Electricity & Magnetism
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.
Circuit Board MES Lampholder with Spring Contacts
- MES (Miniature Edison Screw) lampholder accessory for compatible circuit board kits
- Designed for basic electricity and classroom circuit experiments
- Spring contacts allow practical connection from pin to pin
- Suitable for lamp circuit demonstrations and switching activities
- Supports quick circuit assembly without soldering
- Useful as a replacement or spare teaching board component
- For laboratory or educational use only under appropriate supervision
Circuit Board Plain Spring Connectors
- Plain spring connectors for compatible circuit board kits
- Designed to connect from pin to pin on teaching circuit boards
- Supports basic electricity and classroom circuit experiments
- Useful for joining circuit points without soldering
- Helps build simple circuit paths during student practical work
- Can be used as replacement or spare circuit board kit components
- For laboratory or educational use only under appropriate supervision
Circuit Board Rheostat, 10 Ohm, Spring Connect
- 10 ohm rheostat accessory for compatible circuit board kits
- Wire wound construction supports variable resistance demonstrations
- Spring contacts allow practical connection from pin to pin
- Suitable for basic electricity and resistance experiments
- Helps demonstrate current control in simple classroom circuits
- Useful as a replacement or accessory for Worcester-style circuit boards
- For laboratory or educational use only under appropriate supervision
Complete Circuits Kit with Wire Card and Accessories (ASEP)
- Includes 2 lamps with sockets, 2 dry cells, 4 Fahnstock clips for fast circuit builds.
- Assorted resistance wire and copper wire, multiple sizes, compare resistivity and wire gauge effects.
- Demonstrates heating effects in wire under load, linking resistance to temperature rise in simple circuits.
- Smallest copper wire can act as a fuse element to show basic overcurrent protection principle
- Wires on labelled card former, metal type and size marked for quick selection and repeatable lessons.
Conductivity Electrodes, Stainless Steel Type
- Stainless steel electrode sets for measuring or comparing liquid conductivity in classroom or lab demonstrations
- Choice of electrode geometry: adjustable strips with 10 mm square face, fixed plates, or fixed stainless steel rods
- Lamp in series options provided on fixed plate and fixed rod models for conductivity indication during tests
- Connection styles vary by model, including terminals, 4 mm socket connection, or flexible leads for setup convenience
- Designed as selectable electrode sets within the same conductivity teaching range, choose format to match experiment method
Constant-Current Capacitor Charging Apparatus with Power Supply Included
- Calculates capacitance in µF using constant-current charging and first-principles measurements.
- Very small charging current is set then held constant throughout the charge period for clean analysis.
- Capacitor voltage monitored with high-impedance DVM, 10 MΩ input resistance specified.
- Student uses stopwatch timing, linking current, time, and voltage to determine capacitance value.
- Compact 9 V battery supply, typical currents under 1 mA, supports long battery life in class use.
Constantan Resistance Wire, Laboratory and Education Resistance Wire Range
Copper Sheet, 150 × 150 mm, Pack of 8
- Plain raw copper sheets for laboratory and educational use
- Supplied as a pack of 8 pieces for classroom and lab stock use
- Each sheet is cut to 150 × 150 mm square size
- Thickness is stated as 0.36 mm, equivalent to 28 SWG
- Suitable for conductivity, material study and practical science activities
- Useful for cutting, shaping or comparison tasks where copper sheet is required
- Use under appropriate supervision with suitable handling procedures
Copper Turnings, Fine Technical Grade, 500 g
- Fine copper turnings for laboratory and educational experiments
- Also known as metallic copper shavings for practical chemistry use
- Supplied as a 500 g pack for classroom and laboratory stock use
- High surface area supports suitable reaction and demonstration workflows
- Useful for electrochemistry, displacement and corrosion experiments
- Technical grade material for general laboratory demonstration use
- Handle with PPE and avoid dust, ingestion or inhalation exposure
Decision Reaction Timer Device for Response Time Testing
- Random delay 10–90 s, unpredictable start, reduces anticipation bias in reaction time measurement.
- Large LED red or green plus beeper, selectable LED only, sound only, or both.
- Single decision mode, press on cue, dual decision mode, choose correct button by colour.
- Start by operator or self-start button, supports paired testing or individual practice sessions.
- Two press buttons with 1 m cables, can mount to block, requires 12 V supply and external timer.
Digital AC Ammeter LCD, 0 to 20 A, Auto Power Off
- Digital AC ammeter for classroom current measurement demonstrations
- Measures from 0.00 to 19.99 A AC
- 10 mA resolution supports practical classroom readings
- Powered by a standard 9 V battery for convenient bench use
- Low battery alarm displays before battery replacement is required
- Auto power off after 20 minutes helps protect battery life
- Over-range red LED illuminates if the 20 A AC rating is exceeded
Digital AC Voltmeter LCD, 0 to 200 V, Auto Power Off
- Digital AC voltmeter for classroom voltage measurement demonstrations
- Measures from 0.00 to 199.9 V AC
- 0.1 V resolution supports practical classroom readings
- Powered by a standard 9 V battery for convenient bench use
- Low battery alarm displays before battery replacement is required
- Auto power off after 20 minutes helps protect battery life
- Over-range red LED illuminates if the 200 V AC rating is exceeded
Digital AC/DC Multimeters, Portable Lab Use Type
- AC and DC multimeters for classroom and general electrical work, used in IEC electricity teaching kits
- Standard 9V battery supply with auto power off, reduces battery drain during intermittent student use
- Large LCD display shows selected unit, supports correct function selection and quick checking during experiments
- 20A model includes high current range plus diode test, continuity beeper, capacitance, transistor gain, resistance to 200 MΩ
- 10A model adds auto ranging and backlight, includes capacitance, frequency, µA and mA ranges for broader circuit measurement
Digital Coulomb Meter, 1–1999 nC Range, With Plastic Collecting Disc Included
- Digital electroscope-style coulomb meter, displays deposited charge directly as a numeric reading for clear demonstrations.
- Measures charge delivered via resistor current, capacitor discharge, or static sources like a charged plastic rod.
- Direct readout up to 1.999 nC supports repeatable comparisons without interpreting vane deflection.
- Plastic housing version, stated identical performance to earlier metal housing model for classroom practicality.
- Useful electrostatics tool for teaching charge transfer, charge storage, and static electricity experiments.
Digital DC Ammeters, Auto Power Off
- Digital DC ammeters for classroom current measurement
- Available in 200 µA, 2 A and 20 A DC range options
- Resolution options include 0.1 µA, 1 mA and 10 mA
- Powered by a standard 9 V battery for convenient bench use
- Low battery alarm displays before replacement is required
- Auto power off after 20 minutes helps protect battery life
- Over-range red LED illuminates if the rated DC range is exceeded
Digital DC Voltmeters, Auto Power off
- Digital DC voltmeters for classroom voltage measurement
- Available in 2 V, 20 V and 200 V DC range options
- Resolution options include 1 mV, 10 mV and 100 mV
- 10 MΩ input impedance stated for the voltmeter range
- Powered by a standard 9 V battery for convenient bench use
- Low battery alarm displays before replacement is required
- Auto power off after 20 minutes helps protect battery life
Digital Joule Energy Meter, AC/DC, 1 mA to 10 A, Low-Voltage Range
- Measures joules and watts in low-voltage AC and DC circuits, energy to 999 kJ, power to 200 W.
- Current range 0.01 mA to 10 A, supports microamp to high-current lab loads and demonstrations.
- Voltage limits, up to 20 V DC or 15 V AC, frequency handling 50 Hz to 1 kHz.
- Powered from 240 V AC mains, but measurement circuit must remain low voltage as specified.
- Simple wiring, source to input sockets, load to output sockets, range button select and zero knob offset.
Digital LED Student Mini Stroboscope, 1 to 500 Hz
- Mini digital LED stroboscope for classroom motion studies
- Adjustable flash frequency from 1 Hz to 500 Hz
- Digital display selectable in Hz or RPM
- Silent LED flashing supports quieter classroom use
- Bright white LED flash avoids large Xenon-style intensity
- Can be externally triggered or synchronised to 50 Hz mains frequency
- Provision included for a small remote LED flash head
Digital Mini Wave Signal Generator, 0.1 Hz to 100 kHz, 1 A Output
- Compact digital signal generator for classroom waveform experiments
- Provides sine, square, triangle and sawtooth waveforms
- Frequency range is stated as 0.1 Hz to 100 kHz
- Crystal-locked design with accuracy stated at approximately 0.01%
- Adjustable output up to 15 V peak-to-peak or 5 V AC RMS
- Output can supply up to 1 A into the load
- Suitable for resonance, audio and oscilloscope demonstrations
Digital Xenon Stroboscopes, XE and XEH Models
- Digital Xenon stroboscopes for motion and speed observation
- Frequency range is adjustable from 1.0 Hz to 300 Hz
- Digital display selectable in Hz or RPM
- Large 150 mm diameter reflector provides bright illumination
- Pivoting carry handle can also be used as a tilt support
- Flash can be externally triggered or synchronised with mains frequency
- XEH model supports connection to compatible remote flash accessories
Dissectible Transformer Kit with Spot Weld Module and Full Accessory Set Included
- 35 × 35 mm iron core, “U” and clamped “I” section to close magnetic circuit.
- Mains primary coil with on/off switch, removable mains cable, standard teaching configuration.
- Tapped low-voltage secondary coil, heavy-current output for practical transformer experiments.
- Includes spot welder and heavy copper ring for induction heating, wax or solder melting demos.
- Glass-filled nylon coil formers, heat resistant, unbreakable design, Thompson’s ring included.
Dual Channel Analogue Oscilloscope, 20 MHz Teaching and Laboratory Type
- Dual channel analogue oscilloscope, 20 MHz bandwidth, waveform viewing for electronics and telecommunications practical work.
- ALT triggering plus X-Y mode and TV synchronisation, supports stable trace setup across common teaching experiments.
- 6-inch internal graticule 8×10 div, 1 div equals 1 cm, clear scale for classroom reading.
- Encoder sweep switch, 10× sweep magnification, sealed vertical sensitivity switch, designed for repeated lab use.
- Max input 400 V peak at 1 kHz, input impedance 1 mΩ ±5% and 25 pF ±5 pF.
Dual Digital Wave Lab Signal Generator, up to 40 kHz
- Dual digital signal generator for wave theory teaching
- Generates two accurate and stable frequency outputs up to 40 kHz
- Frequencies can be added, phase shifted or modulated
- Selectable sine, triangular and sawtooth waveforms
- Digitally controlled output power for classroom demonstrations
- Can drive suitable large speakers or headphones
- Includes microphone and headphones in the supplied kit
Dual Range Analog DC Voltmeter for Student Experiments
- Dual range student volt meters for DC voltage measurement
- Supports circuit analysis and Ohm’s Law classroom experiments
- Two selectable ranges help match low and higher voltage activities
- Available in volt and millivolt range options
- Low voltage option supports 0 to 50 mV and 0 to 500 mV readings
- Economical and durable design stated for repeated educational use
- Use within the selected voltage range under appropriate supervision
Dual Range Centre Zero Student Microammeter
- Dual range centre zero microammeter for DC current demonstrations
- Designed to show current direction by deflection either side of zero
- Supports polarity, current movement and circuit behaviour teaching
- Available in two dual range microamp configurations
- Suitable for sensitive DC current observation in classroom circuits
- Economical and durable design stated for repeated educational use
- Use within the selected range under appropriate supervision
Dual Range Student Ammeters, AC and DC Current Type
- Dual range student ammeters for classroom current measurement
- Available in AC and DC current measurement configurations
- Two selectable ranges support low and higher current experiments
- DC options include amp, milliamp and microamp range models
- Accuracy is stated as ±2.5% for the listed meter options
- Economical and durable design stated for repeated educational use
- Use within the selected current range under appropriate supervision
Electric Bells for Demonstration, Visible Wiring Panel or 75 mm Double Coil Gong Bell
- Electric bells for teaching electricity and electromagnetism, supports clear demonstration of bell operation principles
- Panel mounted model shows large components and clearly visible wiring, operates on 4–9 V DC for classroom supply
- Double coil gong bell model includes 75 mm bell diameter, detachable plastic construction as listed, model MS0028-01
- Double coil bell rated 6 V AC with stated current 2 A, not battery operated, suited to AC bench supplies
- For laboratory or educational settings only, supervise use and match supply voltage type DC or AC to the selected model
Electric Clinostat on Stand, 4 rev/hour, 240 V AC
- Electric clinostat on stand for seed and shoot growth study, slow rotation for controlled observation.
- Rugged motor rotates at 4 rev/hour, turns sponge platform under transparent protective cover.
- Plants and shoots pin to sponge surface, cover removes easily for spraying water and maintenance.
- Rotation helps even light distribution and reduces one-direction sag from gravity during growth monitoring.
- Runs on 220/240 V mains, supplied with removable mains cable for classroom and lab use.
Electric Fields Apparatus and Junior Electricity Lab Kit
- Electric fields apparatus visualises field patterns between two electrodes, requires high voltage and suits overhead projector demonstrations
- Related items listed iron filings and castor oil, supports clear field line visibility during classroom demonstrations
- Junior electricity lab kit includes 24 activities for STEM learning, supports hands on circuit building and basic electrical concepts
- Kit components include cell holders, MES bulb holders, lamps, SPST and SPDT knife switches, heater, motor, rheostat and buzzer
- Includes perforated base board, multiple leads and wires plus experiment manual, suitable for laboratory or educational settings only under supervision
Electricity Kit in Aluminium Case
- Complete electricity teaching kits housed in a strong aluminium carry case
- Components are supplied in individual housings for organised classroom use
- 4 mm banana plug connections support quick circuit setup and repeated practical work
- Covers DC theory and selected AC topics including transformers and chokes
- Supplied with power supply, digital meters, cables and experiment book
- Selected configurations add signal generator, motor generator and motor kit components
- Expanded kit configuration supports up to 66 AC and DC experiments as stated
Electrode Holder Arm and Base for Lab Sensors
- Electrode holder arm and base for laboratory sensor support
- Suitable for pH, ORP and conductivity sensors
- Helps position electrodes during measurement and calibration work
- Supports stable sensor placement beside meters or sample vessels
- Useful for routine electrochemistry and water testing workflows
- Suitable for teaching, QC, environmental and laboratory testing use
- Material, dimensions and clamp details should be confirmed before upload
Electromagnet, Soft Iron U Core with Dual Coils and 4 mm Terminals
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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.





























