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Laboratory Stand “Study of Automatic Reserve Activation Operation”
$5,391.00
The stand is designed to study the operation of automatic reserve activation systems. Users can simulate and analyze the performance of backup power systems during power failures.
Product Overview
The Educational and Laboratory Stand “Study of the Operation of Automatic Reserve Input”” is designed for studying the principles and techniques of automatic reserve input systems in electrical installations. This comprehensive training platform consists of an assembly table and additional sets of elements placed on the assembly field, providing students with hands-on experience in electrical metering systems.
Structurally, the complex includes:
- An assembly table made from a steel profile with an integrated worktop and a pull-out drawer for storing tools.
- A built-in electrical power supply module located above the work surface.
- An aluminum profile frame with a perforated mounting panel for attaching and testing electrical components.
Technical Parameters
- Voltage: 380V
- Сan be equipped with transport rollers
Functional Features
- Assembly Table:
- Made of a steel profile with an integrated worktop and pull-out drawer for convenient storage of work tools.
- Built-In Electrical Module:
- Protected Sockets:
- Power Supply 1~220V, 50Hz, 3A – 2 pcs.
- Power Supply 1~36V, 50Hz, 3A – 2 pcs.
- Power Supply 1~12V, 50Hz, 3A – 2 pcs.
- Adjustable Power Supply: 2…30V, 3A – 1 pc.
- Protected Sockets:
- Electrical Installation Complex:
- A set of laboratory equipment for installing and studying the operation of automatic reserve input systems.
- Laboratory Equipment Composition (on request of the customer):
- Circuit Breaker 3P 125A 25kA.
- EP Electric Drive for remote turning on/off of automatic circuit breakers (50Hz, 230V, 200VA).
- Decoupler for Minimal Voltage up to 1000V.
- Additional Contacts 125/160A.
- Emergency Contacts 125/160A.
- Intermediate Relay (10A, 24V, DC, 4CO).
- Voltage Control Relay.
- Static Current Relay (1 NO, 1 changeover, In – 10A, I trip – 0.5-10A).
- 1-pole Circuit Breaker.
- Contactor.
- Rotary Switch
- Phase Indicator Lights.
- Lighting Fixtures.
- Lighting Fixtures with Voltage Indication.
- Voltage Regulator.
- Electrical Installation Products and Installation Accessories – set.
- Wire for Mounting Circuits – set.
- Safety Features:
- Equipped with circuit breakers, decouplers, and emergency contacts to ensure safe operation during experiments.
- Interactive Learning Panel:
- Allows students to assemble and test circuits according to given schemes, fostering practical skills in electrical engineering.
Training Projects
- Installation of Automatic Reserve Input Systems: Practice assembling and testing automatic reserve input systems using the provided components.
- Circuit Breaker Operation: Study the operation of 3-phase and 1-phase circuit breakers under different load conditions.
- Electric Drive Testing: Experiment with the functionality of electric drives for remote control of circuit breakers.
- Decoupler and Emergency Contact Analysis: Understand the role of decouplers and emergency contacts in protecting electrical systems.
- Intermediate Relay Functionality: Gain knowledge of intermediate relay operations and their integration into automation systems.
- Static Current Relay Experimentation: Test the behavior of static current relays under varying current levels.
- Phase Indicator Light Verification: Use phase indicator lights to verify the presence of voltage in different phases.
- Lighting Fixtures and Voltage Indicators: Study the operation of lighting fixtures with voltage indication for monitoring electrical systems.
- Voltage Regulation Experiments: Experiment with voltage regulators to understand their role in stabilizing electrical circuits.
Educational Benefits
- Hands-On Experience: Students gain practical experience by interacting directly with real-world components and assembling functional automatic reserve input systems.
- Comprehensive Coverage: The stand covers all essential aspects of automatic reserve input systems, including circuit breakers, relays, drives, and lighting fixtures.
- Modular Design: Allows for flexible experimentation with different configurations, enhancing understanding of complex automation systems.
- Safety-Oriented Design: Equipped with circuit breakers, decouplers, and emergency contacts to ensure safe operation during experiments.
- Organized Construction: Includes wires, mounting accessories, and organized panels for professional assembly of components.
Conclusion
The Educational and Laboratory Stand “Study of the Operation of Automatic Reserve Input” is a cutting-edge educational tool that combines real-world components with advanced simulation capabilities. Its robust design, extensive component selection, and wide range of functionalities make it an indispensable solution for teaching and training in modern electrical engineering and automation technologies.
