What does it mean if MFC shows continuous reading with no flow in Teledyne Tekmar Torch Laboratory Equipment?
If your Teledyne Tekmar Laboratory Equipment shows a continuous MFC reading with no flow, it indicates a faulty MFC. Replace the MFC.
How to fix failure to return to baseline between replicates on Teledyne Tekmar Laboratory Equipment?
If your Teledyne Tekmar Laboratory Equipment fails to return to baseline between replicates, it indicates insufficient baseline stabilization time. Increase the baseline stabilization time in the Method Editor.
Why is there low recovery at higher end on my Teledyne Tekmar Torch Laboratory Equipment?
If you're experiencing low recovery at the higher end with your Teledyne Tekmar Laboratory Equipment, but the lower end seems okay, it suggests that the furnace is not at the set temperature. Allow the furnace to heat to the set temperature.
What to do if the torch unexpectedly stops during analysis on Teledyne Tekmar Laboratory Equipment?
If the Torch unexpectedly stops in the middle of an analysis on your Teledyne Tekmar Laboratory Equipment, it is likely due to a power interruption. You must reboot the system, empty the IC Sparger, empty the Syringe, and home the Autosampler.
Why have reagent water counts increased in my Teledyne Tekmar Torch?
If the reagent water counts (Abs) have increased in your Teledyne Tekmar Laboratory Equipment, it's likely due to increased dissolved CO2 in the DI water and reagents, or contamination. Replace the DI water every day. Purge the headspace in reagent bottles with the Permeation Dryer drying gas to prevent dissolved CO2. Replace reagents.
Why does the MFC show no reading on my Teledyne Tekmar Torch Laboratory Equipment?
If the MFC on your Teledyne Tekmar Laboratory Equipment shows no reading, it could be due to no flow or a faulty MFC. Replace the empty tank, turn on the regulator, or resolve any leaks. If the issue persists, replace the MFC.
What causes a syringe overload in Teledyne Tekmar Torch?
If you are experiencing Syringe Overload with your Teledyne Tekmar Laboratory Equipment, there may be a restriction in one or more of the fluid management lines that connect to the 7-port Valve, or the 7-port Valve itself may be faulty. Try running with lines to 7-port Valve disconnected and see if error still occurs. If no error replace restrictive line(s). Try running with 7-port Valve/ Syringe assembly detached from Syringe Pumper. If no error, replace 7-port Valve. If error still occurs, replace Syringe Pumper.
How to troubleshoot R2 < 0.995 for calibration in Teledyne Tekmar Torch Laboratory Equipment?
If R2 is less than 0.995 for calibration with 0.5 ppmC and higher on your Teledyne Tekmar Laboratory Equipment, it could be due to improper standards, contaminated DI water, or flow leaks or back pressure. Replace the DI water and make new standards. Check fittings and repack the Cu/ Sn Halogen Scrubber.
Why does my Teledyne Tekmar Torch unit not initialize?
If the Teledyne Tekmar Laboratory Equipment unit does not initialize, it could be because the unit is not plugged in or the power switch is OFF. Plug in the unit and turn it ON.
Why is the system pressure too high in Ready Mode on my Teledyne Tekmar Laboratory Equipment?
If the Teledyne Tekmar Laboratory Equipment system pressure is too high in Ready Mode (greater than 1.5psi), it might be due to the Pyrex wool in the Halogen Scrubber being packed too tightly or other restrictions such as a 3-way Valve, Permeation Dryer, or Sparger Tube. You should repack the Pyrex wool in the Halogen Scrubber loosely. Start from the end of the flow path (Valve F), disconnect, and connect working forward until the restrictive component is isolated, then replace it.
Critical safety and operational guidelines before using the instrument.
Explains safety symbols and their meanings for hazard awareness.
Describes the main parts of the Torch analyzer and their functions.
Details the autosampler's capabilities, tray sizes, and positioning performance.
Outlines requirements and steps before installing the Torch instrument.
Lists environmental, gas, power, and reagent needs for operation.
Provides step-by-step guidance for physically setting up the Torch analyzer.
Details how to pack and install the combustion tube and catalyst.
Explains how to connect power and data cables to the instrument.
Guides on connecting the Torch to necessary fluid and gas supplies.
Covers the preparation and specifications for materials.
Lists and describes essential reagents like water, acids, and standards.
Provides procedures for preparing specific solutions for analysis.
Details the process for preparing a 1000ppmC Potassium Hydrogen Phthalate standard.
Guides on installing the necessary software on the computer.
Explains how to establish communication between the PC and the Torch.
Details how to configure the computer's network settings for connection.
Covers the initial login process and password management.
Describes how to use diagnostic tools to check instrument functions.
Details how to create and modify analysis methods for the Torch.
Outlines routine checks for optimal instrument operation.
Lists daily tasks to ensure the instrument is ready for use.
Provides instructions for replacing various components of the Torch.
Guides on removing and installing the combustion tube and catalyst.
Explains how to perform automated and manual leak checks on the system.
Details procedures for diagnosing and fixing leaks.
Offers solutions for common instrument problems.
A table listing symptoms, possible causes, and solutions for issues.
Provides the electrical wiring diagram for the Torch analyzer.
Illustrates the basic flow paths of gases and liquids in the instrument.
Shows the flow path specifically for the sample injection process.
General| Brand | Teledyne Tekmar |
|---|---|
| Model | Torch |
| Category | Laboratory Equipment |
| Language | English |
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