JaiDurga 3 Phase HT Potential Transformer

JaiDurga 3 Phase HT Potential Transformer Specification

Cooling Type
Dry Cooled

Standard
requirement based

Voltage Booster Type
Dry

Frequency (MHz)
50 Hertz (HZ)

Usage
Industrial

Rated Voltage
110 Volt (V)

Cable Type
requirement based

Phase
requirement based

Display Type
requirement based

Features
Easy to use

Conductor
requirement based

Material
requirement based

JaiDurga 3 Phase HT Potential Transformer Trade Information

Minimum Order Quantity
1 Piece

FOB Port
requirement based

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Pieces Per Month

Delivery Time
7 Days

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
no pack

Main Export Market(s)
Asia

Main Domestic Market
All India

About JaiDurga 3 Phase HT Potential Transformer

Material	Epoxy Cast Resin
Accuracy Class	0.2
Phase	3 Phase
Brand	JaiDurga
Country of Origin	Made in India
Availability	In Stock

Jai Durga 3 Phase HT Potential Transformer

Type: 3 Phase HT Potential Transformer
Voltage Level: 11 kV
Transformation Ratio: 0.2S
Output Voltage: 110 V
Applications: Ideal for industrial and commercial use, including power plants and substations.
Functionality: Provides accurate voltage measurements for enhanced safety and operational efficiency.
Durability: Designed to withstand harsh environmental conditions, ensuring long-lasting performance.
Performance: Optimized for reliable operation in high tension electrical systems.

Technical Details

Versatile Three Phase Potential Transformer

JaiDurga's 3 Phase HT Potential Transformer adapts to varied industrial voltage needs. It is engineered with requirement-based display types, standards, and cable types, making it an optimal choice for custom operations. The dry-cooled technology and durable epoxy cast resin construction assure operational safety and reliability, making this transformer suitable for demanding settings.

Reliable Voltage Boosting Technology

This transformer is equipped with a dry voltage booster and operates at 50 Hz, ensuring consistent performance in industrial environments. Its easy-to-use design streamlines day-to-day voltage transformation tasks, allowing seamless integration for distributors, manufacturers, and suppliers working in India's dynamic market.

FAQ's of JaiDurga 3 Phase HT Potential Transformer:

Q: How does the JaiDurga 3 Phase HT Potential Transformer improve safety in industrial applications?

A: The transformer is constructed using epoxy cast resin, which enhances insulation and reduces the risk of electrical faults. Its dry-cooled system further ensures safe operation by minimizing overheating during heavy load conditions.

Q: What process should I follow to select the right configuration for my requirements?

A: You can specify your needs for display type, standard, material, phase, and cable type. JaiDurga provides expert guidance to ensure the transformer matches your application, optimizing both performance and safety in industrial environments.

Q: When is it recommended to use a dry-cooled, three-phase potential transformer in industrial settings?

A: A dry-cooled, three-phase transformer is ideal when you require reliable voltage transformation with minimal maintenance, especially in high-temperature or enclosed industrial spaces where liquid cooling is impractical.

Q: Where can this transformer be installed and utilized effectively?

A: The JaiDurga 3 Phase HT Potential Transformer is suitable for installation in industries across India, serving as a voltage booster for manufacturing plants, distribution centers, supplier facilities, and trading hubs.

Q: What are the main benefits of using this transformer for industrial voltage monitoring?

A: Its key benefits include easy operation, robust construction for durability, customizable specifications, improved safety, and efficient voltage boosting at 110V and 50Hz, which support consistent industrial performance.

Q: How is the transformer maintained for optimal performance?

A: Regular checks for insulation integrity, clean operations due to dry cooling, and routine monitoring of connections ensure the transformer remains efficient and prolong its service life.

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