Air Cooled Heat Exchanger

Air Cooled Heat Exchanger Specification

Number of Pipe
48

Thickness
6 mm

Max. Capacity
2500 kW

Max Pressure
16 bar

Diameter
350 mm

Air Volume
45000 m/h

Condition
New

Structure
Modular

Liquid Flow Rate
200 m/h

Working Presssure
16 bar

Voltage
380 V

Power
15 kW

Weight
3500 kg

Dimensions
4000 x 2100 x 2600 mm

Noise Level
82 dB(A)

Type of Heat Exchanger
Cross Flow Air-Cooled

Tube Bundle Configuration
Serpentine

Fin Material
Aluminum

Fan Type
Axial

Application
Power Plants, Refineries, Chemical Industry

Mounting
Horizontal

Tube Material
Carbon Steel / Stainless Steel

Corrosion Protection
Epoxy Coated

Automation Grade
Automatic

Air Cooled Heat Exchanger Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Day

Delivery Time
7 Days

About Air Cooled Heat Exchanger

The Air Cooled Heat Exchanger is utilized in various plants for using the atmospheric air in order to cool the hydrocarbon, process & utility fluids through direct heat transfer from fluid to be cooled by air circulated through induced/forced draft fan. Well featured with two or more fans, this is convenient to install, easy to use, and can also be maintained with ease due to its ergonomic design and medium weight. The Air Cooled Heat Exchanger comes up with several sizes, types and configurations.

Efficiency and Reliability in Heat Exchange

The modular Air Cooled Heat Exchanger offers a dependable solution to high-capacity industrial cooling needs. With a serpentine tube bundle and aluminum fins, it optimizes heat transfer for continuous operation. Integrated automatic features and epoxy coating ensure consistent performance and reduced maintenance in harsh environments, making it ideal for power generation and process industries.

Advanced Design for Industrial Applications

This cross flow model is engineered for horizontal mounting, with a robust tube configuration and axial fan system to maintain optimal airflow and noise under 82 dB(A). Its design accommodates liquid flow rates up to 200 m/h and air volumes of 45,000 m/h, supporting applications in power plants, chemical processing, and refineries throughout India.

Corrosion Protection and Longevity

Epoxy-coated surfaces provide excellent resistance to corrosion, enhancing the products operational life in aggressive industrial settings. The combination of carbon steel or stainless steel tubes and aluminum fins further ensures durability, making the exchanger a long-term investment for facility managers and process engineers.

FAQs of Air Cooled Heat Exchanger:

Q: How does the air-cooled heat exchanger manage high temperatures and pressure?

A: The heat exchanger operates efficiently across a wide temperature range from -20C to 150C and handles pressures up to 16 bar, thanks to its robust carbon steel or stainless steel tubes and serpentine configuration.

Q: What type of industries commonly use this air-cooled heat exchanger in India?

A: It is widely utilized in power plants, refineries, and chemical industries due to its durability, automatic operation, and capacity to handle large volumes of air (45,000 m/h) and liquids (200 m/h).

Q: When should epoxy-coated air-cooled heat exchangers be considered?

A: Epoxy-coated models are recommended for applications where exposure to corrosive environments is likely, ensuring extended equipment life and reduced maintenance costs.

Q: Where can this heat exchanger be installed and how is it mounted?

A: Suitable for installation in areas requiring horizontal mounting, its structure and dimensions (4000 x 2100 x 2600 mm) are ideal for integration into existing industrial setups.

Q: What benefits does the automatic grade of operation provide?

A: Automatic controls ensure stable performance, reduce manual intervention, and help maintain consistent process conditions, ultimately improving efficiency and reliability.

Q: How does the cross flow configuration enhance heat exchange?

A: The cross flow design maximizes the contact between air and process fluid, allowing for effective cooling and heat transfer, especially with the serpentine tube bundle arrangement.

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