Details:

Features

Measuring ranges: -100 to +100 mbar up to -1 to +25 bar relative, 0 to 600 mbar to 0 to 25 bar absoluteFor relative pressure, absolute pressure, and filling levelImpervious to aggressive and abrasive gases, vapors, and liquidsTemperature of medium: -40 to +120 °CLinearity: ? 0.1 % of end valueExcellent long-term stability of < 0.1 % per yearExcellent temperature compensationOperation on site or using HART protocolSignaling if the measuring range is exceeded or not met and in the event of sensor exceedance and sensor faults
Visible on the display
 Pressure in 13 different units; measured value in % or scaled with a choice of measuring unitOutput current in mASensor temperature in °C or °FMeasured value error, measured value outside of measuring rangeMinimum pressure and maximum pressure (drag indicator)Pressure and sensor temperature can be displayed simultaneously Settings via the operating keys Zero point correctionStart and end of measuring without pressure specification (blind setting) or with pressure specification: simple, time-saving, convenientAttenuationCurrent generator functionOutput signal in event of fault: adjustable to 3.85 mA or 21.5 mALock function for keysReset function for minimum and maximum measured values (drag indicator)Density correction for various measuring mediaMeasuring units for pressure and temperature
    

Customer benefits

Process reliability
In addition to the good long-term stability achieved by the used electrode material and a special coating process, the capacitive ceramic measuring cell made of aluminum oxide (99.9 %) also has up to 80 times overload resistance. The measuring method meets the most stringent requirements for resolution and reproducibility. The combination of the diaphragm with high resistance to mechanical load and the stainless steel case (material number 1.4571) provides excellent chemical resistance to many aggressive media.  
 Simple and time-saving
To save time, the measuring instrument can be operated on site or with the added convenience of a HART protocol (digital communication).

Applications

Water and wastewater technologyPaper productionOil and gas industryPower stationsChemical and petrochemical industriesFood and beverage industryPharmaceutical industry