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OXYGEN OPTODE
4330, 4835, 4831
TD 269 OPERATING MANUAL
OXYGEN OPTODE 4330, 4831, 4835
June 2017
page 1 of 93

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Summarization of Contents

Introduction to Aanderaa Oxygen Optodes
Purpose and Scope of the Manual
Overview of the manual's intent and the Optode's function and applications.
Document Overview
Summary of the manual's chapters and their content.
Applicable Documents
Lists related documents and their titles for further reference.
Abbreviations
Definitions of acronyms and technical terms used throughout the manual.
Chapter 1: Optode Description and Specifications
1.1 Pin Configuration
Details the pin assignments and connector layout for the Optode models.
1.2 User Accessible Sensor Properties
Describes configurable settings and parameters accessible by the user.
1.3 Specifications
Outlines the technical specifications and performance characteristics of the Optodes.
1.4 Manufacturing and Quality Control
Information on the manufacturer's quality standards and production processes.
Chapter 2: Optode Measurement Principles and Parameters
2.1 Sensor Integrated Firmware
Explains the functions of the sensor's internal firmware.
2.2 Sensor Parameters
Details the raw and calculated data parameters measured by the sensor.
2.3 Salinity Compensation of Data
How salinity affects oxygen measurements and how to compensate for it.
2.4 Depth Compensation of Data
Explains the effect of pressure/depth on readings and compensation methods.
Chapter 3: SEAGUARD® Platform Applications
3.1 Installation on SEAGUARD® Platform
Guide for installing the Optode onto the SEAGUARD® data logger.
3.2 RedReference, Calibration Coefficients and Salinity Compensation
Configuration of advanced settings like RedReference, calibration, and salinity.
Chapter 5: PC Connection and Communication
5.1 RS232 Communication Setup
Configuration details for establishing RS232 serial communication with a PC.
5.2 Passkey for Write Protection
How to use passkeys to protect sensor configuration settings from unauthorized changes.
5.3 Save and Reset
Commands to save settings and reset the sensor to its default or stored configuration.
5.4 Communication Sleep
Manages sensor power saving modes and communication activation.
5.5 Available Commands for the Oxygen Optodes
Lists and describes the RS232 commands for sensor operation and data retrieval.
5.5.1 The Get Command
Command to read sensor property values or parameter readings.
5.5.2 The Set Command
Command to change sensor property values.
5.5.3 Formatting the Output String
How to control the format of data output strings from the sensor.
5.5.4 XML Commands
Commands to retrieve sensor configuration or data in XML format.
5.6 Scripting - Sending a String of Commands
Method for executing multiple commands via text files for automated operations.
5.7 Sensor Configuration
Details on configuring sensor operation modes and output presentation.
Chapter 6: Optode Maintenance
6.1 Changing the Sensor Foil
Procedure for replacing the sensing foil when it is damaged or needs updating.
6.1.1 Procedure for Oxygen Optode 4330 and 4831
Step-by-step guide for foil replacement on specific Optode models.
6.1.2 Procedure for Oxygen Optode 4835
Step-by-step guide for foil replacement on the Optode 4835 model.
6.2 Function Test
Recommended procedures for testing sensor operation and readings.
6.2.1 SEAGUARD® Applications
How to perform functional tests when the Optode is mounted on a SEAGUARD® platform.
6.2.2 Calibration Procedure using a Terminal Program
Detailed steps for calibrating the Optode using a PC and terminal software.
Appendix 1: Theory of Operation
Luminescence Decay Time
Explanation of the luminescence quenching principle and decay time measurement.
Appendix 12: Oxygen Dynamics in Water
Seawater and Gases
Information on physical parameters for marine sensor work.
Tables Reference
Reference to gas tables for diffusion coefficients and solubility data.

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