Enclosed Documents Technical Data - Hitecsa EWMIG 236 Manuel D'installation, D'utilisation Et D'entretien

A1 TECHNICAL DATA
model
Application with fan coil
Cooling capacity MIN/NOM/MAX (1)
ESEER +
Nominal cooling capacity (1) (*) EN 14511:2013
EER EN 14511:2013 (1) (*)
ESEER EN 14511:2013
Application radiant
Cooling capacity MIN/NOM/MAX (3)
Nominal cooling capacity (3) (*) EN 14511:2013
EER EN 14511:2013 (3)
Sound pressure (5) (O)
Sound power (6) (O)
Scroll compressor
Fans
Heat exchanger water content
Heat exchanger nominal flow water side (1)
Water side heat exchanger nominal pressure drops (1)
Residual head (P1/PI1 mounting) (1)
Residual head (P2/PI2 mounting) (1)
Residual head (ASP1/ASPI1 mounting) (1)
Residual head (ASP2/ASPI2 mounting) (1)
Nominal heating capacity RC100 (±)
Nominal flow rate/pressure drop RC100 (±)
Nominal heating capacity DS (±)
Nominal flow rate/pressure drop DS (±)
Tank water content
Amount of R410A refrigerant
Type / Amount of Oil
Electrical data
Absorbed power in summer mode NOM (1) (●)
Absorbed power in summer mode NOM (3) (●)
Pump absorbed power (P1/ASP1 / PI1/ASPI1)
Pump absorbed power (P2/ASP2 / PI2/ASPI2)
Electrical power supply
Auxiliary power supply
Nominal current (■)
Maximum current (■)
Starting current (■) (7)
Pump absorbed current (P1/ASP1 / PI1/ASPI1)
Pump absorbed current (P2/ASP2 / PI2/ASPI2)
Dimensions
Width
Height
Depth
Water connections
(1) In the following conditions: Condenser inlet air temperature 35°C; chilled water
temperature 7°C; temperature differential at evaporator 5°C.
(3) In the following conditions: Condenser inlet air temperature 35°C; chilled water
temperature 18°C; temperature differential at evaporator 5°C.
(5) Sound pressure level in dB(A), referring to a 5 m distance from the unit, with
directionality factor = 2.
(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 the activation of the second
compressor (Fix Speed Compressor).
(±) 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 40/45°C (RC100) 50/60°C (DS).
ALLEGATI / ENCLOSED DOCUMENTS / ANNEXOS / ANLAGEN / ANEXOS
236
kW 11/34,5/35,4
5,07
kW 11/34,3/35,2
2,60
4,61
kW 13,7/41,5/43,1
kW 13,6/41,2/42,8
3,27
dB(A) 54
dB(A) 78
n° x kW 1x 0,61
l 3,8
l/h 5900
kPa 31
kPa 129
kPa 212
kPa 126
kPa 210
kW 40,1
m³/h/kPa 1,3 / 12
kW 14,6
m³/h/kPa 6,9 / 45
l 80
kg 9,17
l PVE (FV68S)/ 3.4 PVE (FV68S)/ 3.4 PVE (FV68S)/ 3.4 POE (160SZ) / 6.6
236
kW
13,2
kW 12,3
kW 1,04
kW 1,73
V-ph-Hz
V-ph-Hz
A 26,4
A 32,3
A 80
A 1,86
A 3,15
236
mm
1660
mm 1570
mm 1000
2"
Ø
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 Standard set up. Refer to the
section "Technical Note Attachments" for information relating to the Pump and
Tank&Pump set up.
(O) With the SIL accessory, the value decreases by 3dB(A).
ESEER (European Sesonal EER) European average seasonal efficiency.
ESEER+ with AdaptiveFunction Plus logic
126
245 250
14,8/46,1/47,3 16,1/50,3/51,6
4,69 5,00
14,7/45,7/46,9 16/50/51,3
3,04 3,01
4,19 4,23
18,5/55,9/58,1 20/60,9/63,3
18,4/55,4/57,5 20/60,4/62,8
3,58 3,72
56 56
80 80
Scroll regulated by inverter
2 x 0,61 2 x 0,61
3,8 4,4
7900 8600
52,5 35,3
101 114
182 196
96 109
178 190
54 63
1,7 / 12 1,8 / 16
19,4 20,6
9,3 / 46 10,8 / 49
150 150
11,3 18,5
245 250
15,1 16,6
14,9 15,8
1,04 1,04
1,73 1,73
Water outlet
230-1-50
32,2 36,1
41 42,4
78 82
1,86 1,86
3,15 3,15
245 250
2660 2660
1570 1570
1000 1000
2" 2"
260
18,2/58,6/60,2
4,93
18,2/58,3/59,9
2,75
4,48
24,3/75,5/78,6
24,3/75/78
3,67
57
81
2 x 0,61
5,1
10100
29,9
111
193
104
186
69,8
2,1 / 16
24,2
12 / 46
150
19,83
260
21,2
19,9
1,04
1,73
45,4
54,5
147
1,86
3,15
260
2660
1570
1000
2"