Document Outline

• Table of Contents
  • About This Manual
    • Document Purpose and Intended Audience
    • What’s New in this Document
    • Document Summary
    • Product-Related Documentation
  • Upgrades
• Sensors System Overview
  • Overview
  • Oxygen Sensors System Overview
  • pH Sensors System Overview
    • FOXY Probes
    • FOSPOR Probes
    • HIOXY Probes
  • MultiFrequency Phase Fluorometer (MFPF)
  • Hardware
    • Included Hardware (Oxygen Sensor System)
    • Included Hardware (pH Sensor System)
  • Software
  • Documentation
    • Packing List
    • Wavelength Calibration Data
    • Software and Technical Resources CD
    • Temperature Calibration Diskette (if requested)
• OOISensors Software
  • OOISensors Overview
  • Installing OOISensors
    • Installing from CD:
      • Installing from the Web:
  • Configuring OOISensors Software
  • Configure Menu Functions
    • Configure Hardware
      • If you choose the USB2000 A/D Converter:
        • If you choose the ADC1000 or DAQ700 A/D Converter:
          • If you choose the ADC1000-USB A/D Converter:
            • If you choose the SAD500 or Serial USB2000 Spectrometer:
    • Software
    • Sensors Tab for Spectrometer Systems
    • pH
      • Pressure
      • CO2
    • Timing Tab
    • Display Tab
    • Log Tab
  • Display Functions
    • Scan Control
    • Store Dark
    • Subtract Dark
    • Data Acquisition Parameters
      • Channel [CH]
      • Integration Time
        • For Oxygen Sensors:
      • Average
      • Boxcar Smooth
    • Cursor Functions
      • + Button
      • Magnification Options
      • Cursor Diamonds
    • Cursor Bar
      • Cursor Label
      • X and Y Values
      • Cursor Properties
    • Data Values
    • Spectral Graph
    • Temperature Chart
      • Display the Temperature Chart
      • Save and Display the Temperature Chart
      • Save the Temperarure Without Displaying It
      • Time Chart
      • Time Chart Switch
    • Log On/Off Switch
  • File Menu Functions
    • Save Spectrum
    • Save Time Chart
    • Open Spectrum
    • Open Time Chart
    • Page Setup
    • Print Spectrum and Time Chart
    • Exit
  • Graph&Chart Menu Functions
    • Clear Spectrum Graph
    • Clear Time Chart
    • Enable Grid
    • Autoscale Horizontal (Spectral Graph)
    • Autoscale Vertical (Spectral Graph)
    • Autoscale Vertical (Time Chart)
    • View Temperature Chart
  • Spectrometer Menu Functions
    • Scan
    • Insert Event in Log File
    • Calculate Sensor Values with Scan
    • Pulse LED
  • Calibrate Menu Functions
  • Configuring a Spectrometer in OOISensors
• Oxygen Sensors
  • How the Oxygen Sensors Work
  • Fluorescence Quenching
  • Connecting the Fiber Optic Sensors System
  • Calibration Requirements for Oxygen Sensors
    • Linear (Stern-Volmer) Algorithm
      • Compensating for Temperature with the Linear (Stern-Volmer)
    • Second Order Polynomial Algorithm
      • Compensating for Temperature with the Second Order Polynomia
    • Theory - Henry’s Law
  • Temperature
  • Scattering Media
  • Samples to Use
  • Calibrating Oxygen Sensors
    • Calibrating Oxygen Sensors without Temperature Compensation
      • Preparing for Calibration
      • Calibrating Standards
      • Finalizing Calibration
    • Calibrating Oxygen Sensors with Temperature Compensation
    • About Factory Calibration
    • Calibrating With Factory Calibration
      • Preparing for Calibration Using the Factory Calibration
      • Calibrating Standards Using Factory Calibration
      • Finalizing Calibration Using Factory Calibration
    • Calibrating Without Factory Calibration
      • Preparing for Calibration without Using Factory Calibration
      • Calibrating Standards without Using Factory Calibration – Pa
      • Finalizing Calibration without Using Factory Calibration – P
      • Preparing for Calibration without Using Factory Calibration
      • Calibrating Standards without Using Factory Calibration – Pa
      • Finalizing Calibration without Using Factory Calibration – P
  • Calibration Data
  • Recalibration
• pH Sensors
  • Overview
  • pH Films
    • Probe Options
      • TP300-UV-VIS Probe
      • RFP200-UV-VIS Reflective Film Probe
  • More Information
  • Start Up
    • pH Sensor Set Up
  • Calibration
    • pH Sensor Calibration
• Compatible Products and Accessories
  • Overview
  • Probes
  • Factory Calibration Service
  • Overcoats
  • Temperature Compensating Components
  • Sol-Gel Coated Membranes, Microscope Coverslips, and Slides
  • Spectrometers
  • Light Sources
  • Bifurcated Optical Fiber Assemblies and Splice Bushing
• Hardware Datasheets and Instructions
  • Overview
  • Oxygen Sensing Probes – General Information
    • Probe Construction
    • Accuracy
    • Measurement Range
    • Sampling Chambers
    • Response Time
    • Environmental Conditions
    • Chemical Compatibility
    • Temperature and the Oxygen Probe
    • Photodegradation
    • Ambient Light
    • Lifetime
    • Cleaning Oxygen Probes
    • Use Warnings
    • Oxygen Probe Specifications
    • Sterilization Methods Tested on Oxygen Probes
  • FOXY-R Stainless-steel 1/16" OD Fiber Optic Probe
    • FOXY-R Specifications
  • FOXY-AL300 Aluminum-jacketed Fiber Optic Probe
    • FOXY-AL300 Specifications
  • FOXY-PI600 Polyimide coated Fiber Optic Probe
    • FOXY-PI600 Specifications
  • FOXY-18G/21G Needle-tipped 18/21-gauge Fiber Optic Probes
    • FOXY-18G/21G Specifications
  • FOXY-OR125 and FOXY-OR125G O-ring Fiber Optic Probes
    • FOXY-OR125 and FOXY-OR125G Specifications
  • FOXY-T1000 Stainless-steel Fiber Optic Probe with Light Shie
    • FOXY-T1000 Specifications
  • FOXY-T1000-RTD Stainless-steel Fiber Optic Probe with Light
    • FOXY-T1000-RTD Specifications
  • FOXY-RESP Respiration Probe
    • FOXY-RESP Specifications
  • Factory Calibration Services
  • FOXY-RECOV Probe Reconditioning
  • FOXY-AF and FOXY-AF-MG Silicone Overcoats
    • Cleaning
    • Sterilizing
    • Overcoat Specifications
  • Oxygen Probe Temperature Control Accessories
    • FOXY-TS1 Omega Thermistor
      • Application Tips
      • Operation
      • FOXY-TS1 Specifications
    • FOXY-TK1 K-type Omega Thermocouple
      • Application Tips
      • Operation
      • FOXY-TK1 Specifications
    • FOXY-TK1-W K-type Omega Thermocouple
      • FOXY-TK1-W Specifications
    • USB-LS-450-TP Temperature Probe
      • USB-LS-450-TP Specifications
  • Light Sources
    • LS-450 Blue LED Pulsed Light Source
      • Using the Continuous Mode
      • Using the Pulsed Mode
      • LS-450 Specifications
    • R-LS-450 Rack-mount Blue LED Pulsed Light Source
      • Configuring the R-LS-450 Board
      • S1 Switch
      • Jumper Block 1 (JP1)
      • Jumper Block 2 (JP2)
      • Jumper Block 3 (JP3)
      • R-LS-450 Operating Matrix
      • Using JP3 on the S2000
      • Continuous Wave Mode with the S2000’s JP3
      • Pulsed Mode with the S2000’s JP3
    • OOISensors Flash Delay
    • Setting the Integration Time
    • USB-LS-450
      • USB-LS-450 LED -- Specifications
      • USB-LS-450 Temperature Measurement Specifications
      • USB-LS-450 Power Requirements
  • Bifurcated Optical Fiber Assemblies
    • Use Notes
    • Bifurcated Fiber Assembly Specifications
  • FOXY/HOXY/FOSPOR General Specifications
  • FOSPOR Specifications
  • FOXY/MFPF Specifications
  • HIOXY/MFPF Specifications
• Troubleshooting
  • Overview
  • General Troubleshooting Procedures
    • Remove the Unknown Device from Windows Device Manager
    • Remove Improperly Installed Files
• External Triggering
• Chemical Effects on Oxygen Probes
  • Summary of Chemical Effects on Oxygen Probes
• pH Sensor Theory of Operation and Calculations
  • Overview
  • Theory of Operation and Calculations
    • Model # 1
    • Model # 2
    • Model # 3
      • correct for baseline
      • calculate theoretical maximum absorbance at peak
      • calculate pK from the LowBuffer
      • calculate pK from the HighBuffer
      • use the average
    • Model # 4
      • correct for baseline
      • calculate theoretical maximum absorbance at peak
    • Revised Model #4
• Index