Original Image: PTS1-50-PVDF

PTS1-50-PVDF

PTS1-50-PVDF

Wireless Infrastructure | Cables & Connectors | Corrugated Cable

  • PTS1-50, HELIAX Superflexible High Power, High Temperature 50 Ohm Plenum Rated Coaxial Cable, corrugated copper, 1/4 in, PVDF jacket.

    Construction Materials 
    Jacket Material  PVDF
    Outer Conductor Material  Corrugated copper
    Dielectric Material  Foam FEP
    Flexibility  Superflexible
    Inner Conductor Material  Silver-plated copper wire
      
    Dimensions 
    Nominal Size  1/4 in
    Cable Weight   0.07 lb/ft   |   0.10 kg/m
    Diameter Over Dielectric   4.826 mm   |   0.190 in
    Diameter Over Jacket   7.366 mm   |   0.290 in
    Inner Conductor OD   1.8796 mm   |   0.0740 in
    Outer Conductor OD   6.350 mm   |   0.250 in
      
    Electrical Specifications 
    Cable Impedance  50 ohm 1 ohm
    3rd Order IMD   -107 dBm
    Capacitance   24.6 pF/ft   |   80.7 pF/m
    dc Resistance, Inner Conductor   1.900 ohms/kft   |   6.234 ohms/km
    dc Resistance, Outer Conductor   2.000 ohms/kft   |   6.562 ohms/km
    dc Test Voltage   1600 V
    Inductance   0.207 H/m   |   0.063 H/ft
    Insulation Resistance   100000 Mohmskm
    Jacket Spark Test Voltage (rms)   4000 V
    Operating Frequency Band  1 – 20000 MHz
    Peak Power   6.4 kW
    Velocity  82%
      
    Environmental Specifications 
    Operating Temperature  -40 C to +125 C (-40 F to +257 F)
    Storage Temperature  -40 C to +125 C (-40 F to +257 F)
      
    General Specifications 
    Brand  HELIAX
      
    Mechanical Specifications 
    Bending Moment   0.8 N-m   |   0.6 ft lb
    Fire Retardancy Test Method  NFPA 262/CMP   |   UL 910/CATVP
    Flat Plate Crush Strength   100.0 lb/in   |   1.8 kg/mm
    Minimum Bend Radius, Multiple Bends   25.40 mm   |   1.00 in
    Minimum Bend Radius, Single Bend   25.40 mm   |   1.00 in
    Number of Bends, minimum   15
    Number of Bends, typical   20
    Tensile Strength   68 kg   |   150 lb
      
    Note 
    Performance Note  Values typical, unless otherwise stated

     

     

     

     

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