<p>The AZM415 series is a robust industrial product designed for demanding applications where reliability and durability are paramount. Engineered with precision, this device operates efficiently on both 24 VAC and VDC, providing flexibility in various power environments. With a rated current of 1000 A and power capacity of 10 W, it is well-suited for heavy-duty operations.</p><p>Constructed from high-quality aluminium, the housing ensures longevity while maintaining lightweight properties. The IP67 degree of protection guarantees that the device can withstand harsh environmental conditions, making it dust-tight and capable of enduring temporary immersion in water.</p><p>Operational efficiency is further enhanced by its mechanical life span of one million cycles, ensuring long-term performance without frequent replacements or maintenance. The slow action mechanism allows for controlled operation at an actuating speed of 0.2 m/s with a force requirement of 15 N, offering precise control over processes.</p><p>The AZM415&#39;s sensor dimensions are compact yet practical at 50 mm length by 125 mm height, allowing easy integration into existing systems without significant space requirements. Its contact material made from silver ensures excellent conductivity and durability under repeated use.</p><p>Rated insulation voltage stands at 250 V, providing safety against electrical faults in complex setups. Additionally, the rated force capability reaches up to 2500 N which supports high-tension applications securely.</p><p>Designed to operate within a temperature range from -25&#176;C to +50&#176;C, this product adapts well to varying climatic conditions found across Australia’s diverse landscapes. It meets international standards such as cULus and UKCA approvals which testify to its compliance with global safety regulations.</p><p>Overall, if you’re seeking a reliable component that combines strength with advanced functionality for your industrial needs—the AZM415 series offers an ideal solution tailored for rigorous environments while ensuring operational integrity throughout its service life.</p>