FLR11Y-A OFC Copper Cable

The most typical application of the FLR11Y-A OFC Copper Cable in automotive engine compartments and powertrains is low-voltage wiring. Due to its thin-walled design (thin insulation) and excellent heat resistance, it is suitable for starting and charging circuits in high-temperature, high-vibration, and oil-contaminated environments. For example, it plays a role in the connection between the car battery and the starter motor/generator, as well as in the power supply circuitry of the ECU (Electronic Control Unit). The oxygen-free copper conductor ensures low resistance and high conductivity, reducing energy loss and supporting high current transmission, while the PUR insulation resists corrosion from engine oil, fuel, and coolant, extending its service life.

FLR11Y-A OFC Copper Cable is widely used in headlight, taillight, turn signal, daytime running light, and brake light circuits. Its thin-walled structure saves space, making it suitable for the compact wiring harness layouts of modern automobiles. Its excellent flexibility and resistance to bending fatigue ensure it won't break in frequently moving parts such as doors and hoods. Simultaneously, its UV resistance and weather resistance make it suitable for external lighting wiring, preventing aging caused by prolonged exposure to sun and rain.

In intelligent vehicles, FLR11Y-A OFC Copper Cable also supports LED lighting modules, sensor signal transmission (such as rain sensors and camera power supply), and provides stable power to ADAS (Advanced Driver Assistance Systems).

FLR11Y-A OFC Copper Cable is also suitable for motorcycle starting, lighting, instrumentation, and ignition systems. Its lightweight and thin-walled design reduces overall vehicle weight and improves fuel efficiency. In electric motorcycles or electric bicycles, it is used for battery management, motor controllers, and lighting circuits.

For specialty vehicles such as trucks, tractors, and construction machinery, FLR11Y-A OFC Copper Cable can be used for hydraulic system control, lighting warnings, and instrument monitoring. Its chemical and abrasion resistance makes it suitable for harsh working conditions such as mud, dust, and high-vibration environments.