<p>When selecting components for your industrial or commercial project, understanding the technical specifications is crucial. This product is designed with a focus on durability and reliability, making it an excellent choice for various applications.</p><p>The mounting type of this product is DIN Rail, which provides a standardized and secure method to install electrical devices in control cabinets. The use of DIN Rail allows for easy integration into existing systems and facilitates quick maintenance or replacement when necessary.</p><p>In terms of protection, this product boasts an IP40 rating. This degree of protection ensures that the device is safeguarded against solid objects greater than 1mm, such as wires or small tools. While it does not offer water resistance, its design is suitable for environments where exposure to liquids isn&#39;t a concern.</p><p>The adapter type featured here is LC-LC Duplex. Duplex adapters are commonly used in networking applications to connect fiber optic cables. The LC connector&#39;s compact size makes it ideal for high-density connections, ensuring efficient data transmission with minimal loss.</p><p>Housing material plays a significant role in the longevity and robustness of any component. This product utilizes die-cast aluminium housing, known for its strength and lightweight properties. Die-cast aluminium offers excellent thermal conductivity and corrosion resistance, providing long-term stability in various industrial settings.</p><p>These specifications make this product well-suited for environments where space efficiency, reliable connectivity, and robust construction are priorities. Whether you&#39;re dealing with telecommunications infrastructure or other network-intensive operations, the combination of DIN Rail mounting with an IP40 protection level ensures that this component will integrate seamlessly while maintaining operational integrity over time.</p><p>With these features combined into one package, you can be confident that this product will meet your technical requirements effectively without unnecessary complexity or cost overruns associated with less suitable alternatives available on the market today.</p>