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HCTAY Flexible Low Loss Coaxial Cable White Low Loss For Wireless Communication

Wuhan ETERN Optoelectronics Technology Co.,Ltd.
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Address: Building #B1, Wuhan Future City, East Lake High-tech Zone, Wuhan 430206, China

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Wuhan ETERN Optoelectronics Technology Co.,Ltd.

HCTAY Flexible Low Loss Coaxial Cable White Low Loss For Wireless Communication

Country/Region china
City & Province wuhan
Categories Other Wires, Cables & Cable Assemblies
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Product Details

Ordinary RF Coaxial Cable

  • Standards Implemented
  • YD/T 1092-2013 Telecommunication cable - Foamed polyolefin dielectric, outer conductor, 50 ohm radio frequency coaxial cable for wireless communication
  • GB/T 17737.1-2013 Coaxial communication cables – Part 1: Generic specification - General, definitions and requirements
  • IEC 61196-9:2014 Coaxial communication cables–Part 9: Sectional specification for RF flexible cables
  • IEC 60332-1-2:2015 Tests on electric and optical fibre cables under fire conditions – Part 1-2: Test for vertical flame propagation for a single insulated wire or cable–Procedure for 1 kW pre-mixed flame
  • IEC 61034-2:2019 Measurement of smoke density of cables burning under defined conditions–Part 2: Test procedure and requirements
  • IEC 60754-1:2019 Test on gases evolved during combustion of materials from cables – Part 1: Determination of the halogen acid gas content
  • IEC 60754-2:2019 Test on gases evolved during combustion of materials from cables – Part 2: Determination of acidity (by pH measurement) and conductivity
    • Product Features
  • Ordinary RF coaxial cable uses outer conductor of a circular corrugated structure, to be with higher mechanical strength and certain bending properties.
  • Ordinary RF coaxial cable has higher self-sealing performance and excellent moisture resistance.
  •  
  • Structural Parameters
  • Product ModelInner ConductorInsulation

    Outer Conductor

     

    Outer Sheath

     

    TypeDiameterTypeDiameterTypeDiameter

    HCAAY(Z)-50-6

    (1/4”)

     

    Copper clad aluminum wire2.60mmPhysically-foamed polyethylene insulationCircular corrugated copper tube7.70mmBlack polyethylene or low smoke halogen-free flame retardant polyolefin8.80mm

    HCAAY(Z)-50-8

    (3/8”)

    Copper clad aluminum wire3.10mm9.50mm10.80mm

    HCAAY(Z)-50-12

    (1/2”)

    Copper clad aluminum wire4.80mm13.90mm15.80mm

    HCTAY(Z)-50-22

    (7/8”)

    Smooth copper tube9.00mm24.90mm27.50mm

    HCTAY(Z)-50-23

    (Low loss 7/8”)

    Smooth copper tube9.45mm25.40mm27.80mm

    HCTAY(Z)-50-32

    (1-1/4”)

    Smooth copper tube13.10mm35.80mm38.50mm

    HHTAY(Z)-50-42

    (1-5/8”)

    Spiral corrugated copper tube17.40mm46.50mm49.50mm

Mechanical & Environmental Properties

 

Product ModelMinimum Bending Radius for a Single TimeMinimum Bending Radius for Multiple Times (15 Times)Maximum Tensile ResistanceInstallation TemperatureWorking Temperature

HCAAY(Z)-50-6

(1/4”)

 

40mm80mm910N-55℃~+85℃-40℃~+70℃

HCAAY(Z)-50-8

(3/8”)

30mm100mm1100N

HCAAY(Z)-50-12

(1/2”)

80mm125mm1130N

HCTAY(Z)-50-22

(7/8”)

140mm250mm1500N

HCTAY(Z)-50-23

(Low loss 7/8”)

150mm275mm1700N

HCTAY(Z)-50-32

(1-1/4”)

200mm380mm2500N

HHTAY(Z)-50-42

(1-5/8”)

280mm500mm3000N

Electrical Properties

  • Product Model

    HCAAY(Z)-50-6

    (1/4”)

    HCAAY(Z)-50-8

    (3/8”)

    HCAAY(Z)-50-12

    (1/2”)

    HCTAY(Z)-50-22

    (7/8”)

    HCTAY(Z)-50-23

    (Low loss 7/8”)

    HCTAY(Z)-50-32

    (1-1/4”)

    HHTAY(Z)-50-42

    (1-5/8”)

    Average Characteristic Impedance(Ω)50±2
    Transmission Rate(30~200MHz)86%88%88%88%88%88%88%
    Capacitance(pF/m)77767676767676

    Dielectric strength

    (V,DC,1min)

    20002500600010000100001000015000
    Minimum Insulation Resistance(MΩ·km)500050001000010000100001000010000

    Sheath Spark Testing

    (V,AC, Effective Value)

    300050008000800080001000010000

    Maximum Attenuation Coefficient

    (dB/100m)

    (20℃)

    70MHz3.492.951.900.890.950.760.63
    100MHz4.223.532.301.161.150.930.77
    150MHz5.224.352.851.491.421.170.96
    200MHz6.085.053.311.761.661.371.12
    350MHz8.206.784.442.382.231.851.54
    450MHz9.397.755.062.722.552.121.77
    700MHz11.969.836.403.453.252.712.28
    800MHz12.8710.576.873.713.502.922.46
    900MHz13.7511.277.313.963.733.132.64
    1400MHz17.6414.389.295.084.794.033.44
    1800MHz20.3816.5510.665.885.534.684.01
    1900MHz21.0217.0610.996.075.704.834.15
    2000MHz21.6617.5611.306.265.884.984.28
    2100MHz22.2918.0511.616.446.055.134.42
    2200MHz22.9018.5311.926.626.215.284.55
    2300MHz23.5119.0112.226.816.385.424.68
    2400MHz24.1019.4812.516.986.545.574.80
    2500MHz24.6919.9312.807.166.705.714.93
    2600MHz25.2720.3913.097.346.855.855.06
    2700MHz25.8420.8313.377.517.015.995.18
    3000MHz27.5122.1414.198.027.466.39/
    3300MHz29.1323.3914.978.517.906.78/
    3800MHz31.7325.4016.239.318.607.42/
    4400MHz34.7027.6817.6610.249.40//
    5000MHz37.5529.8619.0211.1410.17//
    5800MHz41.1932.6420.75////
    Maximum VSWR70~500MHz≤1.10≤1.10≤1.10≤1.10≤1.10≤1.10≤1.10
    600~1000MHz≤1.15≤1.15≤1.15≤1.15≤1.15≤1.15≤1.15
    1700~2200MHz≤1.15≤1.15≤1.15≤1.15≤1.15≤1.15≤1.15
    2300~2700MHz≤1.20≤1.20≤1.20≤1.20≤1.20≤1.20≤1.20
    3300~3800MHz≤1.30≤1.30≤1.30≤1.30≤1.30≤1.30/
    4400~5000MHz≤1.30≤1.30≤1.30≤1.30≤1.30//
    5700~5900MHz≤1.30≤1.30≤1.30////
     

 

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