User manual | IT Cooling

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IT Cooling
i-AX 12-18 PRECISE
i-AW 12-18 PRECISE
i-AX 12 - 150
i-AW 12 - 150
i-AD 20 - 130
i-AT 20 - 130
i-AF 20 - 130
AX 05 - 90
AW 05 - 90
AD 20 - 90
AT 20 - 90
AF 20 - 90
AC 2.0 0061 - 2251
AB 2.0 0302 - 1502
AC 2.0 EXPANDED 0501 - 2351
AB 2.0 EXPANDED 0352 - 1552
CRCX 0051 - 0251
CRCD 0051 - 0071
CRCF 0051 - 0071
CRCC 0020 - 0060
CCD 0030R - 0036T
CLIMAVENETA RACK
AISLE CONTAINMENT
i-BRE 014m - 190b
BRE 007m - 190b
BREC M1A - M4F_B
i-BDC 013m - 210m
BDC 008m - 210m
DATACENTER MANAGER
IT Cooling
IT Cooling
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IT Cooling
i-AX 12-18 PRECISE
Version
BASIC
MOD
LT
Close control unit PRECISE INVERTER,
direct expansion air cooled
11,1-16,6 kW
Ductable close-control units air conditioners for vertical
installation for metrology rooms.
Particularly suitable for the conditioning of metrology rooms,
laboratories, technological archives, museums and for textile,
paper and tobacco.
Unit equipped with modulating hot gas reheating that together
with the use of the INVERTER compressor and the ability to
humidify and dehumidify, allows an extremely precise control
conditions of temperature and humidity particularly efficient
especially at low loads.
In addition to the compressor inverter, the unit is equipped with
electronic expansion valve and EC Plug fans with upflow or
downflow air delivery.
With condensing control, for i-BRE rem. condenser
With condensing control, for BRE rem. condenser
Low temperature with condensing control for BRE
Features
Last generation of scroll or rotary BLDC INVERTER compressor, for high
efficiency.
Reheating HOT GAS modulating consisting of finned heat exchanger properly
designed that, together with the compressor inverter, guarantees a modulation
of the cooling capacity from 0 to 100%.
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Refrigerant circuit consisting in the standard version of a electronic expansion
valve, liquid solenoid valve, high/low pressure switch, sight glass liquid
indicator, drier filter and oil separator in order to guarantee the right
lubrification of the compressor at the low speed.
Capillary Pre and After sales service.
Accessory
Electric heating coil
Humidifier
Remote user terminal
Interface electronic board
Air distribution plenum
Vibration isolation frame with rubber mountings
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
462
ACCURATE i-AX PRECISE BASIC / MOD.A / LT
Frame
Air flow
Power supply
PERFORMANCE
DIRECT EXPANSION
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Total power input (Comp.+fans)
EER (Indoor unit)
MODULATING HOT GAS COIL
Heating capacity
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
HUMIDIFIER
Capacity
Power input
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard remote condenser linked
12
18
F02
3500
230/1/50
F02
4900
400/3+N/50
11,1
10,6
0,95
2,89
3,84
16,6
16,6
1,00
4,93
3,37
kW
10,2
12,5
N°
N°
1
1
1
1
N°
EC FAN
2
EC FAN
2
3,00
2,20
3,00
2,20
69
49
73
53
1000
500
1980
262
1000
500
1980
262
i-BRE014m
i-BRE027m
(3)
m³/h
V/ph/Hz
(1)
(1)
(2)
(1)
(1)
kW
kW
kW
kg/h
kW
(4)
dB(A)
dB(A)
(3)
(3)
(3)
(3)
mm
mm
mm
kg
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Condensing temperature 45°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
463
<<< BACK INDEX
IT Cooling
i-AW 12-18 PRECISE
Version
BASIC
MOD_A
MOD_B
Close control unit PRECISE INVERTER,
direct expansion water cooled
11,7-17,4 kW
Ductable close-control units air conditioners for vertical
installation for metrology rooms.
Particularly suitable for the conditioning of metrology rooms,
laboratories, technological archives, museums and for textile,
paper and tobacco.
Unit equipped with modulating hot gas reheating that together
with the use of the INVERTER compressor and the ability to
humidify and dehumidify, allows an extremely precise control
conditions of temperature and humidity particularly efficient
especially at low loads.
In addition to the compressor inverter, the unit is equipped with
electronic expansion valve and EC Plug fans with upflow or
downflow air delivery.
With condensing control, for i-BDC dry cooler
With condensing control, for BDC dry cooler
With cond. control by pressostatic valve, for open circuit
Features
Reheating HOT GAS modulating consisting of finned heat exchanger properly
designed that, together with the compressor inverter, guarantees a modulation
of the cooling capacity from 0 to 100%.
Last generation of scroll or rotary BLDC INVERTER compressor, for high
efficiency.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Refrigerant circuit consisting in the standard version of a electronic expansion
valve, liquid solenoid valve, high/low pressure switch, sight glass liquid
indicator, drier filter and oil separator in order to guarantee the right
lubrification of the compressor at the low speed.
Capillary Pre and After sales service.
Accessory
Electric heating coil
Humidifier
Remote user terminal
Interface electronic board
Air distribution plenum
Vibration isolation frame with rubber mountings
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
464
ACCURATE i-AW PRECISE
12
18
Frame
Air flow
Power supply
PERFORMANCE
DIRECT EXPANSION
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Total power input (Comp.+fans)
EER (Indoor unit)
MODULATING HOT GAS COIL
Heating capacity
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
HUMIDIFIER
Capacity
Power input
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
F02
3500
230/1/50
F02
4900
400/3+N/50
11,7
10,9
0,93
2,47
4,74
17,4
17,0
0,98
4,52
3,85
kW
10,2
12,5
N°
m³/h
kPa
1
2,40
0,73
1
3,65
5,73
N°
N°
1
1
1
1
N°
EC FAN
2
EC FAN
2
3,00
2,20
3,00
2,20
69
49
73
53
1000
500
1980
263
1000
500
1980
263
i-BDC 030m
i-BDC 030m
(3)
m³/h
V/ph/Hz
(1)
(1)
(2)
(1)
(1)
kW
kW
kW
kg/h
kW
(4)
dB(A)
dB(A)
(3)
(3)
(3)
(3)
mm
mm
mm
kg
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
465
<<< BACK INDEX
IT Cooling
i-AX 12 - 150
Version
BASIC
MOD
LT
Close control unit, INVERTER direct
expansion air cooled
11,1-152 kW
Ductable close control units air-conditioners for vertical
installation and cooling only, with
optional heating by means of heating elements and hot water,
optional humidifer and dehumidifier for precise temperature and
humidity control.
Particularly suitable for air conditioning technological, servers
and IT rooms and all technological applications in general. The
INVERTER compressor allows the cooling capacity modulation
according to the real internal load, particularly efficient at the
partial loads and optimizing the power absorbed and eliminating
the start current.
Units fitted with electronic expansion valve and EC INVERTER
fans, upflow or downflow.
With condensing control, for i-BRE rem. condenser
With condensing control, for BRE rem. condenser
Low temperature with condensing control for BRE
Features
Unit for installing inside or outside the room to be air-conditioned.
Last generation of scroll or rotary BLDC INVERTER compressor, for high
efficiency.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Refrigerant circuit consisting in the standard version of a electronic expansion
valve, liquid solenoid valve, high/low pressure switch, sight glass liquid
indicator, drier filter and oil separator in order to guarantee the right
lubrification of the compressor at the low speed.
Capillary Pre and After sales service.
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
466
ACCURATE i-AX / BASIC / MOD / LT
Frame
Power supply
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PERFORMANCE MIN
Total cooling capacity gross
Sensible cooling capacity gross
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard remote condenser linked
Voltage
Quantity
12
18
20
29
50
70
90
130
150
F02
F02
F03
F03
F04
F05
F06
F07
F07
V/ph/Hz 230/1/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
11,1
10,6
2,89
3,84
0,95
16,6
16,6
4,93
3,37
1,00
19,3
19,3
5,79
3,33
1,00
28,1
28,1
8,94
3,14
1,00
55,0
51,1
16,4
3,35
0,93
70,2
68,1
20,3
3,46
0,97
86,5
85,5
26,4
3,28
0,99
136
116
37,7
3,61
0,85
152
124
41,9
3,63
0,82
(1)
(1)
kW
kW
4,34
4,34
5,65
5,65
7,23
7,23
9,56
9,56
22,5
22,5
18,9
20,9
21,5
21,5
24,7
24,7
24,7
24,7
N°
N°
1
1
1
1
1
1
1
1
1
1
2
2
2
2
3
2
3
2
(3)
N°
m³/h
EC FAN
2
3500
EC FAN
2
4900
EC FAN
1
6500
EC FAN
1
8000
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
25000
EC FAN
3
30000
EC FAN
3
30000
(4)
dB(A)
dB(A)
69
49
73
53
76
56
80
60
84
64
88
67
88
67
90
69
90
69
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1000
500
1980
262
1000
500
1980
262
1000
790
1980
396
1000
790
1980
396
1550
790
1980
569
2100
790
1980
826
2650
790
1980
1056
2650
890
2195
1156
2650
890
2195
1158
i-BRE014m i-BRE027m i-BRE027m i-BRE044m i-BRE065m i-BRE100b i-BRE116b i-BRE190b i-BRE190b
N°
230/1/50
1
230/1/50
1
230/1/50
1
230/1/50
1
230/1/50
1
230/1/50
1
400/3/50
1
400/3/50
1
400/3/50
1
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Condensing temperature 45°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
467
<<< BACK INDEX
IT Cooling
i-AW 12 - 150
Version
BASIC
MOD_A
MOD_B
Close control unit, INVERTER direct
expansion water cooled
11,7-161 kW
Ductable close control units air-conditioners for vertical
installation and cooling only, with
optional heating by means of heating elements and hot water,
optional humidifer and dehumidifier for precise temperature and
humidity control.
Particularly suitable for air conditioning technological, servers
and IT rooms and all technological applications in general. The
INVERTER compressor allows the cooling capacity modulation
according to the real internal load, particularly efficient at the
partial loads and optimizing the power absorbed and eliminating
the start current.
Units fitted with electronic expansion valve and EC INVERTER
fans, upflow or downflow.
With condensing control, for i-BDC dry cooler
With condensing control, for BDC dry cooler
With cond. control by pressostatic valve, for open circuit
Features
Unit for installing inside or outside the room to be air-conditioned.
Last generation of scroll or rotary BLDC INVERTER compressor, for high
efficiency.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
Condensing control for maximum low noise (optional).
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Refrigerant circuit consisting in the standard version of a electronic expansion
valve, liquid solenoid valve, high/low pressure switch, sight glass liquid
indicator, drier filter and oil separator in order to guarantee the right
lubrification of the compressor at the low speed.
Capillary Pre and After sales service.
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
468
ACCURATE i-AW / BASIC / MOD_A
Frame
Power supply
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PERFORMANCE MIN
Total cooling capacity gross
Sensible cooling capacity gross
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
12
18
20
29
50
70
90
130
150
F02
F02
F03
F03
F04
F05
F06
F07
F07
V/ph/Hz 230/1/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
11,7
10,9
2,47
4,74
0,93
17,4
17,0
4,52
3,85
0,98
20,4
20,4
5,21
3,92
1,00
29,3
28,6
8,18
3,58
0,98
56,7
51,5
15,3
3,71
0,91
73,9
70,2
18,1
4,08
0,95
93,3
90,5
24,7
3,78
0,97
142
119
34,5
4,12
0,84
159
128
38,6
4,12
0,81
(1)
(1)
kW
kW
4,78
4,78
6,69
6,69
7,87
7,87
10,9
10,9
23,9
23,9
19,6
22,1
23,5
24,2
26,4
26,4
26,4
26,4
N°
m³/h
kPa
1
2,40
0,73
1
3,65
5,73
1
4,21
9,32
1
6,18
21,5
1
11,9
54,5
2
15,2
24,3
1
19,4
34,2
1
29,5
27,0
1
33,0
39,3
1
1
1
1
1
1
1
1
1
1
2
2
2
2
3
2
3
2
(3)
N°
m³/h
EC FAN
2
3500
EC FAN
2
4900
EC FAN
1
6500
EC FAN
1
8000
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
25000
EC FAN
3
30000
EC FAN
3
30000
(4)
dB(A)
dB(A)
69
49
73
53
76
56
80
60
84
64
88
67
88
67
90
69
90
69
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1000
500
1980
263
1000
500
1980
263
1000
790
1980
437
1000
790
1980
437
1550
790
1980
607
2100
790
1980
864
2650
790
1980
1094
2650
890
2195
1216
2650
890
2195
1218
N°
N°
i-BDC013m i-BDC030m i-BDC030m i-BDC039m i-BDC062m i-BDC092m i-BDC123m i-BDC190m i-BDC190m
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50 400/3/50 400/3/50 400/3/50
N°
1
1
1
1
1
1
1
1
1
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
ACCURATE i-AW / MOD_B
Frame
Power supply
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PERFORMANCE MIN
Total cooling capacity gross
Sensible cooling capacity gross
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
12
18
20
29
50
70
90
130
150
F02
F02
F03
F03
F04
F05
F06
F07
F07
V/ph/Hz 230/1/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
12,0
11,0
2,32
5,17
0,92
17,4
17,1
4,51
3,86
0,98
20,9
20,5
5,05
4,14
0,98
30,0
28,9
7,78
3,86
0,96
58,4
52,1
14,2
4,11
0,89
75,2
70,7
17,3
4,35
0,94
97,1
92,0
22,5
4,32
0,95
144
120
33,6
4,29
0,83
161
129
37,6
4,28
0,80
(1)
(1)
kW
kW
4,86
5,12
6,99
6,99
8,30
8,30
11,5
11,5
24,3
24,3
19,7
22,4
23,8
25,0
26,9
27,8
26,9
27,8
N°
m³/h
kPa
1
0,81
0,52
1
1,21
4,05
1
1,41
9,68
1
2,07
21,3
1
3,99
37,0
2
5,07
16,6
1
6,54
25,5
1
9,85
10,5
1
11,1
12,9
1
1
1
1
1
1
1
1
1
1
2
2
2
2
3
2
3
2
(3)
N°
m³/h
EC FAN
2
3500
EC FAN
2
4900
EC FAN
1
6500
EC FAN
1
8000
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
25000
EC FAN
3
30000
EC FAN
3
30000
(4)
dB(A)
dB(A)
69
49
73
53
76
56
80
60
84
64
88
67
88
67
90
69
90
69
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1000
500
1980
264
1000
500
1980
264
1000
790
1980
434
1000
790
1980
434
1550
790
1980
605
2100
790
1980
858
2650
790
1980
1083
2650
890
2195
1110
2650
890
2195
1202
N°
N°
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 15°C/30°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
469
470
471
<<< BACK INDEX
IT Cooling
i-AD 20 - 130
Version
BASIC
MOD
LT
With condensing control, for i-BRE rem. condenser
With condensing control, for BRE rem. condenser
Low temperature with condensing control for BRE
Configurations
SMART
Close control unit dual fluid INVERTER,
air cooled direct expansion
24,3-126 kW
Ductable close control units air-conditioners for vertical
installation and cooling only, with optional heating by means of
heating elements and hot water, optional humidifer and
dehumidifier for precise temperature and humidity control.
Particularly suitable for air conditioning technological, servers
and IT rooms and all technological applications in general.
DUAL FLUID unit has to be connected to an external chiller for
PRIMARY circuit. The direct expansion circuit with INVERTER
compressor, secondary or BACK-UP circuit, is air cooled and
has to be connected with a remote condenser. The INVERTER
compressor allows the cooling capacity modulation according to
the real internal load, particularly efficient at the partial loads
and optimizing the power absorbed and eliminating the start
current. Units fitted with electronic expansion valve and EC
INVERTER fans, upflow or downflow.
Also available in SMART configuration that, to meet the need to
operate at high temperatures due to modern Datacentre layout
with hot and cold aisles, the unit allows to treat return air up to
40 ° C optimizing the performance of the primary circuit chilled
water even with high medium temperatures.
Basic application - Up to 32°C air inlet
SMART Application - Up to 40°C air inlet
Features
Unit for installing inside or outside the room to be air-conditioned.
Last generation of scroll or rotary BLDC INVERTER compressor, for high
efficiency.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
Condensing control for maximum low noise (optional).
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Refrigerant circuit consisting in the standard version of a electronic expansion
valve, liquid solenoid valve, high/low pressure switch, sight glass liquid
indicator, drier filter and oil separator in order to guarantee the right
lubrification of the compressor at the low speed.
Capillary Pre and After sales service.
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
472
ACCURATE i-AD / BASIC / MOD / LT
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PERFORMANCE MIN
Total cooling capacity gross
Sensible cooling capacity gross
CHILLED WATER
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Fluid flow
Total pressure drop (Coil + Valve)
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard remote condenser linked
Voltage
Quantity
V/ph/Hz
20
29
50
70
90
130
F03
400/3+N/50
F03
400/3+N/50
F04
400/3+N/50
F05
400/3+N/50
F06
400/3+N/50
F07
400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
18,9
18,9
5,61
3,37
1,00
27,5
27,5
8,63
3,19
1,00
53,2
50,2
16,6
3,20
0,94
69,1
67,4
20,6
3,35
0,98
91,4
86,0
27,0
3,39
0,94
124
109
37,7
3,29
0,88
(1)
(1)
kW
kW
7,20
7,20
10,7
10,7
22,7
22,7
18,8
20,9
24,6
24,6
23,9
23,9
(3)
(3)
(2)
(3)
(3)
kW
kW
24,3
20,1
0,83
4,19
29,5
29,5
27,6
0,94
5,08
48,1
51,4
47,5
0,92
8,85
55,5
67,6
64,5
0,95
11,6
60,3
91,0
85,0
0,93
15,7
57,8
126
98,5
0,78
21,6
67,7
1
1
1
1
1
1
2
2
2
2
3
2
(4)
N°
m³/h
EC FAN
1
6500
EC FAN
1
8000
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
24000
EC FAN
3
28000
(5)
dB(A)
dB(A)
76
56
80
60
84
64
88
67
88
67
91
70
(4)
(4)
(4)
(4)
mm
mm
mm
kg
1000
790
1980
397
1000
790
1980
397
1550
790
1980
569
2100
790
1980
827
2650
790
1980
1057
2650
890
2195
1227
N°
i-BRE027m
230/1/50
1
i-BRE044m
230/1/50
1
i-BRE065m
230/1/50
1
i-BRE100b
230/1/50
1
i-BRE116b
400/3/50
1
i-BRE190b
400/3/50
1
m³/h
kPa
N°
N°
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Condensing temperature 45°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 7°C/12°C; ESP= 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
473
ACCURATE i-AD SMART - BASIC / MOD / LT
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PERFORMANCE MIN
Total cooling capacity gross
Sensible cooling capacity gross
CHILLED WATER
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Fluid flow
Total pressure drop (Coil + Valve)
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard remote condenser linked
Voltage
Quantity
20
29
50
70
90
130
F3
400/3+N/50
F3
400/3+N/50
F4
400/3+N/50
F5
400/3+N/50
F6
400/3+N/50
F7
400/3+N/50
23,7
23,7
5,45
4,34
1,00
33,1
33,1
8,60
3,85
1,00
63,8
63,8
18,3
3,49
1,00
95,2
95,2
27,5
3,46
1,00
117
116
31,2
3,75
1,00
138
137
37,7
3,67
0,99
39,7
39,7
1,00
5,71
60,6
47,0
47,0
1,00
6,75
83,2
82,3
82,3
1,00
11,8
104
111
111
1,00
16,0
62,3
146
146
1,00
21,0
103
151
151
1,00
21,6
73,3
1
1
1
1
1
1
2
2
2
2
3
2
(4)
N°
m³/h
EC FAN
1
6500
EC FAN
1
8000
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
25000
EC FAN
3
28000
(5)
dB(A)
dB(A)
77
57
80
60
84
64
88
67
88
67
91
70
(4)
(4)
(4)
(4)
mm
mm
mm
kg
1000
790
1980
397
1000
790
1980
397
1550
790
1980
569
2100
790
1980
827
2650
790
1980
1057
2650
890
2195
1270
N°
i-BRE027m
230/1/50
1
i-BRE044m
230/1/50
1
i-BRE065m
230/1/50
1
i-BRE100b
230/1/50
1
i-BRE116b
400/3/50
1
i-BRE190b
400/3/50
1
V/ph/Hz
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
(1)
(1)
kW
kW
(3)
(3)
(2)
(3)
(3)
kW
kW
m³/h
kPa
N°
N°
Notes:
1 Indoor conditions (in) 35°C - R.H. 30%; Condensing temperature 45°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor conditions (in) 35°C - R.H. 30%; Water temperature (in/out) 12°C/18°C; ESP= 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
474
475
<<< BACK INDEX
IT Cooling
i-AT 20 - 130
Version
BASIC
MOD_A
MOD_B
With condensing control, for i-BDC dry cooler
With condensing control, for BDC dry cooler
With cond. control by pressostatic valve, for open circuit
Configurations
SMART
Close control unit dual fluid INVERTER,
water cooled direct expansion
24,3-126 kW
Ductable close control units air-conditioners for vertical
installation and cooling only, with optional heating by means of
heating elements and hot water, optional humidifer and
dehumidifier for precise temperature and humidity control.
Particularly suitable for air conditioning technological, servers
and IT rooms and all technological applications in general.
DUAL FLUID unit has to be connected to an external chiller for
PRIMARY circuit. The direct expansion circuit with INVERTER
compressor, secondary or BACK-UP circuit, is water cooled
and has to be connected with a remote dry cooler or to city
water net. The INVERTER compressor allows the cooling
capacity modulation according to the real internal load,
particularly efficient at the partial loads and optimizing the
power absorbed and eliminating the start current. Units fitted
with electronic expansion valve and EC INVERTER fans,
upflow or downflow.
Also available in SMART configuration that, to meet the need to
operate at high temperatures due to modern Datacentre layout
with hot and cold aisles, the unit allows to treat return air up to
40 ° C optimizing the performance of the primary circuit chilled
water even with high medium temperatures.
Basic application - Up to 32°C air inlet
SMART Application - Up to 40°C air inlet
Features
Unit for installing inside or outside the room to be air-conditioned.
Last generation of scroll or rotary BLDC INVERTER compressor, for high
efficiency.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
Condensing control for maximum low noise (optional).
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Refrigerant circuit consisting in the standard version of a electronic expansion
valve, liquid solenoid valve, high/low pressure switch, sight glass liquid
indicator, drier filter and oil separator in order to guarantee the right
lubrification of the compressor at the low speed.
Capillary Pre and After sales service.
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
476
ACCURATE i-AT / BASIC / MOD.A
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PERFORMANCE MIN
Total cooling capacity gross
Sensible cooling capacity gross
CHILLED WATER
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Fluid flow
Total pressure drop (Coil + Valve)
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
V/ph/Hz
20
29
50
70
90
130
F03
400/3+N/50
F03
400/3+N/50
F04
400/3+N/50
F05
400/3+N/50
F06
400/3+N/50
F07
400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
19,4
19,4
5,33
3,64
1,00
28,6
28,4
7,95
3,60
0,99
55,1
51,0
15,4
3,58
0,93
73,0
69,2
18,3
3,99
0,95
94,5
87,1
25,2
3,75
0,92
130
111
34,3
3,79
0,85
(1)
(1)
kW
kW
7,75
7,75
13,1
13,1
24,4
24,4
19,4
22,4
22,7
24,3
25,2
25,4
(3)
(3)
(2)
(3)
(3)
kW
kW
m³/h
kPa
24,3
20,1
0,83
4,19
29,5
29,5
27,6
0,94
5,08
48,1
51,4
47,5
0,92
8,85
55,5
67,6
64,5
0,95
11,6
60,3
91,0
85,0
0,93
15,7
57,8
126
98,5
0,78
21,6
67,7
(1)
(1)
N°
m³/h
kPa
1
4,05
13,5
1
6,02
21,4
1
11,6
29,7
2
15,0
25,4
1
19,7
34,5
1
27,3
28,9
1
1
1
1
1
1
2
2
2
2
3
2
(4)
N°
m³/h
EC FAN
1
6500
EC FAN
1
8000
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
24000
EC FAN
3
28000
(5)
dB(A)
dB(A)
76
56
80
60
84
64
88
67
88
67
84
63
(4)
(4)
(4)
(4)
mm
mm
mm
kg
1000
790
1980
437
1000
790
1980
437
1550
790
1980
602
2100
790
1980
864
2650
790
1980
1094
2650
890
2195
1287
i-BDC030m
230/1/50
1
i-BDC039m
230/1/50
1
i-BDC062m
230/1/50
1
i-BDC092m
400/3/50
1
i-BDC0123m
400/3/50
1
i-BDC190m
400/3/50
1
N°
N°
V/ph/Hz
N°
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 7°C/12°C; ESP= 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
477
ACCURATE i-AT / MOD.B
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PERFORMANCE MIN
Total cooling capacity gross
Sensible cooling capacity gross
CHILLED WATER
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Fluid flow
Total pressure drop (Coil + Valve)
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
20
V/ph/Hz
29
50
70
90
130
F03
400/3+N/50
F03
400/3+N/50
F04
400/3+N/50
F05
400/3+N/50
F06
400/3+N/50
F07
400/3+N/50
20,4
20,4
4,90
4,16
1,00
29,4
28,7
7,51
3,91
0,98
56,5
51,5
14,4
3,92
0,91
74,2
69,7
17,5
4,24
0,94
97,1
88,2
23,7
4,10
0,91
132
112
33,4
3,95
0,85
12,4
12,4
24,6
24,6
19,5
22,7
22,6
24,6
26,4
26,8
29,5
27,6
0,94
5,08
48,1
51,4
47,5
0,92
8,85
55,5
67,6
64,5
0,95
11,6
60,3
91,0
85,0
0,93
15,7
57,8
126
98,5
0,78
21,6
67,7
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
(1)
(1)
kW
kW
(3)
(3)
(2)
(3)
(3)
kW
kW
m³/h
kPa
24,3
20,1
0,83
4,19
29,5
(1)
(1)
N°
m³/h
kPa
1
1,38
1,21
1
2,02
20,9
1
3,89
22,8
2
5,02
17,4
1
6,60
28,4
1
9,11
10,9
1
1
1
1
1
1
2
2
2
2
3
2
(4)
N°
m³/h
EC FAN
1
6500
EC FAN
1
8000
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
24000
EC FAN
3
28000
(5)
dB(A)
dB(A)
76
56
80
60
84
64
88
67
88
67
90
69
(4)
(4)
(4)
(4)
mm
mm
mm
kg
1000
790
1980
434
1000
790
1980
434
1550
790
1980
601
2100
790
1980
858
2650
790
1980
1083
2650
890
2195
1287
N°
N°
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 15°C/30°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 7°C/12°C; ESP= 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
478
ACCURATE i-AT SMART - BASIC / MOD.A
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PERFORMANCE MIN
Total cooling capacity gross
Sensible cooling capacity gross
CHILLED WATER
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Fluid flow
Total pressure drop (Coil + Valve)
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
20
V/ph/Hz
29
50
70
90
130
F03
400/3/50
F03
400/3/50
F04
400/3/50
F05
400/3+N/50
F06
400/3+N/50
F07
400/3/50
24,6
24,6
4,95
4,98
1,00
33,1
33,1
8,70
3,80
1,00
65,6
65,6
16,9
3,88
1,00
98,3
98,3
25,1
3,92
1,00
119
119
29,6
4,03
1,00
144
143
33,9
4,24
0,99
47,0
47,0
1,00
6,30
76,0
82,3
82,3
1,00
11,3
99,0
111
111
1,00
16,0
62,3
146
146
1,00
21,0
103
144
144
1,00
16,1
22,0
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
(1)
(1)
kW
kW
(3)
(3)
(2)
(3)
(3)
kW
kW
m³/h
kPa
39,7
39,7
1,00
5,30
56,0
(1)
(1)
N°
m³/h
kPa
1
4,90
12,0
1
6,90
16,0
1
13,6
74,0
2
20,5
43,0
1
24,6
19,0
1
29,4
39,0
1
1
1
1
1
1
2
2
2
2
3
2
(4)
N°
m³/h
EC FAN
1
6500
EC FAN
1
8000
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
25000
EC FAN
3
28000
(5)
dB(A)
dB(A)
76
56
80
60
84
64
88
67
88
67
90
69
(4)
(4)
(4)
(4)
mm
mm
mm
kg
1000
790
1980
390
1000
790
1980
390
1550
790
1980
468
2100
790
1980
864
2650
790
1980
1094
2650
890
2180
1270
i-BDC030m
230/1/50
1
i-BDC039m
230/1/50
1
i-BDC062m
230/1/50
1
i-BDC092m
400/3/50
1
i-BDC123m
400/3/50
1
i-BDC190m
400/3/50
1
N°
N°
V/ph/Hz
N°
Notes:
1 Indoor conditions (in) 35°C - R.H. 30%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor conditions (in) 35°C - R.H. 30%; Water temperature (in/out) 12°C/18°C; ESP= 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
479
<<< BACK INDEX
IT Cooling
i-AF 20 - 130
Version
BASIC
MOD_A
With condensing control, for i-BDC dry cooler
With condensing control, for BDC dry cooler
Configurations
Basic application - Up to 32°C air inlet
SMART
SMART Application - Up to 40°C air inlet
Close control unit free-cooling
INVERTER, water cooled direct
expansion
19,4-130 kW
Ductable close control units air-conditioners for vertical
installation and cooling only, with optional heating by means of
heating elements and hot water, optional humidifer and
dehumidifier for precise temperature and humidity control.
Particularly suitable for air conditioning technological, servers
and IT rooms and all technological applications in general.
Direct expansion FREE-COOLING unit with INVERTER
compressor is water cooled and it has to be connected to a
remote dry cooler. The INVERTER compressor allows the
cooling capacity modulation according to the real internal load,
particularly efficient at the partial loads and optimizing the
power absorbed and eliminating the start current. Units fitted
with electronic expansion valve and EC INVERTER fans,
upflow or downflow.
Also available in SMART configuration that, to meet the need to
operate at high temperatures due to modern Datacentre layout
with hot and cold aisles, the unit allows to treat return air up to
40 ° C optimizing the performance of the FreeCooling circuit
chilled water even with high external temperatures.
Features
Unit for installing inside or outside the room to be air-conditioned.
Last generation of scroll or rotary BLDC INVERTER compressor, for high
efficiency.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
Condensing control for maximum low noise (optional).
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Refrigerant circuit consisting in the standard version of a electronic expansion
valve, liquid solenoid valve, high/low pressure switch, sight glass liquid
indicator, drier filter, head pressure valve for condensing control and oil
separator in order to guarantee the right lubrification of the compressor at the
low speed.
Capillary Pre and After sales service.
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
480
ACCURATE i-AF / BASIC / MOD.A
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PERFORMANCE MIN
Total cooling capacity gross
Sensible cooling capacity gross
FREECOOLING
FC total capacity
FC sensible capacity
SHR
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
V/ph/Hz
20
29
50
70
90
130
F03
400/3+N/50
F03
400/3+N/50
F04
400/3+N/50
F05
400/3+N/50
F06
400/3+N/50
F07
400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
19,4
19,4
5,36
3,62
1,00
28,6
28,4
7,95
3,60
0,99
55,1
51,0
15,4
3,58
0,93
73,0
69,2
18,3
3,99
0,95
94,4
87,2
25,2
3,75
0,92
130
111
34,3
3,79
0,85
(1)
(1)
kW
kW
7,75
7,75
12,2
12,2
24,4
24,4
19,4
22,4
22,7
24,3
25,2
25,4
(3)
(3)
(2)
kW
kW
19,6
19,6
1,00
24,3
24,3
1,00
43,6
43,6
1,00
58,1
58,1
1,00
78,1
78,1
1,00
94,1
94,1
1,00
N°
m³/h
kPa
1
4,05
8,79
1
6,02
21,4
1
11,6
29,7
2
15,0
25,4
1
19,6
37,6
1
27,3
27,9
1
1
1
1
1
1
2
2
2
2
3
2
(4)
N°
m³/h
EC FAN
1
6500
EC FAN
1
8000
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
24000
EC FAN
3
28000
(5)
dB(A)
dB(A)
76
56
80
60
84
64
88
67
88
67
90
69
(4)
(4)
(4)
(4)
mm
mm
mm
kg
1000
790
1980
453
1000
790
1980
453
1550
790
1980
635
2100
790
1980
904
2650
790
1980
1156
2650
890
2195
1287
i-BDC030m
230/1/50
1
i-BDC039m
230/1/50
1
i-BDC062m
230/1/50
1
i-BDC092m
400/3/50
1
i-BDC123m
400/3/50
1
i-BDC190
400/3/50
1
N°
N°
V/ph/Hz
N°
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor air (in) 24°C - R.H. 50%; Water (in) 10°C and water flow of DX mode; ESP = 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
481
ACCURATE i-AF SMART - BASIC / MOD.A
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
PERFORMANCE MAX
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PERFORMANCE MIN
Total cooling capacity gross
Sensible cooling capacity gross
FREECOOLING
FC total capacity
FC sensible capacity
SHR
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
V/ph/Hz
20
29
50
70
90
130
F03
400/3/50
F04
400/3/50
F05
400/3/50
F06
400/3/50
F03
400/3/50
F07
400/3/50
24,6
24,6
4,95
4,98
1,00
33,1
33,1
8,70
3,80
1,00
65,6
65,6
16,9
3,88
1,00
98,3
98,3
25,1
3,92
1,00
119
119
29,6
4,03
1,00
144
143
33,9
4,24
0,99
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
(1)
(1)
kW
kW
(3)
(3)
(2)
kW
kW
40,2
39,8
0,99
49,2
48,5
0,98
88,5
84,7
0,96
120
114
0,96
157
151
0,96
161
158
0,98
N°
m³/h
kPa
1
4,90
12,0
1
6,90
16,0
1
13,6
74,0
2
20,5
43,0
1
24,6
19,0
1
29,4
39,0
1
1
1
1
1
1
2
2
2
2
3
2
(4)
N°
m³/h
EC FAN
1
6500
EC FAN
1
8000
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
25000
EC FAN
3
28000
(5)
dB(A)
dB(A)
76
56
80
60
84
64
88
67
88
67
90
69
(4)
(4)
(4)
(4)
mm
mm
mm
kg
1000
790
1980
390
1000
790
1980
390
1550
790
1980
468
2100
790
1980
737
2650
790
1980
861
2650
890
2180
1270
i-BDC030m
230/1/50
1
i-BDC039m
230/1/50
1
i-BDC062m
230/1/50
1
i-BDC092m
400/3/50
1
i-BDC123m
400/3/50
1
i-BDC190
400/3/50
1
N°
N°
V/ph/Hz
N°
Notes:
1 Indoor conditions (in) 35°C - R.H. 30%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor air (in) 35°C - R.H. 30%; Water (in) 10°C and water flow of DX mode; ESP = 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
482
483
<<< BACK INDEX
IT Cooling
AX 05 - 90
Version
BASIC
MOD
LT
Close control unit, air cooled, direct
expansion
4,96-95,4 kW
Ductable close control air-conditioners for vertical installation
and cooling only, with optional heating by means of heating
element or hot water, optional humidifier and dehumidifier for
precise temperature and humidity control. Particularly suitable
for air-conditioning technological, server and CED rooms and all
technological applications in general. Units fitted with EC
INVERTER fans, upflow or downflow. External air
condenser.Power supply 400V/3ph+N/50Hz (all models).
Without condensing control
With condensing control, for BRE rem. condenser
Low temperature with condensing control for BRE
Features
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Condensing control for maximum low noise (optional).
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Refrigerant circuit consisting in the standard version of a thermostatic valve
with external equalization (electronic expansion valve avaible as option), liquid
solenoid valve, high/low pressure switch, sight glass liquid indicator and drier
filter.
Capillary Pre and After sales service.
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Electronic expansion valve
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
484
ACCURATE AX / BASIC / MOD / LT
Frame
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard remote condenser linked
Voltage
Quantity
05
07
10
15
18
20
26
29
30
F01
F01
F01
F02
F02
F03
F03
F03
F04
V/ph/Hz 230/1/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
4,96
4,95
1,38
3,59
1,00
7,21
7,21
2,09
3,45
1,00
9,60
9,23
2,60
3,69
0,96
16,3
16,3
4,48
3,64
1,00
19,1
18,2
5,15
3,71
0,95
23,3
23,3
6,28
3,71
1,00
28,9
28,8
7,80
3,71
1,00
31,8
29,9
8,73
3,64
0,94
33,4
33,4
8,56
3,90
1,00
N°
N°
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
(3)
N°
m³/h
EC FAN
1
1800
EC FAN
1
2500
EC FAN
1
2500
EC FAN
2
4900
EC FAN
2
4900
EC FAN
1
6500
EC FAN
1
8000
EC FAN
1
8000
EC FAN
2
10500
(4)
dB(A)
dB(A)
63
43
70
50
70
50
73
53
73
53
76
56
80
60
80
60
79
59
(3)
(3)
(3)
(3)
mm
mm
mm
kg
600
500
1980
137
600
500
1980
137
600
500
1980
152
1000
500
1980
224
1000
500
1980
236
1000
790
1980
293
1000
790
1980
344
1000
790
1980
362
1550
790
1980
394
BRE007m BRE014m BRE014m BRE022m BRE027m BRE027m BRE044m BRE044m BRE054b
230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50
N°
1
1
1
1
1
1
1
1
1
ACCURATE AX / BASIC / MOD / LT
39
40
50
55
60
70
80
90
Frame
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard remote condenser linked
Voltage
Quantity
F04
F04
F04
F05
F05
F05
F06
F06
V/ph/Hz 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
41,0
41,0
11,1
3,69
1,00
46,2
46,2
13,0
3,55
1,00
52,3
49,9
15,2
3,44
0,95
60,3
60,3
16,5
3,65
1,00
68,1
68,1
18,4
3,70
1,00
73,2
70,1
20,2
3,62
0,96
87,8
87,8
23,8
3,69
1,00
95,4
91,8
27,4
3,48
0,96
N°
N°
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
(3)
N°
m³/h
EC FAN
2
13500
EC FAN
2
13500
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
19000
EC FAN
3
19000
EC FAN
3
25000
EC FAN
3
25000
(4)
dB(A)
dB(A)
84
64
84
64
84
64
88
67
88
67
88
67
88
67
88
67
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1550
790
1980
482
1550
790
1980
477
1550
790
1980
500
2100
790
1980
664
2100
790
1980
704
2100
790
1980
724
2650
790
1980
876
2650
790
1980
906
BRE051m BRE054b BRE065b BRE065b BRE076b BRE100b BRE100b BRE116b
230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50
N°
1
1
1
1
1
1
1
1
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Condensing temperature 45°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
485
<<< BACK INDEX
IT Cooling
AW 05 - 90
Version
BASIC
MOD_A
MOD_B
Without condensing control
With condensing control, for BDC dry cooler
With cond. control by pressostatic valve, for open circuit
Features
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Condensing control for maximum low noise (optional).
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Refrigerant circuit consisting in the standard version of a thermostatic valve
with external equalization (electronic expansion valve avaible as option), liquid
solenoid valve, high/low pressure switch, sight glass liquid indicator and drier
filter.
Switchboard to IEC 204-1/EN60204-1
Capillary Pre and After sales service.
Close control unit, water cooled direct
expansion
5,26-103 kW
Ducted close-control air-conditioners for vertical installation and
cooling only, with optional reheating by means of heating
element or hot water, optional humidifier and dehumidifier for
precise temperature and humidity control. Particularly suitable
for air-conditioning technological, server and CED rooms and all
technological applications in general. Units fitted with EC
INVERTER fans, upflow or downflow, and incorporated
water-cooled condenser. External Dry Cooler. Power supply
400V/3ph+N/50Hz (for all units).
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Electronic expansion valve
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
486
ACCURATE AW / BASIC / MOD_A
Frame
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
05
07
10
15
18
20
26
29
30
F01
F01
F01
F02
F02
F03
F03
F03
F04
V/ph/Hz 230/1/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
5,26
5,08
1,26
4,17
0,97
7,51
7,51
1,87
4,02
1,00
9,80
9,30
2,31
4,24
0,95
16,9
16,9
4,10
4,12
1,00
19,8
18,3
4,77
4,15
0,92
24,5
23,8
5,63
4,35
0,97
29,2
28,3
7,17
4,07
0,97
33,0
29,9
8,04
4,10
0,91
34,8
34,8
7,72
4,51
1,00
N°
m³/h
kPa
1
1,10
2,77
1
1,56
8,03
1
2,03
13,9
1
3,49
5,03
1
4,11
6,96
1
4,98
22,9
1
5,99
30,0
1
6,80
26,7
2
7,14
23,6
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
(3)
N°
m³/h
EC FAN
1
1800
EC FAN
1
2500
EC FAN
1
2500
EC FAN
2
4900
EC FAN
2
4900
EC FAN
1
6500
EC FAN
1
8000
EC FAN
1
8000
EC FAN
2
10500
(4)
dB(A)
dB(A)
63
43
70
50
70
50
73
53
73
53
76
56
80
60
80
60
79
59
(3)
(3)
(3)
(3)
mm
mm
mm
kg
600
500
1980
143
600
500
1980
143
600
500
1980
163
1000
500
1980
237
1000
500
1980
249
1000
790
1980
309
1000
790
1980
360
1000
790
1980
380
1550
790
1980
419
(1)
(1)
N°
N°
BDC008m BDC013m BDC013m BDC030m BDC030m BDC030m BDC039m BDC039m BDC039m
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50
N°
1
1
1
1
1
1
1
1
1
ACCURATE AW / BASIC / MOD_A
39
40
50
55
60
70
80
90
Frame
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
F04
F04
F04
F05
F05
F05
F06
F06
V/ph/Hz 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
43,0
43,0
10,1
4,26
1,00
48,5
48,4
11,7
4,15
1,00
54,5
49,9
14,0
3,89
0,92
62,6
62,6
15,3
4,09
1,00
70,8
69,1
16,9
4,19
0,98
77,4
71,1
18,0
4,30
0,92
90,6
90,0
22,0
4,12
0,99
99,3
92,8
25,2
3,94
0,93
N°
m³/h
kPa
1
8,64
29,7
2
9,88
21,0
2
11,3
29,8
2
12,7
33,0
2
14,4
29,7
2
15,7
25,3
1
18,4
30,6
1
20,5
38,2
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
(3)
N°
m³/h
EC FAN
2
13500
EC FAN
2
13500
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
19000
EC FAN
3
19000
EC FAN
3
25000
EC FAN
3
25000
(4)
dB(A)
dB(A)
84
64
84
64
84
64
88
67
88
67
88
67
88
67
88
67
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1550
790
1980
504
1550
790
1980
505
1550
790
1980
529
2100
790
1980
696
2100
790
1980
741
2100
790
1980
766
2650
790
1980
940
2650
790
1980
970
(1)
(1)
N°
N°
BDC052m BDC052m BDC062m BDC078m BDC078m BDC092m BDC103m BDC123m
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50 400/3/50 400/3/50
N°
1
1
1
1
1
1
1
1
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
487
ACCURATE AW / MOD_B
Frame
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
05
07
10
15
18
20
26
29
30
F01
F01
F01
F02
F02
F03
F03
F03
F04
V/ph/Hz 230/1/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
5,32
5,10
1,23
4,33
0,96
7,62
7,52
1,79
4,26
0,99
9,71
9,10
2,40
4,05
0,94
17,1
17,1
3,94
4,34
1,00
19,8
18,3
4,74
4,18
0,92
24,6
23,8
5,54
4,44
0,97
29,4
28,3
6,89
4,27
0,96
32,1
29,8
7,88
4,07
0,93
35,9
35,9
7,08
5,07
1,00
N°
m³/h
kPa
1
0,37
1,02
1
0,52
3,97
1
0,67
7,04
1
1,16
2,99
1
1,37
3,02
1
1,66
21,2
1
1,99
21,0
1
2,20
26,1
2
2,40
12,0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
(3)
N°
m³/h
EC FAN
1
1800
EC FAN
1
2500
EC FAN
1
2500
EC FAN
2
4900
EC FAN
2
4900
EC FAN
1
6500
EC FAN
1
8000
EC FAN
1
8000
EC FAN
2
10500
(4)
dB(A)
dB(A)
63
43
70
50
70
50
73
53
73
53
76
56
80
60
80
60
79
59
(3)
(3)
(3)
(3)
mm
mm
mm
kg
600
500
1980
145
600
500
1980
145
600
500
1980
165
1000
500
1980
237
1000
500
1980
250
1000
790
1980
310
1000
790
1980
358
1000
790
1980
377
1550
790
1980
419
(1)
(1)
N°
N°
ACCURATE AW / MOD_B
39
40
50
55
60
70
80
90
Frame
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
F04
F04
F04
F05
F05
F05
F06
F06
V/ph/Hz 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
44,3
44,3
9,59
4,62
1,00
48,9
48,6
11,5
4,25
0,99
54,6
49,9
13,3
4,11
0,91
63,6
63,6
14,9
4,27
1,00
73,2
70,1
15,6
4,69
0,96
78,2
71,7
17,1
4,57
0,92
93,9
91,2
20,4
4,60
0,97
103
92,8
22,9
4,50
0,90
N°
m³/h
kPa
1
2,92
17,2
2
3,29
21,2
2
3,72
20,0
2
4,26
22,2
2
4,85
13,0
2
5,23
15,0
1
6,23
21,0
1
6,90
26,9
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
(3)
N°
m³/h
EC FAN
2
13500
EC FAN
2
13500
EC FAN
2
13500
EC FAN
3
19000
EC FAN
3
19000
EC FAN
3
19000
EC FAN
3
25000
EC FAN
3
25000
(4)
dB(A)
dB(A)
84
64
84
64
84
64
88
67
88
67
88
67
88
67
88
67
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1550
790
1980
504
1550
790
1980
505
1550
790
1980
529
2100
790
1980
695
2100
790
1980
739
2100
790
1980
760
2650
790
1980
929
2650
790
1980
959
(1)
(1)
N°
N°
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 15°C/30°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
488
489
<<< BACK INDEX
IT Cooling
AD 20 - 90
Version
BASIC
MOD
LT
Without condensing control
With condensing control, for BRE rem. condenser
Low temperature with condensing control for BRE
Configurations
SMART
Close control unit dual fluid, air cooled
direct expansion
23,8-91,0 kW
Ductable close control units air-conditioners for vertical
installation and cooling only, with
optional heating by means of heating elements and hot water,
optional humidifer and dehumidifier for precise temperature and
humidity control.
Particularly suitable for air conditioning technological, servers
and IT rooms and all technological applications in general.
Units fitted with EC INVERTER fans, upflow or downflow.
DUAL FLUID unit has to be connected to an external chiller for
PRIMARY circuit.
The direct expansion circuit, secondary or BACK-UP circuit, is
air cooled and has to be connected with a remote condenser.
Also available in SMART configuration that, to meet the need to
operate at high temperatures due to modern Datacentre layout
with hot and cold aisles, the unit allows to treat return air up to
40 ° C optimizing the performance of the primary circuit chilled
water even with high medium temperatures.
Basic application - Up to 32°C air inlet
SMART Application - Up to 40°C air inlet
Features
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Capillary Pre and After sales service.
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Electronic expansion valve
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
490
ACCURATE AD / BASIC / MOD / LT
20
26
29
30
39
40
50
60
70
80
90
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
CHILLED WATER
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Fluid flow
Total pressure drop (Coil + Valve)
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard remote condenser linked
Voltage
Quantity
F03
F03
F03
F04
F04
F04
F04
F05
F05
F06
F06
V/ph/Hz
400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
23,7
21,8
6,28
3,77
0,92
29,4
27,9
7,81
3,76
0,95
32,7
30,2
8,55
3,82
0,92
36,7
36,2
8,45
4,34
0,99
42,2
42,2
11,1
3,80
1,00
47,6
47,0
13,1
3,63
0,99
55,1
50,7
14,9
3,70
0,92
62,2
62,2
16,5
3,77
1,00
75,5
71,0
19,9
3,79
0,94
86,3
86,1
23,8
3,63
1,00
98,8
91,0
27,5
3,59
0,92
(3)
(3)
(2)
(3)
(3)
kW
kW
23,8
21,8
0,92
4,10
26,9
28,1
26,4
0,94
4,84
35,4
29,5
27,6
0,94
5,08
48,1
41,0
37,0
0,90
7,06
31,2
50,0
46,3
0,93
8,61
45,6
50,0
46,3
0,93
8,61
45,6
51,4
47,5
0,92
8,85
61,2
65,0
62,2
0,96
11,2
37,2
67,6
64,5
0,95
11,6
42,0
91,0
85,0
0,93
15,7
47,5
91,0
85,0
0,93
15,7
47,5
1
1
1
1
1
1
2
2
1
1
2
2
2
2
2
2
2
2
2
2
2
2
m³/h
kPa
N°
N°
(4)
N°
m³/h
(5)
dB(A)
dB(A)
(4)
(4)
(4)
(4)
mm
mm
mm
kg
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
1
1
2
2
2
2
3
3
3
3
6000
7500
8000
10000 13000 13000 13500 18000 19000 24000 24000
76
56
80
60
80
60
79
59
84
64
84
64
84
64
88
67
88
67
88
67
88
67
1000
790
1980
312
1000
790
1980
359
1000
790
1980
377
1550
790
1980
428
1550
790
1980
516
1550
790
1980
511
1550
790
1980
536
2100
790
1980
774
2100
790
1980
794
2650
790
1980
993
2650
790
1980
1023
027m
044m
044m
054b
051m
054b
065b
076b
100b
100b
116b
230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50
N°
1
1
1
1
1
1
1
1
1
1
1
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Condensing temperature 45°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 7°C/12°C; ESP= 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
ACCURATE AD SMART - BASIC / MOD / LT
20
26
29
30
39
40
50
60
70
80
90
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
CHILLED WATER
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Fluid flow
Total pressure drop (Coil + Valve)
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard remote condenser linked
Voltage
Quantity
F03
F03
F03
F04
F04
F04
F04
F05
F05
F06
F06
V/ph/Hz
400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
26,8
26,8
6,61
4,05
1,00
32,7
32,7
8,12
4,03
1,00
36,7
36,7
9,09
4,04
1,00
40,5
40,5
8,63
4,69
1,00
46,3
46,3
11,5
4,03
1,00
51,5
51,5
13,7
3,76
1,00
60,1
60,1
15,8
3,80
1,00
76,2
76,2
19,2
3,97
1,00
83,0
83,0
21,0
3,95
1,00
102
102
24,9
4,10
1,00
112
112
28,6
3,92
1,00
(3)
(3)
(2)
(3)
(3)
kW
kW
37,2
37,2
1,00
5,34
53,4
44,6
44,6
1,00
6,41
75,5
47,0
47,0
1,00
6,75
83,2
64,4
64,4
1,00
9,26
65,3
79,8
79,8
1,00
11,5
97,9
79,8
79,8
1,00
11,5
97,9
82,3
82,3
1,00
11,8
104
107
107
1,00
15,3
57,4
111
111
1,00
16,0
62,3
146
146
1,00
21,0
103
146
146
1,00
21,0
103
1
1
1
1
1
1
2
2
1
1
2
2
2
2
2
2
2
2
2
2
2
2
m³/h
kPa
N°
N°
(4)
N°
m³/h
(5)
dB(A)
dB(A)
(4)
(4)
(4)
(4)
mm
mm
mm
kg
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
1
1
2
2
2
2
3
3
3
3
6000
7500
8000
10000 13000 13000 13500 18000 19000 24000 24000
76
56
80
60
80
60
79
59
85
65
85
65
84
64
89
68
88
67
88
67
88
67
1000
790
1980
312
1000
790
1980
359
1000
790
1980
377
1550
790
1980
428
1550
790
1980
516
1550
790
1980
511
1550
790
1980
536
2100
790
1980
774
2100
790
1980
794
2650
790
1980
993
2650
790
1980
1023
027m
044m
044m
054b
051m
054b
065b
076b
100b
100b
116b
230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50
N°
1
1
1
1
1
1
1
1
1
1
1
Notes:
1 Indoor conditions (in) 35°C - R.H. 30%; Condensing temperature 45°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor conditions (in) 35°C - R.H. 30%; Water temperature (in/out) 12°C/18°C; ESP= 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
491
492
493
<<< BACK INDEX
IT Cooling
AT 20 - 90
Version
BASIC
MOD_A
MOD_B
Without condensing control
With condensing control, for BDC dry cooler
With cond. control by pressostatic valve, for open circuit
Configurations
SMART
Close control unit dual fluid, water
cooled direct expansion
23,8-91,0 kW
Ductable close control units air-conditioners for vertical
installation and cooling only, with
optional heating by means of heating elements and hot water,
optional humidifer and dehumidifier for precise temperature and
humidity control.
Particularly suitable for air conditioning technological, servers
and IT rooms and all technological applications in general.
Units fitted with EC INVERTER fans, upflow or downflow.
DUAL FLUID unit has to be connected to an external chiller for
PRIMARY circuit.
The direct expansion circuit, secondary or BACK-UP circuit, is
water cooled and has to be connected with a remote dry cooler
or to city water net.
Also available in SMART configuration that, to meet the need to
operate at high temperatures due to modern Datacentre layout
with hot and cold aisles, the unit allows to treat return air up to
40 ° C optimizing the performance of the primary circuit chilled
water even with high medium temperatures.
Basic application - Up to 32°C air inlet
SMART Application - Up to 40°C air inlet
Features
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Capillary Pre and After sales service.
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Air distribution plenum
Sound absorber plenum
Interface electronic board
Electronic expansion valve
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
494
ACCURATE AT / BASIC / MOD.A
20
26
29
30
39
40
50
60
70
80
90
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
CHILLED WATER
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Fluid flow
Total pressure drop (Coil + Valve)
EXCHANGERS
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
F03
F03
F03
F04
F04
F04
F04
F05
F05
F06
F06
V/ph/Hz
400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
24,9
22,8
5,75
4,33
0,92
30,6
28,3
7,20
4,25
0,92
32,3
30,0
7,91
4,08
0,93
38,1
36,7
7,74
4,92
0,96
47,3
46,9
11,2
4,22
0,99
50,0
47,9
11,8
4,24
0,96
54,5
50,7
13,7
3,98
0,93
70,3
66,8
16,8
4,18
0,95
76,7
71,1
17,8
4,31
0,93
91,8
88,2
22,1
4,15
0,96
102
92,2
25,4
4,02
0,90
(3)
(3)
(2)
(3)
(3)
kW
kW
m³/h
kPa
23,8
21,8
0,92
4,10
26,9
28,1
26,4
0,94
4,84
35,4
29,5
27,6
0,94
5,08
48,1
41,0
37,0
0,90
7,06
31,2
50,0
46,3
0,93
8,61
45,6
50,0
46,3
0,93
8,61
45,6
51,4
47,5
0,92
8,85
61,2
65,0
62,2
0,96
11,2
37,2
67,6
64,5
0,95
11,6
42,0
91,0
85,0
0,93
15,7
23,6
91,0
85,0
0,93
15,7
23,6
(1)
(1)
N°
m³/h
kPa
1
5,07
23,8
1
6,24
31,4
1
6,65
27,4
2
7,71
26,5
1
9,58
30,2
2
10,2
20,7
2
11,3
31,6
2
14,3
29,8
2
15,6
27,2
1
18,7
32,4
1
21,0
40,0
1
1
1
1
1
1
2
2
1
1
2
2
2
2
2
2
2
2
2
2
2
2
N°
N°
(4)
N°
m³/h
(5)
dB(A)
dB(A)
(4)
(4)
(4)
(4)
mm
mm
mm
kg
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
1
1
2
2
2
2
3
3
3
3
6000
7500
8000
10000 13000 13000 13500 18000 19000 24000 24000
76
56
80
60
80
60
79
59
84
64
84
64
84
64
88
67
88
67
88
67
88
67
1000
790
1980
348
1000
790
1980
399
1000
790
1980
417
1550
790
1980
468
1550
790
1980
556
1550
790
1980
551
1550
790
1980
576
2100
790
1980
811
2100
790
1980
831
2650
790
1980
981
2650
790
1980
1061
030m
039m
039m
039m
052m
052m
062m
078m
092m
103m
123m
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50 400/3/50 400/3/50
N°
1
1
1
1
1
1
1
1
1
1
1
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 7°C/12°C; ESP= 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
495
ACCURATE AT / MOD.B
20
26
29
30
39
40
50
60
70
80
90
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
CHILLED WATER
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Fluid flow
Total pressure drop (Coil + Valve)
EXCHANGERS
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
F03
F03
F03
F04
F04
F04
F04
F05
F05
F06
F06
V/ph/Hz
400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
24,6
22,7
5,75
4,28
0,92
30,6
28,3
7,20
4,25
0,92
34,3
28,9
8,20
4,18
0,84
44,8
39,4
8,10
5,53
0,88
38,7
38,7
9,30
4,16
1,00
49,3
47,6
12,1
4,07
0,97
59,5
50,1
13,9
4,28
0,84
74,5
68,4
16,3
4,57
0,92
81,9
68,8
17,9
4,58
0,84
95,5
89,7
21,4
4,46
0,94
106
92,2
24,3
4,36
0,87
(3)
(3)
(2)
(3)
(3)
kW
kW
m³/h
kPa
23,8
21,8
0,92
4,10
26,9
28,1
26,4
0,94
4,84
35,4
29,5
27,6
0,94
5,08
48,1
41,0
37,0
0,90
7,06
31,2
50,0
46,3
0,93
8,61
45,6
50,0
46,3
0,93
8,61
45,6
51,4
47,5
0,92
8,85
61,2
65,0
62,2
0,96
11,2
37,2
67,6
64,5
0,95
11,6
42,0
91,0
85,0
0,93
15,7
23,6
91,0
85,0
0,93
15,7
23,6
(1)
(1)
N°
m³/h
kPa
1
1,67
20,2
1
2,07
19,3
1
2,34
25,5
2
2,97
11,8
1
2,58
16,6
2
3,35
5,95
2
4,04
19,5
2
4,97
12,6
2
5,49
14,6
1
6,38
20,3
1
7,15
26,3
1
1
1
1
1
1
2
2
1
1
2
2
2
2
2
2
2
2
2
2
2
2
N°
N°
(4)
N°
m³/h
(5)
dB(A)
dB(A)
(4)
(4)
(4)
(4)
mm
mm
mm
kg
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
1
1
2
2
2
2
3
3
3
3
6000
7500
8000
10000 13000 13000 13500 18000 19000 24000 24000
76
56
80
60
80
60
79
59
84
64
84
64
84
64
88
67
88
67
88
67
88
67
1000
790
1980
346
1000
790
1980
398
1000
790
1980
414
1550
790
1980
463
1550
790
1980
555
1550
790
1980
548
1550
790
1980
574
2100
790
1980
809
2100
790
1980
825
2650
790
1980
980
2650
790
1980
1060
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 15°C/30°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 7°C/12°C; ESP= 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
496
ACCURATE AT SMART - BASIC / MOD.A
20
26
29
30
39
40
50
60
70
80
90
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
CHILLED WATER
Total cooling capacity gross
Sensible cooling capacity gross
SHR
Fluid flow
Total pressure drop (Coil + Valve)
EXCHANGERS
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
F03
F03
F03
F04
F04
F04
F04
F05
F05
F06
F06
V/ph/Hz
400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
27,3
27,3
6,23
4,38
1,00
33,3
33,3
7,73
4,31
1,00
36,5
36,5
9,21
3,96
1,00
41,3
41,3
8,18
5,05
1,00
48,1
48,1
10,6
4,54
1,00
52,7
52,7
12,9
4,09
1,00
61,2
61,2
15,0
4,08
1,00
75,6
75,6
19,5
3,88
1,00
86,1
86,1
19,1
4,51
1,00
105
104
23,7
4,43
0,99
115
114
27,0
4,26
0,99
(3)
(3)
(2)
(3)
(3)
kW
kW
m³/h
kPa
37,2
37,2
1,00
5,34
53,4
44,6
44,6
1,00
6,41
75,5
47,0
47,0
1,00
6,75
83,2
64,4
64,4
1,00
9,26
65,3
79,8
79,8
1,00
11,5
97,9
79,8
79,8
1,00
11,5
97,9
82,3
82,3
1,00
11,8
104
107
107
1,00
15,3
57,4
111
111
1,00
16,0
62,3
146
146
1,00
21,0
59,5
146
146
1,00
21,0
59,5
(1)
(1)
N°
m³/h
kPa
1
5,58
16,4
1
6,80
23,4
1
7,61
20,0
2
8,34
22,9
1
9,63
41,2
2
10,8
16,3
2
12,7
21,3
2
15,7
22,0
2
17,5
34,2
1
21,2
14,6
1
23,5
17,5
1
1
1
1
1
1
2
2
1
1
2
2
2
2
2
2
2
2
2
2
2
2
N°
N°
(4)
N°
m³/h
(5)
dB(A)
dB(A)
(4)
(4)
(4)
(4)
mm
mm
mm
kg
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
1
1
2
2
2
2
3
3
3
3
6000
7500
8000
10000 13000 13000 13500 18000 19000 24000 24000
76
56
80
60
80
60
79
59
85
65
85
65
84
64
89
68
88
67
88
67
88
67
1000
790
1980
348
1000
790
1980
399
1000
790
1980
417
1550
790
1980
468
1550
790
1980
556
1550
790
1980
551
1550
790
1980
576
2100
790
1980
811
2100
790
1980
831
2650
790
1980
981
2650
790
1980
1061
030m
039m
039m
039m
052m
052m
062m
078m
092m
103m
123m
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50 400/3/50 400/3/50
N°
1
1
1
1
1
1
1
1
1
1
1
Notes:
1 Indoor conditions (in) 35°C - R.H. 30%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor conditions (in) 35°C - R.H. 30%; Water temperature (in/out) 12°C/18°C; ESP= 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
497
<<< BACK INDEX
IT Cooling
AF 20 - 90
Version
BASIC
MOD_A
Without condensing control
With condensing control, for BDC dry cooler
Configurations
Basic application - Up to 32°C air inlet
SMART
SMART Application - Up to 40°C air inlet
Features
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the compressor and all the other parts are
guaranteed by partners who are world leaders in their sector.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
The microprocessor controls the compressor activation times with FIFO logic,
thereby regulating the cooling capacity; it also controls the operating alarms
with the possibility of interfacing to supervisor and remote-servicing systems.
Switchboard to IEC 204-1/EN60204-1
Capillary Pre and After sales service.
Close control unit free-cooling source,
water cooled direct expansion
24,9-102 kW
Ductable close control units air-conditioners for vertical
installation and cooling only, with
optional heating by means of heating elements and hot water,
optional humidifer and dehumidifier for precise temperature and
humidity control.
Particularly suitable for air conditioning technological, servers
and IT rooms and all technological applications in general.
Units fitted with EC INVERTER fans, upflow or downflow.
FREE-COOLING unit water cooled has to be connected with a
remote dry cooler or an external chiller.
Also available in SMART configuration that, to meet the need to
operate at high temperatures due to modern Datacentre layout
with hot and cold aisles, the unit allows to treat return air up to
40 ° C optimizing the performance of the FreeCooling circuit
chilled water even with high external temperatures.
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Electronic expansion valve
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
498
ACCURATE AF / BASIC / MOD.A
20
26
29
30
39
40
50
60
70
80
90
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
FREECOOLING
FC total capacity
FC sensible capacity
SHR
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
F03
F03
F03
F04
F04
F04
F04
F05
F05
F06
F06
V/ph/Hz
400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
24,9
22,8
5,75
4,33
0,92
30,6
28,3
7,20
4,25
0,92
32,3
30,0
7,91
4,08
0,93
38,1
36,7
7,74
4,92
0,96
47,3
46,9
11,2
4,22
0,99
50,0
47,9
11,8
4,24
0,96
54,5
50,7
13,7
3,98
0,93
70,3
66,8
16,8
4,18
0,95
76,7
71,1
17,8
4,31
0,93
91,8
88,2
22,1
4,15
0,96
102
92,2
25,4
4,02
0,90
(3)
(3)
(2)
kW
kW
19,9
19,9
1,00
24,0
24,0
1,00
25,1
25,1
1,00
33,6
33,6
1,00
40,9
40,9
1,00
41,5
41,5
1,00
43,8
43,8
1,00
56,6
56,6
1,00
58,0
58,0
1,00
76,7
76,7
1,00
78,2
78,2
1,00
N°
m³/h
kPa
1
5,07
23,8
1
6,24
31,4
1
6,65
27,4
2
7,71
26,5
1
9,58
30,2
2
10,2
20,7
2
11,3
31,6
2
14,3
29,8
2
15,6
27,2
1
18,7
32,4
1
21,0
40,0
1
1
1
1
1
1
2
2
1
1
2
2
2
2
2
2
2
2
2
2
2
2
(1)
(1)
N°
N°
(4)
N°
m³/h
(5)
dB(A)
dB(A)
(4)
(4)
(4)
(4)
mm
mm
mm
kg
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
1
1
2
2
2
2
3
3
3
3
6000
7500
8000
10000 13000 13000 13500 18000 19000 24000 24000
76
56
80
60
80
60
79
59
84
64
84
64
84
64
88
67
88
67
88
67
88
67
1000
790
1980
362
1000
790
1980
413
1000
790
1980
433
1550
790
1980
489
1550
790
1980
577
1550
790
1980
580
1550
790
1980
605
2100
790
1980
846
2100
790
1980
871
2650
790
1980
993
2650
790
1980
1123
030m
039m
039m
039m
052m
052m
062m
078m
092m
103m
123m
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50 400/3/50 400/3/50
N°
1
1
1
1
1
1
1
1
1
1
1
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor air (in) 24°C - R.H. 50%; Water (in) 10°C and water flow of DX mode; ESP = 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
499
ACCURATE AF SMART - BASIC / MOD.A
20
26
29
30
39
40
50
60
70
80
90
Frame
Power supply
PERFORMANCE
DIRECT EXPANSION
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
FREECOOLING
FC total capacity
FC sensible capacity
SHR
PLATE CAPACITOR
Capacitors nr.
Condenser fluid flow
Pressure drop
COMPRESSORS
Compressors nr.
No. Circuits
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Standard dry cooler linked
Voltage
Quantity
F03
F03
F03
F04
F04
F04
F04
F05
F05
F06
F06
V/ph/Hz 400/3N/50 400/3N/50 400/3N/50 400/3N/50 400/3N/50 400/3N/50 400/3N/50 400/3N/50 400/3N/50 400/3N/50 400/3N/50
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
27,3
27,3
6,25
4,37
1,00
33,3
33,3
7,70
4,33
1,00
36,5
36,5
9,20
3,97
1,00
41,3
41,3
8,20
5,04
1,00
48,1
48,1
10,7
4,50
1,00
52,7
52,7
13,0
4,05
1,00
61,2
61,2
15,0
4,08
1,00
75,6
75,6
19,5
3,88
1,00
86,1
86,1
19,2
4,49
1,00
105
104
23,7
4,43
0,99
115
114
27,1
4,23
1,00
(3)
(3)
(2)
kW
kW
39,1
37,5
0,96
47,1
45,9
0,97
50,0
48,7
0,97
66,5
64,0
0,96
81,2
80,5
0,99
83,0
81,1
0,98
87,4
84,4
0,97
110
107
0,98
116
113
0,97
153
150
0,98
156
151
0,97
N°
m³/h
kPa
1
5,50
16,0
1
6,70
23,0
1
7,50
19,0
2
8,30
21,0
1
9,60
38,0
2
10,7
14,0
2
12,6
19,0
2
15,6
20,0
2
17,3
32,0
2
21,1
15,0
1
23,3
18,0
1
1
1
1
1
1
2
2
1
1
2
2
2
2
2
2
2
2
2
2
2
2
(1)
(1)
N°
N°
(4)
N°
m³/h
(5)
dB(A)
dB(A)
(4)
(4)
(4)
(4)
mm
mm
mm
kg
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
1
1
2
2
2
2
3
3
3
3
6000
7500
8000
10000 13000 13000 13500 18000 19000 24000 25000
76
56
80
60
80
60
79
59
84
64
84
64
84
64
88
67
88
67
88
67
88
67
1000
790
1980
362
1000
790
1980
413
1000
790
1980
433
1550
790
1980
489
1550
790
1980
577
1550
790
1980
580
1550
790
1980
605
2100
790
1980
846
2100
790
1980
871
2650
790
1980
993
2650
790
1980
1123
030m
039m
039m
039m
052m
052m
062m
078m
092m
103m
123m
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50 400/3/50 400/3/50
N°
1
1
1
1
1
1
1
1
1
1
1
Notes:
1 Indoor conditions (in) 35°C - R.H. 30%; Water temperature (in/out) 30°C/35°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Indoor air (in) 35°C - R.H. 30%; Water (in) 10°C and water flow of DX mode; ESP = 20Pa.
4 Unit in standard configuration/execution, without optional accessories.
5 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
500
501
<<< BACK INDEX
IT Cooling
AC 2.0 0061 - 2251
Version
BASIC
Basic
Features
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the all parts are guaranteed by partners who
are world leaders in their sector.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
Switchboard to IEC 204-1/EN60204-1
Capillary Pre and After sales service.
Close control unit chilled water
6,00-225 kW
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Ductable close control air-conditioners for vertical installation
and cooling only, with optional heating by means of heating
element or hot water, optional humidifier and dehumidifier for
precise temperature and humidity control.Particularly suitable
for air-conditioning technological, server and CED rooms and all
technological applications in general.Units fitted withEC
INVERTER fans, upflow or downflow. These units are provided
with 3way valve and servomotor.Unit has to be connected with
an external chiller.
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
502
ACO/ACU_2.0
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Fans power input
SHR
Fluid flow
Total pressure drop (Coil + Valve)
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
0061
(1)
(1)
(1)
(2)
(1)
(1)
kW
kW
kW
m³/h
kPa
(3)
N°
m³/h
(4)
dB(A)
dB(A)
(3)
(3)
(3)
(3)
mm
mm
mm
kg
ACO/ACU_2.0
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Fans power input
SHR
Fluid flow
Total pressure drop (Coil + Valve)
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
0101
0131
0161
0201
0261
0331
0401
0501
0601
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
6,00
5,10
0,13
0,85
1,03
55,8
10,7
8,60
0,31
0,80
1,84
73,6
13,3
10,2
0,31
0,77
2,29
63,8
15,7
13,5
0,61
0,86
2,70
64,9
20,6
16,6
0,63
0,81
3,55
68,5
26,6
20,4
0,65
0,77
4,58
96,5
32,8
29,6
1,53
0,90
5,65
46,4
40,3
34,8
1,63
0,86
6,94
55,7
50,2
41,4
1,73
0,82
8,64
94,3
60,1
48,3
1,89
0,80
10,3
78,4
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
1
1
2
2
2
1
1
1
1
1800
2500
2500
5000
5000
5000
10000
10000
10000
12500
67
47
70
50
70
50
74
54
74
54
74
54
80
60
80
60
80
60
82
61
600
500
1980
95
600
500
1980
105
600
500
1980
115
1000
500
1980
152
1000
500
1980
162
1000
500
1980
172
1000
890
2180
264
1000
890
2180
274
1000
890
2180
284
1550
890
2180
396
0701
0901
1151
1201
1401
1551
1801
2001
2251
V/ph/Hz 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(2)
(1)
(1)
kW
kW
kW
m³/h
kPa
(3)
N°
m³/h
(4)
dB(A)
dB(A)
(3)
(3)
(3)
(3)
mm
mm
mm
kg
69,9
54,8
1,96
0,78
12,0
63,1
89,1
74,3
3,51
0,83
15,3
61,9
112
89,8
3,69
0,80
19,4
115
119
95,5
3,82
0,80
20,4
56,5
139
109
3,97
0,78
23,9
68,6
155
127
5,01
0,82
26,7
94,5
178
136
5,54
0,76
30,7
114
197
156
6,97
0,79
33,9
159
225
168
7,51
0,75
38,7
149
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
2
2
2
2
3
3
3
3
12500
21000
21000
25000
25000
30000
30000
36000
36000
82
61
86
65
86
65
88
67
88
67
90
69
90
69
91
70
91
70
1550
890
2180
406
2100
890
2180
505
2100
890
2180
515
2650
890
2180
615
2650
890
2180
635
2650
890
2180
642
2650
890
2180
652
3200
890
2180
740
3200
890
2180
750
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 7°C/12°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
503
<<< BACK INDEX
IT Cooling
AB 2.0 0302 - 1502
Version
BASIC
Basic
Features
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the all parts are guaranteed by partners who
are world leaders in their sector.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
Switchboard to IEC 204-1/EN60204-1
Capillary Pre and After sales service.
DUAL COIL close control unit, chilled
water type
31,1-148 kW
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Ductable close control units air-conditioners for vertical
installation and cooling only, with
optional heating by means of heating elements and hot water,
optional humidifer and dehumidifier for precise temperature and
humidity control.
Particularly suitable for air conditioning technological, servers
and IT rooms and all technological applications in general.
Units fitted with EC INVERTER fans, upflow or downflow.
These units are provided with two indipendent chilled water
circuits, each one with 3way valve and servomotor. Units has to
be connected to 2 complete independent circuit each one in
back-up to the other one.
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
504
ABO/ABU_2.0
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Fans power input
SHR
Fluid flow
Total pressure drop (Coil + Valve)
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
0302
V/ph/Hz
(1)
(1)
(1)
(2)
(1)
(1)
kW
kW
kW
m³/h
kPa
(3)
N°
m³/h
(4)
dB(A)
dB(A)
(3)
(3)
(3)
(3)
mm
mm
mm
kg
0352
0452
0552
0702
0852
0902
1052
1252
1302
1502
400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
31,1
27,3
1,63
0,88
5,35
74,3
36,3
30,7
1,73
0,85
6,25
69,2
45,5
38,3
1,89
0,84
7,83
92,9
52,6
42,7
1,96
0,81
9,06
71,8
71,2
61,1
3,51
0,86
12,3
119
82,3
68,0
3,69
0,83
14,2
116
89,6
75,9
3,15
0,85
15,4
151
103
84,1
3,32
0,82
17,7
122
125
112
5,32
0,90
21,5
81,6
131
128
6,12
0,98
22,6
54,6
148
137
6,59
0,93
25,5
55,6
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
1
1
1
2
2
3
3
3
3
3
10000 10000 12500 12500 21000 21000 25000 25000 30000 36000 36000
80
60
80
60
82
61
82
61
86
65
86
65
83
62
84
63
86
65
90
69
90
69
1000
890
2180
419
1000
890
2180
434
1550
890
2180
596
1550
890
2180
611
2100
890
2180
750
2100
890
2180
765
2650
890
2180
895
2650
890
2180
910
2650
890
2180
915
3200
890
2180
944
3200
890
2180
954
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 7°C/12°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
505
<<< BACK INDEX
IT Cooling
AC 2.0 EXPANDED 0501 - 2351
Version
BASIC
Basic
Features
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the all parts are guaranteed by partners who
are world leaders in their sector.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Standard G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
Switchboard to IEC 204-1/EN60204-1
Capillary Pre and After sales service.
Close control unit chilled water
49,5-235 kW
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Ductable close control air-conditioners for vertical installation
and cooling only, with optional heating by means of heating
element or hot water, optional humidifier and dehumidifier for
precise temperature and humidity control. EXPANDED units are
constituted of two modules: a first one that contains the heat
exchanger, usually placed over the floor, and a second one
where EC inverter fans are placed. Particularly suitable for
air-conditioning technological, server and CED rooms and all
technological applications in general. Air delivery can be upflow
or downflow. These units are provided with 3way valve and
servomotor. Unit has to be connected with an external chiller.
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
506
ACO/ACU_2.0_EXPANDED
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Fans power input
SHR
Fluid flow
Total pressure drop (Coil + Valve)
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
0501
0651
0701
0801
1201
1501
1651
1951
2001
2351
V/ph/Hz 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(2)
(1)
(1)
kW
kW
kW
m³/h
kPa
(3)
N°
m³/h
(4)
dB(A)
dB(A)
(3)
(3)
(3)
(3)
mm
mm
mm
kg
49,5
43,5
1,89
0,88
8,52
72,1
65,0
51,7
2,03
0,80
11,2
81,0
68,9
55,3
1,75
0,80
11,9
58,4
81,6
60,8
1,80
0,75
14,0
55,9
117
100
3,61
0,85
20,2
44,0
147
113
3,85
0,77
25,3
80,9
166
143
5,41
0,86
28,6
92,1
198
156
5,67
0,79
34,1
99,8
199
165
6,59
0,83
34,3
97,6
235
180
6,97
0,77
40,4
85,7
EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN EC FAN
1
1
1
1
2
2
3
3
3
3
12000
12000
13000
13000
25000
25000
36000
36000
40000
40000
82
62
82
62
85
65
85
65
86
65
86
65
87
66
87
66
90
69
90
69
1000
990
2595
396
1000
990
2595
406
1550
990
2595
505
1550
990
2595
515
2100
990
2595
615
2100
990
2595
635
2650
990
2595
642
2650
990
2595
652
3200
990
2595
740
3200
990
2595
752
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 7°C/12°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
507
<<< BACK INDEX
IT Cooling
AB 2.0 EXPANDED 0352 - 1552
Version
BASIC
Basic
Features
Unit for installing inside or outside the room to be air-conditioned.
Maximum resistance to rust thanks to galvanised sheet metal structures and
panels with powder-coated paint finish. The panels are lined with
sound-insulating material to limit noise levels.
The reliability and functionality of the all parts are guaranteed by partners who
are world leaders in their sector.
NEW EC INVERTER fans with electronic commutation in order to maximize
the energy saving and reducing the noise emissions; avaiable BASIC or HIGH
PRESSURE version.
Standard G2/G4 filtering section, F5-F8 optional, to CEN-EN 779 with average
degree of separation 90.1% ASHRAE. The filter is self-extinguishing.
Switchboard to IEC 204-1/EN60204-1
Capillary Pre and After sales service.
DUAL COIL close control unit, chilled
water type
36,6-153 kW
Accessory
Remote user terminal
Electric heating coil
Water heating coil
Humidifier
Vibration isolation frame with rubber mountings
Air distribution plenum
Sound absorber plenum
Interface electronic board
Ductable close control air-conditioners for vertical installation
and cooling only, with optional heating by means of heating
element or hot water, optional humidifier and dehumidifier for
precise temperature and humidity control. EXPANDED units are
constituted of two modules: a first one that contains the heat
exchanger, usually placed over the floor, and a second one
where EC inverter fans are placed. Particularly suitable for
air-conditioning technological, server and CED rooms and all
technological applications in general. Air delivery can be upflow
or downflow.
These units are provided with two indipendent chilled water
circuits, each one with 3way valve and servomotor. Units has to
be connected to 2 complete independent circuit each one in
back-up to the other one.
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, Programmable software, Record storage of 200 alarms, General alarm, Automatic reset after
blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, Operating contemporaneousness,
Clock Function.
508
ABO/ABU_2.0_EXPANDED
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Fans power input
SHR
Fluid flow
Total pressure drop (Coil + Valve)
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
0352
0452
0502
0602
0852
1002
1202
1402
1552
V/ph/Hz 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(2)
(1)
(1)
kW
kW
kW
m³/h
kPa
36,6
32,3
1,89
0,88
6,30
80,7
45,0
37,7
2,03
0,84
7,75
111
49,8
41,3
1,75
0,83
8,57
77,4
57,3
45,6
1,80
0,80
9,86
66,3
86,5
73,8
3,61
0,85
14,9
87,2
102
83,2
3,85
0,82
17,5
84,4
117
101
5,41
0,86
20,1
133
140
116
5,67
0,83
24,1
110
153
128
6,97
0,84
26,4
55,2
(3)
N°
m³/h
EC FAN
1
12000
EC FAN
1
12000
EC FAN
1
13000
EC FAN
1
13000
EC FAN
2
25000
EC FAN
2
25000
EC FAN
3
36000
EC FAN
3
36000
EC FAN
3
40000
(4)
dB(A)
dB(A)
82
62
82
62
85
65
85
65
87
66
87
66
88
67
88
67
91
70
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1000
990
2595
486
1000
990
2595
501
1550
990
2595
702
1550
990
2595
717
2100
990
2595
931
2100
990
2595
946
2650
990
2595
1154
2650
990
2595
1169
3200
990
2595
1264
Notes:
1 Indoor conditions (in) 24°C - R.H. 50%; Water temperature (in/out) 7°C/12°C; ESP= 20Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
509
<<< BACK INDEX
IT Cooling
CRCX 0051 - 0251
Version
ENCLOSURE Basic, ENCLOSURE air flow configuration
IN-ROW
Basic, IN-ROW air flow configuration
Features
Direct expansion Rack Cooler unit
10,6-68,4 kW
The indoor vertical air conditioning units CLIMAVENETA RACK
COOLER is an effective management system of the Hot Spots
in the data center, ensuring low energy consumption and usage
possibilities even under extremely high loads for HIGH
DENSITY rack ´up and over 40 kW/m2 rack.
The use of EC fan systems, featuring last-generation
electronic-switching brushless motors, assures excellent
performance and low consumption. Available as standard with
the dynamic management of N +1 EC fans to optimize
consumption and redundancy of the cooling system.
Coupled with outdoor condensing unit i-HCAT air-cooled type
with axial-flow fans, fitted with INVERTER-DRIVEN HERMETIC
SCROLL compressor for operation on R410A refrigerant,
mounted on rubber vibration dampers, complete with oil charge,
supplied with oil separator to ensure correct lubrication even at
minimum speed, and fitted with thermal protector. The i-HCAT
is available on versions BASIC ans d LT for low external
temperature.
PRINCIPLE OF OPERATION
These individual units to be positioned between the racks in the
row so as to act locally in order to dissipate the load of servers.
In InRow versions (CRC-I) by treating the air is sucked in the
back of the unit directly from hot aisle of data center (35 ° C)
with significant benefits from the point of view of energy
efficiency and cooling capacity, to be cooled and sent on the
cold aisle (18-20 ° C) that is in front of the racks where it is
sucked by the same. In Enclosure versions (CRC-E) servers
and conditioner are hermetically housed within the same Rack
closed structure thus avoiding phenomena of mixing air with the
outside, with obvious loss of efficiency in the conditioning. The
air is sucked directly into the rack from the back closed directly
by the servers (46 ° C) and sent from the front once cooled
(25-30 ° C) directly to the servers with considerable savings of
energy due to the smaller amount treated air.
EFFICIENCY
The CRC unit combines the efficiency of use of last EC fans generation and a
direct expansion system with inverter compressor (fitted in condensing unit
i-HCAT) allowing a great EER value. Thanks to the adoption of inverter DC
brushless compressors, these units can reduce by 50% consumptions at part
load, if compared to a traditional ON/OFF compressor. This is made possible
also thanks to the advantages of variable air flow enabled by EC fans.
FLEXIBILITY
The InRow and Enclosure are both equipped with predisposition for passing
refrigerant connections and power supply from both above and below, so as to
allow a quick and easy installation in any condition, whether or not foreseen
the presence of a raised floor.
IDM - INTEGRATED DYNAMIC MANAGEMENT OF TEMPERATURE
The units are supplied with a new management algorithm called
IDM-INTEGRAL DYNAMIC MANAGEMENT able to prevent stratification of
temperature within the rack through the use of 4 sensors (2 on the suction and
2 on the outlet) integrated and independent on the basis the real load in the
single stratified BLADE work to optimize the ventilation only when required so
as to maximize energy benefits. The IDM also provides the optimal
management of the outlet temperatures of the treated integrating the various
resources in a DYNAMIC and INTELLIGENT way to avoid unpleasant
condensation ensuring (SHR = 1).
MODULARITY
CRC units, with their characteristics of dimensional standardization based on
the rack, are ideal for all those datacentres where SCALABILITY of the system
is a strategic factor.
COMPARTIZATION
Perfect integration with systems that minimize the mixing hot and cold air
between the aisles and that emphasize the efficiency of such systems.
Controls
EVOLUTION
Semi-graphic display 132 x 64 pixel, 6 backlit buttons, Programmable software, Record storage of 100 alarms, General alarm,
Automatic reset after blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, 2 configurable
Output alarm.
510
CRCX - DX Rack Cooler / IN-ROW
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Power supply
COMPRESSORS
Compressors nr.
Compressors power absorption
FANS
Quantity
Air flow for fan
Fans power input
SIZE AND WEIGHT
Dimension A
Dimension B
Dimension H
Weight
0051
0071
0121
0151
0251
230/1/50
230/1/50
230/1/50
400/3+N/50
400/3+N/50
10,6
9,61
3,10
3,42
0,91
16,6
15,7
5,46
3,04
0,95
28,6
27,4
9,28
3,08
0,96
37,2
37,2
11,8
3,15
1,00
57,5
57,5
18,7
3,07
1,00
(3)
N°
m³/h
EC FAN
2
1500
EC FAN
4
2700
EC FAN
5
4200
EC FAN
2
7000
EC FAN
3
12000
(4)
dB(A)
dB(A)
80
60
81
61
86
66
79
59
83
63
(3)
(3)
(3)
(3)
mm
mm
mm
kg
300
1000
2085
175
300
1000
2085
190
300
1000
2085
193
600
1035
2080
295
600
1035
2080
320
230/1/50
400/3+N/50
400/3+N/50
400/3+N/50
400/3+N/50
N°
kW
1
2,63
1
4,56
1
7,19
1
9,50
1
14,4
N°
m³/h
kW
2
3200
0,16
1
8640
0,60
2
7884
0,60
4
13932
0,28
6
20920
0,28
mm
mm
mm
kg
900
420
1240
108
1450
550
1200
182
1450
550
1700
247
2395
1195
1865
440
2395
1195
1865
500
V/ph/Hz
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
V/ph/Hz
Notes:
1 Indoor conditions (in) 35°C - R.H. 27%; Outdoor air temperature 35°C; ESP= 0Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
CRCX - DX Rack Cooler / ENCLOSURE
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Total power input (Comp.+fans)
EER (Indoor unit)
SHR
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
COUPLING UNIT EXTERNAL
Power supply
COMPRESSORS
Compressors nr.
Compressors power absorption
FANS
Quantity
Air flow for fan
Fans power input
SIZE AND WEIGHT
Dimension A
Dimension B
Dimension H
Weight
0051
0071
0121
0151
0251
230/1/50
230/1/50
230/1/50
400/3+N/50
400/3+N/50
11,8
11,8
3,15
3,75
1,00
18,7
18,7
5,55
3,37
1,00
33,0
33,0
9,46
3,49
1,00
44,1
44,1
12,1
3,64
1,00
68,4
68,4
19,2
3,56
1,00
(3)
N°
m³/h
EC FAN
2
1500
EC FAN
4
2700
EC FAN
5
4200
EC FAN
2
7000
EC FAN
3
12000
(4)
dB(A)
dB(A)
80
60
81
61
86
66
79
59
83
63
(3)
(3)
(3)
(3)
mm
mm
mm
kg
300
1200
2085
185
300
1200
2085
200
300
1200
2085
203
600
1235
2080
295
600
1235
2080
320
230/1/50
400/3+N/50
400/3+N/50
400/3+N/50
400/3+N/50
N°
kW
1
2,68
1
4,65
1
7,40
1
9,81
1
14,9
N°
m³/h
kW
2
3200
0,16
1
8640
0,60
2
7884
0,60
4
13832
0,28
6
20920
0,28
mm
mm
mm
kg
900
420
1240
108
1450
550
1200
182
1450
550
1700
247
1825
1195
1865
440
2395
1195
1865
500
V/ph/Hz
(1)
(1)
(1)
(1)
(2)
kW
kW
kW
V/ph/Hz
Notes:
1 Indoor conditions (in) 46°C - R.H. 16%; Outdoor air temperature 35°C; ESP= 0Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
511
<<< BACK INDEX
IT Cooling
CRCD 0051 - 0071
Version
ENCLOSURE Basic, ENCLOSURE air flow configuration
IN-ROW
Basic, IN-ROW air flow configuration
Features
Rack Cooler units direct expansion
Dual Fluid
10,9-16,7 kW
The indoor vertical air conditioning units CLIMAVENETA RACK
COOLER is an effective management system of the Hot Spots
in the data center, ensuring low energy consumption and usage
possibilities even under extremely high loads for HIGH
DENSITY rack ´up and over 40 kW/m2 rack.
The use of EC fan systems, featuring last-generation
electronic-switching brushless motors, assures excellent
performance and low consumption.
The Rack Cooler Dual Fluid unit provides redundancy in cooling
capacity also in emergency situations: to be connected to an
external chiller for primary chilled water circuit, and to
condensing unit i-HCAT for the secondary or back up circuit in
direct expansion type.
The condensing unit i-HCAT air-cooled type with axial-flow
fans, fitted with INVERTER-DRIVEN HERMETIC SCROLL
compressor for operation on R410A refrigerant, mounted on
rubber vibration dampers, complete with oil charge, supplied
with oil separator to ensure correct lubrication even at minimum
speed, and fitted with thermal protector. The i-HCAT is
available on versions BASIC ans d LT for low external
temperature.
PRINCIPLE OF OPERATION
These individual units to be positioned between the racks in the
row so as to act locally in order to dissipate the load of servers.
In InRow versions (CCRC-I) by treating the air is sucked in the
back of the unit directly from hot aisle of data center (35 ° C) to
be cooled and sent on the cold aisle (18-20 ° C) in front of the
racks.
In Enclosure versions (CCRC-E) servers and conditioner are
hermetically housed avoiding phenomena of mixing air with the
outside, with obvious loss of efficiency in the conditioning.
The air is sucked directly into the rack from the back closed
directly by the servers (46 ° C) and sent from the front once
cooled (25-30 ° C) directly to the servers with considerable
savings of energy due to the smaller amount treated air.
EFFICIENCY
The CRC unit combines the efficiency of use of last EC fans generation and a
direct expansion system with inverter compressor (fitted in condensing unit
i-HCAT) allowing a great EER value. Thanks to the adoption of inverter DC
brushless compressors, these units can reduce by 50% consumptions at part
load, if compared to a traditional ON/OFF compressor. This is made possible
also thanks to the advantages of variable air flow enabled by EC fans.
FLEXIBILITY
The InRow and Enclosure versions are both arranged with
hydraulic/refrigerant connections and electric supply from top or bottom side,
so as to allow a quick and easy installation in any condition, whether or not
foreseen the presence of a raised floor.
IDM - INTEGRATED DYNAMIC MANAGEMENT OF TEMPERATURE
The units are supplied with a new management algorithm called
IDM-INTEGRAL DYNAMIC MANAGEMENT able to prevent stratification of
temperature within the rack through the use of 4 sensors (2 on the suction and
2 on the outlet) integrated and independent on the basis the real load in the
single stratified BLADE work to optimize the ventilation only when required so
as to maximize energy benefits. The IDM also provides the optimal
management of the outlet temperatures of the treated integrating the various
resources in a DYNAMIC and INTELLIGENT way to avoid unpleasant
condensation ensuring (SHR = 1).
MODULARITY
CRC units, with their characteristics of dimensional standardization based on
the rack, are ideal for all those datacentres where SCALABILITY of the system
is a strategic factor.
COMPARTIZATION
Perfect integration with systems that minimize the mixing hot and cold air
between the aisles and that emphasize the efficiency of such systems.
Controls
EVOLUTION
Semi-graphic display 132 x 64 pixel, 6 backlit buttons, Programmable software, Record storage of 100 alarms, General alarm,
Automatic reset after blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, 2 configurable
Output alarm.
512
CRCD-I
Power supply
Refrigerant
No. Circuits
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
SHR
EER (total)
PERFORMANCE (CW)
Total cooling capacity gross
Sensible cooling capacity gross
Condenser fluid flow
Pressure drop
FANS
Air flow
Power Input
Quantity
Noise Pressure
SIZE AND WEIGHT
A
B
H
COUPLING UNIT EXTERNAL
Power supply
Compressors power absorption
FANS
Air flow for fan
Fans power input
Quantity
Noise Pressure
SIZE AND WEIGHT
Dimension A
Dimension B
Dimension H
V/ph/Hz
0051
0071
230/1/50
230/1/50
N°
(1)
(1)
kW
kW
9,53
9,53
1,00
17,7
17,7
1,00
(2)
(2)
kW
kW
m³/h
kPa
10,9
10,2
14,0
14,0
(3)
m³/h
kW
N°
dB(A)
1500
0,31
2
59
3360
0,69
4
65
(4)
(4)
(4)
mm
mm
mm
300
1000
2085
300
1000
2085
V/ph/Hz
kW
230/1/50
400/3+N/50
(1)
(3)
m³/h
kW
N°
dB(A)
3200
0,16
2
54
8640
0,60
1
61
(4)
(4)
(4)
mm
mm
mm
900
420
1240
1450
550
1200
Notes:
1 Indoor conditions (in) 35 °C U.R. 27%; Outdoor air temperature 35 °C.
2 Indoor conditions (in) 35 °C U.R. 27%; Water temperature (in/out) 10/15 °C.
3 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
4 Unit in standard configuration/execution, without optional accessories.
CRCD-E
Power supply
Refrigerant
No. Circuits
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
SHR
EER (total)
PERFORMANCE (CW)
Total cooling capacity gross
Sensible cooling capacity gross
Condenser fluid flow
Pressure drop
FANS
Air flow
Power Input
Quantity
Noise Pressure
SIZE AND WEIGHT
A
B
H
COUPLING UNIT EXTERNAL
Power supply
Compressors power absorption
FANS
Air flow for fan
Fans power input
Quantity
Noise Pressure
SIZE AND WEIGHT
Dimension A
Dimension B
Dimension H
V/ph/Hz
0051
0071
230/1/50
230/1/50
N°
(1)
(1)
kW
kW
12,1
12,1
1,00
22,6
22,6
1,00
(2)
(2)
kW
kW
m³/h
kPa
12,7
12,7
16,7
16,7
(3)
m³/h
kW
N°
dB(A)
1500
0,32
2
60
3360
0,69
4
65
(4)
(4)
(4)
mm
mm
mm
300
1200
2085
300
1200
2085
V/ph/Hz
kW
230/1/50
400/3+N/50
(1)
(3)
m³/h
kW
N°
dB(A)
3200
0,16
2
54
8640
0,60
1
61
(4)
(4)
(4)
mm
mm
mm
900
420
1240
1450
550
1200
Notes:
1 Indoor conditions (in) 46 °C U.R. 16%; Outdoor air temperature 35 °C.
2 Indoor conditions (in) 46 °C U.R. 16%; Water temperature (in/out) 14/20 °C.
3 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
4 Unit in standard configuration/execution, without optional accessories.
513
<<< BACK INDEX
IT Cooling
CRCF 0051 - 0071
Version
ENCLOSURE Basic, ENCLOSURE air flow configuration
IN-ROW
Basic, IN-ROW air flow configuration
Features
Rack Cooler units direct expansion
with Indirect FreeCooling
11,3-17,5 kW
The indoor vertical air conditioning units CLIMAVENETA RACK
COOLER is an effective management system of the Hot Spots
in the data center, ensuring low energy consumption and usage
possibilities even under extremely high loads for HIGH
DENSITY rack ´up and over 40 kW/m2 rack.The use of EC fan
systems,
featuring
last-generation
electronic-switching
brushless motors, assures excellent performance and low
consumption. The Rack Cooler Rack unit CRCF, coupled with
the condensig
water unit i-HCFT, combines the direct
expansion system with the use of indirect free cooling water to
ensure the cooling capacity required by the server with the
maximum energy savings. The CRCF works in free cooling
mode when the outside temperature permits using outdoor air
as a source of indirect cooling, allowing the simultaneous
operation between direct expansion system and water to
maximize efficiency. For an easy integration in the plant, the
water condensing unit i-HCFT fitted with plate heat exchanger,
is equipped with dry cooler axial fans, circulation pump and
expansion vessel. Fitted with INVERTER-DRIVEN HERMETIC
SCROLL compressor for operation on R410A refrigerant,
mounted on rubber vibration dampers, complete with oil charge,
supplied with oil separator to ensure correct lubrication even at
minimum speed, and fitted with thermal protector.
PRINCIPLE OF OPERATION
These individual units to be positioned between the racks in the
row so as to act locally in order to dissipate the load of servers.
In InRow versions (CRCF-I) by treating the air is sucked in the
back of the unit directly from hot aisle of data center (35 ° C) to
be cooled and sent on the cold aisle (18-20 ° C) in front of the
racks. In Enclosure versions (CRCF-E) servers and conditioner
are hermetically housed avoiding phenomena of mixing air with
the outside, with obvious loss of efficiency in the conditioning.
The air is sucked directly into the rack from the back closed
directly by the servers (46 ° C) and sent from the front once
cooled (25-30 ° C) directly to the servers with considerable
savings of energy due to the smaller amount treated air.
EFFICIENCY
The CRCF unit combines the efficiency of use of last EC fans generation and
a direct expansion system with inverter compressor (fitted in water condensing
unit i-HCFT) and the integration of indirect freecooling allowing a great EER
value. Thanks to the adoption of inverter DC brushless compressors and the
the advantages of variable air flow enabled by EC fans, these units, compared
to a traditional ON/OFF compressor , can reduce by 50% consumptions at part
load, and more than 60% with indirect freecooling use.
FLEXIBILITY
The InRow and Enclosure versions are both arranged with
hydraulic/refrigerant connections and electric supply from top or bottom side,
so as to allow a quick and easy installation in any condition, whether or not
foreseen the presence of a raised floor.
IDM - INTEGRATED DYNAMIC MANAGEMENT OF TEMPERATURE
The units are supplied with a new management algorithm called
IDM-INTEGRAL DYNAMIC MANAGEMENT able to prevent stratification of
temperature within the rack through the use of 4 sensors (2 on the suction and
2 on the outlet) integrated and independent on the basis the real load in the
single stratified BLADE work to optimize the ventilation only when required so
as to maximize energy benefits. The IDM also provides the optimal
management of the outlet temperatures of the treated integrating the various
resources in a DYNAMIC and INTELLIGENT way to avoid unpleasant
condensation ensuring (SHR = 1).
MODULARITY
CRC units, with their characteristics of dimensional standardization based on
the rack, are ideal for all those datacentres where SCALABILITY of the system
is a strategic factor.
COMPARTIZATION
Perfect integration with systems that minimize the mixing hot and cold air
between the aisles and that emphasize the efficiency of such systems.
Controls
EVOLUTION
Semi-graphic display 132 x 64 pixel, 6 backlit buttons, Programmable software, Record storage of 100 alarms, General alarm,
Automatic reset after blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, 2 configurable
Output alarm.
514
515
<<< BACK INDEX
IT Cooling
CRCC 0020 - 0060
Version
IN-ROW
Basic, IN-ROW air flow configuration
ENCLOSURE Basic, ENCLOSURE air flow configuration
Features
Chilled Water Rack Cooler unit
16,1-74,7 kW
The indoor vertical air conditioning units CLIMAVENETA RACK
COOLER is an effective management system of the Hot Spots
in the data center, ensuring low energy consumption and usage
possibilities even under extremely high loads for HIGH
DENSITY rack ´up and over 40 kW/m2 rack.
In hydronic version where the cooling is ensured by the use of
an external chiller.
The use of EC fan systems, featuring last-generation
electronic-switching brushless motors, assures excellent
performance and low consumption. Available as standard with
the dynamic management of N +1 EC fans to optimize
consumption and redundancy of the cooling system.
PRINCIPLE OF OPERATION
These individual units to be positioned between the racks in the
row so as to act locally in order to dissipate the load of servers.
In InRow versions (CCRC-I) by treating the air is sucked in the
back of the unit directly from hot aisle of data center (35 ° C)
with significant benefits from the point of view of energy
efficiency and cooling capacity, to be cooled and sent on the
cold aisle (18-20 ° C) that is in front of the racks where it is
sucked by the same.
In Enclosure versions (CCRC-E) servers and conditioner are
hermetically housed within the same Rack closed structure thus
avoiding phenomena of mixing air with the outside, with obvious
loss of efficiency in the conditioning.
The air is sucked directly into the rack from the back closed
directly by the servers (46 ° C) and sent from the front once
cooled (25-30 ° C) directly to the servers with considerable
savings of energy due to the smaller amount treated air.
EFFICIENCY
The CRCC unit combines the efficiency of a hydronic system for the extraction
of heat with the use of last generation fans EC electronic commuteted , to
obtain values of EER more than 100. The reduction of the temperature of the
air exhausted allows the use of H2O very high cooling 14-20 ° C by the CRCC,
that if on the one hand prevents unpleasant phenomena of condensation (SHR
= 1) will allow the other ´use of only the external system in chillers Frecooling
Climaveneta.
FLEXIBILITY
The InRow and Enclosure versions are both arranged with hydraulics
connections and electric supply from top or bottom side, so as to allow a quick
and easy installation in any condition, whether or not foreseen the presence of
a raised floor.
IDM - INTEGRATED DYNAMIC MANAGEMENT OF TEMPERATURE
The units are supplied with a new management algorithm called
IDM-INTEGRAL DYNAMIC MANAGEMENT able to prevent stratification of
temperature within the rack through the use of 4 sensors (2 on the suction and
2 on the outlet) integrated and independent on the basis the real load in the
single stratified BLADE work to optimize the ventilation only when required so
as to maximize energy benefits. The IDM also provides the optimal
management of the outlet temperatures of the treated integrating the various
resources in a DYNAMIC and INTELLIGENT way to avoid unpleasant
condensation ensuring (SHR = 1).
REDUNDANCY
Both the Enclosure and InRow are developed to ensure maximum
RELIABILITY 'the system by total REDUNDANCY cooling system guaranteed
by the new version DUAL COIL dual power supply, dual battery
raffreddamenmto and double regulating valve completely independent to
ensure 100 % back up in the air conditioning system.
This allows you to connect your new versionbe DUAL COIL from one side to
the primary system FREECOOLING (Circuit 1) and the other to a chiller chilled
water in total Back up.
MODULARITY
CRC units, with their characteristics of dimensional standardization based on
the rack, are ideal for all those datacentres where SCALABILITY of the system
is a strategic factor.
COMPARTIZATION
Perfect integration with systems that minimize the mixing hot and cold air
between the aisles and that emphasize the efficiency of such systems.
INTEGRATION
INTEGRATION with all the HYDRONIC products in the CLIMAVENETA range
via supervision software.
Controls
EVOLUTION
Semi-graphic display 132 x 64 pixel, 6 backlit buttons, Programmable software, Record storage of 100 alarms, General alarm,
Automatic reset after blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, 2 configurable
Output alarm.
516
CRCC / IN-ROW
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Fans power input
SHR
Fluid flow
Total pressure drop (Coil + Valve)
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
V/ph/Hz
kW
kW
kW
0020
0025
0035
0036
230/1/50
230/1/50
230/1/50
230/1/50
0040
0050
0060
0055
20,5
20,5
0,69
1,00
3,54
20,9
24,6
24,6
0,86
1,00
4,24
29,1
21,0
21,0
0,86
1,00
3,61
55,2
38,5
38,5
1,73
1,00
6,62
68,3
46,9
46,9
2,12
1,00
8,08
37,7
58,2
58,2
2,60
1,00
10,0
56,4
47,1
47,1
2,64
1,00
8,12
60,7
400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(2)
(1)
(1)
m³/h
kPa
16,1
16,1
0,52
1,00
2,78
13,5
(3)
N°
m³/h
EC FAN
3
2520
EC FAN
4
3360
EC FAN
5
4200
EC FAN
5
4200
EC FAN
2
8000
EC FAN
2
8800
EC FAN
3
12000
EC FAN
3
10500
(4)
dB(A)
dB(A)
84
64
86
66
86
66
86
66
84
64
85
65
83
63
84
64
(3)
(3)
(3)
(3)
mm
mm
mm
kg
300
1000
2085
190
300
1000
2085
193
300
1000
2085
195
300
1000
2085
205
600
1035
2080
295
600
1035
2080
305
600
1035
2080
320
600
1035
2080
345
Notes:
1 Indoor conditions (in) 35°C - R.H. 27%; Water temperature (in/out) 10°C/15°C; ESP= 0Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
CRCC / ENCLOSURE
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Fans power input
SHR
Fluid flow
Total pressure drop (Coil + Valve)
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
V/ph/Hz
kW
kW
kW
0020
0025
0035
0036
230/1/50
230/1/50
230/1/50
230/1/50
0040
0050
0060
0055
26,1
26,1
0,69
1,00
3,75
22,5
31,2
31,2
0,86
1,00
4,49
31,5
26,8
26,8
0,86
1,00
3,85
60,4
49,2
49,2
1,73
1,00
7,08
75,4
60,0
60,0
2,12
1,00
8,62
41,5
74,7
74,7
2,60
1,00
10,7
62,5
60,7
60,7
2,64
1,00
8,72
69,0
400/3+N/50 400/3+N/50 400/3+N/50 400/3+N/50
(1)
(1)
(1)
(2)
(1)
(1)
m³/h
kPa
20,4
20,4
0,52
1,00
2,94
14,3
(3)
N°
m³/h
EC FAN
3
2520
EC FAN
4
3360
EC FAN
5
4200
EC FAN
5
4200
EC FAN
2
8000
EC FAN
2
8800
EC FAN
3
12000
EC FAN
3
10500
(4)
dB(A)
dB(A)
84
64
86
66
86
66
86
66
84
64
85
65
83
63
84
64
(3)
(3)
(3)
(3)
mm
mm
mm
kg
300
1200
2085
200
300
1200
2085
203
300
1200
2085
205
300
1200
2085
215
600
1235
2080
305
600
1235
2080
315
600
1235
2080
330
600
1235
2080
355
Notes:
1 Indoor conditions (in) 46°C - R.H. 16%; Water temperature (in/out) 14°C/20°C; ESP= 0Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
517
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IT Cooling
CCD 0030R - 0036T
Version
STD
DUAL
Single chilled water coil
Double chilled water coil
Features
Chilled Water Cooling Door unit
26,6-39,1 kW
The CCD unit is the most innovative and efficient system for
managing Hot spots inside data centers, in other words, HIGH
DENSITY racks up to and over 40 kW/m2 per rack. The Cooling
door unit is housed at the rear of the rack and is managed by a
DYNAMIC system, especially designed to handle the rack
exhaust air, which SELF-ADAPTS to rack requirements. MAIN
CARATTERISTICS - New generationEC fans - 42U / 48U racks
adapdability - Can be supplied with with rack - Dinamic control
of Air stratification - Configuration R (N+1) and T - Integration
into DUAL CIRCUIT, FREECOOLING + BACK UP system Dehumidification Less Management
WORKING MODE The CCD unit is to be considered both as a
stand alone cooling unit for the exhaust air of the single rack in
the small data center as a system for managing Hot spots in
large data center for integration of hot and cold aisle or
compartization structures. While the cooling of RACK is
delegated to the perimetral conditioning units that provide cold
air 18-20 ° C in the cold aisle, the cooling door CCD handles
rack at higher thermal load (called HOT SPOTS) generally due
to the use of modern blade servers.
EFFICIENCY
The CCD unit combines the efficiency of a hydronic heat extraction system
with the use of last-generation electronic-switching EC fans in order to achieve
EER values of over 100. The reduction in the temperature of the exhaust air
allows the CCD to use cooling water with higher temperatures (14-20°C). This
feature prevents unwanted condensation phenomena (SHR=1) whilst allowing
just the Freecooling system to be used on external Climaveneta chillers.
FLEXIBILITY
To assure quick and easy installation, the CCD unit is fitted with flexible steel
connectors on the water side and the electrical power input at the bottom. This
allows the CCD to be comfortably opened and closed like a normal door for
access to the rack at any time and without any difficulties in wiring, servicing
and expanding the servers.
FOR EVERY KIND OF RACK
Climaveneta can supply the CCD complete with Rack or just the CCD for
installation in different types of rack using a “surround” which self-adapts to
every kind of rack.
REDUNDANCY
CCD is designed to ensure maximum reliability ´of the system through full
redundancy of the cooling system guaranteed by the new DUAL version with
dual power feed, dual battery and dual valve, which are completely
independent; the result is the 100% back-up in conditioning system. This
allows you to connect the new DUAL version from one side to a primary
FREECOOLING system (Circuit 1) and the other to a chiller in total back up.
MINIMUN FLOORSPACE OCCUPANCY
The great advantage of the CCD lies in the fact that it is installed at the back of
the RACK (hot island) without occupying space that can be used for the racks,
unlike other solutions which, instead, reduce the number of racks per row.
DYNAMIC RACK CONTROL
Optimal control of temperature stratification depending on the load of individual
BLADES using 4 independent temperature probes connected to the 4 fans
operating in the MODULATING and INDEPENDENT modes.
MODULARITY
As CCD units must ONLY cater for the T° GRADIENT, they are required to
dissipate much less heat than local conditioning units (in the row ) and
therefore, unlike the latter, they never risk having a limited cooling capacity.
COMPARTIZATION
Perfect integration with compartization systems as, being installed on the hot
island, they do not require an entrance in the cold corridor for maintenance.
INTEGRATION
INTEGRATION with all the HYDRONIC products in the CLIMAVENETA range
via supervision software.
Controls
EVOLUTION+
Semi-graphic display 132 x 64 pixel, 6 backlit buttons, Programmable software, Record storage of 100 alarms, General alarm,
Automatic reset after blackout, Integral LAN system, Standby management, Automatic rotation, Serious alarms, 2 configurable
Output alarm.
518
CCD / BASIC
Frame
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Fans power input
SHR
Fluid flow
Total pressure drop (Coil + Valve)
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
V/ph/Hz
kW
kW
kW
0030R
0030T
0035R
0035T
230/1/50
230/1/50
230/1/50
230/1/50
31,8
31,8
0,28
1,00
4,57
80,3
32,2
32,2
0,17
1,00
4,62
44,3
39,1
39,1
0,29
1,00
5,61
63,1
(1)
(1)
(1)
(2)
(1)
(1)
m³/h
kPa
26,6
26,6
0,16
1,00
3,83
58,5
(3)
N°
m³/h
AXIAL
4
5040
AXIAL
4
6520
AXIAL
4
4790
AXIAL
4
6200
(4)
dB(A)
dB(A)
66
46
70
50
67
47
70
50
(3)
(3)
(3)
(3)
mm
mm
mm
kg
600
260
2020
79
600
260
2020
79
600
260
2020
84
600
260
2020
84
Notes:
1 Indoor conditions (in) 46°C - R.H. 16%; Water temperature (in/out) 14°C/20°C; ESP= 0Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
CCD / DUAL
Frame
Power supply
PERFORMANCE
Total cooling capacity gross
Sensible cooling capacity gross
Fans power input
SHR
Fluid flow
Total pressure drop (Coil + Valve)
FANS
Fans type
Quantity
Air flow
NOISE LEVEL
Noise Power
Noise Pressure
SIZE AND WEIGHT
A
B
H
Weight
V/ph/Hz
kW
kW
kW
0036R
0036T
230/1/50
230/1/50
35,8
35,8
0,29
1,00
5,14
60,4
(1)
(1)
(1)
(2)
(1)
(1)
m³/h
kPa
29,1
29,1
0,17
1,00
4,19
41,6
(3)
N°
m³/h
AXIAL
4
4140
AXIAL
4
5520
(4)
dB(A)
dB(A)
69
49
72
52
(3)
(3)
(3)
(3)
mm
mm
mm
kg
600
330
2020
95
600
330
2020
95
Notes:
1 Indoor conditions (in) 46°C - R.H. 16%; Water temperature (in/out) 14°C/20°C; ESP= 0Pa.
2 SHR = Sensible cooling capacity gross / Total cooling capacity gross.
3 Unit in standard configuration/execution, without optional accessories.
4 Average sound pressure level, at a distance of 2m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured in
accordance with ISO 3744.
519
<<< BACK INDEX
IT Cooling
CLIMAVENETA RACK
Version
GLASS
GRILL
HYBRID
High quality cabinets for the protection
and housing of servers
Cabinet with front door with tempered GLASS 4mm rounded,
complete with handle with key lock quarter turn with 4 locking
points. Possibility of reversing the direction of the door
opening. BLIND double swing rear door with lock quarter-turn
and three locking points.
Cabinet with front door ventilated (GRILL) and rounded
complete with handle with key lock quarter turn with 4 locking
points. Possibility of reversing the direction of the door
opening. Rear door double doors ventilated (GRILL) with
quarter-turn lock and three locking points.
Cabinet with front door with tempered GLASS 4mm rounded
full handle with key lock quarter turn with 4 locking points.
Possibility of reversing the direction of the door opening. Rear
door ventilated (GRILL) double doors with lock quarter-turn
and three locking points.
Features
- Glass frontal door or with perforated mesh (drilled more than 80%)
- Rear double doors with perforated mesh (drilled more than 80%) or blind
- Side panels and bottom are not included, see options
- Painted with black epoxy powders (RAL 9005)
- Capacity 2000 kg
- 20 / 10 supporting sheet thickness
- 4 adjustable feet
- 4 swivel castors integrated
- IP20 protection rating
- Complete with two front and two rear uprights
- Earthing-ready
- Doors with locked handles
DIMENSIONS:
- Depth 800 mm or 1000 mm or 1200 mm
- Width 600 mm or 800 mm
- Height 42U (2100 mm ) or 47U (2300 mm)
CLIMAVENETA RACK are floor-standing cabinets suitable for the housing of the server.
The supporting structure is made ​of sheet steel with a thickness of 20/10 and can reach a capacity of 2000 kg.
The cabinet is fully inspected and adaptable to all environments. Equipped with 4 wheels for easy handling and adjustable feet.
ADVANTAGES:
- Strong and sturdy
- Can be dismantled in a few minutes
- Suitable for different kinds of servers
- Easily access to cables
Options
Modular roof for the insertion of fan groups
Side Wire duct kit
Joining racks plate kit
Grounding with copper bar kit
Anti-Rollover plate
Closure plate bottom
Closure plate Bottom Rack with brushes
Side panel double level
Floor fixing bracket
opt
opt
opt
opt
opt
opt
opt
opt
opt
520
<<< BACK INDEX
IT Cooling
AISLE CONTAINMENT
Features
Available for corridors:
- Width 1000
- Width 1200
- Width 1500
- Width 1800
- 42U height
- 47U height
Aisle Containment solution for high
density applications
This mix results in airflow with an uncontrolled temperature that reduces the performance of the Data Center. Therefore, it is necessary to provide
the physical separation of the hot and cold air streams.
This is achieved by using the ‘Aisle Containment System’, a simple system of modular and scalable panels that prevent hot and cold air mixing. It is
a simple and effective solution that guarantees the servers will be fed with cold air and the cooling system to be more efficient.
In "Cold Aisle" cold air is confined within the closed structure, this architecture provides the desired temperature constant at all heights, on the face
of the various rack.
The hot air is extracted from the fans inside the server, it is placed in the external environment and from there recovered, cooled and fed into the
corridor.
The Climaveneta Aisle Containment System is now available with the dual purpose of containement the hot thermal island(hot aisle containment)
and the cold island (cold aisle containment) as well.
Options
Sliding doors for aisle
Closure aisle panel
Bridge cable duct for aisle
Polycarbonate bridge cable duct for aisle
Roof cable module for rack
Anti-mixing frontal/back panel for rack
Anti-mixing side panel for rack
Bend cables module for roof
opt
opt
opt
opt
opt
opt
opt
opt
521
<<< BACK INDEX
IT Cooling
i-BRE 014m - 190b
Version
BASIC
LN
Basic
Low noise
Features
ELECTRIC FANS of an axial type, statically and dynamically balanced on two
levels, with blades in an inoxidable material and external rotor motor suitable
for adjusting the speed, all mounted on a metal supporting grid in conformity
with safety regulations. The motors are to VDE 0530-12.84. The protection
rating is IP54 to DIN40050.
CONDENSING COIL: the combination of innovative corrugated fins with the
use of smooth pipes on the exchanger ensures excellent heat transfer with a
minimum amount of fluid. The heat exchangers consist of aluminium fins and
copper pipes.
REFRIGERANT CIRCUIT CONNECTIONS are arranged along one side of the
unite and are to be welded for safe connection that prevents any fluid leak.
Accessory
Legs kit for vertical air flow
Copper-Copper coil
Epoxy coated coil (for fins only)
Cataphoresys coil treatment
Remote condenser for R410A with EC
axial fans
13,4-187 kW
Remote condensers with axial-type fan(s) for outdoor
installation. Installation may be vertical with a horizontal air
outflow or, using special brackets, horizontal with an upward air
outflow. The EC motor fans with very low noise and
adjustable-speed fans are excellent for use in both
technological and civil applications. i-BRE units operate with a
single-phase 230V/1ph/50Hz and 400V/3ph/50Hz. i-BRE units
are not provided with integrated fans speed regulator per
standard. However, CLIMAVENETA can provide such fans
speed regulator as OPTIONAL, by installing it directly inside the
indoor unit ACCURATE.
522
i-BRE / BASIC
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
014m
022m
027m
044m
051m
054b
065b
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
kW
N°
kW
13,4
1
0,36
21,7
1
0,72
26,6
1
0,72
43,5
1
1,44
50,4
1
1,44
53,3
2
1,44
65,1
2
2,16
m³/h
5000
8200
7200
16400
15200
14400
24600
(2)
dB(A)
37
43
43
46
46
46
48
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1240
814
596
72
1360
1114
703
89
1360
1114
703
106
2360
1114
703
145
2360
1114
703
161
2360
1114
703
175
3360
1114
703
203
V/ph/Hz
(1)
(1)
i-BRE / BASIC
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
065m
076b
076m
100b
116b
134b
190b
230/1/50
230/1/50
230/1/50
230/1/50
400/3/50
400/3/50
400/3/50
kW
N°
kW
65,1
1
2,16
76,2
2
2,16
76,2
1
2,16
100
2
2,88
116
2
4,95
134
2
4,95
187
2
7,68
m³/h
24600
22800
22800
28800
38000
35850
53000
(2)
dB(A)
48
48
48
49
50
50
53
(3)
(3)
(3)
(3)
mm
mm
mm
kg
3360
1114
703
203
3360
1114
703
225
3360
1114
703
225
4360
1114
703
318
5360
1114
703
359
5360
1114
703
394
4815
1328
965
550
V/ph/Hz
(1)
(1)
Notes:
1 Exchanger air (in) 35 °C; ΔT = 13 K.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
i-BRE / LN
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
014m
022m
027m
044m
051m
054b
065b
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
kW
N°
kW
14,1
1
0,40
20,0
1
0,72
28,2
1
0,80
42,3
1
1,20
50,0
1
1,20
55,3
2
1,20
73,1
2
1,60
m³/h
6000
6500
12000
18000
16500
16000
22000
(2)
dB(A)
34
32
37
38
38
38
39
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1360
1114
703
89
2120
764
596
130
2360
1114
703
145
3360
1114
703
203
3360
1114
703
225
3360
1114
703
247
4360
1114
703
292
V/ph/Hz
(1)
(1)
i-BRE / LN
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
065m
076b
076m
100b
116b
134b
190b
230/1/50
230/1/50
230/1/50
230/1/50
400/3/50
400/3/50
400/3/50
kW
N°
kW
73,1
1
1,60
75,5
2
1,60
75,5
1
1,60
99,1
2
2,00
118
2
3,72
134
2
3,72
187
2
7,40
m³/h
22000
20300
20300
27050
28560
28560
58000
(2)
dB(A)
39
39
39
40
43
43
45
(3)
(3)
(3)
(3)
mm
mm
mm
kg
4360
1114
703
292
4360
1114
703
318
4360
1114
703
318
5360
1114
703
359
5560
1070
747
375
5560
1070
747
408
6290
1328
965
661
V/ph/Hz
(1)
(1)
Notes:
1 Exchanger air (in) 35 °C; ΔT = 13 K.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
523
524
525
<<< BACK INDEX
IT Cooling
BRE 007m - 190b
Version
BASIC
LN
LT
Basic
Low noise
Low temperature
Configurations
-
basic function
Features
ELECTRIC FANS of an axial type, statically and dynamically balanced on two
levels, with blades in an inoxidable material and external rotor motor suitable
for adjusting the speed, all mounted on a metal supporting grid in conformity
with safety regulations. The motors are to VDE 0530-12.84. The protection
rating is IP54 to DIN40050.
CONDENSING COIL: the combination of innovative corrugated fins with the
use of smooth pipes on the exchanger ensures excellent heat transfer with a
minimum amount of fluid. The heat exchangers consist of aluminium fins and
copper pipes.
REFRIGERANT CIRCUIT CONNECTIONS are arranged along one side of the
unite and are to be welded for safe connection that prevents any fluid leak.
Remote condenser for R410A with AC
axial fans
6,93-187 kW
Accessory
Legs kit for vertical air flow
Copper-Copper coil
Epoxy coated coil (for fins only)
Cataphoresys coil treatment
Remote condensers with axial-type fan(s) for outdoor
installation. Installation may be vertical with a horizontal air
outflow or, using special brackets, horizontal with an upward air
outflow. The very low noise, adjustable-speed fans are
excellent for use in both technological and civil applications.
BRE units operate with a single-phase 230V/1ph/50Hz and
400V/3ph/50Hz BRE units are not provided with integrated
fans speed regulator per standard. However, CLIMAVENETA
can provide such fans speed regulator as OPTIONAL, by
installing it directly inside the indoor unit ACCURATE.
526
BRE / BASIC
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
007m
014m
022m
027m
044m
051m
054b
065b
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
kW
N°
kW
6,93
1
0,15
13,4
1
0,22
21,7
1
0,60
26,6
1
0,60
43,5
1
1,20
50,4
1
1,20
53,3
2
1,20
65,1
2
1,80
m³/h
2300
5000
8200
7200
16400
15200
14400
24600
(2)
dB(A)
43
37
43
43
46
46
46
48
(3)
(3)
(3)
(3)
mm
mm
mm
kg
740
584
440
20
1240
814
596
72
1360
1114
703
89
1360
1114
703
106
2360
1114
703
145
2360
1114
703
161
2360
1114
703
175
3360
1114
703
203
V/ph/Hz
(1)
(1)
BRE / BASIC
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
065m
076b
076m
100b
116b
134b
190b
230/1/50
230/1/50
230/1/50
230/1/50
400/3/50
400/3/50
400/3/50
kW
N°
kW
65,1
1
1,80
76,2
2
1,80
76,2
1
1,80
100
2
2,40
116
2
3,00
134
2
3,00
187
2
5,82
m³/h
24600
22800
22800
28800
38000
35850
53000
(2)
dB(A)
48
48
48
49
50
50
53
(3)
(3)
(3)
(3)
mm
mm
mm
kg
3360
1114
703
203
3360
1114
703
225
3360
1114
703
225
4360
1114
703
318
5360
1114
703
359
5360
1114
703
394
4815
1328
965
550
V/ph/Hz
(1)
(1)
Notes:
1 Exchanger air (in) 35 °C; ΔT = 13 K.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
BRE / LN
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
007m
014m
022m
027m
044m
051m
054b
065b
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
kW
N°
kW
9,60
1
0,13
14,1
1
0,60
20,0
1
0,26
28,2
1
1,20
42,3
1
1,80
50,0
1
1,80
55,3
2
1,80
73,1
2
2,40
m³/h
3600
6000
6500
12000
18000
16500
16000
22000
(2)
dB(A)
29
34
32
37
38
38
38
39
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1240
764
596
64
1360
1114
703
89
2120
764
596
130
2360
1114
703
145
3360
1114
703
203
3360
1114
703
225
3360
1114
703
247
4360
1114
703
292
V/ph/Hz
(1)
(1)
BRE / LN
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
065m
076b
076m
100b
116b
134b
190b
230/1/50
230/1/50
230/1/50
230/1/50
400/3/50
400/3/50
400/3/50
kW
N°
kW
73,1
1
2,40
75,5
2
2,40
75,5
2,40
99,1
2
3,00
118
2
3,36
134
2
3,36
187
2
3,32
m³/h
22000
20300
20300
27050
28560
28560
58000
(2)
dB(A)
39
39
39
40
43
43
45
(3)
(3)
(3)
(3)
mm
mm
mm
kg
4360
1114
703
292
4360
1114
703
318
4360
1114
703
318
5360
1114
703
359
5560
1070
747
375
5560
1070
747
408
6290
1328
965
661
V/ph/Hz
(1)
(1)
Notes:
1 Exchanger air (in) 35 °C; ΔT = 13 K.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
527
BRE / LT
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
007m
014m
022m
027m
044m
051m
054b
065b
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
kW
N°
kW
6,93
1
0,15
13,4
1
0,22
21,7
1
0,60
26,6
1
0,60
43,5
1
1,20
50,4
1
1,20
53,3
2
1,20
65,1
2
1,80
m³/h
2300
5000
8200
7200
16400
15200
14400
24600
(2)
dB(A)
43
37
43
43
46
46
46
48
(3)
(3)
(3)
(3)
mm
mm
mm
kg
740
584
440
20
1240
814
596
72
1360
1114
703
89
1360
1114
703
106
2360
1114
703
145
2360
1114
703
161
2360
1114
703
175
3360
1114
703
203
V/ph/Hz
(1)
(1)
BRE / LT
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
065m
076b
076m
100b
116b
134b
190b
230/1/50
230/1/50
230/1/50
230/1/50
400/3/50
400/3/50
400/3/50
kW
N°
kW
65,1
1
1,80
76,2
2
1,80
76,2
1
1,80
100
2
2,40
116
2
3,00
134
2
3,00
187
2
5,82
m³/h
24600
22800
22800
28800
38000
35850
53000
(2)
dB(A)
48
48
48
49
50
50
53
(3)
(3)
(3)
(3)
mm
mm
mm
kg
3360
1114
703
203
3360
1114
703
225
3360
1114
703
225
4360
1114
703
318
5360
1114
703
359
5360
1114
703
394
4815
1328
965
550
V/ph/Hz
(1)
(1)
Notes:
1 Exchanger air (in) 35 °C; ΔT = 13 K.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
528
529
<<< BACK INDEX
IT Cooling
BREC M1A - M4F_B
Version
BASIC
MOD
Basic
With condensing control
Features
CONDENSING COIL with high efficiency made by innovative corrugated fins
and copper pipes with grooved internal surface.
FANS with double-inlet, with vibration-isolation mountings, with protection
rating IP44 and insulation class F.
Accessory
Legs kit for horizontal air flow
Legs kit for vertical air flow
Copper-Copper coil
Remote condenser for R410A with
centrifugal fans
6,50-108 kW
Condensing unit with centrifugal fan with very low noise level
are excellent for use in both technological and civil applications,
designed for ductable installation with max ESP 150Pa. The
possibility to remove the side panel made easier the cleaning
operation and the air flow configuration. The BREC units
operate with a 230V/1ph/50Hz and 400V/3ph+N/50Hz power
supply totally independent and separate from the indoor unit
ACCURATE. These units are therefore also suited for use
without being directly connected to indoor units.
530
BREC / BASIC / MOD
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
M1A
M1D
M2B
M2C
M2D
M2F_B
M3C
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
400/3/50
230/1/50
kW
N°
kW
7,00
1
0,55
16,0
1
0,59
20,0
1
1,10
25,0
1
1,18
32,0
1
1,18
54,0
2
2,60
37,0
1
1,77
m³/h
2690
3930
5120
8320
7860
14340
12480
(2)
dB(A)
39
40
42
42
42
51
44
(3)
(3)
(3)
(3)
mm
mm
mm
kg
790
520
800
48
960
845
950
87
1220
520
800
82
1560
845
950
122
1560
845
950
135
2260
845
950
208
2160
845
950
164
V/ph/Hz
(1)
(1)
BREC / BASIC / MOD
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
M3D
M3D_B
M3F_B
M3G_B
M4E_B
M4F_B
230/1/50
230/1/50
400/3/50
400/3/50
400/3/50
400/3/50
kW
N°
kW
48,0
1
1,77
48,0
2
1,77
82,0
2
3,90
70,0
2
3,90
89,0
2
5,20
108
2
5,20
m³/h
11790
11790
21510
20040
30360
28680
(2)
dB(A)
44
44
53
53
54
54
(3)
(3)
(3)
(3)
mm
mm
mm
kg
2160
845
950
183
2160
845
950
183
3210
845
950
293
2160
845
950
216
4160
845
950
344
4160
845
950
378
V/ph/Hz
(1)
(1)
Notes:
1 Exchanger air (in) 35 °C; ΔT = 13 K.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
531
<<< BACK INDEX
IT Cooling
i-BDC 013m - 210m
Version
BASIC
LN
Basic
Low noise
Features
HOUSING: designed to allowed easy access to internal components, is made
from prepainted galvanized sheet steel, and it:
• offers hight corrosion strenght and impact resistence;
• is resistant at low temperatures;
• is non toxic;
• does not produce polluting debris;
• is completely covered in a protective plastic film.
ELECTRIC FANS of an axial type, statically and dynamically balanced on two
levels, with blades in an inoxidable material and external rotor motor suitable
for adjusting the speed, all mounted on a metal supporting grid in conformity
with safety regulations. The motors are to VDE 0530-12.84. The protection
rating is IP54 to DIN40050.
HEAT EXCHANGER: the combination of innovative corrugated fins with the
use of smooth pipes on the exchanger ensures excellent heat transfer with a
minimum amount of fluid. The heat exchangers consist of aluminium fins and
copper pipes.
HYDRAULICS CIRCUIT CONNECTIONS are arranged along one side of the
unite and are to be welded for safe connection that prevents any fluid leak.
ISOLATING SWITCH, contained in an electric box with protection rating IP54,
with switch control accessible from the outside and connecting terminals.
Dry Cooler with EC axial fans
14,0-210 kW
Dry Cooler with EC axial-type fan(s) for outdoor installation.
Installation may be vertical with a horizontal air outflow or, using
special brackets, horizontal with an upward air outflow. The
very low noise, adjustable-speed fans are excellent for use in
both technological and civil applications. BDC units operate with
a single-phase 230V/1ph/50Hz and 400V/3ph/50Hz (only for
i-BDC190m-210m)power supply totally independent and
separate from the indoor unit ACCURATE. These units are
therefore also suited for use without being directly connected to
indoor units. i-BDC units are not provided with integrated fans
speed regulator per standard. However, CLIMAVENETA can
provide such fans speed regulator as OPTIONAL, by installing it
directly inside the indoor unit ACCURATE.
Accessory
Legs kit for vertical air flow
Copper-Copper coil
Epoxy coated coil (for fins only)
Cataphoresys coil treatment
532
i-BDC / BAS
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
030m
039m
052m
062m
078m
092m
103m
123m
190m
210m
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50 400/3/50 400/3/50 400/3/50 400/3/50
(1)
kW
N°
kW
33,0
1
0,66
40,5
1
0,66
61,0
1
0,99
68,0
1
0,99
83,0
1
1,32
98,5
1
2,04
121
1
2,04
135
1
2,04
176
1
5,20
210
1
6,50
m³/h
17560
16820
25230
23610
33640
52680
50460
47220
71920
93300
(2)
dB(A)
49
49
51
51
52
54
54
56
54
55
(3)
(3)
(3)
(3)
mm
mm
mm
kg
2425
1168
690
175
2425
1168
690
185
3525
1168
690
265
3525
1168
690
305
4625
1168
690
353
3658
2286
760
514
3658
2286
760
543
3658
2286
760
625
6290
1328
965
731
7765
1328
965
774
(1)
Notes:
1 Water temp.: 35/30 °C ; Ext. Temp.: 24 °C.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
i-BDC / LN
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
013m
030m
039m
052m
062m
078m
092m
103m
123m
190m
210m
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50 400/3/50 400/3/50 400/3/50 400/3/50
(1)
kW
N°
kW
14,0
1
0,16
32,0
1
0,32
40,5
1
0,48
54,0
1
0,64
65,5
1
0,64
82,0
1
0,80
96,0
1
0,90
107
1
1,20
129
1
1,20
184
1
4,08
203
1
4,08
m³/h
6410
12160
19230
25640
24320
30400
36480
51280
48640
76420
67170
(2)
dB(A)
35
38
40
41
41
42
43
44
44
42
42
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1325
1168
690
94
2425
1168
690
185
3525
1168
690
251
4625
1168
690
336
4625
1168
690
353
5725
1168
690
383
3658
2286
760
543
4758
2286
760
672
4758
2286
760
707
6290
2393
965
1194
6290
2393
965
1334
(1)
Notes:
1 Water temp.: 35/30 °C ; Ext. Temp.: 24 °C.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
533
<<< BACK INDEX
IT Cooling
BDC 008m - 210m
Version
BASIC
LN
LT
Dry Cooler with AC axial fans
7,50-210 kW
Dry Cooler with axial-type fan(s) for outdoor installation.
Installation may be vertical with a horizontal air outflow or, using
special brackets, horizontal with an upward air outflow. The
very low noise, adjustable-speed fans are excellent for use in
both technological and civil applications. BDC units operate with
a single-phase 230V/1ph/50Hz and 400V/3ph/50Hz (only for
BDC190m-210m) power supply totally independent and
separate from the indoor unit ACCURATE. These units are
therefore also suited for use without being directly connected to
indoor units. BDC units are not provided with integrated fans
speed regulator per standard. However, CLIMAVENETA can
provide such fans speed regulator as OPTIONAL, by installing it
directly inside the indoor unit ACCURATE.
Basic
Low noise
Low temperature
Features
HOUSING: designed to allowed easy access to internal components, is made
from prepainted galvanized sheet steel, and it:
• offers hight corrosion strenght and impact resistence;
• is resistant at low temperatures;
• is non toxic;
• does not produce polluting debris;
• is completely covered in a protective plastic film.
ELECTRIC FANS of an axial type, statically and dynamically balanced on two
levels, with blades in an inoxidable material and external rotor motor suitable
for adjusting the speed, all mounted on a metal supporting grid in conformity
with safety regulations. The motors are to VDE 0530-12.84. The protection
rating is IP54 to DIN40050.
HEAT EXCHANGER: the combination of innovative corrugated fins with the
use of smooth pipes on the exchanger ensures excellent heat transfer with a
minimum amount of fluid. The heat exchangers consist of aluminium fins and
copper pipes.
HYDRAULICS CIRCUIT CONNECTIONS are arranged along one side of the
unite and are to be welded for safe connection that prevents any fluid leak.
ISOLATING SWITCH, contained in an electric box with protection rating IP54,
with switch control accessible from the outside and connecting terminals.
Accessory
Legs kit for vertical air flow
Copper-Copper coil
Cataphoresys coil treatment
Epoxy coated coil (for fins only)
534
BDC / BASIC
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
013m
030m
039m
052m
062m
078m
092m
103m
123m
190m
210m
V/ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50 400/3/50 400/3/50 400/3/50 400/3/50 400/3/50
(1)
kW
N°
kW
17,0
1
0,60
33,0
1
1,20
40,5
1
1,20
61,0
1
1,80
68,0
1
1,80
83,0
1
2,40
98,5
1
3,60
121
1
3,60
135
1
3,60
176
1
7,76
210
1
9,70
m³/h
8780
17560
16820
25230
23610
33640
52680
50460
47220
71920
93300
(2)
dB(A)
46
49
49
51
51
52
54
54
56
54
55
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1325
1168
690
94
2425
1168
690
175
2425
1168
690
185
3525
1168
690
265
3525
1168
690
305
4625
1168
690
353
3658
2286
760
514
3658
2286
760
543
3658
2286
760
625
6290
1328
965
731
7765
1328
965
774
(1)
Notes:
1 Water temp.: 35/30 °C ; Ext. Temp.: 24 °C.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
BDC / LN
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
008m
013m
030m
039m
052m
062m
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
kW
N°
kW
7,50
1
0,12
14,0
1
0,60
32,0
1
1,20
40,5
1
1,80
54,0
1
2,40
65,5
1
2,40
m³/h
2930
6410
12160
19230
25640
24320
(2)
dB(A)
31
37
39
41
42
42
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1175
872
555
53
1325
1168
690
94
2425
1168
690
185
3525
1168
690
251
4625
1168
690
336
4625
1168
690
353
V/ph/Hz
(1)
(1)
BDC / LN
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
078m
092m
103m
123m
190m
210m
230/1/50
400/3/50
400/3/50
400/3/50
400/3/50
400/3/50
kW
N°
kW
82,0
1
3,00
96,0
1
1,44
107
1
1,92
128
1
1,92
184
1
4,98
203
1
4,98
m³/h
30400
36480
51280
48640
76420
67170
(2)
dB(A)
43
44
45
45
42
42
(3)
(3)
(3)
(3)
mm
mm
mm
kg
5725
1168
690
383
3658
2286
760
543
4758
2286
760
672
4758
2286
760
707
6290
2393
965
1194
6290
2393
965
1334
V/ph/Hz
(1)
(1)
Notes:
1 Water temp.: 35/30 °C ; Ext. Temp.: 24 °C.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
BDC / LT
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
008m
013m
030m
039m
052m
062m
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
230/1/50
kW
N°
kW
7,90
1
0,22
17,0
1
0,60
33,0
1
1,20
40,5
1
1,20
61,0
1
1,80
68,0
1
1,80
m³/h
4410
8780
17560
16820
25230
23610
(2)
dB(A)
39
46
49
49
51
51
(3)
(3)
(3)
(3)
mm
mm
mm
kg
1175
872
555
48
1325
1168
690
94
2425
1168
690
175
2425
1168
690
185
3525
1168
690
265
3525
1168
690
305
V/ph/Hz
(1)
(1)
Notes:
1 Water temp.: 35/30 °C ; Ext. Temp.: 24 °C.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
535
BDC / LT
Power supply
PERFORMANCE
NOMINAL SPECIFICATIONS
Rated capacity
No. Circuits
Total power input
FANS
Air flow
NOISE LEVEL
Noise Pressure
SIZE AND WEIGHT
A
H
B
Weight
078m
092m
103m
123m
190m
210m
230/1/50
400/3/50
400/3/50
400/3/50
400/3/50
400/3/50
kW
N°
kW
83,0
1
2,40
98,5
1
3,60
121
1
3,60
135
1
3,60
176
1
7,76
210
1
9,70
m³/h
33640
52680
50460
47220
71920
93300
(2)
dB(A)
52
54
54
56
54
55
(3)
(3)
(3)
(3)
mm
mm
mm
kg
4625
1168
690
353
3658
2286
760
514
3658
2286
760
543
3658
2286
760
625
6290
1328
965
731
7765
1328
965
774
V/ph/Hz
(1)
(1)
Notes:
1 Water temp.: 35/30 °C ; Ext. Temp.: 24 °C.
2 Average sound pressure level, at a distance of 10 m, for units in a free field on a reflecting surface. The average sound pressure level is calculated based on the sound power level measured
in accordance with ISO 3744.
3 Unit in standard configuration/execution, without optional accessories.
536
537
<<< BACK INDEX
IT Cooling
DATACENTER MANAGER
Features
- Ease of installation thanks to the all-in-one solution
- 8.4” Touch-screen display, 65536 colours
- Security - password-protected data access
- Balancing of single unit operating hours
- Multi-language interface
- Possibility of selecting the type of regulation and the reference probe for
regulation
- Possibility of selecting the type of distribution of the requests of the group
regulation device to the machines according to the needs of the system
- Some units can be given priority
- Possibility of choosing the number of units on standby - dynamic standby
- Device and unit alarm display
- Management of an additional serial connection for the integration of existing
BMS
DATACENTERS’s group regulation
device
DATACENTER MANAGER is a centralized management and control system specificly design for Datacenters applications that provide up to a 70%
efficiency improvement into the air conditioning system with a substantial global benefit & drastic increasing of the datacenter’s global PUE value
(Power Usage Effectiveness).
DATACENTER MANAGER combine the optimized management of the indoor Climaveneta CRAC units ACCURATE on chilled water version inside
the datacenters, together with the external Climaveneta Chillers.
It managed up to 10 internal unit and up to 8 external units with the same or different power ratings, on 2 pipes systems. The indoor ACCURATE
units regulation is demanded to the Master units that through a clever algorithm named ADS (Adaptive Set Point ) recognized the real instantaneous
heat load inside the Datacenter and transfer such info to the external group of chillers in order for them to optimized their functioning and resources
in order to provide maximum global efficiency. DATACENTER MANAGER great advantage is to provide continue cooling capacity modulation of the
external chillers based on the real Datacenter’s heat load noticed from indoor ACCURATE units.
The DATACENTER MANAGER has an 8.4” touch-screen user interface, allowing access to all information and the sending of commands with a few
simple touches. Communication between DATACENTER MANAGER and the machines is accomplished by means of an RS485 serial connection. It
has its own adjustment probes to be placed in suitably prepared pockets in the hydraulic system pipes. Various additional appliances, to be chosen
according to the characteristics, needs and availability of remote connection at the place of installation of the units, can be supplied in the same
industrial box as the DATACENTER MANAGER: modem/router for connection to a fixed ADSL line, modem for connection to a fixed PSTN, modem
for connection to GPRS.
538

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