Electric Motor Model

Electric Motor Model | DC Motor Working Demonstration Apparatus

The Electric Motor Model by ELMO Agencies is a working educational apparatus designed to demonstrate the fundamental principle and operation of a DC electric motor. It helps students understand how electrical energy is converted into mechanical energy through the interaction of magnetic fields and electric current.

This working model is widely used in schools, colleges, engineering institutes, STEM laboratories, and science exhibitions for practical demonstrations of electromagnetism and motor action. Its rotating coil and colour disc provide a clear visual representation of motor operation, making complex concepts easy to understand.

As a trusted scientific manufacturer in Ambala, ELMO Agencies supplies premium educational and laboratory equipment manufactured according to international quality standards.

---

What Is an Electric Motor Model?

An Electric Motor Model is a working physics apparatus that demonstrates the operation of a Direct Current (DC) motor. The model consists of a copper wire coil placed between permanent magnets. When connected to a DC power supply, current flows through the coil, producing a magnetic force that causes it to rotate.

This simple demonstration helps students understand the principles of electromagnetism, motor action, and energy conversion used in electric motors.

---

Working Principle

The Electric Motor Model works on the principle that a current-carrying conductor placed inside a magnetic field experiences a force.

The operation involves:

• Electric current passes through the copper coil.
• The magnetic field interacts with the current-carrying conductor.
• A rotational force (torque) is produced.
• The coil begins to rotate continuously.
• The model converts electrical energy into mechanical energy.

The attached Newton’s colour disc rotates with the coil, helping students observe continuous motion and colour effects.

---

Product Specifications

• Product Name: Electric Motor Model
• Type: Working Demonstration Model
• Operating Voltage: DC 6–8 Volts
• Current Requirement: 2–3 Amps
• Principle: Electromagnetism and Motor Action
• Base Material: Durable Plastic
• Base Size: 9.5 × 9.5 × 11 cm
• Application: Physics Laboratory and STEM Education

---

Components Included

• Copper wire coil (Armature)
• Permanent magnetic field assembly
• Metallic support frame
• Durable plastic base
• Newton’s colour disc
• Electrical connection terminals

---

Educational Applications

DC Motor Demonstration

Shows the working principle of a DC electric motor.

Electromagnetism Experiments

Demonstrates the interaction between magnetic fields and electric current.

Energy Conversion

Illustrates the conversion of electrical energy into mechanical energy.

Physics Laboratory Practicals

Supports curriculum-based electricity and magnetism experiments.

STEM Learning

Provides hands-on understanding of motor operation and electromagnetic principles.

Science Exhibitions

Ideal for working demonstrations during science fairs and exhibitions.

---

Key Features

• Working DC motor demonstration model
• Demonstrates electrical to mechanical energy conversion
• Copper coil and permanent magnet assembly
• Operates on low-voltage DC supply (6–8V)
• Newton’s colour disc for visual rotation demonstration
• Durable plastic base with stable construction
• Suitable for schools, colleges, and engineering laboratories
• Supports practical STEM education

---

Benefits

• Makes motor operation easy to understand
• Encourages practical learning through live demonstrations
• Helps students visualize electromagnetism
• Durable construction for repeated laboratory use
• Ideal for educational institutions and training centres
• Supports curriculum-based physics education

---

Frequently Asked Questions (FAQ)

Q1: What does the Electric Motor Model demonstrate?

A: It demonstrates the working principle of a DC electric motor and the conversion of electrical energy into mechanical energy.

Q2: What power supply is required?

A: The model operates on a DC supply of 6–8 Volts and 2–3 Amps.

Q3: What scientific principle does it use?

A: It works on the principle that a current-carrying conductor placed in a magnetic field experiences a force, producing rotational motion.

Q4: What is the purpose of the Newton’s colour disc?

A: The rotating colour disc helps students observe continuous rotation and demonstrates colour mixing and persistence of vision.

Q5: Is this a working model?

A: Yes. The model rotates when connected to the recommended DC power supply, providing a real-time demonstration of motor action.

Q6: Who supplies the Electric Motor Model in India?

A: ELMO Agencies, a trusted scientific manufacturer in Ambala, supplies high-quality educational and laboratory equipment across India.

---

Why Choose ELMO Agencies?

• 🏭 Trusted scientific manufacturer in Ambala
• 🔬 Premium educational and laboratory equipment
• 🎓 Preferred by schools, colleges, and engineering institutions
• 📦 Bulk orders and institutional supply available
• 🚚 Nationwide and international delivery support

---

Conclusion

The Electric Motor Model by ELMO Agencies is an effective teaching aid for demonstrating the working principle of DC motors and the fundamentals of electromagnetism. Its working mechanism, rotating coil, and Newton’s colour disc provide an engaging and practical learning experience, making it an excellent addition to physics laboratories, STEM programs, and science exhibitions. ELMO Agencies proudly manufactures and supplies quality educational products using modern manufacturing techniques and strict quality control procedures. Each product is carefully designed by laboratory professionals and experienced engineers with durability, accuracy, and long-term performance in mind. Manufactured using premium-grade raw materials and according to international quality standards, our products are built to withstand regular use in demanding laboratory environments while maintaining reliable performance.