Fanco Dynamic 150 Wall/Ceiling Exhaust Fan – Matte Black Cover

Name: Fanco Dynamic 150 Wall/Ceiling Exhaust Fan – Matte Black Cover
SKU: W-EMVUDY13-MBL
Availability: InStock

Original price was: $149.00.Current price is: $129.00.

Made in Europe exhaust fan, it is also designed for damp areas and has an IP24 rating. It works well when installed on ceilings or walls where moisture might be present. The fan features a built-in thin, transparent draft shutter that helps it perform better. With a powerful extraction rate of 280 m3/hr, it meets the ventilation needs of medium-sized spaces and is better than many standard fans. Its sleek square cover combines style and function with a matte black finish. You can connect it to a 150mm duct if needed, giving you flexibility in how you install it and manage airflow.

View Fanco Dynamic Installation Manual

View Fanco Dynamic Spec Sheet

IN STOCK – Typically dispatches in 1-2 business days

SKU: W-EMVUDY13-MBL Categories: Ceiling Exhaust Fans, Fanco Exhaust Fans, Wall Exhaust Fans

DISCLAIMER: The fan includes a thin, transparent draft shutter (as shown) that is designed to prevent air from flowing back into the ventilated room. However, please be aware that this does not create an airtight seal and is not intended for that purpose. If you’re planning to install it on the ceiling, keep in mind that you’ll need adequate space for running the ducting.

Manufacturers Part Number	EMVUDY13 + EAVUDYMBL
Colour	Matte Black
Cover Colour	Matte Black
Capacity (m3/hr)	0280 m3/hr
Capacity (l/s)	77.78 l/s
Noise Level	34 dB(A)
IP Rating	IP24
Ceiling Hole Size	ø 150mm
Wall Hole Size	ø 150mm
Duct Size	150mm
Material	Plastic
Installation	This fan requires hardwiring by an electrician
Manufacturer	Fanco
Warranty	The manufacturer offers a 2 year replacement warranty (conditions apply)
General Exhaust Fan Advice	It is recommended to achieve a minimum of 15 air changes per hour in a bathroom to remove excess moisture., To work this out, calculate the volume of air in the room ( length x width x height, all in meters) and multiply this by the number of air changes to get the required air volume of the fan.