Multifunctional, networked mobile monitor for measuring all types of ionizing radiation and spectrum collection of gamma emitting sources.
The device is equipped with a built-in CsI(TI) detector for detection and location of gamma radiation sources and reliable identification of radioisotopes. In addition, the device has five external interchangeable modules for detection of alpha, beta, gamma and neutron radiation.
The device provides fast and reliable identification of radioisotopes and can transmit measured radiological data and geographic coordinates to the Remote Expert Center of the Polimaster Nuclear Protection Network system (Polimaster NPNET™) via buit-in GSM/GPRS modules.
* Please, verify availability and delivery time before order.
This highly versatile handheld radiation monitor combines features of Personal Radiation Detector, Dosimeter/radiometer and radionuclide identifier with fast and reliable identification of radioisotopes that does not require connection to an external device (pocket PC/laptop/IPaq, etc.) for radiological data processing and analysis.
The Personal Radiation Detector /Dosimeter allows radionuclide identification, despite the weakening and scattering effect of shields, containers or other forms of physical protection of radiation sources. The results are shown on a bright, easily read color LCD display.
The device combines the functionality of a dosimeter with that of a radiometer, offering spectroscopic radionuclide identification and wireless integration with radiation portal monitors РМ5000А, PM5000B, (which are designed for installation at customs, in airports and border checkpoints to prevent the illicit trafficking of nuclear and radioactive materials).
The instrument’s functionality includes wireless integration into the Polimaster Nuclear Protection Network (Polimaster NPNET™). Radiological data and geographic coordinates are transferred to the Remote Expert Center via built-in GSM /GPRS modules, allowing to generate a unified report of the investigated radiation incident. This provides a complete solution for various tasks of radiation safety and control.
PM1403 has various configurations, depending on the user needs. Processing unit in combination with one or several detectors is called Radiation Detectors Set. Radiation Detectors Set may also include accessoires: handle, telescopic extension tube, clamp, cables, bracket etc.
There are two Processing Units for PM1403:
In addition, the device has five interchangeable external detection units that significantly extend its functionality:
|Standards compliance||ITRAP (IAEA) requirements|
|Detector||Spectroscopic Radiation Monitor: CsI(Tl) - built-in detector|
|Sensitivity for 137Сs, no less||BDOI: 100 s-1/(µSv/h) (1.0 s-1/(μR/h))|
BDG1: 800 s-1/( µSv/h)
BDG3: 200 s-1/( μSv/h )
|Sensitivity for 241Am, no less||BDOI: 300 s-1/( µSv/h) (3.0 s-1/( µR/h))|
|Energy range in Search Mode||BDOI: 0.05- 3.0 MeV|
BDG1: 0.03- 3.0 MeV
BDG2: 0.03- 3.0 MeV
BDG3: 0.05- 3.0 MeV
|DE measurement range||from 0.01 to 9999 mSv|
|Accuracy of DER indication (at 137Сs) |
in the range of 0.1 – 20 µSv/h (10 – 2000 µR/h),
|Gamma radiation scintillation spectra |
|The number of γ-radiation scintillation spectra |
saved in the instrument’s memory
|Activity measurement sample|
|Accuracy of 137Cs nuclide activity measurement|
|Sensitivity to 137Cs in the activity measurement mode|
|137Cs activity measurement range |
when using Marinelli beaker
|Search neutron channel|
|Detector||BDN: Slow neutron detector 3He|
- for Pu-α-Be
- for thermal neutrons
- for Pu-α-Be (with neutron moderator)
|Neutron count rate measurement energy range||from thermal (0.025·10 -6 MeV) to 14.0 MeV|
|DER measurement range|
(by Pu- α-Be source in collimated radiation)
|from 1.0 to 5000 μSv/h|
|Measuring γ-channel |
|Detector||Spectroscopic Radiation Monitor: CsI(Tl) - main detector|
BDG2: Geiger-Muller counter
|Dose equivalent rate measurement range||from 0,1 to 100 μSv/h |
from 0,1 to 100 μSv/h
from 0.1 µSv/h – 10 Sv/h (10 µR/h – 1000 R/h)
from 0,1 to 40 μSv/h
|Dose equivalent rate measurement energy range||0.03 - 3.0 MeV|
|Measuring α and β-channel|
|Detector||BDAB: Proportional counter with a mica window|
|a-radiation flux density measurement range||1,0 – 5∙105 min-1cm-2|
|Sensitivity to α- radiation (239Pu)||no less than 3.0 impulses∙cm2|
|β- radiation flux measurement range||10 – 106 min-1cm-2|
|Sensitivity to β- radiation (90Sr+90Y)||no less than 2.0 impulses∙cm2|
|Energy range of the measured of β-radiation flux||0.15 - 3.5 MeV|
|Dimensions||РМ1403, not more: |
176х78х38 mm – with folded antennas;
215х78х38 mm – with antennas.
Spectroscopic Radiation Monitor: 82х180х61 mm (main detector)
BDG1: 290х70 mm
BDG2: 162х40 mm
BDN: 230х60 mm
BDAB: 72x45x130 mm
Display and Control Unit:155x85x38mm
|Weight ||Spectroscopic Radiation Monitor: 750 g (main detector)|
BDG2: 110 g
BDG3: 160 g
BDN: 660 g
BDAB: 480 g
Display and Control Unit:450 g
|Ingress protection code||IP65, BDAB: IP64|
|Drop test on concrete floor:|
|Communication||USB, GPRS, WiFi, Bluetooth|
|Temperature ||-20°С to 50°С ( -4°F to 122°F)|
|Humidity ||Up to 95% at 35 °С|
|Battery type||2 built-in Lithium polymer accumulators|
|Battery lifetime||8 hours|
with any of detectors BDG1, BDG2, BDN, BDAB
|Power supply||BDOI: 3.7 V|
others - 3.6 V