Breathe Clean Air for the Next Decade

In partnership with Nu-Calgon©

Dust, smoke, odors, and airborne pathogens often go unnoticed. CidSense’s Ionization solution integrates with your HVAC system, using advanced bipolar ionization to purify the air for a cleaner, healthier indoor space.

Ionize with the iWave-C

Installed in the AC ducts, The iWave-C is a self-cleaning bipolar ionization generator designed to actively improve air quality in buildings without requiring replacement parts like competing UV lights or ionizers.

Input Voltage: 24VAC to 240VAC Power (VA): 12 VA Frequency: 50/60 HZ System Size: Up to 12 tons (4800 CFM)* Ion Output: 200 millions ions/cc per polarity (400 million total ions/cc) Dimensions: 4” W x 7” H x 7” L Weight: 3 lbs. Electrical Approvals: UL and cUL certified Service Temp. Range:-40ºF to 160ºF Waterproof Rating NEMA 4X

More Information

The iWave delivers exceptional ionization output, emitting positive and negative ions as air passes through, which reduces bacteria, viruses, smoke, odors (e.g., cooking, pets, VOCs), and airborne particles.

The iWave-C is designed for light commercial systems up to 12 tons (4800 CFM) and requires no maintenance or replacement parts throughout its lifespan.

It can be duct-mounted indoors or outdoors and consistently delivers 400 million ions/cc, surpassing competing solutions.

Key features include a programmable self-cleaning cycle, waterproof housing, a digital display for on-site monitoring, and an integral alarm contact for remote monitoring.

How Bipolar Ionization Works

Bipolar ionization is a powerful yet simple process that cleans and purifies the air:

Ion
Release

The iWave-C emits positive and negative ions into the airflow.

Air
Treatment

These ions attach to airborne particles like dust, allergens, bacteria, viruses, and odors.

Particle
Neutralization

The ions break down harmful pollutants, neutralizing viruses and bacteria while causing smaller particles to cluster together for easier filtration.

Fresh,
Clean Air

As treated air circulates, it reduces odors, smoke, and irritants, delivering healthier and fresher air to your space.

Get the Full Picture – Watch to Learn More!

This ongoing process enhances air quality without generating harmful byproducts like ozone. Watch this video to fully understand the impact of ionization.

Features of the iWave-C

  • Patented Self Cleaning Design
  • Meets UL 867 Ozone Requirements
  • 10 Year Life Span
  • No Replacement Parts
  • Easy Duct-Mount Installation
  • One Device Covers up to 12 Tons

Performance Data

Airborne Organisms

The iWave-C is designed to work with air handling systems to deliver the benefits of ionization. These tests measure the reduction of certain viruses and bacteria through a combination of in-air testing and surface testing. Measurements of the specimen are taken at regular intervals and compared to a control without the introduction of ionization. All tests were run using proprietary NPBI technology and conducted in third party laboratories.

Covid-19

98.33% Reduction

after 60 minutes with -18,000 Avg.

Ion Density
(Negative Ions /CC)

Influenza A

84.53% Reduction 

after 60 minutes with -22,000 Avg.

Ion Density
(Negative Ions /CC)

RSV

94.71% Reduction

after 60 minutes with -18,000 Avg.

Ion Density
(Negative Ions /CC)

View full performance data report

Surface Organisms

These ionization tests measure the reduction of certain airborne viruses and bacteria by aerosolizing a test specimen into a large biosafety test chamber (BSL2 or BSL3) and suspending it in the air using mixing fans. Measurements of the specimen are taken at regular intervals and are compared to a control without the introduction of ionization.

Covid-19

99.98% Reduction

after 60 minutes with -23,000 Avg.

Ion Density
(Negative Ions /CC)

Staphylococcus Aureus

91.55% Reduction 

after 60 minutes with -14,000 Avg.

Ion Density
(Negative Ions /CC)

E.coli

86.36% Reduction

after 60 minutes with -14,000 Avg.

Ion Density
(Negative Ions /CC)

MRSA

86.36% Reduction

after 60 minutes with -14,000 Avg.

Ion Density
(Negative Ions /CC)

View full performance data report

Ready to
Breathe
Cleaner
Air?

Discover how Ionization can transform your environment. Fill out the form below to learn more, request a demo, or get a personalized consultation. Let’s create healthier, smarter spaces together!

Ready to
Breathe
Cleaner
Air?

Discover how Ionization can transform your environment. Fill out the form below to learn more, request a demo, or get a personalized consultation. Let’s create healthier, smarter spaces together!

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OCCUPANCY

Track lighting usage to identify and eliminate energy waste, ensuring lights are only on when needed, optimizing efficiency, and reducing costs.

VIRUS RISK

Track lighting usage to identify and eliminate energy waste, ensuring lights are only on when needed, optimizing efficiency, and reducing costs.

NOISE

Track lighting usage to identify and eliminate energy waste, ensuring lights are only on when needed, optimizing efficiency, and reducing costs.

LIGHT

Track lighting usage to identify and eliminate energy waste, ensuring lights are only on when needed, optimizing efficiency, and reducing costs.

PRESSURE

Detect Radon, a naturally occurring radioactive substance that can seep into buildings through the ground. Prolonged exposure to high radon levels increases the risk of lung cancer, making detection essential for health and safety.

RADON

Detect Radon, a naturally occurring radioactive substance that can seep into buildings through the ground. Prolonged exposure to high radon levels increases the risk of lung cancer, making detection essential for health and safety.

TEMPERATURE

Regulate comfortable temperatures to boost mood, increase alertness, and improve overall comfort in any environment.

HUMIDITY

When humidity levels are too high, mold and rot can occur while low humidity levels can encourage airborne virus spread and increased susceptibility to colds and respiratory illness.

VOC

VOC’s (volatile organic compounds) are airborne chemicals, odors and gaseous toxins, causing short- or long-term health effects from minor eye, nose and throat irritations to liver and kidney damage.

CO2

Monitor carbon dioxide levels to assess the room’s ventilation quality, as it directly impacts both health and productivity in indoor environments.

PM2.5

Measure particulate matter smaller than 2.5 micrometers, as these particles can carry bacteria and penetrate deep into respiratory pathways, posing serious health risks.

PM1

Particulate matter is a range of particles of dust, dirt, and aerosols that become suspended in the air. PM1 has a diameter of less than 1 micrometer and is invisible to the eye.