2016年7月11日星期一

NT6108 α、β、γ(X) radiation meter

 Chinacoal05
m.chinacoalintl.com
 This instrument adopts high speed embedded microcontroller processor as a data processing unit, dot matrix large screen LCD liquid crystal display, clear reading, easy to operate.
Detector for the import of large area high detection efficiency dish GM geiger detector, can be alpha, beta, surface pollution detection and X-ray radiation, gamma radiation dose rate monitoring.

Applicable occasions

 surface radioactive pollution detection
 nuclear medicine and radiation chemistry, molecular biology
 suspicious object detection
 terrorism and nuclear security fields
 transport of nuclear material storage
 environmental pollution investigation
 metal, building materials, stone radioactive measurement
 entry-exit commodity inspection, port terminals, etc
 thickness, material level measurement, flaw detection, radiation processing etc

Feature
 USES efficient import MICA geiger detector
 dose rate alarm threshold setting, super threshold alarm
 flash and sound pulse frequency indicating radiation intensity
 sound, vibration, light real-time clock alarm function
 ultra-low power design battery real-time instructions
 menu operation interface
 unit shown CPM, CPS, Bq/cm2, mu Gy/h, mu Sv/h
 adopts analog and digital display scale, more clear and intuitive
 slideout detector protection and unique ray shielding plate

Technical data
measuring range
count rate 0 ~ 500000 CPM, 0 ~ 8000 CPS, dose rate 0.01 ~ 10000 uSv/h
agent sensors
Mica geiger counter, diameter: 45 mm
energy range
25 kev ~ 7 mev
detection efficiency
Sr - 90 (546 kev, 2.3 MeV beta Max) is about 75% of Am - 241 (5.5 MeV alpha) of about 36%
acuity
3500 CPM/mR/h (for Cs - 137)
instrument background
80 CPM or less
relative error
15% or less
power supply
5 batteries or rechargeable batteries 2 section
power consumption
the machine current 8 ma or less
temperature range
- 40  to 50
humidity range
relative humidity of 90% or less (40 )
Instrument size
160 x 85 x 38 mm
weight
0.5 kg

没有评论:

发表评论