83007 010500 Cables, Wires

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Single conductor cables, more commonly known as hook-up wire, are an important component of the electronics industry. They are used to link two components within an electronic system, whether it be a sensor, a circuit, a wire, or even a power source.

For example, single conductor cables are used to connect switches to control transistors in consumer electronics, and also as power supply for a device. Lastly, they are used to link components in complex circuits.

83007 010500 single conductor cables, in particular, are a type of multi-stranded PVC wire with the potential to carry up to 15 amperes. This type of cable is widely used in various applications due to its flexibility and ability to handle diverse environments. It conforms to UL Standard 758, UL 1581, and CSA C22.2 1583.

The way this type of single conductor cable works is easy to understand. It relies on several small copper strands, all wrapped together and insulated with a PVC material. This insulation prevents the current from being discharged into the surrounding environment, while allowing it to pass freely within the strands. It also enables the cable to carry a certain amount of power, depending on the number of strands it has.

The 83007 010500 single conductor cable is mainly used in industrial and commercial settings, where its flexibility and robustness is a great asset. Some of the main applications include automotive wiring, computers, washing machines, or similarly rigorous environments. The cable is also quite suitable for use in lighting projects, as well as the connection of transformers and motors.

Additionally, this type of cable is suitable for high temperature and humidity locations, as it is UV-resistant and flame-retardant. This ensures that the cable will serve reliably in even the most extreme conditions.

The 83007 010500 single conductor cable is an excellent choice for electronic projects, providing flexibility, efficient power transfer, and reliable performance. It is designed for use in industrial and commercial areas, and is able to withstand high temperatures and humidity levels. It is also highly resistant to UV rays and flame, making it a great choice for rugged environments.

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