Liquid-Phase Chambers

Liquid-Phase Oxygen Electrode Chambers

  • Liquid-phase electrode chamber

    • Cast acrylic construction provides good visibility & uniform illumination of samples
    • Ideal electrode chamber for teaching purposes with all the functionality of research equipment
    • Variable-volume reaction vessel between 0.2ml - 2.5ml
    • Base-mounted S1 oxygen sensor forming the floor of the borosilicate glass reaction vessel
    • Water jacket for effective temperature control of the sample.
  • Liquid-phase electrode chamber

    • Cast acrylic construction provides good visibility & uniform illumination of samples
    • Ideal electrode chamber for teaching purposes with all the functionality of research equipment
    • Variable-volume reaction vessel between 0.2ml - 2.5ml
    • Base-mounted S1 oxygen sensor forming the floor of the borosilicate glass reaction vessel
    • Water jacket for effective temperature control of the sample.
  • Liquid-phase electrode chamber

    • Electrode chamber designed for simultaneous oxygen/chlorophyll fluorescence measurements
    • Black acetal construction allowing simultaneous fluorescence & dark adapted respiration assays
    • 4 optical ports allow connection of one or more LH11/2R LED light sources or A8 fibre-optic cable
    • Simultaneous fluorescence studies with FMS fluorimeters using appropriate interface adapter
    • Variable-volume reaction vessel between 0.2ml - 2.5ml
    • Base-mounted S1 oxygen sensor forming the floor of the borosilicate glass reaction vessel
    • Water jacket for effective temperature control of the sample.
  • Liquid-phase electrode chamber

    • Large-volume electrode chamber designed for measurements in seawater samples
    • Square-section borosilicate glass reaction vessel (1ml - 20ml)
    • Variable-volume reaction vessel between 1ml - 20ml (15ml - 20ml if sample illumination is required)
    • Large front optical window for uniform illumination of sample
    • Rear optical port to suit small quantum sensors, probe light housing, fibre-optic cable or FMS fluorimeters
    • Base-mounted S1 oxygen sensor forming the floor of the borosilicate glass reaction vessel
    • Water jacket for effective temperature control of the sample.