Air Cooled Heat Exchangers

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Air Cooled Heat Exchangers Specification

Diameter
85 mm

Max Pressure
16 bar

Max. Capacity
250 TR

Temperature
Up to 150C

Air Volume
15000 m/h

Thickness
8 mm

Condition
New

Structure
Horizontal

Liquid Flow Rate
65 m/h

Working Presssure
10 bar

Voltage
415 V

Power
15 kW

Weight
4800 kg

Dimensions
4800 mm x 2100 mm x 2200 mm

Fan Type
Axial

Surface Finish
Powder Coated

Number of Pipe
180

Fin Material
Aluminum

Corrosion Resistance
High

Noise Level
< 65 dB

Inlet / Outlet Connection
Flanged

Control Type
Automatic / Manual

Mounting Type
Base Mounted

Tube Material
Copper / Stainless Steel

Core Type
Finned Tube Bundle

Heat Exchanger Type
Forced Draft

Application
Petrochemical, Power Plant, Oil Refinery

Maintenance
Low

About Air Cooled Heat Exchangers

We are presenting a vast variety of Air Cooled Heat Exchangers. These are suitable for use of heat transfers of fluids. These exchangers well developed with a deluxe quality of materials to increase its strength. These are used in refineries, petro-chemical plants, power plants and many other facilities. Air Cooled Heat Exchangers are coated with a hardened material which doesnt oxidized or rust quickly. These main function is to transfer heat from fluid to ambient atmosphere.

Specifications

Primary Exchanger Material	Copper
Frequency	50 Hz
Voltage	380 V
Application	Hydraulic and Industrial Process
Medium Used	Water
Flow Rate	500 m3/hr
Country of Origin	Made in India
Brand	Mark

Innovative Forced Draft Technology

Our air cooled heat exchangers utilize a forced draft design, incorporating axial fans and finned tube bundles to maximize heat transfer efficiency. This setup ensures optimal cooling for high-temperature processes in petrochemical, oil refinery, and power plant environments, delivering performance with both reliability and energy efficiency.

Superior Materials for Longevity

Manufactured with copper or stainless steel tubes and aluminum fins, these heat exchangers exhibit exceptional corrosion resistance and durability. The robust powder-coated finish further shields components, supporting a longer operational life even in aggressive industrial settings.

Low Maintenance and Simple Operation

Designed for hassle-free maintenance and straightforward operation, these heat exchangers feature flanged inlet and outlet connections and automated or manual control. The base-mounted, horizontal structure aids in easy installation and servicing, minimizing operational downtime.

FAQ's of Air Cooled Heat Exchangers:

Q: How does the forced draft system enhance the performance of your air cooled heat exchangers?

A: The forced draft system uses powerful axial fans to direct air efficiently over the finned tube bundle, significantly increasing heat transfer rates. This setup is especially effective in maintaining stable operation and optimum cooling even in high-temperature industrial processes.

Q: What advantages do copper or stainless steel tubes bring to these heat exchangers?

A: Copper and stainless steel tubes offer excellent thermal conductivity and superior resistance to corrosion. This enhances the durability and reliability of the heat exchanger, making it ideal for harsh conditions commonly found in petrochemical, power plant, and oil refinery applications.

Q: When should these heat exchangers be selected for industrial applications?

A: These exchangers are ideal when high thermal efficiency, low operating noise (<65 dB), and robust corrosion resistance are required, especially in continuous process industries like power generation, petrochemicals, and oil refineries.

Q: Where can these air cooled heat exchangers be installed?

A: Designed for base mounting, these units are suitable for installation in a range of industrial environments across India, such as refineries, power plants, and chemical processing facilities. The horizontal structure allows easy placement and integration with existing systems.

Q: What is the maintenance process for these heat exchangers?

A: Maintenance is streamlined thanks to the robust construction and accessible design. Periodic inspection, cleaning of fins and monitoring fan operation are usually sufficient, keeping the unit running efficiently with minimal downtime.

Q: How does the automatic/manual control benefit operational flexibility?

A: Automatic or manual control options allow users to tailor the system's operation to process demands. Automatic controls enable precise temperature regulation, while manual settings offer greater flexibility during maintenance or in unique process scenarios.

Q: What are the key benefits of choosing this air cooled heat exchanger for my facility?

A: You gain high thermal efficiency, reliable operation under varied temperatures and pressures, low noise, minimal maintenance, and excellent corrosion resistance. The robust design ensures long service life and cost-effective performance in critical industrial settings.

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