Top Quality Lspec 120 Handheld Nuclide Identification Instrument

• Customization: Available
• After-sales Service: 24 Months
• Warranty: 24 Months
• Model NO.: LSPEC 120
• Specification: 180*130*50
• Trademark: CHHGC
• Origin: China
• Production Capacity: 5000 Pieces/Year

Product Description

LSPEC 120 Handheld nuclide identification instrument

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PRODUCT PARAMETER

Passive spectrum stabilization

technique is adopted.

Continuous acquisition of energy

spectrum, real-time correction;

Using background mutation

suppression algorithm to reduce false

positives;
At most four nuclides can be

identified simultaneously.

The LSPEC 120 handheld nuclide Reader is designed to search for and identify radioactive

materials and quickly respond to radiological threats. It quickly and reliably identifies and classifies

radionuclides, including threats that are re-masked or hidden. Using a combination of large

volume crystals and passive spectral stabilization algorithms, the robust structure and simple user

mode are suitable for field applications in harsh environments. It can identify dozens of

radionuclides, including medical nuclides, industrial nuclides, natural radionuclides and special

nuclear materials, and can expand the nuclide library according to the needs of users.

It is suitable for first responders, border and customs inspectors, law enforcement personnel,

critical infrastructure nuclear facilities and all types of nuclear accident site inspection.

sensor

LaBr3 crystal, volume 2 by 2 inches

Dose rate range

10nSv/ h -100uSv/ h

Energy range

30keV-3MeV

Energy resolution

≤3.5%(662keV)

ADC track count

2048 tracks

Temperature range

-40c-50c

Energy nonlinearity

≤1%

Other

It can identify mixed radionuclides, and has at least 4 types of nuclides,

including nuclear materials, industrial nuclides, medical nuclides and

natural nuclides. It can detect more than 48 kinds of nuclides, and the

identification time of single nuclide is not more than 30s.

It can use natural radionuclides for energy calibration and spectrum

stabilization.