FS5000 Geiger Counter for Nuclear Radiation Detection

FS5000 Geiger Counter for Nuclear Radiation Detection Description

1. Nuclear radiation,can detect X, β, γ Ray .
2. Trend graph, Particles sound, Alarm sound, Display sound.
3. Built-in Geiger counter, which is characterized by accurate measurement and high range.
4. Measure the dose rate real-time, and record the cumulative dose at the same time.
5. The dose rate alarm threshold and dose alarm threshold can be continuously adjustable and arbitrarily set.

6.Can view the start date of the current cumulative dose.
7.Have dual alarm functions of dose rate and dose value.
8.With buzzer sound alarm function.
9.When the radiation dose rate exceeds 50mSv/h,it has a blocking warning prompt function (display 999MAX).
10.Built-in memory,the accumulated dose value,dose rate alarm threshold and dose alarm threshold data not be lost after power off.
11.Continuous monitoring of battery power,Low battery reminder function.
12.With real-time dose rate curve display function.
13.Screen backlight ON/OFF function.
14.Particle sound ON/OFF function.
15.The external Type-C interface can be used for power supply.
Detectable species: Beta,Gamma,X-ray
Sensor type: G-M tube
Energy range: 48kev-1.5mev less than 30%
Relative intrinsic error: less than plus or minus 10%
Sensitivity: 80cpm/μSV/Co-60
Measuring range: 0.1μSv/h-50mSv/h
The maximum dose equivalent rate: 10mSv/h
Voice source: real particle sound/alarm sound /mute
Alarm threshold: 0.5 (Adjustable)
The use of ambient temperature: -10 -+45
Relative humidity: less than 95%
Power supply: 3.7V 1800mAh battery
Item size: 127 x 65 x 27mm
Item weight: 145g/5.1ounce
Colour:As Shown
Material:ABS
note:Accessories colors are random,no specified colors are accepted

Package Contents:
1 set * nuclear radiation detectors

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.