RHOSS WinPACK HE-A SE TCAEY B-S 2110 Mode D'emploi page 287

TCAESY SE Model (single circuit)
Nominal cooling capacity (*)
EER
Nominal cooling capacity (*) (°) EN 14511:2013
EER (*) (°) EN 14511:2013
ESEER EN 14511:2013
Sound pressure (***) (*)
Sound power (****) (*)
Scroll/step compressor
Circuits
Fans
Heat exchanger
Water side heat exchanger nominal pressure drops (*)
Residual head P1 (*)
Residual head P2 (*)
Residual head ASP1 (*)
Residual head ASP2 (*)
Tank water content (ASP1/ASP2)
Nominal heating capacity RC100 (±)
Nominal heating capacity DS (±)
Amount of R410A refrigerant
Polyester oil charge
Electrical data
Pump absorbed power (P1/ASP1) / (P2/ASP2)
Electrical power supply
Auxiliary electrical
Pump absorbed current (P1/ASP1) / (P2/ASP2)
Dimensions
Height (a)
Width (b)
Length (c)
Heat exchanger inlet/outlet connections and RC100
DS inlet/outlet connections
Weight
(*) Under the following conditions: condenser inlet air temperature
35°C; chilled water temperature 7°C; temperature differential at
evaporator 5 K; fouling factor equal to 0.35x10-4 m2 K/W.
(***) Sound pressure level in dB(A) referring to a 10 m distance from
data refers to the units without the electric pump
(****) Sound power level in dB(A) on the basis of measurements taken
in accordance with UNI EN-ISO 9614 and Eurovent 8/1 Standards
The noise data refers to the units without the electric pump
Enclosed documents
2110 2120
kW 103 111
2,77 2,72
4,77 4,79
kW 102,5 110,4
2,72 2,67
4,03 4,04
dB(A) 49 50
dB(A) 81 82
n° 2/3 2/3
n° 1 1
n° x kW 2x1,2 2x1,2
m³/h 31000 31000
Type Plates/Shell and tube (STE accessory)
m³/h 17,7 19,1
kPa 37 42
kPa 96 88
kPa 140 132
kPa 93 85
kPa 137 129
l 300 300
kW 140 151
m³/h/kPa
24,1/67 26/76
kW 26 29
m³/h/kPa 2,2/6 2,5/8
Kg 13 13
Kg 10,7 10,7
2110 2120
kW 37,2 40,8
kW 1,5/2,2 1,5/2,2
V-ph-Hz
V-ph-Hz
A 62 68
A 86 96
A 248 266
A 164 182
A 3,0/4,5 3,0/4,5
2110 2120
mm 2440 2440
mm 1350 1350
mm 2650 2650
Ø 2"½ vic 2"½ vic
Ø 1" GM 1" GM
Kg 1110 1120
(±) 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). NB. With heat pumps operat-
ing in winter mode with DC active, the heating capacity available is
decreased from the portion supplied to the desuperheater.
( ) Absorbed current/absorbed power value without electric pump.
The starting current refers to the worst conditions of the unit.
(°) Data calculated in accordance with EN 14511:2011 under nominal
conditions.
The refrigerant charge values are indicative. Refer to the
serial number plate.
287
2140 2150 2170
123 143 160
2,7 2,76 2,75
4,71 4,73 4,74
122,4 142,3 159,2
2,65 2,71 2,7
4,02 4,01 4,01
50 51 52
82 83 84
2/2 2/3 2/2
1 1 1
2x1,2 3x1,2 3x1,2
31000 46500 46500
21,1 24,6 27,5
41 45 46
85 113 104
128 154 147
81 107 98
124 149 140
300 300 300
168 193 217
28,9/76 33,2/82 37,3/83
32 37 41
2,8/6 3,2/7 3,5/6
14 17 18
10,7 10,7 10,7
2140 2150 2170
45,6 51,8 58,2
1,5/2,2 2,2/3,0 2,2/3,0
400 – 3 – 50
230 – 1 – 50
76 86 97
104 121 134
266 347 360
182 232 245
3,0/4,5 4,5/6,0 4,5/6,0
2140 2150 2170
2440 2440 2440
1350 1350 1350
2650 3600 3600
2"½ vic 2"½ vic 2"½ vic
1" GM 1" GM 1" GM
1130 1280 1300
EN
2200 2220
184 206
2,7 2,74
4,79 4,70
183,2 205,1
2,66 2,7
4,03 3,96
52 53
84 85
2/3 2/2
1 1
3x1,2 4x1,2
46500 62000
31,6 35,4
44 45
95 75
138 119
86 64
130 108
300 550
248 279
42,6/82 48/81
49 53
4,2/9 4,6/7
19 23
10,7 10,7
2200 2220
68,1 75,2
2,2/3,0 2,2/3,0
113 125
149 168
375 390
252 270
4,5/6,0 4,5/6,0
2200 2220
2440 2440
1350 1350
3600 4550
2"½ vic 2"½ vic
1" GM 1" GM
1300 1460