The device boasts the following advantages in particular:
► Detection and recognition of traces of explosives without wipes and other disposable consumables,
► Simultaneous detection and identification of all major toxic and poisonous substances,
► Instant reaction to changes in air composition,
► Long time to maintenance,
► Unlimited scalability of the system,
► Intuitive interface without controls.
Segment automatic stationary gas detector
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Analytical detection principle
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Bipolar ion mobility spectrometry
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Detectable explosives
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Blasting and initiating;
Industrial and improvised.
Including: TNT, hexogen, penthrite, DNT, nitroglycerin, EGDN, octogen, tetryl, trinitrophenol, ammonium nitrate/ANFO, dinitronaphthalene, acetone peroxide, HMTD, as well as mixed explosives on their basis (plastics, dynamites, powders, etc.)
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Detectable hazardous chemical agents
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Emergency hazardous chemicals:
Hydrogen sulfide,
hydrogen chloride (hydrochloric acid), fluorine hydride (hydrofluoric acid, sour gas (sulfur dioxide), chlorine, ammonia, nitric acid.
Chemical warfare agents:
GB gas, GD gas, VX, mustard gas (yperite), L-gas, phosgene/diphosgene, prussic (hydrocyanic)
acid/cyanides.
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Detectable drugs and psychotropic substances
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Cannabinoids (hashish/marijuana), opiates (morphine, heroin, codeine, fentanyl, etc.), amphetamines (amphetamine, methamphetamine, MDMA, etc.), cocaine, etc.
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Inspection receptor – wearable unit
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Number of receptors used with one desktop unit
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not limited
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Number of measurement cycles
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At least 500
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Overall dimensions
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128x46x25 mm
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Weight
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125 g
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Cost of one measurement
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Max. 5 kopecks
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