Laboratory Stand "Setting up Circuits with Magnetic Starters and Related Equipment"

Technical Parameters:

Supply voltage: 380 V.

Can be equipped with transport rollers for mobility.

Functional Features

Assembly Table

Made of steel profile with an integrated work surface and a pull-out drawer for convenient tool storage.

Built-in Electrical Module

Protected sockets:

Power source ~220 V, 50 Hz, 3 A — 2 pcs.

Power source ~36 V, 50 Hz, 3 A — 2 pcs.

Power source ~12 V, 50 Hz, 3 A — 2 pcs.

Adjustable power source: 0…30 V, 3 A — 1 pc.

Safety System

Equipped with circuit breakers, thermal relays, and grounding terminals for safe operation during classes.

Interactive Training Platform

Provides the opportunity to assemble and test electrical systems, developing practical skills in the field of electrical engineering.

This comprehensive training platform allows students to gain practical experience in the assembly, testing, and diagnostics of various motor control circuits.

The bench consists of:

Assembly table made of steel profile with an integrated work surface and a pull-out drawer for tool storage.

Built-in power module located above the work surface.

Aluminum frame with a perforated mounting panel for the installation and testing of electrical components.

Bench Configuration (Upon Customer Request)

Asynchronous electric motor

Push-button control station

Electrothermal relay

Single-pole circuit breaker

Three-pole circuit breaker

Terminal block

Contactor

Set of accessories for assembly

Light signaling fixtures (green + red)

Push-button station enclosure

Magnetic starter

Training Projects

Assembly and verification of a direct-on-line (DOL) start circuit for an asynchronous motor

Practice in configuring a non-reversing circuit with a magnetic starter.

Assembly and verification of a direct-on-line start and reverse circuit for an asynchronous motor

Developing skills in working with a reversing circuit and a magnetic starter.

Configuration and verification of the thermal protection circuit for an asynchronous motor

Study of a circuit with a magnetic starter and an electrothermal relay to prevent overheating.

Assembly and verification of the overcurrent protection circuit for an asynchronous motor

Practice in using a circuit breaker for protection against current overloads.

Educational Opportunities

Mastering Basic Electrical Installation Skills

Students learn to install and configure magnetic starters and control circuits for asynchronous electric motors.

Troubleshooting and Diagnostics

Performing experiments to detect and eliminate typical faults in motor control circuits: open circuits, short circuits, and incorrect connections.

Analysis and Verification of Circuits

Studying and verifying various motor control circuits, deepening the understanding of complex systems.

Practical Application of Protective Devices

Experiments with thermal relays, circuit breakers, and grounding terminals to ensure the safety of electrical systems.

Educational Advantages

Hands-on Work

Students interact with real components and assemble functional motor control circuits.

Comprehensive Training

The bench covers all key aspects of installation and configuration of magnetic starters, motor control, diagnostics, and maintenance.

Modular Design

The possibility of flexible configuration using interchangeable panels enhances the understanding of complex systems.

Safe Construction

Equipped with circuit breakers, thermal relays, and grounding terminals, guaranteeing safe operation.

Conclusion

The laboratory stand "Setting up Circuits with Magnetic Starters and Related Equipment" is a modern training equipment that combines real components and advanced simulation capabilities. Its robust frame, interactive features, and wide range of possibilities make it an indispensable solution for teaching and learning modern electrical engineering and motor control technologies.