DMK 351 Pressure Transmitter

Accurate pressure control in hazardous areas

Meet the DMK 351 Pressure Transmitter, crafted for accurate small system pressure and filling height measurements in plant and machine engineering, laboratories, and more. Featuring an in-house developed capacitive sensor, it offers top-notch accuracy and durability. The transmitter excels in overpressure resistance, ensuring dependable performance in tough conditions. Its excellent temperature and media resistance make it versatile for various environments. For hazardous areas, an intrinsically safe version is available, providing safety in explosive atmospheres. Choose the DMK 351 for precision and reliability in your industrial processes.

DMK 351 Pressure Transmitter Product Parameters

  • Pressure Ranges: From 0 … 40 mbar to 0 … 20 bar.
  • Output Signal: 2-wire: 4 … 20 mA; 3-wire: 0 … 10 V; more options available.
  • Accuracy: High media resistance for reliable performance.
  • Electrical Connections: Includes 2-wire and 3-wire systems.
  • Process Connections: Customisable to fit various industrial needs.
  • Media Compatibility: Diaphragm made of 99.9% AI2O3 for enhanced durability.
  • Special Features: IS-versions for gases and dusts with T4 and T6 temperature classes; customizable versions.

Product Highlights

The DMK351 Pressure Transmitter is a versatile and reliable instrument designed to accurately measure nominal pressure ranging from 0 … 40 mbar up to 0 … 20 bar. It offers two output signal options for seamless integration into various systems: a 2-wire configuration with a range of 4 … 20 mA and a 3-wire option with a range of 0 … 10 V, with the ability to accommodate other output signal requests. 

The transmitter boasts high media resistance, ensuring durability and consistent performance even in challenging environments. For added safety, optional versions include the IS-version (temperature class T4) that is intrinsically safe for gases and dusts, as well as the IS-version (temperature class T6). The diaphragm is constructed with 99.9% AI2O3 for enhanced reliability. Moreover, the DMK351 Pressure Transmitter offers customer-specific versions, allowing for tailored solutions to meet specific requirements.

Applications

The DMK 351 Pressure Transmitter is widely used in plant and machine engineering, where precise and reliable pressure measurement is essential for the safe and efficient operation of industrial systems. In this context, the transmitter monitors hydraulic and pneumatic pressures, ensuring that machinery operates within safe parameters and helping to prevent costly breakdowns or accidents. Its robust design and compatibility with a variety of process media make it a dependable choice for engineers seeking to optimize plant performance and maintain high standards of operational safety.

In the field of laboratory techniques, the DMK 351 is valued for its accuracy and stability, which are critical for experimental and analytical work. Laboratories often require precise pressure measurements for research, calibration, and quality control processes. The transmitter’s ability to deliver consistent readings, even in challenging environments, supports scientists and technicians in obtaining reliable data, which is fundamental for reproducible results and the advancement of scientific knowledge.

When it comes to fuel and oil applications, the DMK 351 is designed to withstand aggressive media and harsh conditions commonly found in the energy sector. It is used to monitor the pressure in storage tanks, pipelines, and processing equipment, ensuring the safe handling and transport of fuels and lubricants. The transmitter’s compatibility with a range of oils and fuels, along with its resistance to corrosion, makes it an ideal solution for maintaining system integrity and preventing leaks or spills.

For water applications, the DMK 351 is employed in both potable and industrial water systems to monitor pressure in pipelines, pumps, and filtration units. Accurate pressure measurement is crucial for maintaining water quality, optimizing flow rates, and protecting infrastructure from overpressure or vacuum conditions. The transmitter’s robust construction and reliable performance help utilities and facility managers ensure the continuous and safe supply of water, whether for municipal, commercial, or industrial use.

To download the latest datasheet click here: DMK 351

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