6320UL D15C500

Multiple Conductor Cables are a type of cable used when more than one electrical conductor is necessary for electrical power or electrons to be moved around. A common application for this type of cable is in the telecommunications industry, where multiple strands of copper or other types of metal are used to move electrical signals between systems. When signals are in the form of digital data, this type of cable is also necessary to ensure the signal is not distorted or interrupted.

The 6320UL D15C500 is a highly specialized Multiple Conductor Cable, designed for exceptional performance in extreme environments. This product is able to withstand temperatures ranging from -40°F to +165°F and features a self-extinguishing/flame-retardant polyolefin jacket. It is also highly durable due to its superior stress-rupture strength, as well as its resistance to oil, water, UV, and many other environmental factors.

Within the 6320UL D15C500 are 14 AWG stranded tinned copper conductors with color-coded PVC insulation. The cables can be provided in various lengths ranging from 25 feet up to 200 feet. This length can be customized to fit the specific application to save unnecessary cable material and space.

The 6320UL D15C500 is a versatile and reliable cable, making it ideal for a wide range of applications and industries. These include process control systems, industrial robotics, communication systems, security systems, and more. Due to its design, it can also be used in areas that require superior shock and vibration resistance. Furthermore, the cable is perfectly suited for harsh environments, as it is resistant to abrasion, oil, water, and a wide variety of chemicals.

The 6320UL D15C500 is designed and produced according to UL/CSA standards. This ensures the safety and functioning of the cable when it is installed in an appropriate application. It is also designed to be compliant with National Electric Code (NEC) requirements as well as other applicable standards, which makes it suitable for virtually any use.

At its core, the 6320UL D15C500 relies on the same principles that govern all electronic transmissions: eliciting a current to move between conductor strands. This current is pushed by electric fields and builds a potential difference between the two electrodes. The resistance of the cable moderates the flow of current and it is the quality of the 6320UL D15C500’s construction that determines the success of the transmission.

Each conductor’s insulation keeps every strand in the cable from coming into contact with any other strands. The insulation also weighs the cable down and is responsible for its flexibility. The dielectric insulation among the conductors also keeps electrical signals from being lost due to their absorption from the conductor strands.

The overall construction of the 6320UL D15C500 ensures that it is an exceptionally efficient and reliable cable for multiple conductor applications. Its ability to handle higher temperatures makes it a prime candidate for industrial applications, while its reliable performance makes it a trusted component for delicate and sensitive electronic systems as well.