ISP-PM1401MB gamma and ISP-PM1401GNB gamma-neutron search devices with identification function are designed to detect and localize nuclear and radioactive materials, as well as to perform primary radioisotope identification. Structurally, the devices consist of two parts: ISP-PM1401MB/PM1401GNB radiation detector equipped with a Bluetooth module, and an external handheld computer (PDA) or smartphone for data processing and radioisotope identification using special PoliIdentifyTM software.
Data exchange between the radiation detector and the PDA/smartphone is carried out via a wireless connection via a Bluetooth channel. This two-component configuration is flexible and offers a number of advantages for the user. For example, the radiation detector can be used as a standard search device, which not only reduces the cost for novice users, but also makes it possible to upgrade the device in the future by adding network identification functions. Moreover, the two-component design allows the user to be at a safe distance from the radioactive source during operation. This provides an additional level of protection for personnel conducting radiation surveys.
Main features:
Detection of gamma or both gamma and neutron radiation (models PM1401MB and PM1401GNB, respectively);
Built-in sound and light alarm;
External vibration alarm for work in places with increased noise levels and for hidden detection;
Non-volatile memory;
Connection with a personal computer via infrared and Bluetooth channels;
Shockproof metal case;
Low weight and small size;
Ease of use.
The main additional functions of the ISP-PM1401MB and ISP-PM1401GNB search devices relative to the basic ISP-PM1401MA and ISP-PM1401GNA models:
1. Wireless Bluetooth connection.
PM1401MB/PM1401GNB are equipped with a Bluetooth module for wireless remote data exchange between the radiation detector and a pocket personal computer (PPC), smartphone or laptop. The device accumulates the gamma spectrum of the detected source and transmits it via Bluetooth for spectrum analysis and radioisotope identification using specially developed PoliIdentifyTM software.
2. Radioisotope identification using PoliIdentifyTM software.
Special software for radioisotope identification and determination of the radionuclide composition of the detected radioactive source. Identification of a mixture of radioisotopes is possible. PoliIdentifyTM software has two operating modes: automatic for untrained users and expert mode for professionals.
3. Network functions.
Search devices with the identification function have the ability to network integration and data exchange in real time with a remote Command Center via a GSM/GPRS connection. The NPNET radiation monitoring geoinformation system can be deployed in the Command Center for operational management and expert work. Experts have the ability to conduct independent re-identification of radioisotopes based on accumulated spectra in real time, monitor the location of the device user on the map, professionally interpret radioisotope identification data, and assess the level of danger.