<p>The LMK 458 Ceramic Sensor is a robust solution designed for industrial and commercial applications where precision and reliability are paramount. This sensor stands out with its impressive accuracy of 0.25% FSO, ensuring precise measurements in critical environments.</p><p>Constructed with a durable copper nickel alloy housing, the LMK 458 is built to withstand harsh conditions while maintaining integrity over time. Its operational temperature range from -25 to 125 degrees Celsius makes it suitable for diverse applications, from chilled environments to high-temperature settings.</p><p>The ceramic diaphragm, made from Al2O3 at 96% purity, offers excellent resistance to wear and chemical exposure, making it ideal for demanding industrial processes. The sensor&#39;s mechanical stability is rated at 4 g RMS, ensuring reliable performance even in environments subject to vibration or mechanical stress.</p><p>Connectivity is facilitated by a TPE-U cable that provides secure electrical connections while enhancing durability and flexibility during installation. With a response time of just 380 ms, the LMK 458 delivers swift feedback essential for dynamic systems requiring real-time data processing.</p><p>This sensor complies with an array of international standards and approvals including ABS, CCS Certificate, CE marking, cULus listing, DNV-Approval, LR-Certificate as well as REACH and RoHS compliance. These certifications underscore its suitability for global applications across various industries.</p><p>Rated at a current range of 0.004-0.02 A, this product efficiently meets energy demands without compromising on performance or durability. Whether deployed in marine applications or heavy machinery monitoring systems, the LMK 458 proves itself as a dependable component engineered for excellence.</p><p>In summary, the LMK 458 Ceramic Sensor offers an optimal blend of precision engineering and rugged construction tailored to meet the stringent requirements of modern industrial operations while adhering to international safety and environmental standards.</p>