Cost-effective pressure transducer with ceramic sensor for measurement in gases or liquids. Pressure transducer with oil-free ceramic sensor to measure gauge pressure in gases or liquids.
- Process connections: Threads
- Process temperature: -25 to +85°C (-13 to +185°F)
- Process pressure: 400mbar to +40bar (6 to 600psi)
- Accuracy: ±0.5% of span
Benefits
- Easy and time-saving installation and set up within the plant due to very compact construction and customizable measuring ranges
- Reference accuracy of 0.5% together with high long- term stability and repeatability ensures a high quality of process monitoring in standard processes
- Capacitive oil-free measuring cell with high abrasion resistance and 100% test coverage during production guarantees long process availability
Supply voltage
Analogue output: 10…30 VDC
0…10 V output: 12…30 VDC
Reference Accuracy
0.5 %
Long term stability
0.2 % of URL/year
Process temperature
-25 °C…+85 °C
(-13 °F…+185 °F)
Ambient temperature
-40 °C…+70 °C
(-40 °F…+158 °F)
Measuring cell
+400 mbar…+40 bar
(+6 psi…+600 psi)
Max. overpressure limit
max. 60 bar (900 psi)
Process connection
Threads:
G1/4, G1/2,
MNPT 1/4, MNPT 1/2,
DIN13
Communication
4…20 mA
0…10 V
Design approvals
EN10204-3.1 Final inspection report
Cleaned from oil and grease
Features
- Comes with a 5-year warranty in many regions, which indicates confidence in long-term reliability.
- It’s part of Endress+Hauser’s FUNDAMENTAL (or “Fundamental”) selection in the FLEX family: simple, reliable, and designed for basic but robust process measurement.
- Very price-attractive option for compact pressure measurement.
- Suitable for standard process-industry applications (liquids or gases) where high-end features are not needed.
- Short/fast installation and setup because of its compact design and simple configurable range.
- Not designed for very high temperature processes (limited to 85 °C).
- The sensor is ceramic — more robust than some, but may not handle very corrosive or extreme fluid conditions as some metal-seal devices.
