Fire Detector and Buzzer

Authors

  • Rachit Chandna UG, Dept. of NWC, SRM Institute of Science and Technology., KTR, Chennai, India Author
  • Kirtiraj Saini UG, Dept. of NWC, SRM Institute of Science and Technology., KTR, Chennai, India Author
  • Hashmat Aziz Rather UG, Dept. of NWC, SRM Institute of Science and Technology., KTR, Chennai, India Author

DOI:

https://doi.org/10.47392/IRJAEM.2025.0245

Keywords:

Fire detector sensor, thermal analysis, IoT, fire safety, simulation

Abstract

Fire detection is crucial for preventing hazards in residential, industrial, and commercial spaces. A fire detector system plays a key role in identifying fire incidents at an early stage by detecting smoke, heat, or flame emissions. In modern fire detection systems, integrating IoT and smart technologies enhances responsiveness and accuracy. In the current study, a fire detector sensor is designed and analysed using simulation techniques. The model is introduced to perform a thermal and structural analysis to evaluate heat sensitivity, response time, and durability under extreme conditions. Different materials and sensor configurations are examined to optimize performance and reliability. Effective fire detection is essential for safety, and advancements in sensor technology contribute to minimizing damage and improving emergency response systems.

Downloads

Download data is not yet available.

Downloads

Published

2025-04-28