Eaton Cartridge Fuse, 5A Current Rating, 1 kV DC Voltage Rating- PV-5A10F This ceramic cartridge fuse by Eaton is designed for gPV applications with a voltage rating of 1kV DC. With a compact midget size of 10 x 38mm, this fuse offers a high breaking capacity of 40kA, making it ideal for protecting and isolating photovoltaic strings. It is manufactured to IEC 60269 standards, ensuring reliable performance in solar panel applications. Features & Benefits • Specifically designed for the protection and isolation of photovoltaic strings
• Capable of interrupting low overcurrents associated with faulted PV string arrays
• Comes in a 10x38mm package for easy installation
• Range of fuse links available from 1A to 15A, suitable for different string configurations
• High breaking capacity of 40kA ensures efficient protection against short circuits
• Rated voltage of 1kV DC suitable for solar panel applications
• Compact midget size design saves space and allows for flexible installation Applications • Ideal for use in solar panel applications for protecting and isolating photovoltaic strings
• Suitable for use with thin film cells and 4”, 5” and 6” crystalline silicon cells
• Used in string protection and coordination with various solar panel configurations Can it be used with different crystalline silicon cells? Yes, the fuse is designed to be used with 4”, 5” and 6” crystalline silicon cells for efficient protection. Will it interrupt low overcurrents associated with faulted PV string arrays? Yes, the fuse is capable of interrupting low overcurrents, ensuring the safety of PV string arrays. Is it suitable for protecting solar panel applications with a voltage rating of 1kV DC? Yes, the fuse is rated for 1kV DC, making it ideal for solar panel applications. Can it be used with different fuse holders? The fuse is compatible with various fuse holders such as PCB clips and modular fuse holders. Does it have a high breaking capacity for efficient protection? Yes, the fuse offers a high breaking capacity of 40kA, ensuring reliable protection against short circuits.