<p>When it comes to industrial and commercial applications, choosing the right proximity sensor is crucial for ensuring efficient and reliable operations. This particular proximity sensor offers a robust set of features tailored to demanding environments. With a sensing range from 0 to 3.2 mm, it caters well to precise detection needs, making it suitable for applications where small distances are critical.</p><p>Operating within a rated voltage of 10-30 VDC and consuming less than 16 mA of current, this sensor ensures energy efficiency without compromising on performance. The housing material is crafted from nickel-plated brass, providing excellent durability and resistance against corrosion—ideal for harsh industrial settings.</p><p>With an impressive degree of protection rated at IP67, IP69K, and IP67G, this sensor can withstand dust ingress and high-pressure water jets from any direction. It also performs reliably under varying humidity conditions ranging from 35% to 95%, further extending its versatility across different environmental scenarios.</p><p>The operational temperature range spans a broad spectrum from -40&#176;C to 85&#176;C. This makes the sensor adaptable to extreme temperatures often encountered in industrial processes or outdoor installations. Additionally, with shock resistance rated at 1000 ms, it can handle vibrations or impacts common in rugged environments without losing accuracy or functionality.</p><p>For ease of installation and connectivity flexibility, the sensor comes equipped with a standard cable length of 2 meters. Its insulation resistance stands at an impressive 50 MOhm ensuring that electrical isolation is maintained even under challenging conditions.</p><p>In summary, this proximity sensor combines precision sensing with robust construction suited for diverse applications in the Australian market&#39;s technical landscape. Its specifications highlight reliability and adaptability—key factors when selecting components for complex systems requiring consistent performance over time.</p>