Flame Sensor Module – Infrared Fire Detection Sensor for Arduino by ADIY - Tomsone Electronics.docx
- 1. Flame Sensor Module A Comprehensive guide to Flame Sensor
- 2. Introduction A flame sensor is a safety device used in heating systems to detect the presence of a flame. It ensures the burner is operating correctly by verifying that the flame is lit; if no flame is detected, it shuts off the fuel supply to prevent gas leaks or explosions.
- 3. Why Flame Sensors Matter? Flame sensors matter because they ensure safety by detecting flames and shutting off fuel in case of failure, preventing gas leaks, fires, and explosions.
- 4. Key Features of Flame Sensors • Detects flames within a range of 760 nm to 1100 nm wavelength. • High sensitivity to flame presence. • Fast response time. • Adjustable sensitivity for diverse applications.
- 5. Applications of Flame Sensors • Fire detection systems. • Industrial safety and monitoring. • Robotics for flame tracking. • Smart home automation systems.
- 6. Advantages of Using Flame Sensors • Enhanced safety and early fire detection. • Energy-efficient monitoring. • Cost-effective and reliable technology. • Versatility in various applications.
- 7. Types of Flame Sensors 1. Infrared Flame Sensors: Detect IR light emitted by flames. 2. Ultraviolet Flame Sensors: Detect UV radiation from combustion. 3. Dual IR/UV Flame Sensors: Combine IR and UV detection for higher accuracy.
- 8. How Flame Sensors Work • Infrared light detection from flames. • Converts the detected light into an electrical signal. • Interfaces with microcontrollers for processing.
- 9. Technical Specifications • Detection Wavelength: 760nm– 1100nm (IR spectrum). • Voltage: 3.3V–5V operating range. • Output Type: Digital (0/1) and Analog (0-1023). • Dimensions: Compact and lightweight design.
- 10. Flame Sensor Module Pinout • VCC: Power supply. • GND: Ground. • DO: Digital Output. • AO: Analog Output.
- 11. Integration with Microcontrollers • Compatible with Arduino, Raspberry Pi, and other platforms. • Simple interfacing using GPIO pins.
- 12. Installation and Usage Steps to Install: • Connect the sensor to the microcontroller (e.g., Arduino). • Power it using a 3.3V or 5V source. • Program the microcontroller for flame detection. Usage Tip: • Test the module in a controlled environment for accuracy.
- 13. Popular Flame Sensor Projects • Fire Alarm Systems. • Autonomous Firefighting Robots. • Gas Leak and Flame Detection Systems.
- 14. Why Choose Tomson Electronics? • Wide Range: Quality flame sensors and other components. • Affordable Prices: Competitive rates for bulk and individual buyers. • Trusted Brand: Reliable products for electronics enthusiasts and professionals.