Teledyne Falcon
Ultrafast Gas Chromatograph

​For Repair Inquiries, please email - [email protected]
For Tech Support, please email - [email protected]



​Column Module and Detector Module

With its patented modular columns and detectors platform, ​application range is second only to analytical speed in the list of Falcon Series GC advantages. Consider these diverse capabilities:

  • Gas or liquid samples
  • Fixed gases & hydrocarbons up to C50
  • Petroleum products & biodiesel formulations up to C50
  • FID, TCD, FPD or DBD (configured as helium ionization or electron capture)
  • Single column module lengths up to 16 meters
  • Dual column module units with 32 meters total length
  • Dual detector configurations
  • Dual column heart cut configurations


The Falcon Series GC Autosamplers offer many outstanding features.

  • Servo motor drive
  • Simultaneous X-Y movement - not sequential
  • Faster, quieter - more reliable movement
  • Fast injections - software programmed control
  • Simple operation methods linked to the Falcon Series GC Ultra-reliable and durable
  • Direct syringe and heated headspace injections Headspace analysis
  • Variable injection rates
  • Variable syringe fill rates
  • Multiple tray options

Mobile System

The Falcon Series GC’s compact size and superior performance makes mobile systems for GC analysis a functional reality.

  • Upstream E&P evaluations
  • Environmental emissions monitoring
  • Roadside fuel marker detection
  • Transportable product authentication
  • Pipeline product interface detection
  • Forensic analysis
  • Fence-line monitoring

Additional Features

The Falcon Series Ultrafast Gas Chromatograph is a widely applicable, fast programmed temperature gas chromatograph consisting of:

  • Injection methods include gas or liquid manual syringe injections, liquid or heated headspace autosampler injections and gas or liquid sample valve injections

  • The sample can be drawn in through the inlet via a sample vacuum pump and is typically used in ambient air monitoring

  • One or two column modules can be run simultaneously either in a series or parallel to one or two detectors

  • Teledyne's patented direct heating, precalibrated and individually programmed temperature column modules, enabling dual simultaneous analysis on the same sample, using different separation media and temperature profiles for maximum selectivity

  • Flame Ionization Detection, Thermal Conductivity Detection, Flame Photometric and Dielectric Barrier Discharge detectors are available

  • Maximum detector operating temperature is 662­°F (350°C), application dependent

  • Chromperfect® chromatography data system running on a Windows PC. Optional Infometrix​® and Pirouette® software may be added to enhance data analysis and interface

  • System configurations enabling measurements of fixed gases up through components with boiling points equivalent to n - C50. Samples can be gas or liquid phase and can be directly injected into the split/splitless injection port. Optional SP/ME and other sampling methods are available

See technical specifications for more information


​Available Detectors​​

​​​Flame Ionization (FID), Thermal Conductivity (TCD), Flame Photometric (FPD), Dielectric Barrier Discharge (DBD) (configured as helium ionization or electron capture)

​Sampling Configurations

Process online via sample valve for gas or liquid*
Manual syringe injection for gas or liquid
Autosampler injections for liquid or heated headspace
Aspiration to inlet via sample pump

*Sample handling available

​Detector / Column

​​101:    Single column (2-16 meters), single detector
201:    Dual column (4-32 meters), dual detector in series
301:    Dual column (2-16 meters), dual detector in parallel
CS:      Dual column (2-16 meters), dual detector with column switching valve
GS:      Single column (2-16 meters) with large sample loop, single detector w/ sample  pump
GS-T:   Single column (2-16 meters) with preconcentration trap, single detector                                       w/ sample pump


​​​< ± 1% Relative Standard Deviation (RSD)


​Operating:    32° to 95°F (0° to 35°C)​
Storage:        -4° to 140°F (-20° to 60°C)


​​​Carrier Gas (application-dependent)
UHP hydrogen and zero air (99.999% pure) (for FID and FPD only)​


​​​100-240 VAC ​50/60 Hz with external converter
24 VDC power, 300 Watts max

​Data Management

​​Front-panel touchscreen for GC initialization and manual sampling functions
RS-232 and all other functions via TCP/IP Ethernet to external PC with Chromperfect® Seven software (Windows® 10 or higher OS required)**

**Windows is a registered trademark of the Microsoft Corporation


​Analog Outputs:     4-20 mADC (isolated), 0-1 VDC, 0-5 VDC
Digital Outputs:      Relay contacts​
Others available upon request

***Via external PC modules


​​17"W x 11"H x 8.5"W (43 x 22 x 28 cm)
Approximately 25 lbs (11 kg)



​​File S​ize​​​​

Teledyne Falcon GC Bro​chure



Technical Papers

908devices Fast GC Meets Fast Miniature MS​

A More Complete Solution for Processing Control 

A Transportable micro and Fast GC for Chemical Markers in Adulterated Fuels 

Abstract of Fast Micro GC Session ​

​Advanced Data Processing Requirements for Fast Chromatography 

Analysis of Chemical Markers in Adulterated Fuels using a Transportable Ultrafast Micro Gas Chromatograph

Analytical Methods in Petroleum Upstream Applications 

Application of Smart Micro GCs with NeSSI 

Applications of Fast Transportable Chromatography 

​Boiling Range Distributions: In the Lab In the Process 

Boldly and Broadly Into the Mainstream! Laboratory, Process, Offshore and Even Transportable Gas 

Broad Range Application Fast & Micro GCs 

​​Chemometrics in Gas Chromatography

Contrasting Spectroscopy and Chromatography for Motor Fuel Assessments 

CPPC Extended Analytics 

D7798 Round Robin Results and Implications ​

Data Equivalency Leads to Fluid Free Online Analyzer Calibrations 

​Data Processing in a Fast GC World 

​Easy to use Fast Liquid Chromograph with Novel Sample Manager 

Expanding Use of Fast GC in Petroleum and Petrochemical Apps 

Extended Natural Gas Application 

​Extending The Reach of Chromatography Data 

Fast & Micro Gas Chromatography in the Upstream World

Fast & Micro GCs Recent Advances Winery to Refinery 

Fast Gas Chromatography High Pressure Mass Spectrometry (GC-HPMS) Technique, Software and Applications 

Fast Gas Chromatography in the Refinery Quality Control Laboratory ​

​Fast Gas Chromatography using Heated Headspace Gas Auto Sampling Techniques: Ethylene Oxide and 1,4-Dioxane in Fatty Acids 

​Fast Gas Chromatography Using Heated Headspace Gas Auto Sampling Techniques: Polyethylene Pellets, Product Purity Analysis 

​Fast GC for True Control of a Process 

Fast HPLC Enables Online Process Analyzer Technology 

Fast Process Gas Chromatography Implementations in Refining and Petrochemical Plants 

​Fast, Automated Food Grade Fatty Acid Endpoint Analysis 

​Fuel Characterizations C5 to C44: Employing New ASTM D7798 Method 

​Historical Review Fast & Micro GCs 

​Identifying Authentic and Fraudulent Diesel Fuel by Fast GC Using Chemometrics 

​Improvements in Batch Process Throughput 

​Increasing Throughput and Ease of Use with Micro and Fast Gas Chromatography

​Instrument Maintenance Fast GCs 

​Making SimDist Faster and More Robust: Minimizing the impact of retention time drift 

​Micro and Fast Gas Chromatography: The Empowering Force for Unconventional Analytical Chemistry 

​Micro GC Fusion® Advancing Gas Analysis 

​Micro GCs: Current Capabilities and Future Trends 

New Ultrafast Micro ASTM 2887 Method GCC 2012 

Not Just for Simulated Distillation

Online Gasoline Blending with Fast GS - Experience of One Refinery ​

​Online Process Control - Modular Fluid Delivery and Fast Process GC

On-Line Process Control Using Modular Fluidic Delivery & Fast Micro Process GC 

​Optimizing the Interface between Supercritical Fluid Chromatography and Electrospray Ionization Mass Spectrometry 

Recent Advancements Fast & Micro GCs (SGS) 

​Recent Advancements in Ultrafast Gas Chromatography from the Winery to the Refinery to the Wellhead 

Recent Advances for Chromatography Data Systems in Fast GC: Control, Data Fusion, Automation 

Recent Advances in Chromatography Data Systems 

​Recent Advances: An Overview of Fast GC, Sensitive GC and Even Simply Faster GC than the Traditional

​Refinery Support from the R&D Lab Perspective using Fast & Micro Gas Chromatography 

​Resolving the Conflict Between Lab and Process Data

Rethinking of the Anatomy of the GC 

​Roadside Ultrafast GC Analysis of Chemical Markers for Fuel Fraud Enforcement Campaign in the UK and Ireland 

​Simplifying Data Systems 

​Solutions through Chromatography Automation 

​Technological & Economic Impact of Fast & Micro Gas Chromatography 

​The Case for Micro and Fast Gas Chromatography 

​The Power of Heat and Multidimensional Separations in micro & Fast Gas Chromatography

​The Revolution in Gas Chromatography 

​Transportab​​le Fast Gas Chromatography for Pipeline Product Interface Detection and Flare Controls 

​Transportable Fast Micro GCs

​True Plug-and-Play Chromatography

​Ultrafast Gas Chromatography in Transportable and OnSite Applications​​​

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The Teledyne Falcon UltraFast Gas Chromatograph is Faster, Smaller, Smarter, Easier and Greener.​


With analytical cycles 10 to 50 times faster than traditional chromatographs, the Falcon Series Ultrafast Gas Chromatograph (GC) vastly increases responsiveness for the data consumer in a wide range of lab, process and field applications. Less time is spent waiting on results which means more productivity and timely control of measured processes. Product output, quality and profitability are increased while field analysis becomes more practical and reliable.​

The Falcon Series GC’s incredible speed inspired a new Ultrafast Simulated Distillation Method. The ASTM D7798 method can perform simulated distillation nearly 6 times faster than the previous method (D2887), with superior repeatability and reproducibility.


The elimination of the air bath column ovens, required for traditional gas chromatography, drastically reduces the Falcon Series GC footprint. Yet, the Falcon Series delivers all the functionality of much larger, higher thermal mass, traditional GCs. At 17” wide, 8.5” deep, 11” high and 25 Lbs. (43 cm x 22 cm x 28 cm & 11kg), the Falcon Series offers advanced analytical chemistry in a highly compact, versatile package.​

The smaller size of the Falcon Series GC means more efficient utilization of space and, ultimately, bigger profits for the user. The small Falcon Series footprint allows for higher installation density in the laboratory and enables process installation schemes that place the analyzer much closer to its sampling point in the plant. Closer proximity means less sample lag time as well as more representative measurements for process control. This also makes hand carried and vehicular transport applications far more feasible.​


Using modern computing with standard operating systems and software, the Falcon Series GC frees valuable technical resources from the daily grind of interpreting and validating chromatographic results. State-of-the-art Chromperfect® GC operating software is built in and LineUp software virtually eliminates misidentification of components and drastically reduces the need for expensive calibration sample runs. Less time spent calibrating the analyzer means more time spent on more economically valuable diagnostics, most notably measured process deviations from the set-point. In addition to Chromperfect®, Infometrix Pirouette® is an optional software that may be added to enable interface with process automation.​


Teledyne’s patented direct heating of the temperature-programmed column modules allow the Falcon Series GC to avoid the complicated and troublesome valve schemes used in isothermal process analyzers and many lab gas chromatographs. The Falcon Series GC’s patented overall modular design also makes diverse application engineering and maintenance easier, as column and detector modules are readily changed out as needed.​

Correlation between laboratory systems and online process control systems become realistically possible with the Falcon Series system, because both physical packages use the same measurement principle, hardware and methodology. Applying the Falcon Series GC in-lab and online means less time spent reconciling lab and process measurements and validating which result is correct. More time can be spent working on valuable, direct process optimization.


The obvious and extraordinary features and benefits of the Falcon Series GC combine to yield something that may not be that evident: Green Process Analytical Chemistry. The Falcon Series GC is greener, whether in the control laboratory, online in the processing plant, near line in the pilot plant or when transported for field measurements. By consuming less than 300 Watts in operation, the Falcon Series GC uses about 1/10th of the power of traditional GCs.​

With analytical cycles that are many times faster and the low electrical load needed for operation, the Falcon Series GC’s power consumption per analysis is 1% or less of the energy required by traditional gas chromatography. Combine these savings with the reduction in workload for air conditioning systems and the Falcon Series solution is greener still. The Falcon Series product life cycle environmental impact from manufacturing throughout its useful lifetime to disposal is far less than traditional GCs.

The Result​

Faster, Smaller, Smarter, Easier, Greener = better quality, increased productivity, profitability and versatility, with far less hassle and environmental impact. That summarizes the business concept for the ultrafast, compact, ultra-user friendly, energy efficient, highly durable, practical, reliable and economical Falcon Series Ultrafast Gas Chromatograph.​