In order for you to become familiar with the technical terms and performance criteria frequently used in the central vacuum industry, here are some brief explanations for each of these terms.
Airwatt
Airwatt is the measurement of the useful cleaning power of a central vacuum. It is calculated with a ratio between the airflow (CFM/CMH) and the water lift (H2O). It demonstrates the motor performance and its efficiency. This major technical data must be considered as an essential measurement when comparing central vacuums models.
Water Lift (H2O)
Water lift (H2O) mainly measures the central vacuum’s engine strength. This data calculates the engine power and its suction capacity. The suction strength (H2O) is an important technical data to consider as it allows you to measure potential cleaning power within your environment.
Airflow (CFM/CMH)
The airflow, expressed in cubic feet per minute or in cubic meter per hour (CFM/CMH), measures the air volume being displaced in the central vacuum system. A high airflow creates an important air movement increasing the capacity to vacuum dust and dirt. Even if the airflow is an important data, it is the water lift (H2O) that maintains the airflow velocity necessary for dusting and cleaning thoroughly.
Water lift (H2O) VS Airflow (CFM/CMH)
Having understood these technical terms, it is important to know that these two data work together to ensure a maximal vacuuming power. They shouldn’t be considered independently. By relying on the useful cleaning power data (airwatts), you can easily choose a high performance vacuum cleaner which combines high airflow and suction. Cyclo Vac offers numerous powerful models for an effective and in-depth cleaning.
