What to do if Spectrasensors OXY5500 Analytical Instruments storage space is full?
If the storage space is full, it means no more measurement files can be created, and no more measurement entries can be saved. To resolve this, delete measurement files via the Measurement Browser or Service Software.
What to do if Spectrasensors OXY5500 signal is too low?
If the signal is too low, with an amplitude less than 3000, you should check the sensor connections or the POF for any irregularities. For further assistance, consult the section on 'Low signal strength; high O2 on OP-3, OP-6 or OP-9 probe'.
How to fix 'No Sensor detected' on Spectrasensors Analytical Instruments?
If no sensor is detected and the amplitude is less than 1000, ensure that the SMA connector is properly connected to the connector.
What to do if Spectrasensors Analytical Instruments pressure sensor is out of range?
If the pressure sensor is out of range, it means that it is either not connected or provides a current less than 4mA or higher than 20mA. You should check the connection of the pressure sensor and inspect the pressure sensor itself.
General| Technology | Tunable Diode Laser Absorption Spectroscopy (TDLAS) |
|---|---|
| Measurement Range | 0-100% O2 |
| Operating Humidity Range | 0-95% RH, non-condensing |
| Power Supply | 24 VDC |
| Output | 4-20 mA, Modbus |
| Enclosure Rating | IP66 |
Covers who should read, how to use, and general warnings for the manual.
Explains symbols and navigation conventions used in the manual.
Details the analyzer's design, features, temperature, cross-sensitivity, and probe.
Comprehensive safety precautions for operating the analyzer.
Covers shipping contents, inspection, and handling of the analyzer.
Details basic equipment, hardware, tools, and mounting.
Steps for connecting AC and DC power to the analyzer.
Requirements for protective and chassis grounding.
Describes RS-232/RS-485 and optical module connections.
Details connecting analog outputs and inputs.
Introduces main menu, display structure, and basic operations.
Accessing sensor settings, calibration, and RATA.
Configuration of measurement parameters.
Procedures for entering and exiting editing mode.
Viewing current measurement values and settings.
Accessing analyzer configuration settings.
Setting up digital communication interfaces (RS-232, RS-485, TCP/IP).
Configuring analog output settings.
Initial power-on and self-test sequence.
Accessing sensor options and changing parameters.
Instructions for selecting and changing the sensor type.
Steps to manually input sensor constant values.
Overview and pre-calibration steps for the analyzer.
Detailed steps for manual calibration using certificate values.
Procedure for performing a two-point calibration.
Setting pressure parameters for calibration.
Setting temperature parameters for calibration.
Steps for setting calibration points (Cal0, Cal2nd).
Procedure for performing RATA.
Setting pressure and temperature for RATA calculation.
Inputting reference values for RATA.
Manually setting RATA and overview of measurement settings.
Configuring temperature compensation.
Configuring pressure compensation.
Setting the measurement interval for data acquisition.
Configuring data logging and file management.
Selecting Simple, Details, or Graph screens for data viewing.
Provides detailed measurement and setting information.
Explains error codes and their meanings.
Visualizing measurement data graphically.
Accessing device settings menu and screen.
Displays analyzer info and sensor calibration data.
Configuring RS-232, RS-485, and TCP/IP.
Configuring RS-485 and TCP/IP parameters.
Detailed configuration of 4-20mA interface.
Setting values for 4-20mA outputs (Off, Linear).
Defining ranges for the concentration alarm relay.
Calibrating analog outputs and inputs.
Steps for calibrating output channels.
Steps for calibrating analog input.
Overview of Modbus protocol and its use.
General specifications for Modbus RTU.
Lists function codes and data formats.
Modbus error codes and communication methods.
Definitions for Modbus holding registers.
Register for controlling measurements and triggers.
Registers for temperature compensation and measurement interval.
Setting device IDs for communication interfaces.
Register definitions for reading measurement values.
Register definitions for Port1 calibration.
Register definitions for Port2 and input calibration.
Defines units for analog I/O.
Configuration of Ethernet IP address.
Subnet mask config and configuration examples.
Step-by-step guide for continuous measurement setup.
Guide to configure analog output.
Example of a 1-point calibration.
Key application data for the analyzer.
Details power, communication, and display features.
Physical dimensions, enclosure, and certifications.
Notes on enclosure sealing and certifications.
Lists spare electronic and optical fiber components.
Lists spare temperature, pressure, and general parts.
Identifies hazards during analyzer servicing and how to mitigate them.
Instructions for cleaning the instrument, connectors, and probes.
Procedure for replacing the analyzer's fuse.
Instructions to replace the electro-optical module.
Procedure for installing or replacing the pressure sensor.
Steps to remove a faulty oxygen probe.
Steps to install a new oxygen probe.
Troubleshooting steps for high/low signal strength.
Measurement advice and signal drift explanations.
Explains drifts due to temp gradients and photo-decomposition.
Table of common issues and their fixes.
Contact details for customer and technical support.
Information to prepare before contacting support.
Procedure for obtaining a service repair order.
Instructions for preparing the analyzer for shipment or storage.
Recommended storage conditions for the analyzer.
Legal disclaimers and manufacturer's warranty terms.
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