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General| Power supply | 24 VDC |
|---|---|
| Protection class | IP65 |
| Application | Monitoring of dust concentration in flue gases |
| Measuring principle | Triboelectric |
| Output signal | 4-20 mA |
Symbols used to indicate warnings and potential hazards.
Words indicating the severity of a hazard (DANGER, WARNING, CAUTION).
Symbols indicating risks associated with hazardous substances.
Symbols indicating potential material and environmental damage.
General safety information and specific safety tips.
Basic guidelines for operating the product safely.
Identifies specific risks associated with the device.
Details risks associated with electrical current and live voltage.
Risks from gas properties and system connections.
Potential risks when handling chemicals.
Warnings about corrosive chemicals used in the analyzer.
Warnings about inhaling mercury during maintenance.
Risks of burns from hot components.
Risks associated with lifting and moving the heavy device.
Specifies required qualifications for personnel working with the device.
Information on safety features and emergency stops.
Defines the purpose and limitations of the HM-1400 TRX 2.
Overview of device control features like leak test and zero adjustment.
Details optional features that may not meet EN 15267 standards.
Lists different versions of the HM-1400 TRX 2 with specifications.
Identifies and labels the main components of the instrument.
Explains how the HM-1400 TRX 2 measures mercury.
Describes the system for extracting and transporting sample gas.
Explains the function of the reactor in converting mercury.
Details the system for removing moisture from sample gas.
Explains the principle of the UV absorption photometer.
Describes how measurements are converted to standard conditions.
Explains how sample gas is moved through the instrument.
Describes the optional measurement of elemental and oxidised mercury.
Details the optional dilution function for high concentrations.
Explains the process of setting the zero point for accurate measurement.
Describes the self-test for internal gas-carrying lines.
Details the internal generator for oxidised mercury testing.
Explains how to clear the sample probe filter.
Describes the PLC's role in operation and monitoring.
Lists monitored sensor values and potential fault conditions.
General safety instructions during transport and assembly.
Safety precautions for electrical system work.
Warnings about hot components and burn risks.
Notes on handling chemicals safely.
Precautions against electrostatic discharge (ESD).
Guidelines for choosing a suitable installation site.
Details for installing the sampling probe correctly.
Steps for installing the welded-in tube and flange.
Requirements for connecting the device to the power supply.
Step-by-step guide for installing the complete measurement system.
Detailed steps for mounting the sampling probe onto the weld-in pipe.
Steps for setting up and securing the main instrument.
Guidance on establishing gas-tight connections for the sample line.
Details on connecting the device to the power supply.
Instructions for connecting signal and data cables.
How to connect the exhaust gas line.
Instructions for connecting the condensate line.
Guidance on using supplied chemicals and safety data sheets.
Steps for initial device setup and parameter configuration.
Monitoring of system components before entering operation.
Describes the device's operation and monitoring parameters.
Steps to safely shut down the device before maintenance.
Guidelines for storing the device properly.
Procedure for safely taking the device apart.
Instructions for environmentally friendly disposal of the product.
Overview of the control panel and its keys.
Fundamental principles for operating the device.
Explanation of the device's status and menu navigation.
How to access and interpret system messages and fault logs.
Details on accessing protected menu levels using passwords.
Navigation guide to the device's main menu structure.
Displaying measured values and status signals to the control room.
Manual triggering of device functions like measurement or leak test.
Configuration and manual control of basic device functions.
Control and status of reactor, pump, and valve components.
Configuration options for installed optional components.
Test routines for zero and reference point drift.
Configuration of settings, time, and parameter settings.
User-level settings for date, time, units, and contrast.
Selection of the user interface language.
Overview of device status and operating parameters.
Procedure for connecting an external gas generator for calibration.
Steps for testing with the TR-81 generator.
Manual adjustment using the internal gas generator.
Overview of required maintenance tasks and intervals.
Instructions for cleaning the device.
Specifies gas type, temperature, pressure, and humidity.
Covers measurement principle, conformities, design, and components.
Detailed specifications for the analyser unit.
Specifications for the sampling probe, tube, and gas line.
References to other dimensional drawings.
Lists common parameters and error messages with descriptions.
Details specific faults and their corresponding corrective actions.
Parameters related to user interface settings like language and date.
Settings for data logging, interval, and file formats.
Parameters for the sample gas line, including active and setpoints.
Parameters for the sampling probe, including active and setpoints.
Parameters for the sampling tube, including available and setpoints.
Parameter for activating the back purging function.
System-wide parameters like autostart and maintenance.
Parameters related to the reactor box.
Parameters for the 3-way valve, including mode and heating.
Parameters for the reactor, including availability and service life.
Setpoint and limits for the cooler temperature.
Limits for gas temperature.
Setpoint and limits for the photometer.
Parameters for volume flow, including operating mode and setpoint.
Limits for system pressure.
Parameters for automatic switchover and measuring ranges.
Range, dilution, offset, and span for measuring range 1.
Range, dilution, offset, and span for measuring range 2.
Threshold parameter for measurements.
Parameters for integration, response, and delay times.
Settings for automatic zero point adjustment.
Setting for next maintenance interval.
Mode and settings for the speciation option.
Parameters for leak test timing and duration.
Parameters for the reference gas generator.
Heating parameters for the evaporator.
Settings for reference gas source 0.
Settings for reference gas sources 1-4.
Sequence and timing for cyclical operations.
Digital inputs from the control room.
Internal digital inputs.
Digital inputs from system sensors.
Digital outputs to the control room.
Internal digital outputs.
System outputs.
Analogue outputs for measured values.
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