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Volume flow measuring device for emission monitoring, FLOWSIC100

Главная » Каталог » SICK » Расходомеры газа » Volume flow measuring device for emission monitoring, FLOWSIC100
 
 

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.

At a glance

  • Rugged titanium transducers for high durability
  • Corrosion-resistant material for application in aggressive gases (option)
  • Integral measurement over the duct diameter with types H, M and S
  • Probe type PR for economic installation from one side of the duct
  • Automatic function control with zero and span point check

    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

    Fields of application

  • Continuous emission measurements in power generation
  • Emission monitoring in waste incineration plants
  • Emission measurement in processing industries (cement, iron and steel, glass)
  • Emission monitoring in chemical and petrochemical industry
  • Emission monitoring in paper and textile industry
  • Flow measurement and process control e.g. in heating and ventilation plants
    Technical data
    Max. number of measurands: 1
    Measured values: Gas velocity, Gas temperature, Sound velocity, Volumetric flow, a. c., Volumetric flow s. c.
    Measurement principle: Ultrasonic transit time difference measurement
    Measuring ranges: Gas velocity: 0 ... ± 40 m/s
    Diagnostics functions: Automatic check cycle for zero and span point
    Extended device diagnosis via SOPAS ET software
    Температура процесса: -40 ... +450 °C
    depending on device version
    Давление процесса: -100 ... 100 hPa
    Nominal pipe size: 0.15 ... 13 m
    depending on device version
    Dust load: ≤100 g/m3
    depending on device version, measuring path, gas temperature and dust properties
    Ambient temperature: FLSE100 sender/receiver units , MCU control unit: -40 ... +60 °C
    Conformities: 2000/76/EC
    2001/80/EC
    27. BImSchV
    30. BImSchV
    EN 14181
    EN 15267
    EN 16911-2
    GOST
    MCERTS
    German Clean Air Regulations
    Electrical safety: CE
    Enclosure rating: IP 65
    Analog outputs: 1 output:
    0/2/4 ... 20 mA, 750 Ω
    electrically isolated; up to five outputs when using additional modules (option)
    Analog inputs: 2 inputs:
    0 ... 20 mA
    up to four outputs when using additional modules (option)
    Digital outputs: 5 relay outputs (change-over contacts), potential-free:
    48 V, 1 A
    safety extra-low voltage; for status signals "operation/malfunction", "limit value", "warning", "maintenance" and "check cycle"
    Digital inputs: 4 potential-free contacts
    Interfaces: RS-232 (via clamp terminal; service interface)
    RS-485 (for connection of sender/receiver unit(s))
    USB 1.1 (virtual COM port; service interface)
    Bus protocol: Ethernet TCP/IP (via optional interface module)
    Modbus (via optional interface module)
    Modbus TCP (via optional interface module)
    PROFIBUS DP (via optional interface module)
    Operation: Via LC-display or software SOPAS ET
    Device version: Cross-duct version
    Measuring probe version
    System components: Connection unit
    Flange(s) with tube
    FLSE100 sender/receiver units
    MCU control unit
    Mounting: Installation angle 45° (probe version)
    Installation angle 45° ... 60°
     

    The "AC" versions have an innovative internal cooling of the transducers and are suitable for applications with gas temperatures up to 450 °C. The system works with a special cooling circuit without an input of cooling air into the measuring medium. The FLOWSIC100 H-AC has a high ultrasound power and is therefore ideal for ducts with large diameters, as well as for applications with high dust content. The FLOWSIC100 M-AC with its medium ultrasound power is ideal for ducts with medium diameters.

    Rugged titanium transducers are standard and suitable under difficult conditions. The measuring system consists of 2 sender/receiver units and a control unit MCU with integrated blower 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.

    At a glance

  • Rugged titanium transducers for high durability
  • Innovative internal cooling for applications with gas temperatures up to 450 °C
  • No input of cooling air into measuring medium
  • Corrosion-resistant material for application in aggressive gases (option)
  • Integral measurement over the duct diameter
  • Automatic function control with zero and span point check

    Your benefits

  • Reliable flow measurement for ducts with small up to large diameters
  • High durability of the device
  • Minimum operating and maintenance costs
  • No influence on measuring medium due to closed cooling circuit
  • 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

    Fields of application

  • Continuous emission measurements in power generation
  • Emission monitoring in waste incineration plants
  • Emission measurement in processing industries (cement, iron and steel, glass)
  • Emission monitoring in chemical and petrochemical industry
  • Emission monitoring in paper and textile industry
  • Flow measurement and process control e.g. in heating and ventilation plants
    Technical data
    Measurement principle: Ultrasonic transit time difference measurement
    Measured values: Gas velocity
    Gas temperature
    Sound velocity
    Volumetric flow, a. c.
    Volumetric flow s. c.
    Max. number of measurands: 1
    Measuring ranges: Gas velocity: -40 ... 0 m/s / 0 ... 40 m/s
    Comment: Continuously adjustable
    Температура процесса: -40 ... +450 °C
    versions for lower temperatures on request
    Давление процесса: -100 ... 100 hPa
    Dust load: FLOWSIC100 H-AC: ≤10 g/m3
    FLOWSIC100 M-AC: ≤1 g/m3
    Nominal pipe size: FLOWSIC100 H-AC: 1.4 ... 11.3 m
    FLOWSIC100 M-AC: 0.15 ... 3.4 m
    Length of measuring path: FLOWSIC100 H-AC: 2 ... 13 m
    FLOWSIC100 M-AC: 0.2 ... 4 m
    Ambient temperature: FLSE100 sender/receiver units , MCU control unit: -40 ... +60 °C
    Conformities: 2000/76/EC
    2001/80/EC
    27. BImSchV
    EN 14181
    EN 15267
    German Clean Air Regulations
    Electrical safety: CE
    Enclosure rating: IP 65
    Analog outputs: 1 output:
    0/2/4 ... 22 mA, 750 Ω
    additional outputs if using I/O modules
    Analog inputs: 2 inputs:
    0 ... 20 mA , 0 ... 10 V
    additional inputs if using I/O modules
    Digital outputs: 5 floating outputs (change-over contacts) 48 V, 1 A
    additional outputs if using I/O modules
    Digital inputs: 4 potential-free contacts
    additional inputs if using I/O modules
    Interfaces: Ethernet (option)
    RS-232 (service interface)
    RS-485 (option)
    USB 1.1
    Bus protocol: Ethernet TCP/IP (option)
    Modbus (option)
    PROFIBUS DP (option)
    Operation: Via LC-display or software SOPAS ET
    Device version: Cross-duct version
    System components: Connection unit
    Flange(s) with tube
    FLSE100 sender/receiver units
    MCU control unit
    Diagnostics functions: Automatic check cycle for zero and span point
    Extended device diagnosis via SOPAS ET software
    Mounting: Installation angle 45° ... 60°
     

    The "High Power" FLOWSIC100 H version with high ultrasound power is suitable for measurements in stacks with large diameters as well as for applications with high dust content. The FLOWSIC100 M with medium acoustic power is especially suited for stacks with medium diameter. The ultrasonic transducers of the probe type FLOWSIC100 PR are mounted with fixed path length on one sender/receiver unit (measuring probe). This probe version requires installation from only one side of the duct with minimal effort. It enables installation in facilities with access from only one side.

    Rugged titanium transducers are standard and suitable under difficult conditions. The measuring system needs no purge air and consists of 2 sender/receiver units 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.

    At a glance

  • Rugged titanium transducers for high durability
  • Measuring system without purge air
  • Corrosion-resistant material for application in aggressive gases (option)
  • Integral measurement over the duct diameter with types H, M and S
  • Probe type PR for economic installation from one side of the duct
  • Automatic function control with zero and span point check

    Your benefits

  • Reliable flow measurement for ducts with small up to very large diameters
  • High durability of the device
  • Very low operating and maintenance costs due to operation without purge air
  • 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

    Fields of application

  • Continuous emission measurements in power generation
  • Emission monitoring in waste incineration plants
  • Emission measurement in processing industries (cement, iron and steel, glass)
  • Emission monitoring in chemical and petrochemical industry
  • Emission monitoring in paper and textile industry
  • Flow measurement and process control e.g. in heating and ventilation plants
    Technical data
    Measurement principle: Ultrasonic transit time difference measurement
    Measured values: Gas velocity
    Gas temperature
    Sound velocity
    Volumetric flow, a. c.
    Volumetric flow s. c.
    Max. number of measurands: 1
    Measuring ranges: Gas velocity: -40 ... 0 m/s / 0 ... 40 m/s
    Comment: Continuously adjustable
    Температура процесса: FLOWSIC100 M/H/PR: -40 ... +260 °C
    versions for lower temperatures on request
    FLOWSIC100 S: -40 ... +150 °C
    versions for lower temperatures on request
    Давление процесса: -100 ... 100 hPa
    Dust load: FLOWSIC100 H: ≤10 g/m3
    depending on measuring path and gas temperature; for dry, non-sticky dust
    FLOWSIC100 M/S/PR: ≤1 g/m3
    Nominal pipe size: FLOWSIC100 H: 1.4 ... 13 m
    FLOWSIC100 M: 0.16 ... 3.4 m
    FLOWSIC100 PR: ≥0.4 m
    FLOWSIC100 S: 0.15 ... 1.7 m
    Length of measuring path: FLOWSIC100 H (hastelloy version): 2 ... 5 m
    FLOWSIC100 H: 2 ... 15 m
    FLOWSIC100 M (hastelloy version): 0.2 ... 2 m
    FLOWSIC100 M: 0.2 ... 4 m
    FLOWSIC100 PR: ≤0.28 m
    fixed measuring distance
    FLOWSIC100 S: 0.2 ... 2 m
    Ambient temperature: FLSE100 sender/receiver units , MCU control unit: -40 ... +60 °C
    Conformities: 2000/76/EC
    2001/80/EC
    27. BImSchV
    EN 14181
    EN 15267
    German Clean Air Regulations
    Electrical safety: CE
    Enclosure rating: IP 65
    Analog outputs: 1 output:
    0/2/4 ... 22 mA, 750 Ω
    additional outputs if using I/O modules
    Analog inputs: 2 inputs:
    0 ... 20 mA , 0 ... 10 V
    additional inputs if using I/O modules
    Digital outputs: 5 floating outputs (change-over contacts) 48 V, 1 A
    additional outputs if using I/O modules
    Digital inputs: 4 potential-free contacts
    additional inputs if using I/O modules
    Interfaces: Ethernet (option)
    RS-232 (service interface)
    RS-485 (option)
    USB 1.1
    Bus protocol: Ethernet TCP/IP (option)
    Modbus (option)
    PROFIBUS DP (option)
    Operation: Via LC-display or software SOPAS ET
    Device version: Cross-duct version, Measuring probe version
    System components: Connection unit
    Flange(s) with tube
    FLSE100 sender/receiver units
    MCU control unit
    Diagnostics functions: Automatic check cycle for zero and span point
    Extended device diagnosis via SOPAS ET software
    Mounting: Installation angle 45° (probe version), Installation angle 45° ... 60°
     

    The purged versions of the FLOWSIC100 product family are used for gases with high concentrations of sticky or wet dust. The purging of the transducers prevents heavy contamination of the sensor surface - also at very high gas temperatures. The FLOWSIC100 PM with its medium ultrasound power is especially suited for measurements in stacks with medium diameters. The FLOWSIC100 PH with a high ultrasound power and the FLOWSIC100 PH-S with a very high ultrasound power are suitable for high stack diameters and also for applications with high dust content. The rugged titanium transducer offer high durability. The standard version consists of 2 sender/receiver units, 1 purge air unit and 1 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.

    At a glance

  • Rugged transducers for high durability of the devices
  • External purge air supply for protection against heavy sensor contamination and gas temperatures up to 450 °C
  • Corrosion-resistant material type for application in aggressive gases (option)
  • Integral measurement over the duct diameter
  • Automatic function control with zero and span point check

    Your benefits

  • Reliable flow measurement in gases with high risk of contamination
  • 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

    Fields of application

  • Continuous emission measurements in power generation
  • Emission monitoring in waste incineration plants
  • Emission measurement in processing industries (cement, iron and steel, glass)
  • Emission monitoring in chemical and petrochemical industry
  • Emission monitoring in paper and textile industry
  • Flow measurement and process control e.g. in heating and ventilation plants
    Technical data
    Measurement principle: Ultrasonic transit time difference measurement
    Measured values: Gas velocity
    Gas temperature
    Sound velocity
    Volumetric flow, a. c.
    Volumetric flow s. c.
    Max. number of measurands: 1
    Measuring ranges: Gas velocity: -40 ... 0 m/s / 0 ... 40 m/s
    Comment: Continuously adjustable
    Температура процесса: -40 ... +450 °C
    versions for lower temperatures on request
    Давление процесса: -100 ... 100 hPa
    Dust load: FLOWSIC100 PH-S: ≤100 g/m3
    depending on measuring path and gas temperature
    FLOWSIC100 PH: ≤10 g/m3
    depending on measuring path and gas temperature
    FLOWSIC100 PM: ≤1 g/m3
    Nominal pipe size: FLOWSIC100 PH-S: 1.4 ... 11.3 m
    FLOWSIC100 PH: 0.7 ... 8.7 m
    FLOWSIC100 PM: 0.35 ... 2.5 m
    Length of measuring path: FLOWSIC100 PH-S: 2 ... 13 m
    FLOWSIC100 PH: 1 ... 10 m
    FLOWSIC100 PM: 0.5 ... 3 m
    Ambient temperature: FLSE100 sender/receiver units , MCU control unit: -40 ... +60 °C
    Conformities: 2000/76/EC
    2001/80/EC
    27. BImSchV
    EN 14181
    EN 15267
    German Clean Air Regulations
    Electrical safety: CE
    Enclosure rating: IP 65
    Analog outputs: 1 output:
    0/2/4 ... 22 mA, 750 Ω
    additional outputs if using I/O modules
    Analog inputs: 2 inputs:
    0 ... 20 mA , 0 ... 10 V
    additional inputs if using I/O modules
    Digital outputs: 5 floating outputs (change-over contacts) 48 V, 1 A
    additional outputs if using I/O modules
    Digital inputs: 4 potential-free contacts
    additional inputs if using I/O modules
    Interfaces: Ethernet (option)
    RS-232 (service interface)
    RS-485 (option)
    USB 1.1
    Bus protocol: Ethernet TCP/IP (option)
    Modbus (option)
    PROFIBUS DP (option)
    Operation: Via LC-display or software SOPAS ET
    Device version: Cross-duct version
    System components: Connection unit
    Flange(s) with tube
    FLSE100 sender/receiver units
    MCU control unit
    Diagnostics functions: Automatic check cycle for zero and span point
    Extended device diagnosis via SOPAS ET software
    Mounting: Installation angle 45° ... 60°
     
     

     
     
     
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