Overview:Integrated intelligent infrared flame detector is a fully integrated optical intelligent flame detection device, which adopts advanced digital signal processor, high sensitivity spectral sensor, and integrates advanced fire watching algorithm. It is used to detect flames of fuels such as coal powder, fuel oil, and gas. Suitable for flame detection of multi fuel burners and single fuel burners....
Overview:The accessories in the flame detector system are installed in the flame detection tube to detect the flame signal of the furnace burner, convert the flame signal into light signal, and transmit it to the flame scanner/flame detection probe. Suitable for flame signals emitted during the combustion of coal fuel, oil fuel, and gas fuel....
Overview: The split flame detector is a device packaged by the manufacturer and is a non repairable part. It generates an AC signal proportional to the intensity and frequency of the combustion flame of the observed burner, and then transmits the signal to the amplifier through a four core cable. It can directly replace the IDD-IIU flame detector of American FORNEY....
Overview: The flame image is used to monitor the flame burning status in the furnace, directly judge the fire situation in the furnace, and is not affected by fuel (coal, oil) and load changes.The equipment uses a wide-angle long focal length working lens and a color CCD camera to directly capture burner flame images (with a viewing angle of 85 ° to 90 °), providing operators with visualized real combustion image information.Boiler operators can adjust the ratio of primary and secondary air based on the flame image of the burner, which can improve the burnout rate of coal powder and boiler combustion efficiency, reduce smoke pollution, and ultimately enable it to guide monitoring and control of combustion, ensure optimal boiler operation....
Overview:
Due to the long burner length of large boilers, such as 600MW and 1000MW unit boilers, in order to detect the true flame combustion situation in the furnace, it is necessary to penetrate optical fibers into the nozzle of the burner to detect the true combustion status of the burner.The flame signal is converted into optical signal and transmitted to the flame detector in real time.The optical fiber is installed in the inner conduit, with the inner conduit providing the first layer of protection. The inner conduit is installed in the outer conduit, providing the second layer of protection for the optical fiber.The front end of the outer conduit is fixed at the front end of the secondary bellows of the burner, forming a certain Angle to observe the flame state.The other end is fixed on the furnace wall of the burner....