Liquid-Phase Oxygen Electrode Systems

  • Liquid-phase oxygen electrode teaching system

    • Convenient, low cost system for teaching of photosynthesis research & cellular respiration measurements using the oxygen electrode
    • Clear cast acrylic DW1/AD oxygen electrode chamber with integral Clark-type polarographic oxygen electrode
    • Oxyview electrode control unit with integral magnetic stirrer
    • Oxygen content of sample displayed as digital or percentage value
    • User-friendly configuration via a responsive 4-button control panel & a series of comprehensive menu screens
    • Analogue output for connection to a chart recorder or other external recording device
    • Minimal footprint (90mm x 135mm) allowing multiple units where bench space is limited
  • Liquid-phase photosynthesis & respiration measurement

    • PC operated oxygen electrode control unit with USB connectivity
    • Clear cast acrylic DW1/AD oxygen electrode chamber with integral Clark-type polarographic oxygen electrode
    • Suitable for liquid-phase samples with 0% – 100% oxygen concentration
    • 24-bit high-resolution measurement of oxygen signals
    • Integral systems for measurement of pH & other ion-selective electrode signals with 16-bit resolution
    • System expansion to 8-channels via purchase of additional Oxygraph+ systems
    • OxyTrace+ Windows® software for data acquisition, hardware control & data analysis
    • Real time 0V – 4.5V analogue output of oxygen electrode signal
  • Liquid-phase photosynthesis & respiration measurement with solid-state temperature control

    • PC operated electrode control unit with USB connectivity
    • Advanced electronic electrode chamber with solid-state Peltier temperature control between 3 - 40°C
    • Oxytherm+ Photosynthesis version fitted with automated white LED light source up to 4,000 µmol m-2 s-1
    • Suitable for liquid-phase samples between 0.2 - 2.5ml with 0 – 100% oxygen concentration
    • 24-bit high-resolution measurement of oxygen signals
    • Integral systems for measurement of pH & other ion-selective electrode (ISE) signals with 16-bit resolution
    • Onboard LCD readings of oxygen signal, auxiliary & ISE signals & chamber temperature
    • 8-channel capability via purchase of additional systems
    • OxyTrace+ Windows® software for data acquisition, hardware control & data analysis
    • Real-time 0V – 4.5V analogue output of oxygen electrode signal
  • Entry-level system for the study of photosynthesis & respiration in liquid-phase samples under illumination

    • Oxygen electrode control and signal acquisition via Oxyview electrode control unit
    • DW1 oxygen electrode unit with integral oxygen electrode
    • Oxygen signal output from Oxyview to recording device via 0V - 5V analogue output
    • Suitable for liquid-phase samples between 0.2ml - 2.5ml with 0% – 100% oxygen concentration
    • Illumination via LS2 high-intensity halogen white light source
    • Quantitherm light/temperature sensor for light source calibration.
  • Liquid-phase oxygen electrode system for advanced photosynthesis & respiration studies

    • PC-operated USB Oxylab+ electrode control unit
    • DW2/2 advanced electrode chamber with 4 optical ports & integral S1 oxygen electrode disc
    • LED1/W white LED light source (up to 2,000 µmol m-2 s-1) with automated control via user-defined PFD light tables
    • Suitable for liquid-phase samples between 0.2ml - 2.5ml (min. 1.5ml if illuminated) with 0% – 100% oxygen concentration
    • 24-bit high-resolution measurement of oxygen signals
    • Integral systems for measurement of pH & other ion-selective electrode (ISE) signals with 16-bit resolution
    • Onboard LCD readings of oxygen, auxiliary & ISE signals
    • 2-channel capability via purchase of additional systems
    • Quantitherm PAR/Temp sensor for light source calibration
    • OxyTrace+ Windows® software for data acquisition, hardware control & data analysis
    • Real time 0V – 4.5V analogue output of oxygen signal.
  • Liquid-phase oxygen electrode system for advanced photosynthesis & respiration studies

    • PC-operated USB Oxylab+ electrode control unit
    • DW3 advanced large-volume electrode chamber with 2 optical ports & integral S1 oxygen electrode disc
    • LH36/2R LED light source (up to 900 µmol m-2 s-1) with automated control via user-defined PFD light tables
    • Suitable for liquid-phase samples between 1ml - 20ml (min. 15ml if illuminated) with 0% – 100% oxygen concentration
    • 24-bit high-resolution measurement of oxygen signals
    • Integral systems for measurement of pH & other ion-selective electrode (ISE) signals with 16-bit resolution
    • Onboard LCD readings of oxygen, auxiliary & ISE signals
    • 2-channel capability via purchase of additional systems
    • Quantitherm PAR/Temp sensor for light source calibration
    • OxyTrace+ Windows® software for data acquisition, hardware control & data analysis
    • Realtime 0V – 4.5V analogue output of oxygen signal.