2420/42 VI-100

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Single conductor cables are essential to many commercial and industrial applications. 2420/42 VI-100 application field and working principle are widely used in industrial, infrastructure and energy sectors for high power applications. Additionally, they are popular for their durability, ease of installation and flexibility.

Especially designed to meet wire and cable requirements such as 400 MW DC power system application and ground fault detection, 2420/42 VI-100 single conductor cables have generally two components – conductor and insulation. The conductor is made of stranded tinned copper covered with semi-conductive protective coating for the purpose of reducing stray currents, and the insulation is made from oil-resistant and heat-resistant TPS polymer.

The operating voltage and current limit of AL 2420/42 VI-100 is 600/1000 Volt respectively. Thanks to their strength and high insulation property, they are capable to withstand daily power fluctuations and intensive operating conditions. Also, they provide low DC resistance due to their medium voltage grade copper construction. This feature reduces the energy loss and minimizes the system wear and tear.

2420/42 VI-100 single conductor cables are used in high voltage DC (HVDC) transmission systems and industrial control rooms. In these systems, these cables provide electrical power between the energy source and the end user. They support a wide range of different DC voltages ranging from 500mV to 1000V and can be employed in both indoor and outdoor applications. The cables are also corrosion resistant and can withstand excessive vibration in certain environmental conditions.

When selecting the best cable for the application, it is essential to have a clear understanding of the design, construction, and working principle of the 2420/42 VI-100 single conductor cable. This cable is composed of stranding copper that is tinned for corrosion protection. The conductor is covered with semi-conductive protective coating to minimize the effect of stray currents and electrical noise. The insulation is made of robust TPS polymer that is oil-resistant and resistant to high temperatures. The improved mechanical strength of the design adds to its durability and overall performance.

2420/42 VI-100 single conductor cables are also designed to provide unmatched flexibility and ease of installation. This cable is often designed with a compact size, allowing it to be easily installed in limited spaces. The tight stranding of the internal wires reduces the effect of electrical noise and increases the flexibility of the product. The improved design also provides excellent mechanical protection for maximum operation in harsh conditions.

To conclude, 2420/42 VI-100 single conductor cables offer a reliable, safe, and cost-effective solution for industrial and commercial projects. They boast exceptional current carrying capacity, temperature ratings, and low capacitance values. The cables also provide robust electrical noise protection and possess excellent sealing properties for long-term reliability. Highly economical, they are an ideal option for a variety of industrial and commercial applications.

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