Feature

●Geiger counter nuclear radiation detector with fast response time and high accuracy.
●[Low Power Consumption] This nuclear radiation detector can monitor X and γ rays, has low power consumption, and has the function of battery undervoltage indication.
●[High Sensitivity] Nuclear radiation tester has high sensitivity and has a detailed operation interface. The average dose rate and metering rate can be monitored and displayed at the same time.
●[Quick Response] The nuclear radiation detector can preset the dose rate alarm threshold, the sound alarm mode is optional, the response is fast, and the measurement range is wide.
●[Widely Application] Built in high sensitivity Geiger counter is used as a detector, which is mainly used to monitor the radiation of X and γ rays in various radioactive workplaces.

Description

Widely used in environments with ionizing radiation. Such as home decoration radiation, geological survey, iron ore, inspection vehicle, nuclear power plant, industry, radiology department, radiation laboratory, etc.
Specification:
Item Type: Nuclear Radiation Detector
Material: ABS
Product Size: Approx. 13 x 7 x 3 cm / 5.1 x 2.8 x 1.2 in
Battery: 2 x AA battery (Battery Not Included)
Measurement Mode: Nuclear radiation, electromagnetic radiation, monitoring
Performance: Power display, Chinese and English language conversion, alarm function, measurement unit, time setting, alarm setting, system clock, and two options for alarm mode
Detection Rays: , X rays
Detector: Energy Compensation GM Tube (Geiger Counter Tube)
Measuring Range
Dose Equivalent Rate: 0.01~1000Sv/h
Relative Inherent Error: ±15%Sv/h
Alarm Threshold
Dose Rate: Optional at 0.5, 1.0, 2.0., 2.5, 5.0, 10.0, 50.0, 100.0Sv/h
Dose Rate Unit: Sv/h
Measurement Display: Dose rate display per second
Use Environment: Temperature -10~ +45
Relative Humidity: 95% (+45)
Nuclear Radiation Unit: Sv/h
Electromagnetic Radiation Unit: T, v/m
Monitoring Unit: mg/m3
Application: Widely used in accelerators, steel, chemical in
Our nuclear radiation detectors will quickly respond to the nuclear radiation situation of the mesured object or environment every second.