Electric Maze Model

Name: Electric Maze Model
Brand: SAMTECH INSTRUMENTS
Price: 675.0 INR
Availability: InStock

Price 675.0 INR/ Piece

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MOQ : 50 Pieces

Electric Maze Model Specification

Frequency
50/60 Hz

Capacity
Single unit (1 maze simulation)

Accuracy
High sensitivity for error detection

Voltage
1.5V-9V (DC)

Core Components
Maze Board, Electric Probe, Buzzer, Battery, Conductive Track

Feature
Interactive learning, Visual and audible alerts

Power Source
Battery Operated (1.5V-9V depending on variant)

Automation Grade
Manual

Model No
PHY-139

Equipment Materials
High-grade Plastic, Metal frame, Insulated Copper Wires

Type
Educational Lab Model

Usage
Science Demonstrations, Educational Purposes

Display Type
Analog/Indicator lights

Dimension (L*W*H)
32 cm x 25 cm x 12 cm

Weight
Approx. 1.2 Kg

Probe Type
Ergonomic Handheld Stylus

Application
School Projects, Laboratory Experiments

Color
Blue/White (customizable)

Buzzer Sound Level
> 70 dB

Assembly
Pre-assembled and ready for use

Finish
Smooth, Child-safe edges

About Electric Maze Model

Electric Maze Model

The Electric Maze Model is an interactive educational apparatus designed to demonstrate the principles of electric circuits, conductivity, and hand-eye coordination. Students guide a metal loop along a winding wire path without touching it, making learning both engaging and fun.

Designed for Safe and Effective Learning

The Electric Maze Model is engineered with safety as a priority. Smooth edges and high-quality, insulated materials ensure child-friendly usage in school or laboratory environments. The ergonomic handheld stylus enhances control, minimizing accidental contact with conductive paths and maximizing learning potential during science demonstrations.

Interactive Visual and Audible Feedback

Equipped with an analog display and indicator lights, as well as a loud buzzer exceeding 70 dB, this maze model provides both visual and auditory feedback. It offers students immediate awareness of their performance, reinforcing correct techniques and quickly identifying errors for dynamic and engaging educational sessions.

Ready-to-Use and Customizable

This pre-assembled educational maze is ready for use straight out of the box, making it ideal for teachers and instructors seeking efficiency. Its design allows for customizable color options, enabling alignment with school or personal preferences while keeping the educational aspect intact.

FAQ's of Electric Maze Model:

Q: How does the Electric Maze Model with Buzzer work?

A: The Electric Maze Model operates using a battery-powered circuit embedded in a maze board. When the handheld stylus makes contact with the conductive track, the circuit triggers a buzzer (with sound level >70 dB) and indicator lights, immediately alerting users to mistakes.

Q: What educational purposes does this maze model serve?

A: This device is designed for hands-on science demonstrations, school projects, and laboratory experiments. It helps students understand electrical circuits, enhances their problem-solving skills, and supports engaging, interactive learning in classrooms and science labs.

Q: When should you use the Electric Maze Model in class or experiments?

A: The Electric Maze Model is ideal for use during lessons on electrical conductivity, error detection, and circuit safety. It's suitable for practical demonstrations, workshops, and competitions where real-time feedback and interactive participation are essential.

Q: Where can this educational maze model be used?

A: It is perfectly suited for school science labs, classrooms, and educational workshops. Its child-safe and portable design also makes it appropriate for home-based learning or science fairs, wherever interactive, educational demonstrations are beneficial.

Q: What is the process for using the Electric Maze Model?

A: Simply place the model on a flat surface, power it using a battery (1.5V-9V), and use the ergonomic probe to navigate the maze. If the probe touches the conductive path, the buzzer and indicator lights will activate, signaling an error.

Q: What are the benefits of the buzzer and indicator lights?

A: The buzzer and lights provide immediate, clear feedback to students, helping reinforce the concept of circuit completion and error detection. This interactive approach enhances retention, engagement, and confidence in STEM learning environments.

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