Rosfix Digital Geiger Counter XR1 BR-9B Rosfix Digital Geiger Counter XR1 BR-9B is an advanced tool used to measure ionizing radiation. Equipped with a Geiger detector, this counter is capable of detecting various types of radiation, such as alpha, beta, and gamma radiation. The XR1 BR-9B counter is designed to enable precise radiation measurement in various conditions. Its digital display allows for clear reading of results, and test accuracy of 0.001 μSv/h ensures reliable and accurate measurements. The material from which it is made is durable and resistant to damage, making it a reliable tool for use in harsh conditions. The XR1 BR-9B meter is portable and powered by three 1.5V AA batteries each, allowing it to be freely used in various places. This tool is indispensable for scientists, geologists, radiologists, and those responsible for safety in areas where ionizing radiation is present. The XR1 BR-9B allows you to monitor radiation levels to protect your health and the environment. This allows you to take appropriate preventative measures and minimize the risk of radiation exposure. What are the features of Rosifx tools? Efficiency Reliability Innovative tool Solid construction Cross-section range Precision handles Comfortable work Easy to use Safety Efficiency Quality Professionalism Rosfix The XR1 BR-9B Digital Geiger Counter is a mysterious and advanced gadget that seems straight out of a sci-fi movie. This elegant counter is like a detector from another reality, capable of reading mysterious rays. Its futuristic appearance draws you in with its intricately designed buttons and glossy digital display. However, behind the apparent enchantment lies a serious application. The XR1 BR-9B has the astonishing ability to detect various types of radiation that are normally beyond the reach of human sight. Reads alpha, beta, gamma, and many other mysterious particles. This tool meets the highest safety standards, providing peace of mind when working with radiation. Its ergonomic design allows for comfortable carrying and use in a variety of conditions. When you hold the XR1 BR-9B, you feel like you hold the key to a secret universe that only it can unlock. Whether you're a scientist exploring the mysteries of space or an explorer discovering the treasures of the earth, this radiation counter is a faithful companion on extraordinary expeditions. When the counter vibrates to indicate the presence of radiation, your heart races and your curiosity grows. The XR1 BR-9B is not just a tool, it is a magical window into a world that normally remains hidden from us. Its precise measurements allow you to delve into the secrets of nature and understand its deeper secrets. The large screen, display makes data easy to read, and the buttons are easy to operate. The housing is made of good quality ABS , which has excellent heat resistance and cold resistance, high strength, and fine toughness. High sensitivity, wide measuring range, has a long service life. Built-in high-precision sensor, after processed by control microchip, the radiation value can be displayed on the clear LCD digital display. Both electromagnetic radiation and nuclear radiation can be detected. Specification: Review Type: Energy Compensated Geiger Counter Tube Detectable Types: β-Ray, γ-Ray, X-Ray Energy Range: 20kev-3.0mev≤±(137Cs-) Sensitivity: 80cpm/μsv/(Co-60) Testing Accuracy: 0.01μsv/h Occurring Time Range: 0-99.99μsv/h Accumulation Range: 0-99.99msv Real-time Error: ≤10% Value Error Output: ≤3% Power supply: 3 1.5V batteries or 1.2V rechargeable batteries Size: 106x70x30mm Ventilation holes: The XR1 BR-9B Geiger radiation counter is equipped with discreet but functional ventilation holes that allow free air flow inside the device. This is important for maintaining the appropriate operating temperature and ensuring stable operation of the counter, especially during prolonged use. 3 x 1.5V AA batteries or 3 x 1.2V AA rechargeable batteries: The XR1 BR-9B is an exceptionally versatile tool that can be powered by three standard 1.5V AA batteries or three 1.2V AA rechargeable batteries. This flexible approach to power allows users to choose the appropriate energy source, which is especially beneficial in situations where battery availability may be limited. Micro-USB port (for charging batteries): An additional advantage of the XR1 BR-9B is the presence of a micro-USB port, which allows the batteries to be charged directly inside the device. This is convenient for users who prefer using rechargeable batteries and want to charge them quickly and easily using a standard micro-USB cable. Hook and Loop: For even greater functionality and convenience of use, the XR1 BR-9B Geiger counter is equipped with a hook and loop. The hook allows you to conveniently hang the counter on a belt, loop, or other tool, which is particularly practical when traveling in the field. This allows you to keep your hands free and the counter always at hand, ready for measurements at any time. The Rosfix Electromagnetic Radiation Tester is battery-powered. You can use either three AA batteries with a voltage of 1.5V each , or three rechargeable batteries with a voltage of 1.2V each. This flexible solution allows the user to choose the appropriate power source based on availability and preference. This makes the meter portable and can be used in various locations without the need for an external power source. Widely used in the analysis and detection of nuclear materials, allows for the accurate and precise determination of their composition and level of β/γ/X-ray radiation. Used in various industrial plants to monitor and detect possible radiation sources and to ensure safety in production facilities. Used in food and water safety testing, it allows the detection of possible radioactive contamination, which is crucial for ensuring the quality of food products. In hospital radiology departments, is used to monitor radiation levels to protect medical staff and patients from excessive radiation exposure. In geological and mining applications, is used to detect rocks, helping to ensure safety during work in mines and on construction sites. The ability to detect iodine-131 is crucial in monitoring radioactive contamination in the environment, particularly after nuclear accidents, enabling a rapid response and the implementation of appropriate safety measures.