The versatile MCI™ ProtectAIR is designed to improve indoor air quality in large rooms, small offices, or similar spaces up to 1,500 sq. ft.  It effectively renders bacteria, viruses, mold, mildew and other contaminants harmless both in the air and on surfaces when used on a continuous basis. 

This unit includes 1 DBI cell with the option to upgrade with an additional DBI cell.

• Great for Residential & Commercial Environments
• Exclusive MCI™ Technology to proactively attack mold, bacteria, VOCs and odors
• Proactive Purification utilizing our patented DBI (dielectric barrier ionizer) cells
• Includes rubber feet to stand on a shelf and a bracket for wall mounting

The stand-alone (or wall mounted) MCI™ ProtectAIR is designed to improve indoor air quality by dealing with pollutants in a proactive way, producing aggressive ionized oxidizers and trademarked MCI™ multi-cluster ions that are then distributed throughout the home or office.  

Features:

• Quiet ball-bearing brushless axial fan motor
• Exclusive MCI™ (Multi-Cluster Ionization) technology to attack mold, bacteria, VOCs and odors
  • Patented DBI (dielectric barrier ionizer) cell included
• MERV4 replacement filter to meet ASHRAE 52.2 Standard  
• Energy efficient low 12voltage operation
  • Universal AC/DC power supply plugs to either 110V or 12V
• Unique design provides maximum coverage for conditioned space
• Durable powder-coated metal exterior to withstand harsh environments
• Tamper-Proof security screws for clean look and security (security screws use a T10 security or tamper-proof bit, not included)  

Specifications:

• Designed for use with 1 or 2 DBI cells
• Effective Area*: Up to 1,500 ft2
• Trademarked MCI™ Multi-cluster Ionization Technology
• Ozone Output: negligible from DBI cell
• Electrical (UL Certifications)
  • Electrical Input: 120/240VAC to 12VDC Power Adapter (INCLUDED)
  • 100V/50Hz converted to 12V low voltage, 3.4W operation  
• NOTE: A T10 security TORX bit is required to open the unit (bit NOT included)

*1,500 square feet with 8' ceilings. Dependent upon variables such as the severity and frequency of pollution, flow of air in the environment, humidity, and temperature.