EngyCal RS33 Steam calculator

  • Measuring principle

    Energy manager

  • Measuring principle

    Energy manager

  • Function

    Monitoring and billing of energy in saturated and superheated steam applications (steam heat flow, heat difference.
    Typical applications can be found in food & beverage industry, chemical industry, pharmaceutical industry, power plants, building automation and skid builders.

  • Calculations

    IAPWS-IF97

  • Number of applications

    Not defined

  • Data storage

    yes

  • Calculation standards

    IAPWS-97

  • Communication

    web server
    USB
    Ethernet
    Modbus RTU/TCP Slave
    M-Bus

  • Power supply

    Not defined

  • Loop power supply

    Low voltage power supply:
    100 bis 230 V AC (-15% / +10%)
    Small voltage power supply:
    24 V DC (-50% / +75%)
    24 V AC (±50%)

  • Protection class

    IP65

  • Input

    1x Puls/Analog for flow
    2x RTD/Analog for temperature and pressure
    Loop power supply 24V DC (+/-16%)

  • Output

    1x 4…20mA
    2x digital (Open Collector)

  • Dimensions (WxHxD)

    144 x 144 x 103.1 mm (5.67″ x 5.67″ x 4.06″)

  • Operation

    3 button on site or via FieldCare
    read out of historical / logged data via Field Data Manager Software (SQL database and visualization interface)
    selectable language

  • Display

    160 x 80 Dot-Matrix LCD with white backlit
    colour change in case of alarm event
    active display area 70 x 34 mm

  • Software functions

    Calculated Values:
    Energy, volume, density, enthalpy, DP-Flow
    Counters:
    volume, mass, energy, counter in case of failure
    Optional:
    tariff 1, tariff 2 or seperated heating energy, cooling energy, bilance energy

  • Certificates

    CE
    CSA GP
    MID 004
    OIML R75

  • Measuring principle

    Energy manager

  • Function

    Monitoring and billing of energy in saturated and superheated steam applications (steam heat flow, heat difference; typical applications can be found in food & beverage industry, chemical industry, pharmaceutical industry, power plants, building automation and skid builders

  • Certification

    CE, UL listed, CSA GP

  • Input

    1x Puls/Analog for flow,
    2x RTD/Analog for temperature and pressure,
    Loop power supply 24V DC (+/-16%)

  • Output

    1x 4…20mA,
    2x digital (Open Collector)

  • Relay output

    2x

  • Auxiliary power supply

    Low voltage power supply: 100 bis 230 V AC (-15% / +10%); Small voltage power supply: 24 V DC (-50% / +75%), 24 V AC (±50%)

  • Dimensions (wxhxd)

    144 x 144 x 103.1 mm
    (5.67″ x 5.67″ x 4.06″)

  • Software

    Calculated Values:
    Energy, volume, density, enthalpy, DP-Flow;
    Counters: volume, mass, energy, counter in case of failure
    Optional: tariff 1, tariff 2 or seperated heating energy, cooling energy, bilance energy

  • Operation

    3 button on site or via FieldCare; read out of historical / logged data via Field Data Manager Software (SQL database and visualization interface), selectable language

  • Display

    160 x 80 Dot-Matrix LCD with white backlit, colour change in case of alarm event, active display area 70 x 34 mm

  • Others

    electronic temperature sensor matching via CvD coefficients, logbook measured values, custody transfer logbook, event logbook, limit monitoring

  • Calculations

    IAPWS-IF97

Field of application
The steam calculator EngyCal RS33 is used to record steam mass and energy flow of saturated and superheated steam. The calculation is based on the measured process variables volume flow, temperature and/or pressure.The EngyCal RS33 uses the standard IAPWS IF97 to calculate the mass and energy flow of steam. The density and enthalpy of the steam are calculated from the input variables pressure and temperature.

Recording and billing energy quantities in steam applications (steam heat quantity, steam heat differential). Typical applications include:Food industryChemical industryPharmaceutical industryPower plantsBuilding systems and plant engineering

Benefits
Compensation of differential pressure flow measurementCalculation according to international water steam tablesElectronic matching of the temperature sensor (sensor-transmitter matching) with the arithmetic unit enables highly accurate temperature measurementDetailed data logging of current and counter values and of error messages, off-limit conditions and changes to operating parametersStandard models are suitable for connecting and supplying all common flow transmitters, temperature sensors and pressure sensorsRemote readout via Ethernet and fieldbusesDeficit counter for transparency in case of error or alarm

Spread the love

Contact Us

    Please prove you are human by selecting the tree.