<p>This robust DC Contactor is engineered to meet the demanding needs of industrial and commercial applications. With a rated voltage of 1500 V, it delivers reliable performance in high-stress environments. The contactor&#39;s rated short time withstand current ranges from 1.4 kA to 7.6 kA, ensuring it can handle significant electrical loads with ease.</p><p>The contact configuration includes two normally closed (2NC) and two normally open (2NO) contacts, providing flexibility for various circuit designs. Its terminal type is bar, which facilitates secure connections and efficient power transmission.</p><p>With an IP20 degree of protection, this contactor is safeguarded against solid objects larger than 12 mm but should be housed appropriately for outdoor or dusty environments. The dimensions are substantial yet manageable: a width of 253 mm, height of 355 mm, and depth of 300 mm make it suitable for integration into standard panels without excessive space requirements.</p><p>Operating reliably across a broad ambient temperature range from -40 to 70 degrees Celsius, this device is well-suited for diverse climates and conditions found across Australia. Weighing in at 14.3 kg, it&#39;s sturdy enough to endure industrial wear while remaining feasible for installation by professionals.</p><p>The air thermal current capacity varies from 850 A up to an impressive 1100 A, accommodating various operational demands efficiently. For auxiliary circuits, the connecting capacity supports flexible cables with ferrules between two sets ranging from 0.75-2.5 sq-mm and solid or stranded wires between two sets ranging from 1-4 sq-mm—offering versatility in wiring options that many installations demand.</p><p>Main circuit connectivity is robust as well; it supports solid conductors up to a size of 600 sq-mm—indicative of its capability to manage substantial power flows necessary in heavy-duty applications.</p><p>Overall, this DC Contactor stands out as a dependable component within any electrical system requiring consistent performance under challenging conditions—making it an ideal choice for those seeking reliability without compromise in their technical specifications or operational integrity.</p>