Technical Data - Riello NexPolar Series Instructions For Installation, Use And Maintenance Manual
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NexPolar
Technical Data
Model
Performance in heating mode
Nominal capacity (1)
Power consumption (1)
COP (1)
Nominal capacity (2)
Power consumption (2)
COP (2)
Nominal capacity (3)
Power consumption (3)
COP (3)
Nominal capacity (4)
Power consumption (4)
COP (4)
Nominal capacity (5)
Power consumption (5)
COP (5)
Nominal capacity (6)
Power consumption (6)
COP (6)
Capacity (7)
COP (7)
Performance in cooling mode
Nominal capacity (8)
Power consumption (8)
EER (8)
Nominal capacity (9)
Power consumption (9)
EER (9)
ESEER (9)
Generalities
Sound pressure in heating mode
Sound pressure in cooling mode
Compressor
R410a refrigerant charge **
Empty weight
Number of fans
Fan diameter
Water circuit
Static pressure available
Expansion tank capacity
Expansion tank pre-charge
System minimum water volume
System maximum water volume *
Machine water volume
Maximum operating pressure
Minimum filling pressure
Hydraulic connections diameter
* For greater water volumes it is necessary to provide an additional expansion tank
** The value of the refrigerant charge is indicative. The correct value is indicated on the technical data plate.
Reference conditions
Note / Note
1
outdoor temperature d.b. + 7 °C / w.b. + 6°C, water 35 - 30 °C.
2
outdoor temperature + 7 °C / w.b. + 6°C, water 45 - 40 °C.
3
outdoor temperature d.b. + 2 °C / w.b. +1°C, water 35 - 30 °C.
4
outdoor temperature d.b. + 2 °C / w.b. +1°C, water 45 - 40 °C.
5
outdoor temperature d.b. + 7 °C / w.b. + 6°C, water 55 °C.
6
outdoor temperature d.b. + 7 °C / d.b. + 6°C, water 47 - 55 °C. EN 14511
7
outdoor temperature -7 °C, water 35 °C (with rated water flow)
8
outdoor temperature d.b. +35 °C / w.b. +24°C, water 18 - 23 °C.
9
outdoor temperature d.b. +35 °C, water 7 - 12 °C.
d.b.
dry bulb
w.b. wet bulb
004 ME
006 ME
kW
5,76
4,07
kW
1,35
0,98
4,28
4,15
kW
5,76
3,87
kW
1,89
1,19
3,05
3,26
kW
3,8
3,5
kW
1,23
1,13
3.1
3.1
kW
3,7
3,4
kW
1,42
1,31
2,6
2,6
kW
5,4
4,1
kW
2,09
1,51
2,58
2,71
kW
5,43
4,27
kW
1,95
1,46
2,77
2,92
kW
1,50
1,06
2,82
2,75
kW
7,04
4,93
kW
1,90
1,17
3,7
4,2
kW
4,73
3,33
kW
1,58
1,10
3
3,02
4,51
4,36
dB(A)
42
42
dB(A)
44
44
ROTARY DC INV.
kg
1,35
1,195
kg
61
57
n
1
1
mm
495
495
kPa
60
60
l
2
2
kPa
200
200
l
21
14
l
65
65
l
0,8
0,8
kPa
300
300
kPa
120
120
Inches
1M
1M
008 ME
012 ME
7,16
11,86
1,80
3,00
3,97
3,95
7,36
12,91
2,31
4,26
3,19
3,03
4,1
8
1,31
2,6
3.1
3.1
3,9
8
1,48
3,08
2,6
2,6
6,7
11,5
2,91
4,64
2,3
2,48
7,25
10,87
2,58
4,05
2,81
2,68
1,86
4,68
2,81
2,70
7,84
13,54
1,96
3,70
3,99
3,66
5,84
10,24
1,96
3,46
2,98
2,96
4,15
4,22
44
47
45
48
TWIN ROTARY DC INVERTER
1,81
2,45
69
104
1
2
495
495
56
70
2
3
200
200
28
42
65
95
1,0
2,3
300
300
120
120
1 M
1 M
Sound pressure measured in a hemispheric field
4 metres in front of the fan.
Unit performances have been provided in refer-
ence to Directive UNI EN 14511:2011.
Fouling factor: 0.18 x 10-4 (m
10
015 ME
012 TE
015 TE
14,46
12
15
3,54
2,79
3,57
4,09
4,30
4,20
13,96
11,2
14,5
4,32
3,34
4,39
3,23
3,35
3,30
10,2
8,55
9,5
3,29
2,69
3,02
3.1
3,17
3,15
10,2
7,5
9,3
3,92
2,78
3,50
2,6
2,70
2,65
11,7
11,05
12
4,18
3,95
4,21
2,8
2,80
2,85
12,36
11,43
12,17
4,09
3,66
4,08
3,02
3,12
2,98
4,78
4,78
4,78
2,75
2,75
2,75
16,04
13,5
16
4,17
3,25
4,20
3,85
4,15
3,81
13,04
10,2
13
4,42
3,40
4,47
2,95
3
2,91
4,31
4,40
4,31
48
48
48
49
49
49
3,39
3,385
3,385
112
116
116
2
2
495
495
495
58
70
55
3
3
200
200
200
49
42
49
95
95
95
2,3
2,3
2,3
300
300
300
120
120
120
1 M
1M
1M
K)/W.
2
2
3
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