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Air Shower NAS-202 – Cleanroom Entry Contamination Control Equipment


What is Air Shower NAS-202?

 Air Shower NAS-202 is a controlled contamination removal system used at cleanroom entry points. It uses high-velocity filtered air to remove dust and particles from personnel and materials before they enter sterile environments.

It acts as a protective barrier between uncontrolled and controlled environments.


Why is it Important?

Air showers are essential because:

  • Humans carry dust, fibers, and particles into cleanrooms

  • Even microscopic contamination can affect product quality

  • Semiconductor and pharmaceutical industries require ultra-clean environments

Without air showers:

  • Product defects increase

  • Sterility is compromised

  • Regulatory compliance may fail


What is it Used For? 

 Air Shower NAS-202 is used for:

  • Cleanroom entry decontamination

  • Personnel particle removal before gowning

  • Material transfer cleaning

  • Contamination control in sterile environments

  • Maintaining ISO cleanroom classification integrity


How Does Air Shower NAS-202 Work? 

  1. Personnel or materials enter chamber

  2. Interlocking doors prevent contamination leakage

  3. HEPA-filtered air jets activate at high velocity

  4. Air dislodges particles from surfaces

  5. Contaminants are captured by filtration system

  6. Cleaned subject exits into cleanroom


Core Functional Capabilities

  • High-velocity air jets (20–30 m/s)

  • HEPA filtration system

  • Interlocking automatic doors

  • Stainless steel cleanroom-grade construction

  • Adjustable cycle time (10–30 seconds)

  • Low turbulence airflow design


Technical Specifications

Parameter

Specification

Air Velocity

20–30 m/s

Filtration

HEPA filters

Cycle Time

10–30 seconds

Construction

Stainless steel / coated panels

Power Supply

220–240V AC


Where is Air Shower NAS-202 Used?

  • Pharmaceutical cleanrooms

  • Semiconductor fabrication units

  • Biotechnology laboratories

  • Healthcare sterile environments

  • Food processing industries

  • Research & testing facilities


When Should You Use Air Shower NAS-202? 

Use Air Shower NAS-202 when:

  • Cleanroom contamination must be minimized

  • Personnel or materials enter sterile environments

  • ISO 14644 compliance is required

  • GMP-controlled production is mandatory

  • High cleanliness standards are essential


Air Shower vs Other Systems

Feature

Air Shower

Airlock

Pass Box

Function

Particle removal

Pressure control

Material transfer

Method

High-velocity air jets

Air pressure balance

Minimal airflow

Use Case

Entry decontamination

Zone transition

Sterile transfer

Filtration

HEPA

Optional HEPA

Optional HEPA


Compliance Explained 

  • ISO 14644 → Defines allowable particle limits in cleanrooms

  • GMP → Ensures controlled, repeatable, and hygienic manufacturing processes


Frequently Asked Questions 

  1. What is Air Shower  NAS-202 used for?
    It removes particles from personnel and materials before cleanroom entry.

  2. How does an air shower work?
    It uses high-velocity HEPA-filtered air to dislodge and capture particles.

  3. What is air velocity in  Air Shower NAS-202?
    Typically 20–30 m/s.

  4. What filtration is used?
    HEPA filtration system.

  5. Are air showers mandatory?
    Not always, but they are commonly used in cleanroom entry zones.

  6. Can it remove microbes?
    It mainly removes particles but may reduce microbial contamination indirectly. 


Quick Summary 

Air Shower NAS-202 is a cleanroom contamination control system designed to remove dust, fibers, and other particulate contaminants from personnel and materials before they enter controlled environments. It uses high-velocity HEPA-filtered air jets to dislodge particles, which are then captured by the filtration system. Commonly used in pharmaceutical cleanrooms, semiconductor manufacturing, biotechnology laboratories, healthcare facilities, and food processing plants, NAS-202 helps maintain ISO 14644 cleanroom classifications and supports GMP compliance by reducing contamination risks at critical entry points.

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