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Step Up Transformer

Name: Step Up Transformer
Brand: SAMTECH INSTRUMENTS
Price: 300.0 INR
Availability: InStock

Price 300.0 INR/ Piece

Get a Price/Quote

MOQ : 50 Pieces

Step Up Transformer Specification

Capacity
Up to 1000 kVA

Voltage
Input: 400V/415V, Output: 11kV/33kV

Model No
PHY-135

Power Source
Electric

Temperature Range
-10C to +45C

Measurement Range
As per Rated Capacity

Core Components
Core, Coil, Insulation, Terminals, Oil

Accuracy
1% Voltage Regulation

Automation Grade
Manual

Feature
High Efficiency, Low Loss, Robust Construction

Frequency
50/60 Hz

Equipment Materials
Copper, CRGO Silicon Steel, Insulated Steel Tank

Type
Step Up Transformer

Usage
Industrial/Commercial/Utility Power Distribution

Display Type
Analog

Dimension (L*W*H)
As per capacity specification (typically 1.2m x 1m x 1.5m for 500 kVA)

Weight
Varies by model (Approx. 250-1200 kg)

Impedance
As per IS-2026 Standard, Typically 4-8%

Paint Coating
Corrosion Resistant Epoxy Paint

Dielectric Strength
AC 35kV for 1 Minute

Noise Level
Less than 60 dB

Connection Type
Dyn11/Yyn0 Available

Insulation Class
Class A/B/F depending on requirement

Mounting Type
Base Mounted/Floor Mounted

Phase
Three Phase

Testing Standard
IS-2026/IEC-60076

Protection
Overload, Overvoltage, High Temperature Protection

Overload Capacity
Up to 120% for 2 Hours

Cooling Type
ONAN (Oil Natural Air Natural)

Step Up Transformer Trade Information

Minimum Order Quantity
50 Pieces

Delivery Time
5-7 Days

About Step Up Transformer

Step Up Transformer Model

We are a leading manufacturer, supplier, and exporter of Step Up Transformer Models designed for physics laboratories, science classrooms, engineering institutes, and educational demonstrations. This model helps students understand the working principle of transformers and the concept of voltage transformation through practical learning.

The Step Up Transformer Model demonstrates how a transformer increases the voltage from a lower AC input to a higher AC output. It is an effective teaching aid for explaining electromagnetic induction, transformer action, turns ratio, and electrical energy transfer. The model is mounted on a sturdy base with clearly marked input and output terminals, making it easy to use during classroom demonstrations and laboratory experiments.

This educational apparatus is widely used in schools, colleges, STEM laboratories, and science exhibitions to provide hands-on understanding of transformer technology and electrical principles.

Robust Construction and Longevity

Designed for demanding environments, the transformer features a tank of insulated steel and a corrosion resistant epoxy finish. Its copper windings and CRGO silicon steel core ensure durability and superior performance while minimizing operational losses. This sturdy build guarantees long service life even under intensive industrial and commercial usage.

Reliable Safety and Protection Features

Safety is paramount with high dielectric strength (AC 35kV for 1 minute), and advanced protection against overloads, overvoltage, and overheating. The transformer maintains a low noise level (below 60 dB) and supports up to 120% overload for two hours, ensuring stable performance during peak demands.

Flexible Application and Easy Installation

Available in various capacities and configurations, the transformer fits diverse power distribution requirements. With ONAN cooling, base/floor mounting, and versatile connection types (Dyn11/Yyn0), installation is straightforward. Its measurement range and dimensions are tailored to customer capacity needs, providing effortless integration into different power networks.

FAQ's of Step Up Transformer:

Q: How does the ONAN (Oil Natural Air Natural) cooling system function in the Step Up Transformer?

A: The ONAN cooling system relies on natural convection: the transformer's oil circulates naturally, transferring heat from the core and coil to the tank, which then releases it into the surrounding air. This efficient process ensures the transformer operates within safe temperature limits without requiring external cooling equipment.

Q: What protection mechanisms are included in this transformer for safe operation?

A: This transformer incorporates overload, overvoltage, and high temperature protection systems. These safeguards ensure the equipment remains secure during fluctuations, automatically mitigating risks to prevent component damage and enhancing overall operational reliability.

Q: When should the transformer be tested according to standards, and which ones apply?

A: Testing should be performed during commissioning and as part of routine maintenance. The transformer is tested in compliance with IS-2026 and IEC-60076 standards, which cover electrical, mechanical, and dielectric performance, ensuring safe, reliable operation over its service life.

Q: Where can this step up transformer be installed, and what mounting options are available?

A: The transformer is suitable for installation in industrial, commercial, or utility environments, either outdoors or indoors as appropriate for the application. It supports both base and floor mounting, making it adaptable to different site requirements and space constraints.

Q: What is the process for selecting insulation class and connection type for this transformer?

A: Selection is based on user requirements and the intended application environment. The transformer offers insulation classes A, B, and F options, while connection types Dyn11 or Yyn0 are available to match existing power system configurations, allowing for flexible customization during ordering.

Q: How does using a step up transformer benefit my industrial or commercial facility?

A: By increasing voltage efficiently (e.g., from 415V to 11kV/33kV), the transformer reduces current flow in conductors, minimizing transmission losses and improving power distribution. Its robust safety and reliability features help ensure uninterrupted operations, resulting in lower maintenance and energy costs.

Q: What materials and core components ensure the durability of this transformer?

A: Key materials include copper windings for conductivity, CRGO silicon steel for the core's magnetic efficiency, and an insulated steel tank for mechanical strength. Essential components such as the core, coil, insulation, oil, and terminals are designed for long-lasting, efficient performance in challenging power distribution scenarios.

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