Page 38 - Electrical & Electronic Engineering Brochure 2024 WEB

Three Phase Systems LK4961 Power Systems LK6946

This pack includes a suite of practical investigations into three phase systems and it includes a low voltage This kit combines our Locktronics learning system with a solar panel rig and a miniature wind turbine rig FLOWCODE
three phase generator and a low voltage three phase motor. The pack includes the parts needed to set up that can be used for experiments in Power and Energy electronics. The solar panel rig includes a full-sized
three phase systems based on star and delta topologies with balanced and unbalanced loads. Students work solar panel - rated at 120 watts - that generates a reasonable amount of power under classroom/laboratory
through the 33 page full colour workbook understanding three phase concepts as they progress. A 4 input lighting. The kit also contains a variable speed DC motor coupled to a three-phase generator which produces
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Picoscope and current clamp is recommended. Current clamp is needed for some experiments. up to 20 watts of power, replicating an industrial wind turbine. Together the solar panel rig and wind turbine
rig can be used to provide varying amounts of energy, with varying voltage and current, in the lab. Students
use these accessories with the Locktronics Power and Energy Electronics kit and 3.7V Lithium-ion batteries to
conduct a range of experiments in domestic energy systems. SYSBLOCKS

SYSBLOCKS

ELECTRICAL MACHINES
ELECTRICAL MACHINES

LOCKTRONICS

ANSI version also available LK4961A LOCKTRONICS

EBLOCKS 2
EBLOCKS 2
LEARNING OBJECTIVES & EXPERIMENTS: LEARNING OBJECTIVES & EXPERIMENTS:

• Three phase circuits – star and • Real, reactive and apparent power • Sources of power and energy • Wind turbines ALLCODE
delta • Three phase inductance and • Wind turbine operation and output • Wind turbine power dumping
• Balanced and unbalanced loads reactance • Solar panel operation and output • Three phase rectification
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• Phase relationships in three phase • Power in three phase systems • Energy conversion – upconverters • Voltage inversion – DC to AC
systems • Motors in three phase systems and downconverters
• Phase vectors • Using current clamps and PC • Energy efficiency TINA
• Using a capacitor to create a phase oscilloscopes • Batteries and series parallel
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shift for motors • Power factor correction configurations
• Three phase rectification – half and • Lead Acid and Li-ion battery charge
full and discharge characteristics
Optional add-ons HP5834 (Picoscope) • Powerwall technology
HP5561 (Current Clamp)

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