<p>When selecting components for industrial and commercial applications, precision and reliability are paramount. This sensor offers a robust solution tailored to meet demanding technical requirements. With an impressive accuracy of 0.5 mm, it ensures precise measurements crucial for maintaining operational efficiency.</p><p>The sensor features an M12 connector with 8 poles, providing a secure and reliable connection that simplifies integration into existing systems. Its non-flush mounting type allows for versatile installation options, making it adaptable to various environments and setups.</p><p>Constructed from glass fibre reinforced thermoplastic, the housing material is engineered to withstand harsh conditions while offering durability and longevity. This construction not only protects the internal components but also contributes to the overall lightweight design of just 147 grams, facilitating easy handling and installation.</p><p>In terms of environmental resilience, this sensor boasts a degree of protection rated at IP65 and IP67. These ratings ensure that the device is dust-tight and protected against water ingress from powerful jets or temporary immersion up to one meter in depth. Such robustness makes it suitable for challenging industrial settings where exposure to dust and moisture is common.</p><p>The operational temperature range extends from -25&#176;C to 85&#176;C, allowing the sensor to function effectively in both cold storage facilities and high-temperature manufacturing processes without compromising performance or accuracy.</p><p>Compliance with EN IEC 60947-5-3 standards underscores its adherence to stringent safety regulations and quality benchmarks required in electrical engineering applications. This compliance assures users of its dependable performance under varied operational conditions.</p><p>Overall, this sensor represents a well-rounded choice for professionals seeking precision instrumentation capable of enduring demanding industrial environments while maintaining consistent accuracy over time.</p>