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| The flame detector is the core component of the flame detection probe. It adopts microprocessor computer circuit design and can detect and process the flame signal in the furnace in real time. Considering the influence of the nature and strength of the flame signal on the amplifier, corresponding measures have been taken in the hardware and software design to ensure the accuracy and stability of flame detection. |
| Technical Specification Received signal wavelength: 1000nm-3000nm Dynamic frequency detection range: 1Hz-300Hz Output voltage: 0-6Vpp Output current: 0-5mA Usage environment Working temperature: 0ºC-50ºC Relative humidity: 10%-90%RH Atmospheric pressure: 68kPa-108kPa |
| Features 1. Wide operating temperature range: It can adapt to the flame detection needs in high temperature environments and can work stably under harsh working conditions. 2. Wide working pressure range: It has a high pressure bearing capacity and is suitable for flame detection under various pressure conditions. 3. High-precision detection: The flame detection technology is used to accurately identify flame signals and improve the accuracy and reliability of detection 4. Long-term stable operation: With reasonable design and good manufacturing process, the equipment maintains stable performance during long-term operation. |
| Applications: It is suitable for flame detection in power plants and other power facilities, such as monitoring the combustion status of boilers, etc. It can be used for flame monitoring in chemical plants and stability in the production process. It can also be used in industrial occasions such as paper mills that require flame detection. |
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