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Burglar Alarm

1,200.00

Enhance practical learning with our Burglar Alarm Science Kit, a must-have for electronics and physics labs. This easy-to-use kit demonstrates the working principle of infrared security systems and human conductivity to trigger alarms — perfect for school and college-level science experiments.

Ideal for STEM education, it allows students to explore concepts like current flow, circuits, sensors, and alarm systems. The components are mounted on a durable base and include an infrared sensor, buzzer, wiring, and battery holder.

Whether you’re demonstrating home security or teaching basic electronics, this model bridges theory with real-world application.

Key Features:

  • Hands-on learning of IR-based security systems

  • Demonstrates human conductivity & alarm triggering

  • Durable and reusable components

  • Simple, safe, and interactive design

  • Suitable for Grades 6 and up, hobbyists, and science fairs

Applications:

  • School science labs

  • Engineering education

  • Science exhibitions

  • DIY electronics learning

Package Includes:

  • Assembled circuit board

  • IR transmitter and receiver

  • Buzzer module

  • Battery connector

  • Instruction manual

Make security science exciting for your students with this interactive kit!

Description

🔐 Product Description: Burglar Alarm – Science Lab Kit

The Burglar Alarm Science Kit is a practical and interactive tool designed to introduce students to the basic principles of electronic security systems. Ideal for science labs, home-based learning, and STEM activities, this kit demonstrates how alarm circuits work to detect unauthorized access using simple components such as switches, buzzers, and light sensors.

This hands-on model fosters critical thinking and improves understanding of electric circuits, logic gates, and sensor mechanisms. When integrated into school projects or classroom demonstrations, it provides a real-world application of physics and electronics.

The alarm typically functions by detecting interruptions in an electric circuit—such as opening a door or window—which triggers a buzzer or siren.

  • Physics and electronics experiments

  • Security system project demos

  • Science fair presentations

  • Engineering practice for beginners

Key Features:

  • Easy assembly with included components

  • Demonstrates light and motion detection

  • Ideal for secondary school and college-level experiments

  • Affordable and reusable for multiple demonstrations

  • Teaches real-life application of home security technology

❓ Frequently Asked Questions (FAQs)

Q1: What is a Burglar Alarm?
A burglar alarm is a system designed to detect unauthorized entry into a building or space.

Q2: How does a Burglar Alarm Science Kit work?
 It helps students visualize how real burglar alarms are triggered by motion or light interruption.

Q3: What educational value does this kit provide?
The burglar alarm kit offers a foundational understanding of electronics, circuit behavior, and sensor use. It supports STEM curriculum and is a practical tool for teaching security concepts through hands-on learning.

Q4: Is this suitable for science fairs or classroom demos?
Absolutely! It’s perfect for school presentations, science fairs, and workshops where demonstrating real-world applications of physics and engineering concepts is essential.

Q5: Is this product safe for children?
Yes, under supervision.

Q6: What sensors are typically used in real burglar alarms?
Real burglar alarms may use infrared motion sensors, magnetic reed switches, or photoelectric sensors to detect movement or entry.

Additional information

Dimensions 20 × 16 × 9 cm

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