Leaky Cable

Standards Implemented TB/T 3201-2015 Leaky coaxial cables for railway communication YD/T 2491-2013 Communication cable - Radiating leaky coaxial cable with foamed polyethylene dielectric and longitudinal wrapped copper outer conductor YD/T 1119-2013 Communication cable - Coupling leaky coaxial cable with foamed polyolefin dielectric and corrugated copper tube outer conductor GB/T 17737.4-2013 Coaxial communication

Indoor Coverage Wide-angle Radiation Leaky Cable Structural Parameters Product Model Inner Conductor Insulation Outer Conductor Outer Sheath Material Diameter Material Diameter Material Diameter HLRCACY(Z)-50-12F (1/2”) Copper clad aluminum wire 4.80mm Physically-foamed polyethylene insulation Punched hole copper strip landing edge longitudinal wrapped 13.50mm Black polyethylene or low smoke halogen-free flame retardant polyolefin 15.80mm HLRCTCY(Z)-50-22F (7/8”) Smooth

Product Features Mainly used to fix leaky cables, mainly made of stainless steel and engineering plastics, and aging resistant and flame retardant to be suitable for different high and low-temperature applications; Compact structure suitable for clamping and installing leaky cables in low speed (＜100km/h) vehicular tunnel, used in mine, underground emporium, large-scale warehouse, architectures and buildings, stadiums

metal coaxial cable clips double coax cable clips single coaxial cable clips Standards Implemented TB/T 3440-2016 Clamp for railway communication leaky coaxial cable Product Features Mainly used to fix leaky cables, mainly made of stainless steel and engineering plastics, and aging resistant and flame retardant to be suitable for different high and low-temperature applications; Use to clamp and install leaky cables in

Standards Implemented YD/T 2491-2013 Communication cable - Radiating leaky coaxial cable with foamed polyethylene dielectric and longitudinal wrapped copper outer conductor GB/T 17737.4-2013 Coaxial communication cables – Part 4: Sectional specification for leaky cables IEC 61196-4:2015 Coaxial communication cables – Part 4: Sectional specification for radiating cables IEC 60332-1-2:2015 Tests on

GB/T 17737.4-2013 Coaxial communication cables – Part 4: Sectional specification for leaky cables YD/T 1119-2013 Communication cable - Coupling leaky coaxial cable with foamed polyolefin dielectric and corrugated copper tube outer conductor IEC 61196-4:2015 Coaxial communication cables–Part 4: Sectional specification for radiating cables IEC 60332-1-2:2015 Tests on electric and optical fibre cables under fire conditions

Product Features Meet the requirements for use in 450MHz railway radio train dispatch communication and GSM-R railway mobile communication system; Optimally designed and excellent transmission and radiation characteristics in designated frequency band. Standards Implemented GB/T 17737.4-2013 Coaxial communication cables – Part 4: Sectional specification for leaky cables TB/T 3201-2015 Leaky coaxial cables for railway

Leaky Cable for FM Radio Communication Structural Parameters Product Model Inner Conductor Insulation Outer Conductor Outer Sheath Material Diameter Material Diameter Material Diameter HLRCACY(Z)-50-12M (1/2”) Copper clad aluminum wire 4.80mm Physically-foamed polyethylene insulation Punched hole copper strip landing edge longitudinal wrapped 13.50mm Black polyethylene or low smoke halogen-free flame retardant polyolefin 15.80mm HLRCTCY(Z)-50-22M (7/8”) Smooth copper tube 9

Leaky Coaxial Cable for introduce wireless signal into mine Standards Implemented TB/T 3201-2015 Leaky coaxial cables for railway communication YD/T 2491-2013 Communication cable - Radiating leaky coaxial cable with foamed polyethylene dielectric and longitudinal wrapped copper outer conductor YD/T 1119-2013 Communication cable - Coupling leaky coaxial cable with foamed polyolefin dielectric and corrugated copper tube outer conductor GB/T 17737.4-2013 Coaxial communication

Leaky Coaxial Cable for subway wireless signal Applications Used to introduce wireless signal into mine, tunnel, subway, airport, underground emporium, large-scale warehouse, architectures and buildings, stadiums & gymnasium, convention & exhibition centers, underground garage; Used in wireless signal control system for AGV and other equipment at ports and terminals and in automatic warehousing system; Used in perimeter vigilance system of national important secret places.

Leaky Coaxial Cable Feeder Communication System In 2G 3G 4G 5G Wifi WLAN Standards Implemented TB/T 3201-2015 Leaky coaxial cables for railway communication YD/T 2491-2013 Communication cable - Radiating leaky coaxial cable with foamed polyethylene dielectric and longitudinal wrapped copper outer conductor YD/T 1119-2013 Communication cable - Coupling leaky coaxial cable with foamed polyolefin dielectric and corrugated copper tube outer conductor GB/T 17737.4-2013 Coaxial

Leaky Cable for 5G Mobile Communication Structural Parameters Product Model Inner Conductor Insulation Outer Conductor Outer Sheath Material Diameter Material Diameter Material Diameter HLRCTCY(Z)-50-22G (7/8”) Smooth copper tube 9.00mm Physically-foamed polyethylene insulation Punched hole copper strip landing edge longitudinal wrapped 24.00mm Black polyethylene or low smoke halogen-free flame retardant polyolefin 27.80mm HLRCTCY(Z)-50-32G (1-1/4”) Spiral corrugated copper

Leaky Cable for Rail Transit Signal System Structural Parameters Product Model Inner Conductor Insulation Outer Conductor Outer Sheath Material Diameter Material Diameter Material Diameter HLRCTCY(Z)-50-32E (1-1/4”) Smooth copper tube 13.10mm Physically-foamed polyethylene insulation Punched hole copper strip landing edge longitudinal wrapped 34.00mm Black polyethylene or low smoke halogen-free flame retardant polyolefin 38.00mm HLRHTCY(Z)-50-42E (1-5/8”) Spiral corrugated

Leaky Cable for Rail Transit Private Wireless Communication Structural Parameters Product Model Inner Conductor Insulation Outer Conductor Outer Sheath Material Diameter Material Diameter Material Diameter HLRCTCY(Z)-50-32T (1-1/4”) Smooth copper tube 13.10mm Physically-foamed polyethylene insulation Punched hole copper strip landing edge longitudinal wrapped 34.00mm Black polyethylene or low smoke

Structural Parameters Product Model Inner Conductor Insulation Outer Conductor Outer Sheath Material Diameter Material Diameter Material Diameter HLRCTCY(Z)-50-32P (1-1/4”) Smooth copper tube 13.10mm Physically-foamed polyethylene insulation Punched hole copper strip landing edge longitudinal wrapped 34.00mm Black polyethylene or low smoke halogen-free flame retardant polyolefin 38.00mm HLRHTCY(Z)

Leaky Cable Antenna For Underground Emporium Railway Communication Product Features Dual functions of feeder and antenna, to transmit electromagnetic signal and also generate electromagnetic radiation. Mainly used to cover weak fields and blind fields in wireless communication system for smooth communication. Particularly suitable for tunnel and other linear, long and narrow space due to uniform field strength in the area covered by the leaky cable; Meet the requirements of

Product Features Mainly used to fix leaky cables, mainly made of stainless steel and engineering plastics, and aging resistant and flame retardant to be suitable for different high and low-temperature applications; With reinforced plastic parts, used in medium speed (100～200km/h) vehicular tunnel for clamping and installation of leaky cables, to ensure driving safety. Widely used to fix leaky cables in subway

Product Features Mainly used to fix leaky cables, mainly made of stainless steel and engineering plastics, and aging resistant and flame retardant to be suitable for different high and low-temperature applications; Use specially designed double clamp structure to increase dynamic stability of support and fixing system, and used in high speed (200～400km/h) vehicular tunnel for clamping and installation of leaky cables

n type coax connector din coaxial connector Standards Implemented YD/T 1967-2018 50Ω radio frequency coaxial connectors for mobile communication GB/T 11313.1-2013 Radio-frequency connectors. Part 1: Generic specification. General requirements and measuring methods GB/T 11313.4-2007 Radio-frequency connectors. Part 4: R.F. coaxial connectors with inner diameter of outer conductor 16mm (0.63 in) with screw

Performance Parameters Type DC Block Characteristic Impedance 50Ω Insertion loss 50～1500MHz ≤0.15dB 1500～3600MHz ≤0.20dB VSWR 50～1500MHz ≤1.10 1500～3600MHz ≤1.15 Maximum DC Working Voltage 3000V Power 200W Third-order intermodulation (2×20W) ≤-140dBc Isolation Capacitance Inner Conductor 1000pF Outer Conductor 4000pF Frequency Range 100～6000MHz Temperature Range -40～+70℃ Connector Type NM-NF, 7/16M-7/16F Product Features