<p>When it comes to ensuring the optimal performance of your electrical systems, selecting the right accessory is crucial. This particular accessory is designed with precision and reliability in mind, making it an excellent choice for professionals in the industrial and commercial sectors. </p><p>Operating at a rated voltage of 690 VAC, this accessory offers robust performance suitable for demanding environments. Its compatibility with AF26-AF38 contactors ensures seamless integration into existing setups, providing flexibility and ease of use for various applications.</p><p>The design specifications include a width of 87.2 mm, height of 36.5 mm, and depth of 23.05 mm. These dimensions reflect its compact build, allowing for efficient space utilization without compromising on functionality or accessibility during installation or maintenance.</p><p>Equipped with screw terminal types, this accessory facilitates secure connections that are both reliable and easy to manage even in complex wiring scenarios. This feature is particularly beneficial when working under time constraints or in environments where stability is paramount.</p><p>Weighing in at just 0.11 kg, this lightweight component minimizes additional load on structures while still delivering dependable performance over time. The adherence to international standards such as EN 60947-1, EN 60947-4-1, and UL 60947-4-1 further underscores its quality assurance and suitability for global applications.</p><p>This product stands out not only due to its technical specifications but also because it aligns well with industry standards that prioritize safety and efficiency—key considerations for any professional evaluating accessories within their electrical systems.</p><p>Overall, whether you&#39;re upgrading an existing setup or embarking on new installations requiring compatible accessories with AF26-AF38 contactors, this product provides a balanced mix of durability and compliance tailored to meet rigorous demands effectively while maintaining operational integrity across varied conditions.</p>