The IDD Kerber-T ion mobility spectrometer meets the requirements for technical means to ensure the security of transport infrastructure facilities, regulated by documents: No. 16/UNTR/1-2258 dated 07/03/2013, No.16/UNTR/1-3827 dated 12/15/2010 with Addendum No. 16/UNTR/1-758 dated 24.02.2014, for the category of technical equipment - portable detectors of vapors and traces of explosives. (Conclusion of FGKU "Military unit 35533" No. 16/16/C6/2/2331).
IDD Kerber-T, as a technical means of detecting and identifying explosives, has the sensitivity to detect the presence of the following trace amounts of explosives and their components: nitroamines (rdx, octogen, tetryl), nitroesters (nitroglycerin, ethylene glycol dinitrate, TEN), nitroaromatic compounds (TNT, dinitrotoluene), organic peroxide compounds (peroxide acetone, GMTD), inorganic nitrates (ammonium, potassium and sodium nitrate), as well as mixed explosives based on them.
Certified technical means of ensuring transport safety
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Advantages of IDD Kerber-T
- Simultaneous detection of all types of threats
- Fast switching between vapor and trace analysis modes
- Non-radioactive source of ionization
- Does not require expensive consumables
- A wide range of detectable substances
- Efficient self-cleaning system
Field of application of IDD Kerber-T
- Inspection of territories and facilities by environmental control services;
- Control of the content of harmful substances in the air of the working area;
- Inspection of goods, vehicles and people during customs control;
- Inspection of suspects by law enforcement agencies;
- Inspection of mail items, etc.
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The detector can be used in the inspection of territories, premises, mobile objects and cargo at customs and border control, in forensic laboratories of various departments, analytical laboratories of industrial enterprises and research institutions.
Directions
- Inspection systems;
- Environmental control;
- Chemical and biological safety;
- Transport safety;
- Sports facilities;
- Cultural and mass objects;
- Medical institutions;
- Educational institutions;
- Forensics.
Technical characteristics of IDD Kerber-T
| Detection principle | Bipolar ion mobility spectrometry |
| Ionization method | Pulsed corona discharge(without radioactive source) |
| Overall dimensions of the detector (L×W×C) | 410×110××110×170 mm |
| Weight | 3.7 kg |
| Power consumption | up to 100W |
| Detectable explosives | Explosive and initiating; industrial and homemade.Including: TNT, rdx, TEN, DNT, nitroglycerin, EGDN, octogen, tetryl, trinitrophenol, ammonium nitrate/ASDT, dinitronaphthalene, acetone triperoxide, GMTD,as well as mixed explosives based on them (plastites, dynamites, gunpowder, etc.) |
| Detectable narcotic drugs and psychotropic substanctances | Cannabioids (hashish, marijuana), opiates (morphine, heroin, codeine, fentanyl, etc.), amphetamines (amphetamine, methamphetamine, MDMA, etc.), cocaine, etc. |
| Detectable dangerous chemical agents |
Hazardous chemicals: Hydrogen sulfide, hydrogen chloride (hydrochloric acid), hydrogen fluoride (hydrofluoric acid), sulfur dioxide (sulfur dioxide), chlorine, ammonia, nitric acid. Chemical warfare agents: Sarin, soman, Vi-Ex (VX), mustard gas (mustard gas), phosgene/diphosgene, prussic (hydrogen cyanide) nide) acid/cyan/cyanides. |
| The detection range of volatile substances for 2,4,6-trinitrotoluene (TNT) | from 1.0·10-11 to 2.0·10-7 g |
| The limit of detection of volatile substances for 2,4,6-trinitrotoluene (TNT): |
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| - by solid lid particles | 1.0·10-11 g |
| - in pairs | 1.0·10-14 g/cm3 /cm3 |
| Operating mode setting tig time | no more thre than 15 minutes |
| Detection and identification time for all detectable substances | no more than 5 seconds |
| Switching time between vapor and particle detection modes | no more te than 1 s |
| Switching between vapor and particle detecttection modes | without attaching additional devices |
| Time to change the type of analyzed ions (automatic cyclic polarity reversal) | no more than 0.2 s2 s |
| The probability of a false positisitive | not not more than 1% |
| Continuous battery life with a standard battery pack | at least 4 hours |
| Detector cleaning time under normal operating conditions | no more than 3 mn 3 minutes |
| Computer communication ion interfaces | Ethernet, USB (×2), Wi-Fi (optional) |
| Data format for logging and exchange | XML, PNG< PNG |
The capabilities of IDD Kerber-T for the detection and identification of explosives and narcotic drugs have been confirmed by tests of the detector in the forensic units of the FSB of Russia and the Ministry of Internal Affairs of Russia.