![Samsung AM080JXVHGH/EU Скачать руководство пользователя страница 53](http://html.mh-extra.com/html/samsung/am080jxvhgh-eu/am080jxvhgh-eu_technical-data-book_344353053.webp)
53
2. Specifications
Premium Energy Efficiency
Type
DVM S
DVM S
DVM S
Model Name
AM520KXVGGH2EU
AM540KXVGGH2EU
AM560KXVGGH2EU
Outdoor unit module 1
AM080JXVHGH/EU
AM080JXVHGH/EU
AM120JXVHGH/EU
Outdoor unit module 2
AM180KXVGGH/EU
AM200KXVGGH/EU
AM180KXVGGH/EU
Outdoor unit module 3
AM260KXVGGH/EU
AM260KXVGGH/EU
AM260KXVGGH/EU
Outdoor unit module 4
-
-
-
Power Supply
Ø, #, V, Hz
3, 4, 380-415, 50
3, 4, 380-415, 50
3, 4, 380-415, 50
Mode
-
HEAT PUMP
HEAT PUMP
HEAT PUMP
Performance
HP
HP
52
54
56
Capacity (Nominal)
Cooling
kW
145.6
151.2
156.8
Btu/h
496,800
515,900
535,000
Heating
kW
163.8
170.1
176.4
Btu/h
558,900
580,400
601,900
Maximum number of connectable indoor units
EA
64
64
64
Total capacity of the connected Indoor Units
Min.
kW
72.8
75.6
78.4
Total capacity of the connected Indoor Units
Max.
kW
189.3
196.6
203.8
Power
Power Input (Nominal)
Cooling
kW
32.60
34.42
35.58
Heating
kW
32.17
34.40
35.14
Current Input (Nominal)
Cooling
A
52.30
55.20
57.00
Heating
A
51.70
55.30
56.40
Current
Minimum Ssc
MVA
24.1
23.4
26.3
MCA
A
117.2
120
124.2
MFA
A
150
150
150
Efficiency
EER (Nominal)
Cooling
W/W
4.47
4.39
4.41
COP (Nominal)
Heating
W/W
5.09
4.94
5.02
ESEER
W/W
7.33
7.16
7.21
Casing
Material
Body
-
EGI Steel Plate
EGI Steel Plate
EGI Steel Plate
Base
-
EGI Steel Plate
EGI Steel Plate
EGI Steel Plate
Heat Exchanger
Type
-
Fin & Tube
Fin & Tube
Fin & Tube
Material
Fin
-
Al
Al
Al
Tube
-
Cu
Cu
Cu
Fin Treatment
-
Anti-corrosion
Anti-corrosion
Anti-corrosion
Compressor
Model Name
-
DS-GB066FAVB x 2 +
DS4GJ5080FVA x 2 +
DSGB052FAVBSG x 1
DS-GB066FAVB x 2 +
DS4GJ5080FVA x 2 +
DSGB052FAVBSG x 1
DS-GB066FAVB x 2 +
DS4GJ5080FVA x 2 +
DSGB066FAVBSG x 1
Output
kW x n
(5.18 x 1) x 1 + (6.39 x 2) x 1 + (7.81 x 2) x 1 (5.18 x 1) x 1 + (6.39 x 2) x 1 + (7.81 x 2) x 1 (6.39 x 1) x 1 + (6.39 x 2) x 1 + (7.81 x 2) x 1
Oil
Type
-
PVE
PVE
PVE
Initial charge
cc x n
(1,100 x 1) x 1 + (1,100 x 2) x 1 +
(1,400 x 2) x 1
(1,100 x 1) x 1 + (1,100 x 2) x 1 +
(1,400 x 2) x 1
(1,100 x 1) x 1 + (1,100 x 2) x 1 +
(1,400 x 2) x 1
Fan
Type
-
Propeller
Propeller
Propeller
Discharge direction
-
Top
Top
Top
Quantity
EA
5
5
5
Air Flow Rate
m
2
/min
170 x 1 + 290 x 1 + 340 x 1 170 x 1 + 290 x 1 + 340 x 1 220 x 1 + 290 x 1 + 340 x 1
l/s
2,833 x 1 + 4,833 x 1 + 5,667 x 1 2,833 x 1 + 4,833 x 1 + 5,667 x 1 3,667 x 1 + 4,833 x 1 + 5,667 x 1
External Static Pressure
Max.
mmAq
8
8
8
Pa
78.45
78.45
78.45
Fan Motor
Type
-
BLDC Motor
BLDC Motor
BLDC Motor
Output
W x n
(830 x 1) x 1 + (620 x 2) x 2 (830 x 1) x 1 + (620 x 2) x 2 (830 x 1) x 1 + (620 x 2) x 2
Piping Connections
Liquid Pipe
Type
Braze connection
Braze connection
Braze connection
Φ, mm (inch)
19.05 (3/4)
19.05 (3/4)
19.05 (3/4)
Gas Pipe
Type
Braze connection
Braze connection
Braze connection
Φ, mm (inch)
41.28 (1-5/8)
41.28 (1-5/8)
41.28 (1-5/8)
High pressure Gas Pipe(HR Only)
Type
-
-
-
Φ, mm (inch)
-
-
-
Heat Insulation
-
Both liquid and gas pipes Both liquid and gas pipes Both liquid and gas pipes
Piping length (ODU-IDU)
Max. [Equiv.]
m
200 [220]
200 [220]
200 [220]
Piping length (1st Branch-IDU)
Max.
m
90
90
90
Total piping length (System)
Max.
m
1,000
1,000
1,000
Level difference (ODU in highest position) Max.
m
110
110
110
Level difference (IDU in highest position) Max.
m
110
110
110
Level difference (IDU-IDU)
Max.
m
50
50
50