Step Up Transformer

Step Up Transformer Specification

Capacity
160 kVA

Rated Voltage
11 kV / 0.4 kV

High Voltage
11000 V

Operating Temperature
-20C to +55C

Standard
IS 2026, IEC 60076

Dimension (L*W*H)
1300 mm x 780 mm x 1200 mm

Coil Material
High conductivity copper

Low Voltage
400 V

Cooling Type
ONAN (Oil Natural Air Natural)

Load Loss
1.2 kW

Voltage Booster Type
Automatic

Product Type
Step Up Transformer

Material
Copper windings, silicon steel core

Output
High voltage output

Frequency (MHz)
50-60 Hz

Efficiency
98%

Phase
Three Phase

Usage
Industrial, commercial, electrical power distribution

Coil Structure
Double winding

Coil Number
2

Power Scope
High voltage power transmission

Weight
Approx. 850 kg

Cooling Oil Quantity
220 litres

Mounting Type
Floor Mounted

Enclosure
Outdoor weatherproof

Ambient Temperature Range
-20°C to +50°C

No Load Loss
0.7 kW

Protection
Overload and short circuit protection

Insulation Level
Class A

Noise Level
<60 dB

Paint Finish
Powder coated, anti-corrosive

Impedance Voltage
4.0%

Tap Changer
Off-circuit Tap Changer

Terminal Type
Copper stud terminals

Transformer Oil Type
Mineral oil, BIS approved

Step Up Transformer Trade Information

Minimum Order Quantity
5 Units

Delivery Time
4 Week

Main Domestic Market
Delhi

About Step Up Transformer

We are one of the big names that deal in the manufacturing and supplying of heavy duty industrial grade Step Up Transformer which is designed to increase the voltage level as per the machines requirement. It is designed as per the electrical engineering standards that result in high durability and excellent working efficiency. This voltage controller machine is provided with an easy to use control panel that makes it easier to for the operator to set voltage levels. Buy from us Step Up Transformer at a reasonable and low price range.

Features :-

Usage: Power
Phase: Single
Coil Structure: Toroidal
output voltage:220V
input voltage:115V

Durable and Efficient Transformation

This transformer is built using high-conductivity copper windings and a silicon steel core, delivering stable high voltage output. Its double winding and advanced cooling system bolster reliable operation in challenging ambient conditions, while its BIS approval and adherence to IS 2026 and IEC 60076 standards guarantee performance and safety.

Easy Installation and Maintenance

The compact, outdoor weatherproof enclosure, powder-coated anti-corrosive paint, and user-friendly copper stud terminals simplify installation and routine maintenance. The off-circuit tap changer allows manual adjustments when needed, supporting flexible power management for demanding industrial and commercial needs.

FAQs of Step Up Transformer:

Q: How is the step up transformer installed and where can it be located?

A: This transformer is floor mounted and comes housed in a weatherproof, powder-coated enclosure, making it suitable for outdoor installation in industrial, commercial, and electrical power distribution areas.

Q: What are the main benefits of using a BIS-approved transformer with automatic voltage boosting?

A: BIS approval ensures the transformer meets stringent safety and performance standards. The automatic voltage booster feature stabilizes voltage fluctuations, protecting connected equipment and improving efficiency and operational reliability.

Q: How does the transformer maintain safety during high-demand operations?

A: Equipped with overload and short circuit protection, the transformer safely handles abrupt power surges. The double winding and robust copper conductor design further ensure reliable performance under heavy loads.

Q: When is the off-circuit tap changer used and what is its function?

A: The off-circuit tap changer is manually operated when the transformer is de-energized. It allows voltage adjustment to accommodate changes in input supply, ensuring consistent output for varying operational needs.

Q: What maintenance process is recommended for the mineral oil cooling system?

A: Regular inspection of the mineral oil (220 litres) is recommended to check for contamination, moisture, or oxidation. Periodic oil filtration and testing will preserve insulation quality and cooling efficiency.

Q: Why is high conductivity copper preferred in the transformer windings?

A: High conductivity copper provides superior electrical performance, minimizing resistance and loss while enhancing efficiency and longevity. This results in improved reliability and reduced operational costs over time.

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