DMP 320 Pressure Transmitter Highlights and Capabilities
The DMP320 Pressure Transmitter is a versatile and high-performance device designed for accurate pressure measurements. It offers a wide range of nominal pressure options, ranging from 0…100 mbar up to 0…600 bar, making it suitable for various applications. The transmitter provides a 3-wire output signal with options of 0.1…10 V or 4…20 mA, and other output signal configurations can be requested as per the customer’s requirements. One of its key strengths is its exceptionally fast response time, clocking in at ≤ 0.5 msec, allowing for precise and real-time pressure readings.
With an internal sample rate of 10 kHz, the DMP320 ensures reliable and rapid data acquisition. It boasts an impressive accuracy of 0.1% FSO (Full-Scale Output) and exhibits excellent thermal behaviour, making it reliable in demanding environmental conditions. Moreover, it offers outstanding long-term stability, ensuring consistent and reliable performance over an extended period. Additionally, the DMP320 Pressure Transmitter is available in optional customer-specific versions, enabling customisation to meet unique application requirements.
Applications
In plant and machine engineering, the DMP 320 Pressure Transmitter is used to monitor and control pressure in various industrial systems. This includes applications such as hydraulic and pneumatic systems, where precise pressure measurement is essential for maintaining operational safety and efficiency. The transmitter’s fast response time and high accuracy help ensure that machinery operates within safe pressure limits, reducing the risk of equipment failure and downtime.
Within the energy industry, the DMP 320 is applied to monitor pressure in systems such as power plants, gas distribution networks, and other energy production or distribution facilities. Accurate pressure monitoring is crucial for maintaining the integrity and safety of pipelines, boilers, and other critical infrastructure. The transmitter’s robust design and reliable performance under demanding conditions make it suitable for these high-stakes environments, where even minor pressure deviations can have significant consequences.
