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Modular framing system offers unlimited options on a pre-designed air handling platform. These cost-effective air handling units provide superior air quality with the highest levels of comfort, while offering the same features and options found in fully dedicated air handling units. You can read our article below to get more information about the advantages of Modular Power Plants such as Lightness, Solidity and Durability, Ease of Design and Assembly, Ease of Service and Replacement.


To calculate the profile lengths required for a WxDxH module, you need to reduce the CH value of 2 plastic corners from each length. 


L=600-2xCH for a cell with height

A=Y-2xMH for intermediate Omega connection













Modular Air Handling Unit Cabin Carcass Advantages and Technical Details

Today, modular air handling units have an important place in terms of flexibility and efficiency. These air handling units attract attention thanks to the use of cabin equipment such as aluminum modules, modular air handling units, plastic corners and aluminum profiles.


Aluminum modules are one of the main components used in modular air handling units. With its light and durable structure, aluminum facilitates the installation and transportation of air handling units. Modular design offers customizable structures to suit different needs. In this way, systems can be designed according to the desired capacity and functions and can be expanded or modified when necessary.

Aluminum module Carcass (Frame) Selection

Aluminum module is a structural component used especially for modular air handling units and various industrial applications. The lightness, durability and flexible processability of aluminum are the main reasons why such modules are popular. It is manufactured using a special aluminum profile or optional anodized aluminum profile carcass. 30 profile and plastic corner types are used for small capacity devices less than 1,000 m³/h, and 40 profile and plastic corner types are used for devices with a capacity of up to 1,000 - 15,000 m³/h. Standard type profile-corner systems, single frames and radius type profile-corners are generally preferred for assembling frames in modular power plants with multiple cells. For devices larger than 15,000 m³/h, 50 mm carcass and plastic corners are used, or for devices with a higher weight, aluminum cast corner pieces are used. There are profile-corner systems according to panel thickness preferences of 20 mm, 25 (1"), 50 (2") or 60 mm depending on the internal and external thermal insulation of the power plant. Carcasses consist of aluminum profiles with a minimum wall thickness of 2 mm.


Structural Features and Advantages:


Aluminum has high durability but is very light. This feature facilitates both assembly and transportation and reduces structural load.


Aluminum, which has high resistance to corrosion, provides long-lasting use. It is resistant to wear and tear caused by weather conditions, especially in outdoor applications.


Use in Modular Systems

Aluminum modules can be customized according to the needs of modular air handling units. This makes it possible to adapt quickly and flexibly to different size and capacity requirements.


Ease of Assembly

Due to its light and flexible structure, aluminum modules can be easily assembled and disassembled. This is especially advantageous in cases of temporary or variable needs where modular structures are frequently preferred.



Aluminum stands out as an environmentally friendly option because it is a recyclable material. This provides a solution in line with green building and sustainable design concepts.


Modular Air Handling Units

Modular air handling units are innovative air conditioning solutions that have gained importance in recent years in terms of flexibility and adaptability. These systems usually consist of more than one module and stand out with their customizable structures according to different needs.


Technological Developments

Smart Control Systems: Modular air handling units increase energy efficiency and offer user-friendly interfaces thanks to advanced sensors and automation systems. These systems optimize operating conditions, reducing energy consumption and improving overall performance.


Modular Structure and Flexibility

Modular air handling units offer suitable solutions for buildings of different sizes and capacities. Modules can be added or removed as per requirement, making it easy to expand or shrink the system.


Easy Installation and Maintenance

Modular structure simplifies assembly and maintenance. The ability to service modules independently makes maintenance and repair processes more efficient.


Sustainable Materials

Most modular air handling units are made from recyclable or sustainable materials. This is important for environmental sustainability.


Modular air handling units are used in various areas such as commercial buildings, offices, hotels, hospitals and industrial facilities. Its flexible structure allows it to adapt to different volume and usage requirements.

Modular air handling units offer flexible, efficient and environmentally friendly solutions for today's and future air conditioning needs. With technological developments, these systems are becoming smarter, more user-friendly and more sustainable.


Advantages of Using Plastic Corners

Plastic corners are another commonly used component in modular air handling unit cabinets. While plastic material facilitates the assembly process with its lightness and flexibility, it also resists corrosion. These features ensure the longer lifespan of the cabinets and reduce maintenance costs.


High Durability and Lightness

Plastic corners have superior properties in terms of weight and durability balance. While their light weight makes assembly and transportation easy, their high impact and corrosion resistance ensure long-lasting use.


Flexibility and Adaptability

Plastic corners can be produced in different sizes and shapes. This flexibility provides solutions to suit a variety of design needs and allows modular systems to be easily customized.


Corrosion Resistance

Plastic material is especially advantageous in humid and corrosion-risk environments. Its stainless construction ensures long-term performance and durability.


Plastic corners and aluminum profiles are important structural components widely used in modular air handling units and similar industrial applications. Both materials have properties favored in modern engineering and design.


The Role of Aluminum Profile

Aluminum profiles are used to ensure the structural integrity of modular air handling unit cabinets. These profiles offer both durability and easy assembly advantages with their robust and lightweight structure. In addition, the aluminum profile's contribution to heat and sound insulation enables power plants to operate more efficiently.


Aluminum Profiles

High Mechanical Strength: Aluminum profiles have high mechanical strength despite their light weight. This is important for structural integrity and safety.


Easy Processability and Assembly

Aluminum is a material that can be easily shaped and processed. These features simplify assembly processes and enable rapid installation of modular systems.


Aesthetic Look

Aluminum profiles offer a modern and aesthetic appearance. This makes it especially preferred in applications requiring visible mounting.


The use of both materials increases the efficiency, durability and aesthetics of modular air handling units and other industrial applications. As environmentally friendly and sustainable materials, these components offer solutions in line with modern engineering and design.


Technical Details and Performance

Technical details of modular air handling unit cabin equipment directly affect the performance of these systems. For example, the flexibility of modular construction makes it easy to adapt to different building and facility needs. Additionally, the use of materials such as aluminum and plastic reduces operating and maintenance costs while increasing energy efficiency.


Modular air handling unit cabin equipment offers significant advantages in terms of flexibility, durability and efficiency through the use of elements such as aluminum modules, plastic corners and aluminum profiles. 

This equipment adapt to the needs of modern facilities, increasing energy efficiency and reducing operational costs. Modular air handling units seem to continue to have an important role in the air conditioning solutions of the future.

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