267 m3/hr

Vortice CA External Wall Mounted Exhaust Fan 125

Vortice CA External Wall Mounted Exhaust Fan 125 - Image 2

Vortice CA External Wall Mounted Exhaust Fan 125

Name: Vortice CA External Wall Mounted Exhaust Fan 125
SKU: EWVOCA2
Availability: InStock
Rating: 4.00 (1 reviews)

Rated 4 out of 5 based on 1 customer rating

(1 customer review)

$539.00

The Vortice CA 125 Wall Exhaust Fan is an ideal solution for instances where centralised extraction is necessary for more that one room in a particular space. It features two speed options and it’s P04 Pressed Steel enclosure is coated with long-life polyester paint.

IN STOCK – Typically dispatches within 3 business days.

SKU: EWVOCA2 Categories: Externally Mounted Wall Exhaust Fans, Vortice Exhaust Fans, Wall Exhaust Fans

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The Vortice CA External Wall Mounted Exhaust Fan utilises a high quality motor and is ideal when more than one room requires centralised extraction. Ideal for domestic use including kitchens, bathrooms, cellars and storage areas as well as workplaces, fitness centres, bars, shops and canteens. The Vortice CA has a P04 pressed steel outer enclosure with a polyester paint finish meaning not only is it long-life but resistant to atmospheric agents.
This exhaust fan has a 2 speed AC motor with thermal overload cutout and shaft turning in ball bearings, coupled to backward curved impeller. There is also an automatic close function which prevents air returning to the room.

Manufacturers Part Number	VORTICE CA 125 WE D
Capacity (m3/hr)	0267 m3/hr
Capacity (l/s)	74.2 l/s
Current	0.21A
Noise Level	45.9 dB(A)
IP Rating	IPX5
Duct Size	125mm
Material	Metal
Installation	This fan requires hardwiring by an electrician
Manufacturer	Vortice
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.