|
Maximum fresh air airflow rate (renewal) |
150 m³/h |
|
Maximum airflow rate (room recirculation) |
300 m³/h |
|
Airflow regulation range |
from 80 to 300 m³/h |
|
Nominal condensing capacity |
36,06 l/24h with 150 m³/h, 26°C and 60%R.H. room and 150 m³/h, 30°C and 60%R.H. fresh air, at nominal water flow conditions (880 l/h) and at the temperature of 15°C |
|
Total refrigeration capacity |
2,45 kW with 150 m³/h, 26°C and 60%R.H. room and 150 m³/h, 30°C and 60%R.H. fresh air, at nominal water flow conditions (880 l/h) and at the temperature of 15°C |
|
Useful static pressure in dehumidification and/or integration + ventilation with maximum flow (150 m³/h fresh air + 150 m³/h air recirculation = 300 m³/h supply air) (with G4 filters) |
240 Pa |
|
Useful static pressure in ventilation only with maximum flow (150 m³/h fresh air) (with G4 filters) |
290 Pa |
|
Useful static pressure for exhaust with maximum flow (150 m³/h fresh air) (with G4 filters) |
330 Pa |
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Nominal water flow |
880 l/h |
|
Summer operation |
water at nominal temperature of 15°C |
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Water pressure drop (at nominal water flow) |
17kPa |
|
Sound pressure level (at 1m) |
43 dB (A) (in ventilation only, at maximum flow rate of 105 m³/h and with a useful static pressure of 50 Pa). |
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G4 class removable filters ISO COARSE > 65 % |
3 |
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Condensate siphon drain (with working depth of at least 40 mm) |
1 |
|
Cooling circuit complete with thermostatic expansion valve anddehydrator filter |
|
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Control board equipped with microprocessor electric control, interfaceable with ModBus RS485 protocol, and control terminal block |
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Optional CO2 ambient probe (PI logic forcontinuous regulation of renewal air flow) |
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POWER SUPPLY |
|
|
Voltage |
230 V - 50 Hz |
|
Maximum absorbed power |
0.75 kW |
|
Maximum absorbed current |
5.6 A |
|
POWER CONSUMPTION IN VENTILATION: supply: 150 m³/h - exhaust: 150 m³/h |
|
|
Absorbed power, 50 Pa USP |
64.2 W (24.6+23.6+16) |
|
Absorbed current, 50 Pa USP |
0.41 A (0.17+0.16+0.08) |
|
Absorbed power, 100 Pa USP |
78 W (31.6+30.4+16) |
|
Absorbed current, 100 Pa USP |
0.53 A (0.23+0.22+0.08) |
|
Absorbed power, 150 Pa USP |
92,7 W (39.1+37.6+16) |
|
Absorbed current, 150 Pa USP |
0.65 A (0.29+0.28+0.08) |
|
Absorbed power, 200 Pa USP |
107,0 W (46.5+45.0+16) |
|
Absorbed current, 200 Pa USP |
0.78 A (0.36+0.35+0.08) |
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POWER CONSUMPTION IN DEHUMIDIFICATION AND/OR INTEGRATION + VENTILATION WITH COMPRESSOR ON: supply: 300 m³/h - exhaust: 150 m³/h - recirculation: 150 m³/h water flow and water temperature at nominal conditions(880 l/h at 15°C) |
|
|
Absorbed power, 50 Pa USP |
275.9 W (24.6+35.3+16+200) |
|
Absorbed current, 50 Pa USP |
2.71 A (0.17+0.26+0.08+2,2) |
|
Absorbed power, 100 Pa USP |
291.6 W (31.6+44.0+16+200) |
|
Absorbed current, 100 Pa USP |
2.84 A (0.23+0.33+0.08+2.2) |
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Absorbed power, 150 Pa USP |
308.3 W (39.1+53.2+16+200) |
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Absorbed current, 150 Pa ESP |
2.98 A (0.29+0.41+0.08+2.2) |
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Absorbed power, 200 Pa USP |
325.1 W (46.5+62.6+16+200) |
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Absorbed current, 200 Pa ESP |
3.14 A (0.36+0.51+0.08+2.2) |
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POWER CONSUMPTION INTEGRATION + WINTER MODE VENTILATION WITH COMPRESSOR OFF: supply: 300 m³/h - exhaust: 150 m³/h - recirculation: 150 m³/h |
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Absorbed power, 50 Pa USP |
75.9 W (24.6+35.3+16) |
|
Absorbed current, 50 Pa USP |
0.51 A (0.17+0.26+0.08) |
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Absorbed power, 100 Pa USP |
91.6 W (31.6+44.0+16) |
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Absorbed current, 100 Pa USP |
0.64 A (0.23+0.33+0.08) |
|
Absorbed power, 150 Pa USP |
108.3 W (39.1+53.2+16) |
|
Absorbed current, 150 Pa USP |
0.78 A (0.29+0.41+0.08) |
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Absorbed power, 200 Pa USP |
125.1 W (46.5+62.6+16) |
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Absorbed current, 200 Pa USP |
0.94 A (0.36+0.51+0.08) |
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COOLING AND DEHUMIDIFICATION CAPACITY: supply: 300 m³/h - exhaust: 150 m³/h - recirculation: 150 m³/h water flow and water temperature at nominal conditions(880 l/h at 15°C) - Fresh air: 30°C and 60%R.H. - Room: 26°C and 60%R.H. |
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Cooling power |
2,45 kW (Coils + Heat exchanger) |
|
Condensing capacity |
36,06 l/24h (Coils + Heat exchanger) |
|
Maximum power transferred to environment |
0.65 kW |
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COOLING AND DEHUMIDIFICATION CAPACITY: supply: 300 m³/h - recirculation: 300 m³/h - Total recirculation - water flow and water temperature at nominal conditions(880 l/h at 15°C) - Room: 26°C and 60%R.H. |
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Cooling power |
1,93 kW (Coils) |
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Condensation capacity |
24,9 l/24h (Coils) |
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Maximum sensible power transferred to environment |
0,7 kW |
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COOLING CAPACITY WITH ONLY WATER BATTERY: supply: 300 m³/h - exhaust: 150 m³/h - recirculation: 150 m³/h water flow and water temperature at nominal conditions(880 l/h at 15°C) - Fresh air: 30°C and 60%R.H. - Room: 26°C and 60%R.H. |
|
|
Maximum sensible power (Coil + Heat exchanger) |
1,3 kW |
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COOLING CAPACITY WITH ONLY WATER BATTERY: supply: 300 m³/h - recirculation: 300 m³/h - Total recirculation - water flow and water temperature at nominal conditions(880 l/h at 15°C) - Room: 26°C and 60%R.H. |
|
|
Maximum sensible power (Coil) |
0.9 kW |
|
HEATING CAPACITY: supply: 300 m³/h - exhaust: 150 m³/h - recirculation: 150 m³/h - water flow and water temperature at nominal conditions (880 l/h at 35°C) - Fresh air: -5°C and 80%R.H. - Room: 20°C and 50%R.H. |
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Thermal power |
2,6 kW (Coil + Heat exchanger) |
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HEATING CAPACITY: supply: 300 m³/h - recirculatio*: 300 m³/h - Total recirculation - water flow and water temperature at nominal conditions (880 l/h at 35°C) - Room: 20°C and 50%R.H. |
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Thermal power |
1,1 kW (Coil) |
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DIMENSIONS |
|
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Unit dimensions |
800 mm x 800 mm x 250 mm (excluding air spigots) |
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Fresh air and exhaust spigots |
DN 160 |
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Room recirculation air spigot |
DN 160 |
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Return air (for exhaust) spigot |
DN 160 |
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Supply air spigot |
DN 160 |
|
Weight |
55 Kg |
The product is compliant with the following directives and regulations:
Machinery Directive 2006/42/CE –17 May 2006
Low Voltage Directive 2014/30/EU –26 February 2014
Electromagnetic Compatibility Directive 2014/35/EU - 26 February 2014
RoHS Directive 2011/65/EU –8 June 2011
ErP Directive 2009/125/CE –21 October 2009
PED Directive 2014/68/EU –15 May 2014
Installation environment suitability: Internal environment, civil and industrial use.
|
AIR FLOWS Renewal mode |
||
|
Nominal supply air flow rate |
150 |
m3/h |
|
Useful static pressure supply* |
290 |
Pa |
|
Nominal exhaust air flow rate |
150 |
m3/h |
|
Useful static pressure exhaust* |
330 |
Pa |
|
AIR FLOWS Air treatment + renewal mode |
||
|
Nominal supply air flow rate |
300 |
m3/h |
|
Nominal recirculation air flow rate |
150 |
m3/h |
|
Useful static pressure supply* |
240 |
Pa |
|
Nominal air exhaust flow rate |
150 |
m3/h |
|
Useful static pressure exhaust* |
330 |
Pa |
|
AIR FLOWS Air treatment mode only |
||
|
Nominal recirculation air flow rate |
300 |
m3/h |
|
Useful static pressure supply* |
240 |
Pa |
|
COOLING AND DEHUMIDIFICATION (1) |
||
|
Cooling power** |
2,45 |
kW |
|
Water temperature |
15 |
°C |
|
Water flow rate |
880 |
l/h |
|
Pressure drop (including valve) |
17 |
kPa |
|
Condensation capacity |
36,06 |
l/24h |
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HEATING (2) |
||
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Total power ** |
2,6 |
kW |
|
Water flow rate |
880 |
l/h |
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Pressure drop (including valve) |
17 |
kPa |
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POWER CONSUMPTION (150 m3/h and 200 Pa) |
||
|
Supply voltage (single-phase HZ) |
230 |
V |
|
Absorbed power |
0,11 |
kW |
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Current |
0,8 |
A |
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POWER CONSUMPTION OF UNIT (300 m3/h and 200 Pa) (Compressor on) |
||
|
Supply voltage (single-phase HZ) |
230 |
V |
|
Absorbed power |
0,33 |
kW |
|
Current |
3,14 |
A |
(1) Plant water: T = 15°C
ROOM: T= 26°C and R.H. = 60%
FRESH AIR: T = 30°C and R.H. = 60%
Air flows: 150 m3/h recirculation + 150 m3/h fresh air
(2) Plant water: T = 35°C
ROOM: T = 20°C and R.H. = 50%
FRESH AIR: T = -5°C and R.H. = 80%
Air flows: 150 m3/h recirculation + 150 m3/h fresh air
* With G4 Filters
** Coils + Heat exchanger
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