Hitecsa ADVANCE EWMIM 120 Mode D'emploi page 214

EWMIM COOLING ONLY
Fan coil application
Nominal cooling capacity
Nominal cooling capacity EN 14511:2018
EER EN 14511:2018
Radiant application
Nominal cooling capacity
Nominal cooling capacity EN 14511:2018
EER EN 14511:2018
Sound pressure
Sound power
Compressor
Fans
Heat exchanger water content
Heat exchanger nominal flow water side
Nominal pressure drops on the water side exchanger
Residual head (P1/PI1 set-up)
Residual head (P2/PI2 set-up)
Residual head (ASP1/ASPI1 set-up)
Residual head (ASP2/ASPI2 set-up)
Nominal thermal potential RC100
Nominal flow rate/pressure drop RC100
Nominal thermal potential DS
Nominal flow rate/pressure drop DS
Tank water content
Amount of R410A refrigerant
Total oil charge of compressors
Oil type
Electrical data
Absorbed power in summer mode
Absorbed power in summer mode
Pump absorbed power (P0/PI0-ASP0/ASPI0)
Pump absorbed power (P1/ASP1)
Electrical power supply
Auxiliary power supply
Nominal current
Maximum current
Starting current
Pump absorbed current (P1/ASP1 / PI1/ASPI1)
Pump absorbed current (P2/ASP2 / PI2/ASPI2)
Dimensions
Width
Height
Depth
Water connections
Weight
EWMIM COOLING ONLY
(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.
(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.
(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)
(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.
(7) The value of the inrush current is valid upon activation of the second
compressor (fixed speed scroll) (only for 262)
SI Inverter regulated scroll (variable speed)
SF Fixed speed scroll
IOM_EWMIM-EWMIMH_120a262_207984_200601_ES-EN-FR-DE-IT
138
(1) 37,5
kW
(1) (*) 37,4
kW
(1) (*) 2,76
48,0
(3)
kW
(3) (*) 47,8
kW
(3) 3,25
(5) (A) 54
dB(A)
(6) (A) 80
dB(A)
1x0,61
n°xKw
3,8
l
(1) 6500
l/h
(1) 39
kPa
124
(1)
kPa
(1) 208
kPa
(1) 122
kPa
(1) 206
kPa
(±) 48,9
kW
(±) 3 8,4 / 59
m /h/kPa
11,2
(±)
kW
(±) 1,9 / 6
m 3 /h/kPa
80
l
8,41
Kg
3,23
Kg
PO
138
(1) (●)
kW 13,4
(3) (●)
kW 14,4
kW 1,04
kW 1,73
V-ph-Hz
V-ph-Hz
(■)
A 22,78
(■)
A 27,2
(■) (7)
A -
A 1,86
A 3,15
138
mm 1660
mm 1570
mm 1000
2"
Ø
138
kg 380
(±) Recovery unit heating capacity. Conditions referring to the unit
operating with chilled water temperature 7°C, differential temperature
due to evaporation of 5 K, hot water temperature produced equivalent
to 40/40°C (RC100) 45/45°C (DS). NB. With heat pumps operating in
winter mode with DC active, the heating capacity available is decreased
from the portion supplied to the desuperheater
(■) 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
(O) With the SIL accessory, the value decreases by 1dB(A)
The refrigerant charge values are indicative. Refer to the serial number
plate
216
ADVANCE
146 154
47,9 55,3
47,7 55,1
2,97 2,99
62,9 74,0
62,6 73,6
3,35 3,58
55 55
81 81
1 SI
2x0,61 2x0,61
3,8 4,4
8200 9500
60 47
98 107
180 188
95 101
176 183
60,7 70,3
10,4 / 95 12,1 / 72
14,3 16,5
2,5 / 9 2,8 / 10
150 150
6,90 18,37
3,53 3,53
POE PO
146 154
15,7 18,2
18,0 19,9
1,04 1,04
1,73 1,73
400-3+N-50
230-1-50
26,69 30,94
39,0 40,6
- -
1,86 1,86
3,15 3,15
146 154
2315 2315
1570 1570
1000 1000
2" 2"
146 154
460 510
262
62,8
62,6
2,75
74,1
73,8
3,12
56
82
1 SI + 1 SF
2x0,61
5,1
10800
40
111
193
105
187
81,7
14,1 / 58
18,8
3,2 / 25
150
18,70
6,64
POE
262
22,5
23,2
1,04
1,73
38,25
52,7
147
1,86
3,15
262
2315
1570
1000
2"
262
635