SM Silent Eco Mixflow EC Motor In Line Fan 200mm with lead & plug

Name: SM Silent Eco Mixflow EC Motor In Line Fan 200mm with lead &amp; plug
SKU: EXHGHDE200
Price: 549.00 AUD
Availability: InStock

$549.00

The Fanco SM Silent Eco mixflow 200 inline fan (EXHGHDE200) is a top performing inline fan that excels in offering strong air extraction (1250m3/hr) with lower noise output. Powered by a quality EC motor, this model ensures a strong and quiet performance against pressure as illustrated by the pressure curves (see image gallery). The SM Silent Eco 200 excels in long duct runs making this model more than capable for heat transfer or sub-floor ventilation systems.

This fan does not have a speed switch & has not been formally tested for official noise levels.

SKU: EXHGHDE200 Categories: Fanco Exhaust Fans, Inline Fans, Mixed Flow Inline Fans, SM Silent Mixflow In Line Fans

The SM Silent Eco Mixflow In Line (EXHGHDE200) is a high quality performance exhaust fan that has been specifically engineered to perform in long duct installations at a reduced noise level. This SM Silent Eco Mixflow is efficient in operation thanks to its EC motor and is wrapped in a sound absorbing insulation which is contained within a plastic housing for a lower noise level when in use.

The central motor can be removed from the mounting bracket as shown in the diagram.

Please Note: A maximum temperature of transferred air 60°. This inline fan is designed for indoor application with the ambient temperature ranging from +1°C up to 40° C & relative humidity up to 80%.

Manufacturers Part Number	EXHGHDE200
Colour	Black
Capacity (m3/hr)	1250 m3/hr
Capacity (l/s)	347.22 l/s
Current	1.05A
IP Rating	IP44
Duct Size	200mm
Material	Plastic
Installation	This fan comes with a lead and plug for connection to a powerpoint.
Manufacturer	Fanco
Warranty	1 year replacement warranty
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.