Differential pressure measurement in pressurized tanks, differential pressure measurement for filter monitoring.
Parallel display of differential pressure and head or system pressure in the display and two mA output interfacesElectronic detection and digital transmission without capillariesDetection and evaluation of temperature and pressure directly in the sensor stem: Extremely short response time, data output in real time, superior resistance to temperature shocksPressure sensor and electronics using digital signaling to avoid negative impact of temperature changesSimple and reliable remote wire cable avoid frequent recalibrationImproved temperature compensation reduces errors in process temperature changesGraphical user interface with intuitive settingsIntegrated tank linearization and density compensation in the sensorIntegrated pressure compensation: Pressure values for 10 food types are already integrated, others can easily be addedEasy start of operation: “Plug and play” due to intuitive operation and simple selection of pre-defined parametersSuperior efficiency by reduced maintenance, avoidance of downtimes and higher degree of product utilizationDue to the modular design, components of the sensor can be replaced on siteOptionally one or two remote pressure sensorsPredefined and customized tank geometries and product properties adjustable2x standard 4 … 20mA interfaces incl. HART 7.0 communicationMeasuring range from -1 … 35 barTotal length between two pressure sensors up to 30mTechnical SpecificationProcess ConnectionCLEANadapt | Dairy flange | DRD | SMS Liner | Tri-Clamp | CPM | Endress & Hauser UniversalWetted materialStainless steel 1.4404 (316L) Ra?0,8 ?m | Diaphragm Stainless steel 1.4404 (316L), Ra?0,64 ?mMeasuring range0…0.4 | -1…2 | -1…7 | -1…35 barAccuracy± 0.15% of the calibrated rangeAvailable versionsCompact | RemoteTemperature range process-18…110 °CTemperature range CIP/SIP135 °C / max. 60 min.Communication4…20 mA | HART 7.0The values shown are the performance limits within the product line. The product-specific data for each individual configuration can be obtained from the product information
