VK Centrifugal Inline Fan 150mm

Name: VK Centrifugal Inline Fan 150mm
SKU: EXVUVP150
Availability: InStock
Rating: 5.00 (1 reviews)

IN STOCK | Typically dispatches within 1-2 business days

Rated 5.00 out of 5 based on 1 customer rating

(1 customer review)

$219.00

SKU: EXVUVP150 Categories: Centrifugal Fans, Fanco, In Line Fans, Inline Exhaust Fans

Capacity: 460 m3/hr (127.88 l/s)
Motor Type: Centrifugal
Ductable: Yes (150mm duct diameter)
View full technical specs further down the page

The Fanco VK Plastic Inline Fan is a quality inline fan that is normally ducted and may be used for exhaust, air transfer, and other applications.

Need Accessories? – Scroll to the bottom of the page to view suitable accessories, including ducting and vents.

The Fanco VK Plastic Inline fan casing is made of high-quality, durable ABS plastic. The VK inline fan is also equipped with a waterproof terminal box. The corrosion-resistant plastic casing makes this centrifugal inline fan perfect for installation in humid premises such as bathrooms, kitchens, etc.

It is available in three sizes (100mm, 150mm, and 200mm) and is a long-life, continuous-rated motor with an IP X4 rating. This inline fan is the 150mm model, compatible with 150mm ducting. The package includes mounting brackets, which make installation easy and convenient.

Manufacturer	Fanco
Model Number	VK 150
Material	Plastic
Capacity (m3/hr)	460 m3/hr
Capacity (L/S)	127.77 L/S
Motor Type	Centrifugal
Recommended Room Size (Based on Achieving 15 air changes per hour)	30.6 m3
Noise Level	46 dB(A)
IP Rating	IPX4
Voltage	230
Installation	This fan requires hardwiring by an electrician
Duct Size	150mm
Motor Power (Wattage)	80w
Motor RPM	2725
Max Temperature of Transferred Air	55 °C
Warranty	Fanco – The manufacturer offers a 2 year replacement warranty (conditions apply)
Capacity Disclaimer	All capacity figures and technical data quoted is provided by the manufacturer, Capacity figures are based on the unit freeflowing (not connected to ducting). If you are ducting this unit it is advisable to keep the duct run as short, straight and tight as possible