Mitsubishi Electric PCH-2.5GKHA, Руководство по обслуживанию

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14
4. STANDARD OPERATION DATA
Rating Conditions (JIS B8616)
Electrical circuit
Total
Refrigerant circuit
Indoor side
Outdoor
side
Capacity
Input
Indoor unit Service Ref.
Phase, Hz
Volts
Amperes
Outdoor unit Service Ref.
Phase, Hz
Volts
Amperes
Discharge pressure
Suction pressure
Discharge temperature
Condensing temperature
Suction temperature
Ref. pipe length
Intake air temperature
Discharge air temperature
Intake air temperature
Mode
Service Ref.
SHF
BF
W
KW
V
A
V
A
Mpa·G(
O
f/
F
·G)
Mpa·G(
O
f/
F
·G)
! C
! C
!
C
m
DB ! C
WB ! C
DB
!
C
DB ! C
WB ! C
Cooling
5,400
2.30
0.43
9.86
1.92
0.47
87
50
3.8
5
27
19
11.5
35
24
0.68
0.11
Heating
6,200
2.32
0.43
9.95
1.90
0.37
89
—
-2.7
5
20
15
44.8
7
6
—
—
PCH-2GKHA
1
PCH-2GKHA
1
1, 50
240
PUH-2VKA
2
1, 50
240
Cooling
7,000
2.59
0.55
10.68
2.05
0.53
85
53
6.9
5
27
19
12.4
35
24
0.69
0.14
Heating
7,100
2.36
0.55
9.78
1.73
0.38
77
—
-2.1
5
20
15
40.4
7
6
—
—
PCH-2.5GKHA
1
PCH-2.5GKHA
1
1, 50
240
PUH-2.5VKA
2
1, 50
240
Cooling
7,500
3.28
0.55
13.82/ 5.16
2.04
0.43
87
53
1.6
5
27
19
11.1
35
24
0.66
0.15
Heating
8,500
3.07
0.55
12.89/ 4.81
1.94
0.36
83
—
-2.9
5
20
15
44.8
7
6
—
—
PCH-3GKHA
1
PCH-3GKHA
1
1, 50
240
PUH-3VKA
2
PUH-3YKA
2
1/3, 50
240 / 415
Cooling
10,000
3.36
0.70
5.24
1.83
0.50
78
48
6.7
5
27
19
11.1
35
24
0.68
0.12
Heating
10,450
3.35
0.70
5.22
1.72
0.39
75
—
-1.0
5
20
15
42.1
7
6
—
—
PCH-4GKHSA
1
PCH-4GKHSA
1
1, 50
240
PUH-4YKSA
3
3, 50
415
Cooling
12,400
4.45
1.06
6.89
1.92
0.48
75
50
4.4
5
27
19
12.4
35
24
0.73
0.07
Heating
13,900
4.40
1.06
6.81
1.78
0.37
70
—
-2.8
5
20
15
42.4
7
6
—
—
PCH-5GKHSA
1
PCH-5GKHSA
1
1, 50
240
PUH-5YKSA
3
3, 50
415
Cooling
14,500
4.97
1.06
7.74
1.97
0.45
74
51
2.6
5
27
19
10.0
35
24
0.65
0.14
Heating
15,000
4.82
1.06
7.50
1.80
0.38
69
—
-1.8
5
20
15
44.9
7
6
—
—
PCH-6GKHSA
1
PCH-6GKHSA
1
1, 50
240
PUH-6YKSA
2
3, 50
415
[7,600]
[3.72]
[9,200]
[4.46]
[10,600]
[5.17]
[13,150]
[6.05]
[16,900]
[7.40]
[18,000]
[7.82]
(19.6)
(4.8)
(19.4)
(3.77)
(20.9)
(5.4)
(17.6)
(3.87)
(20.8)
(4.39)
(19.8)
(3.67)
(18.7)
(5.1)
(17.5)
(3.98)
(19.6)
(4.90)
(18.1)
(3.77)
(20.1)
(4.59)
(18.4)
(3.88)
The unit of pressure has been changed to Mpa on the international system of unit (SI unit system).
The converted score against the traditional unit system can be gotten according to the formula below.
1(Mpa·G)=10.2(
O O
f/
F
·G)