Ventair DC3 Ceiling Fan with Wall Control – 48″ (White)
$265.00
The Ventair DC3 ceiling fan with DC motor and wall control is a modern 48″ diameter fan. Its unique design makes a great addition to any interior. It is extremely quiet and on the lowest speed, utilising a minimal 2.2w, making it an incredibly cost-efficient option. Along with its intelligent energy-saving technology, this fan comes with a 5-speed wall control. The high airflow performance and efficient usability make it a very popular choice for any interior or outdoor undercover areas.
Includes Wall Controller: This kit comes with a wall controller for your convenience. Please note that while the standard remote control is still included in the box, it cannot be used simultaneously with the wall switch.
Ventair DC3 Information
| Installation | Indoor & Outdoor Undercover |
|---|---|
| Light | Not Included |
| Material of Blade | Glass Fibre Composite |
| Overall Diameter (blade tip to blade tip) | 122cm (48″) |
| Approximate Blade Pitch | Dynamic Curve |
| Type of Motor | DC motor |
| Operation | Wall Control |
| Summer / Winter use? | Reversible from wall control |
| Ceiling to Lowest Point of Blade | 300mm (341mm to base of motor) |
| Suitable for Angled Ceilings? | Suitable for angled ceilings up to 15 degrees |
| Brand | Ventair |
| Manufacturers Part Number | DC31203WH + DC3WCM-2 (DC31203WHWC) |
| Warranty | Ventair: 2 year in home warranty + 3 year motor replacement warranty |
Ventair DC3 Performance Data
| Speed | RPM | Wattage | Airflow |
|---|---|---|---|
| 1 | 72 | 2.2 | Not Tested |
| 2 | 110 | 5 | Not Tested |
| 3 | 147 | 9 | Not Tested |
| 4 | 175 | 15 | Not Tested |
| 5 | 214 | 26 | 13,580 m3/hr |
Delivers a powerful maximum airflow of 13,580 m3/hr, driven by an aerodynamic “Dynamic Curve” blade design. With five adjustable speeds ranging from 72 to 214 RPM, it provides precise cooling that remains whisper-quiet even at high capacity. Its reversible motor ensures year-round utility, offering a direct cooling breeze in summer and efficient heat circulation during winter.
