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General| Measured Gases | O2, CO2, CO, CH4 |
|---|---|
| Measurement Range (CO) | 0-1000 ppm |
| Accuracy (O2) | ±0.1 % |
| Accuracy (CO2) | ±1% |
| Accuracy (CO) | ±2% of reading |
| Accuracy (CH4) | ±2% of reading |
| Response Time (O2) | <15 seconds |
| Response Time (CO2) | <30 seconds |
| Response Time (CO) | <30 seconds |
| Response Time (CH4) | <30 seconds |
| Output Signal | 4 - 20 mA |
| Applications | emissions monitoring |
Defines the manual's purpose and scope for the SERVOPRO MultiExact Gas Purity Analyser.
Outlines important safety warnings and cautions used throughout the manual.
Describes the analyser's design, capabilities, applications, and physical characteristics.
Details the analyser's general specifications including dimensions, mass, and supply requirements.
Specifies the operating conditions such as temperature, pressure, humidity, and altitude.
Lists electrical specifications including voltage, fuse rating, power consumption, and output terminal suitability.
Outlines requirements and specifications for sample gases used with different transducers.
Details requirements and specifications for calibration gases for various transducers.
Introduces the main components of the analyser's user interface like display and soft keys.
Explains the screens displayed during analyser start-up and normal operation.
Describes the meaning and function of the soft key legends shown on the measurement screen.
Explains the icons used to indicate system and measurement status like fault or maintenance.
Details how menu options are protected by passwords and how they operate.
Explains how to navigate the menu screen and access different sections.
Describes how to access and use the settings screen for various configurations.
Details the common method for editing data shown on the analyser screens.
Covers the physical installation of the analyser, including bench and panel mounting.
Covers the electrical safety requirements and connections for the analyser.
Outlines procedures and precautions for connecting gas pipelines to the analyser.
Guides the user through the initial switch-on and basic setup procedures.
Provides an overview of the automatic validation/calibration process and its benefits.
Introduces the analyser's mA output capability for gas measurements.
Introduces the analyser's voltage output capability, similar to mA outputs.
Explains how background gases can cause minor errors in O2 measurements.
Describes the different alarm modes (low, high, none) and how to set alarm levels.
Explains how to configure low and high flow alarms for preventative maintenance.
Provides instructions for performing manual calibration of the analyser.
Covers the automatic validation and calibration features of the analyser.
Provides specific instructions for calibrating the pressure transducer for O2 purity measurements.
Details the procedure for calibrating the optional flow alarm.
Describes how to check the status of relay signal outputs for the analyser.
Explains the concept and function of pressure compensation for specific measurements.
Details how to check the mA output by using an override value.
Provides instructions for safely switching off the analyser.
Details the procedure for inspecting and replacing the analyser's fuses safely.
Explains how to inspect and replace the filter element for O2 purity/control transducers.
Details how to inspect and replace filter elements for trace gas measurements.
Outlines safety precautions when using the analyser with toxic gases.
Defines and explains different fault, maintenance, and service status conditions.
Explains how to view active and historical status messages displayed by the analyser.
Describes how to access diagnostic codes for troubleshooting transducer issues.
Provides a table of common fault symptoms and recommended troubleshooting actions.
Provides guidelines for storing the analyser and associated equipment safely.
Outlines safe disposal procedures in accordance with environmental regulations.
Explains how to physically connect the analyser to a PC via RS232 or USB converter.
Details how to configure serial output parameters like baud rate, parity, and data bits.
Details the parameters for setting up Modbus communications on the analyser.
Maps system fault information to specific Modbus registers.
Maps transducer fault and alarm information to Modbus registers and coils.
Details performance specifications for O2 purity measurements.
Details performance specifications for O2 control measurements.
Details performance specifications for O2 trace measurements.
Details performance specifications for TCD measurements, including gas compatibility.
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