Mersen NHG1-063 Blade Type Fuse Link 63A 500VAC NH1 29.5mm 120kA For: NH1 Bases and Disconnects

<p>For professionals in the electrical engineering and automation fields, selecting the right components is crucial to ensuring safety and efficiency. The NH DIN Blade fuse you&amp;#39;re considering is a reliable choice for a variety of industrial and commercial applications. With its robust specifications, this fuse is engineered to meet demanding requirements.</p><p>This NH DIN Blade has a rated current of 63 amperes, making it suitable for systems that demand consistent performance under load. It operates efficiently at a rated voltage of 500 VAC, which aligns well with standard industrial power systems, providing versatility across different setups.</p><p>One of the standout features of this fuse is its impressive breaking capacity of 120 kA. This means it can safely interrupt fault currents up to this level without damage or risk to associated equipment, ensuring protection against potential overloads or short circuits.</p><p>Compatibility is another strong suit; it&amp;#39;s designed specifically for use with NH1 bases and disconnects. This ensures seamless integration into existing systems using these components, reducing installation time and complexity while maintaining system integrity.</p><p>The body size measures at 29.5 mm, which fits comfortably within industry norms for space-constrained environments without compromising on performance or reliability. The compact design allows for easy installation even in tight spaces typical in many industrial settings.</p><p>With its designation as an NH1 size fuse, it adheres to standardized dimensions and characteristics that are recognized internationally. This assures compatibility across various installations worldwide where NH1 fuses are specified.</p><p>In summary, this NH DIN Blade offers a balanced combination of high performance and adaptability suited for demanding environments where safety margins cannot be compromised. It&amp;#39;s an ideal component if you require dependable operation under rigorous conditions while ensuring compliance with international standards.</p>