To Next PageTo Next PageWhat to do if calibration failed on Viasensor G100?
If the calibration of your Viasensor Measuring Instruments fails, first check that the span target is set to the correct value. If it is not correct, adjust it and attempt to span the channel again. Repeat the entire procedure, which includes zeroing the channel and then calibrating the span. Make sure the reading is stable before spanning the channel.
Why does User Zero fail on Viasensor G100?
The 'User Zero failed' error on your Viasensor Measuring Instruments can occur if the instrument is trying to zero to a level outside the predetermined range set during factory calibration, or if the gas is unstable due to flushing or varying concentration. To fix this, ensure the unit contains absolutely none of the gas being zeroed by thoroughly flushing with nitrogen. If it still won't zero, refer to the ‘Factory Settings’ section. If the instrument continues to fail to zero then the unit must be returned to the manufacturer for investigation.
General| Brand | Viasensor |
|---|---|
| Model | G100 Series |
| Category | Measuring Instruments |
| Language | English |
Records changes made to the manual over time.
Informs about potential safety hazards and warnings.
Highlights important and useful information and instructions.
Overview of the G100 analyzer models and their features.
Identifies and describes the standard components included with the instrument.
Lists optional products that enhance instrument usability and data analysis.
Describes software for maximizing instrument operation and data analysis.
Explains the logging of significant events for monitoring and diagnostics.
Details the functionality of optional temperature probes for dual readings.
Describes the optional humidity probe for reading and displaying humidity.
Explains the optional internal oxygen cell for reading oxygen levels.
Details the physical layout and components of the instrument's front and back panels.
Step-by-step guide on how to power on the instrument.
Instructions on how to properly power off the instrument.
Describes the main display screen and its elements.
Explains the meaning of various icons displayed on the instrument screens.
Guides on how to input data or information using the instrument keypad.
How to switch between different measurement screens on the instrument.
Guidelines on using and managing the instrument's memory and storage.
Introduction to the main menu and its navigation.
How to access instrument information like serial number and calibration dates.
Overview of the Utilities menu for configuring instrument settings.
Instructions for checking and setting the instrument's internal clock.
How to set and manage rising and falling alarms for gas channels.
Accessing settings to maintain information for sampling and readings.
Procedure for resetting the instrument to factory settings or clearing data.
Overview of user/field calibration for improving instrument accuracy.
How to access and view stored readings on the instrument.
How to check and clear stored readings from the instrument's memory.
Using diagnostics for technical support to resolve instrument issues and errors.
Essential checks to perform before taking readings for optimal performance.
How to configure and initiate logged readings for automatic data capture.
How to use the peak reading mode to capture maximum values.
Explains how to perform user/field calibration for accurate readings.
Information on selecting and setting up calibration gases and equipment.
Details the equipment needed for user calibration.
Describes the general process and initial steps for calibration.
Step-by-step guide to zeroing the CO2 channel.
How to perform span calibration for the CO2 channel.
Instructions for zeroing the O2 channel, if applicable.
How to perform span calibration for the O2 channel.
How to reset the instrument's calibration to factory defaults.
How to find the date of the last field calibration.
Details how user calibrations are logged in the event log.
Explains various warning and error messages received during operation.
Details the common flow fail warning and its causes.
Discusses how other gases might affect CO2 and O2 readings.
Explains potential errors caused by CO2 absorption in water.
How to perform a hardware reset if the instrument locks up.
Recommendations for regular servicing and maintenance of the instrument.
Identifies parts that can be serviced by the user and cleaning instructions.
Detailed technical specifications for the G100 model.
