<p>The LMK 807 Ceramic Sensor is a reliable choice for industrial and commercial applications, offering precision and durability tailored to meet the rigorous demands of various environments. Designed with accuracy in mind, this sensor provides an impressive accuracy rate of 0.50%, ensuring precise measurements that are crucial for maintaining operational efficiency.</p><p>Constructed with a robust plastic housing, the LMK 807 is designed to withstand harsh conditions while maintaining its integrity over time. Its IP68 degree of protection further enhances its resilience, making it fully resistant to dust ingress and capable of enduring submersion in water beyond one meter depth. This makes it particularly suitable for challenging environments where moisture or particulate matter may pose a threat to lesser equipment.</p><p>The operational temperature range of -25 to 80 degrees Celsius allows the LMK 807 to function effectively in diverse climatic conditions without compromising performance. Whether exposed to extreme cold or moderate heat, this sensor maintains consistent operation.</p><p>Rated at a pressure capacity of 4 meters H2O, the sensor is ideal for applications involving liquid level measurement or monitoring where such specifications are critical. The ceramic diaphragm made from Al2O3 at 96% purity ensures not only high resistance against corrosive substances but also long-term reliability under continuous use.</p><p>Electrical connectivity is facilitated through a PVC cable, providing flexibility and ease during installation across various setups. This type of connection simplifies integration into existing systems while maintaining secure data transmission essential for accurate readings.</p><p>In summary, the LMK 807 Ceramic Sensor stands out as an efficient solution engineered for precision and longevity. Its combination of advanced materials like ceramic Al2O3 diaphragms and durable housings make it well-suited for industries requiring dependable pressure sensing capabilities under varied environmental conditions.</p>