The maximum static pressure for a pressure transmitter varies significantly depending on the specific type, model, and manufacturer. However, high-performance differential pressure transmitters designed for demanding applications can handle very high static pressures.
Based on the provided reference regarding a high-static differential pressure transmitter from Fuji Electric, the maximum static pressure capability is exceptionally high.
According to the reference:
A champion of differential pressure measurement with high-performance features states that the Maximum static pressure for this specific transmitter is Up to 1,379 barg (20,000 psig).
This indicates a transmitter designed to accurately measure differential pressure even when the overall line pressure (static pressure) is extremely high.
Key Capabilities Highlighted in the Reference
The reference specifically focuses on a high static differential pressure transmitter with notable features:
- Maximum Static Pressure: Up to 1,379 barg (20,000 psig)
- Lowest Differential Pressure Measurement Range: 130 mbar (51 inH2O) @ 1,035 barg (15,000 psig) (demonstrating its ability to measure small differential changes under high static load)
- Accuracy: Up to 0.1% of calibrated/adjusted span
- Extended Long-Term Stability: 10 years
These specifications highlight a transmitter engineered for critical applications involving high pressure processes where precise differential pressure measurement is required despite the high static conditions.
