MODEL TRANSFORMERS

Name: MODEL TRANSFORMERS
Brand: ESEL INTERNATIONAL
Price: 290 INR
Availability: InStock

Price 290 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

MODEL TRANSFORMERS Specification

Material
WOODEN BASE ON BAKELITE PANNEL

Color
BLUE

Automation Grade
Manual

Model No
MT-2024

Power Source
AC Mains

Core Components
Copper wire, Laminated iron core

Frequency
50 Hz

Feature
Step Up & Step Down transformer demonstration

Measurement Range
Current and voltage as per connections

Accuracy
Standard for demonstration

Voltage
6V/12V Output (various per connection)

Capacity
2.5 Ampere

Equipment Materials
Wooden Base on Bakelite Panel

Type
Educational/Demonstration Transformer

Usage
Laboratory/Teaching Model

Dimension (L*W*H)
20x15x12 cm

Weight
Approx. 1.5 kg

Application
Physics/Electrical experiment

Safety
Fused protection for overload

Mounting
Bench-top

Input Voltage
230V AC

Windings
Primary and secondary Copper

Terminals
Brass binding posts

Insulation
PVC insulation for coils

Phase
Single Phase

MODEL TRANSFORMERS Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

MODEL TRANSFORMERS About

Discover the sizzling MODEL TRANSFORMERS, highly recommended for educational and laboratory settings. These customizable transformers, Model No: MT-2024, boast top-notch build with an uncommon combination of a wooden base on a bakelite panel and commanding blue color. Featuring PVC insulated copper windings, brass binding posts, and fused overload protection, this single-phase model efficiently demonstrates step-up and step-down principles. Perfect for physics and electrical experiments, it has a standard accuracy, offers outputs of 6V/12V as per the connection, and comes in a compact, bench-top design-ideal for any academic institution. Made in India.

MODEL TRANSFORMERS: Versatile Applications in Education

MODEL TRANSFORMERS are specifically crafted for physics and electrical experimentation, making them ideal for general laboratory use and educational demonstrations. Their primary competitive advantages include robust fused protection, customizable voltage outputs, and a commanding, durable build. To operate, simply connect input voltage and adjust terminals for desired output. This allows clear demonstration of step-up and step-down processes, making the transformer indispensable for both students and instructors across diverse academic settings.

MODEL TRANSFORMERS: Outlay, Valuation, and Delivery Details

Our MODEL TRANSFORMERS offer exceptional value with a balanced outlay for their features. Clients can request a valuation tailored to their institutional needs. Standard delivery is swift, ensuring the equipment reaches you in optimal condition. Samples are available upon request, allowing you to evaluate the build quality before committing to a larger order. Count on us for prompt and reliable service, whether you are an exporter, manufacturer, or supplier based in India.

FAQ's of MODEL TRANSFORMERS:

Q: How do I use the MODEL TRANSFORMERS for educational demonstrations?

A: To operate the MODEL TRANSFORMERS, connect the 230V AC single-phase input and select the output voltage (6V or 12V) by adjusting the connections. You can demonstrate step-up or step-down functions effectively by varying the circuit configurations.

Q: What are the safety features included in this transformer for lab use?

A: The MODEL TRANSFORMERS include fused protection designed to safeguard the device against overloads, ensuring safe operation during experimental and demonstration activities.

Q: When should I choose this model over other educational transformers?

A: Choose MODEL TRANSFORMERS when you require a reliable, top-notch device with customizable features, high accuracy, and robust safety, tailored for physics and electrical laboratory experiments.

Q: Where is this transformer typically installed or placed during usage?

A: This transformer features a bench-top mounting design, making it ideal for classroom tables or laboratory workbenches during experiments and demonstrations.

Q: What process is involved in switching between voltage outputs?

A: Switching between 6V and 12V outputs involves adjusting the brass binding post terminals according to the desired demonstration, following the clear manual provided.

Q: What are the direct benefits of using this transformer in a teaching environment?

A: The direct benefits include clear demonstration of electrical concepts, reliable performance, enhanced safety features, and user-friendly manual operation, which together create a hands-on learning experience for students.

Tell us about your requirement