<p>When considering a reliable and efficient spring clamp for your industrial or commercial applications, this particular model stands out with its robust design and impressive specifications. Designed to cater to demanding environments, it provides a seamless solution for electrical connections.</p><p>This feed-through spring clamp is engineered to handle a rated current of 41 A, making it suitable for various medium-duty applications. With a width of just 8 mm, it offers a compact yet powerful solution that maximizes space efficiency on DIN 35 mounting rails.</p><p>The product&#39;s grey colour is not just aesthetically neutral but also aligns with standard industry practices, ensuring easy integration into existing systems without clashing visually. Its housing material is crafted from polyamide, known for its durability and resistance to environmental factors, adding an extra layer of reliability.</p><p>Meeting stringent safety standards such as CE, cRUus, and cCSAus approvals, this spring clamp guarantees compliance with international regulations. It operates at a rated voltage of up to 1000 V and can withstand surge voltages up to 8 kV—ideal for high-voltage environments where safety cannot be compromised.</p><p>With an IP3 degree of pollution rating, the device is well-suited for environments where dust or other pollutants are present but not in excessive quantities. The terminal type utilizes the innovative spring clamp technology which ensures secure connections while facilitating quick installation and maintenance processes.</p><p>A screwdriver operator type enhances ease-of-use during installation or adjustments. Furthermore, the cable cross-section compatibility ranges from 0.2-6 sq-mm providing flexibility across different wire sizes. The recommended wire stripping length is set at 14 mm ensuring optimal contact within the terminal block.</p><p>In summary, this spring clamp combines functionality with safety features that meet rigorous industrial standards while offering ease-of-installation through its screwdriver operation method. Its compact design does not compromise on performance due to its ability to handle high current loads efficiently within constrained spaces—a testament to thoughtful engineering aimed at enhancing operational productivity in diverse settings.</p>