FLOWSIC100 VOLUME FLOW MEASURING DEVICES

Fields of applications
  • Continuous emission measurement during power generation
  • Emission monitoring in waste incineration plants
  • Emission measurement in the processing industry (cement, iron and steel, glass)
  • Emission monitoring in the chemical and hydrocarbon processing (HPI) industry
  • Emission monitoring in the paper and textiles industry
  • Flow measurements and process control in e. g., heating and ventilation systems
At a glance
  • Rugged titanium converters for long service life
  • Corrosion-resistant material for use with aggressive gases (option)
  • Integrated measurement via duct diameter for types H, M, and S
  • Probe version PR for cost-saving, single-sided installation in duct
  • Automated operational check with zero and reference point test
Your Benefits
  • Reliable flow measurement for ducts with small up to very large diameters
  • High durability of the device
  • Minimum operating and maintenance costs
  • Accurate measuring results under difficult measuring conditions
  • Measurement without pressure loss, therefore no influences on the process
  • User-friendly operation via SOPAS ET software
  • Reliable function monitoring due to enhanced diagnosis
  • No purge air required for applications with gas temperatures up to 260 °C
VOLUME FLOW MEASURING DEVICES FOR CONTINUOUS EMISSION MONITORING
The product family FLOWSIC100 was designed for emission monitoring tasks. The “H” versions are suitable for stacks with large diameters and applications with high dust content. The “M” versions are especially suited for stacks with medium diameter. The ultrasonic transducers of the “PR” probe type are mounted with fixed path length on one sender/receiver unit (measuring probe). The “AC” versions have an innovative internal cooling and are suitable for gas temperatures up to 450 °C. The purged “Px” versions are used for gases with high concentrations of sticky or wet dust.

Rugged titanium transducers are standard and suitable under difficult conditions. The measuring system consists of 2 sender/receiver units or a measuring probe and a MCU control unit. The MCU is used for input and output of signals, for calculation of volume flow to reference conditions (standardization) as well as user-friendly LCD interface.