Inverter Duty Transformer

Price 850000.00 INR/ Number

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MOQ : 1 Number

Inverter Duty Transformer Specification

Voltage Booster Type
Insulation Oil

Power Rating
200 KW

Output
415 V

Frequency (MHz)
50 Hertz (HZ)

Phase
Three Phase

Usage
Industrial, Furnace Duty

Coil Structure
Copper

Coil Number
Autotransformer

Usage & Applications
Industrial, Furnace Duty

Display Type
No

Material
Copper or Aluminum

Inverter Duty Transformer Trade Information

Minimum Order Quantity
1 Number

Main Domestic Market
All India

About Inverter Duty Transformer

Product Specification

Type	Inverter Transformer
Cooling Type	Oil Cooled
Voltage Ratio	up to 33kV
Mounting Type	Pad mount
AMC Available	Yes
Onsite Support Available	Yes
Country of Origin	Made in India
Minimum Order Quantity	1

Product Description

We are Manufacturer and supplier of wide range of Inverter Duty Solar Transformer. Our transformers are manufactured using high grade raw materials, From 500 KVA to 10000 KVA three phase Inverter Duty Solar transformers at different voltage and frequency levels according to the standards prevailing in the various countries.

Features:

Easy to Install
Uninterrupted performance
Robust Construction
Noiseless
Energy Saving

Specification:

Prinary Voltage: 0.400-800V
Secondary Voltage : upto 33KV
Winding type: Single or Double
Impedance : As per customer requirement
Range: 500 KVA to 10000 kVA 3 Phase

Additional Information

Production Capacity	200000kVA /Month
Packaging Details	Shrink Wrap / Wooden Pallet / As per client need

Reliable Performance for Industrial and Furnace Operations

Engineered specifically for heavy industrial and furnace duty cycles, this Inverter Duty Transformer offers excellent resilience and durability. Its three-phase configuration and autotransformer coil design ensure smooth voltage regulation, making it suitable for sustained high-power operations in harsh environments.

Copper or Aluminum Windings for Efficiency and Cost-Effectiveness

Select between copper or aluminum windings to meet your budget and efficiency requirements. Both materials are chosen for their excellent conductivity and heat management, optimizing energy transfer and ensuring long transformer life even under frequent load fluctuations.

FAQs of Inverter Duty Transformer:

Q: How is an Inverter Duty Transformer utilized in industrial and furnace duty applications?

A: Inverter Duty Transformers are installed in industrial setups and furnace plants to provide stable three-phase voltage output. They are connected to power inverters and machinery to regulate voltage at 415 V, supporting efficient and reliable operation of heavy equipment.

Q: What are the main benefits of using copper or aluminum windings in this transformer?

A: Copper windings provide superior conductivity and reliability, reducing energy losses, while aluminum windings offer a more cost-effective option with lightweight construction. Both ensure long-lasting performance in demanding applications.

Q: When should I consider using an Inverter Duty Transformer with insulation oil?

A: Insulation oil boosts voltage and enhances dielectric strength, making it essential for operations involving high temperatures or prolonged electrical load, such as furnace or intensive industrial environments. It improves transformer safety and lifespan.

Q: Where are these transformers manufactured and supplied?

A: These inverter duty transformers are manufactured, supplied, and serviced by reputed companies and wholesalers throughout India, ensuring accessibility and support for a wide range of industrial sectors.

Q: What is the process for installing a three-phase, inverter duty transformer in an industrial setup?

A: Installation involves mounting the transformer securely, connecting the input outputs to the power distribution system, ensuring proper insulation oil filling, and verifying all electrical connections comply with safety standards. Professional technicians should handle setup for optimal performance.

Q: How does the autotransformer coil design influence transformer efficiency?

A: The autotransformer coil design uses a single continuous winding, which provides efficient voltage transformation and reduces material usage, resulting in compact size, cost savings, and reliable operation for three-phase power systems.

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