How to fix small characters on my Seitron (external) Bluetooth® printer?
To fix small characters on the Bluetooth printer, it is necessary to set the factory font. Press and hold the “POWER” button for a few seconds; you will hear the following beeps in succession: a short beep, one long beep, two beeps in quick succession = font set to 12x24.
How to fix small characters on the Bluetooth® printer of Seitron NOVO Measuring Instruments?
If the (external) Bluetooth® printer prints too small characters with your Seitron Measuring Instruments, set the factory font by pressing and holding the “POWER” button for a few seconds until you hear a short beep, then a long beep, and finally two quick beeps. This sets the font to 12x24.
What does the symbol “----” mean on the analysis screen of Seitron Measuring Instruments?
If your Seitron Measuring Instruments display the symbol “----” on the analysis screen, it means the instrument can't calculate a numerical value from the flue gas analysis. This symbol will be replaced by numbers when the analyzer detects valid combustion data.
How to troubleshoot the built-in printer of Seitron NOVO Measuring Instruments?
If the built-in printer of your Seitron Measuring Instruments isn't printing correctly, make sure you're using thermal paper. Also, check the direction of the paper roll. If the paper isn't being dragged, inspect the closure of the printer door and the integrity of the feed roller.
What does “Max. Lim.” or “Min. Lim” mean on my Seitron NOVO?
If “Max. Lim.” or “Min. Lim” appears on the analysis screen of your Seitron Measuring Instruments, it means the sensor is detecting a value beyond the instrument’s measuring range. These indicators will be replaced by numbers once the instrument detects values within the measurable range.
How to fix Seitron NOVO Measuring Instruments that does not turn on?
If your Seitron Measuring Instruments do not turn on when you press the On/Off button, ensure you keep the button pressed for at least 3 seconds. If that doesn't work, connect the battery charger, as the battery may be low. Also, check that the battery is correctly connected to the instrument by accessing the internal parts and inserting the battery connector into its socket on the printed circuit. If the problem persists, the instrument might be faulty, and you should contact the assistance center.
Why are the values shown in the analysis screen of my Seitron NOVO not reliable?
If the values shown in the analysis screen of your Seitron Measuring Instruments are not reliable, it could be due to several reasons. First, access the sensor diagnostics menu to ensure the sensors are correctly installed. Next, check all joints and the condition of the hose to make sure the sample probe connection doesn't have a leak. If the issue persists, it may be a faulty pump or a faulty instrument, and in such cases, contacting the service center is recommended.
Why does the pump always remain on after autozero on Seitron NOVO Measuring Instruments?
It's normal for the pump to remain on after autozero. When starting the instrument, there is an autozero procedure during which the pump must suck in room air.
What to do if my Seitron NOVO built-in printer doesn't print correctly?
If the built-in printer isn't printing correctly: * Check that you are using thermal paper. * Check the direction of the paper roll. * If the paper is not dragged, check the closure of the printer door and the integrity of the feed roller.
Why does the sample pump on my Seitron NOVO Measuring Instruments sound slow or stop?
The pump may sound slow or stop due to several reasons: * The gas flow might be obstructed. Check that the dust filter is clean and not clogged with condensation. * The sample intake flow could be obstructed. Ensure that the particulate filter is clean.
General| Brand | Seitron |
|---|---|
| Model | NOVO |
| Category | Measuring Instruments |
| Language | English |
Provides details about the manual's content and usage guidelines.
Explains danger levels and symbols used in the manual for safety.
Covers essential safety checks and procedures for instrument operation.
Defines the intended applications and scope of use for the combustion analyzer.
Outlines prohibited uses of the product and associated risks.
Details safety precautions for handling and using the Li-Ion battery package.
Explains the fundamental operating principle of the gas sampling and analysis process.
Details the types of sensors used and their maintenance requirements.
Describes the CO sensor dilution feature for extending measurement range.
Explains the automatic zero calibration process for the instrument's sensors.
Lists supported fuel types and how to configure custom fuels.
Details the function and features of the internal gas extraction pump.
Describes the pressure sensor used for draft and differential pressure measurements.
Covers the instrument's integrated or external printer functionality.
Explains simultaneous measurement of key parameters for combustion analysis.
Details how to perform and record black smoke measurements.
Describes the measurement of ambient CO for safety checks.
Explains how to perform system tightness tests.
Details the connection and charging procedure for the instrument's battery.
States that the device is supplied with a calibration certificate.
Provides information on the instrument's electromagnetic compatibility compliance.
Explains how to connect the instrument to a PC via USB or Bluetooth.
Details the instrument's Bluetooth capabilities for remote connectivity.
Lists available software and applications for instrument management.
Illustrates and describes the front panel components of the instrument.
Illustrates and describes the back panel components of the instrument.
Details the various input connectors for probes and accessories.
Covers initial steps before using the instrument, like unpacking and checks.
Explains how to power the analyzer using its internal battery or external adapter.
Describes the procedure for turning the instrument on and off.
Explains the instrument's home page interface and its main functions.
Provides important warnings regarding operating temperature and instrument care.
Illustrates the correct positioning of the instrument during measurement.
Diagram showing connections for smoke and air temperature probes.
Diagram for connecting probes for comprehensive flue gas analysis.
Explains the connection procedure for the Pitot tube for air velocity measurement.
Details the connection of the kit for performing tightness tests.
Illustrates the connection of the instrument to a PC.
Crucial warnings for performing accurate flue gas analysis.
Guides on powering on the instrument and initiating auto-calibration.
Instructions on correctly inserting the smoke probe into the stack.
Explains how to configure primary parameters for analysis.
Details the available parameters for configuring combustion analysis.
Procedure for starting and ending combustion analysis in manual mode.
Steps to initiate automatic combustion analysis based on standards.
Procedure for concluding automatic combustion analysis.
Covers the final steps and checks after completing a combustion analysis.
Instructions for checking and maintaining the water trap/smoke filter unit.
Procedure for measuring the stack draft.
Details on performing black smoke measurements.
Explains how to measure ambient CO for safety.
Describes how to measure supply and return water temperatures.
Details how to measure system pressure.
Explains measuring network gas pressure.
Covers testing ventilation openings and pressure differentials.
Explains how to perform system tightness tests.
Allows configuration of instrument settings like Bluetooth, time, and language.
Enables selection and management of instrument operators.
Provides information about the instrument and help center contacts.
Enables checking instrument status and diagnosing anomalies.
Allows adjustment of autozero and cleaning cycle durations.
Covers selecting and configuring the printer for reports.
Allows configuration of test report format, copies, and layout.
Shows the list of enabled/disabled measurements for printing.
Prints a test ticket to verify printer operation.
Function to advance paper in the printer.
Explains how to organize and view saved analyses in the archive.
Allows renaming of archive folders.
Provides instructions for deleting archive folders.
Instructions for updating the instrument's firmware.
Details recommended annual service and overhaul procedures.
Covers regular maintenance tasks for instrument longevity.
Information on expanding instrument capabilities by adding sensors.
Shows the location and numbering of gas sensors within the instrument.
Details the CxHy sensor for unburnt hydrocarbon measurement.
Explains the CO2 sensor for measuring carbon dioxide levels.
Describes the sensor for detecting combustible gas leaks.
Provides the physical dimensions of the analyzer.
Details the dimensions of the instrument's case.
Lists available spare parts for the instrument.
Lists optional accessories for the instrument.
Provides contact information for authorized service centers.
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