Shielding: using annealed oxygen-free copper wire and tinned fine braiding
Sheath: using special nitrile composite sheath materials
/>Special properties:
Flexible, oil-resistant, flexible and bend-resistant, UV-resistant, weak acid and alkali resistant (can be used at sea), low temperature resistant (℃℃) and can be used removable. Cable bending radius: times the cable diameter.
Manufacturing standards: Cable manufacturing fully follows the American Belden signal cable standards < < : rc . : . bcr b>Should>
>Use
>
>Standards
>
>Wai
< < : rc . bcr b> Suitable for application fields requiring high-frequency signal transmission, mainly suitable for mechanical engineering, machine tool manufacturing, complete sets of equipment, measurement, control technology, and coding Used for signal transmission such as detectors, sensors, optical rulers, servo motors, etc.>,
>Can be used in drag chain systems.
< < : rc . : . bcr b>2. Special>
>Points
< < : rc . : . bcr b>Using single shielding design, shielded wire braiding rate>
>
>
>Above
< < : rc . : . bcr b>This design guideline is aimed at > square wave
>()
> signal development, Wide range of applications.
< < : rc . : . bcr b>Braided shielding: The shielding structure of the cable is covered with tinned copper wire in a mesh shape. Its bending-resistant shielding structure is not easily damaged by expansion, contraction and bending.
< < : rc . : . bcr b>Aluminum foil shielding: A shielding structure in which aluminum foil is rolled around a tape conductor. Particularly suitable for mitigating high-frequency interference. < < : rc . : . bcr b>The material complies with >R(
>non-toxic
>)
> requirements. High-sensitivity signal transmission and good shielding layer are not affected by external interference!
< < : rc . : . bcr b>3. Cable structure>
< < : rc . bcr b>/C/+>Tin-plated braid
>+
>Aluminum foil Mylar
>+
>Twisted wire
>+
>Filling
>(
>Cotton thread
>)
< < : rc . : . bcr b> 4. Technical parameters < < : rc . : . bcr b> Outer insulation layer: /C oil-resistant and bend-resistant shielding layer < < : rc . : . bcr b> Adaptable temperature range: COuter insulation layer:>
>
>
>℃
>
>∽
>
>℃Outer insulation Layer:
>
>℃∽℃
< < : rc . bcr b>Bending-resistant tinned copper wire diameter: >.
>
>Tinned Copper wire
>(
>Electrolytic copper
>)
< < : rc . : . bcr b>Withstand voltage: C(/) < < : rc . : . bcr b>Test voltage: < < :rc .>. This product uses high-quality oxygen-free copper as the conductor. It has good material and is not easy to oxidize. < < :rc.>, mainly used for transmission in various > household appliances
>, mechanical equipment, power tools,
>instruments
>, building intercoms, monitoring equipment and other equipment Signal or
>power
>.
< < :rc . : .>, appearance color, core wire size and sheath material can be customized according to different needs. Comprehensive cables can also be customized according to customer needs. Various equipment control lines and signal lines can be integrated into Inside a cable, it is protected by an external sheath to make the wiring beautiful and extend the service life of the cable. < < :rc . : .>R is a more commonly used cable, with the number of cores ranging from core to core, and the cross-sectional area of each core ranging from . square to square. The core wire insulation is made of polyvinyl chloride plastic, and multiple colors are generally used to distinguish different core wires. The outside of the core wire is covered with a layer of copper wire braid to resist the interference of electromagnetic radiation from the outer diameter on the signals transmitted in the core wire. Used in various demanding places < < : r rc . : .>