160 KVA Three Phase Distribution Transformer

Name: 160 KVA Three Phase Distribution Transformer
Brand: H.D. TRANSFORMERS
Price: 550000 INR
Availability: InStock

Price 550000 INR/ Piece

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MOQ : 1 Piece

160 KVA Three Phase Distribution Transformer Specification

Coil Material
Copper or Aluminium

Cooling Type
ONAN (Oil Natural Air Natural)

Load Loss
Optimized for distribution purposes

Product Type
Other

Material
Steel tank with insulated windings

Output
Electrical power distribution

Phase
Three Phase

Usage
Used in distribution networks to step-down voltage

Coil Structure
Other

Coil Number
Multiple

Power Scope
Medium-sized distribution system

160 KVA Three Phase Distribution Transformer About

Experience first-string efficiency with our 160 KVA Three Phase Distribution Transformer, available at an unbeatable price in India. This ace transformer, featured by top manufacturers and suppliers, is crafted with valuable materials such as steel tanks and multiple insulated windings, with coil options in copper, aluminium, or specialty alloys. Designed for medium-sized distribution systems, it ensures optimized load loss, enduring performance, and reliable power output. Bargain hunters and industry experts alike favor this model for stepping down voltage in distribution networks while benefiting from ONAN cooling for durability.

Application Scope for Reliable Power Distribution

The 160 KVA Three Phase Distribution Transformer is widely utilized in electrical substations, industrial zones, and large commercial facilities. Its robust design is suitable for outdoor installations and secure indoor environments, ensuring adaptability on concrete pads or steel frames. Ideal for distribution networks, it steps down voltage efficiently, powering medium-scale operations across cities and rural sectors. This transformer is the backbone at sites requiring sustained electrical supply and consistent performance.

Sample Policy & Markets: Transparent Deals and Global Reach

Our sample policy prioritizes fair valuation and competitive outlay, with quotations tailored to customer needs. We actively serve main export markets across Asia and Africa, catering to diverse utility requirements. Domestically, our transformers are featured in Indias key industrial and commercial hubs, guaranteeing high standards. Each transaction is facilitated with straightforward pricing, ensuring transparency from quotation to delivery, reflecting our commitment to superior service and dependable distribution solutions.

FAQs of 160 KVA Three Phase Distribution Transformer:

Q: How is the 160 KVA Three Phase Distribution Transformer commonly used?

A: The transformer is primarily used in electrical distribution networks to step-down voltage for reliable power supply in medium-sized facilities, including factories, commercial complexes, and infrastructure projects.

Q: What coil materials are available for this transformer model?

A: Customers can select from copper, aluminium, or other specialized coil materials, depending on their requirements for conductivity, durability, and cost-effectiveness.

Q: Where can the transformer be installed?

A: This unit is suitable for installation on both outdoor sites and secured indoor environments, such as substations, industrial parks, and large buildings, placed on concrete bases or steel frames.

Q: What is the process for acquiring a sample and receiving a quotation?

A: Interested buyers may request a product sample by contacting our sales team. Quotation and valuation are provided based on the clients specifications, outlay preference, and application scope.

Q: What benefit does ONAN cooling provide to this transformer?

A: ONAN (Oil Natural Air Natural) cooling ensures efficient thermal management, resulting in longer transformer life, improved safety, and stable performance during continuous operation.

Q: When should the transformer be used in distribution systems?

A: The 160 KVA transformer is best suited for medium-sized distribution systems where dependable voltage regulation and optimized load loss are essential for operational continuity.

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