Origin: Mainland China

 

Certification: CE

 

Detector: Energy Compensation GM tube (Geiger Technology tube )

 

Dose equivalent rate: 0.00-1000uSv/h (10mSv/h)

 

Types of detection rays: y-ray, x-ray,B-ray

 

Cumulative dose equivalent: 0.00μSv-500.0mSv

 

Energy range: 48keV-1.5Mev≤±30% (for 137Cs-)

 

Language: Chinese/English switch

 

Sensitivity: 80CPM/uSv (For Co-60)

 

Dosage unit: μSv/h,μGy/h,mR/h,cps,cpm Switch

 

Alarm method: light, vibration, sound

 

Power supply: 1100mAh lithium battery

 

Product name: Nuclear radiation detector

 

 

 

The FNIRSI GC-01 nuclear radiation detector uses a higher-precision Geiger-Miller counter.

 

Counter for detecting the intensity of ionizing radiation (beta particles, gamma rays and x-rays).

 

Use a gas tube or a small chamber as a probe.When the voltage applied to the probe reaches a certain range.Each time the ray is ionized in the tube to produce a pair of ions, it can be amplified to produce an electric pulse of the same size.And recorded by the connected electronic device.The number of rays per unit time thus measured.The alarm threshold measurement rate can be arbitrarily selected.

 

 

Specifications:

Name: Nuclear Radiation Detector

Material: ABS+silicone

Display: LCD

Battery: 1 * built-in 1100mAh rechargeable lithium battery (included)

Sensors: Geiger-Muller coungter tube

Ray Detection: X, γ and β rays

Radiation dose rate ranges: 0.01μSv/h-1000μSv/h (can be up to 10mSv/h)

Item size: 120 * 78 * 27mm / 4.72 * 3.07 * 1.06in

Package size: 198 * 112 * 42mm / 7.80 * 4.41 * 1.65in

Package weight: 245g / 9.64ounce

 

FNIRSI GC-01 Product Manual：https://www.mediafire.com/file/smh0faz0cp2mfbq/

 

 

 

The FNIRSI GC-01 nuclear radiation detector uses a higher-precision Geiger-Miller counter.

 

Counter for detecting the intensity of ionizing radiation (beta particles, gamma rays and x-rays).

 

Use a gas tube or a small chamber as a probe.When the voltage applied to the probe reaches a certain range.Each time the ray is ionized in the tube to produce a pair of ions, it can be amplified to produce an electric pulse of the same size.And recorded by the connected electronic device.The number of rays per unit time thus measured.The alarm threshold measurement rate can be arbitrarily selected.