Features of Transformer Training Kit :

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:

• Each 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 1420mm X300mm X300mm box. All necessary terminations must be made using Isolation-type Banana terminals, while the front panel should be screen printed with essential information.

The console is equipped with an RCCB for sudden hazard protection, 2 sets of AC sockets and switches, an emergency push stop button, three-phase variable and fixed outputs, and an optional DC power supply for transformer training purposes. Additionally, it includes a 3-Phase industrial socket for external use and Input indicators are provided in the colours RYB.

INDUCTIVE LOAD MODULE :

The module has made with MS sheet metal with powder coated. The measuring 220X330, with a front plate thickness of 4mm to fit securely within the modular aluminum profile. The transformer will be housed inside the enclosure, and all connections are made at the front side of the panel using insulated banana terminals for safe access to the transformer during experiments.

•   Inductance Range: 0 to 3 H.
•  Current Rating: The maximum current the inductor can handle without overheating or saturating.
•  Voltage Rating: The maximum voltage that can be applied across the inductor without causing insulation breakdown or other issues.
•  Power Rating: The maximum power the inductor can dissipate without damage.
•  Frequency Range: 50-60Hz

CAPACITIVE LOAD MODULE :

The module has made with MS sheet metal with powder coated. The measuring 220X330, with a front plate thickness of 4mm to fit securely within the modular aluminum profile. The transformer will be housed inside the enclosure, and all connections are made at the front side of the panel using insulated banana terminals for safe access to the transformer during experiments..

        • Capacitance Range : Range of capacitance values available, e.g., 1µF to 100µF, 10µF to 1000µF, etc.

• Voltage Rating : Maximum voltage that can be applied across the capacitor, 440v
• Current Rating : Maximum current the capacitor can handle,
• Power Rating : Maximum power dissipation in watts (W), though typically capacitors are rated more for voltage and current.

Isolation type Banana terminal and sockets with connecting patch chords of suitable sizes. Front Panel will be screen printed with circuit and necessary info on PC material.

3 PHASE TRANSFORMER MODULE

The module has made with MS sheet metal with powder coated. The measuring 220*330, with a front plate thickness of 4mm to fit securely within the modular aluminum profile. The transformer will be housed inside the enclosure, and all connections are made at the front side of the panel using insulated banana terminals for safe access to the transformer during experiments.

• Power Rating: The apparent power rating in kilovolt-amperes 1KVA
• Voltage Rating: Primary and Secondary voltage levels
• Frequency : The operating frequency, typically 50Hz or 60Hz.
• Phase Configuration : Primary and Secondary winding configurations, such as Delta , Star e.g, Delta-Star , Star -Delta etc.
• Impedance:  The percentage impedance of the transformer, which affects voltage regulation and fault currents.