Technical data of the PHV DXE NT
|
|
|
| |
|
|
|
|
Type |
Dimensions
L x W x H
(mm) |
Mains voltage
(V, phase, Hz) |
Heating
capacity
(kW) |
COP |
Power consumption
per phase
(A) |
PHV1500DXE NT HO |
1746 x 377 x 255 |
380-415, 3, 501 |
Low 8,3
High 14,3 |
3.7
2.5 |
14,82 |
PHV2000DXE NT LO |
2296 x 377 x 255 |
380-415, 3, 501 |
Low 7,9
High 14,1 |
3.7
2.9 |
15,73 |
PHV2000DXE NT HO |
2296 x 377 x 255 |
380-415, 3, 501 |
Low 11,2
High 21,2 |
3.2
2.4 |
15,73 |
Type |
Max. air ejection
velocity
(m/s) |
Max. air flow rate
(m3/h) |
Gewicht
(kg) |
Noise level
dB(A)4 |
PHV1500DXE NT HO |
9.0 |
2660 |
60 |
60 |
PHV2000DXE NT LO |
9.5 |
3810 |
78 |
61 |
PHV2000DXE NT HO |
9.5 |
3470 |
80 |
61 |
| |
|
|
|
|
1 Power supply with backup electric heating deactivated 220-240 V, 1 phase, 50 Hz
2 Operating current with backup electric heating deactivated 1.8 A
3 Operating current with backup electric heating deactivated 2.7 A
4 Measured at a distance of 3 metres |
|
|
 |
 |
We want to cut carbon emissions …
more |
 |
Heat pumps achieve the seemingly impossible … more |
 |
Heat pumps are in many ways superior to conventional heating systems … more |
|
|
