Explore the structural details of the Purifier Nxgan lacquered exterior and stainless steel interior air showers

As a key purification device, the Purifier Nxgan painted exterior and stainless steel interior air shower room incorporates multiple elements in its structural design to ensure effective air purification and operational stability.

Purifier Nxgan outside baking paint inside stainless steel air shower room technical parameters:

• Outside size: 1220 × 2000 × 2050 (W × D × H)

• Purification area size: 790 × 1920 × 1950 (width × depth × height)

• Filter purification efficiency: ≥0.5um dust ≥99.99% (sodium flame method)

• Nozzle wind speed: ≥27m/s or more to achieve the effect of dust removal

• Air shower time: 0~99sec adjustable

• Circulating air volume: 1600~2000M3/h

• Electricity: 380V-50Hz or 220V-50Hz

• Maximum power: 0.75KW

• Weight: 460Kg

• Size of high efficiency filter with partition: 610×610×120

• Primary filter size: 600×300×21

Air Shower Room Operation Steps

Prepare:

• Ensure you are properly attired in cleanroom garments.

• Verify that the air shower is operational.

Enter:

• Step into the air shower room and close the door behind you.

• Stand in the designated area and remain still.

Activate:

• Wait for the air shower cycle to start automatically.

• The air jets will begin, removing contaminants.

Exit:

• After the cycle completes, open the exit door.

1. What industries use lacquered air showers?

Lacquered air showers are utilized across various industries where contamination control is critical. Key sectors include pharmaceuticals, electronics manufacturing, biotechnology, and food processing. These industries rely on air showers to prevent the introduction of harmful particulates into clean environments.

2. What is the airflow rate of typical lacquered air showers?

The airflow rate of typical lacquered air showers usually ranges from 20 to 30 feet per second. This high-velocity airflow is essential for effectively dislodging and removing contaminants from personnel and items. The specific airflow rate can be adjusted based on the application and manufacturer specifications.

3. How often should air filters be replaced in an air shower?

Air filters in an air shower should generally be replaced every 3 to 6 months, depending on usage and environmental conditions. Regular maintenance is crucial to ensure optimal performance and to prevent the buildup of contaminants. Here are some key points to consider:

• Monitor filter pressure drops.

• Conduct routine inspections.

• Replace filters based on manufacturer recommendations.

4. What are the benefits of an all-steel air shower?

All-steel air showers offer numerous benefits, including enhanced durability and resistance to corrosion. The robust construction ensures longevity even in demanding environments. Additionally, all-steel designs are often easier to clean and maintain, making them ideal for facilities that require strict hygiene protocols.

5. Are there any certifications for air showers?

Yes, air showers can be certified according to various industry standards. Certifications may include compliance with cleanroom standards such as ISO 14644 or environmental safety regulations. Manufacturers typically provide documentation to verify these certifications, ensuring that the air showers meet necessary performance and safety criteria.

6. How to adjust the settings on an air shower?

To adjust the settings on an air shower, follow these basic steps:

• Access the control panel, usually located on the front of the unit.

• Modify the airflow rate and cycle time according to operational needs.

• Save the settings and test the air shower to ensure optimal performance.

Consult the user manual for specific instructions related to your air shower model.

7. What are the best practices for using an air shower?

Best practices for using an air shower include:

• Ensuring personnel are properly trained on the correct usage.

• Maintaining a clean area around the air shower.

• Regularly inspecting and servicing the unit to ensure it functions effectively.

These practices help maximize the effectiveness of the air shower in preventing contamination.

8. How to train staff on using an air shower?

Training staff on using an air shower should encompass several key components:

• Understanding the purpose: Explain why air showers are essential for contamination control.

• Demonstration: Provide a live demonstration of the correct usage.

• Regular refreshers: Schedule periodic training sessions to reinforce proper procedures.

This comprehensive approach ensures that all staff members are knowledgeable and confident in using the air shower effectively.

9. How to test the effectiveness of an air shower?

Testing the effectiveness of an air shower can be done through particle counting and airflow measurements. Particle counters can assess the cleanliness of the air before and after using the shower, while airflow tests ensure that the jets are providing adequate velocity. Regular testing helps confirm that the air shower operates within acceptable contamination limits.

10. How do I select the right air shower model?

Selecting the right air shower model involves considering several factors:

• Size requirements: Ensure the model fits the designated space.

• Airflow rate: Choose a model with an appropriate airflow rate for your application.

• Additional features: Consider options such as adjustable settings or specialized filtration.

Consulting with manufacturers can also provide insights to guide your decision.

11. Do air showers require special electrical connections?

Air showers typically require standard electrical connections; however, some models may have specific voltage or amperage requirements. It is essential to check the manufacturer's specifications to determine if any special electrical considerations are necessary for installation.

12. How do air showers compare to other decontamination methods?

Air showers offer several advantages over other decontamination methods, such as chemical sprays or wipes. They provide a non-contact means of removing contaminants, reducing the risk of introducing new particles. Additionally, air showers are often faster and more efficient, making them suitable for high-traffic areas compared to manual cleaning methods.

13. How do I prepare an area for air shower installation?

To prepare an area for air shower installation, ensure the following steps are taken:

• Assess the space for size and clearance.

• Ensure proper electrical and plumbing connections are available.

• Prepare the surrounding area for minimal disruption during installation.

Planning ahead can facilitate a smoother installation process.

14. What is the typical cycle time for an air shower?

The typical cycle time for an air shower ranges from 10 to 30 seconds. This duration allows sufficient time for the air jets to dislodge and removecontaminants effectively. The exact cycle time can vary based on the specific model and operational requirements, but a shorter cycle time generally enhances efficiency in high-traffic environments.

15. What are the installation requirements for an air shower?

Installation requirements for an air shower generally include:

Space: Sufficient clearance for entry and exit.

Electrical connections: Compliance with voltage and amperage specifications.

Ventilation: Proper airflow and exhaust to maintain air quality.

It's essential to follow the manufacturer's installation guidelines to ensure optimal performance.

16. Can air showers be used for equipment cleaning?

Air showers are primarily designed for personnel decontamination; however, they can also be adapted for cleaning certain types of equipment. The high-velocity airflow can help remove dust and particles from equipment surfaces. Considerations should be made regarding the type of equipment and the specific contaminants involved to ensure effectiveness.

17. What are the installation guidelines for a lacquered air shower?

When installing a lacquered air shower, adhere to the following guidelines:

Site Preparation: Ensure the site is clean and free from obstructions.

Mounting: Securely mount the unit according to the manufacturer's specifications.

Testing: Conduct tests post-installation to verify airflow and functionality.

Following these guidelines will help ensure a successful and efficient installation process.