Product Highlights
The DMP339 Pressure Transmitter is a versatile and reliable device designed to accurately measure pressure in various applications. It offers a wide range of nominal pressures, from 0 to 60 bar up to 0 to 600 bar, ensuring flexibility for different operating conditions. The transmitter provides two output signal options: a 2-wire configuration with a 4-20 mA signal and a 3-wire setup with options for both 0-20 mA and 0-10 V signals.
Moreover, the DMP339 can be customised to accommodate specific requirements, with additional output signals available upon request. Notably, its mechanical connection features a G 1/4″ flush design, making it suitable for measuring viscous and pasty media. For hazardous environments, an optional IS-version (Ex ia) is available, ensuring intrinsic safety for both gases and dusts.
Furthermore, the transmitter offers various electrical connections and can be tailored to customer-specific versions, providing adaptability and convenience. Overall, the DMP339 Pressure Transmitter combines accuracy, versatility, and customisation to meet the diverse needs of pressure measurement applications.
Applications
The DMP 339 Pressure Transmitter is particularly well-suited for plant and machine engineering – especially conveyor plants and dosing systems. In these environments, precise pressure measurement is crucial for maintaining the efficiency and safety of automated processes. Conveyor plants rely on accurate pressure data to ensure smooth material transport, while dosing systems require reliable pressure monitoring to deliver exact quantities of fluids or gases. The robust design and high accuracy of the DMP 339 make it ideal for these demanding industrial settings, where consistent performance and durability are essential.
Another key area of use is hydraulics. Hydraulic systems depend on precise pressure control to operate machinery such as presses, lifts, and heavy equipment. The DMP 339’s ability to provide accurate and stable pressure readings ensures that hydraulic circuits function optimally, preventing system failures and enhancing operational safety. Its compatibility with a wide range of hydraulic fluids and its resistance to harsh conditions further support its application in this field.
