Flame Detector Fiber Optic System NFOS-BL(used for boilers)

Category

In cases where the path of the flame detector vision up to the flame inside the furnace is not direct and in line, or if the vibration of the turbine installed near the detector is so high that has a negative effect on its performance, then a flexible optical fiber for transferring the flame light towards the detector is used. In normal condition, this system can withstand the temperature up to +300°C, and with cooling air up to 600°C. With this system, the detector can be installed in further distance with respect to furnace or boiler.

Overview

In cases where the path of the flame detector vision up to the flame inside the furnace is not direct and in line, or if the vibration of the turbine installed near the detector is so high that has a negative effect on its performance, then a flexible optical fiber for transferring the flame light towards the detector is used. In normal condition, this system can withstand the temperature up to +300°C, and with cooling air up to 600°C. With this system, the detector can be installed in further distance with respect to furnace or boiler.

 

UV type: 200 – 1100 nm
IR type: 400 – 2500 nm
Fiber optic wavelength
-40°C to +300°C
-40°C to +600°C
(with cooling air)
Fiber optic working temperature
1 to 20 meter Fiber optic cable length

Key Features

  • Transmission of flame radiation in UV and IR wavelengths from the furnace or gas turbine to the flame detector, with thermal resistance up to 300°C

Applications

  • Optical interface between the flame detector and tangential-fired boilers;

  • Optical interface between the flame detector and furnaces or boilers with no direct line of sight to the flame;

  • Optical interface between the flame detector and furnaces or boilers subject to high levels of vibration and mechanical shock.

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