Cylindrical Fuse Holder 1000V Photovoltaic Solar Panel

Cylindrical Solar PV Fuse Holder: An essential solution for protection and efficiency in solar power systems. This fuse holder is meticulously designed to offer safe and reliable protection against short-circuit currents and overloads in photovoltaic modules and arrays. Its compliance with IEC60269-1 and IEC60269-6 standards ensures performance in accordance with the highest international standards.

Advanced Technical Features:

• Rated Voltage and Capacity: With a rated voltage of DC1000V and a rated current of 20A, this fuse holder is designed to handle high performance PV systems.
• High Breaking Capacity: An impressive breaking capacity of 33 KA ensures effective protection against overloads and short circuits, crucial for maintaining the integrity of the solar system.
• GPV Operating Class: Specifically developed for photovoltaic applications, which differentiates it from conventional fuse holders and ensures optimum compatibility with your solar system.
• TÜV Quality Certification: This quality certificate underlines the reliability and safety of the product, offering peace of mind and confidence in its performance.

Adaptability to Diverse Environments: Designed to operate efficiently in a temperature range of -5°C to +40°C and humidity of up to 90%, this fuse holder is resistant to the most challenging environmental conditions, making it ideal for PV installations in diverse geographical locations.

Versatile Applications: This cylindrical fuse holder is a comprehensive solution for any solar power system, from residential installations to large-scale industrial projects. Its ability to protect against current fluctuations makes it an indispensable component in the efficient and safe management of photovoltaic power.

With its robust design, advanced technical specifications and TÜV certification, the Cylindrical Fuse Holder is a smart choice for any solar PV system. It offers not only overload and short-circuit protection, but also reliability and durability to ensure optimal long-term system performance.