(click on each component for more details)
State-of-the-art signal processing and innovative modularity offers customers incomparable performance, accuracy, flexibility and the most maintenance-free solution amongst all flow technologies.
As thousands of customers have come to know, the UltraFlow 150 offers outstanding benefits over other technologies, including:
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Non-intrusive probe design mitigates corrosion, erosion and agglomeration of the transducers…leading to years of uninterruptible operation and reliability.
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Flow measurement is intrinsically independent of flue gas composition, pressure, temperature, viscosity, etc…thereby eliminating continual corrections to flow equations.
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Long-path average measurement methodology…leading to far superior accuracies versus single point systems like pitot tubes and thermal flow systems.
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Ultra-low drift operation <1.0%…eliminating the hassles of continual calibration.
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Full system calibration checks…ensures total system integrity.
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Measurement technique intrinsically rejects cyclonic flow…no high bias as with pitot tubes.
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Advanced signal processing and affordable x-pattern configuration rejects pitch effects…eliminating errors of other ultrasonic technologies.
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Building on the successful performance of the UltraFlow 100, Teledyne Monitor Labs has substantially improved and updated the design of our new UltraFlow 150. Our objective in our redesign was to further improve system accuracy, reliability and availability, while simplifying maintenance and user ability. Some of the UltraFlow 150’s new features and benefits include:
New lower mounting angles (>=15º) can improve ability of the monitor to reject flow pitch effects *
5ft. vertical offsets between transducers eliminates the need for a 2nd platform *
Can be installed on existing 45º angles with ease
Six-fold increase in resolution provides even greater accuracy (2-5% not unusual)
All programming capable through the Enhanced Remote Panel or Transducer Interface Enclosure
Operator capability to program curve coefficients through the panel or RS232 port
Polynomial or three-point look-up table for the correlation curve
Three point look-up table for the temperature R-factor for improved temperature calculation
Support for a stack-mounted barometric pressure transducer and RTD inputs
Local User Display available in the Transducer Interface Enclosure
Signal/Noise diagnostic check to predict transducer fouling or failure
Quick disconnects/connects on transducer assemblies for easy extraction and insertion
Single pair of wire to communicate between the stack and remote panel