Gamatom Radyasyon Ölçüm Sistemleri ve Nükleer Danışmanlık
EN

Dosimeters

AT1103M X-RAY Radiation Dosimeter

AT1103M X-RAY Radiation Dosimeter

Working principle
 
NaI (Tl) beryllium window ø9x2 mm dosimeter scintillator is used as an X-ray detector.
The method is based on determining the discontinuous weighing instrument spectrum with normalization per unit of equivalent dose rate and measuring the dose administered. Thus, it corrects energy dependency as a blow to count mode.
 
Application
 
Monitoring X-ray radiation acceptance levels with low energy and intensity video imaging units, night vision devices, oscillographs, TV receivers, microwave emitters, implantation, search and medical continuous X-ray device
 
Unused X-ray radiation sources, protective measures management, and testing and equipment of certification tools
 
Dosimetric control during operation with 55Fe, 239Pu, 109Cd, 129I, 241Am, 57Co, 139Ce etc. isotopes.
 
 
Features
 
Search for X-ray and low energy gamma radiation sources
 
Fast accommodation for changes in radiation level
 
Audio and visual alarm when the case threshold level is exceeded
 
Memory function for 100 measurement results
 
Integrated system for measuring path LED stabilization, therefore no radioactive source control needed
 
Analog to digital converter 256 channels
 
Measurement results are stored in writing and can be transferred to the PC using the RS 232 interface
 
Dust and spray water proof design
 
Not for natural background measurement
 
Background component correction during measurement
Details
AT1117M Radiation Monitor

AT1117M Radiation Monitor

This configuration of the Radiation Monitor is a hand-held measuring device and is designed to monitor and measure gamma radiation ambient dose equivalent ratio and ambient dose equivalent as well as gamma radiation ambient dose equivalent ratio and ambient dose equivalent.
 
Working Principle
 
BDKN-03 The smart probe sends data to the PU2 processing unit displayed on a large LCD screen. You can save operator measurement results manually. The operation algorithm provides the measurement continuity and real time statistical processing of the measurement results.
 
Application
 
Dosimetric monitoring of nuclear power plants
 
Production facilities
 
Research laboratories
 
·         Health institutions
 
Properties
 
Fast accommodation for changes in radiation level
 
Audio and visual alarm when threshold level in wide energy range is exceeded
 
Performance self-control
 
Measurement results can be written and stored in the permanent memory of the radiation monitor
 
Operation in harsh weather conditions
Details
??6130A, AT6130D Radiation Monitors

??6130A, AT6130D Radiation Monitors

Working principle
 
The principle of operation of the device is the signals produced in Geiger-Müller counter tube under the influence of gamma radiation, based on the count rate measurement process.
 
It is automatically converted into measurable physical values throughout its range. Energy balancing filter gamma radiation provides efficient sensitivity correction in energy dependence across the entire energy range.
The microprocessor-based unit is responsible for the radiation monitor control, storage and display, and self-control function that performs measurement results, modes, calculations.
Each nominal sensitivity measurement range automatically sets up during the calibration process.
 
Apps
 
Radiation protective measures in nuclear disasters
Civil protection
Radioecology
Fire extinguisher service
Customs service
Dosimetric monitoring in production facilities, healthcare and other institutions
Details