CFM AeroFan Design Features, Decorative Grilles, Lighted Models, How much airflow is required?

AeroFan Superior Bathroom Fans

TBF90/TBF120

A great deal of time and money is spent trying to make homes attractive and functional. Bathrooms are a key focus. Today’s bathroom designs seek to exude personal style and create a relaxing and peaceful environment. All too often, this serenity can be spoiled by a noisy and ineffective exhaust fan. If an existing bathroom fan is making the “loudest” statement in this tranquil setting, it’s time for a change!

Continental Fan’s sleek AeroFan bathroom exhaust fan can help create a serene bathroom atmosphere! Engineered to provide superior ventilation and efficient performance, AeroFan’s in-ceiling design delivers powerful, effective and quiet ventilation for any bathroom. Available in lighted and non-lighted versions, AeroFan is available with a variety of attractive grille designs that will complement any décor. Its whisper-quiet, two-speed operation sets the AeroFan apart from the competition!

Design Features

•	2 - speed operation	•	Steel housing with corrosion resistant paint
• Long-life ball bearing motor		•	Fits 4” & 5” ducts
•	Thermal overload protection	•	Built-in counter balanced damper
•	Adjustable mounting brackets	•	UL Listed for use over a tub/shower enclosure
•	Designed for easy installation		with a GFCI circuit (selected units only)

Decorative Grilles

(optional; for non-lighted fans only)

TGRRD TGRSQ TGRCH

Lighted Models

TBFS90L/120L TBFR90L/120L

How much airflow is required?

HVI recommends ventilation rates based on 8 air changes per hour. For most bathrooms this works out to 1 cfm per square foot of area, with a minimum of 50 cfm.

A bathroom less than 100 square feet:

Calculate 1 cfm per square foot of floor area. A minimum of 50 cfm is the required ventilation rate.

A bathroom larger than 100 square feet:

To calculate the proper ventilation rate, add the cfm requirement for each fixture; toilet 50 cfm, shower 50 cfm, bathtub 50 cfm, jetted tub 100 cfm.

Note: For proper sizing, the static pressure (SP) needs to be calculated.

2