NM01MKS05BTM
The Dosimeter-radiometer MKS-05 «TERRA» with case and Bluetooth module is a compact, user-friendly, and highly functional instrument designed for the precise measurement of ambient gamma and beta radiation levels. This enhanced version of the popular «TERRA» model comes equipped with both a protective carrying case and an integrated Bluetooth module, significantly expanding its practicality for field use, data management, and analysis.
At its core, the MKS-05 «TERRA» accurately measures both the ambient gamma and beta radiation dose equivalent rate, typically displayed in units of µSv/h or µRem/h, providing an immediate assessment of the current radiation environment. It also measures the accumulated dose, presented in µSv or µRem, allowing for the tracking of total radiation exposure over a period of time. This dual measurement capability makes it suitable for a wide range of radiation monitoring needs.
A critical safety feature of the «TERRA» is its programmable audio and visual alarm system. Users can set custom threshold levels for both the dose rate and the accumulated dose. Should these pre-defined levels be exceeded, the instrument will emit a clear audible signal and display a visual warning, providing timely alerts to potential radiation hazards and allowing for prompt protective actions.
The inclusion of an internal real-time clock and calendar ensures that all recorded measurements can be accurately time-stamped, a crucial feature for reliable data logging and subsequent analysis. The instrument boasts an internal memory capable of storing a significant number of measurement readings along with their corresponding date and time. This data logging functionality allows users to collect radiation information over time and review it later directly on the device or transfer it to other platforms. (The specific data storage capacity should be confirmed in the product's technical specifications.)
The «TERRA» is designed with a clear digital display and intuitive button controls, making it accessible and easy to operate for both experienced radiation professionals and individuals with basic radiation awareness. Its compact and lightweight design ensures comfortable handheld use during surveys and monitoring activities. The device is powered by standard batteries, offering convenient and readily available power sources for extended field operations. (The specific battery type and expected battery life should be verified in the product documentation.)
The provided protective carrying case adds a layer of robustness and convenience, safeguarding the instrument during transportation and storage, thereby extending its operational lifespan and maintaining its accuracy.
The most significant enhancement in this configuration is the integrated Bluetooth module. This feature enables seamless wireless communication between the MKS-05 «TERRA» and compatible external devices such as smartphones, tablets, or laptop computers. This Bluetooth connectivity unlocks several key advantages:
Real-time Data Monitoring: Current radiation readings can be transmitted wirelessly to a connected device, allowing for remote monitoring and data visualization.
Effortless Data Transfer: Stored measurement data can be easily and quickly transferred from the «TERRA» to external devices, eliminating the need for physical cable connections.
Software Integration: The Bluetooth module facilitates integration with dedicated mobile or desktop software applications (often provided by the manufacturer or third-party developers). These applications can offer advanced functionalities such as graphical data representation, GPS tagging of measurements, report generation, data analysis, and centralized data management.
The Dosimeter-radiometer MKS-05 «TERRA» with case and Bluetooth module is ideally suited for a diverse range of applications, including:
Continuous environmental radiation monitoring in various locations.
Ensuring personal safety and tracking accumulated dose for individuals working in environments with potential radiation exposure.
Detecting and assessing potential radioactive contamination of objects, materials, and food products.
Educational purposes in physics and environmental science.
Use by first responders and emergency teams for initial radiation assessment in incident scenarios.