Shell Tube Evaporator

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Shell Tube Evaporator Specification

Temperature
-5C to +40C

Diameter
350 mm

Thickness
8 mm

Max. Capacity
15 TR

Number of Pipe
96

Max Pressure
3.2 MPa

Condition
New

Structure
Horizontal Shell and Tube

Liquid Flow Rate
12 m/h

Working Presssure
2.5 MPa

Voltage
380 V

Power
5 HP

Weight
385 kg

Dimensions
2100 x 850 x 1000 mm

Tube Material
Copper

Mounting Type
Floor Mounted

Corrosion Resistance
Yes

Application
Industrial Chiller, HVAC, Refrigeration

Tube Diameter
16 mm

Heat Exchanger Type
Shell and Tube

Insulation
Polyurethane Foam

Refrigerant
R22/R134A/R407C/R410A Compatible

Material
SS304 Stainless Steel

About Shell Tube Evaporator

Our company is offering the best in line Shell And Tube Evaporator that is basically a type of heat exchanger. This is used in assembling cooling equipment and chillers. The tube evaporator is usually protected in a shell. It is easy to equip the device into the cooling machines. Owing to its top-notch quality and resilience, the provided evaporator does not degrade or become inferior for the years. Moreover, we hold the capability to supply Shell And Tube Evaporator in various sizes and capacities as per the requirements of our clients.

Engineered for Industrial Efficiency

This horizontal shell and tube evaporator optimizes heat transfer for industrial chiller and HVAC systems, enhancing energy efficiency and performance. Its robust build with SS304 stainless steel and 8 mm wall thickness ensures reliable operation even under high pressure and tough conditions.

Versatile Refrigerant Compatibility

Compatible with a range of refrigerants, including R22, R134A, R407C, and R410A, this unit offers flexibility for different cooling requirements. Its copper tubes promote rapid heat exchange while resisting corrosion, making it suitable for various environments.

Built for Durability and Ease of Installation

Floor mounting and polyurethane foam insulation simplify setup and maintenance, ensuring stable performance. With a compact yet sturdy structure (2100 x 850 x 1000 mm, 385 kg), the evaporator is easy to integrate into existing cooling systems in industrial facilities.

FAQs of Shell Tube Evaporator:

Q: How does the Shell and Tube Evaporator improve industrial cooling efficiency?

A: The evaporators design utilizes copper tubes within an SS304 stainless steel shell, maximizing surface area for heat transfer. This setup enhances cooling efficiency, providing rapid and uniform temperature control for industrial chiller, HVAC, and refrigeration systems.

Q: What materials are used in the construction of this evaporator, and why?

A: The shell is made of SS304 stainless steel for corrosion resistance and longevity, while the tubes are copper for superior thermal conductivity and fast heat exchange. This combination ensures efficient, long-lasting performance in demanding industrial settings.

Q: When should you choose this particular Shell and Tube Evaporator?

A: This evaporator is best suited for industrial or commercial applications requiring reliable and efficient heat exchange, especially where compatibility with multiple refrigerants (R22, R134A, R407C, R410A) and high corrosion resistance are essential requirements.

Q: Where can this heat exchanger be installed for optimal results?

A: Designed as a floor-mounted unit, it is ideal for installation in mechanical rooms or dedicated chiller plants within industrial facilities. Its robust construction allows it to operate effectively in environments with varying temperatures and pressures.

Q: What is the process for integrating this evaporator into an HVAC or refrigeration system?

A: Installation involves positioning the unit on the floor, connecting the refrigerant lines, compressor, and cooling system piping, then applying appropriate electrical and control connections. The polyurethane insulation maintains system efficiency during operation.

Q: What are the benefits of using polyurethane foam insulation in this product?

A: Polyurethane foam provides high thermal insulation, reducing energy loss and preventing condensation on the shell. This enhances operational efficiency and minimizes maintenance issues related to moisture or thermal bridging.

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