The KRONE F/FTP 450/23 cable is designed for applications up to 450 MHz and provides transmission performance meeting Category 6 specifications. This cables are low skew products, . the difference in propagation delay between the individual pairs is very low. | KRONE F FTP 450 23 F FTP 450 23 FRNC Cat. 6 Cable Application The KRONE F FTP 450 23 cable is designed for applications up to 450 MHz and provides transmission performance meeting Category 6 specifications. This cables are low skew products . the difference in propagation delay between the individual pairs is very low. This is increasingly being requested for Gigabit Ethernet. The suitability of the cable for high-bit-rate transmission systems ensures a high degree of future proofing. Additional features are the slim design and low weight of the cables. Each pair is individually shielded FTP . The cable thus exceeds the requirements for EN 55022 Class B emission and EN 55024 immunity enabling networks to be built which are compliant with the standards on electromagnetic compatibility. Sheath zero halogen flame retardant Simplex F FTP 450 23 4P Characteristics For up to 450 MHz Excellent electrical characteristics Each pair is individually shielded with foil FTP Drain wire between foiled pairs Halogenfree version LS0H Low Smoke Zero Halogen Flame retardant to IEC 60332-1 and DIN VDE 0472 part 804 test type C Non corrosive to IEC 60754-2 Low smoke to IEC 61034 Print KRONE PREMISNET CAT6 F FTP LSZH FR 4P AWG23 SBC ISO IEC 11801 EN50173-1 IEC 60332-1 CAT C week year CA KRONE 0637001315 METERMARKER Charge Design Type designation Category Diameter conductor Number of pairs Fire rating MJ m Halogenfree Tensile strength for installation N1 Outside-0 mm Weight kg km F FTP 450 23 4P LS0H-1 6 AWG 23 4 0 57 yes 145 7 4 58 Cable description in compliance to ISO IEC 11801 2002 appendix E Subject to availability and technical change without notice Copyright 2003 MK page 2 of 2 KRONE F FTP 450 23 F FTP 450 23 FRNC Cat. 6 Cable Electrical Characteristics at 20 C Frequency in MHz 1 10 16 20 31 25 62 5 100 250 450 Attenuation in dB 100 m per Standard 2 1 6 0 7 6 8 5 10 8 15 5 19 9 33 0 - Typical data dB 100 m 1 9 5 5 7 1 7 8 9 9 14 0 17 7
