Loading...
TD Mixvent Multi-Purpose Inline Duct Fan 14 inch 2089 CFM TD-355
| Quantity | Unit Price | You Save |
|---|---|---|
| 3-5 | 4% | |
| 6+ | 7% |
FREE SHIPPING*
AUTHORIZED DEALER
EXPERT ADVICE
The TD-MIXVENT series of in-line duct fans have been specially designed to maximize the airflow performance with minimal noise levels within the smallest and most compact of casing sizes. This makes it the ultimate solution for small to medium sized ventilation installations which require a high air-flow to pressure ratio and occupy only the minimum space possible. All models include a "removable body" feature that enables the motor-impeller assembly to be completely removed or replaced without the need to interfere with the attached ducting. The TD fans are ideally suited for a wide range of residential, commercial and industrial exhaust and intake ventilation applications.
Mixed flow impeller for excellent air flow to pressure performance ratio
Ideal for applications where space is limited
HVI certified
AMCA tested
cULUS listed
ENERGY STAR qualified
- Model No.:
- TD -355
- Voltage:
- 115
- Warehouse:
- Florida
- Type:
- Duct Inline Fans
- Amps:
- 3.9
- Blade Material:
- Metal
- Blade Size (Inches):
- 14
- CFM High:
- 2089
- Construction:
- Plastic
- Hertz:
- 60
- Drive Type:
- Direct
- Limited Warranty:
- 5 Year Limited
- RPM High:
- 1536
- Phase:
- 1
- Speed(s):
- Single
- Watts High:
- 522
- Weight lbs.:
- 68
-
Notice: Manufacturer's products features and specifications are subject to change without notice.
-
California Residents:
WARNING- This product may contain chemicals known to the State of California to cause cancer and birth defects or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
QUESTIONS & ANSWERS
Ask a Question-
Can this fan be controlled via speed control?
Yes, this fan is speed controlable.
-
what is the smallest size duct that can attach to? if not what is the largest CFM you have that could be?
To answer this would be difficult, due to the fact that the length of the ducting will help to determine this.
What is the length a diameter of the ducting you will be using? How many bends or elbows in the ducting?
