Ceiling fan DVL 140/140 K
REMKO DVL SERIES Ceiling fans as a supplement to hot air heating systems
| Variant | EDV-Nr. | Air circulation |
|---|---|---|
| DVL 140 | 570400 | 15.000 m³/h |
| DVL 140 K | 570401 | 15.000 m³/h |
REMKO DVL SERIES Ceiling fans as supplement for hot air heating systems
Ceiling fans for reducing energy costs
Thermal dynamic pushes heat upward.
Result: Unused quantities of heat dam up near the ceiling. With the REMKO DVL 140 ceiling fan, this lost heat potential can be retrieved from the ceiling and returned to the work area. Valuable thermal energy is saved by this type of "heat recovery."
- High ventilation capacity
- Long service life
- Quiet operation
- Low energy costs
- Single-phase a.c. motor, maintenance-free and malfunction-free for continuous operation
- White housing, stove enamelled
- Vibration-damping pendulum pipe suspension for low-vibration operation
- Easy to assemble
- Adjustable rotation speed (optional)
Based on the natural lift of hot air, most of the energy remains under the ceiling.
Through the use of a DVL ceiling fan, the warm air will be pushed downwards, constantly.
Technical data
| Variant | DVL 140 | DVL 140 K |
|---|---|---|
| Air volume | 15.000 m³/h | 15.000 m³/h |
| Revolutions per minit (RPM) | 300 rpm | 300 rpm |
| Air flow range | 10 m | 10 m |
| Sound pressure level | 52 dB(A) | 52 dB(A) |
| Power supply | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz |
| Electr. nominal power consumption | 0,075 kW | 0,075 kW |
| Electr. nominal current consumption | 0,35 A | 0,35 A |
| Fan blade diameter | 1.420 mm | 1.420 mm |
| Height DVL | 690 mm | 440 mm |
| Weight | 9,50 kg | 9,00 kg |
Accessories / Spare parts
Für dieses Gerät stehen kein Ersatzteile zur Verfügung.
Downloads
Pictures 
REMKO DVL 140 jpg, 0.1 MB
Heat requirement chart for heating systems
The diagram allows you to quickly determine the necessary heating power requirements of the hot air heating system to be used. It is based on a rough heat demand estimate for factories and similar buildings.
Heat requirement chart Determination of the necessary heating output
