<p>The DMP 331 Stainless Steel Sensor is a robust and reliable choice for professionals in the industrial and commercial sectors seeking precise pressure measurements. Designed with durability in mind, this sensor is part of the well-regarded DMP 331 Series, ensuring consistent performance across various demanding environments.</p><p>This sensor features a 4-20 mA output type, providing a standard interface for integration with existing systems. Its accuracy stands at an impressive &lt;0.4 bar or 0.5% Full Scale Output (FSO), making it suitable for applications requiring high precision. Whether you&#39;re monitoring pressure in hydraulic systems or other critical processes, this sensor delivers dependable readings.</p><p>Built to withstand extreme conditions, the DMP 331 operates efficiently within a wide temperature range from -40 to 125 degrees Celsius. This flexibility ensures that it can be utilized effectively in both freezing and high-temperature settings without compromising performance.</p><p>In terms of durability, the sensor boasts an exceptional shock resistance of up to 500 g/1 ms, safeguarding its functionality against sudden impacts and vibrations often encountered in industrial environments. Its mechanical life extends up to an impressive 10 million operations, offering long-term reliability and reducing maintenance requirements over time.</p><p>The mechanical connection is standardized with a G1/2 inch DIN 3852 fitting, allowing for straightforward installation into existing setups without the need for specialized tools or adapters. The seal material used is FKM (fluoroelastomer), known for its excellent chemical resistance and ability to maintain integrity under harsh conditions.</p><p>With a swift response time of less than or equal to 10 milliseconds, the DMP 331 ensures rapid data acquisition and processing—critical for real-time monitoring applications where timely decision-making is paramount.</p><p>Overall, the DMP 331 Stainless Steel Sensor combines precision engineering with rugged construction to meet diverse application needs effectively. It stands out as a reliable component that balances technical sophistication with practical usability—a testament to its design tailored towards demanding operational standards.</p>