- High sensitivity to infrared waves between 760-1100nm
- Power supply indicator lamp and comparator output indicator lamp included
- AO (analog output) provides real-time thermistor voltage signal
- High/low electric level signal output available
- Analog quantity output
- Threshold rollover electric level output
- Threshold can be adjusted using a potentiometer
The KY-026 Flame Sensor Module is an infrared (IR) sensor detector designed for temperature detection and flame sensing applications. It is capable of detecting infrared waves in the range of 760nm to 1100nm with high sensitivity.
The module features a power supply indicator lamp, which indicates the presence of power to the sensor. This allows for easy monitoring of the module's operational status. Additionally, there is a comparator output indicator lamp that provides a visual indication when the sensor detects a flame or reaches a certain temperature threshold.
The KY-026 module offers analog output (AO) functionality, providing a real-time thermistor voltage signal proportional to the detected temperature. This analog output can be used for precise temperature measurements and further processing in microcontrollers or other devices.
The module also provides high/low electric level signal outputs. These digital outputs can be used to trigger actions or alarms based on temperature thresholds or flame detection. The threshold for these outputs can be adjusted using the potentiometer on the module, allowing users to customize the sensitivity to meet their specific needs.
With its analog quantity output and threshold rollover electric level output, the KY-026 Flame Sensor Module offers versatility in temperature and flame detection applications. It can be integrated into various projects, including fire detection systems, temperature monitoring devices, and safety equipment.
Overall, the KY-026 Flame Sensor Module provides a reliable and convenient solution for detecting temperature changes and flame presence. Its adjustable threshold, high sensitivity to infrared waves, and various output options make it a valuable component in projects that require accurate and responsive temperature detection capabilities.