FLHTC0311-22-7-BRL

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Single Conductor Cables (Hook-Up Wire) are used in a wide range of applications. One such cable is FLHTC0311-22-7-BRL. This particular cable is widely used in industrial applications, and is an excellent choice for low voltage, low current component wiring. This cable also offers enhanced conductivity and greater flexibility.

The FLHTC0311-22-7-BRL is built for sustained performance in unshielded applications. It has a UL and CSA-Compliant insulation system with a thermoplastic polyethylene material. It is corrosion-resistant, flame-retardant, and offers superior mechanical and electrical properties. This cable features strands of tinned copper electrical conductors, coupled with an overall 7/32 inch**OD PVC jacket and is rated for 600 volts and -40°C to +90°C.

The FLHTC0311-22-7-BRL supports a wide range of applications. This includes automotive applications, power and distribution systems, communication boards, electric motor control, and heat tracing. It can be used in industrial settings where electrical and signal transmission is needed such as robotics and instrumentation. Additionally, this cable can also be used in residential wiring and commercial projects.

The working principle behind the FLHTC0311-22-7-BRL is based on the transfer of charge, which is the movement of electrons through a conductor. This movement is caused by a difference in electrical potential between two points. When the voltage or current external to a conductor is increased, the electron movement is also increased, resulting in a flow of electricity through the conductor. The amount of current that travels through the conductor is determined by the resistance encountered by the electrons, which is necessarily determined by the cable’s internal inductance.

The FLHTC0311-22-7-BRL is designed to provide the optimal balance between effectivity and economy. Its thermoplastic polyethylene insulation provides optimal strength and protection, and its tinned copper electrical conductors enhance overall conductivity. Additionally, this cable provides greater flexibility and resistance to wear and tear, making it an ideal choice for various applications.

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