Industrial Modules

Kleanzone pressurizing Pressurizing Modules food filtered, bacteria free air to build up and maintain positive pressure in class M 5.5 Clean areas. These Pressurizing Modules are up gradation devices and require judicious selection and use.

Technical Specifications:

• Cleanliness - Class 100
• Particle retention - 0.3 micron
• Velocity - 100FPM + 20%
• Illumination - 4 ft. 40w with diffuser
• Noise level - 60-65
• Decibels standard - FED 209E
• Power supply - 220v Single phase

Validation:

• Particle counts testing
• HEPA filter leak testing (D.O.P)
• Air velocity testing
• Room pressurization testing
• Temperature and humidity testing
• Light intensity testing
• Noise level testing
• Airflow Air Pattern
• General laminar airflow, Bio safety
• Cabinets servicing etc

Testing Standards:

• IES - RP - CC - OO2 (Institute of Environmental Science - Recommended practice - 002)
• US - Federal Standard 209 and ISO 14644 -1 -1999

AC integrated class 100 integration pressurizing module to pressurize and sustain the clean air with HEPA filter of 0.3 micron, pre filter, motor blower assembly. It delivers cooled and filtered air into the room. In return air duct having one pre filter of 5 micron, 5%fresh air provision with dampers for control the fresh air quantity.

Technical Specification:

• Air changes / Hour - 40
• Temp - 24.c
• Humidity - 45-60%
• Class-10,000
• Noise level - 65 decibels +/-5
• Standard - FED STD 209E

Kleanzone floor standing or ceiling suspended re circulatory modules continually filter room air to reduce the airborne micro flora and ultra fines. In addition they can provide a primary class M. 3.5 work environment for sub-critical tasks.

Technical Specification :

• Cleanliness - Class 100
• Particle retention - 0.3 micron
• Velocity - 100FPM + 20%
• Illumination - 4 ft. 40w with diffuser
• Noise level - 60-65
• Decibels standard - FED 209E
• Power supply - 220v single phase

This Sterile OT system is unidirectional and delivers air flow over the operating table of 300cfu air changes per hour. A bacterial count of 10 cfu or less per cubic meter at the wound site is achieved.

Advantages:

• Prevent contamination of the open wound
• Isolate the operative site from the surrounding unsterile physical environment
• Create and be performed safely