Elicent E-Style PRO 120 Ceiling/Wall Exhaust Fan – White

Name: Elicent E-Style PRO 120 Ceiling/Wall Exhaust Fan - White
SKU: EMELESB120WH
Availability: InStock

$109.00

This Italian-made exhaust fan features a sleek, slim-line design that complements any space. Its versatile mounting options allow for both wall and ceiling installation, ensuring flexibility. Designed for a 125mm cut-out, it offers easy installation and delivers an extraction rate of 165m³/hr, ideal for medium spaces. With a 36.7dB(A) noise level and a built-in back draft shutter to keep warm air in and block outside air, as well as a convenient running light on the face cover. Additionally, it supports a 125mm duct connection for enhanced airflow if needed.

IN STOCK – Typically dispatches within 3 business days

SKU: EMELESB120WH Categories: Ceiling Exhaust Fans, E-Style Pro Exhaust Fans, Elicent, Elicent Exhaust Fans, Wall Exhaust Fans

Elicent E-Style PRO 120 Features :

The E-Style Elicent Exhaust Fan is an Italian-made wall or ceiling exhaust fan. The E-style models have a built-in back draft shutter and a running light on the face cover.

Installation	Wall / Ceiling
Hole Size	125mm
Extraction Rate	165 m3/hr
Noise	36.7 dB(A)
Motor Wattage	15w
Ductable	Yes – 125mm diameter

Easy to install
European slim-line design
Supplied with back-draft shutters to prevent air from moving back into the room
Quiet operation – innovative impellers permit limited noise level

Manufacturers Part Number	2MU7296
Colour	White
Capacity (m3/hr)	0165 m3/hr
Capacity (l/s)	45.83 l/s
Noise Level	36.7 dB(A)
IP Rating	IPX4
Ceiling Hole Size	ø 125mm
Wall Hole Size	ø 125mm
Duct Size	125mm
Material	Plastic
Installation	This fan requires hardwiring by an electrician
Manufacturer	Elicent
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.