<p>In the realm of industrial and commercial applications, selecting the right components is crucial for ensuring efficiency and reliability. This particular product stands out with its robust specifications, making it a dependable choice for various technical requirements.</p><p>Operating at a rated voltage of 220 VAC and a current of 1 A, this component is designed to handle moderate electrical loads efficiently. Its switching capacity is rated at 60 W, offering ample power handling capabilities for numerous applications without compromising on performance.</p><p>The housing material is made from glass fibre reinforced thermoplastic. This choice of material provides excellent durability and resistance to environmental factors, which is vital in demanding industrial settings. Furthermore, the product boasts an impressive degree of protection with an IP67 rating. This ensures that it is dust-tight and protected against immersion in water up to one meter deep for short periods—ideal for harsh environments where exposure to elements could be a concern.</p><p>From a thermal perspective, the operational temperature reaches up to 80 degrees Celsius. This wide temperature range allows the device to function optimally even under significant heat exposure, providing flexibility across different operational conditions.</p><p>The contact configuration follows a Normally Open (NO) setup. This means that the circuit remains open until activated by an external force or condition—in this case via its actuating element: a magnet. The magnetic actuation offers precise control over operations while minimizing wear on mechanical parts.</p><p>One of this product&#39;s standout features is its remarkable mechanical life expectancy, rated at one billion operations. Such longevity minimizes maintenance needs and downtime over time, contributing significantly to cost-effectiveness in long-term use.</p><p>Additionally, the bounce duration measures just 0.6 milliseconds—a testament to its quick response time when switching states—ensuring minimal delay in operation transitions which can be critical in high-speed automation processes.</p><p>Overall, this component’s combination of electrical performance parameters alongside robust physical attributes makes it suitable for integration into systems requiring reliable switching mechanisms under challenging conditions. Whether you&#39;re involved in designing complex machinery or overseeing automated systems within industrial facilities, these specifications provide clarity on how well-suited this product might be for your specific needs.</p>