ANL-fuse 500A/80V for 48V products (1 pc)

This exceptionally robust solution is designed for 48V systems, offering unparalleled protection against overloads and short circuits. It was designed for devices requiring significant current, making it will work perfectly in photovoltaic systems, electric vehicle power supply systems, and also in advanced marine installations. This fuse features a compact design that facilitates installation even in tight spaces, which makes it a versatile element in various applications requiring both reliability and flexibility in installation.
Made of high-quality materials, ANL-fuse offers excellent resistance to harsh environmental conditions. Thanks to this, this fuse operates reliably in changing temperatures and high humidity levels, providing long-term protection for your system's key components. An extremely important feature is its ability to handle currents up to 500A., which makes it an excellent choice for installations that require high energy efficiency. Additionally, low cold fuse resistance of 0.25 mΩ and voltage drop of 100 mV translate into minimal energy losses, which is crucial in high-voltage systems.

Applications

Fuse ANL-fuse 500A/80V It was designed with a wide range of applications in mind. It is perfect for photovoltaic systems, electric vehicles, yachts, and other power installations requiring reliable high-current protection. His compact design enables easy installation even in tight spaces, making it a universal and versatile solution.

Technical Specifications

• Model: ANL-fuse 500A/80V


• Application: 48V Systems


• Current: 500A


• Voltage drop across the fuse: 100 mV


• Cold fuse resistance: 0.25 mΩ


• Destiny: High voltage systems, overload and short circuit protection

Fuse ANL-fuse 500A/80V It's an essential protective element in any power system requiring high power. Its robust design and high durability make it ideal for protecting power installations from damage. It's ideal for applications where installation space is limited and operational reliability is crucial.