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Ultrasonic measurement system, FLOWSIC150 Carflow

 
 

The FLOWSIC150 provides first-rate performance in a compact design. The combination of state-of-the-art sensor technology and powerful electronics allows outstanding measurement accuracy with exhaust temperatures up to 600 °C. The ultrasonic measurement principle creates no pressure drop, has no moving parts, is independent from pressure, temperature and gas composition and therefore provides reliable operation with low maintenance effort. By measuring undiluted exhaust gas directly, the FLOWSIC150 is easy to install, operates reactionless and is ideally suited for flexible exhaust gas flow measurement on chassis and engine test benches.

At a glance

  • Real-time ultrasonic exhaust gas flow measurement
  • Independent from pressure, temperature and gas composition
  • Outstanding measurement accuracy
  • For exhaust gas temperatures up to 600 °C
  • Direct measurement made in undiluted exhaust gas
  • Heated measuring section
  • Minimum backpressure
  • Small footprint, mobile, flexible process connections

    Your benefits

  • High quality of measuring data due to high accuracy and stability
  • Reliable exhaust flow measurement even in low flow conditions and idle mode
  • Safe operation based on design for high exhaust gas temperatures
  • Versatile concept - ideally suited for use on existing test benches and bays
  • Reduced invest due to mobile use on multiple test benches
  • Comfortable installation without effect on engine characteristics and exhaust analyzers.
  • Extended up-time as a result of the patented sensor cooling
  • Low operational costs owing to low maintenance request

    Fields of application

  • Exhaust flow measurement in automotive research and development
  • Real-time exhaust flow measurement on chassis and engine test benches.
  • Determination of modal exhaust emissions in combination with standard exhaust analyzers.
  • Proportional control of the mass flow controller for sampling in Bag Mini Diluter systems (BMD)
    Technical data
    Measurement principle: Ultrasonic transit time difference measurement
    Measured values: Gas pressure
    Gas velocity
    Gas temperature
    Sound velocity
    Volumetric flow, a. c.
    Volumetric flow s. c.
    Max. number of measurands: 2
    Measuring ranges: Gas pressure: 700 ... 1,300 mbar
    Volumetric flow (2.5'' version): 0 ... 650 m3/h
    Volumetric flow (4'' version): 0 ... 1,800 m3/h
    Температура процесса: ≤+600 °C
    Давление процесса: 700 ... 1,300 mbar
    Ambient temperature: -10 ... +40 °C
    Ambient pressure:
    atmospheric
    Ambient humidity: 5 ... 95 %
    relative humidity
    Electrical safety: CE
    Analog outputs: 2 outputs:
    0/2/4 ... 20 mA, 760 Ω
    for normalized volume flow and absolute pressure, freely scalable
    Interfaces: Ethernet (virtual COM-port)
    RS-232 (AK protocol)
    USB (service interface)
    Bus protocol: AK protocol
    Operation: Via LC-display or software SOPAS ET
    Device version: 2.5'' version, 4'' version
    Diagnostics functions: Self test and fault diagnosis
    Mounting: Connection with male thread type G, Quick connector
     

    The FLOWSIC150 provides first-rate performance in a compact design. The combination of state-of-the-art sensor technology and powerful electronics allows outstanding measurement accuracy with exhaust temperatures up to 600 °C. The ultrasonic measurement principle creates no pressure drop, has no moving parts, is independent from pressure, temperature and gas composition and therefore provides reliable operation with low maintenance effort. By measuring undiluted exhaust gas directly, the FLOWSIC150 is easy to install, operates reactionless and is ideally suited for flexible exhaust gas flow measurement on chassis and engine test benches.

    At a glance

  • Real-time ultrasonic exhaust gas flow measurement
  • Independent from pressure, temperature and gas composition
  • Outstanding measurement accuracy
  • For exhaust gas temperatures up to 600 °C
  • Direct measurement made in undiluted exhaust gas
  • Heated measuring section
  • Minimum backpressure
  • Small footprint, mobile, flexible process connections

    Your benefits

  • High quality of measuring data due to high accuracy and stability
  • Reliable exhaust flow measurement even in low flow conditions and idle mode
  • Safe operation based on design for high exhaust gas temperatures
  • Versatile concept - ideally suited for use on existing test benches and bays
  • Reduced invest due to mobile use on multiple test benches
  • Comfortable installation without effect on engine characteristics and exhaust analyzers.
  • Extended up-time as a result of the patented sensor cooling
  • Low operational costs owing to low maintenance request

    Fields of application

  • Exhaust flow measurement in automotive research and development
  • Real-time exhaust flow measurement on chassis and engine test benches.
  • Determination of modal exhaust emissions in combination with standard exhaust analyzers.
  • Proportional control of the mass flow controller for sampling in Bag Mini Diluter systems (BMD)
    Technical data
    Max. number of measurands: 2
    Measured values: Gas pressure, Gas velocity, Gas temperature, Sound velocity, Volumetric flow, a. c., Volumetric flow s. c.
    Measurement principle: Ultrasonic transit time difference measurement
    Measuring ranges: Gas pressure: 700 ... 1,300 mbar
    Volumetric flow a. c. (2.5'' version): 0 ... 180 l/s / 0 ... 650 m3/h
    Volumetric flow a. c. (4'' version): 0 ... 500 l/s / 0 ... 1,800 m3/h
    Diagnostics functions: Self test and fault diagnosis
    Температура процесса: ≤+600 °C
    Давление процесса: 700 ... 1,300 mbar
    Ambient temperature: -10 ... +40 °C
    Ambient pressure:
    atmospheric
    Ambient humidity: 5 ... 95 %
    relative humidity
    Electrical safety: CE
    Analog outputs: 2 outputs:
    0/2/4 ... 20 mA, 760 Ω
    for normalized volume flow and absolute pressure, freely scalable
    Interfaces: Ethernet (virtual COM-port)
    RS-232 (AK protocol)
    USB (service interface)
    Bus protocol: AK protocol
    Operation: Via LC-display or software SOPAS ET
    Device version: 2.5'' version
    4'' version
    Mounting: Connection with male thread type G
    Quick connector
     
     

     
     
     
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