<p>The AZM415 series offers a reliable solution for those seeking robust performance in industrial and commercial applications. This device operates at a rated voltage of 230 VAC and supports a rated current of 4 A, making it suitable for various electrical systems. The power rating is set at 10 W, ensuring efficient energy consumption without compromising on functionality.</p><p>Designed with durability in mind, the AZM415 features an aluminium housing material that provides excellent protection against environmental factors. Its IP67 degree of protection guarantees resistance to dust and water ingress, making it ideal for challenging operational environments.</p><p>The mechanical life of this product is impressive, with up to 1 million cycles, which speaks volumes about its reliability and longevity. It employs a slow action mechanism with contact configuration NO+NC (Normally Open + Normally Closed), offering flexibility in application use cases. The contact material is silver, known for its superior conductivity and corrosion resistance.</p><p>For those concerned about safety standards and compliance, the AZM415 meets multiple certifications including cULus, CCC, and UKCA approvals. These endorsements ensure that the product adheres to international safety norms.</p><p>In terms of physical specifications, the sensor size measures 56.5 mm in length by 141 mm in width by 100 mm in height. It requires an actuating speed of 0.2 m/s and an actuating force of 15 N for operation. Additionally, it can withstand a rated force up to 400 N.</p><p>The device functions effectively within an operational temperature range from -25&#176;C to +50&#176;C, accommodating diverse climatic conditions typically encountered across Australia’s varied landscapes.</p><p>Furthermore, the rated insulation voltage stands at 250 V which enhances its robustness against electrical stressors.</p><p>Overall, whether you are integrating this into new projects or replacing existing components within your systems infrastructure—the AZM415 series promises reliability backed by rigorous testing standards while maintaining optimal performance across numerous applications.</p>