Fluorescent fiber optic temperature measurement collector-INNO

Fluorescent fiber optic temperature measurement system is a high-precision, long-distance temperature measurement technology used for real-time monitoring of temperature. The system utilizes the characteristics of fluorescent optical fibers to convert temperature changes into changes in fluorescence signals, thereby achieving accurate temperature measurement.

1. Light source and excitation system:

The light source is used to excite fluorescent substances in fluorescent optical fibers. Biasanya, laser light sources or LEDs are used as excitation sources to excite fluorescent fibers at specific wavelengths.

2. gentian optik pendarfluor:

This is the core component of the system, and fluorescent fibers contain fluorescent substances. Perubahan suhu boleh menyebabkan bahan pendarfluor mengeluarkan isyarat pendarfluor dengan keamatan atau panjang gelombang yang berbeza. Gentian optik pendarfluor boleh menjadi mod tunggal atau berbilang mod.

3. Kepala penderiaan:

Kepala penderiaan ialah bahagian di mana gentian pendarfluor bersentuhan dengan objek yang diukur. Melalui kepala penderiaan, gentian pendarfluor boleh merasakan perubahan suhu objek yang diukur. Kepala sensor biasanya direka bentuk dalam bentuk dan bahan yang sesuai untuk senario aplikasi yang berbeza untuk memastikan penderiaan suhu yang berkesan.

4. Sistem pemerolehan isyarat pendarfluor:

Bahagian peralatan ini digunakan untuk menangkap isyarat pendarfluor yang dipancarkan oleh gentian optik pendarfluor. Keamatan atau panjang gelombang isyarat pendarfluor boleh berbeza mengikut suhu, dan melalui sistem pemerolehan, fluorescence signals can be converted into electrical signals for processing.

5. Unit pemprosesan isyarat:

The signal processing unit is responsible for processing and analyzing the collected fluorescence signals. This may involve noise filtering, penguatan isyarat, wavelength or intensity calibration, dll., in order to obtain accurate temperature data.

6. Data display and recording system:

The final temperature data can be displayed in digital or graphical form in the data display and recording system. Such systems typically include display screens, computer interfaces, or interfaces that can be integrated with other control systems.

pendarfluor sistem pengukuran suhu gentian optik are widely used in many industrial and scientific applications due to their high precision, rintangan suhu tinggi, dan rintangan kepada gangguan elektromagnet, such as power equipment monitoring, metallurgical furnace temperature measurement, and oil well temperature monitoring.

Ciri produk
Advanced high-performance industrial grade microprocessors with strong data processing and information storage capabilities, kebolehpercayaan yang tinggi, and fast running speed;
Humanized menu design, on-site debugging operation is simple, selesa, and fast,
Online real-time temperature measurement with high accuracy and strong real-time performance
Adopting advanced storage technology, setting parameters are not lost after power failure
Adopting wall mounted installation, easy to install and easy to disassemble
Equipped with over temperature alarm record query function, capable of querying 50 historical over temperature records
Real time transmission of data to the backend with RS485 communication function
With RJ45 network interface, it can upload data to the cloud platform through networking The APP can also communicate with local networks
LoRa wireless long-distance data transmission to local backend without the need for on-site communication lines
Equipped with 2G/4G internet access function to achieve network data connection and cloud platform APP docking

Functional configuration

Function Configuration (Pilihan) Function Description
4G internet interface and Ethernet interface for internet access
Communication interface LoRa wireless communication
Fiber optic temperature measurement can be equipped with any number of temperature sensors from 1 kepada 12 saluran