Overview

The Electricity and Electromagnetism Training Kit is a comprehensive educational solution designed to provide hands-on experience with the fundamental laws of electricity and electromagnetism. Ideal for students and educators in the fields of electro-physics and electrical engineering, the kit encourages interactive learning through practical experimentation.

Built for safety and ease of use, the components are mounted on durable plastic or metal bases and use standardized 4 mm terminals for secure connections. Accompanied by a detailed instructional manual, the kit facilitates step-by-step learning through a wide range of structured experiments.

Key Features

• Educational Focus: Enables observation and quantification of electrical and electromagnetic phenomena.

• Durable Construction: Components mounted on plastic or metal bases.

• Standardized Connections: 4 mm terminals allow for easy circuit building using jack cables.

• Comprehensive Manual: Provides structured experiments for progressive learning.

• Versatile Applications: Covers a wide array of electrical and electromagnetic principles.

Kit Contents

Resistors

• 12Ω, 5W

• 120Ω, 5W

• 220Ω, 5W

• 330Ω, 5W (x2)

• 1kΩ, 2W

• 2.7kΩ, 2W

Battery and Holders

• 1.5V Battery with holder (x2)

Lamps and Holders

• 24V, 21W

• 24V, 10W

• 24V, 5W

Magnetic Components

• Magnet pair

• Compass

• Rectilinear conductor

• Iron filings

Electrical Components

• Fixed and movable turns

• Solenoid

• Coil (500+500 turns)

• Inductance unit

• Transformer (20V/10V, 2VA)

• Moving iron instrument

• Iron and aluminum cores

• Iron cylinder

Capacitors

• 1μF

• 2.2μF

• 3.3μF

Conductive & Measurement Instruments

• Parallel wires

• Moving coil instrument

• Hot wire instrument

• Thermocouple

• Braking pendulum

• Switch

• Ni-Cu (Constantan) and Ni-Cr (Nickel-Chrome) resistors

• 1kΩ Potentiometer

• Relay

Electrochemical Components

• Glass container with mixer

• Stainless steel electrode

• Brass electrode

• Copper sulphate

Accessories

• Set of leads

• 11 small plastic bases (39×78×30 mm)

• 15 large plastic bases (78×78×30 mm)

Supported Experiments

Magnetism and Electromagnetism

• Magnetic fields, flux, and induction

• Electromagnets and mobile iron devices

• Magnetic saturation and circuits

• Magnetic force on conductors and loops

• Electromagnetic induction (Faraday’s and Lenz’s Laws)

• Self-induction and mutual induction

• Electrodynamic actions and electric motors

Electric Current and DC Circuits

• Direct current (DC) behavior

• Electromotive force and potential difference

• Ohm’s Law and voltage drop

• Generator internal resistance

• Series/parallel generator and resistor configurations

• Electric power and energy

• Use of potentiometers and current shunts

• Kirchhoff’s Laws

• Thevenin and Norton Theorems

• Efficiency analysis

• Relay operation

Thermal and Electromagnetic Effects

• Joule effect

• Thermoelectric effect

• Eddy currents

Capacitance and AC Circuits

• Capacitance and electric fields

• AC voltage with resistive, inductive, and capacitive loads

• Phase shift and resonance

• Series and parallel RL, RC circuits

• Active, reactive, and apparent power

• Inductive and capacitive ballast frequency dependence

• Low-profile transformer operation

Electrolysis and Conductivity

• Electrolytic dissociation

• Electrical conduction in solutions

Applications

• Engineering and physics laboratories

• Technical education and vocational training

• Electromagnetic field studies

• Circuit design and analysis training

• Hands-on science and STEM programs