Electricity & Magnetism
Electricity and magnetism equipment enables hands-on exploration of electrical circuits, electromagnetic fields, and related phenomena. Built for classroom and laboratory use, these tools promote safe and interactive learning experiences. Ideal for Australian science programs, this range enhances understanding of core physics principles.
Variable AC/DC Power Supply, 0 to 25 V, Digital Voltmeters
- Variable AC/DC power supply for general laboratory use
- Smooth voltage adjustment from 0 to 25 V
- Provides both AC and DC output options
- Current rating listed as 10/6 A, depending on output mode
- Dual digital voltmeters monitor AC and DC output voltages simultaneously
- Large illuminated digits support clear voltage reading
- Separate 4 mm socket head spin-free terminals for AC and DC outputs
- Robust and compact design for teaching and laboratory benches
- Suitable for physics, electrical circuits and low-voltage experiments
- Use under appropriate teacher or laboratory supervision
AUD 1,040.50 (Ex GST)
Variable High Voltage Power Supply, 0 to 500 V DC / 50 mA
- Variable high voltage power supply for laboratory and education use
- High voltage DC output listed as 0 to 500 V DC
- High voltage AC output listed as 0 to 300 V AC
- Maximum high voltage output current listed as 50 mA
- Includes digital meter for output monitoring
- Low voltage outputs listed as 2 × 6.3 V AC at 4 A
- 6.3 V AC outputs are normally used for electron tube heater applications
- Electronic overload trip protection
- Overload is reset by turning off the high voltage output
- Suitable for supervised physics, electronics and electron tube demonstrations
AUD 742.50 (Ex GST)
Variable Speed Air Source for Air Table and Air Track
- Variable speed air source for laboratory and educational use
- Designed for linear Air Tracks and Air Tables
- IEC designed air blower as listed
- Mains operated, 240 V AC as listed
- Adjustable speed allows airflow control
- Lower speed operation can reduce noise as listed
- Compact air blower format for classroom use
- Air is drawn from the upper face below the carry handle
- Intake position helps reduce rubbish being sucked in from the floor
- Strainers help stop unwanted particles entering the blower or outlet
- Supplied complete with flexible hose as listed
- Use under appropriate laboratory or educational supervision
AUD 409.90 (Ex GST)
Very Low Frequency Oscillator, Sine Generator
- Very low frequency oscillator for laboratory and educational use
- IEC oscillator as listed
- Provides 0.1 Hz sine wave output
- One full sine wave cycle takes 10 seconds
- Output listed as 15 V peak-to-peak
- Output current listed as up to 5 mA
- Frequency accuracy listed as approximately ±5%
- Press button stops oscillation and holds output at 7.5 V
- Synchronisation feature helps align output with an event
- Useful for phase demonstrations in inductors
- Can demonstrate bridge rectifier operation in slow motion using LEDs
- Use under appropriate laboratory or educational supervision
AUD 174.50 (Ex GST)
Water Turbine Hydro-Electric Power Demo Spare Belt
- Replacement belt for water turbine hydro-electric power demo
- Suitable for LC-80-EM1639-01 demonstration apparatus
- Supports continued operation of classroom hydro-electric experiments
- Approximate belt diameter is 70 mm
- Spare belt only, main demonstration unit not included
- Useful for routine maintenance or belt replacement
- For laboratory or educational use under appropriate supervision
AUD 11.50 (Ex GST)
Water Turbine Hydro-Electric Power Educational Model
- Demonstrates hydro-electric power generation in classroom experiments
- Shows energy conversion from moving water to electrical output
- Suitable for renewable energy and sustainability lessons
- Helps teachers explain turbine-driven electricity generation
- Supports hands-on physics and environmental science activities
- Useful for group demonstrations and student observation
- For laboratory or educational use under appropriate supervision
AUD 216.90 (Ex GST)
Wimshurst Machine for Electrostatic Charge
- Demonstrates electrostatic charge generation, storage and visible discharge for physics education.
- Hand crank rotates twin plates in opposite directions to build static electricity.
- Leyden jar capacitors store charge before spark discharge between terminals.
- Mounted on a wooden base with rubber feet for stable classroom use.
- Compact demonstration size with 300 × 180 mm base and 300 mm height.
- Suitable for supervised lessons on electrostatics, induction, capacitance and electrical discharge, as students observe charge separation and transfer safely during guided classroom experiments.
AUD 174.50 (Ex GST)
Wimshurst Machine Spare Belts, Replacement Belt Set
- Replacement belts for compatible Wimshurst machine demonstrations
- Suitable for LC-80-EM1641-01 Wimshurst machine
- Used to support plate rotation during electrostatics experiments
- Approximate belt circumference is 45 cm
- Suitable for approximately 140 mm diameter belt path
- Available as spare belt only or spare belt pair
- For laboratory or educational use under appropriate supervision
From AUD 12.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Wind Power Generator Renewable Energy Demonstration
- Wind power generator for laboratory and educational demonstrations
- Designed to demonstrate renewable energy conversion
- Shows how moving air can produce electrical current
- Operates in low wind conditions as listed
- Can be driven by airflow from a table fan as listed
- Useful for teaching wind energy and basic generator principles
- Supports STEM activities on energy transfer and sustainability
- Can be used to power a compatible motor or lamp as listed
- Suitable for classroom demonstrations and student investigations
- Confirm included accessories before ordering
- Keep fingers and loose items away from rotating blades
- Use under appropriate laboratory or educational supervision
AUD 216.90 (Ex GST)
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Electricity and Magnetism is a fundamental area of physics that explores how electric charges interact, how electric currents flow, and how magnetic fields are generated and behave. Laboratory experiments in electricity and magnetism help students and researchers understand key concepts such as electric circuits, electromagnetic induction, resistance, capacitance, magnetic fields, and the relationship between electricity and magnetism. These principles form the scientific foundation for modern technologies including electronics, power systems, communication devices, and electromagnetic instruments.
In teaching laboratories and research environments, electricity and magnetism apparatus is used to demonstrate practical electrical behaviour through controlled experiments. Typical equipment may include power supplies, galvanometers, ammeters, voltmeters, resistors, coils, electromagnets, magnetic field demonstrators, and circuit experiment kits. These tools allow students to investigate electrical conductivity, Ohm’s law, magnetic field patterns, electromagnetic induction, and other important phenomena in a clear and measurable way.
Where electrical measurement equipment is used in laboratories, the international safety standard for electrical equipment used in measurement, control, and laboratory environments. In cases where laboratory glass components are used within electrical experiments, relevant material standards may include ISO 3585 for BORO 3.3 borosilicate glass properties and ASTM E438 for laboratory glass quality. For manufacturers and suppliers of laboratory equipment, ISO 9001 quality management systems are commonly recognised to ensure consistent product quality and reliability.
Electricity and magnetism experiments are essential for physics education because they allow students to directly observe and measure invisible forces and fields. Practical demonstrations of electromagnetic principles help build deeper understanding of current flow, magnetic interactions, energy transfer, and electrical measurement techniques.
At LabChoice Australia, we supply dependable electricity and magnetism laboratory apparatus suitable for school science laboratories, university physics teaching environments, and demonstration setups. Our range is selected to support clear visual learning, repeatable experiments, and reliable classroom use, helping educators demonstrate fundamental electromagnetic principles with confidence.