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|1||SENSOR HEAD SKLX-IR, P/N: S507.LA FOR IR FLAME MONITORING MAKE: BFI AUTOMATION. USED FOR FIBRE OPTIC FLAME SCANNER TECHNOLOGY.||EA||6|
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Flame monitoring is the process of detecting and monitoring the presence, intensity, and/or health of a flame in an industrial or commercial setting. This is typically done using specialized sensors, such as infrared sensors or ultraviolet sensors, which can detect the specific wavelengths of radiation emitted by a flame.
Flame monitoring systems are used in a wide range of applications, including in boilers, burners, ovens, and other industrial processes where flames are used as a heat source. They can also be used in safety systems to detect and respond to potential fires.
Flame monitoring systems typically include both hardware and software components. The hardware includes the sensors and other equipment used to detect and measure the flame, while the software is used to analyze the data and provide real-time monitoring and alarms. Some flame monitoring systems can also be integrated with other systems, such as control systems, to automatically adjust the process in response to changing flame conditions.
Overall, Flame monitoring is an important aspect of industrial safety and process control, as it helps to ensure that the flame is present and healthy, and to prevent potential fires and explosions.
A flame monitoring sensor head is a specific type of sensor that is used to detect and monitor the presence, intensity, and/or health of a flame in an industrial or commercial setting. These sensors are typically mounted on or near the flame, and are connected to a flame monitoring system.
There are different types of sensors that can be used for flame monitoring, such as infrared sensors, ultraviolet sensors, and flame ionization sensors. Each type of sensor uses a different method to detect the flame and provide information about the flame's characteristics.
Infrared sensors are used to detect the infrared radiation emitted by a flame. They can provide information about the flame's intensity, temperature, and shape.
Ultraviolet sensors detect the ultraviolet radiation emitted by a flame. They can provide information about the flame's presence, intensity, and stability.
Flame ionization sensors are used to detect the ionization of gases in the flame, which can provide information about the flame's presence and health.
The sensor head can be integrated into a larger flame monitoring system, which includes the sensors, a control unit, and software for analyzing the sensor data and providing real-time monitoring and alarms. The sensor head may be connected to a control panel, and it may have the capability to communicate with other systems, such as control systems, to automatically adjust the process in response to changing flame conditions.
Overall, a flame monitoring sensor head is an important component of a flame monitoring system, which is used to ensure the
BFI AUTOMATION is a company that specializes in automation and control systems for industrial or commercial applications, such as manufacturing, power generation, or oil and gas. They may offer a range of products and services, including control systems, sensors, software, and consulting services.
It's also possible that BFI AUTOMATION specializes in flame monitoring systems, as the name BFI can be an acronym for "Burner Fuel and Ignition".