WAVE Basement Ventilation for Moisture Control
WAVE's Multi-Sensor Basement Unit with the myHome App
WAVE Reduces Moisture & Improves Air Quality
- Reduces Moisture that nourishes mold growth, Odors
- NEW! Sensors downstairs & upstairs for superior performance
- NEW! Carbon Monoxide detection which triggers app alert and automatic expulsion
- Expels gases, asthmatic triggers and radon
- NEW! Mobile app for remote monitoring and control
- Energy Saving, Maintenance Free, Quiet
Unit will work 100% even if you choose not to install the myHome app
How It Works
Incorporating sensors in the basement and upper level, WAVE units automatically adjust the ventilation rate for optimal performance.
Expel
…Odors, Stagnant Moisture, Mold Spores, Along With The Indoor Gases And Pollutants From The Lowest Point Where They Are The Most Concentrated.
Replenish
…With Warmer, Drier Air From Upper Level To Raise Temperature And Lower Relative Humidity. A Fresher And Healthier Air Supply From Upper Level Dramatically Improves Air Quality.
Ventilate
…The Entire Area With A Continuous Airflow To Extract Saturated Moisture In The Structure, Reduce Biological Growth And Create A Required Air Exchange. This Will Result In Healthier, Fresher Air; Benefiting The Whole House.
The WAVE Advantage





myHome App
Control and monitor the moisture and indoor air quality in your home 24/7 using the myHome app. The myHome app is available for download from Google Play and the Apple App Store.
The myHome app allows you to:
- Receive an alert on your mobile device if the carbon monoxide levels rise so you can warn those in the home
- Receive real time data on the relative humidity and the temperature both outdoors and in your crawl space or basement
- View and change the current settings on your WAVE unit
Tests
WAVE Basement Ventilation Systems Proven to Reduce the Concentration of Radon Gas in Homes
Tested by the Université de Moncton
Homes | Floor | Test Point | Radon Concentration Bq/m3 | |
---|---|---|---|---|
Before | After | |||
House 1 | Basement | #1 | 944 | 163 |
#2 | 799 | 215 | ||
Main Floor | #1 | 326 | 89 | |
#2 | 318 | 100 | ||
House 2 | Basement | #1 | 1954 | 226 |
#2 | 1902 | 85 | ||
Main Floor | #1 | 932 | 48 | |
#2 | 877 | 30 | ||
Radon Concentration Guidelines | Bq/m3 | pCi/L | ||
United States | 150 | 4 | ||
Canada | 200 | 5.4 |
Multiple tests by GeoTek Engineering & Testing Services, Healthy Indoor Technologies and Inspection Management Test prove the WAVE ventilation system for basements as an effective means to significantly decrease or eliminate mold, humidity, musty odors and radon in basements and crawl spaces.
GeoTek
GeoTek, well known for offering an array of environmental engineering services for federal, state and city government engineering projects, tested a home in Crooks, South Dakota, with visible mold, musty odors and obvious basement moisture.
Results
Just two weeks after the installation of a WAVE Ventilation unit, musty odors and mold disappeared. Testing three months later proved a significant decline in mold levels.
Healthy Indoor Technologies
Health Indoor Technologies, a well-known mold inspection and remediation company, independently researched the effectiveness of the WAVE Ventilation system.
Results
A 30% drop in indoor humidity after only weeks using the unit.
Inspection Management
Inspection Management, an engineering, environmental and inspection firm with offices located in Princeton, Pennsylvania, Delaware and Maryland, conducted tests with WAVE Ventilation for moisture-related problems in an upscale home in Huntington Valley, PA.
Results
After only 24 hours, relative humidity levels in all three of the home’s crawl spaces decreased an average of 40%. Radon levels decreased an impressive 90% percent during the company’s test as well.
Specs/Install
Dimensions: Height 62” expandable to 97” 11”wide x 7”deep
Airflow: 40cfm(low) – 230cfm(high)
Watts: 38
Capacity: 2100 sq. ft. basement
Description Computerized sensor controls provide intelligent ventilation by constantly evaluating conditions and automatically adjusting the ventilation and replenishment rate for optimum results and energy efficiencies. When conditions are favorable, the sensors will lower the ventilation rate to maintenance mode providing constant air movement to reduce stagnation and expel pollutants.





