Oxygraph+ Control Unit

Oxygraph+ electrode control unit

  • PC operated oxygen electrode control unit with USB connectivity
  • Suitable for liquid & gas-phase samples with 0% – 100% oxygen concentration
  • 24-bit high-resolution measurement of oxygen signals removes the requirement for gain & back-off settings
  • Integral systems for measurement of pH & other ion-selective electrode signals with 16-bit resolution
  • System expansion to 8-channels via purchase of additional components
  • Windows® software for data acquisition, hardware control & data analysis
  • Real time 0V – 4.5V analogue output of oxygen electrode signal.
 

Oxygraph+ Control Unit Overview

The next generation Oxygraph+ oxygen electrode control unit combines striking aesthetics with enhanced features and functionality offering significant advances in flexibility and performance over previous generations of electrode control units. As a complete system, Oxygraph+ provides a convenient yet powerful tool for measurements of oxygen evolution or uptake across a broad range of liquid-phase samples from chloroplast extractions to mitochondrial suspensions with oxygen concentrations up to 100%.

Oxygraph+ Electrode Control Unit | Hansatech Instruments | Oxygen electrode and chlorophyll fluorescence measurement systems for cellular respiration and photosynthesis research

Oxygraph+ offers unrivalled price vs. performance combining simplicity of operation with an enviable feature set. The outstanding flexibility ensures Oxygraph+ is equally useful in both a teaching and research capacity.

24-bit resolution allows detection of minute changes in oxygen tension without needing to apply instrument gain. This results in beautiful, noise-free traces even when zoomed close in on areas of interest. Oxygraph+ allows real-time graphing of signals from auxiliary inputs and ion-selective electrodes. This allows comprehensive analysis of oxygen activity simultaneously with signals such as pH, TPP+, calcium, potassium and hydrogen ions.

Up to 8 individual Oxygraph+ control units may be linked to a single PC and operated simultaneously from OxyTrace+ software providing a powerful, multi-channel system.

OxyTrace+ Software

OxyTrace+ is a multi-function Windows® program supplied with our range of PC-operated electrode control units for system configuration, calibration, data acquisition and analysis.

In liquid-phase systems such as Oxygraph+, Oxytherm+, Chlorolab 2+ and Chlorolab 3+, an automated 2-step calibration routine guides the user quickly and effectively through the system calibration process using electrode values measured from air-saturated and deoxygenated water. For gas-phase systems such as Leaflab 2+, an automated 3-step calibration routine using electrode values measured from ambient air, ambient +/- 1ml of injected/removed ambient air and a further measurement of ambient air is employed.

For electrode control units that provide automated light source control in systems such as Oxytherm+P, Chlorolab 2+, Chlorolab 3+ and Leaflab 2+, OxyTrace+ allows simple configuration of comprehensive PFD tables consisting of up to 20 individual light steps. Light intensity adjustments are performed automatically during the measurement. OxyTrace+ also allows calibration of the light source from a simple software routine. This requires the QTP1+ PAR/temperature sensor to be connected to the rear of the electrode control unit and placed into the reaction vessel prior to the addition of any liquids. In the Leaflab 2+ gas-phase system, calibration of the LH36/2R light source requires manual input of measured values at each individual calibration intensity step using the QSRED quantum sensor.

OxyTrace+ Software | Hansatech Instruments | Oxygen electrode and chlorophyll fluorescence measurement systems for cellular respiration and photosynthesis research

A tabbed interface allows a simple transition between the different data views including oxygen electrode (and if configured, auxiliary and external ion-selective electrode) realtime output, a split screen showing realtime rate of change above the oxygen signal and tabulated numerical data.

Post-acquisition analysis tools allow automatic calculation of oxygen rates from user-defined rate intervals. For Oxytherm+P, Chlorolab 2+, Chlorolab 3+ and Leaflab 2+ systems, additional analysis tools automatically calculate rates of change for defined PFD light steps with a calculation of quantum yield presented at the end of a measurement. All files are saved as Comma Separated Values (CSV) data files opening effortlessly in external data processing packages such as MS Excel®.

OxyTrace+ will run on all supported Microsoft operating systems.

Technical Specifications

  • Measuring range:
    • Oxygen: 0% – 100%
    • pH: 0pH – 14pH
    • Aux: 0V – 4.096V
  • Signal inputs:
    • S1 O2 electrode (SMB)
    • pH/ISE (BNC)
    • Auxiliary (8-pin Mini-Din)
  • Resolution:
    • Oxygen: 0.0003% (24-bit)
    • pH: 0.0006pH (16-bit)
    • Aux: 62.5µV/bit (16-bit)
  • Polarising voltage: 700mV
  • Input sensitivity: 0nA – 9000nA
  • Magnetic stirrer: Software controlled 150rpm – 900rpm in % steps
  • Sampling rate: 0.1 – 10 readings/s
  • Electronics:
    • Microcontroller: 16-bit high-performance CPU running at 32 MHz
    • ADC: Dual, Low-power, 16/24-bit Sigma Delta
  • Communications: USB2.0
  • Analogue output: 0V – 4.5V O2 signal
  • Dimensions (HWD): 200mm x 110mm x 60mm
  • Weight: 0.45 Kg
  • Power: 12V dc @ 100mA, 90VAC – 264VAC @ 1A.

Product Enquiry

For a quick enquiry about this product, please complete and submit the short form below.

Downloads

Download the current software version and the Oxygraph+ manual from the links below.

Icon
12889 downloads 51.6Mb

OxyTrace+ software is suitable for use with oxygen electrode control units that connect to a PC via USB. The control units supported include:

  • Oxygraph+
  • Oxytherm+
  • Oxylab+

This software will not operate the legacy Oxygraph, Oxytherm or Oxylab control units.

Please note that this version is not compatible with Windows XP operating systems.

Icon
4132 downloads 2.9Mb

Go to Top