54
ENCLOSED DOCUMENTS
Table “A”: Technical Data
EQUH-PF Model
233
238
245
250
260
265
Nominal cooling capacity (*)
kW
32,5
38,8
42,6
50,6
58,1
61,9
E.E.R. (3
rd
step, 100%)
2,36
2,93
2,46
2,39
2,37
2.30
E.E.R. (3
rd
step, 100%)
EN 14511 05/11 (250kPa residual)
2,95
3,65
2,91
3,25
3,08
2,91
E.S.E.E.R.
3,07
3,81
3,08
2,98
2,96
2,88
E.S.E.E.R. +
3,44
4,25
3,59
3,46
3,43
3,39
E.S.E.E.R. EN 14511 05/11 (250kPa residual)
5,35
6,02
5,59
5,43
5,40
5,24
Nominal heating capacity (**)
kW
37,5
41,7
47,8
55,8
62,2
67,9
C.O.P.
2.72
3,13
2,79
2,62
2,66
2,59
C.O.P EN 14511 05/11 (250kPa residual)
3,43
3,93
3,33
3,58
3,52
3,31
EER (****)
3,47
4,25
3,78
3,88
3,80
3,80
C.O.P (****)
4,70
5,25
4,73
4,92
4,73
4,66
Sound power level (3
rd
step, 100%) (***)
dB(A)
82
82
83
85
85
85
Scroll/step compressor
n°
2/2
2/2
2/3
2/3
2/3
2/3
Circuits
n°
1
1
1
1
1
1
Fans
n° x kW
1x2.08
1x2.08
1x2.10
2x2.15
2x2.23
2x2.23
Fan nominal air flow
m³/h
13000
13000
13000
26000
26000
26000
Fan maximum available static head
Pa
250
250
250
250
250
250
Water side heat exchanger water content
l
3,20
3,20
3,80
4,40
5,10
5,70
Water side heat exchanger nominal flow (*)
m³/h
5581
6674
7300
8700
10000
10600
Water side heat exchanger nominal pressure drops (*)
kPa
28
56
32
32
33
31
Water side heat exchanger nominal pressure drops (**)
39
66
42
42
43
41
P1 residual head (*)
kPa
136
130
125
115
105
97
P2 residual head (*)
kPa
231
227
198
191
186
172
ASP1 residual head (*)
kPa
107
87
118
105
90
81
ASP2 residual head (*)
kPa
202
184
190
181
166
156
Water tank content (ASP1/ASP2)
l
150
150
150
150
150
150
Amount of R410A refrigerant
See serial number plate
Amount of Polyester oil
See compressor plate
Electrical data
233
238
245
250
260
265
Absorbed power in summer mode (*) (■)
kW
13,8
13,2
17,3
21,2
24,5
26,9
Absorbed power in winter mode (**) (■)
13,8
13,3
17,1
21,3
23,4
26,2
Pump absorbed power (P1/ASP1) / (P2/ASP2)
kW
0,7/1,5
0,7/1,5
0,7/1,5
0,7/1,5
0,7/1,5
0,7/1,5
Electrical power supply
V-ph-Hz
400
– 3+N – 50
Auxiliary power supply
V-ph-Hz
230
– 1+N – 50
Control power supply
V-ph-Hz
24
– 1 – 50
Nominal current in summer mode (*) (■)
A
21,8
25,4
22,9
32,4
38,0
41,3
No
minal current in winter mode (**) (■)
A
20,8
23,4
22,6
30,8
35,5
39,5
Maximum current (■)
A
27,8
31,4
36,7
45,7
50,4
55,2
Starting current (■)
A
117
117
132
152
218
224
Pump absorbed current (P1/ASP1) / (P2/ASP2)
A
2,2/3,5
2,2/3,5
5,1/8,6
5,1/8,6
5,1/8,6
5,1/8,6
Dimensions
233
238
245
250
260
265
Width (a)
mm
870
870
870
870
870
870
Height (b)
mm
1920
1920
1920
1920
1920
1920
Depth (c)
mm
2600
2600
2600
2600
2600
2600
Heat exchanger inlet/outlet connections
Ø
1-
1/4”
1-
1/4”
1-
1/4”
1-
1/4”
1-
1/4”
1-1/
4”
DS/RC100 inlet/outlet connections
Ø
1-
1/4”
1-
1/4”
1-
1/4”
1-
1/4”
1-
1/4”
1-
1/4”
(*)
In the following conditions: Condenser inlet
air temperature 35°C; chilled water temperature
7°C; temperature differential at evaporator 5°C.
(**)
In the following conditions: Evaporator inlet
air temperature 7°C D.B., 6°C W.B.; hot water
temperature 45°C; temperature differential at
condenser 5°C.
(***)
Sound power level in dB(A) on the basis of
measurements taken in accordance with RS
6/C/005-2009 and UNI EN-ISO 9614/1. The
noise data refers to the units without the pump.
(****)
Energy indices for EQUH-PF versions
without accessories, calculated in compliance
with that envisaged by EN 14511:2004;
(■)
Pumps excluded.
Note:
The E.E.R. and C.O.P calculation does not
consider the absorption of the pumps.
The EER, ESEER and COP calculations
according to EN 14511 05/11 (250kPa residual)
refer to the versions without pumps.
The machine decreases its noise below the
nominal value indicated in the table when the
outdoor air temperature is below 35°C and
condensation control is present.
The starting current reduces by 25% with the
SFS accessory
If the INS accessory is present, the sound
power Lw decreases by 2 dB(A).
Summary of Contents for EQU-PF 2100
Page 60: ...NOTE...
