CR6.30.06 Cables, Wires

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Multiple Conductor Cables are used in various applications requiring electrical continuity in a variety of environments. CR6.30.06 is a type of multiple conductor cable specifically designed for underground and oil/gas production operations. The properties of this type of cable makes it well suited for hazardous locations, as it has been UL listed for use in Class 1, Division 1 and 2, Groups C and D, and Class 2, Division 1 and 2, Groups E, F and G locations.

The cable consists of up to 16 conductors made from either bare copper or tinned copper strands varying in size from 4/0 AWG to 14AWG. The conductors are then jacketed in a flame-retardant PVC compound and wrapped with a PVC filler or shield. The finished product is typically a single lightweight cable offering easy installation and pull-through speeds.

In terms of application, CR6.30.06 is used mainly for power supply and distribution in underground and in hazardous locations. The flame-retardant jacket and fillers make it serviceable in areas with little ventilation, as well as providing protection to the electrical conductors in hazardous environments. Additionally, the multiple conductors make it ideal for the wiring of complex electrical systems, as multiple signals can be transmitted simultaneously.

In terms of working principle, the multiple conductors of the CR6.30.06 build upon the principle of electrical continuity. They allow electricity to flow from one end to another, and provide improved signal transmission when compared to a single conductor. The conductors are insulated from each other and, thanks to the flame-retardant jacket and fillers, the cable is also resistant to heat and chemicals, making it well suited for hazardous locations.

Overall, CR6.30.06 is a versatile type of multiple conductor cable that is suited for a variety of applications requiring electrical continuity in hazardous locations. With its numerous conductors and flame-retardant jacket, this cable provides a durable and reliable conduit for electrical signals, while offering improved protection against heat, chemicals and moisture.

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