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AHP60 26/32 kW -
Installation, Use and Maintenance
TECHNICAL CHARACTERISTICS
Measurement
units
AHP 60
26 kW
32 kW
Hydraulic
circuit
Hydraulic circuit water capacity
L
2.4
3.4
Maximum service pressure
bar
6
6
Hydraulic connections
Ø
1"M
1" 1/4M
Minimum volume of water for bottle
L
110
110
Nominal power of the circulator
kW
0.31
0.31
Maximum power of circulator
kW
0.31
0.31
Max absorbed current of the circulator
A
1.37
1.37
Energy Efficiency Index (IEE) of the circulator
≤ 0.23
≤ 0.23
Acoustic level
Noise level Lw (5)
dB (A)
74
76
Noise level Lw (6)
65
67
Acoustic pressure at a distance of 1 m Lp1 (7)
dB (A)
58.1
60.1
Acoustic pressure at a distance of 10 m Lp1 (7)
dB (A)
42.5
44.5
Electrical data
Power supply
400V/3L+N+E/50Hz
Maximum absorbed power
kW
12.5
14.8
Maximum current absorbed
A
23.3
27.1
Fan
Type
Brushless DC motor
Maximum power of fan
kW
0.83
0.83
Maximum current absorbed
A
1.45
1.45
Nominal air flow rate
m³
/h
10812
11741
Dimensions
and weight
A - Length
mm
1600
1600
B - Width
mm
680
680
C - Height
mm
1315
1315
A - Length packed
mm
1660
1660
B - Width packed
mm
700
700
C - Height packed
mm
1412
1412
Weight for shipping
kg
250
265
Weight in service
kg
240
255
The above performances are given for the following operating conditions, as per the standard 14511:2018:
(1) Heating: external air temperature 7°dry C temperature (Ts) 6°C humid temperature (Th); in/out water temp..
30/35°C.
(2) Heating: external air temperature 7°dry C temperature (Ts) 6°C humid bulb (Th).; in/out water temp. 47/55°C.
(3) Heating: average climatic conditions: Tbiv=-7°C; in/out water temp. 30/35°C.
(4) Indicative data and subject to variation. For the correct data, always refer to the data label on the unit.
(5) Sound power: heating mode condition (1) according to EN 12102-1:2013; value calculated on the basis of
measurements made in accordance with UNI EN ISO 9614-1.
(6) Sound power: partial load heating mode according to Annex A of EN 12102:2017; value determined on the basis
of measurements carried out in accordance with UNI EN ISO 9614-1, in accordance with the requirements of HP
Keymark certification.
(7) Sound pressure: value calculated from the sound power level (5) according to ISO 3744:2010
N.B. : the performance date is indicative data and subject to variation. In addition, the outputs declared in (1),
(2), (3) and (4) are in relation to the instant power according to standard EN 14511. The figure indicated in points
(5) and (6) is determined based on standard EN 14825.