<p>The LMK 809 Ceramic Sensor is a reliable solution for industries that demand precision and durability in liquid level measurement. This sensor, part of the well-regarded LMK series, offers an impressive accuracy of 0.35% Full Scale Output (FSO), making it suitable for applications where precise measurements are critical.</p><p>Designed with practicality in mind, the housing material is constructed from robust plastic, ensuring resilience against environmental factors while maintaining a lightweight profile. The sensor&#39;s IP68 degree of protection guarantees complete resistance to dust ingress and prolonged immersion in water, which is ideal for challenging operational environments.</p><p>With an operational temperature range spanning from -25 to 80 degrees Celsius, the LMK 809 performs reliably across various climates and conditions. This makes it versatile enough for use in both indoor and outdoor settings without compromising on performance or safety.</p><p>The sensor adheres to several international standards and approvals including CE marking, cULus certification, REACH compliance, and RoHS directives. These certifications affirm its quality construction and environmentally friendly design by meeting stringent regulatory requirements.</p><p>Rated at a pressure capacity of up to 2.5 meters H2O (water column), this ceramic sensor is particularly suited for applications involving fluid level monitoring in tanks or reservoirs. The included PUR cable electrical connection ensures a secure link between the sensor and your system’s electronics while offering excellent resistance to oils, chemicals, and abrasion.</p><p>A notable feature of the LMK 809 is its quick response time of just 380 milliseconds. This rapid feedback loop allows operators to make timely decisions based on real-time data—a crucial aspect when managing dynamic systems where changes can occur rapidly.</p><p>Overall, the LMK 809 Ceramic Sensor stands out as a dependable component within any industrial setup requiring accurate liquid level detection under varying conditions. Its combination of precision engineering with durable materials provides users with confidence that their operations will run smoothly without unexpected interruptions or maintenance concerns due to equipment failure.</p><p>This product effectively balances performance with reliability—ensuring your technical requirements are met consistently over its lifecycle without unnecessary complexity or cost implications often associated with more elaborate systems.</p>