The 50mm² battery cable is equipped with a solid copper core, ensuring excellent conduction of electric current. Copper is known for its superior conductive properties, minimizing energy loss and increasing the efficiency of your electrical system.
This cable features a robust PVC insulation sheath that provides double protection against external influences. The insulation is resistant to oil and other chemicals, significantly extending the cable's lifespan. Additionally, the flexibility of the PVC sheath makes the cable easy to install, even in tight spaces.
Thanks to its flexibility and robustness, this battery cable is ideal for various applications within vehicles. Whether connecting the battery, linking electrical components, or providing power throughout the vehicle, this cable offers the reliability you need.
It is essential to choose the correct cable thickness for your specific application. A general formula to calculate the required cable cross-section is:
Current (Amps) x distance (meters) x 0.2 = cable cross-section in mm²
For example:
For a battery charger of 30 Amps at a distance of 2.5 meters: 30 x 2.5 x 0.2 = 15 mm². Since 15 mm² is not a standard size, choose the next available size, in this case 16 mm².
For an inverter of 450 Watts on a 12 Volt battery, at a distance of 3 meters: 450 W / 12 V = 37.5 Amps. Then: 37.5 x 3 x 0.2 = 22.5 mm². The closest standard size is then 25 mm².
By applying these calculations, you ensure that you use the correct cable thickness for safe and efficient operation of your electrical systems.
Flexible and oil-resistant 10mm² battery cable with PVC sheath for reliable power connections in vehicles.
Flexible, double-insulated 16mm² red battery cable from HELLA, ideal for reliable power connections in vehicles.
Flexible, double-insulated black 25mm² battery cable for reliable power connections in vehicles.
Flexible, double-insulated 16mm² battery cable for reliable power connections in vehicles.
Flexible 25mm² red battery cable with PVC insulation, ideal for powerful electrical connections in cars.