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Reverse Laminar Air Flow

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MOQ : 1 Piece

Reverse Laminar Air Flow Specification

Accuracy
HEPA filter: 99.97% at 0.3 micron %

Frequency
50 Hz Hertz (HZ)

Core Components
Blower, HEPA filter, pre-filter, lights

Capacity
1500 to 3500 m3/hr m3/hr

Model No

Feature
Low noise operation, high efficiency

Warranty
1 Year

Power Source
Electric

Voltage
220V / 230V Volt (v)

Measurement Range
0.3 micron particles

Automation Grade
Semi-Automatic

Temperature Range
Ambient Celsius (oC)

Equipment Materials
Powder coated mild steel / stainless steel

Type
Reverse Laminar Air Flow

Usage
Pharmaceutical, laboratories, research

Display Type
Digital display

Dimension (L*W*H)
1200 x 900 x 2100 mm Millimeter (mm)

Weight
Approx. 150-250 kg Kilograms (kg)

Pre-Filter Efficiency
90% at 10 micron

Front Opening
Sliding acrylic sash

Filter Type
HEPA (High-Efficiency Particulate Air) & Pre filter

Installation
Plug and play assembly

Structure
Portable with caster wheels

Optional Accessories
UV light, magnehelic gauge, differential pressure display

Air Velocity
0.45 0.05 m/s at filter face

Cleanliness Class
ISO Class 5 (Class 100) as per US Federal Standard 209E

Glass Sash
Toughened glass, chemical resistant

Noise Level
< 65 dB (A)

Power Consumption
800-1200 W

Electrical Safety
Inbuilt MCB and emergency stop switch

Lighting
LED/FL tubes; illumination >800 lux

Reverse Laminar Air Flow Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Cheque

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Certifications
AN ISO 9001:2008

About Reverse Laminar Air Flow

Reverse Laminar Air Flow

The Reverse Laminar Airflow Bench finds a major application in sampling and dispensing. Majorly used for mixed airflow stream to control the hazardous emission of dust powder during dispensing or sampling process. This ensures to draw powder aerosols away from the operator and the operating environment protecting products and providing safe working conditions for personnel.

Reverse Laminar Air Flow Unit is with a variety of standard dimensions also our cabinet can be custom engineered to any size. Reverse Laminar air flow are available in powder coated Mild Steel, SS 304 / 316 / 316L or a combination of both.

Precision Filtration for Critical Environments

Equipped with HEPA and pre-filters, RLAF-1200 provides an uncompromising level of air purity, trapping up to 99.97% of particles down to 0.3 microns and delivering ISO Class 5 cleanliness. Its consistent airflow (0.45 0.05 m/s at filter face) and low noise profile make it ideal for cleanrooms in pharmaceutical production, laboratories, and research facilities seeking reliable contamination control.

User-Centric Design and Safety Features

This model emphasizes ease of use and safety, offering a sliding acrylic sash, toughened glass windows, and straightforward plug-and-play installation. Integrated safety elements such as an inbuilt MCB, emergency stop button, and digital display ensure operational confidence. The portable structure with caster wheels adds flexibility for changing workspace needs.

Versatility and Efficiency

With a capacity range of 1500 to 3500 m3/hr and semi-automatic operation, RLAF-1200 balances efficiency and adaptability. Its power-saving LED/FL lighting ensures over 800 lux illumination, while the modular build allows for optional accessories like UV lights and magnehelic gauges, expanding its applicability in diverse laboratory environments.

FAQs of Reverse Laminar Air Flow:

Q: How does the Reverse Laminar Air Flow unit enhance air quality in laboratories?

A: The employs a combination of HEPA and pre-filters, removing up to 99.97% of airborne particulates as small as 0.3 microns and achieving ISO Class 5 (Class 100) purity. The reverse airflow continuously draws contaminants away, creating a clean, controlled environment essential for precision work in laboratories and pharmaceutical facilities.

Q: What are the core components and how do they function together?

A: The system integrates a blower, high-efficiency filters (HEPA and pre-filter), lighting, a digital display, and user safety features. The blower circulates air through the filters, removing contaminants while the digital display monitors key parameters. Toughened glass and an acrylic sash provide visibility, and built-in electrical safety devices offer reliable fault protection.

Q: When should the filters be serviced or replaced?

A: Filter maintenance depends on usage and environmental conditions. However, regular checks and replacement of pre-filters are advised once significant pressure drops or visible clogging occur. HEPA filters generally require less frequent replacement but should be inspected based on the digital indicator or recommended service intervals.

Q: Where is the unit most beneficially used?

A: This portable reverse laminar air flow unit is optimized for use in pharmaceutical production areas, research laboratories, and analytical testing facilities where stringent contamination control is crucial. Its portability via caster wheels allows flexible deployment across cleanrooms or workstations.

Q: What optional accessories can enhance the application of this unit?

A: Optional add-ons such as UV light for additional sterilization, magnehelic gauge, and differential pressure display, can be integrated to increase monitoring capability and ensure compliance with cleanroom standards.

Q: How is user safety ensured during operation?

A: Safety is prioritized with features like an inbuilt miniature circuit breaker (MCB), an emergency stop switch, and a sliding front acrylic sash. These mechanisms shield users from electrical faults and exposure to infectious or hazardous materials during maintenance or filter changes.

Q: What are the specific benefits of a plug-and-play and portable design?

A: The plug-and-play assembly simplifies setup, allowing users to rapidly deploy the unit without specialized installation. Caster wheels enhance mobility so the easily positioned wherever high-efficiency air purification is required, accommodating changing laboratory or plant layouts.

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