Custody transfer of gas

Monitoring natural gas flows to a power plant is important not only for measuring custody transfer of the gas but also for company-internal measurement and billing processes. The FLOWSIC600-XT is an ultrasonic gas flow meter for high-precision measurements. The FLOWSIC600-XT 2plex combines a gas flow meter for custody transfer applications (4 measuring paths) and a device for comparative measurement (1 measuring path) in a single housing. Thanks to the direct path layout, the gas flow meter is not influenced by contamination. This ensures the long-term stability and accuracy of the device.

  • Following product families can be used
    The perfect match
    • User-friendly product family
    • Automatic adjustment of pressure and temperature influences
    • Available for all operating conditions
    • PowerIn Technology™ for reliable backup operation
    • Intelligent application diagnostics with i-diagnostics™
    • Can be extended to include flow computers using connect-and-go technology
    • Measuring capability up to 30% hydrogen in natural gas
    • Gas quality indicator for quantifying the H2 content
    Reliable turnkey solution for fiscal metering
    • Complete calibration is possible
    • Customization of instrumentation including gas analyzer, gas chromatograph, and supervisory computer
    • Seamless integration with the flow computer Flow-X from SICK
    • Available from Class 150 to Class 2500
    • Modular design
    • Rugged and time-proven ultrasound technology
    • Diagnostics and permanent operational self-monitoring
    • Durable and reliable without moving parts
    • Compact meter installations
    • Integrated volume correction
    • Battery or intrinsically safe power supply
    • Bluetooth Low Energy (BLE)
    Modular solutions for fiscal metering
    • Utilises the ultrasonic flow meters FLOWSIC600 or FLOWSIC600-XT
    • Available from DN 50 to DN 1200 from Class 150 to Class 2500
    • With calibration the uncertainty of 0.1% is achievable
    • Customization of system components
    • Seamless integration with the SICK Flow-X flow computer