UAV radiation emergency monitoring system

Product Overview

The EMMS2000 UAV radiation emergency monitoring system has the advantages of small size, light weight, and fast deployment. The ground workstation displays radiation data and meteorological data in real time, and can quickly grasp the environmental radioactivity level and the accumulation and diffusion of radioactive materials. The system is combined with electronic maps to intuitively understand the overall radiation situation in the region, meeting the application of large-area radiation contamination measurement in nuclear accident emergencies.

Product Overview

The EMMS2000 UAV radiation emergency monitoring system has the advantages of small size, light weight, and fast deployment. The ground workstation displays radiation data and meteorological data in real time, and can quickly grasp the environmental radioactivity level and the accumulation and diffusion of radioactive materials. The system is combined with electronic maps to intuitively understand the overall radiation situation in the region, meeting the application of large-area radiation contamination measurement in nuclear accident emergencies.

Features

① Real-time measurement: automatic nuclide identification and dose calculation, real-time calculation of single nuclide contribution dose rate and total dose rate;

② Passive spectrum stabilization: automatic spectrum stabilization using natural nuclides to ensure accuracy;

③ Trend distribution map: electronic map displays radiation measurement data, geographic location and other information, and draws radiation equipotential map;

④ Data backtracking: provides data query and playback functions to facilitate accident analysis;

⑤ Portable and easy to use: small size, light weight, easy to carry, capable of vertical take-off and landing, and hovering in the air;

⑥ Scalability: the monitoring system reserves multiple communication interfaces, which can expand other communication methods to ensure use in emergency situations.

Features

① Real-time measurement: automatic nuclide identification and dose calculation, real-time calculation of single nuclide contribution dose rate and total dose rate;

② Passive spectrum stabilization: automatic spectrum stabilization using natural nuclides to ensure accuracy;

③ Trend distribution map: electronic map displays radiation measurement data, geographic location and other information, and draws radiation equipotential map;

④ Data backtracking: provides data query and playback functions to facilitate accident analysis;

⑤ Portable and easy to use: small size, light weight, easy to carry, capable of vertical take-off and landing, and hovering in the air;

⑥ Scalability: the monitoring system reserves multiple communication interfaces, which can expand other communication methods to ensure use in emergency situations.

Technical Parameters

Product Name

UAV Radiation Monitoring System

Product Name

Drone (optional)

Detector Type

NaI(Tl) crystal + GM tube (energy compensation type)

(LaBr3(Ce) crystal and neutron detector are optional)

Maximum wingspan

2570±10mm

No-load hovering time

≥75min (below 1000m above sea level, 25℃)

Detector size

3 inches

(1L/2L/4L optional)

Hovering time with 15kg load

≥30min (below 1000m above sea level, 25℃)

Maximum flight speed

18m/s

Measuring range

0.01μSv/h~100mSv/h

(Expandable to 10Sv/h)

Maximum climbing speed

4m/s

Maximum descent speed

3m/s

Energy range

30keV~3MeV

Relative climbing height

4000m (plain)

Energy resolution

≤7.5%（662keV,137Cs）

Maximum operating altitude

5000m (altitude, relative climb 1500m)

MCA Channels

1024、2048

Wind resistance

Level 7

Communication

RS485, 4G, expandable RF, satellite, etc.

Maximum control distance of remote control

≥7km

Maximum control distance of ground station

≥10km

Technical Parameters

Product Name

UAV Radiation Monitoring System

Product Name

Drone (optional)

Detector Type

NaI(Tl) crystal + GM tube (energy compensation type)

(LaBr3(Ce) crystal and neutron detector are optional)

Maximum wingspan

2570±10mm

No-load hovering time

≥75min (below 1000m above sea level, 25℃)

Detector size

3 inches

(1L/2L/4L optional)

Hovering time with 15kg load

≥30min (below 1000m above sea level, 25℃)

Maximum flight speed

18m/s

Measuring range

0.01μSv/h~100mSv/h

(Expandable to 10Sv/h)

Maximum climbing speed

4m/s

Maximum descent speed

3m/s

Energy range

30keV~3MeV

Relative climbing height

4000m (plain)

Energy resolution

≤7.5%（662keV,137Cs）

Maximum operating altitude

5000m (altitude, relative climb 1500m)

MCA Channels

1024、2048

Wind resistance

Level 7

Communication

RS485, 4G, expandable RF, satellite, etc.

Maximum control distance of remote control

≥7km

Maximum control distance of ground station

≥10km
GOT FREE INQUIRY NOW
If there is anything you're not sure about or you just need a hand getting set-up you can call or email us.
* Name
Phone
* Email
Company
* Message