HGVI
Hand-held, Multi-Sensor Gas & Vapor Identifier for TICs and CWAs
Feature Highlights
- Multiple sensors (orthogonal techniques) working together in one instrument
- Driven by H-Fusion™ , advanced software developed to interpret results of multiple sensors
- Non-radioactive IMS source
- Automatic Detection, Identification and Monitor modes of operation
Additional highlights
- Rugged and lightweight
- Easily decontaminated
- Identifies a broad range of CWAs and TICs (from the ITF-25 list of High and Medium Hazards)
- Gamma radiation detection
- ReachBack, 24/7/365 technical support
The HGVI utilizes advanced software combined with multi-sensor technology to reduce false positives, increase accuracy, and build confidence in results. The HGVI is driven by advanced H-Fusion™ Decision Enhancement Software designed to analyze data collected from three versatile sensor technologies built on:
• Ion Mobility Spectrometry (IMS)
• Photoionization Detection (PID)
• Taguchi Gas Sensors (TGS)
The HGVI is the only hand-held instrument capable of rapid detection, identification and quantification of TICs and CWAs, and it switches automatically between these modes.
Designed in cooperation with First Response teams, the HGVI is simple to operate in Level-A gear and in any environment. Weighing only 7.5 pounds (3.4 kg), the HGVI is easily carried or ported by its shoulder strap into the Hot Zone.
The HGVI combines cutting edge engineering with trusted technology to fill the gap in first response chemical threat assessment.
Smiths Detection, the leader in detection and identification devices, has supplied over 80,000 hand-held chemical detection instruments to military, first response, law enforcement, transportation, ports and borders, and critical infrastructure personnel worldwide.
HGVI is a trade mark of Smiths Detection
| Specifications | |
|---|---|
| Technologies | Ion Mobility Spectrometry (IMS), Photoionization Detection (PID) and an array of Taguchi Gas Sensors (TGS) |
| CW Agents Detected and Identified | Nerve, Blister, Blood and Choking agents |
| TIC Agents Detected and Identified | High and Medium Hazard materials from the ITF-25 list |
| Radiation Detected | Gamma |
| Operating Modes | Detection, Identification, Monitor |
| Alarm Modes | Audible, Visual, and Vibrate |
| Weight | 7.5 lbs (3.4 kg) |
| Size | 17” x 5.5” x 5” (not including the handle)
43.2 x 14 x 12.7 cm (not including the handle) |
| Power | Rechargeable Lithium Ion battery
System operates for 8 hours on 1 fully-charged battery 18 V DC; 110/240V AC Cigarette power lighter adaptor Alkaline battery pack |
| Input/Output Devices | USB interface |
| GPS | Integrated to facilitate incident location |
| Operating Ranges | Operates in extreme weather
Temperature range -14 to 122°F (-10 to 50°C) |
| Display | Easy-to-see LCD screen with an integrated light sensor that automatically adjusts the backlight based on lighting conditions |
| Wireless Communication | RF modem technology |
| product video | |
|---|---|
| hgvi_web.wmv.wmv (24,14 MB) |
|
| additional info | |
|---|---|
| HGVI_VT_EN_95590780.pdf (1,08 MB) |
HGVI Data Sheet |
| application notes | |
|---|---|
| Application_Brief_AB-084.pdf (0,26 MB) |
Application Brief AB-084 Multiple Gas and Vapor Analysis on a Single Platform Using the HGVI™ |
Contact
For further information about this product, please contact us. [more]
News
27 August 2008 Smiths Detection Security Technologies Selected by U.S. Postal Inspection Service for Mobile Screening [more]
13 August 2008 Smiths Detection Ionscan 500DT is the first dual explosives trace detector to be placed on the new TSA qualified products list [more]
12 August 2008 Smiths Detection and Torion Technologies partner to develop highly portable, advanced military & emergency response chemical threat assessment technology [more]
12 August 2008 Smiths Detection Appoints Renowned National Lab Scientist to Lead PROTECT Solutions Team [more]
11 August 2008 Smiths Detection awarded additional $28.5 million contract to supply U.S. Military with advanced chemical agent detectors [more]
