Superior Flow Measurement Accuracy
with No Straight Run Requirements and
Turndowns up to 65:1
Applications
• Gas - air, nitrogen, methane, mixed compositions,
• Liquid - feedwater, chilled water, condensate, liquid propylene & hydrocarbon liquids,
• Steam - superheated, saturated.
Systems of Valves
• Tideflex Effluent Diffusers
Valves
• Control valves - Singer
• Pinch valves (manual, air-operated)
• All-Rubber Check Valves - Tideflex
Sensors
• Oil Spill Detector - OilSpy
• Flow Conditioners - VORTAB
• FlowMeters - FCI (Thermal Dispersion)
• FlowMeters - Accelabar (Nozzle + Pitot)
• FlowSwitches
• Level Transmitters
Read more at www.measurIT.com
MeasurIT Technologies Ltd.
Craan, Craanford,
Gorey, Co. Wexford, Ireland
phone: +353 (0)53 942 8962
fax: +353 (0)53 942 8963
Solving critical process applications for the Power & Energy Industry by utilizing Thermal Dispersion & Coriolis technologies in all flow, level, temperature switches & mass flow meters
Read more at www.measurIT.com
The nozzle has a patented "settling distance" that accelerates, linearizes and stabilizes the velocity profile sensed by the Verabar.
The Verabar pitot located within the nozzle accurately measures and significantly increases the differential pressure output to increase the operating range (turndown).
DISCOVER OUR IMPRESSIVE PERFORMANCE ADVANTAGE
For more information please visit www.measurIT.com
Introducing Accelabar Flow Meter
No Straight Run Required
The Accelabar can be used in extremely limited straight run piping configurations. The straight run is integral to the meter due to the nozzle. The stabilization and linearization of the velocity profile within the throat of the nozzle eliminates the need for any upstream run.
Read more about the Accelabar Flow Meter.
Superior Signal Stability & Greater Resistance to Clogging
Developed from aerospace technology the Verabar averaging pitot flow sensor features one-piece construction and bullet shape.
What makes flow measurement clog-free and precise is, retreated from the partial vacuum at the rear of the sensor, the location of low pressure ports on the sides of the sensor.
Read more about the Verabar Sensor.
