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The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
Specifications
Brand Name :
MYT
Model Number :
DY-150P
Certification :
CNAS、CMA、CAL、ILAC-MRA
Place of Origin :
China
MOQ :
100
Payment Terms :
L/C,D/A,D/P,T/T
Weight of the main body :
4.4 kg (excluding lithium-ion batteries); 4.8 kg (including lithium-ion batteries)
Source :
Power adapter/lithium-ion battery pack power
Data interface :
USB
Software function :
Supports self-check and calibration; provides real-time data storage, retrieval, and export capabilities with a storage capacity of at least 1 million, and allows data addition.
Battery Settings :
Voltage: 21V, capacity: 6400mAh, can power the detector continuously for more than 3 hours, standby power supply is ≥8 hours
Power adapter param- eters :
Input voltage 100-240V/AC 50-60Hz, 160W; output voltage 24V/DC
Work environment :
-5℃ to 55℃, with relative humidity ≤93%RH and non-condensation
Dimensions of the de- tector (mm) :
430 Long × 190, High × 180, Wide
Description
DY-150P Portable Explosive and Drug Detector
The DY-150P is a next-generation trace detection system developed by MYT Technology Co., LTD, utilizing advanced photoionization high-resolution ion mobility spectrometry technology for rapid, accurate detection of explosives and prohibited substances.
Key Features
  • Non-radioactive vacuum ultraviolet photoionization source
  • One-touch operation with rapid analysis (<5 seconds)
  • High sensitivity (nanogram-level detection)
  • Portable design with strong environmental adaptability
  • Self-cleaning functionality for maintenance efficiency
  • Expandable prohibited substance database
Detection Capabilities
Explosive Types Core Technology
TNT, RDX, PETN, Nitroglycerin, Nitrate-based explosives, Black powder Non-radioactive photoionization high-resolution ion mobility spectrometry (PIMS)
Technical Specifications
Parameter Specification
Sensitivity Nanogram class (10-9 g)
Analysis Time <5 seconds
False Positive Rate ≤1%
Detection Limit <1 nanogram (ng)
Operating Environment -5℃ to 55℃, ≤93%RH (non-condensing)
Power Supply Lithium-ion battery (3+ hours operation) or AC adapter
Dimensions 430 × 190 × 180 mm (L×H×W)
Weight 4.4 kg (without battery), 4.8 kg (with battery)
Applications
Ideal for security screening in airports, subways, ports, hotels, churches, business centers, and large public gatherings. Also suitable for teaching and scientific research purposes.
Working Principle
The detector utilizes ion mobility spectrometry technology. Sample molecules are thermally desorbed, ionized by a non-radioactive source, and transformed into charged ions. These ions migrate through an electric field at different rates based on their mass-to-charge ratio, creating distinct detection spectra for identification.
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
Figure 1.2.1 Ion Mobility Spectrometry Working Principle
Advanced Features
  • Wi-Fi enabled for remote monitoring and data download
  • USB interface for data export
  • Storage capacity for over 1 million detection records
  • Self-check and calibration functions
  • Real-time data storage and retrieval
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The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples

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Product Detail
Brand Name :
MYT
Model Number :
DY-150P
Certification :
CNAS、CMA、CAL、ILAC-MRA
Place of Origin :
China
MOQ :
100
Payment Terms :
L/C,D/A,D/P,T/T
Contact Supplier
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The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples
The generation explosive and drug trace detection and analysis instrument adopts advanced photoionization high resolution ion mobility spectrometry technology capable of detecting prohibited samples

Chongqing Miao Yi Tang Technology Co., Ltd.

Verified Supplier
2 Years
Since 2017
Business Type :
Manufacturer
Main Products :
Handheld Drone Detector, Drone Detector, Anti Drone Module
Total Annual :
10000000-50000000
Employee Number :
60~100
Certification Level :
Verified Supplier
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