Compactair

Le COMPACTAIR est une unité de climatisation verticale pour une installation intérieure. Sa conception particulière en forme d'armoire est faite pour le refroidissement et le chauffage de confort de locaux de moyen à grand volume (200 à 1000 m2 par unité) dans des environnements urbains, où l'installation sur le toit est trop complexe. Une large gamme d'options est disponible, toutes assemblées en usine ou fournies en kit.

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Nomenclature du modèle

CA ^A M ^B H ^C 020 ^D S ^E M ^F 2 ^G M ^H

A CA = COMPACTAIR

B M = unités de traitement d’air packagées. - S = Condenseur (Unité extérieure / Version split) - I = Unité de traitement d’air (Unité intérieure / Version split)

C H = Pompe à chaleur

D Puissance frigorifique maximale en kW

E S = 1 circuit - D = 2 circuits

F M = R410A

G 2 = Numéro de révision

H M = 400V/3/50Hz - T = 230V/1/50Hz

Model Specification

Seasonal Efficiencies Heating Mode
Product Index
Seasonal Coefficient Of Performance - SCOP
Seasonal Energy Efficiency
Eurovent Energy Efficiency Class Part Load Operation
Refrigeration Circuit
Number Of Circuits
Number Of Compressors
Refrigerant Load - kg
Nominal Thermal Performance Heating
Heating Capacity - kW
Total Power Input - kW
Cop Net
Seasonal Efficiencies Cooling Mode
Seasonal Energy Efficiency Ratio - SEER
Ventilation Data
Minimum Airflow Rate - m³/h
Nominal Airflow Rate - m³/h
Maximum Airflow Rate - m³/h
Acoustic Data
Outdoor Sound Power Standard Unit - dB(A)
Indoor Blower Outlet Sound Power Standard Unit - dB(A)
Auxillary Heating
Gas heating capacity - Standard/High - kW
Electric heater capacity - Standard/High - kW
Electric pre-heater capacity - Standard/High - kW
Hot Water Coil Capacity Air Inlet Water
Nominal Thermal Performance Cooling
Cooling Capacity - kW
Total Power Input - kW
Electrical Data
Maximum Power - kW
Maximum Current - A
Starting Current - A
Short Circuit Current - kA

CAMH020
3.33
130.3
A
1
1
6.7
15.7
3.8
4.09
3.78
1800
3700
4500
84
69
-
10/20
-
-
17.6
5.5
15.1
27.3
27.3
10

CAMH035
3.38
132.3
A
1
1
6.7
23.7
6.8
3.5
4.38
2800
5800
6200
88
78
-
10/20
-
-
26.3
8.7
20.8
36.8
36.8
10

CAMH045
3.3
128.9
A
1
1
9
30.8
9
3.41
4.59
3700
7500
7500
95
83
-
10/20
-
-
38.3
13.2
29
50.1
50.1
10

CAMH060
3.41
133.3
B
2
3
12
46.4
13.7
3.39
3.86
6200
12500
12500
90
83
-
15 / 40
-
-
53.1
18.1
50.1
81.7
124.6
10

CAMH075
3.36
131.2
C
2
3
14
57
18.9
3.02
3.99
6700
13500
13500
95
85
-
15 / 40
-
-
64.5
22.7
57.5
96.7
183.4
10

CAMH085
3.35
131.1
C
2
3
18
66.8
21.9
3.05
3.98
7500
15000
15000
98
87
-
15 / 40
-
-
79.6
27.7
64.5
108.1
194.8
10

Cooling Capacity - Cooling mode : According to EN14511 nominal conditions - Outdoor temperature 35°C DB - Indoor temperature 27°C DB / 19°C WB
Heating Capacity - Heating mode : According to EN14511 nominal conditions - Outdoor temperature 7°C DB / 6°C WB - Indoor temperature 20°C DB
Seasonal Energy Efficiency Ratio - SEER : SEER in accordance with standard EN14825.
Seasonal energy efficiency - Cooling Mode : Space cooling energy efficiency following Ecodesign regulation EU 2016/2281
Seasonal Coefficient of Performance - SCOP : SCOP in accordance with standard EN 14825 (average climate conditions).
Seasonal energy efficiency - Heating Mode : Space heating energy efficiency following Ecodesign regulation EU 2016/2281.

Model Specification

Refrigeration Circuit
Product Index
Number Of Circuits
Number Of Compressors
Refrigerant Load - kg
Seasonal Efficiencies Cooling Mode
Seasonal Energy Efficiency Ratio - SEER
Seasonal Energy Efficiency
Eurovent Energy Efficiency Class Part Load Operation
Ventilation Data
Minimum Airflow Rate - m³/h
Nominal Airflow Rate - m³/h
Maximum Airflow Rate - m³/h
Acoustic Data
Outdoor Sound Power Standard Unit - dB(A)
Indoor Blower Outlet Sound Power Standard Unit - dB(A)
Nominal Thermal Performance Heating
Heating Capacity - kW
Total Power Input - kW
Cop Net
Seasonal Efficiencies Heating Mode
Seasonal Coefficient Of Performance - SCOP
Electrical Data
Maximum Power - kW
Maximum Current - A
Starting Current - A
Short Circuit Current - kA
Auxillary Heating
Gas heating capacity - Standard/High - kW
Electric heater capacity - Standard/High - kW
Electric pre-heater capacity - Standard/High - kW
Hot Water Coil Capacity Air Inlet Water
Nominal Thermal Performance Cooling
Cooling Capacity - kW
Total Power Input - kW

CASH + CAIH020
1
1
6.7
3.78
148.1
A
1800
3700
4500
84
69
15.7
3.8
4.09
3.33
2.7 / 12.4
4.3 / 23.2
4.3 / 23.2
10
-
10/20
-
-
17.6
5.5

CASH + CAIH035
1
1
6.7
4.38
172.2
A
2800
5800
6200
88
78
23.7
6.8
3.49
3.38
2.7 / 18.2
4.3 / 32.7
4.3 / 32.7
10
-
10/20
-
-
26.3
8.7

CASH + CAIH045
1
1
9
4.59
180.5
B
3700
7500
7500
95
83
30.8
9
3.41
3.3
3.9 / 25.2
6.1 / 44.2
6.1 / 44.2
10
-
10/20
-
-
38.3
13.2

CASH + CAIH060
2
3
12
3.86
151.2
B
6200
12500
12500
90
83
46.4
13.7
3.39
3.41
5.4 / 44.8
8.4 / 73.5
8.4 / 116.4
10
-
15 / 40
-
-
53.1
18.1

CASH + CAIH075
2
3
14
3.99
156.5
B
6700
13500
13500
95
85
57
18.9
3.02
3.36
7.7 / 49.9
12 / 84.9
12 / 171.6
10
-
15 / 40
-
-
64.5
22.7

CASH + CAIH085
2
3
18
3.98
156.1
B
7500
15000
15000
98
87
66.8
21.9
3
3.35
7.7 / 56.9
12 / 96.3
12 / 183
10
-
15 / 40
-
-
79.6
27.7

Cooling Capacity - Cooling mode : According to EN14511 nominal conditions - Outdoor temperature 35°C DB - Indoor temperature 27°C DB / 19°C WB
Heating Capacity - Heating mode : According to EN14511 nominal conditions - Outdoor temperature 7°C DB / 6°C WB - Indoor temperature 20°C DB
Seasonal Energy Efficiency Ratio - SEER : SEER in accordance with standard EN14825.
Seasonal energy efficiency - Cooling Mode : Space cooling energy efficiency following Ecodesign regulation EU 2016/2281
Seasonal Coefficient of Performance - SCOP : SCOP in accordance with standard EN 14825 (average climate conditions).
Seasonal energy efficiency - Heating Mode : Space heating energy efficiency following Ecodesign regulation EU 2016/2281.