<p>The DMP 343 series stainless steel sensor is a robust and reliable solution for industrial and commercial applications, providing precise pressure measurements with its impressive specifications. Designed to withstand demanding environments, this sensor offers an output type of 4-20 mA, ensuring seamless integration with existing systems.</p><p>One of the key features of the DMP 343 is its high accuracy, maintaining better than 0.35% Full Scale Output (FSO) for pressures over 100 mbar. This level of precision makes it ideal for applications where exact measurements are crucial. The sensor operates efficiently across a wide temperature range from -40 to 125 degrees Celsius, making it suitable for various climatic conditions.</p><p>Compliance with international standards such as CE, cULus, IEC, REACH, and RoHS highlights its commitment to safety and environmental considerations. The shock resistance rating of 500 g/1 ms ensures that the sensor can endure harsh physical impacts without compromising performance.</p><p>With a mechanical life rated at an impressive ten million operations, the DMP 343 promises longevity and reliability in continuous use scenarios. It handles a rated pressure of up to 400 mbar effectively while featuring a G1/2 inch DIN 3852 mechanical connection for secure installation.</p><p>For electrical connectivity, it employs an M12 x 1 male plug with four pins—offering straightforward integration into your system&#39;s architecture. The response time is impressively quick at less than or equal to ten milliseconds—essential for real-time monitoring applications.</p><p>Additionally, the FKM seal material used in this sensor provides excellent chemical resistance and durability under extreme conditions.</p><p>In summary, the DMP 343 series stainless steel sensor stands out as a dependable component in any setup requiring accurate pressure measurement under challenging conditions. Its combination of precision engineering and compliance with rigorous industry standards makes it well-suited for professionals seeking reliable performance over extended periods.</p>