<p>When it comes to selecting the right components for your electrical systems, understanding the specifications and standards is crucial. For those in need of a reliable DIN Ferrule, this product offers a solid choice with its robust specifications tailored for industrial and commercial applications.</p><p>This DIN Ferrule is engineered to handle a rated current of 50 A, making it suitable for various demanding environments where consistent performance is non-negotiable. It operates at a rated voltage of 415 VAC, ensuring compatibility with standard Australian electrical systems and providing peace of mind when integrating into existing infrastructures.</p><p>One of the standout features of this ferrule is its impressive breaking capacity of 33 kA. This ensures that even under fault conditions, the ferrule can effectively interrupt excessive currents without compromising safety or system integrity. Such reliability is essential for maintaining operational continuity in high-stakes environments.</p><p>The body style of this ferrule is cylindrical, measuring 57 mm in length and 30 mm in diameter. This compact design facilitates easy installation within tight spaces while maintaining structural durability. The cylindrical shape also aids in efficient heat dissipation during operation.</p><p>Adhering to rigorous standards such as AS60269-3, IEC 60269-3, and BS 1361 underscores the quality assurance embedded in this product&#39;s design and manufacture. These certifications are pivotal for professionals who prioritize compliance with international safety benchmarks.</p><p>In terms of power handling capabilities, this DIN Ferrule has a rated power consumption of 4.6 W. This efficiency contributes to overall system energy savings without sacrificing performance—a key consideration for projects focused on sustainability and cost-effectiveness over time.</p><p>Whether you&#39;re upgrading an existing system or specifying components for new installations, this DIN Ferrule provides the reliability you need backed by established standards and robust engineering principles.</p>