High Power Transformer

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High Power Transformer Specification

Capacity
High

Dimension (L*W*H)
Approx. 3m x 2m x 2.5m

Voltage Booster Type
Automatic Voltage Booster Compatible

Low Voltage
Up to 440V

Load Loss
Low

Cooling Type
Oil-cooled

Coil Material
Copper

Operating Temperature
-20C to 55C

Rated Voltage
33kV / 440V

High Voltage
Up to 33kV

Product Type
High Power Transformer

Material
Steel with Copper coil

Output
High Power Continuous

Frequency (MHz)
50-60

Phase
Three-phase

Usage
Step-down transformer for industrial power distribution

Coil Structure
Layer-wound

Coil Number
Multiple

Power Scope
Industrial applications

Weight
Approx. 5000 kg

High Power Transformer Trade Information

Main Domestic Market
Uttar Pradesh

About High Power Transformer

In order to cater the needs of consumers, we are offering a best quality of High Power Transformer. It is well engineered with the help of advance machinery and sophisticated tools. This transformer is broadly utilized in the transmission networks of higher voltages. It is also helpful to isolate unit from high-power circuits. High Power Transformer is transfer electrical energy in any part of the electrical. It has a robust strength of construction to withstand on ambient temperature situation.

Specification

Country of Origin	Made in India
Usage/Application	Industrial
Cooling Type	Dry Type/Air Cooled
Input Voltage	11KV/33KV
Output Voltage	415V and 433V
Color	MultiColours
Brand	Voltamp
Material	Copper
Phase	Three Phase
Power	63 Kva to 10,000 Kva

Unmatched Reliability for Industrial Power

Built to endure rigorous industrial environments, this high power transformer guarantees consistent voltage transformation for critical facilities. Its copper-wound coils and oil-cooling design minimize energy loss while extending operational life. With automatic voltage booster compatibility, it offers stable output even during fluctuating grid conditions, ensuring reliable operation for manufacturing, processing, and large-scale utility applications.

Wide-Ranging Operating Conditions

Designed to withstand temperature extremes between -20C and 55C, this transformer operates efficiently in various climates across India. The robust steel enclosure protects internal components, while the low-loss layer wound coils deliver superb energy efficiency. Suitable for both new installations and replacements, it meets the stringent demands of evolving industrial power infrastructure.

FAQ's of High Power Transformer:

Q: How is this high power transformer installed and commissioned for industrial use?

A: Installation involves positioning the transformer on a secure, level platform with adequate ventilation. Qualified technicians connect the primary and secondary terminals per the wiring diagram, check oil levels in the cooling system, and perform thorough electrical testing before switching to active service.

Q: What are the primary benefits of the copper-wound, layer-wound coil structure?

A: Copper-wound, layer-wound coils offer superior electrical conductivity and heat dissipation, leading to lower energy losses, enhanced efficiency, and extended transformer lifespan, particularly under continuous, high-load industrial operation.

Q: When should I schedule maintenance for an oil-cooled, high power transformer?

A: Routine maintenance should be performed every 6 to 12 months, focusing on oil quality checks, leak inspections, terminal tightening, and cooling system servicing to prevent unplanned downtime.

Q: Where is this transformer most effectively used?

A: This transformer is ideally suited for industrial power distribution in factories, manufacturing facilities, and other high-demand environments where stepping down from up to 33kV is required safely and efficiently.

Q: What process ensures safe and efficient operation in varying temperature ranges?

A: The transformer's oil-cooled system, robust steel housing, and quality copper coils mitigate thermal stress, ensuring stable performance from -20C to 55C.

Q: How does the automatic voltage booster compatibility benefit power distribution?

A: Automatic voltage booster compatibility enables the transformer to compensate for input fluctuations, maintaining a steady and reliable output voltage that protects connected machinery from performance issues.

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