80
The following parameter ranges are used to roughly determine whether the system is running properly:
Discharge temperature(Tp) for heating/DHW mode
T4
<
-10
℃
Twout+15
<
Tp
<
40
-10
℃≤
T4
<
10
℃
Twout+10
<
Tp
<
35
10
℃≤
T4
<
25
℃
Twout+10
<
Tp
<
30
T4
≥
25
℃
Twout+10
<
Tp
<
28
Note:
T4 means ambient temperature
Tw_out means leaving water temperature.
Discharge pressure(P1) for heating/DHW mode
Tw_out(
℃
)
25
30
35
40
45
50
55
60
65
P1
(
kPa
)
1750
±
150
2000
±
150
2270
±
150
2560
±
150
2890
±
150
3250
±
150
3630
±
150
3900
±
150
4200
±
150
Note: P1 is absolute pressure.
Discharge temperature(Tp) for cooling mode
Tp
Fx
<
44Hz
44Hz
≤
Fx
<
62Hz
62Hz
≤
Fx
<
72Hz
Fx
≥
72Hz
T4
<
25
℃
52
±
10
56
±
10
58
±
10
62
±
10
25
℃≤
T4
<
30
℃
56
±
10
62
±
10
68
±
10
74
±
10
30
℃≤
T4
<
35
℃
65
±
10
70
±
10
75
±
10
80
±
10
35
℃≤
T4
<
40
℃
70
±
10
75
±
10
80
±
10
85
±
10
40
℃≤
T4
<
46
℃
75
±
10
80
±
10
85
±
10
90
±
10
T4
≥
46
℃
78
±
10
80
±
10
85
±
10
90
±
10
Note: Fx means compressor operating frequency.
Suction pressure(P1) for cooling mode
Tw_out(
℃
)
5
~
7
8
~
10
11
~
13
14
~
16
17
~
19
20
~
22
23
~
25
P1
(
kPa
)
880
±
100
955
±
100
1050
±
100
1150
±
100
1250
±
100
1360
±
100
1500
±
100
Note: P1 is absolute pressure.
Содержание SYSHP MINI 05 EVO-P Q
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