Diverse Transformer Types:

• Step-Up and Step-Down Transformers: Allows students to explore the principles of voltage transformation with both step-up and step-down transformers.
• Toroidal Transformers: Includes a toroidal transformer, demonstrating the benefits of reduced electromagnetic interference and higher efficiency.
• Shell-Type Transformers: Provides a shell-type transformer for studying its unique construction, which offers better short-circuit strength and mechanical protection.
• Core-Type Transformers: Features a core-type transformer, showcasing its widespread use in power distribution due to its simple design and ease of cooling.

Comprehensive Hands-On Learning:

• Enables practical experiments with various transformer types to understand their construction, operation, and applications.
• Includes instructional materials for guided experiments on each transformer type, focusing on core concepts like magnetic flux, core losses, and efficiency.

Modular and Expandable Design:

• Transformers are modular, allowing easy interchangeability between different transformer types.
• Expandable design enables the addition of more transformer types or advanced modules as learning progresses.

High-Quality Measurement Tools:

• Integrated digital voltmeters, ammeters, and wattmeters for precise measurements of voltage, current, and power across different transformer types.
• Real-time monitoring of transformer performance under various load conditions.

Adjustable Load Banks:

• Includes adjustable resistive load banks to simulate real-world operating conditions for each transformer type.
• Optional inductive and capacitive load banks for more advanced testing scenarios.

Safety Features:

• Equipped with overcurrent protection through fuses and circuit breakers to ensure safe operation during experiments.
• Grounding terminals for safe and secure setup.

User-Friendly Interface:

• Clearly labeled terminals and components for easy identification and connection, minimizing setup time.
• Quick-connect terminals allow for seamless switching between different transformer experiments.

Durable and Portable Construction:

• Robust build quality with high-grade materials to ensure longevity, even with frequent use in educational environments.
• Compact and lightweight design for easy portability and storage.

Educational Focus:

• Designed to meet the requirements of electrical engineering curricula, covering both basic and advanced transformer concepts.
• Suitable for use in academic institutions, vocational training centers, and professional development programs.

Customization Options:

• Available in various models with different power ratings, voltage ranges, and additional features tailored to specific educational needs.
• Customizable components for specialized training in industrial and commercial transformer applications.

Warranty and Technical Support:

• Includes a manufacturer’s warranty and access to comprehensive technical support.
• User manual and experiment guide provided, with step-by-step instructions and safety precautions for each transformer type.

Adjustable Three-Phase Console

• The three-phase supply console requires the dimmer to be securely positioned vertically within a 1420X300X300mm box.
• All necessary terminations must be made using isolation-type banana terminals, and the front panel should be screen printed with essential information.
• The console is equipped with an RCCB for sudden hazard protection, AC sockets, switches, an emergency stop button, three-phase variable and fixed outputs, and an optional DC power supply for transformer training purposes.

Load Modules

• Inductive Load Module: Features a range of inductance from 0 to 3 H, with current, voltage, and power ratings for experimental use.
• Resistive Load Module: Designed for various power, current, and resistance ranges. Can be used with both fixed and variable resistance values.
• Capacitive Load Module: Offers a range of capacitance values, voltage, and current ratings for advanced testing and experiments

Transformer Modules

• 3-Phase Transformer Module: Includes a transformer with power rating, voltage rating, frequency, and impedance specifications.
• Toroidal Transformer Module: Designed with a high-grade silicon steel core and copper windings, typically used for reduced electromagnetic interference.
• Shell-Type Transformer Module: Used for examining transformers with windings surrounded by the core, known for high fault tolerance and durability.
• Core-Type Transformer Module: Features a laminated steel core with windings wrapped around the core limbs, commonly used in power distribution systems.

Cooling Fan (Optional)

• Helps manage temperature rise in transformer modules, ensuring they operateefficiently under heavy loads.

One-Phase Auto Transformer (Variac)

• Features power and voltage ratings with insulated connections for safe experimental setups.

Step-Down/Step-Up Module

• Allows experimentation with various input and output voltages, commonly used in practical transformer experiments.

AC Voltmeter and Ammeter

• Provides accurate real-time monitoring of voltage and current for detailed performance analysis.

Residual Current Circuit Breaker (RCCB)/Single Phase Power Supply Panel

• Essential for providing safety during experiments with automatic circuit protection