What is an infrared flame sensor?

An infrared flame sensor is a device that detects the presence of a flame by using infrared light. It is often used in safety and automation systems to provide accurate flame detection.

How does the infrared flame sensor work?

The infrared flame sensor works by detecting the specific wavelength of light emitted by a flame. When a flame is detected, the sensor converts the light into an electrical signal that can trigger an alert or activate other safety systems.

What are the applications of an infrared flame sensor?

Infrared flame sensors are used in various applications including fire alarm systems, industrial safety systems, gas leak detection, and in appliances like gas stoves to ensure safety by detecting flames.

What are the advantages of using an infrared flame sensor?

The advantages of using an infrared flame sensor include high sensitivity to flame detection, fast response time, and the ability to detect flames even in a smoky environment, which makes them reliable for safety applications.

How to connect and use the infrared flame sensor with an Arduino?

To connect the sensor with an Arduino, you need to connect the VCC pin to the 5V pin on the Arduino, GND to the ground pin, and the D0 pin to a digital I/O pin on the Arduino. Then you can write a simple code to read the digital signal output from the sensor to detect the presence of a flame.

Flame Sensor infrared Receive (SN05)

Status

In Stock

SKU

SN05

Description

Description of Flame Sensor infrared Receive

Quick Overview

The IR Infrared Flame Detection Sensor Module is specifically designed to detect the presence of flames or fire by sensing the infrared radiation emitted. Primarily used in fire detection systems and safety applications, it provides a quick and reliable method for flame identification.

How It Works

The IR Infrared Flame Detection Sensor Module employs an infrared sensor to detect flames. The sensor picks up the specific wavelengths of infrared radiation commonly emitted by fire. Basic Functioning involves: Sensing infrared radiation in the specific wavelength range characteristic of flames. Processing this input through its onboard electronics. Triggering a digital or analog output when a flame is detected. The module is usually interfaced with microcontrollers like Arduino or Raspberry Pi using digital or analog I/O pins, depending on the application requirements.

Technical Specification

Operating Voltage: 3.3V to 5V DC
Output Type: Digital and Analog
Sensing Range: Up to 1-3 meters
Sensing Angle: Up to 60 degrees
Wavelength Range: 760nm to 1100nm
Response Time: < 1 second

Key Features

High Sensitivity: Capable of detecting flames at a distance.
Quick Response: Reacts to flame presence within a second.
Adjustable Sensitivity: Via onboard potentiometer for fine-tuning.
Dual Output Modes: Both digital and analog outputs for versatile interfacing.
Wide Operating Voltage: Compatible with a range of systems.

Application

Gas leakage monitoring with added flame detection.
Robotics for navigating through environments with fire hazards.
Educational STEM kits focusing on safety technology and infrared radiation.
Automated emergency response systems.

Summary

To conclude, the IR Infrared Flame Detection Sensor Module is a key component for fire safety and detection systems. Its high sensitivity to flame makes it a crucial tool for both residential and industrial applications.

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