







HONEYWELL LG1093AC01 紫外线火焰传感器 是霍尼韦尔公司推出的一款专为工业应用设计的高性能火焰检测设备,
传感器与放大器之间的最大传输距离可达330米,便于在大型工业设备中进行灵活布局和安装。

LG1093AC01 紫外线火焰传感器广泛应用于需要火焰监测的工业设备中,如:

HONEYWELL LG1093AC01 UV flame sensor is a high-performance flame detection device designed specifically for industrial applications by Honeywell,
1、 Product Features
High sensitivity and fast response:
LG1093AC01 can quickly and accurately detect the presence of flames, with a response time of about 0.2 seconds, ensuring that a signal can be emitted at the moment the flame appears.
Strong anti-interference ability:
This sensor effectively suppresses the influence of ambient light and other interference sources, ensuring the accuracy of detection. Even in complex and ever-changing industrial environments, it can work stably and reliably.
Resistant to harsh environments:
LG1093AC01 is designed for industrial environments and has excellent high temperature resistance, vibration resistance, and anti-interference performance. Its working temperature range is wide, suitable for ambient temperatures ranging from -40 ℃ to+85 ℃, meeting the needs of various extreme industrial conditions.
Long transmission distance:
The maximum transmission distance between sensors and amplifiers can reach 330 meters, making it easy to flexibly layout and install in large industrial equipment.
2、 Technical parameters
Detection band: 180-260 nanometers, which is the main range of ultraviolet radiation generated by flames, ensuring that the sensor can accurately capture flame signals.
Working voltage: Supports multiple voltage inputs such as 28VDC, 20-35VDC, or 115VAC to meet the power requirements of different industrial equipment.
Environmental temperature: -40 ℃ to+85 ℃, designed with a wide temperature range to ensure that the sensor can function properly in various extreme environments.
3、 Application Fields
The LG1093AC01 ultraviolet flame sensor is widely used in industrial equipment that requires flame monitoring, such as:
Gas turbine: During the combustion process of the gas turbine, real-time monitoring of the flame state is carried out to ensure stable and safe combustion.
Industrial furnaces: In the heating process of industrial furnaces, the heating temperature and time are controlled by detecting the flame to improve production efficiency and product quality.
Boiler: During the combustion process of the boiler, monitor the flame state to prevent safety accidents such as flameout or explosion.
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