AT103726 VI005

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Single Conductor Cables (Hook-Up Wire) are an important part of many modern electrical systems. The AT103726 VI005 is a single conductor cable. It is designed for applications where the conductor must be able to carry current in a single wire, with some degree of flexibility. It is also designed for applications where the voltage drop over the length of the cable is not important.

The AT103726 VI005 is constructed from PVC, or polyvinyl chloride, insulation. This material is highly resistant to UV, chemicals, fire and abrasion. The insulation is designed to be flexible and resilient, making it ideal for a wide range of single conductor applications. The cable has a voltage rating of 600 volts, and is suitable for use in communication, lighting, and power applications.

The conductor of the AT103726 VI005 is copper, making it capable of carrying a high current with minimal voltage drop. The copper is tinned-plated, which means it is given a protective layer of tin to prevent corrosion over time. The cable is also UL rated, meaning it has passed certain standards for safety.

The AT103726 VI005 is used in a variety of applications, including the connection of components in control panels and relays, and wiring of motor control systems. It is also used in some instrumentation applications. The cable is available in a range of sizes and colors to meet different requirements.

The working principle of the AT103726 VI005 is simple. The electricity must first be passed through the copper conductor. This is then insulated from the outside environment by the PVC, and thus protected from any potential short circuiting. The tin plating on the copper helps to reduce corrosion, making sure the conductor can be used for an extended period of time.

Single conductor cables, such as the AT103726 VI005, are an important part of many modern electrical systems. They are able to carry electricity safely and reliably, while still providing good flexibility from the insulation. With its UL rating, this cable is a suitable choice for many different applications.

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