Ultrasonic Flow Meter

Transmitter Housing Material: AlSi10Mg, Coated; 1.4404 (316L)

Degree Of Protection: IP66/67, Type 4X Enclosure

Measuring Range: 0.025 To 5 M/s (0.02 To 16.4 Ft/s)

Max. Process Pressure: PN 25 / ASME Cl. 150

Max. Process Pressure: 0.7 To 101 Bar A (10.15 To 1464.88 Psi A)

Medium Temperature Range: -50 To 150 °C (-58 To +302°F)

Measuring Range: Gas: 0.3 M/s To 40 M/s

Max. Process Pressure: 0.7 To 101 Bar A (10.15 To 1464.88 Psi A)

Inputs: Status Input

Digital Communication: HART

Inputs: Status Input

Digital Communication: HART, Modbus RS485

Power Supply: AC 100 To 240 V / AC/DC 24 V

Approvals: CCSAus

Display/Operation: Direct Reading Of Status Information Via Color LEDs

Outputs: Pulse/Frequency

Max. Process Pressure: Max. 16 Bar At 20 °C (232 Psi At 68 °F)

Medium Temperature Range: 0 To 100 °C (32 To 212 °F)

Process Temperature: 0 To 120°C (32 To 248 °F)

Process Pressure: Max. 16 Bar At 20 °C (232 Psi At 68 °F)

Process Temperature: 0 To 100 °C (32 To 212 °F)

Process Pressure: Max. 16 Bar At 20 °C (232 Psi At 68 °F)

Measuring Principle: Ultrasonic Transit Time Difference Measurement

Measured Variables: Volume A. C., Volumetric Flow A. C., Fluid Velocity, Speed Of Sound

Measuring Principle: Ultrasonic Transit Time Difference Measurement

Measured Variables: Mass Flow Rate, Volumetric Flow S. C. (standard Condition), Volumetric Flow A. C. (actual Condition), Molecular Weight, Gas Volume And Mass, Gas Velocity, Sound Velocity

Measuring Principle: Ultrasonic Transit Time Difference Measurement

Measured Variables: Volume A. C., Volumetric Flow A. C., Gas Velocity, Volume S. C. (*), Volume Flow Under S.c. (*)

Measuring Principle: Ultrasonic Transit Time Difference Measurement

Measured Variables: Volumetric Flow A. C., Volume A. C., Gas Velocity, Speed Of Sound, Optional Volume Correction Via Integrated, Electronic Volume Corrector (EVC)

Output Type: Standard TTL Output (Modbus-RTU Protocol)

Accuracy: ±0.5%