<p>When it comes to ensuring reliable electrical connections in industrial and commercial settings, the DIN Ferrule stands as a robust choice. Designed with precision and efficiency in mind, this ferrule is ideal for professionals seeking dependable performance under demanding conditions.</p><p>This particular DIN Ferrule is engineered to handle a rated current of 100 A, making it suitable for a wide range of applications where consistent power delivery is crucial. With a rated voltage capacity of up to 500 VAC, it provides flexibility across various electrical systems without compromising safety or functionality.</p><p>Crafted from high-quality ceramic material, the ferrule offers excellent thermal stability and durability. Ceramic construction ensures that the component can withstand high temperatures and harsh environments typically found in industrial applications. This resilience extends the lifespan of the ferrule, reducing maintenance needs and operational downtime.</p><p>The cylindrical body style of this ferrule not only contributes to its sleek design but also facilitates easy integration into existing setups. The dimensions—22 mm in diameter and 58 mm in length—are optimized for compatibility with standard fittings, ensuring seamless installation processes.</p><p>A notable feature of this DIN Ferrule is its impressive breaking capacity of 120 kA. This capability means that even under fault conditions where high currents might be present, the ferrule can effectively interrupt excessive current flow without damage or risk to surrounding components.</p><p>For technical professionals evaluating their options, these specifications highlight a product that balances performance with reliability. Whether used within automation systems or broader electrical installations, this DIN Ferrule delivers peace of mind through its robust construction and dependable ratings.</p><p>In summary, this DIN Ferrule combines high-rated current handling with substantial breaking capacity within a durable ceramic body—a solid choice for those requiring efficient electrical connectivity solutions in challenging environments.</p>