Hitecsa ADVANCE EWMIM 120 Mode D'emploi page 213

EWMIMH HEATING PUMP
Fan coil application
Nominal cooling capacity
Nominal cooling capacity EN 14511:2018
EER EN 14511:2018
Nominal heating capacity
Nominal heating capacity EN 14511:2018
COP EN 14511:2018
Radiant application
Nominal cooling capacity
Nominal cooling capacity EN 14511:2018
EER EN 14511:2018
Nominal heating capacity
Nominal heating capacity EN 14511:2018
COP EN 14511:2018
Energy class
Sound pressure
Sound power
Compressor
Fans
Heat exchanger water content
Water storage tank content
Heat exchanger nominal flow water side
Residual head (P0/ASP0 set-up)
Residual head (PI0/ASPI0 set-up)
Residual head (P1/ASP1 set-up)
Amount of R410A refrigerant
Total oil charge of compressors
Oil type
Electrical data
Absorbed power in summer mode
Absorbed power in winter mode
Absorbed power in summer mode
Absorbed power in winter mode
Pump absorbed power (P0/PI0-ASP0/ASPI0)
Pump absorbed power (P1/ASP1)
Electrical power supply
Auxiliary power supply
Nominal current
Maximum current
Pump absorbed current (P0/PI0-ASP0/ASPI0)
Pump absorbed current (P1/ASP1)
Dimensions
Width P0/PI0/P1
Width ASP0/ASPI0/ASP1
Height P0/PI0/P1
Height ASP0/ASPI0/ASP1
Depth P0/PI0/P1
Depth ASP0/ASPI0/ASP1
Water connections
EWMIMH HEATING PUMP
(1) At the following conditions: condenser inlet air temperature 35°C; cooled water
temperature 7°C; temperature differential at the evaporator 5 K; fouling factor equal
to 0.35x10-4 m2 K/W.
(2) At the following conditions: evaporator inlet air temperature 7°C B.S., 6°C B.U.;
hot water temperature 45°C; condenser temperature differential 5 K; fouling factor
equal to 0.35x10-4 m2 K/W.
(3) At the following conditions: condenser inlet air temperature 35°C; cooled water
temperature 18°C; temperature differential at the evaporator 5 K; fouling factor equal
to 0.35x10-4 m2 K/W.
(4) At the following conditions: evaporator inlet air temperature 7°C B.S., 6°C B.U.;
hot water temperature 35°C; condenser temperature differential 5 K; fouling factor
equal to 0.35x10-4 m2 K/W.
(5) Sound pressure level in dB(A) referring to a 5 m distance from the unit, in
free field and directionality factor equal to Q=2 (P0/PI0/ASP0/ASPI0 set up)
IOM_EWMIM-EWMIMH_120a262_207984_200601_ES-EN-FR-DE-IT
Weight
120
(1) 18,4
kW
(1) (*) 18,5
kW
(1) (*) 2,70
(2) 20,1
kW
(2) (*) 20
kW
(2) (*) 3,25
(3) 22,5
kW
(3) (*) 22,6
kW
(3) (*) 3,74
(4) 21,2
kW
(4) (*) 21,1
kW
(4) (*) 4,06
(§) A++
47
(5) (A)
dB(A)
(6) (A) 73
dB(A)
2x0,3
n°xKw
1,5
l
110
l
3200
(1)
l/h
(1) 77/74
kPa
(1) 83/80
kPa
(1) 150/148
kPa
2,73
Kg
1,22
Kg
PV
120
(1) (●)
kW 6,7
(2) (●)
kW 6,0
(3) (●)
kW 5,9
(4) (●)
kW 5,1
kW 0,3
kW 0,6
V-ph-Hz
V-ph-Hz
A 11,4
(■)
A 14,8
A 1,37
A 2,72
120
mm 1522
mm 1625
mm 1280
mm 1590
mm 600
mm 600
Ø "
1
1/2
120
(*)(*) kg 240
(6) Sound power level in dB(A) on the basis of measurements taken in accordance
with UNI EN-ISO 9614 and Eurovent 8/1 Standards.
SI Inverter regulated scroll (variable speed)
(■) Current absorbed by compressors and fans
(●) Power absorbed by compressors and fans
(*) The data according to EN 14511 refer to the P0/PI0/ASP0/ASPI0 set up. Refer to
the "UpToDate" software for information relating to the P1/ASP1 set up
(**) Version P0. For other versions see section "Accessories weight". Weight
including packaging.
(O) With the SIL accessory, the value decreases by 1dB(A)
The refrigerant charge values are indicative. Refer to the serial number plate
215
ADVANCE
125 130
24 28,2
24,1 28,3
2,75 2,71
25,7 30,5
25,6 30,4
3,27 3,20
27,9 33,0
28,0 33,1
3,83 3,78
26,3 30,8
26,1 30,7
4,07 4,03
A+ A++
50 51
76 77
1
2x0,3 2x0,3
1,9 1,9
110 110
4100 4800
80/76 67/62
87/83 73/69
137/134 137/133
3,75 4,45
1,48 1,48
PVE PV
125 130
8,7 10,4
7,8 9,4
7,2 8,7
6,4 7,5
0,3 0,3
0,6 0,6
400-3+N-50
230-1-50
14,9 17,8
22,2 23,4
1,37 1,37
2,72 1,58
125 130
1522 1522
1625 1625
1280 1280
1590 1590
600 600
600 600
" "
1 1
1/2 1/2
125 130
260 270