Shell Tube Condenser

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Shell Tube Condenser Specification

Temperature
Designed for 40 to 100

Number of Pipe
24

Diameter
Tube: 19 mm / Shell: 300 mm

Max Pressure
15 bar

Thickness
6 mm (Shell) / 2.5 mm (Tube)

Max. Capacity
40 TR

Condition
New

Structure
Shell and Tube

Liquid Flow Rate
150 LPH

Working Presssure
Up to 10 bar

Power
Not Applicable (Passive Device)

Weight
Approx. 125 kg

Dimensions
1500 mm (L) x 300 mm (Outer Diameter)

Efficiency
Up to 92%

Cleaning Access
Detachable End Covers

Tube Material
Copper / Stainless Steel

Corrosion Resistance
Yes

Connection Type
Flanged / Threaded

Design Standard
ASME or DIN Standards

Application
Water Cooled System, HVAC, Industrial Cooling

Heat Transfer Area
7 m²

Shell Material
Mild Steel / Carbon Steel with Epoxy Coating

Mounting
Horizontal

About Shell Tube Condenser

The offered Shell And Tube Condenser is a top-notch device that is typically used with air conditioning and refrigerating system. This tool helps in condensation for the refrigerant in chiller and refrigeration plants. The most suitable refrigerants for the condenser are all HFCs and HCFCs. Owing to its precision design and high build quality, we are experiencing a huge demand for the product in the marketplace. Moreover, this cutting-edge Shell And Tube Condenser does not require frequent maintenance and service in order to function uninterruptedly for a long period of time.

Superior Heat Transfer and Corrosion Resistance

With tube material options in copper or stainless steel, and a shell crafted from epoxy-coated mild or carbon steel, the condenser ensures efficient heat transfer and long-term resistance to water and environmental corrosion. Ideal for sustained, reliable operation in industrial and HVAC settings.

Engineered for Versatility and Easy Maintenance

The shell and tube structure, designed to ASME or DIN standards, facilitates secure horizontal mounting and simple cleaning through detachable end covers. The design not only supports various installation needs but also keeps ongoing maintenance straightforward and efficient.

FAQs of Shell Tube Condenser:

Q: How does the Shell Tube Condenser support corrosion resistance in demanding applications?

A: The condenser employs tubes made from either copper or stainless steel, both renowned for their corrosion-resistant properties. Additionally, the shell is coated with epoxy, further safeguarding against rust and degradation even in demanding water-cooled and industrial environments.

Q: What is the cleaning and maintenance process for this condenser?

A: The condenser features detachable end covers, providing easy access to the tube bundle. This design allows for convenient cleaning, inspection, and maintenance, ensuring consistent performance and extending service life without complex disassembly.

Q: When should this Shell Tube Condenser be used over other heat exchangers?

A: This unit is ideal for applications requiring high efficiency (up to 92%) and corrosion resistance, such as water-cooled HVAC systems, industrial cooling, and scenarios involving aggressive or high-temperature fluids. Its robust design also suits projects demanding compliance with ASME or DIN standards.

Q: Where is the Shell Tube Condenser typically installed within a cooling system?

A: The condenser is installed horizontally, typically positioned downstream of compressors in chilled water or HVAC circuits, or integrated into industrial process cooling loops. Its compact size and flanged/threaded connections simplify integration into both new and retrofit projects.

Q: What are the main usage benefits of this condenser for industrial and HVAC applications?

A: Key benefits include high heat transfer performance, robust resistance to corrosion, straightforward maintenance due to detachable covers, and a design that supports a wide temperature (40C100C) and pressure (up to 1015 bar) range. This maximizes operational efficiency while minimizing downtime.

Q: How does the condenser meet international safety and performance standards?

A: Manufactured to adhere to stringent ASME or DIN standards, each unit is rigorously tested for structural integrity, pressure resistance, and performance consistency, ensuring global compliance and reliability in diverse operational environments.

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