<p>When considering a reliable and efficient DC contactor for your industrial or commercial needs, this product stands out with its robust specifications. Designed to handle demanding applications, it operates efficiently within a rated voltage range of 24-60 VDC, making it versatile for various systems.</p><p>With an impressive rated current capacity of 1040 A, this contactor is well-suited for high-power requirements. It maintains operational integrity while keeping power loss to just 80 W, ensuring energy efficiency without compromising performance. The unit&#39;s ability to withstand a rated impulse voltage of up to 8 kV further enhances its durability against electrical surges.</p><p>The product boasts a rated insulation voltage of 1000 V, providing excellent protection and reliability in operation. Its contact configuration features one normally open (1NO) contact, which is ideal for straightforward circuit designs where simplicity and reliability are paramount.</p><p>The terminal type is designed as a bar connection, facilitating secure and stable connections that are crucial in maintaining consistent electrical flow. With an IP20 degree of protection, the device offers basic protection against solid objects larger than 12 mm but should be used in environments where exposure to dust or moisture is controlled.</p><p>Installation is straightforward with panel mounting capabilities, allowing easy integration into existing setups. In terms of dimensions, the compact design measures at a width of 210 mm, height of 344 mm, and depth of 242 mm—sized appropriately for space-conscious installations without sacrificing functionality.</p><p>This DC contactor also performs well across varied environmental conditions with a storage temperature range from -40 to 70 degrees Celsius. This adaptability ensures that the device remains effective even when subjected to extreme temperatures during downtime or transport.</p><p>Overall, this DC contactor delivers on all fronts—reliability under high current loads, energy efficiency through reduced power loss, and resilience against electrical impulses—all packed into a manageable size suitable for diverse installation settings.</p>