240 mm Welded Type Radiator

Get a Price/Quote

MOQ : 100 Pieces

240 mm Welded Type Radiator Specification

Usage
DISTRIBUTION TRANSFORMERS

Material
CRCA

Central Distance
500-2000 Millimeter (mm)

Working Pressure
2 kgf/cm2

Width
240 Millimeter (mm)

240 mm Welded Type Radiator Trade Information

Minimum Order Quantity
100 Pieces

FOB Port
POR, VADODARA

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Letter of Credit (L/C), Letter of Credit at Sight (Sight L/C), Cheque

Supply Ability
100 Pieces Per Month

Sample Policy
Contact us for information regarding our sample policy

Main Export Market(s)
Middle East, Asia

Main Domestic Market
All India

Certifications
ISO 9001:2015

About 240 mm Welded Type Radiator

240 mm Welded Type Radiator is extensively used in different power supplying works. Precision designed, this radiator makes use of superior grade material and machinery to ensure flawless performance and finishing. 240 mm Welded Type Radiator is highly effective in distribution transformers. The small radiators offered by us require fewer accessories and can directly be welded to the transformer tanks. We have gained huge appreciation from our clients for the quality, corrosion resistance, low maintenance and easy installation of the same.

Precision Engineering for Transformer Cooling

Every 240 mm Welded Type Radiator is meticulously crafted using CRCA steel for enhanced durability and resistance to wear. The welded design and flexible central distance range ensure seamless integration with most distribution transformers, promoting consistent cooling and dependable transformer function in demanding conditions.

Enhancing Efficiency in Electrical Distribution

Our radiator units are engineered to dissipate heat quickly, protecting transformer components from temperature-induced stress. By optimizing cooling within distribution transformers, these radiators contribute significantly to operational efficiency, system longevity, and reduced maintenance frequency in electrical distribution networks.

FAQ's of 240 mm Welded Type Radiator:

Q: How is the 240 mm Welded Type Radiator installed on distribution transformers?

A: The radiator is designed for easy mounting, compatible with distribution transformers having central distances between 500 and 2000 mm. Standardized flanges and welded joints allow for secure installation, ensuring tight connections and effective heat transfer.

Q: What benefits does this radiator offer for transformer operations?

A: This radiator efficiently lowers transformer operating temperatures, extending equipment lifespan and minimizing stress on internal components. Its robust design ensures optimal performance, even under continuous high-pressure conditions, thus reducing the risk of transformer failures.

Q: When should the 240 mm Welded Type Radiator be chosen over bolted alternatives?

A: Opt for the welded type radiator when enhanced structural integrity and leak resistance are required, especially in installations subjected to vibrations or pressure variations. Welded joints provide additional durability compared to bolted models, making them ideal for critical distribution transformer applications.

Q: Where are these radiators manufactured and supplied from?

A: These radiators are manufactured and supplied from our advanced production facilities in India. We cater to a wide range of transformer manufacturers and utilities across India and international markets, providing tailored cooling solutions.

Q: What is the process involved in the manufacturing of this radiator?

A: The radiators are fabricated from CRCA steel through precision cutting, shaping, and welding techniques. After assembly, each unit undergoes stringent quality checks and pressure testing to ensure it meets industry standards for performance and reliability.

Q: How can the usage of this radiator enhance the performance of a distribution transformer?

A: By maintaining ideal temperature levels, the radiator enhances thermal management, leading to improved transformer reliability and reduced operational risks. Consistent cooling results in less maintenance, fewer outages, and greater energy efficiency.

Tell us about your requirement