Product Overview

The main body of the station, instrument analysis unit, control system, data acquisition/processing/transmission system, lightning protection system, temperature control system, grounding system, power supply system, power distribution system, fire protection system, dynamic environment monitoring, etc.

Product Features

Efficient radiation monitoring system: built-in a variety of high-precision radiation detection equipment, including gamma radiation, X-ray, alpha, beta particle and other radiation detectors, real-time monitoring of radiation levels.

All-weather protection design: The external structure adopts high-strength materials that are radiation-resistant, fireproof, waterproof and dustproof, which can effectively prevent radiation leakage and protect the safety of monitoring equipment and staff.

Multiple alarm systems: Equipped with multiple alarm mechanisms (sound and light alarms, remote warning systems, etc.), when the radiation value exceeds the standard, an immediate warning is issued to ensure timely preventive measures.

Real-time data transmission: The radiation data is transmitted to the central monitoring system in real time through wireless networks or wired communications, which is convenient for remote control and data analysis.

Modular design: The modular structure supports rapid deployment and flexible configuration, and equipment modules can be added or reduced according to needs.

Intelligent temperature control system: The built-in temperature control system ensures the stability of the cabin environment and avoids the impact of temperature fluctuations on the performance of monitoring equipment.

Easy maintenance and upgrade: The modular design facilitates maintenance and equipment upgrades, ensuring that the monitoring cabin maintains efficient operation during long-term use.

Emergency response function: It has emergency protection functions, such as automatic shutdown of radiation sources, automatic isolation systems, etc., to respond in time in nuclear leaks or other emergencies to reduce risks.

Compliance with international standards: It is designed in strict accordance with international radiation monitoring and environmental protection standards and meets relevant certification requirements such as ISO and IEC.

Application areas

Nuclear power plants: used for radiation environment monitoring of nuclear power plants to ensure that the radiation levels inside and outside the nuclear power plants meet safety standards.

Nuclear waste treatment centers: monitor the radiation levels during nuclear waste treatment and storage to avoid radiation hazards to the surrounding environment and staff.

Radioactive material laboratories: provide radiation monitoring for laboratories to ensure the safety of staff and the environment.

Nuclear disaster emergency response: provide real-time monitoring data when nuclear radiation leaks or other radiation disasters occur, and help relevant departments formulate effective emergency response measures.

Environmental monitoring: used in the field of environmental protection, real-time monitoring of the radiation level of the surrounding environment to ensure the safety of air, water and soil.

Military bases and nuclear test sites: monitor the radiation conditions of military bases and nuclear test sites to ensure the health and safety of staff.

Product advantages

Accurate and reliable radiation monitoring: equipped with a variety of high-precision detectors, it can monitor radiation levels in real time and accurately, and provide reliable data for environmental protection and nuclear safety.

All-weather protection design: radiation-proof, waterproof, fireproof, and dustproof design, which can provide stable protection in extreme climates and harsh environments to ensure the safety of equipment and personnel.

Modular structure: Functional modules can be customized according to needs, easy to install, disassemble and maintain, and flexible to adapt to different environments and usage scenarios.

Intelligent alarm system: Equipped with multiple alarm methods, timely reminding personnel to take necessary protective measures to reduce the risk of radiation accidents.

High safety: The cabin design strictly complies with international radiation safety standards, can effectively prevent radiation leakage, and provide the best protection for workers and the surrounding environment.

Convenient remote monitoring: Through the data transmission system, the monitoring center can obtain radiation data in real time, and remotely control and adjust the equipment to ensure rapid response and decision-making.

FAQ

1. What is the Nuclear Radiation Monitoring Cabin?

The Nuclear Radiation Monitoring Cabin is a protective cabin specially used for nuclear radiation monitoring. It has built-in high-precision radiation detectors and intelligent alarm systems, which can monitor radiation levels in real time to ensure environmental safety.

2. What scenarios is this monitoring cabin suitable for?

The monitoring cabin is widely used in nuclear power plants, nuclear waste treatment centers, radioactive material laboratories, nuclear disaster emergency response, environmental monitoring and other fields to ensure the health of workers and the safety of the surrounding environment.

3. How to ensure the stable operation of equipment in harsh environments?

The Nuclear Radiation Monitoring Cabin adopts a high-strength radiation-proof, waterproof, fire-proof and dust-proof structural design, which can withstand extreme climatic conditions such as high temperature, severe cold, heavy rain, etc., to ensure the long-term stable operation of the equipment.

4. How is the data transmitted and stored?

The monitoring cabin supports multiple transmission methods such as wireless data transmission, satellite communication and wired network, and can transmit real-time monitoring data to the monitoring center for remote control and data storage.

5. What is the fire and waterproof level?

The external design of the monitoring cabin meets the IP65 protection standard, which can effectively prevent the entry of moisture and dust, and has fireproof function to ensure the safety of equipment in harsh environments.

6. How long is the service life of the monitoring cabin?

Due to the use of high-strength radiation-resistant materials and durable structures, the design service life of the Nuclear Radiation Monitoring Cabin can usually reach more than 10 years. The specific service life is affected by the use environment and maintenance conditions.