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2. TECHNICAL SPECIFICATIONS
2.1 Heat pump technical data
Models
Supply voltage
Refrigerant
Load
Mass in teqCO
2
Leak check frequency
Min--Max heating capacity
Min--Max electric input power
Min--Max continuous current rating
Max--Min continuous power (COP) (a)
Min--Max heating capacity
Min--Max electric input power
Max--Min continuous power (COP)
Maximum continuous current
Fuse rating
Circuit-breaker curve D
Starting current
Hydraulic connection
Nominal water flow (a)
Max. loss of head on water
Compressor
Type
Quantity
Coil resistance at 20°C
Fan
Quantity
Diameter
Number of blades
Motor
Quantity
Rotation speed
Silent mode speed
Sound pressure level at 1 metre
Sound pressure level at 10 metres
Unit's net dimensions (L-W-H)
Weight
(a) Dry air 27°C - Relative humidity 78% - Water inlet temperature 26°C.
(b) Dry air 15°C - Relative humidity 71% - Water inlet temperature 26°C
4
I-KOMFORT
V
/
kg
/
/
kW
(a)
kW
(a)
A
(a)
/
kW
(b)
kW
(b)
/
(b)
A
aM
D
A
mm
m
/h
3
kPa
/
/
/
Ohm
/
mm
/
/
/
rpm
rpm
dB(A)
dB(A)
mm
kg
IKOMFORTRC700 IKOMFORTRC900 IKOMFORTRC1200 IKOMFORTRC1700
220V-240V
0.350
0.430
0.24
0.29
No specific frequency, but an annual check is recommended
1.62--7.33
2.18--8.97
0.15--1.17
0.17--1.54
1.15--5.32
1.27--6.91
11.04--6.30
12.77--5.81
1.44--5.36
1.58--6.94
0.24--1.14
0.27--1.53
5.98--4.69
5.82--4.53
6.4
8.4
8
10
8
10
< maximum continuous current
3.10
3.80
2.3
2.9
Mitsubishi DC Inverter
Twin rotary
1.91
405
600--700
600--800
400
400
46,2
44,9
28,8
27,5
1040/425/615
42
45
/1ph/50Hz
R32
0.480
0.32
1.97--11.66
0.16--1.99
1.08--8.96
12.57--5.84
1.79--8.62
0.290--1.90
6.17--4.52
10.9
16
16
50 mm
4.90
6.4
1
Axial
1
3
DC Inverter
1
850--950
400
48,8
31,4
46
0.650
0.44
2.85--17.06
0.26--3.13
1.41--13.69
11.08--5.45
2.74--13.08
0.428--2.97
6.40--4.40
16.6
20
20
7.30
6.7
Highly DC
Inverter
Twin rotary
0.788
510
600--850
300
45,7
28,8
1130/460/780
60
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