<p>When it comes to ensuring the safety and efficiency of your electrical systems, choosing the right component is crucial. The NH DIN Blade fuse offers a reliable solution for industrial and commercial applications, designed to meet rigorous standards while delivering dependable performance.</p><p>This particular model is rated for a current of 125 A, making it suitable for handling moderate loads with ease. Its rated voltage of 500 VAC ensures compatibility with a wide range of electrical setups, providing versatility across different environments. Whether you&#39;re managing power distribution in an industrial plant or overseeing commercial installations, this fuse supports robust operation.</p><p>The NH DIN Blade is specifically designed for use with NH1 bases and disconnects. This compatibility ensures seamless integration into existing systems without the need for extensive modifications or additional components. For those looking to streamline their operations and maintain system integrity, this feature can be particularly beneficial.</p><p>One standout aspect of this product is its impressive breaking capacity of 120 kA. In high-demand situations where surges or faults might occur, such a high breaking capacity provides peace of mind by effectively interrupting excessive currents and protecting downstream equipment from potential damage.</p><p>With a body size measuring 39.5 mm, this NH1 fuse maintains a compact profile that facilitates easy installation even in space-constrained environments. Its design prioritizes not only functionality but also practicality in terms of fitting within standard enclosures without compromising on performance.</p><p>The fuse size classification as NH1 further underscores its suitability for various heavy-duty applications commonly encountered in industrial settings. This standardization simplifies the selection process when matching fuses to specific operational requirements.</p><p>In summary, the NH DIN Blade fuse combines essential features like a substantial current rating, high voltage compatibility, significant breaking capacity, and standardized sizing to offer an effective solution tailored to demanding electrical needs. It stands as a testament to quality engineering that meets both safety standards and operational demands efficiently within diverse settings.</p>