E3034S.69.86

Multiple Conductor Cables play an essential role in the electrical industry, ranging from carrying low-voltage applications to high-power transfer in a wide variety of industrial, commercial and residential settings. E3034S.69.86 applies a unique structured approach to provide excellent performance for standard and regulated cable systems. By selecting the appropriate insulated conductors and components, E3034S.69.86 is suitable for most applications in the electrical industry.

As an extension of traditional multiple conductor cable designs, E3034S.69.86 offers a range of shielded and non-shielded cables with exceptional characteristics. These cables use an array of twisted wires that work together for enhanced signal transfer and protect the low voltage signals from electromagnetic and radio frequency interference. The cables are designed to meet military, aviation and industrial requirements in order to provide maximum protection, durability and flexibility.

E3034S.69.86 cables use layers of insulation to protect the wires from damage. A polyethylene or polyvinyl chloride insulation and a braided cover shield the cables from daily environmental hazards. This cover also prevents electrical shorts and provides an extra layer of protection against external sources of interference. Depending on the application, specific wires in the cable may be tinned to protect them from corrosion and maintain versatility.

The cables typically contain two types of wires: shielded and non-shielded. Shielded wires are used in areas where they are exposed to high levels of electromagnetic and radio frequency interference. These wires are typically arranged in a spiral configuration with a grounded shield surrounding them, ensuring that the signals are not affected by external electrical noise or interference. By contrast, non-shielded wires are used for applications where electrical noise interference is not an issue.

In order to achieve maximum performance, E3034S.69.86 cables are subject to rigorous testing process. The cables are tested under a wide range of temperatures to ensure they are capable of functioning in extreme conditions. The cables also meet UL standard 2196, which is a requirements for multi-conductor cables. This ensures that the cables provide a safe and reliable connection when used in electrical applications.

E3034S.69.86 cables have made a significant contribution to the multiple conductor cable industry. Its range of shielded and non-shielded cables allow for secure data transmission and protection from external sources of interference. The cables are also designed to meet UL standards and tested at a wide range of temperatures, ensuring that they are suitable for most electrical applications.