Hand Held TNT Explosive Detector/Scanner Handheld Portable Explosive Detection SD300

Hand Held TNT Explosive Detector/Scanner Handheld Portable Explosive Detection SD300
SD300is an on-line, accuracy and extremely sensitive detection device for trace chemical warfare agents and toxic industrial chemicals based on Ion Mobility Spectrometry (IMS) technology, which is independently developed. It has many advanced functions such as optional sensitivity level, hot-start, suitable for highlands advantages as easy operation, low-cost consumables and convenient maintenance.SD300 has been widely applied for airport, customs, frontier defense, police, national defense, smuggling suppression, fire protection and army department etc.SourceVacuum Ultra Violet ionization source.Explosives indentifyA variety of military , civilian , and homemade explosives: Black Powder, AN, TNT, DNT, Tetry, PETN, Gun Power, NG, RDX, fireworks, C4 , taggants , TAIP, Nitrates, etc.Samplingdipstick tracking trace particles,
and absorberDatabasesopen to user, can add new type explosiveAlarmSound / lightSensitivityMix: Nanogram explosives, even pictogram sulfurSensitivity limit1 Nanogram TNTIdentify speed<8 secondsDecontamination time< 6 secondsWarm-up time<20 minutesFalse alarm rate≤ 1%Display3.5" TFTcolor touch screenConsumption< 300WPowerAC220V 50HzOperating temperature-10°C~55°CNet weight<5 KGHighlight Advantages of explosivetracedetector:1.High sensitivity: Can detect at least 100 Nanogram black powder, including fireworks and civil homemade explosives.
2.High speed Indentify
3.VUV lamp soft ionization technique , non-radioactive
4.Advanced migration tube design ensures high resolution;
5.Automatic cleaning system can prevent inject pollution.
6.Renewable gas purification system
7.Database open to user, can add new type explosive
8.TFT color touch screen
9.Dipstick can be reused
10.Support network control and transfer
11.Unlimited Storage, USB port to output data.
12.Minimum 1000 Retrievable Data Records.
13.Battery Backup Time: More than 2 hours