How to install high-efficiency air supply vents?

High-efficiency air supply outlets are usually installed on the ceiling of clean rooms as the end air supply equipment of centralized air treatment systems.

During installation, not only do you need to fix the box to the ceiling, but you also need to handle:

Site dimensions → Ceiling opening → Box fixing → Air duct connection → Sealing → Internal cleaning → HEPA/ULPA filter installation → System debugging

Among them, size matching, interface sealing, installation cleanliness and filter protection are several aspects that need to be focused on during the installation process.

Relevant clean room construction requirements also emphasize that the size of the air outlet of the high-efficiency filter should meet the design requirements and should be cleaned before installation. The joint between the air outlet and the ceiling needs to be sealed. After the air outlet is installed, it should be connected to the air duct in time and the opening should be protected.

4. The complete process of installing efficient air supply vents

The common installation process of high-efficiency air supply vents can be summarized as:

On-site confirmation → Dimension check → Ceiling opening → Box hoisting → Horizontal adjustment → Box fixing → Air duct connection → Seam sealing → Box cleaning → HEPA/ULPA filter installation → Inspection and debugging

In actual projects, the specific construction sequence needs to be determined based on the clean room structure, air supply outlet structure and construction organization arrangements.

5. Step 1: Confirm the installation location of the efficient air supply outlet

Before installation, you first need to confirm the location of the air supply outlet according to the clean room design drawings.

Main confirmations:

It is not possible to directly drill holes for installation without confirming the on-site dimensions.

6. Step 2: Check the size of the efficient air supply outlet

The size of the high-efficiency air supply vent box, filter size and ceiling opening size need to match each other.

It is recommended to check before installation:

Overall size of air supply outlet + installation size + ceiling module size + filter size + air duct interface size

If customized products are used, further verification is required:

• Box length, width and height

• Flange size

• Top air inlet interface

• Side air inlet interface

• filter size

• Installation hole position

• boom position

Relevant construction information also requires that the size of the air supply outlet of the high-efficiency filter meets the design requirements.

7. Step 3: Check the appearance of the product

the high-efficiency air supply vent arrives at the site, it is not recommended to disassemble and install it directly.After

A visual inspection should be done first.

If the cabinet has been significantly deformed or the interface is damaged, it should be processed first and should not be installed directly.

8. Step 4: Prepare the ceiling installation opening

according toof the high-efficiency air supply outlet is determined on the clean room ceiling panel.The actual installation size

The typical process is:

Measure → Position → Mark → Open → Clean the opening → Check size

Special attention is needed here:

Don't simply drill holes according to a certain fixed amount.

There may be size differences in different ceiling systems, air outlet structures and installation methods. The actual product installation dimensions and project construction drawings should prevail.

9. Step 5: Lift and fix the air outlet box

Install the high-efficiency air supply box to the ceiling opening.

It can usually be installed using booms, hangers, or fixed structures designed for the project.

Need to adjust during installation:

Cabinet height → Level → Flange position → Ceiling plane

Generally, it is necessary to make the lower edge of the air supply port and the clean room ceiling form a reasonable match.

Do not allow the filter or box to bear unreasonable structural loads during installation.

10. Step 6: Connect the air duct

After the box is fixed, connect the air duct according to the air inlet structure.

Top air intake structure

Typical connection method:

Main air duct → Branch air duct → Top interface → High-efficiency air supply outlet

Side air inlet structure

Typical connection method:

Main air duct → Branch air duct → Side interface → High-efficiency air supply outlet

The specific connection form needs to be determined according to the circular interface, square flange interface or other structures.

After the connection is completed, you need to check:

• Whether the interface matches

• Is the fixation firm?

• Is the seal continuous?

• Is there any obvious risk of air leakage?

• Does the air duct produce additional pulling force on the box?

The clean room construction requirements also emphasize that the air supply outlet should be connected to the air duct after installation, and the opening should be protected and sealed.

11. Step 7: Make a good seal between the box and the ceiling

When installing high-efficiency air supply vents, the joint between the box and the clean room ceiling is a location that needs to be focused.

The typical structure can be understood as:

Air supply flange→Sealing material→Clean room ceiling panel

The purpose of sealing is to reduce the possibility of untreated air bypassing the installation gap and entering the clean room.

Therefore, after installation you need to check:

Flange joint → surrounding seal → interface seal → ceiling panel connection

If obvious gaps are found, they should be processed according to the project construction requirements.

Relevant specification information also clearly states that the joint between the air outlet flange and the ceiling panel needs to be sealed.

12. Step 8: Install HEPA or ULPA filter

The sooner a high-efficiency filter is installed, the better.

During the clean room construction process, efforts should be made to avoid prolonged exposure of the filter to the dust environment.

Before installing the filter, you need to confirm:

Relevant construction requirements also emphasize that clean rooms and related technical mezzanines and suspended ceilings should be cleaned and wiped before installation of high-efficiency filters.

13. Step 9: Inspect the filter after installation

the high-efficiency filter is installed, you need to check:After

Filter position → Sealing structure → Pressed state → Installation direction → Peripheral seams

If the project has on-site leak detection requirements, leak detection and confirmation will be carried out according to the project acceptance plan.

Things to note here:

The installation of the filter is completed≠ The installation of the entire air supply system is completed.

Also needs to be combined with:

• Duct system

• Air volume

• static pressure

• filter resistance

• Clean room airflow organization

• Cleanliness test

Make overall confirmation.

14. What problems are most likely to occur during the installation of high-efficiency air supply vents?

15. When installing high-efficiency air supply outlets, attention should be paid to filter protection.

HEPA and ULPA filters are precision filtration components and should be avoided during installation:

• impact

• extrusion

• Scratched filter media

• Disassemble at will

• prolonged exposure

• Construction that generates large amounts of dust is carried out near the filter

Filter transportation and storage should also be carried out in accordance with the manufacturer's requirements to avoid severe vibration and collision.

16. What needs to be done after the installation of the high-efficiency air supply vent is completed?

After the installation is completed, it is not recommended to just check 'whether the air vent is installed'.

Systematic installation checks should be carried out.

You can follow:

Appearance inspection → Box inspection → Air duct inspection → Seal inspection → Filter inspection → Air volume debugging → System inspection → Cleanliness verification

conduct.

Specific testing items and acceptance standards should be based on project design documents, contract technical requirements and applicable standards.

17. What are the differences in the installation of different types of high-efficiency air supply vents?

Top-inlet high-efficiency air supply outlet

Typical air path:

Air duct → Top air inlet interface → Static pressure box → HEPA/ULPA → Clean room

Focus on:

Head space + duct height + ceiling height + maintenance space

Side air inlet efficient air supply outlet

Typical air path:

Air duct → Side air inlet interface → Static pressure box → HEPA/ULPA → Clean room

Focus on:

Side air duct position + interface space + ceiling structure + maintenance space

Therefore, although the basic process of the installation method is similar, the interface direction and on-site size confirmation are different.

18. How does the installation of Aili industrial high-efficiency air supply vents cooperate with the project?

Produced by Aili IndustrialHigh-efficiency air supply vents can be matched in structure, size, air inlet mode and filter configuration according to project requirements.

In the project selection stage, you can first confirm:

Cleanliness level → Room size → Design air volume → Number of air outlets → Ceiling size → Air duct direction → HEPA/ULPA specifications → Installation and maintenance space

Then determine the specific air supply outlet plan.

Aili Industrial also has high-efficiency air supply vents, HEPA/ULPA filters, FFU, EFU, fans, motors, control systems and sheet metal structures and other products and supporting production capabilities.

For projects that require overall clean room air treatment, high-efficiency air supply outlets and high-efficiency filters can be combined for terminal air supply; for equipment-level or local clean applications, FFU, EFU and other products can also be selected according to space conditions.

This product matching capability can reduce the matching problems between different equipment in terms of size, filter and installation interface. The specific solution is still subject to the project design and site conditions.

19. One-sentence summary of the installation process of efficient air supply vents

If you need to quickly understand how to install high-efficiency air supply vents, you can remember:

On-site confirmation → Dimension check → Ceiling opening → Box hoisting → Horizontal adjustment → Fixed box → Connect air duct → Seam sealing → Clean box → Install HEPA/ULPA → Inspection and debugging

The ones that require the most attention are:

Dimensional matching, box fixing, air duct connection, sealing, filter protection and post-installation system inspection.

20. FAQ: Problems with installing high-efficiency air supply vents

1. How to install high-efficiency air supply vents?

It is usually carried out in the order of on-site positioning, size verification, ceiling opening, box fixing, air duct connection, sealing treatment, internal cleaning, HEPA/ULPA filter installation and system inspection.

2. Does the installation of high-efficiency air supply vents require a boom?

Most ceiling installation projects require reliable independent support or hoisting structures. The specific use of booms, hangers or other fixing methods should be determined according to the product structure and project construction plan.

3. How to connect the high-efficiency air supply vent to the air duct?

Connect according to the top air inlet or side air inlet structure adopted by the air supply outlet, as well as the specific forms such as circular interface and flange interface, and do a good job of fixing and sealing.

4. Is it necessary to seal between the high-efficiency air supply vent and the suspended ceiling?

need. The air outlet flange and ceiling panel should be sealed according to project construction requirements to reduce bypass air leakage.

5. When should HEPA filters be installed?

Usually, you should try to install it after cleaning the clean room and related areas, and avoid long-term exposure of the filter to the construction dust environment.

6. Do high-efficiency air supply vents need to be cleaned before installation?

need. Air supply outlets, installation areas and related suspended ceilings or technical mezzanines should be cleaned according to the clean construction requirements of the project.

7. Can high-efficiency air supply vents be installed by myself?

Ordinary mechanical installation can be carried out in accordance with the manufacturer's installation instructions and project construction plan, but the clean room project also involves air ducts, seals, filters and system debugging. It is recommended that it be completed by professionals with experience in clean room construction.

8. Is it necessary to check for leaks after the high-efficiency air supply vent is installed?

Whether and how testing is required depends on the project design, acceptance criteria, and filter seal construction. For projects with clear leak detection requirements, the corresponding detection plan should be implemented.

21. Conclusion

The installation of high-efficiency air supply vents is not simply fixing the box on the ceiling, but a positioning, size matching, box installation, air duct connection, sealing, filter installation and system debugging .complete process including

The most basic installation path can be summarized as:

Design confirmation → On-site measurement → Air outlet positioning → Box installation → Air duct connection → Sealing treatment → Cleaning → HEPA/ULPA installation → System debugging

If it is an Aili industrial high-efficiency air supply vent project, it is recommended that the air vent size, filter specifications, air inlet direction, ceiling size, air duct location and maintenance space be clearly confirmed during the product procurement stage, so that the product can better match the on-site installation conditions of the clean room.

22. Need to confirm the installation plan for efficient air supply vents?

Aili Industrial can assist in confirming the product specifications and installation conditions of high-efficiency air supply vents based on the information provided by the project.

It is recommended to prepare:

Clean room floor plan + ceiling size + air duct location + design air volume + HEPA/ULPA specifications + installation height

Based on this information, we can further determine whether top air inlet or side air inlet, air supply outlet size, filter specifications and installation interface。