Conductor material: pure oxygen free bare copper wire

Conductor structure: 7/0.19(±0.004)mm

Stranded outer diameter: 0.57mm

Insulation material: HDPE(high density polyethylene)

Average insulation thickness: 0.20mm

The thinnest insulation point: 0.17mm

Insulation outer diameter: 0.95±0.05mm

Insulation color: (orange white, orange) (green white, green) (blue white, blue) (brown white, brown)

Sheath material: elastomer/polyurethane material

Operating temperature: Rated temperature: -20℃~+80℃ (The cable can be customized -55℃~+105℃)

Characteristic impedance: 100±15Ω service life ≥3000000

Bending radius: The minimum bending radius of the cable in continuous movement is 5 x D

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[anti-seawater high flexible cable] Product features

There are four pairs of twisted-pair network cables in super five type tow chain network cable, which can simultaneously transmit four video signals; Or 3 way video signal, 1 way control signal, and network cable is better than coaxial cable laying;

Special bending material is used to make the bending resistance of core wires reach the level.

Super 5 has low attenuation, less crosstalk, higher attenuation-to-crosstalk ratio (ACR), Structural Return Loss (signal-to-noise) and smaller delay error, and its performance has been greatly improved. Super Class 5 cable is mainly used for Gigabit Ethernet (1000Mbps)

The network cable can transmit multiple signals at the same time, and its economy can be calculated according to the specific situation.

Meet the tensile strength of high strength galvanized double steel wire bearing force to ensure the service life and safety of the cable;

The outer sheath is made of elastomer cable material or polyurethane material to maintain the unique performance of the cable.

[anti-seawater high flexible cable] product application

It is suitable for the use of rivers, lakes and oceans and all kinds of wetlands and wet areas in complex environments. There are shallow water areas and deep water environments, different water environments and different water depths, the requirements for cables are not the same. The deeper the depth, the higher the requirements for cables.