APEN GROUP SPA reserves the right to contribute the necessary modifications to the documentation or documentation
6
cod. HG0130.05GB ed.B-2104
PCH
7
cod. HG0130.05GB ed.B-2104
PCH
PCH cold storage generator module
Model
PCH020
PCH034
PCH045
PCH065
PCH080
PCH105
Type of equipment
B23P - C13 - C43 - C53 - C63
EC approval
PIN.
0476CQ0451
NOx class [EN17082:2019]
Val
5
Heater Performance
min
max
min
max
min
max
min
max
min
max
min
max
Furnace heat input (Hi)
kW
4.75
19.00
7.60
34.85
8.50
42.00
12.40
65.00
16.40
82.00
21.00
100.00
Useful heat output [
P
min
,
P
rated
]*
kW
4.97
18.18
8.13
33.56
8.97
40.45
13.40
62.93
17.77
80.03
22.77
97.15
Hi Efficiency (N.C.V.) [
ƞ
pl
,
ƞ
nom
]*
%
104.63
95.68
106.97
96.30
105.50
96.30
108.06
96.82
108.35
97.60
108.40
97.15
Hs efficiency (G.C.V.) [
ƞ
pl
,
ƞ
nom
]*
%
94.26
86.20
96.37
86.76
95.07
86.76
97.36
87.22
97.62
87.93
97.68
87.52
Flue losses with burner on (Hi)
%
0.4
4.3
0.6
3.7
0.5
3.7
0.2
3.2
0.3
2.4
0.2
2.8
Flue losses with burner off (Hi)
%
<0,1
<0,1
<0,1
<0,1
<0,1
<0,1
Max. condensation
(1)
l/h
0.4
0.9
1.1
2.1
3.3
2.7
Flue gas emissions
Carbon monoxide - CO - (0% of O
2
)
(2)
ppm
< 5
< 5
< 5
< 5
< 5
< 5
Emissions of nitrogen oxides -
NOx
*
(0% of O
2
) (Hi)
(3)
29 mg/kWh -
16 ppm
51 mg/kWh -
29 ppm
36 mg/kWh -
20 ppm
45 mg/kWh -
25 ppm
31 mg/kWh -
18 ppm
40 mg/kWh -
23 ppm
Emissions of nitrogen oxides -
NOx
*
(0% of O
2
) (Hs)
(4)
26 mg/kWh -
15 ppm
46 mg/kWh -
26 ppm
32 mg/kWh -
18 ppm
41 mg/kWh -
23 ppm
28 mg/kWh -
16 ppm
36 mg/kWh -
20 ppm
Pressure available at the flue
Pa
80
90
100
120
120
120
Flue gas temperature, CO
2
content and maximum flue gas flow rate: see gas ta
bles on page 50 and on the
following pages
Electrical Characteristics
Supply voltage
V
230 Vac - 50 Hz single-phase
Rated power [
el
min
-
el
max
]*
kW
0.011
0.045
0.011
0.074
0.024
0.082
0.015
0.097
0.020
0.123
0.020
0.130
Protection Rating
IP
IP X5D
Operating Temperatures
°C
from -15°C to +40°C - for lower temperatures, a burner housing heating kit is required
(7)
Connections
Ø gas connection
UNI/ISO 228/1-
G 3/4"
UNI/ISO 228/1-
G 3/4"
UNI/ISO 228/1-
G 3/4"
UNI/ISO 228/1-
G 3/4"
UNI/ISO 228/1-
G 3/4"
UNI/ISO 228/1-
G 3/4"
Intake/exhaust pipes Ø
mm
80/80
80/80
80/80
80/80
80/80
80/80
Air flow rate
Air flow rate (15°C)
(5)
m
3
/h
2700
4300
4500
7800
9000
11100
Minimum air flow rate
(6)
m
3
/h
1490
2750
3330
5160
6560
7960
Maximum air flow rate
m
3
/h
See diagram
"air flow rates - pressure drops"
Heat exchanger pressure drop
Pa
See diagram
"air flow rates - pressure drops"
Max. applicable pressure
Pa
1200
1200
1200
1200
1200
1200
Weight
Net Weight
kg
39
48
58
72
98
118
NOTES TO THE FOLLOWING TABLES:
* Symbol of conformity with Reg.EU/2281/2016.
(1) Max. condensation produced acquired from testing at 30%Qn.
(2) Value referred to cat. H (G20).
(3) Weighted value to EN17082:2019 ref. to cat. H (G20), referred to net calorific value (Hi, N.C.V).
(4) Weighted value to EN17082:2019 ref. to cat. H (G20), referred to gross calorific value (Hs, G.C.V).
(5) Reference air flow rate for the calculation of yields and season energy efficiencies and emissions listed in the table
(6) The minimum air flow rate has been calculated for a ∆ of 35°C. For process systems or special applications using a ∆t > 40°C, please contact Apen Group.
(7) If the burner housing heater kit is installed, add 105 W (230V) per module to the rated power value on the nameplate.
3.1. Technical Data
There are 3 configurations of PCH, listed below:
•
A Single module (A System);
•
B Horizontally combined modules (B System);
•
C Vertically combined modules (C System).
A - PCH single modules (A System)
They consist of a single heat exchanger; the range includes six
models, i.e.: PCH020, PCH034, PCH045, PCH065, PCH080
and PCH105.
The heat output ranges from 5 to 97.2 kW produced.
The modules can be installed both horizontally and vertically,
according to the air flow direction. If the installation requires
a vertical air flow, the customer must ask APEN GROUP to
provide a PCH heater with a code ending with -00V0 (for more
information, see paragraph 4.4 Installing single or multiple
modules).