DMP 339P Flush Pressure Transmitter Product Highlights
The DMP339P Pressure Transmitter is a versatile and reliable instrument designed for accurate pressure measurements across a wide range of applications. With a nominal pressure ranging from 0 to 25 bar up to 0 to 600 bar, it offers excellent flexibility to suit different pressure requirements. The transmitter provides two output signal options: a 2-wire configuration with a 4 to 20 mA signal and a 3-wire configuration with a 0 to 10 V output.
One of its special characteristics is the mechanical connection, which features a G 1/4″ flush welded design, ensuring a secure and leak-free connection. Additionally, the DMP339P is suitable for measuring viscous and pasty media, making it ideal for various industries. It also offers optional versions with different electrical connections and the possibility of customer-specific adaptations, ensuring it can be tailored to specific needs and integration requirements.
Flush Pressure Transmitter Applications
The DMP 339 P Pressure Transmitter is widely used in plant and machine engineering – especially conveyor plants and dosing systems. In these industrial environments, precise pressure monitoring is essential for the smooth operation of automated machinery. For conveyor plants, the transmitter helps ensure that materials are transported efficiently and safely by providing real-time pressure data that can be used to control and optimize the movement of goods. In dosing systems, accurate pressure measurement is critical for delivering exact amounts of liquids or gases, which is vital for maintaining product quality and process consistency. The DMP 339 P’s robust design and high accuracy make it particularly suitable for these demanding applications, where reliability and precision are key.
Another important application is in hydraulics. Hydraulic systems rely on stable and accurate pressure readings to control the movement of actuators, valves, and pumps. The DMP 339 P Pressure Transmitter is designed to withstand the high pressures and dynamic conditions typical of hydraulic circuits. By providing precise pressure data, it helps maintain the efficiency and safety of hydraulic machinery, prevents system failures, and supports smooth and controlled operation. Its compatibility with various hydraulic fluids and its durable construction make it a dependable choice for hydraulic applications in a wide range of industrial settings.
