<p>The AZM415 series presents a robust solution for industrial and commercial applications requiring reliable safety interlock switches. Designed to operate efficiently at 24 VAC/VDC, this switch is capable of handling a substantial rated current of 1000 A and delivering a rated power of 10 W. It features a NO+NC contact configuration, providing versatile options for integration into various systems.</p><p>Constructed with durability in mind, the AZM415 boasts an impressive mechanical life of up to one million cycles. Its housing is made from high-quality aluminium, offering both strength and lightweight properties. The device meets IP67 standards, ensuring it is dust-tight and protected against immersion in water up to one meter deep, making it ideal for harsh environments.</p><p>The operational temperature range spans from -25&#176;C to 50&#176;C, allowing the AZM415 to perform reliably across diverse climates and conditions. This versatility is further supported by its compliance with cULus and UKCA standards, assuring users of its quality and safety credentials.</p><p>Engineered with slow action mechanics, the switch requires an actuating speed of just 0.2 m/s combined with an actuating force of 15 N for operation. The sensor measures 50 mm in length by 125 mm in height, offering a compact footprint without compromising on performance.</p><p>In terms of electrical specifications, the contact material used is silver which ensures excellent conductivity and longevity under load conditions. With a rated insulation voltage of 250 V and capable of enduring forces up to 3500 N, the AZM415 provides both reliability and resilience under demanding circumstances.</p><p>This product&#39;s design makes it suitable for applications where safety interlocking is critical while maintaining ease-of-use through its straightforward installation process. Whether you are looking to upgrade existing systems or integrate into new projects, the AZM415 offers dependability backed by rigorous testing standards that align with industry requirements.</p><p>Overall, if your project demands robust construction coupled with precise mechanical operation within specified environmental parameters, then considering this part would be prudent given its comprehensive feature set engineered towards long-lasting performance efficiency in challenging settings.</p>