JUMO dTRANS p20 DELTA Ex d- Differential pressure transmitter with explosion-proof enclosure (type 403023)

Features

• HART® interface
• Explosion protection Ex d (ATEX)
• Linearity 0.07%
• Turn down 1:200
• Rotary knob for ease of operation
• Characteristic and display also adjustable for flow measurement
• Stainless steel enclosure
• Setup program
• LCD display with bar graph
• Display scaling with a choice of measurement units
• Display of sensor temperature
• Display of minimum and maximum pressures
• Current sensor function

Customer benefits

• Process safety
  Parts in contact with the medium are made of stainless steel (optionally with NiMo alloy, from Monel, titanium or PTFE, remote seals used for coating) and offer optimum resistance, even with aggressive media. With a characteristic curve deviation of 0.05%, the measuring instrument is highly precise and offers very high long-term stability of <0.1% per year. In the version with explosion protection "Ex d (explosion-proof enclosure)", the connection can be mounted to Zone 0 and the entire pressure transmitter can be mounted in Zone 1.
• Uncomplicated and time-saving
  The measuring device can be adjusted reliably and easily with a rotary knob on the instrument or with a convenient setup program.
  The instrument is equipped with both a HART interface and the JUMO interface.
  The rotary knob is operated from the outside and the instrument does not have to be opened. 

• Flexible
  The measuring instrument can be aligned in any mounting position for optimum readability, configuration and electrical installation.
  Measurement properties can be adapted to all important applications (process pressure, liquid level, flow rate) and ambient conditions with adjustable parameters.

Applications

• Chemical and petrochemical industries
• Oil and gas industry
• Power stations
• Water and wastewater engineering
• Paper production
• Food, tobacco and luxury items
• Pharmaceutical industry
• CIP/SIP systems
• Machine and plant engineering
• Air conditioning and refrigeration system construction