<p>The LMK 807 Ceramic Sensor is a robust and reliable solution designed for industrial and commercial applications where precision and durability are paramount. With an accuracy of 0.5% FSO, this sensor ensures precise measurement, making it ideal for environments where exact data is crucial.</p><p>Constructed with a durable plastic housing, the LMK 807 can withstand harsh conditions while maintaining its integrity. The operational temperature range of -25 to 80 degrees Celsius allows it to function effectively in diverse climates, ensuring versatility across various settings.</p><p>The sensor&#39;s diaphragm is made from high-quality ceramic Al2O3 at 96%, offering excellent resistance to wear and tear as well as chemical stability. This makes it suitable for applications that demand longevity and reliability under challenging conditions.</p><p>Rated at a pressure capacity of 16 meters of water (mH2O), the LMK 807 can handle significant pressure levels without compromising performance. Its quick response time of less than or equal to 10 milliseconds ensures rapid data acquisition, which is essential in dynamic environments requiring real-time monitoring and adjustments.</p><p>For ease of installation and connectivity, the sensor features an electrical connection via PVC cable. This provides flexibility in setup while ensuring secure transmission of data without interference.</p><p>In terms of compliance, the LMK 807 meets several important standards including CE, cULus, REACH, and RoHS approvals. These certifications guarantee that the product adheres to international safety regulations and environmental norms, providing peace of mind regarding quality assurance.</p><p>Overall, the LMK 807 Ceramic Sensor stands out as a dependable choice for professionals seeking accurate pressure measurements in demanding industrial contexts. Whether utilized in manufacturing processes or environmental monitoring systems, this sensor delivers consistent performance backed by rigorous standards compliance within its specified operational parameters.</p>