<p>When it comes to selecting the right electrical fitting for your industrial or commercial needs, understanding the specifics can make all the difference. This particular product is designed with robust specifications that cater to demanding environments.</p><p>With a rated current of 32 A, this fitting is well-suited for applications requiring moderate power handling. Its capability to withstand a short circuit current of up to 200 kA ensures enhanced safety and reliability in high fault conditions, making it a dependable choice for critical installations.</p><p>Operating at a rated voltage of 690 VAC, this fitting supports high-voltage operations typical in industrial settings. The three-pole configuration allows for effective phase management and distribution of electrical loads across multiple circuits, which is essential for balanced power systems.</p><p>The degree of protection offered by this product is IP20. While it provides basic protection against solid objects larger than 12 mm (such as fingers), it&#39;s important to ensure additional enclosure if used in environments prone to dust or moisture exposure.</p><p>Installation flexibility is another highlight, thanks to its DIN rail mounting type. This standardized mounting method simplifies installation and maintenance processes while ensuring compatibility with other DIN rail-mounted devices. The cable entry accommodates conductors up to 16 sq-mm, providing ample space for secure connections without compromising on performance.</p><p>Additionally, the specified fuse size—10 mm diameter by 38 mm length—aligns with common industry standards, facilitating easy sourcing and replacement when necessary.</p><p>This fitting&#39;s combination of technical features makes it an ideal component within various electrical systems where reliability and safety are paramount considerations. Whether you&#39;re upgrading existing infrastructure or designing new installations from scratch, these specifications offer assurance that your system will perform efficiently under expected operational demands.</p>