ALPHAPEC 820 Chemicals and Radiation Detection Drone

ALPHAPEC 820 is a drone that detects trace chemical agents, toxic industrial gases and radioactive contamination, based on ion mobility spectroscopy (IMS) technology.
Description Review
Description

Overview

ALPHAPEC 820 uses a DJI M300 RTK drone, which is a industrial-level drone in China. It is designed to fly under extreme weather conditions.

The payload adopts the world's advanced time-of-flight ion mobility spectroscopy (IMS), array multi-sensor fusion (MSF) technology, and scintillation detector. It can detect and identify trace chemical agents, industrial toxic and harmful gases, as well as radioactive contamination online, quickly and accurately.

The detection results can be displayed in real time on the control terminal by means of transparent transmission. The professional visualization analysis software can seamlessly connect with the drone to achieve second-level response, draw the nuclear and chemical contamination areas in real time, make the distribution of 3D pollution concentration clearly, and quickly lock the pollution source.



Features

l Unmanned detection of chemicals, gases and radiation

l Conducts a safety assessment of hazardous areas at a safe distance in advance

l Visualizes and generates a high-definition 3D map of the surrounding environment

l Locate the source and draw a chart of contamination situation and concentration

l Compliant the navigation function of BDS, GPS, GLONASS and GALILEO

l Develop the proposals for protection, march and solution

 


Specifications

Telemetry Distance

≥ 15km 

Lewisite

0.2 mg/m3

Radius of Flight

≥ 7.5km 

Tabun

0.2 mg/m3

Max. Flight Time

55 min

VX

0.2 mg/m3

Max. Flight Height

7km

Mustard Gas

1 mg/m3

Max. Flight Speed

23 m/s

HCN

10 mg/m3

Obstacle Avoidance

Intelligent six-way positioning

CLCN

10 mg/m3

Operating Temperature

-40℃ to +52℃

Phosgene

10 mg/m3

Radioactive Detection Index

 

Ammonia

10 mg/m3

Detection range

0.01uSv/h ~ 10mSv/h

Chlorine

20 mg/m3

Detection accuracy

± 10%

SO

10 mg/m3

Energy Response

± 10%

H2S

10 mg/m3

Detection source

35KeV ~ 1.5MeV

HCI

20 mg/m3

Chemicals Detection Index

 

NO2

10 mg/m3

Sarin

0.2 mg/m3

CO

10 mg/m3

Soman

0.2 mg/m3

HF

10 mg/m3

 

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