<p>When it comes to electrical engineering and industrial applications, selecting the right fitting is crucial for both safety and efficiency. This particular fitting offers a robust solution with its impressive specifications tailored to meet rigorous demands.</p><p>Starting with its rated current of 32 A, this fitting is well-suited for handling moderate electrical loads, making it ideal for various commercial and industrial settings. The rated short circuit current stands at an impressive 200 kA, providing a high level of protection against potential faults or overloads. Such capability ensures that your systems remain safeguarded even under extreme conditions.</p><p>Operating at a rated voltage of 690 VAC, this fitting can be integrated into high-voltage environments without compromising performance or safety. Its single-pole configuration simplifies installation while maintaining reliable operation within your circuit systems.</p><p>The degree of protection is marked at IP20, which means it&#39;s designed to prevent accidental contact with live parts and ingress of solid objects larger than 12 mm. While not waterproof, this level of protection makes it suitable for indoor applications where exposure to moisture isn&#39;t a concern.</p><p>For ease of installation, this fitting features DIN rail mounting compatibility. This standardized method allows quick and secure attachment to control panels or distribution boards, streamlining the setup process in busy work environments.</p><p>Cable entry accommodates conductors up to 16 sq-mm in size, ensuring compatibility with various wiring requirements commonly found in industrial setups. Additionally, the specified fuse size—10 mm diameter by 38 mm length—aligns with industry standards for fuses used in similar fittings.</p><p>In summary, this product provides a dependable choice for professionals seeking a balance between functionality and safety in their electrical installations. Its technical specifications make it an excellent fit for those working on projects that demand reliability under high-stress conditions without unnecessary complexity or cost implications.</p>