Ventair Mixflow Inline Fan 200

Name: Ventair Mixflow Inline Fan 200
SKU: EXVEMX200
Price: 289.00 AUD
Availability: OutOfStock

Original price was: $329.00.Current price is: $289.00.

This Ventair Mixflow inline fan is a quality inline fan that is typically ducted. It is usually used for exhaust, air transfer and other applications where mechanical ventilation is required. The fan features a premium long life ball bearing motor designed for quiet room to room air transfer or extraction thats also ideal for multiple inlets. The Ventair Mixflow is rated to 80,000 continuous runtimes and an integrated energy saving back draft stopper thats also ideal for long draft runs. The fan has 2 speeds with a high/low external switch and features a plug and lead for easy installation.

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CUSTOMER NOTICE – This product is currently out of stock & not available for purchase. If you need some advice on alternatives please contact us.

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SKU: EXVEMX200 Categories: Inline Fans, Mixed Flow Inline Fans, Ventair Exhaust Fans

• Commercial grade performance

• Integrated energy saving backdraft shutter

• Ideal for Hot/Cold air transfer

• Powerful long life ball bearing motor

• 2 speeds High/Low External switch

• Plug and lead included

• High static pressure makes it ideal for longer duct runs

• Rated to 80,000 hrs continuous runtime

• Rated to 30,000 start cycles

	High Speed	Low Speed
Extraction Rate (m3/hr)	852	753
Motor Power (Watts)	130	105
Noise Level (dBA)	53	45
Speed (RPM)	2500	2200

Manufacturer	Ventair
Manufacturers Part Number	VMFIL200
Colour	Grey
Capacity (m3/hr)	852 mr/hr
Capacity (l/s)	236.67 L/S
Noise Level	53 dB(A)
IP Rating	IPX4
Duct Size	200mm
Material	Plastic
Installation	This fan comes with a lead and plug for connection to a powerpoint.
Warranty	Ventair: The manufacturer offers a 5 year warranty on the motor (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.