Dosimeter (x, γ And β) LDSM-T2011

Introduction

Dosimeter (x, γ And β) detects 0.01μSv/h to 10mSv/h radiation dose levels. It supports 48KeV to 3MeV energy detection using a GM tube for accurate measurement. The device delivers 1.5CPS/μSv/h sensitivity, suitable for rapid detection in active areas. Equipped with communication for easy data transfer and long-duration monitoring support. Perfect for medical, industrial, and security professionals in radiation-sensitive environments.

This dosimeter is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Dosimeter (x, γ And β) is used for radiation monitoring in hospitals, research labs, nuclear plants, and border security. It ensures safety in environments with ionizing radiation exposure. 

Specifications

Operation Temperature	-10°C to 50°C
Measurement Ranges	0.01μSv/h to 10mSv/h
Energy Ranges	48KeV to 3MeV
Sensitivity	1.5CPS/μSv/h (compared with 137Cs)
Detector	Energy compensation GM tube
Contrast Tolerance	Less than 5% (about 1mSv/h)
Communication Mode
Alarm Mode	Sound, light
Battery Type	2 × battery
Power	Less than 24mV
Dimension	100 × 60 × 26mm
Weight	0.450 kg

Features

Lightweight, pocket-size casing

Low voltage consumption

Simple two-button operation

Supports data storage function

Convenient battery replacement

Sturdy casing for fieldwork

FAQs

1. How does the Dosimete help ensure worker safety in radiation environments?

The Dosimeter continuously monitors radiation levels in real time, providing immediate alerts through sound and light alarms when exposure exceeds safe limits. This early warning allows workers to take quick protective action and avoid harmful radiation doses. Its compact and lightweight design ensures it can be worn comfortably throughout the workday without hindrance. The device’s ability to detect multiple types of radiation makes it reliable for various industrial and medical safety applications.

2. Is the Dosimeter suitable for use in medical facilities?

Dosimeter is well-suited for medical settings where precise radiation monitoring is critical, such as radiology departments and nuclear medicine. It can detect low to moderate radiation doses accurately, helping medical staff manage exposure during procedures. The device’s connectivity facilitates easy data transfer for documentation and safety audits. Its user-friendly interface makes it accessible for medical personnel with minimal technical training.

3. What routine maintenance does the Dosimeter require to ensure accuracy?

Dosimeter requires periodic battery replacement to maintain optimal function, typically using standard batteries. Regular calibration checks are recommended to ensure the measurement accuracy remains within specifications. Users should clean the device gently with a soft cloth and avoid exposure to harsh chemicals or moisture. Proper storage when not in use helps extend the device’s operational lifespan and reliability.

4. How easy is it to operate the Dosimeter for non-technical users?

The Dosimeter is designed with simplicity in mind, featuring intuitive controls and clear visual and audible alarms. Its compact size makes it easy to carry or wear during routine work without disrupting tasks. The data communication enables straightforward downloading of exposure data without complicated software. Minimal training is needed, making it accessible for workers in various industries who need reliable radiation monitoring.

5. . How does the Dosimeter perform under different environmental conditions?

Dosimeter operates effectively within a temperature range of -10°C to 50°C, covering most workplace environments. Its robust design protects the internal detector and electronics from typical environmental stressors like dust and humidity. The device maintains stable and consistent radiation detection despite temperature fluctuations. This durability ensures dependable performance in medical, industrial, or security settings.