FLHTC0311-12-7

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Single Conductor Cables (Hook-Up Wire)

Single conductor cables, otherwise known as hook-up wire, are used in a variety of applications for connecting electrical components. FLHTC0311-12-7 is a high-temp, cross-linked, thermal-resistant cable often used in aircraft wire harness systems. It provides a secure insulation cover as well as reliable signal transmission at elevated temperatures.

Applications of FLHTC0311-12-7

FLHTC0311-12-7 is typically used in onboard aircraft wiring systems due to its high temperature resistance and exceptional performance as well as its cost-effectiveness. The cable is also great for applications with elevated temperatures and environments with high humidity or exposure to harsh chemicals. Due to its top-notch insulation properties, it also does well in support wire with high conductivity. The cable is also used in avionics systems as a reliable and flexible connection.

FLHTC0311-12-7 is capable of providing halogen-free insulation. This allows the cable to be constructed from materials that will not produce hazardous by-products, making it an ideal fit for areas with potential fire hazards.

Working Principle

FLHTC0311-12-7 is composed of an insulated single conductor surrounded by a protective jacket. This jacket is composed of thermoplastic materials that have been cross-linked during construction. These materials are designed to resist high temperatures and are highly reliable when it comes to transmitting signals over long distances.

The jacket is also designed with a largely consistent high-temperature rating, allowing it to be used in both high-temperature and low-temperature applications. This make it extremely useful in aircraft wiring where the cabin temperature can fluctuate widely depending on the altitude and other conditions. Due to its high degree of durability, it is able to maintain its performance no matter the temperature.

The conductor is made of tinned copper, which helps it resist corrosion and retain its mechanical properties even in the presence of high temperatures. The insulation is designed to prevent the signal from travelling through the jacket, but allows it to easily move through the cable.

The jacket also serves to protect the conductor from external hazards such as moisture and interference from other wires. This is especially beneficial when used in aircraft wiring systems where there may be multiple wires running in close proximity.

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