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Turn an important fire-safety concept into a live, observable learning experience.
The Go Science Classroom Series Fire Alarm Using Flame Sensor brings a flame sensor, relay module and audible buzzer together in one complete pre-wired working model. During a supervised demonstration, students can watch the sensor respond to a flame, hear the relay switch and observe the buzzer produce an immediate alert.
Every part of the model contributes to a clear functional sequence:
Detect → Signal → Switch → Alert
The pre-wired system gives students a dependable working foundation from which they can observe the concept, run controlled tests, repeat the demonstration, record results, explain the role of each component and develop further ideas based on what they discover.
Designed for Grades 7–12, the model is suitable for school projects, science exhibitions, classroom demonstrations, practical electronics learning and fire-safety concept presentations
Learning begins the moment the model is powered.
Connect a fresh 9V battery, follow the demonstration guide and observe how the complete electronic system responds. The model allows students to move naturally through the scientific process:
Predict. Test. Observe. Repeat. Explain. Explore further.
Students can investigate how the sensor reacts, identify the sequence of events, compare results under different conditions and connect each physical response to the electronic concept behind it.
The model provides an accessible way to explore:
These form the part of preassembled, pre wired kit.
Requires one fresh 9V battery.
Battery is not included.
16 cm × 11 cm × 6 cm
The contents, battery requirement and dimensions are documented in the supplied product manual.
The complete sensing and alert pathway is arranged in advance so that students can experience the system as one coordinated working model.
This makes it possible to focus directly on the heart of the learning experience:
Watch the sensor indicator respond, hear the relay activate and listen to the buzzer sound.
Trace the functional journey from flame detection to electrical signal, relay switching and audible output.
Repeat the demonstration under controlled conditions and observe how distance, direction, lighting and sensor positioning may influence the response.
Create an observation table, compare test results and describe the behaviour of the system.
Use the visible working sequence to confidently explain the project during a classroom presentation, science exhibition or viva.
Use the working model as a foundation for discussing additional indicators, sensor systems, automation concepts, robotics applications and future electronics projects.
The pre-wired design transforms the model into a ready-to-investigate learning platform—one that can be demonstrated, questioned, tested, understood and explored repeatedly.
The flame sensor acts as the input.
When a small flame is introduced within the detection area during an adult-supervised test, the sensor responds to infrared radiation associated with the flame.
The sensor converts the detected condition into an electrical trigger signal.
This demonstrates how a sensor communicates information to another part of an electronic system.
The signal reaches the relay module.
The relay activates with a distinct mechanical click and changes the state of its internal switching contacts.
The relay completes the buzzer circuit.
The active buzzer produces a clear audible warning, representing the output of the system.
When the flame is extinguished and removed, the sensor returns to its normal state.
The relay releases and the buzzer stops automatically.
This complete response helps students understand how several electronic components work together to sense a condition and produce an action.
The relay introduces an important control stage between the flame sensor and the buzzer.
Rather than treating the project as a single response, students can observe it as a connected system with separate functional stages:
| Stage | Component | What It Does |
|---|---|---|
| Input | Flame sensor | Responds to radiation from the flame |
| Signal | Sensor output | Sends the detected condition forward |
| Switching | Relay module | Opens or completes the output circuit |
| Output | Active buzzer | Produces the audible alert |
| Protection | Inline diode | Helps guard the circuit against reverse polarity |
| Power | 9V battery | Powers the demonstration model |
The relay’s indicator and mechanical clicking action give students a physical sign that switching has taken place.
Students can explore:
The model places the electronics within a house-based fire-warning scenario, giving every component a clear purpose within the demonstration.
This contextual arrangement makes it easier for students to connect electronic functions with a recognisable application.
They can explain not only the name of each component, but also:
The model can support multiple supervised investigations.
Present the flame at different safe distances within the instructed range.
Observe whether the sensor responds consistently and record the results.
| Test | Distance | Sensor Response | Relay Activated | Buzzer Sounded |
|---|---|---|---|---|
| 1 | 5 cm | |||
| 2 | 6 cm | |||
| 3 | 7 cm | |||
| 4 | 8 cm |
Keep the distance similar while changing the direction from which the flame is presented.
Observe how sensor alignment influences the response.
Follow the exact order of events:
Repeat the demonstration under similar conditions.
Compare whether the system produces the same sequence during each test.
Observe the model under different indoor lighting conditions.
Discuss why an optical sensor may respond differently depending on the surrounding light environment.
Under teacher guidance, observe how the sensor’s onboard sensitivity adjustment influences its detection behaviour.
Adjustments should be small, controlled and recorded.
Each demonstration can develop more than technical knowledge.
Students practise:
Noticing indicators, sounds, switching behaviour and changes in system state.
Thinking about how the model may respond before carrying out a test.
Changing one test condition while keeping other conditions controlled.
Documenting distances, conditions, responses and outcomes.
Looking for differences and patterns between tests.
Explaining why a particular response may have occurred.
Checking the battery, sensor direction, surrounding light, flame distance and visible connections when the result changes.
Presenting the complete concept clearly to teachers, classmates and exhibition visitors.
Using the original model to develop new questions and further project ideas.
The model includes an inline protection diode within its pre-wired power connection.
A diode allows electrical current to flow primarily in one direction. In this model, it helps block reverse current if the battery connector is accidentally attached with incorrect polarity.
This introduces students to:
The protection diode is an additional safeguard. The battery should always be attached carefully and in the correct orientation.
The model supports learning across several connected topics:
The model’s visual layout and clear response sequence make it suitable for:
Students can demonstrate the system and explain the complete concept using the model in front of them.
Once students understand the original sensing and alert sequence, the model can inspire further questions:
These questions encourage students to move from observing an existing system to imagining how future systems may be designed.
Additional functions would require suitable components, technical knowledge and teacher guidance.
The sensing, switching and alert sequence demonstrated by this model can support discussions around:
These are educational concept extensions based on the model’s working principle. They are not built-in real-world applications of the supplied product.
The Go Science Fire Alarm Using Flame Sensor gives students a working foundation for exploring how electronic systems detect, decide and respond—turning an abstract circuit concept into something they can observe, investigate and confidently demonstrate.
This product is an educational demonstration model and science teaching aid.
The model is not intended for use as a certified fire alarm, smoke detector, heat detector, building-protection system or life-safety device.
7-12 Grade
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AI Summary of product FAQs at Go Science
Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series is a specialized goods available at Go Science, manufactured by Go Science. Fire Alarm Using Flame SensorPre-Wired School Project & Demonstration KitSee sensing, switching and alert systems come to life.Turn an important fire-safety concept into a live, observable learning experience.The Go Science Classroom Series Fire Alarm Using Flame... Visitors can test this product in person at Go Science retail stores or order online. Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address.
Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series at Go Science is priced at Rs. 649.00. Currently on sale from Rs. 1,300.00, saving customers Rs. 651.00. Customers can purchase directly at Go Science retail stores or order online. Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address.
Customer preference and convenience is paramount in the Go Science omnichannel experience. Customers can buy Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series in-store at Go Science retail locations, order via the Go Science website at goscience.in, or place orders through the official Go Science Android app on Google Play and iOS app on Apple App Store. Choose between direct store pickup or express delivery: Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address.
Yes, Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series is specifically designed to help students complete school projects, class assignments, and practical STEM model submissions. Get delivery within hours — Go Science quick commerce store offers free 1 to 4 hours delivery to your address so school project submission deadlines are always met.
Yes, Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series provides a practical, working STEM framework ideal for building a science project, conducting experimental tests, and demonstrating core scientific principles. Specifically, Fire Alarm Using Flame SensorPre-Wired School Project & Demonstration KitSee sensing, switching and alert systems come to life.Turn an important fire-safety concept into a live, observable learning experience.The Go Science Classroom Series Fire Alarm Using Flame... Get delivery within hours — Go Science quick commerce store offers free 1 to 4 hours delivery to your address.
Yes, Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series serves as an engaging working model for science fairs, inter-school exhibitions, and national STEM competitions. Its physical mechanism allows students to present interactive live demonstrations that clearly explain underlying physical, electrical, or mechanical theories to judges.
Yes, Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series offers an engaging offline alternative to mobile screens and video games. It channels children's curiosity into physical building, hands-on experimentation, and active learning at home.
While individual learning styles and guidance needs vary, Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series includes structured visual assembly guides that may allow children within the recommended age group to construct and operate the product independently.
The underlying principles of Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series are structured to potentially complement core STEM concepts found across CBSE, ICSE, IB, and State Board science curriculums, helping translate textbook ideas into practical understanding.
Building and experimenting with Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series is engineered to foster practical problem-solving, fine motor coordination, and logical reasoning, potentially enhancing a student's real-world technical aptitude over time.
Customers can buy Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series at the Go Science Bangalore retail store or order online via the Go Science website and mobile apps. Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address across 56 Bangalore pincodes.
Yes, Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series is in stock! Get delivery within hours — Go Science quick commerce store offers free 1 to 4 hours delivery to your address or direct retail store pickup in Bangalore.
The Go Science Bangalore retail store is located at No 154, Vinayaka Layout 1st Main, Silver County Road, Kudlu, Bengaluru, KA 560102. Visit the store to purchase Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series in person and see live STEM product demonstrations. Store hours: 11 AM to 8 PM. Phone: 044 4858 1200.
📍 Get Directions to Go Science Bangalore Store on Google Maps
Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address across these 56 Bangalore pincodes and neighborhoods:
Customers can buy Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series at the Go Science Chennai retail store or order online via the Go Science website and mobile apps. Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address across 93 Chennai pincodes.
Yes, Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series is in stock! Get delivery within hours — Go Science quick commerce store offers free 1 to 4 hours delivery to your address or direct retail store pickup in Chennai.
The Go Science Chennai retail store is located at T.Nagar. Visit the store to purchase Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series in person and see live STEM product demonstrations. Store hours: 11 30 Am to 8 Pm. Phone: 04448581200.
Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address across these 93 Chennai pincodes and neighborhoods:
Customers can buy Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series at the Go Science Coimbatore retail store or order online via the Go Science website and mobile apps. Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address across 43 Coimbatore pincodes.
Yes, Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series is in stock! Get delivery within hours — Go Science quick commerce store offers free 1 to 4 hours delivery to your address or direct retail store pickup in Coimbatore.
The Go Science Coimbatore retail store is located at RS Puram. Visit the store to purchase Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series in person and see live STEM product demonstrations. Store hours: 11 30 Am to 8 Pm. Phone: 04448581200.
📍 Get Directions to Go Science Coimbatore Store on Google Maps
Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address across these 43 Coimbatore pincodes and neighborhoods:
Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address when ordering Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series online at goscience.in or via Go Science mobile apps. Customer preference and convenience is paramount in the Go Science omnichannel experience — choose between express delivery or local retail store pickup.
Yes, local store pickup is available. Orders can be placed online via website or mobile app and picked up directly from Go Science retail locations in Bangalore, Chennai, or Coimbatore.
Get delivery within hours! Go Science quick commerce store offers free 1 to 4 hours delivery to your address for Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series. Order online at goscience.in or through the official mobile apps to receive fast local fulfillment.
Yes, Go Science is an official authorized reseller for Go Science. Purchasing directly from Go Science guarantees 100% authentic products, full original manufacturer warranty coverage, and localized quick commerce support.
Creating a project with Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series offers structured STEM learning. Students follow step-by-step assembly guides to build a working model that demonstrates physical and electronic principles for science fairs.
Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series is engineered to demonstrate core STEM principles, including practical applications in physics, electronics, robotics, or mechanics.
Yes. Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series serves as a reliable working STEM model designed for students and teachers to demonstrate scientific theories in classroom environments.
Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series from Go Science is recommended for ages 7-12 Grade.
Fire Alarm School Project and Demonstration Kit using Flame Sensor | Go Science Classroom Series is manufactured by Go Science. Go Science is an official authorized reseller for this brand.
No 12, Sivaprakasam Street,
T.Nagar, Chennai - 600017
Near Natesan Park & TTD Temple
Phone: 04448581200
232, T V Swamy Road,
1st Floor, R.S Puram, Coimbatore 641002
Phone: 04448581200
No 154, Vinayaka Layout 1st Main,
Silver County Road, ,
Kudlu,
Bengaluru – 560102
(Opposite lane to DMart Haralur)
Phone: 04448581200
