A gas chromatograph mass spectrometer you carry to the sample. The G510 lets responders analyze liquids, solids and vapors and perform rapid field confirmation of chemical hazards, with a heated sample probe for Survey Mode and a split/splitless injector for liquids, all in one self-contained, IP65-rated enclosure.
Teledyne FLIR built the G510 to complement the presumptive techniques responders already use during emergency operations. It analyzes all phases of matter and performs rapid field confirmation of chemical hazards, on scene.
In the hot zone the integrated heated sample probe identifies vapor-phase threats within seconds in Survey Mode. When the question needs a full answer, the same instrument separates the sample on its GC column and identifies it by mass spectrum.
Every G510 result follows the same three stages a laboratory GC/MS uses: get the sample in, pull the mixture apart over time on a gas chromatography column, then identify each component by its mass spectrum against on-board libraries.
Bring the sample in as a vapor, a liquid or a solid. The heated sample probe and the split/splitless injector are both included standard.
The gas chromatograph splits a mixture into its components so each one reaches the mass spectrometer on its own. FLIR describes the low thermal mass column as giving "unsurpassed resolution in challenging environments."
Each component is ionized and its mass spectrum is matched against named on-board libraries, then reported with visual and audible alarms that need limited data interpretation.
This details view comes from a single syringe injection in FLIR's fire-investigation application note, which identified C9 through C28 hydrocarbons.
Teledyne FLIR calls it "unmatched field versatility": sampling options for vapor, liquid and solid materials, enabling rapid analysis across a wide range of operational scenarios.
A handheld probe on the instrument's cable, with its own alarm. It runs the rapid-response survey mode and feeds vapor confirmation.
For environmental, forensic and hazardous material sampling by syringe injection of organic liquids.
Options include a Prepless Sample Introduction (PSI) Probe, a Sample Prep Kit (SPK) and Touch-And-Go (TAG™) capability for direct analysis of solid samples.
PSI-Probe, TAG and SPME extraction are optional accessories. Tell us how you plan to sample when you request a quote.
The G510's time claims depend on the mode. Survey Mode is near real-time vapor identification from the heated probe; a full GC/MS run takes minutes and separates the whole sample.
Sweep the heated probe through the area. Vapor is drawn to the Membrane Introduction Mass Spectrometry (MIMS) inlet, so hot zone operators can identify vapor-phase chemical threats within seconds.
Vapor is concentrated on the internal dual-bed preconcentrator, or a liquid is injected, then separated on the GC column and identified. In a FLIR application note, pyridine vapor was detected in less than two minutes and confirmed with a NIST match (screen above).
Identification is only as good as the reference data behind it. The G510 matches against established mass spectral libraries and turns the result into a guided, alarm-driven screen an operator in PPE can act on.
Mass Spectral Library
FLIR's fire-investigation note describes GMF as combining NIST mass spectrum library matches with retention indexing to provide additional confidence.
On-board mass spectral libraries provide confirmatory identification and analysis of trace compounds, unknown chemicals and mixtures.
Visual and audible alarm confirmation on the touchscreen and the handheld probe.
A 9" multitouch color display (1280 x 720 WVGA; 1300 nits) with a navigation assistant and Method Selector tool, operable while wearing full personal protective equipment downrange.
FLIR's application note states that standard analytical methods for drugs of abuse, including fentanyl and heroin, are included with the G510 and linked to the full NIST Mass Spectral Library.
On-board WiFi and GPS, with remote monitoring and control over a WiFi hotspot. Results are stored on an internal 256GB SSD.
Teledyne FLIR application notes show the G510 at a suspected drug lab and at a fire scene.
Portable GC/MS equipment can help hazmat response teams quickly identify white powders, like fentanyl, on scene. The note walks through two results from the G510:
A portable GC-MS like the G510 can be used to confirm the presence of a suspected accelerant immediately on scene. Besides its standard injector, the G510 carries an air sampling probe for extra utility at the fire scene.
FLIR's conclusion: the results "indicate the FLIR Griffin G510 is capable of field analysis of ignitable liquid residues at a fire scene."
Teledyne FLIR describes the G510 as a fully self-contained, mission-ready system for reliable operation from the field to the lab: carrier gas, batteries and vacuum pumps are inside the 36-pound case.
Dust-tight and spray-resistant, which FLIR notes adds flexibility to decontamination procedures.
Self-contained miniature turbomolecular and diaphragm pumps, so no external service module is needed.
On-board helium with an external connector and automatic switching; two hot-swappable Li-ion batteries; training reference videos built in.
Maintenance activities are designed to be done in the field for increased uptime. Teledyne FLIR states that extensive training, service and reachback options are available.
2 hours basic operation; 8 hours expert user. An optional vehicle mount kit is available for shock and vibration protection during off-road or harsh transport.
Two person-portable Griffin GC/MS instruments for two jobs. The G510 is the general chemical identifier with the heated probe and Survey Mode. The G510x, a variant built on the G510, is specifically optimized for the detection of narcotics and explosives.
Not sure which fits your mission? Tell us what you need to identify and how you sample, and we will help you compare.
| Physical | |
|---|---|
| Technology | Gas Chromatography / Mass Spectrometry (GC/MS). |
| Dimensions (L x W x H) | 33.7 x 33.7 x 40 cm (13.25 x 13.25 x 15.75") – include batteries, carrier gas, and vacuum system. |
| Weight | 16.3 kg (36 lbs) – include batteries, carrier gas, and vacuum system. |
| Decontamination | Sealed for Survey Mode operation in hot zone; IP65-rated enclosure is dust-tight and spray-resistant. |
| Environment | |
| Operating temp / humidity | 32 to 104 °F (0 to 40 °C); <95% relative humidity |
| Storage temperature | -25 to 55°C (-13 to 131°F). |
| Power | |
| Power supply | 100-240V 50-60Hz (220 W max); 19V (DC); 2 x #2590 @ 15V Li Ion batteries (included) |
| Battery life | 4 hrs in Survey Mode, 2 hrs in Confirmation Mode; hot swappable. |
| Start up time | 15 minutes to full operation from cold. |
| Sample introduction | |
|---|---|
| Sample phase | Solid, liquid, and vapour. |
| Heated Sample Probe (included standard) |
|
| Split/splitless injector (included standard) |
|
| Performance | |
| Sampling and analysis | Full identification in 4 - 15 mins for most chemicals; identification within seconds (near real-time) when operating in Survey Mode. |
| Detection limit | PPM (parts per million) - PPT (parts per trillion). |
| Threats | Detects and identifies explosives, narcotics, CWAs, TICs, environmental pollutants, and other chemicals |
| Gas chromatograph | |
|---|---|
| LTM-GC column | DB-5MS (15 m x 0.18 mm x 0.25 µm); others available. |
| Temperature range | Programmable 40 to 300°C; ramping of 100°C/min |
| Carrier gas | On-board helium; external helium connector, automatic switching (Hydrogen capable). |
| Mass spectrometer | |
| Mass analyser type | Linear quadrupole mass filter. |
| Mass range / resolution | 15 - 515 m/z; 0.7 amu@FWHM. |
| Ionisation type / source | Electron Impact Ionisation; non-radioactive ionisation source. |
| Detector | Electron Multiplier. |
| Vacuum system | Self-contained miniature turbomolecular and diaphragm pumps. |
| Dynamic range | 7 decades. |
| Calibrant | On-board FC-43 (Perfluorotributylamine) |
| Reference data | |
| Standard reference database | NIST/EPA/NIH Mass Spectral Library |
| Interface | |
|---|---|
| Display | 9" Multitouch Color Display (1280 x 720 WVGA;1300 nits brightness). |
| Alerts | Audible and Visual (Touchscreen and Handheld Probe). |
| Software | GSS Touch; multiple user levels. |
| Connectivity & data | |
| Communication | 2 x USB 2.0, Bluetooth 4.0, WiFi 802.11n, Ethernet via USB, integrated GPS. |
| Data storage | Internal 256GB SSD. |
| Training | |
| Training requirements | 2 hours basic operation; 8 hours expert user. |
Application notes, the sibling Griffin model, and how FarrWest handles service.
Fentanyl and heroin in one run, pyridine vapor confirmation. 3 pages.
Application note · PDFOn-scene accelerant confirmation, C9 to C28 hydrocarbons, Griffin Match Factor. 2 pages.
Related modelThe Griffin variant specifically optimized for the detection of narcotics and explosives.
FarrWest serviceOEM-certified service and support on every product we deliver. When a repair or calibration falls outside our in-house scope, we coordinate directly with the third-party manufacturer and manage the logistics end to end.
FarrWest is a pre-approved vendor on BuyBoard and Purchasing Cooperative of America (PCA). Government agencies can buy on competitively-bid cooperative contracts, with no lengthy RFP.
ServiceOEM-certified service and support on every product we deliver: functional checks and certified calibration on the manufacturer’s required cycle, back in service in 48–72 hours typical.
Since 2004Serving Hazmat, Fire, Police, EMS, and Specialty Vehicle operations nationwide since 2004, with expert support, training, and service after the sale.
Tell us what you need to identify, how you plan to sample and where the instrument will deploy. We will follow up with pricing and configuration options for the Griffin G510, or help you decide whether the G510x fits better.
