<p>The LMP 307 Stainless Steel Sensor is a reliable choice for professionals seeking precision and durability in industrial applications. Designed with a focus on accuracy, this sensor boasts an impressive measurement precision of less than 0.4 bar with a full-scale output (FSO) error margin of just 0.5%. This ensures that your readings are consistently reliable, making it suitable for sensitive tasks where accuracy is paramount.</p><p>Constructed from robust 316L stainless steel, both the housing and diaphragm offer excellent resistance to corrosion and environmental wear. This makes the sensor particularly well-suited for harsh industrial environments where exposure to moisture or chemicals might otherwise compromise performance.</p><p>The operational temperature range of -10 to 70 degrees Celsius allows the LMP 307 to function effectively across various climates and conditions, providing flexibility for diverse applications. Whether you&#39;re operating in cooler settings or warmer locales, this sensor maintains its reliability without sacrificing performance.</p><p>With a rated pressure of up to 2.5 meters of water (mH2O), the LMP 307 handles moderate pressure applications efficiently. Its design makes it ideal for use in scenarios such as liquid level monitoring or submerged operations where accurate pressure measurement is crucial.</p><p>The electrical connection via PVC cable ensures secure data transmission while maintaining ease of installation and connectivity in different setups. Moreover, the sensor&#39;s rapid response time of less than or equal to 10 milliseconds means you can count on quick feedback when changes occur, allowing for timely adjustments in dynamic systems.</p><p>In summary, the LMP 307 Stainless Steel Sensor combines precision engineering with durable materials to deliver consistent performance across varied industrial environments. Its adaptability through temperature ranges and efficient handling of moderate pressures make it an invaluable tool for technical professionals looking for quality assurance in their measurements.</p>