C3123.41.86

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Multiple conductor cables like C3123.41.86 are great for applications that require many conductors, such as in military, aerospace, medical, transportation, and industrial sectors. The cable consists of four types: Polyolefin, Low Smoke Halogen Free, Low Smoke Non Halogen, and Halogen Free. Each type has a specific purpose, such as providing flame retardancy, environmental safety, or a combination of these two.

The C3123.41.86 cable is flexible and can be cut to the desired length. Its jacket material is made of polyurethane or PVC, providing an abrasion-resistant outer surface. The overall jacket of the cable provides UV-resistance that meets various requirements from its different applications.

The conductor of a C3123.41.86 is multi-stranded and made of copper. Its structure enables the cable to have greater electrical properties and to handle large voltages safely. The copper strands are individually insulated with either silicone-based or fluoroplastic-based materials. This insulation helps ensure low resistance, low noise levels, and very high reliability.

The various types of insulation used in the cable provide different chemical and electrical resistances. These include chemical resistance, high temperature resistance, and even high dielectric properties. The cable can also be used for different shielding and grounding applications. It can be used covered or without a jacket in confined spaces.

C3123.41.86 has a wide range of applications, including in aircraft, automotive, medical, and industrial equipment. It can also be used in marine applications and aerospace applications due to its exceptional flexibility and excellent electrical properties. In addition, the cable is RoHS compliant and UL rated.

All of these applications rely on one thing- the cable’s superior working principle. The range of cable sizes from 0.8mm to 10 or to 22mm provides maximum flexibility for engineers in different fields. Furthermore, the curved cable ensures the cable wraps around a corner or a curve without any extra effort.

C3123.41.86’s working principle is based on the resistance offered by the component’s plastic materials, copper strands, and the insulation. This resistance dissipates the energy in the wire, greatly reduces the power consumed, and allows the cable to maintain optimal transmission frequency and amplitude. The unique combination of these features makes the C3123.41.86 the ideal cable for many applications.

C3123.41.86 cables are a great choice for large-scale and advanced applications. Its excellent working principle and versatile design make it one of the best options for any application. Moreover, the cable is RoHS compliant and UL rated so engineers can trust that they are getting a high-quality product for their application.

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