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.
12V AC Transformer with 3 Outputs
- Step-down transformer for laboratory and educational use
- Converts 220 / 240 V mains input to 12 V AC output as listed
- Supplies 12 V AC to 3 separate circuits
- Total output load listed as up to 12 A
- Suitable for running 3 Hodson light boxes or similar compatible equipment
- Outputs provided through 3 pairs of 4 mm socket head terminals
- Spin-free IEC terminal style as listed
- Mains cable is not removable as listed
- Practical power source for classroom apparatus
- Confirm total connected load before use
- Do not exceed the listed 12 A total output load
- Use under appropriate laboratory or educational supervision
AUD 267.90 (Ex GST)
5-Way Distribution Board with 5 Pair Terminals
- 5-way distribution board for laboratory electrical demonstrations
- IEC distribution board as listed
- Converts one power supply or signal generator output into 5 outlets
- Includes 5 pairs of sockets / terminals as listed
- One pair of input cables connects to the source device during use
- Useful for student group circuit demonstrations
- Suitable for power supply and signal generator distribution
- Practical accessory for physics and electronics teaching laboratories
- Helps multiple students access the same source output
- Confirm voltage, current and connector compatibility before use
- Do not use with mains electricity unless specifically rated
- Use under appropriate laboratory or educational supervision
AUD 129.50 (Ex GST)
9 V Battery Power Supply in Case with Banana Sockets
- 9 V battery power supply for classroom circuit experiments
- Supplied in a protective case format
- Banana sockets support connection to compatible laboratory leads
- Suitable for low-voltage DC circuit demonstrations
- Useful for school electricity, electronics and physics practicals
- Practical for lamps, buzzers, small motors and simple circuit components where compatible
- Compact format supports student bench use
- Helps provide a simple portable power source without a bench power supply
- Confirm battery inclusion, polarity marking and lead compatibility before use
- Use under appropriate teacher or laboratory supervision
AUD 26.50 (Ex GST)
AC Circuits Experiment Set with Chokes, Capacitors and Resistors
- Designed for trade school AC circuit theory and demonstrations
- Well-ventilated enclosure houses heavy-duty resistors, chokes and capacitors
- Supports alternating current experiments at voltages up to 240 V AC
- All circuit components are rated at 2 A
- Front-panel 4 mm terminals allow flexible circuit interconnections
- Suitable for investigating AC impedance and electrical component behaviour
- Demonstrates power factor and phase relationships in AC circuits
- Supports electrical efficiency and electric motor theory experiments
- Allows comparison of resistive, inductive and capacitive circuit characteristics
- Suitable for technical education, electrical engineering and physics laboratories
- Designed for supervised laboratory testing, practical demonstrations and electrical training
AUD 1,605.50 (Ex GST)
AC Theory Electricity Kit with Signal Generator
- AC theory electricity kit for laboratory and educational use
- Suitable for university and trade school students as listed
- Supports study of inductance, reactance, impedance and power factor
- Useful for electrical resonance and electrical loss demonstrations
- Includes accurate digital sine and square wave signal generator as listed
- Includes capacitors, resistor and 2 × 2 H inductors as listed
- Includes analogue and digital meters as listed
- Demonstrates current and voltage lead / lag relationship
- Supplied with instruction and experiment sheets as listed
- Components are protected in sponge inside a strong carry case
- Confirm component values and meter ranges before use
- Use under appropriate laboratory or educational supervision
AUD 1,262.90 (Ex GST)
Adjustable Aepinus Air Capacitor for Electrical Experiments
- Aepinus air capacitor for physics and electrical demonstrations
- Adjustable capacitance range listed as 2–250 pF in title
- Uses two sets of square plates as listed
- Plates are magnetically held parallel and true in position
- Adjustable plate separation from 1 mm to 120 mm as listed
- 4 mm sockets provided for electrical connection
- Circuit protected against accidental plate contact as listed
- Friction slider blocks allow quick plate removal and size changes
- Sturdy feet support stable bench-top use
- Useful for electrostatics and capacitance demonstrations
- Plate size and capacitance range should be confirmed before final upload
- Use under appropriate laboratory or educational supervision
AUD 323.50 (Ex GST)
Adjustable Constant Current DC Power Supply, 0 to 2 A / 12 V
- Adjustable constant current DC power supply for laboratory and education use
- Output range listed as 0 to 2 A
- Maximum output voltage listed as 12 V DC
- Designed to maintain a preset current through a changing load
- Voltage automatically adjusts to support the selected current
- Useful for solenoid coil heating and resistance change demonstrations
- Suitable for electroplating studies and controlled-current experiments
- 4 mm socket head terminals support clamped wires and standard 4 mm banana plugs
- Suitable for physics, electrical circuits and electrochemistry teaching
- Use under appropriate teacher or laboratory supervision
AUD 435.90 (Ex GST)
Advanced Electrostatics Kit, Nuffield Type, with Metal Vane Electroscope
- IEC Advanced Electrostatics Kit designed for practical static electricity experiments
- Includes a metal vane electroscope with a standard disc electrode for charge detection
- Features a 20 mm proof plane and 50 mm electrophorus for electrostatic charge transfer
- Four conductive-coated pith balls demonstrate electrical attraction and repulsion
- Includes two aluminium cans and insulating tiles for electrostatic induction experiments
- Acrylic and polythene strips support frictional charging and dielectric investigations
- Supplied with 25 m nylon filament, a wire stirrup and flannelette rubbing cloth
- Compact kit measures 250 × 120 × 100 mm and weighs approximately 1.8 kg
- Designed and manufactured in Australia for schools and educational physics laboratories
AUD 197.90 (Ex GST)
Air Cored Inductance Coils, Laboratory Inductor Type
- Air cored inductance coils for laboratory and classroom electrical demonstrations
- Matched to the coil format used with small demonstration transformer and induction kit setups
- Available inductance values include 5 mH, 10 mH, 15 mH and 20 mH
- Number of turns is adjusted to provide the stated inductance value for each coil
- Two 4 mm banana sockets are integrated into the coil body for quick connections
- Consistent coil design supports repeatable inductance and electromagnetic induction demonstrations
- Each coil is supplied as a single component, with the required mH value selected by the user
From AUD 56.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Air Track Spark Generator Cables, Precision Connection Set
- Cable accessory set for air track spark generator and spark recording systems
- Remote control cable includes press button for spark generator start and stop control
- EHV cable pair connects spark tracks to the spark generator
- Earth cable includes 4 mm banana plugs for connection between air track and spark generator
- Supports reliable connection, controlled operation and routine physics demonstration setup
- Replacement cable options help maintain spark recording system performance
- Compatibility with existing spark generator sockets and track hardware should be confirmed before use
From AUD 12.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Air-Cored Copper Solenoid for Magnetic Field Experiments
- Air cored solenoid for laboratory and educational use
- Contains 700 turns of copper wire as listed
- Maximum current listed as about 5 A
- Formed on a strong moulded plastic bobbin
- Size listed as 150 mm long with 37 mm bore
- Suitable for Mass of Electron experiments with a “Magic Eye” tube
- Can be used with IEC Current Balance apparatus
- Can be used for calibrating IEC Hall Effect apparatus
- Useful where a magnetic field of known field strength is required
- Wire terminates to 4 mm socket head terminals
- Terminals point inward so the solenoid ends can sit flat on the table
- Use under appropriate laboratory or educational supervision
AUD 165.90 (Ex GST)
Alnico Bar Magnet Pairs with Keepers, Permanent Magnet Demonstration
- Alnico bar magnets designed for physics experiments and educational magnetism demonstrations
- Manufactured from Alnico (aluminium, nickel and cobalt-based magnetic alloy)
- Available in three lengths: 50 mm, 75 mm and 100 mm
- Standard width of 12 mm and thickness of 8 mm across all variations
- Supplied as a pair of permanent bar magnets with magnetic keepers
- Each magnet features north and south magnetic poles
- Keepers help preserve magnetic strength during appropriate storage
- Suitable for demonstrating magnetic attraction, repulsion and magnetic field patterns
- Supports investigations of magnetic forces and interactions with ferromagnetic materials
- Reusable construction for repeated classroom physics experiments
- Suitable for use with compasses, iron filings and other compatible magnetic demonstration equipment
- Ideal for secondary schools, universities and educational physics laboratories
From AUD 11.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Alnico Horseshoe Magnet for Pole Interaction and Attraction Experiments
- Alnico horseshoe magnets designed for laboratory magnetism experiments and educational physics demonstrations
- Manufactured from Alnico, a permanent magnetic alloy containing aluminium, nickel and cobalt
- Available in five sizes: 25 mm, 50 mm, 75 mm, 100 mm and 150 mm
- Classic U-shaped horseshoe design with north and south magnetic poles
- Permanent magnetic construction produces a magnetic field without an external power supply
- 25 mm variation features a red finish and marked N and S magnetic poles
- 25 mm magnet has an approximate lifting capacity of 300 g under specified conditions
- 50 mm variation measures 50 mm in overall height, with an approximate bottom width of 40 mm
- Suitable for demonstrating magnetic attraction, repulsion and magnetic field patterns
- Can be used with iron filings, plotting compasses and compatible physics apparatus
- Reusable construction for repeated classroom demonstrations and experiments
- Ideal for secondary schools, universities and educational physics laboratories
From AUD 13.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
ASEP Circuits Kit with Wire Card, Lamps and Clips
- Basic circuits kit for laboratory and educational use
- Old ASEP design product as listed
- Low-cost kit for introducing simple electrical circuits
- Includes 2 small lamps and sockets as listed
- Includes 2 dry cells as listed
- Includes 4 Fahnstock clips as listed
- Includes resistance wire and copper wire in various sizes
- Wires are wound on a card former
- Card includes description and size of each metal as listed
- Demonstrates heating effects, wire types and resistance
- Smallest copper wire can be used as a fuse demonstration
- Use under appropriate laboratory or educational supervision
AUD 64.90 (Ex GST)
Bare Copper Wire, Standard Wire Gauge Electrical Reel Range
- Bare copper wire designed for laboratory electrical experiments, physics demonstrations and general-purpose applications
- Available in nine Standard Wire Gauge (SWG) sizes from 14 SWG to 30 SWG
- Copper wire diameters ranging from 0.31 mm to 2.0 mm
- Uninsulated copper construction suitable for electrical conductivity investigations
- Supplied in 125 g reels across all nine gauge sizes
- Additional 500 g roll available in 18 SWG
- 16 SWG wire measures approximately 6.75 metres per 125 g reel
- 18 SWG wire measures approximately 11.75 metres per 125 g reel
- Suitable for electrical circuits, electromagnetism demonstrations and wire resistance experiments
- Copper provides high electrical and thermal conductivity
- Different wire gauges support investigations of conductor diameter and electrical resistance
- Ideal for physics, electrical science, research and educational laboratories
From AUD 21.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Basic Electronics Kit with Links and Signal Generator
- IEC Basic Electronics Kit for laboratory and educational use
- Designed for practical electronics and electrical circuit experiments
- Individually housed electronic components for organised circuit assembly
- Uses 2 mm banana plug connections for compact circuit arrangements
- Supports 4 mm connections using suitable adaptors where required
- Includes short connecting links to minimise loose wiring
- Components engage with a back panel for logical circuit construction
- Includes mini regulated power supply and mini signal generator
- Operates using a compatible 12 V PlugPak power source
- Supplied in a strong carry case with an experiment book
- Suitable for school, university and technical electronics teaching
AUD 1,153.50 (Ex GST)
Battery Holder for 2 × 1.5 V AA Cells
- Battery holder designed for 2 × 1.5 V AA cells
- Suitable for laboratory and educational circuit experiments
- Holds batteries securely during demonstrations and student projects
- Provides a practical power source connection point for simple circuits
- Useful for low-voltage experiments with lamps, buzzers, motors and switches
- Supports introductory electricity and electronics activities
- Helps reduce loose battery connections during classroom use
- Suitable for school, university and STEM teaching environments
- Confirm polarity and circuit requirements before use
- Batteries are not included unless specified separately
- Avoid short circuits, overheating and incorrect battery installation
- Use under appropriate laboratory or educational supervision
AUD 1.90 (Ex GST)
Battery Holders for D Cells with 4 mm Terminals
- Battery holders for 1.5 V D cell batteries
- Available for 1, 2, 3 or 4 D cell configurations
- Fitted with 4 mm terminals for classroom circuit connection
- Suitable for laboratory and educational circuit experiments
- Helps hold batteries securely during demonstrations and student projects
- Provides a practical power source connection point for compatible circuits
- Useful for lamps, buzzers, motors, switches and low-voltage investigations
- 4-cell holder is listed with 1.5 V, 3 V, 4.5 V and 6 V output options
- 4-cell holder has listed size of 190 × 122 × 16 mm
- Batteries are not included unless specified separately
- Confirm polarity, voltage and circuit requirements before use
- Use under appropriate laboratory or educational supervision
From AUD 11.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
BeeSpi V Photogate Holder, Adjustable Height and Angle
- Holder accessory for compatible BeeSpi V photogate use
- Designed to hold the photogate firmly during classroom experiments
- Adjustable height supports different apparatus and motion setups
- Adjustable angle supports slope, cart and free fall investigations
- Useful for timing, motion and mechanics demonstrations
- BeeSpi V photogate is sold separately as specified
- Suitable for supervised laboratory and educational use
AUD 93.50 (Ex GST)
BeeSpi V Photogate, Battery Operated Speed Measurement Type
- Easy-to-use photogate for speed measurement in physics experiments
- Suitable for free fall, cart motion and projectile velocity demonstrations
- Two parallel photogates detect objects passing through the sensing area
- Measures and displays speeds from zero to 99.99 km/h
- Measurement units include cm/s and km/h for classroom comparison
- Stores up to 5 measurements at a time for practical data review
- Operates with 2 × AAA batteries, not included
AUD 143.50 (Ex GST)
Capacitor Box Set of 11 for Electrical Experiments
- 11-step capacitor set for laboratory and educational use
- Supplied as a capacitor box without switches
- Capacitors mounted in a rugged metal housing
- Fitted with 4 mm banana sockets for circuit connection
- Allows each capacitor to be connected individually
- Suitable for series and parallel capacitor experiments
- Listed capacitor values from 100 pF to 0.22 µF
- Maximum voltage listed as 350 V DC or AC
- Useful for capacitance, reactance and AC / DC circuit demonstrations
- Confirm final capacitance range before ordering, as title and listed values differ
- Discharge capacitors safely before handling or rewiring
- Use under appropriate laboratory or educational supervision
AUD 184.50 (Ex GST)
Capacitor Box, Decade Capacitance Type
- Rotary capacitor selection boxes for laboratory and classroom circuit experiments
- Decade models use 10 steps per dial for controlled capacitance selection
- Available total capacitance options include 1.11 µF, 11.1 µF and 11.11 µF
- Step sizes include 0.001 µF, 0.01 µF and 1 µF depending on the selected model
- Single-dial discrete model provides 12 capacitance positions from 220 pF to 1.0 µF
- Voltage ratings include 400 V DC or 250 V DC and 150 V AC depending on model
- 4 mm spin-free terminals and extra earthing terminal support practical circuit connection
From AUD 183.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Centre Zero Student Meter for DC Current
- Centre zero student meters for DC current measurement demonstrations
- Deflection either side of zero supports polarity and current direction teaching
- Single range models available across amp, milliamp and microamp scales
- Suitable for galvanometer-style demonstrations in physics and electronics classes
- Economical and durable design stated for routine educational use
- Large viewing window supports clearer observation during group instruction
- Use within the selected meter range under appropriate supervision
From AUD 43.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Centre Zero Student Volt Meter, Dual Range Galvanometer Type
- Centre zero student volt meter for DC polarity demonstrations
- Dual range format supports 50-0-50 mV and 500-0-500 mV readings
- Galvanometer-style scale supports deflection either side of zero
- Suitable for low-voltage circuit and electromagnetism experiments
- Helps demonstrate polarity, voltage direction and small voltage changes
- Economical and durable design stated for educational use
- Use within the selected range under appropriate supervision
AUD 43.90 (Ex GST)
Centre Zero Student Volt Meters, DC Polarity Teaching Type
- Centre zero student volt meters for DC voltage demonstrations
- Deflection either side of zero supports polarity teaching
- Single range models available in millivolt and volt options
- Suitable for low-voltage circuit and electromagnetism investigations
- 35-0-35 mV option supports small voltage observation tasks
- 2-0-2 V option supports general low-voltage classroom experiments
- Use within the selected voltage range under appropriate supervision
From AUD 43.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Circuit Board Alligator Clip Leads, 300 mm Pair
- Pair of alligator clip leads for compatible circuit board kits
- Each lead has alligator clip connections at both ends
- 300 mm length supports practical classroom circuit connections
- Suitable for basic electricity and electronics teaching activities
- Useful for temporary connections during circuit demonstrations
- Can be used as a replacement or spare circuit board kit accessory
- For laboratory or educational use only under appropriate supervision
AUD 12.50 (Ex GST)
Circuit Board Contact Key Switch with Spring Contacts
- Contact key switch accessory for compatible circuit board kits
- Designed for basic electricity and classroom circuit experiments
- Spring contacts allow practical connection from pin to pin
- Supports open and closed circuit demonstrations
- Useful for switching, current flow and circuit control activities
- Can be used as a replacement or spare teaching board component
- For laboratory or educational use only under appropriate supervision
AUD 7.90 (Ex GST)
Circuit Board Copper Foil Sheet, 150 × 150 mm
- Copper foil sheet accessory for compatible circuit board kits
- Cut to a stated 150 × 150 mm square size
- Suitable for basic electricity and conductivity demonstrations
- Supports simple circuit path and conductor investigation activities
- Useful for classroom experiments, preparation work and teaching setups
- Can be selected as a replacement or spare circuit board kit component
- For laboratory or educational use only under appropriate supervision
AUD 17.50 (Ex GST)
Circuit Board D Cell Battery Holder
- D cell battery holder for compatible circuit board kits
- Designed for basic electricity and classroom circuit experiments
- Spring contacts support practical connection from pin to pin
- Suitable for adding a D cell power source to compatible teaching boards
- Supports simple circuit building, testing and demonstration work
- Useful as a replacement or accessory for Worcester-style circuit kits
- For laboratory or educational use only under appropriate supervision
AUD 8.50 (Ex GST)
Circuit Board Kit, Worcester Pattern Complete
- Worcester pattern circuit board kit for basic electricity teaching
- Traditional classroom kit for building simple electrical circuits
- Large back board includes 16 strong upstanding connection pins
- Components use rugged bronze strips to grip the board pins securely
- Includes cell holders, switches, lamps, links and selected circuit parts
- Box size is stated as 360 × 330 × 55 mm, with 1.25 kg weight
- Contains small parts, use only under appropriate educational supervision
AUD 171.90 (Ex GST)
Circuit Board Kit, Worcester Type Full Kit
- Worcester type circuit board kit for basic electricity teaching
- Spring-terminal board supports fast circuit assembly and testing
- No soldering required, allowing quick circuit changes during lessons
- Supplied with lamps, switches, batteries and connecting leads
- Includes potentiometer, resistor, diode, electrodes, copper foil and steel wool
- Supports series circuits, parallel circuits, conductivity and resistance work
- Supplied with instruction manual for structured classroom experiments
AUD 171.90 (Ex GST)
Circuit Board Main Board with 5 mm Metal Pins
- Spare main board for compatible circuit board teaching kits
- Supplied complete with fitted 5 mm diameter metal pins
- Designed for basic electricity and classroom circuit experiments
- Supports pin-to-pin component connection using compatible accessories
- Useful as a replacement board for Worcester-style circuit kits
- Helps maintain classroom circuit kits for repeated student practicals
- For laboratory or educational use only under appropriate supervision
AUD 34.90 (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.