Product Overview

Bragg - Specialized Distributed Temperature Sensing (DTS) System - Integrated New Architecture

The entire motherboard is sealed with three-proof paint, providing surface waterproof, moisture-proof, and dust-proof capabilities. It also exhibits resistance to cold and heat shock, aging, radiation, salt spray, ozone corrosion, vibration, good flexibility, and strong adhesion.

Electromagnetic compatibility optimization allows for various certifications such as Wugao Institute, NARI, Kunming High Voltage Institute, Fire Protection Institute (including 3C certification, coal mine safety, intrinsic safety, explosion-proof, etc.).

It is suitable for various fields, offering both safety and adaptability, and does not depend on the operating system.

It provides abundant interfaces, facilitating integration with third-party devices and offering open software interfaces.

It can easily meet the requirements of explosion-proof, intrinsic safety, and coal mine safety in various fields, ensuring safety and adaptability without relying on the operating system.

Product Details:

In certain specific fields, such as harsh environments, high temperature accuracy requirements, strict requirements for consistency and repeatability of distributed temperature sensing systems (DTS), minimal temperature drift, and applications in extraordinary industrial environments, such as oil wells, geothermal wells, nuclear power plants, and other high-temperature, high-pressure, and high-radiation environments, BLY Technologies has conducted further special optimization and developed the DTS-BLY-5S (SPV) model, a special fiber optic temperature measurement system, to address these special environments.

Based on Raman Optical Time Domain Reflectometry (ROTDR) scattering enhancement technology and the low-power embedded architecture of "ARM+FPGA," the DTS-BLY-5S (SPV) incorporates a dynamic dual-channel optoelectronic amplification architecture with pre-amplification and utilizes LMS third-order optical filtering technology. It includes a special optimization module for specific operating conditions to adapt to various application environments while maintaining consistency and meeting the requirements of extraordinary industrial environments.

The DTS-BLY-5S (SPV) is a low-power device with a power consumption as low as 6W. Its mainboard features three-proof protection (anti-mildew, moisture-proof, and anti-salt spray). It supports temperature measurement over a distance of more than 10km, has a maximum of 16 channels, and can be connected to optical cables up to 160km in length. The minimum temperature sensing length is ±0.4 meters, with a positioning accuracy of ±0.4 meters and a temperature accuracy of ±0.05℃ (measured value). In short-distance situations, such as lengths ranging from 2km to 5km, the measured temperature accuracy can reach ±0.02℃.

The DTS-BLY-5S (SPV) offers higher temperature accuracy, more precise positioning accuracy, and is particularly suitable for high-precision and consistent measurements within 10km. It finds extensive applications in extraordinary industrial fields such as oil wells, geothermal wells, nuclear power plants, and other high-temperature, high-pressure, and high-radiation environments.

Basic Information:

The specialized DTS-BLY-5S (SPV) fiber optic temperature measurement system is designed for specific operating conditions. It can transform a 160km multimode optical cable into 400,000 distributed fiber temperature sensors with positioning capabilities, while being able to adapt to various harsh environments.

In certain specific fields, such as harsh environments, high temperature accuracy requirements, strict requirements for consistency and repeatability of distributed temperature sensing systems (DTS), minimal temperature drift, and applications in extraordinary industrial environments, such as oil wells, geothermal wells, nuclear power plants, and other high-temperature, high-pressure, and high-radiation environments, BLY Technologies has conducted further special optimization and developed the DTS-BLY-5S (SPV) model, a special fiber optic temperature measurement system, to address these special environments.

Based on Raman Optical Time Domain Reflectometry (ROTDR) scattering enhancement technology and the low-power embedded architecture of "ARM+FPGA," the DTS-BLY-5S (SPV) incorporates a dynamic dual-channel optoelectronic amplification architecture with pre-amplification and utilizes LMS third-order optical filtering technology. It includes a special optimization module for specific operating conditions to adapt to various application environments while maintaining consistency and meeting the requirements of extraordinary industrial environments.

The DTS-BLY-5S (SPV) is a low-power device with a power consumption as low as 6W. Its mainboard features three-proof protection (anti-mildew, moisture-proof, and anti-salt spray). It supports temperature measurement over a distance of more than 10km, has a maximum of 16 channels, and can be connected to optical cables up to 160km in length. The minimum temperature sensing length is ±0.4 meters, with a positioning accuracy of ±0.4 meters and a temperature accuracy of ±0.05℃ (measured value). In short-distance situations, such as lengths ranging from 2km to 5km, the measured temperature accuracy can reach ±0.02℃.

The DTS-BLY-5S (SPV) offers higher temperature accuracy, more precise positioning accuracy, and is particularly suitable for high-precision and consistent measurements within 10km. It finds extensive applications in extraordinary industrial fields such as oil wells, geothermal wells, nuclear power plants, and other high-temperature, high-pressure, and high-radiation environments.

Product Applications:

The specialized DTS-BLY-5S (SPV) fiber optic temperature measurement system is designed for applications in extraordinary industrial fields, including high-temperature, high-pressure, and high-radiation environments such as oil wells, geothermal wells, and nuclear power plants. Here are some specific applications:

1.Distributed fiber optic online safety monitoring for oil and gas pipelines and thermal pipelines.

2.Distributed fiber optic temperature online safety monitoring for power cables.

3.Distributed fiber optic temperature online safety monitoring for smart buildings and commercial facilities.

4.Distributed fiber optic temperature fire safety monitoring for data centers.

5.Distributed fiber optic temperature and acoustic vibration safety monitoring for utility tunnels.

6.Distributed fiber optic temperature and acoustic vibration safety monitoring for smart power stations.

7.Distributed fiber optic temperature online safety monitoring for distribution systems.

8.Passive distributed fiber optic temperature online safety monitoring for coal mines.

9.Real-time distributed fiber optic temperature safety monitoring for lithium battery storage.

10.Centimeter-level distributed fiber optic temperature online monitoring for power busbars.

11.Real-time distributed fiber optic temperature safety monitoring for wind power installations.

12.Real-time distributed fiber optic temperature safety monitoring system for energy storage.

13.Passive distributed fiber optic temperature online monitoring for hazardous material warehouses.

14.Passive distributed fiber optic temperature online monitoring system for nuclear power plants with radiation resistance.

15.Passive distributed fiber optic temperature safety online monitoring system for oil storage tanks.

16.Passive distributed fiber optic temperature and acoustic vibration online safety monitoring for petrochemical plants.

17.Centimeter-level distributed fiber optic temperature online warning system for power cable erosion.

18.Passive distributed fiber optic temperature sensing system for geothermal, oil, and gas wells.

19.Distributed fiber optic temperature and vibration safety monitoring system for highway and railway tunnels.

20.Distributed fiber optic temperature online monitoring for chemical plants, steel plants, aluminum plants, pharmaceutical plants, and distilleries.

These applications highlight the versatility and adaptability of the DTS-BLY-5S (SPV) in various industrial sectors that require precise and reliable temperature monitoring in harsh environments.