Lennox NEOSYS NAC 200

• 10 •
NEOSYS NAC 200 230 270 300 340 380
kW
208,2 235,7 272,8 307,6 351,3 387,3
72,1 85,7 106,7 106,9 125,6 149,1
EER
(1)
2,89 2,75 2,56 2,88 2,80 2,60
ESEER
(2)
4,24 4,03 3,99 4,04 4,15 3,90
3,83 3,85 3,82 3,89 3,89 3,99
% 150 151 150 153 153 157
4,88 4,93 5,01 4,95 4,98 5,01
3,20 3,26 3,50 3,30 3,40 3,50
2
kg 12,4/13 12,3/13 14,1/15 18,2/19,1 22,4/19,3 22,4/19,4
444455
%
31-62-81-
100
34-68-84-
100
28-57-78-
100
27-53-73-
100
18-41-59-
82-100
20-40-60-
80-100
(3,2+6,8)
+ (3,2+6,8)
(3,2+6,3)
+ (3,2+6,3)
(6,8+6,3)
+ (6,8+6,3)
(6,3x2)
+ (6,8+6,3)
(6,8x3)
+ (6,3x2)
(6,3x3)
+ (6,3x2)
444666
444666
mm 800
m
3
/h 87 200 87 200 87 200 130 800 130 800 130 800
kW 6,4 6,4 6,4 9,6 9,6 9,6
m
3
/h 35,8 40,6 46,9 52,9 60,4 66,6
13 13 16 24 35 35
kPa
43,0 54,1 55,9 48,1 34,7 41,6
600
4" 4" 4" 4" 5" 5"
400V / III / 50 Hz
A
393,9 446,5 475,7 498,0 527,9 572,0
166,5 195,8 225,0 247,3 277,2 321,3
NAC
410AR
Application Guide / NEOSYS-AGU-1801-E
Cooling mode
Cooling capacity
(1)
Total absorbed power
(1)
Seasonal Energy Effi ciency Ratio
(3)
SEER
Seasonal energy efficiency
(4)
ɳs,c
Seasonal Energy Performance Ratio
(5)
SEPR - High temperature (7°C)
Seasonal Energy Performance Ratio
(6)
SEPR - Medium temperature (-8°C)
Refrigeration circuit
Number of circuit
Refrigerant load per circuit (R410A)
Type of expansion valve Thermostatic expansion valve
Compressors Scroll - Hermetic
Number of compressors
Capacity steps
Oil type MOBIL EAL Arctic 22CC or ICI EMKARATE RL32CF
Oil load per compressor l
Condenser Microchannel Aluminium Tube and fi ns
Number of condenser
Fan & Motor Variable speed fans
Number of fans
Diameter
Maximum speed Variable speed - 900 rpm maximum
Nominal air fl ow (100%)
Total motor power input (900 rpm)
Evaporator AISI 304 stainless steel plate brazed with copper heat exchanger
Water fl ow rate
(1)
Water volume l
Pressure drop
(1)
Water operating pressure
Hydraulic connections Victaulic
Water inlet/outlet
Electrical data
Start-up intensity
Maximum current
GENERAL DATA
COOLING ONLY
Comfort
applications
Process
applica-
tions
(1) EUROVENT certifi ed data, in accordance
with standard EN14511 :
Water inlet/outlet temperature = 12°C / 7°C
Outdoor air temperature = 35°C.
(2) ESEER following Eurovent calculation
method, in accordance with standard
EN14511
(3) SEER in accordance with standard
EN14825.
(4) Following ecodesign regulation nr
EU 2016/2281 on space cooling,
normalized leaving water temperature
at 7°C, in accordance with standard
EN14825.
(5) Following ecodesign regulation nr
EU 2016/2281 on process cooling units,
normalized leaving water temperature
at 7°C, in accordance with standard
EN14825.
(6) Following ecodesign regulation nr
EU 2015/1095 on process cooling chillers,
normalized leaving water temperature
at -8°C, in accordance with standard
EN14825.