2. Specification
-6-
——
Cooling
Heating
W
5300
7000
W
1650
1800
W/W
3.21
3.88
W
1500
1800
W
500
500
W
5800
7400
W
2300
2300
——
A / A
10.2
10.2
——
99%
99%
A
Model / Manufacture
——
Oil charge and type
——
Type
——
Number
——
Type × Number
——
Speed
r/min
Motor output power
W
Air-flows (H/M/L)
m³/h
Type / Diameter
mm
Face area
m²
External
mm
Package
mm
——
——
W
Noise level
H/M/L
dB(A)
Weight
Net / Shipping
kg / kg
Type / Charge
kg
No need to recharge
m
Recharge
g/m
Liquid
mm
Gas
mm
——
Drop between IU & OU
m
Piping length between IU & OU
m
Total liquid piping length
m
Drop between indoor units
m
Max.Drop between IU & OU
m
Max.Drop between IU & OU
m
Max.Drop between indoor units
m
Max.Piping length between IU &
m
Max.Total liquid piping length
m
Power input
Minimum capacity
Power input
Power facor(under rating power input)
Max.Running current
Fan
Item Model
AU182XFERA
Function
Power source
1PH, 220-230V~, 50Hz
Rating capacity
Maximum capacity
Power input
EER / COP
Fuse size (recommended size)
TNB175FLBM1 / MISTUBISHI ELEC.
Twin Rotary (DC inverter)
1
25
Outdoor
uni
t
Compressor
Dimension
(L×W×H)
Heat exchanger
Crankcase heater power
Axial × 1
670CC, MEL 56
928/288/680
1015/405/760
850/ 700/ 500
35
about 3000
TP2M / 7.0
about 0.52
35
Refrigerant control method
PMV
Defrosting method
Automatic by reversible cycle
Pipe
3*
Φ
6.35
3*
Φ
9.52
≤
10
≤
5
45
30
20
≤
30
10(indoor unit lower than outdoor unit)
25
15 (indoor unit higher than outdoor unit)
≤
1
5
2. Large drop and long piping installation will obviously reduce the totao capacity.
1. The above performance data are from the combination of AU12*AS0AS122XVERA.
51/-/-
54 / 60
P
ipi
ng
Refrigerant
R410A / 2.0
Connecting method
Flared
Between I.D &O.D
Commercial Air Conditioner
Model: AU18
/22
2XFERA
AS072/092/122XVERA