HX G2C40 handheld radiation inspection instrument uses the latest solid-state photomultiplier technology instead of PMT。Compared with PMT, the advantages of solid-state multiplier is not afraid of vibration, not subject to electromagnetic interference, and no need a dedicated high-voltage power supply.
Handheld Radiation Detector
HX G2C40 handheld radiation inspection instrument uses the latest solid-state photomultiplier technology instead of PMT。Compared with PMT, the advantages of solid-state multiplier is not afraid of vibration, not subject to electromagnetic interference, and no need a dedicated high-voltage power supply. The reliability of the instrument, durability, instrument power consumption has been greatly improved. The instrument is suitable for monitoring the dose rate of γ-ray radiation in various radioactive workplaces. Ultra-low power processor program, compared with similar instruments, the instrument has a wider range of dose rate measurement, good energy response characteristics. The instrument is widely used in medical treatment, disease control, environmental protection, metallurgy, petroleum, chemical industry, radioactive laboratory, commodity inspection, industrial flaw detection, radiation processing, mining and other occasions requiring radiation environment and radiation protection testing.
-Detector consists of advanced solid state photomultiplier and scintillator with high reliability and durability.
-High sensitivity, wide measuring range, good energy response.
-Dose rate status is displayed numerically and on a ruler.
-Chinese and English bilingual operation interface.
-Dot matrix LCD display, high brightness backlight function.
-Dose rate, cumulative dose can be measured.
-Two level dose rate threshold alarm function.
-Detector failure alarm function.
-Real-time display of battery level.
-Lightweight and ergonomically designed ABS and aluminum housing.
-Extended design to protect the operator, the standard length is 40cm, and the maximum length can be extended to 100cm.
-Built-in 80000 groups of dose rate storage data, can be viewed at any time,no data lose in power failure.
-Built-in replaceable lithium battery, convenient for later maintenance.
-The battery can be charged directly in the instrument through the TPYE-C USB interface, or can be taken out and charged with a special charger.
-Optional USB data transfer.
-Optional Bluetooth, Bluetooth printing or Data transmission.
-Detector: φ30 × 25mm, NaI scintillator crystal + solid-state photomultiplier.
-Sensitivity: 1 µSv/H ≥ 350 CPS.
-Measuring range: Dose rate: 0.01 ~ 600.00 µSv/H. Cumulative dose: 0.00µSv ~ 99999µSv.
-Energy range: 30 keV to 3 MeV.
-Energy response: 48 keV to 3 MeV ≤ ± 30% (relative to 137 Cs).
-Relative error: ≤ ± 10%.
-Measuring time: 1 second-250 seconds, freely programmable.
-Alarm threshold: two-stage alarm, 0.01-999.99 programmable.
-Display unit: can automatically adjust the range according to the measuring range. Dose rate: nSv/H, µSv/H, nGy/H, µGy/H. Count rate: CPS.
-Power consumption: rechargeable lithium battery, the power consumption of the whole machine is less than 80Mw.
-Weight and size:900g, （40*20*7.5）cm
We manufacture a range of handheld radiation detectors, these portable radiation detectors are designed for use in the field and require no other equipment to operate. They come with their own power supply, software, detector and display, but can still be carried around easily. Outside of the lab, you need handheld radiation detectors that can withstand being carried around, have low power requirements (so they last a long time), require minimal maintenance, operate at room temperature (so you don't have to carry around expensive and cumbersome cooling units) equipment) and give you the sensitivity you need.
