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AC DC Dynamo Model

Name: AC DC Dynamo Model
Brand: SAMTECH INSTRUMENTS
Price: 325.0 INR
Availability: InStock

Price 325.0 INR/ Piece

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MOQ : 50 Pieces

AC DC Dynamo Model Specification

Automation Grade
Manual

Feature
Manual Hand-Driven, Both AC and DC Generation, Robust Build for Demonstration

Measurement Range
Output voltage as per hand rotation speed

Capacity
Demonstrative (not for industrial use)

Product Type
Demonstration Dynamo AC/DC Model

Core Components
Coil, Rotating Magnet, Handle, Base, Output Terminals

Power Source
Manual (Hand Operated)

Temperature Range
Room Temperature Operation

Frequency
50/60 Hz (Standard Output AC Frequency)

Accuracy
For Demonstration Purposes Only

Model No
MAE-124

Voltage
Up to 12V (AC/DC depending on operation)

Equipment Materials
Metal, Transparent Acrylic, Plastic, Copper Coils

Type
Educational Dynamo Model

Usage
Science Laboratory, Educational Demonstration

Display Type
Analog (Observation via visual rotation and output)

Dimension (L*W*H)
22 cm x 16 cm x 12 cm

Weight
Approx. 1.5 kg

Output Terminals
2 x 4mm Sockets for AC and DC Output

Safety Features
Enclosed Moving Parts, Transparent Housing for Viewing Mechanism

Accessories Included
Connecting Wires

Color
Blue Base, Metallic and Transparent Body

Age Group
Suitable for Students above 12 years

Mounting
Non-skid Rubber Feet

Operating Method
Hand Crank to Demonstrate Electromagnetic Induction

Educational Use
Demonstrates conversion of mechanical energy to electrical (AC and DC)

Handle Type
Insulated, Ergonomic Grip

About AC DC Dynamo Model

Demonstration Dynamo AC/DC Model

The Demonstration Dynamo AC/DC Model is an educational apparatus designed to demonstrate the conversion of mechanical energy into electrical energy. This working model clearly illustrates the principles of electromagnetic induction and shows how a dynamo can generate both Alternating Current (AC) and Direct Current (DC) through mechanical rotation.

The model features a hand-driven flywheel connected to a dynamo unit. As the wheel rotates, electrical energy is generated through electromagnetic induction, allowing students to observe the practical working of generators and dynamos used in power generation systems.

Mounted on a durable demonstration base, this apparatus is ideal for physics laboratories, STEM learning environments, science exhibitions, and classroom demonstrations.

Hands-On Learning Through Demonstration

Bring physics concepts to life with the AC DC Dynamo Model. Crank the insulated handle and watch as mechanical effort converts into measurable electricity-both AC and DC. The transparent housing reveals the working coils and magnets, engaging students visually while fostering a deeper understanding of electromagnetic induction in a safe, interactive setting.

Durable Build and Safety First

Constructed with a mix of metal, acrylic, and robust plastics, this dynamo withstands repeated classroom use. Transparent enclosures on moving parts and an ergonomic handle ensure student safety at all times. Non-skid rubber feet anchor the device securely to surfaces to prevent slippage during energized demonstrations.

FAQ's of AC DC Dynamo Model:

Q: How does the AC DC Dynamo Model demonstrate electromagnetic induction?

A: The AC DC Dynamo Model showcases electromagnetic induction by converting the kinetic energy from manually cranking the handle into electrical energy. The rotation moves magnets around coils, inducing a voltage that can be observed via the dual AC and DC output terminals.

Q: What age group is this dynamo model suitable for and why?

A: This educational dynamo is suitable for students above 12 years old. Its construction, safety features, and demonstration capacity are designed for middle school, high school, and introductory college science activities.

Q: What accessories are included with the MAE-124 model?

A: The model comes complete with connecting wires, making it immediately ready for classroom or laboratory demonstrations upon delivery.

Q: Where should the AC DC Dynamo Model be used for optimal learning outcomes?

A: It is best utilized in educational environments such as science laboratories or classrooms, where hands-on demonstrations help reinforce theoretical lessons on electricity and magnetism.

Q: What is the process for generating electricity with this model?

A: To generate electricity, simply rotate the insulated, ergonomic handle by hand. This motion spins a magnet within coils inside the dynamo, inducing alternating or direct current output, depending on the terminal connections used.

Q: What measurement range and voltage can students expect from this dynamo?

A: Output voltage depends on the speed of hand rotation, with a maximum capacity of up to 12V for both AC and DC outputs-suitable for demonstration rather than industrial applications.

Q: What are the main benefits of using this educational dynamo model?

A: Students gain practical insight into the principles of electromagnetic induction, the differences between AC and DC generation, and the conversion of mechanical to electrical energy. The transparent body and analog output make the learning process both engaging and informative.

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