Enciclopedia de Tecnología de Detección de Rejilla de Bragg de Fibra - Preguntas Frecuentes de FBG - Preguntas Frecuentes de Sensores FBG - Preguntas Frecuentes de Demoduladores FBG - Análisis de Problemas Comunes de Aplicación de FBG
Rango de temperatura del sensor de temperatura de rejilla de Bragg de fibra de femtosegundos - Rango de temperatura: Resistencia a altas temperaturas hasta 1000°C, Resistencia a bajas temperaturas hasta -270°C - Termómetro FBG
This article introduces the working temperature range of the OFSCN® 800-degree Celsius capillary seamless steel tube fiber bragg grating temperature sensor (FBG thermometer), including the values for its maximum high-temperature y low-temperature resistance. It also discusses the methods y principles used to determine the working temperature range of fiber bragg grating temperature sensors, including the stainless steel material y femtosecond fiber bragg grating used.
El rango de temperatura de funcionamiento de los sensores de rejilla de Bragg de fibra está determinado principalmente por la rejilla de Bragg de fibra (FBG) y el material de encapsulado del sensor. Por lo tanto, es necesario realizar un análisis desde estos dos aspectos.
1. Working Temperature Range of Packaging Material for OFSCN® 800-degree Celsius Capillary Seamless Steel Tube Femtosecond Fiber Bragg Grating Temperature Sensor (FBG Thermometer)
The OFSCN® 800-degree Celsius capillary seamless steel tube fiber bragg grating temperature sensor (FBG thermometer) developed by DCYS adopts a unique stainless steel seamless tube patent packaging technology. It has a simple structure with no glue or Otros auxiliary materials. The sensor consists only of the fiber bragg grating (FBG) and the stainless steel seamless tube. Therefore, the working range can be determined by analyzing these two materials.
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For the OFSCN® 800-degree Celsius capillary seamless steel tube fiber bragg grating temperature sensor (FBG probe), the working temperature range in the low-temperature region is -269 degrees Celsius, y in the high-temperature region, it is up to +800 degrees Celsius, with short-term tolerance up to +1000 degrees Celsius.
2. Rango de Temperatura de Funcionamiento de FBG de Femtosegundos para OFSCN® 800-degree Celsius Capillary Seamless Steel Tube Femtosecond FBG Temperature Sensor (FBG Thermometer)
La rejilla de Bragg de fibra utilizada en este modelo se fabrica mediante escritura punto a punto con láser de femtosegundos (FBG de Femtosegundos) y puede soportar temperaturas de hasta 1000 grados Celsius sin degradación. El material de encapsulado más externo es una aleación especial resistente a altas temperaturas, capaz de soportar temperaturas de hasta 1000 grados Celsius.
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After testing, the OFSCN® 800-degree Celsius capillary seamless steel tube fiber bragg grating temperature sensor exhibits a working temperature range of -269 degrees Celsius in the low-temperature region y up to +800 degrees Celsius in the high-temperature region, with the ability to reach +1000 degrees Celsius in shorter durations. It should be noted that the high-temperature range is based on measured values, while the low-temperature range is based on theoretical values.
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Our philosophy is: 'OFSCN®, make optical fiber stronger!'
DCYS is a professional manufacturer of 800°C Fiber Bragg Grating Temperature Sensors, providing information on the working temperature range, temperature measurement range, y applicable environment of 800°C FBG Temperature Sensors; the brand of 800°C FBG Temperature Sensors is 'OFSCN'.