31
Aquarea air / water heat pump – design handbook 07 / 2014
Products, functions and technical data
Bi-Bloc system
Technical data
Bi-Bloc system
Series
Aquarea LT
Aquarea LT
Aquarea T-CAP
Aquarea HT
Phases
single phase
three phase
single phase
three phase
single phase
three phase
1
Hydromodule
Model
WH-SDF03E3E5*
WH-SDC03E3E5*
WH-SDF05E3E5*
WH-SDC05E3E5*
WH-SDC07F3E5*
1
WH-SDC09F3E5*
1
WH-SDC12F6E5*
1
WH-SDC14F6E5*
1
WH-SDC16F6E5*
1
WH-SDC09F3E8*
1
WH-SDC12F9E8*
1
WH-SDC14F9E8*
1
WH-SDC16F9E8*
1
WH-SXC09F3E5*
1
WH-SXC12F6E5*
1
WH-SXC09F3E8*
WH-SXC12F9E8*
WH-SXC16F9E8*
WH-SHF09F3E5*
1
WH-SHF12F6E5*
1
WH-SHF09F3E8*
1
WH-SHF12F9E8*
1
Output capacity
Heating capacity A-15 / W35
kW
3 .2
4 .2
4 .29
5 .9
9
9 .73
10 .24
8 .0
8 .66
9 .39
10 .54
9 .03
12 .06
8 .69
12 .32
15 .89
9 .02
11 .2
9
12
Power consumption A-15 / W35
kW
1 .39
1 .94
1 .88
2 .5
3 .55
3 .9
4 .24
3 .13
3 .44
3 .8
4 .6
3 .64
4 .99
3 .35
5 .20
6 .70
3 .82
5 .21
3 .75
5 .58
Coefficient of performance A-15 / W35
–
2 .3
2 .16
2 .28
2 .36
2 .54
2 .49
2 .42
2 .55
2 .52
2 .47
2 .29
2 .48
2 .42
2 .60
2 .37
2 .37
2 .41
2 .18
2 .4
2 .15
Heating capacity A-7 / W35
kW
3 .2
4 .2
5 .75
6 .55
10 .74 11 .55 12 .28
9 .49
10 .07
10 .86
12 .01
9 .31
12 .63
8 .88
11 .77
15 .75
9 .31
11 .91
9
12
Power consumption A-7 / W35
kW
1 .19
1 .62
1 .99
2 .38
3 .58
3 .96
4 .32
3
3 .53
3 .93
4 .51
3 .27
4 .62
3 .03
4 .42
6 .04
3 .35
4 .65
3 .33
4 .8
Coefficient of performance A-7 / W35
–
2 .69
2 .59
2 .89
2 .75
3
2 .91
2 .84
3 .16
2 .85
2 .76
2 .66
2 .84
2 .73
2 .93
2 .67
2 .61
2 .84
2 .61
2 .7
2 .5
Heating capacity A2 / W35
kW
3 .2
4 .52
6 .55
6 .7
11 .4
12 .4
13
9
11 .4
12 .07
13 .26
9 .16
11 .73
8 .85
11 .29
15 .92 / 9 .49²
9
12
9
12
Power consumption A2 / W35
kW
0 .9
1 .35
1 .96
2 .14
3 .31
3 .69
3 .96
2 .53
3 .31
3 .7
4 .09
2 .5
3 .42
2 .31
3 .25
5 .00 / 2 .58²
2 .61
3 .68
2 .61
3 .68
Coefficient of performance A2 / W35
–
3 .56
3 .35
3 .34
3 .13
3 .44
3 .36
3 .28
3 .59
3 .44
3 .26
3 .24
3 .67
3 .43
3 .82
3 .47
3 .18 / 3 .68²
3 .45
3 .26
3 .45
3 .26
Heating capacity A7 / W35
kW
3 .2
5
7
9
12
14
16
9
12
13
15 .83
9 .23
12 .14
8 .96
11 .74
16
9
12
9
12
Power consumption A7 / W35
kW
0 .64
1 .08
1 .57
2 .18
2 .53
3 .07
3 .74
1 .86
2 .51
2 .94
3 .82
1 .89
2 .53
1 .77
2 .49
3 .74
1 .94
2 .69
1 .94
2 .69
Coefficient of performance A7 / W35
–
5
4 .63
4 .46
4 .13
4 .74
4 .56
4 .28
4 .84
7 .74
4 .42
4 .14
4 .89
4 .79
5 .06
4 .71
4 .28
4 .64
4 .46
4 .64
4 .46
Heating capacity A2 / W55
kW
3 .2
4 .1
6
9 .1
9 .5
9 .8
9 .8
8 .8
9 .1
9 .5
9 .8
9
12
9
12
16
9
10 .8
9
10 .8
Power consumption A2 / W55
kW
1 .49
2 .07
3 .16
4 .18
4 .4
4 .55
4 .55
3 .98
4 .18
4 .4
4 .55
4 .11
5 .51
4 .07
5 .47
7 .5
3 .92
4 .9
3 .91
4 .7
Coefficient of performance A2 / W55
–
2 .15
1 .98
1 .9
2 .18
2 .16
2 .15
2 .15
2 .21
2 .18
2 .16
2 .15
2 .19
2 .18
2 .21
2 .19
2 .13
2 .3
2 .2
2 .3
2 .3
Cooling capacity A35 / W7
kW
–
3 .2
–
4 .5
6
7
10
11 .5
12 .2
7
10
11 .5
12 .2
7
10
7
10
12 .2
–
–
–
–
Power consumption A35 / W7
kW
–
1 .04
–
1 .67
2 .28
2 .88
3 .65
4 .36
4 .76
2 .21
3 .51
4 .4
4 .8
2 .25
3 .6
2 .21
3 .56
4 .76
–
–
–
–
Coefficient of performance (EER) A35 / W7
–
–
3 .08
–
2 .69
2 .63
2 .43
2 .81
2 .64
2 .56
3 .17
2 .85
2 .61
2 .54
3 .11
2 .78
3 .17
2 .81
2 .56
–
–
–
–
Unit data
Dimensions (H × W × D)
mm
892 × 502 × 353
892 × 502 × 353
Weight
kg
43
44
43
44
43
43
45
45
46
45
46
52
52
48
51
45
46
47
46
47
47
48
Water-side connection
inch AG
R 1¼
R 1¼
Pump – speed stepping
3
7
Pump – power consumption (max.)
W
25
29
63
96
60
76
105
42
60
76
105
96
60
54
60
82
54
60
54
60
Volumetric flow rate of heating circuit for
A7 / W35 / 30
l / min
9 .2
14 .3
20 .1
25 .8
34 .4
40 .1
45 .9
25 .8
34 .4
40 .1
45 .9
25 .8
34 .4
25 .8
34 .4
45 .9
25 .8
34 .4
25 .8
34 .4
Minimum circulation
l / min
5
10
10
13
13
10
19
10
19
Safety valve (open / closed)
bar
3 / ≤ 2.65
3 / ≤ 2.65
Electric
Capacity of the additional electric heater
kW
3
6
3
9
3
6
3
9
9
3
6
3
9
Power consumption (heating / cooling)
kW
2 .35
2 .59
4 .59
5 .01
5 .3
5 .52
5 .74
4 .9
5 .85
6 .25
6 .59
5 .41
6 .27
6 .85
7 .91
10 .27
6 .09
6 .2
6 .67
7 .07
Operation and starting current (heating / cooling)
A
3
5
7 .2
10
16
19 .5
21 .3
3 .4
5 .3
6 .6
7 .2
10 .4
16 .7
3 .4
5 .4
7 .2
9 .3
12 .9
3
4 .2
Power supply 1 (current consumption)
A
11
12
21
22 .9
24
25
26
11 .8
8 .8
9 .4
9 .9
25
29
14 .7
11 .9
15 .5
28 .5
29
14 .5
10 .8
Power supply 1 (frequency / voltage)
Hz / V
50 / 230
50 / 400
50 / 230
50 / 400
50 / 230
50 / 400
Power supply 2 (current consumption)
A
26
26
13
26
13
26
13
13
26
13
Power supply 2 (frequency / voltage)
Hz / V
50 / 230
50 / 230
50 / 400
50 / 230
50 / 400
50 / 230
50 / 230
50 / 400
Panasonic measurement data in accordance with EN 14511-2. The data is to be considered as guidance values and not as a performance guarantee
* Devices have a high efficiency pump and fulfil the criteria of the Ecodesign Directive valid from 2015 for energy-related products (ErP)
1
Preliminary data
Panasonic measurement data in accordance with EN 14511-2. The data is to be considered as guidance values and not as a performance guarantee
* Devices have a high efficiency pump and fulfil the criteria of the Ecodesign Directive valid from 2015 for energy-related products (ErP)
1
Preliminary data
2
According to EHPA test regulation > 60 %
