E E BeldenECDTEbelievesEthisEproductEtoEbeEinEcomplianceEwithEtheEenvironmentalEregulationsEEUERoHSE(DirectiveE2002/95/EC,E 27EJanuaryE2003);EthisEisEvalidEforEallEmaterialEproducedEafterEtheERoHSEcompliantEdateEforEthisEproduct.EE E E