Heavy Duty Shell Tube Evaporator

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Heavy Duty Shell Tube Evaporator Specification

Max Pressure
2.5 MPa

Thickness
12 mm

Max. Capacity
175,000 Kcal/hr

Temperature
Up to 80C

Diameter
650 mm

Condition
New

Structure
Shell and Tube Type

Liquid Flow Rate
12 m/h

Working Presssure
2.5 MPa

Voltage
380 V

Power
30 kW

Weight
800 Kg

Dimensions
2200 mm x 650 mm x 800 mm

Heat Transfer Area
9.6 m²

Application
HVAC, Industrial Chiller, Refrigeration System

Maintenance
Easy cleanable structure

Mounting
Horizontal/Vertical

Refrigerant Type
R22 / R134A / R407C compatible

Connection Type
Flanged

Service Life
>15 years

Tube Material
Copper

Shell Material
Carbon Steel

Insulation Type
PU foam

Corrosion Resistance
Yes

About Heavy Duty Shell Tube Evaporator

Heavy Duty Shell And Tube Evaporator that we are offering is widely appreciated owing to its highly precise design and performance. This tool is most commonly used for industrial applications. Most commonly, it is used to exchange heat for cooling machines and equipment. It is mounted with a sheet shell. Due to its cutting edge design and high build quality, this equipment is sure to last for a long period of time. Clients can approach us to purchase the Heavy Duty Shell And Tube Evaporator at the market leading price.

Advanced Heat Exchange Efficiency

Benefiting from a large 9.6 m heat transfer area and a tube bundle made of top-grade copper, this shell and tube evaporator achieves outstanding cooling performance. Optimized for quick and effective thermal exchange, it boosts overall system efficiency in both industrial and commercial settings.

Durability and Robust Construction

Built to last, the carbon steel shell and PU foam insulation ensure not just strength but also energy efficiency. With a 12 mm shell thickness and exceptional corrosion resistance, this evaporator easily withstands challenging operational environments and offers a service life of over 15 years.

Versatile and User-Friendly Design

Designed with flexibility in mind, this evaporator supports both horizontal and vertical mounting. Its flanged connections and easy-to-clean structure simplify installation and routine maintenance, while compatibility with multiple refrigerants offers wide-ranging application potential.

FAQs of Heavy Duty Shell Tube Evaporator:

Q: How does the heavy duty shell tube evaporator achieve efficient heat transfer?

A: The evaporator uses high-conductivity copper tubes arranged inside a robust carbon steel shell to maximize the 9.6 m heat exchange area. This design, paired with PU foam insulation, ensures minimal energy loss and effective thermal transfer.

Q: What types of refrigerants are compatible with this evaporator?

A: This evaporator is engineered for use with R22, R134A, and R407C refrigerants, making it suitable for a variety of cooling systems in both industrial and commercial applications.

Q: When is this evaporator most beneficial to use?

A: It is ideal when you require reliable, high-efficiency cooling in demanding applications, such as HVAC systems, industrial chillers, or refrigeration setups that demand longevity and corrosion resistance.

Q: Where can this evaporator be installed and mounted?

A: It supports both horizontal and vertical mounting orientations, offering flexibility for installation in diverse locations within plant rooms or equipment areas.

Q: What is the typical process for maintenance, and how easy is it to clean?

A: The evaporator features an easily cleanable structure, allowing for convenient disassembly and access to the tube bundle. Routine cleaning helps sustain performance and extends service life without complex maintenance procedures.

Q: How does the corrosion-resistant design benefit my operation?

A: The corrosion-resistant copper tubes and carbon steel shell prolong operational life, minimize maintenance needs, and ensure consistent performance even in harsh or high-humidity environments.

Q: What are the main advantages of flanged connections in this evaporator?

A: Flanged connections make installation and future servicing straightforward, enabling more secure and leak-proof joints that are easier to disassemble for maintenance or repositioning as needed.

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