Product Code: ST.IE.E0101E
Price: Contact
The 1-PHASE AND 3-PHASE MOTOR ELECTRICAL INSTALLATION PRACTICE SET (INCLUDING AUTOMATION STUDIO AND INTERACTIVE SOFTWARE) provides practical training for understanding and operating AC motors using contactors, push buttons, inverters, and software. Learners will explore converter principles, pulse generation, circuit analysis, measurement techniques, and electrical safety. This hands-on system is ideal for industrial electricity and automation education programs.
• Calculate equipment selection, design and simulate
electrical circuits on Automation Studio software
• Connect hardware devices, interact and collect hardware
status synchronously on the software
• Practice installing the circuit to start and stop a 3-phase
squirrel-cage rotor motor using a single contactor.
• Practice installing the circuit to start a 3-phase squirrel cage rotor motor using the star-delta connection method
(manual control)
• Practice installing the circuit to start a 3-phase squirrelcage rotor motor using the star-delta connection method
(automatic control).
• Practice installing the circuit to control a 3-phase
squirrel-cage rotor motor combined with reversing rotation
and starting the machine using the star-delta connection
method.
• Practice installing the circuit to start a 3-phase squirrelcage rotor motor through an inductor.
• Practice installing the starting circuit of a 3-phase
squirrel-cage rotor motor using a single-contact starter, with
dynamic braking when stopping
• Practice installing the starting circuit of a 3-phase squirrel-cage rotor motor using the star-delta connection method, with
dynamic braking when stopping.
• Practice installing the control circuit of a 3-phase squirrel-cage rotor motor rotating in two directions with overload and
short-circuit protection.
• Practice installing the control circuit of a 3-phase squirrel-cage rotor motor rotating in two directions with overload
protection, phase loss protection, low voltage and overvoltage protection.
• Practice installing the control circuit of a 3-phase squirrel-cage rotor motor rotating in two directions with overload
protection, phase loss protection, low voltage and overvoltage protection, and overcurrent protection.
• Distinguish between electrical devices such as atomat, fuse, light bulbs, ceiling fans, electric meters, switches, sockets,
timers.
• Understand the function of each electrical device (atomat, fuse, contactor, socket, switch, light bulbs, ceiling fans, electric
meters, timers) in civil and industrial electrical circuits
• Understand the operating principles of some electrical circuits used in civil and industrial use: On/off light circuit, light
circuit with double switch, reversing circuit (used on stairs), high-voltage light circuit, call device circuit (electric bell)
• Understand the structure of each device commonly used in civil and industrial electricity: Atomat, circuit breakers, switches,
sockets, lighting, electric meters
• Read the parameters on the labels of devices such as: Working voltage (U), capacity (P), device current limit (A), working
temperature (t), insulation level. From there, choose the appropriate device for installation.
• Understand the assembly and connection methods of electrical equipment used in civil and industrial electrical circuits
• Understand the structure of the device, device parameters, working principles, so that depending on each application in
civil or industrial electricity, you can choose the appropriate device for installation.
