What to do if ghost peaks appear in Teledyne Tekmar Laboratory Equipment chromatograms?
If ghost peaks appear in your Teledyne Tekmar Laboratory Equipment chromatograms, it's likely the check valve needs replacing. Replace the pencil filter to resolve this issue.
Provides information on product warranty and sales terms.
Contact details for technical assistance and customer support.
Crucial instructions for safe installation, operation, and maintenance.
Explanation of symbols and hazard levels used in the manual.
Identifies safety symbols and their meanings as per EN61010-1:2010.
Details safety labels used on the instrument for hazard identification.
Guidelines and precautions for safe operation and handling of the instrument.
Explains the fundamental principles of Purge and Trap (P&T) technology.
Describes the basic steps involved in the Purge and Trap process.
Covers essential requirements before installing the concentrator.
Instructions for unpacking and inspecting the Lumin for damage.
Details the components included in the installation kit for setup.
Provides a visual overview of the Lumin's main components.
Guides on making necessary electrical and data cable connections.
Introduces the Lumin TekLink software and its primary functions.
Describes the software's user interface and touchscreen capabilities.
Explains the different operating modes of the concentrator system.
Procedures and considerations for replacing parts on the Lumin.
Detailed electrical schematic diagram of the Lumin instrument.
Visual representation of the Lumin's plumbing system and components.
Illustrates gas flow paths for various Lumin operating modes.
Details the terms and conditions of the product warranty.
Contact information for technical support and customer service.
Key instructions for proper installation, use, and maintenance of the Lumin.
Explains the fundamental principles of Purge and Trap (P&T) technology.
Details the basic concepts of P&T to aid understanding of the system.
Provides historical context for the development of P&T technology.
Describes the general operational steps of the Purge and Trap process.
Explains the process of capturing, holding, and releasing analytes on the trap.
Details the general and performance specifications of the Lumin instrument.
Describes the sample mount and sparger, including available options.
Explains the optional foam sensing and elimination system for sample safety.
Details the color indicators for the Lumin's operational state.
Describes the inlet for sample purge gas and its recommended flow.
Explains the function of the MFC in controlling gas flow rates.
Describes the inert sample pathway for corrosion resistance and compound integrity.
Explains how the analytical trap captures and releases VOCs.
Details the MCS for condensing and removing water from the sample gas.
Identifies the 24VDC power supply and its function.
Identifies the 5VDC power supply and its function.
Discusses the use of the AQUATek 100 autosampler for automated analysis.
Details the optional system to safeguard against liquid entering the gas pathway.
Covers requirements for electric, gas, and software before installation.
Outlines the chapter's content regarding pre-installation and connection.
Specifies the recommended temperature and humidity for operation.
Details requirements for the surface where the Lumin will be placed.
Specifies voltage, amperage, and circuit protection needs for the Lumin.
Details requirements for sample purge gas and carrier gas supply.
Lists the minimum specifications for the controlling computer.
Lists all tools and supplies needed for the Lumin installation.
Instructions for unpacking and inspecting the Lumin and its kit box.
Details the parts provided in the installation kit for setting up the Lumin.
Procedure for connecting the AC power cord to the Lumin.
Guides on connecting the Lumin to a computer via USB cable.
Instructions for connecting the GC I/O cable for communication with the GC.
Procedure for installing SQL Server, a prerequisite for TekLink.
Steps to install the .NET Framework required for Lumin TekLink.
Instructions for installing USB drivers to enable computer communication.
Guide to creating a new instrument profile in Lumin TekLink.
Steps to connect Lumin TekLink to a configured instrument profile.
Instructions for connecting and configuring the autosampler.
Details on connecting the autosampler communication cable.
Steps for installing the aqueous transfer line to the sample mount.
How to configure method parameters for the AQUATek 100 autosampler.
Explains how to activate and configure the optional foam sensor.
Introduces the Lumin TekLink software and its main functions.
Describes the software's user interface and touchscreen capabilities.
Notes that the software is designed for touchscreen use.
Explains how to pin screens to keep them visible.
Describes the information displayed in the title bar of certain screens.
Explains the function of common file management buttons.
Describes buttons used to abort, hold, or step through instrument modes.
Explains the function of the checkbox for deleting items at next archive.
Introduces the main screens of the Lumin TekLink software.
Describes the Home Screen and its navigation buttons.
Displays real-time status of the concentrator, including schedule and modes.
Introduces the Methods Screen with tabs for defining parameters.
Configures standby temperatures and flows for the concentrator.
Defines time, flow, and temperature parameters for the Purge Mode.
Configures time, flow, and temperature parameters for Desorb Mode.
Defines time, flow, and temperature parameters for Bake Mode.
Configures time and temperature parameters for the AQUATek 100 autosampler.
Functions related to priming AQUATek 100 standards and DI water tubing.
Overrides concentrator functions for diagnostics and troubleshooting.
Manually configures Bake Mode settings and advances the concentrator.
Manually steps the concentrator to Desorb Mode.
Checks the pH probe if installed on the AQUATek 100.
Accesses configuration settings, instrument manager, and system properties.
Used to create, connect, and view properties of instrument profiles.
Configures data and communication settings, including email alerts and archives.
Displays default locations for storing methods, schedules, and history.
Settings to enable/disable the on-screen alphanumeric keyboard.
Shows Lumin TekLink software and firmware details.
Provides discrete control of valves and MFC for diagnostics.
Manual control of the AQUATek 100 autosampler for diagnostics.
Displays sample, instrument, and error events for review.
Steps to download and install firmware updates for the concentrator.
Tests components and software routines to ensure proper operation.
Guide to creating a new instrument profile for the Lumin.
Steps to connect Lumin TekLink to a configured instrument profile.
Procedure for deactivating an instrument profile.
Guide to defining method parameters for analysis.
Procedure for saving a newly created or modified method.
How to open existing or archived methods from the Methods Screen.
Procedure for printing the current or completed method.
Guide to building sample schedules for the Lumin and autosampler.
Procedure for saving the active schedule.
How to load and start running a schedule.
Procedure for aborting a running sample or the entire schedule.
Explains the programmed operating steps and modes of the concentrator.
Discusses temperature settings for transfer line, valve oven, and sample mount.
Discusses temperature settings common to all operational modes.
Explains standby temperatures and flows for trap and condenser.
Indicates when the system is ready to begin sample analysis.
Used with sample heater to remove oxygen from headspace before purging.
Settings for sample temperature and preheat time when a sample heater is used.
Explains the VOC extraction process during Purge Mode.
Used to remove excess water from the analytical trap.
Indicates the trap is loaded and ready for GC transfer.
Heats the trap to release analytes before the main desorb step.
Analyte transfer from trap to GC using carrier gas and temperature.
Regenerates the trap and condenser for the next run.
Table of recommended temperatures and times for conditioning analytical traps.
Table of recommended operating conditions for various analytical traps.
Procedures and considerations for replacing parts on the Lumin.
Outlines required preventative maintenance for continued successful operation.
Checklist for daily maintenance tasks on the Lumin.
Checklist for weekly maintenance tasks on the Lumin.
Checklist for monthly maintenance tasks on the Lumin.
A chart summarizing required preventative maintenance actions and frequency.
Identifies the 5 VDC and 24 VDC power supplies within the Lumin.
Identifies the three primary PCBs in the Lumin.
Step-by-step guide for replacing individual valves.
Steps for removing and installing a new MFC, including gas connections.
Tools required and procedure for replacing the 6-port valve.
Completes main fuse replacement and covers heater output fuse replacement.
Procedure for replacing heater output fuses on the temperature control board.
Details on replacing heater output fuses and handling electrostatic discharge.
Tools and procedure for replacing the temperature control PCB.
Tools and procedure for replacing the CPU Communication Board.
Tools and procedure for replacing the DC Valve Control Board.
Instructions for downloading and installing firmware updates.
Instructions for downloading and installing software updates.
General guide for troubleshooting instrument issues.
How to run the benchmark test to check instrument components.
Procedure for initiating and monitoring a basic leak check.
Procedure for isolating and checking specific sections for leaks.
A flow chart to diagnose issues related to the instrument not powering on.
Information on installing and using the TOT injection port for troubleshooting.
How to configure the software for standalone unit operation with TOT port.
Flow chart to diagnose and resolve carryover contamination issues.
Procedure and authorization requirements for returning the instrument.
Instructions for returning the system for proper disassembly and disposal.
Steps to follow when seeking assistance for problem-solving.
Detailed electrical schematic diagram of the Lumin instrument.
Visual representation of the Lumin's plumbing system and components.
Illustrates gas flow paths for various Lumin operating modes.
Shows the fundamental gas flow path in the Lumin.
Illustrates gas flow during Standby and Dry Purge modes.
Shows the gas flow path during the Purge Mode.
Illustrates the gas flow path during the Desorb Mode.
Shows the gas flow path during the Bake Mode.
Contains flow diagrams for Lumin with Guardian Foam Sensor and Eliminator.
Basic gas flow path for Lumin with GFS and Eliminator.
Gas flow path for Standby/Dry Purge with GFS and Eliminator.
Gas flow path when the Eliminator is ready.
Gas flow path during the Purge Mode with GFS and Eliminator.
Gas flow path when adding defoamer with GFS and Eliminator.
Gas flow path during Eliminator Rinse with GFS and Eliminator.
Gas flow path during Desorb Mode with GFS and Eliminator.
Gas flow path during Bake Mode with GFS and Eliminator.
General| Model | Lumin 15-2500-074 |
|---|---|
| Manufacturer | Teledyne Tekmar |
| Category | Laboratory Equipment |
| Detection Method | Chemiluminescence |
| Sensitivity | 1 RLU |
| Power Requirements | 100-240 VAC, 50/60 Hz |
| Interface | RS-232, USB |
| Dynamic Range | 5 Orders of Magnitude |
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