81
4.2 COMPRESSOR FREQUENCY CONTROL
Performed by A3 board
The frequency of the compressor's inverter is limited by either of the following controls
depending on whether the cooling or heating mode is in operation.
•
Cooling Mode :
· Water Inlet temperature control
· Maximum and minimum frequency control
· Current release control
· Cooling high-load prevention control
· Cooling freeze prevention control
· Discharge temperature control
•
Heating Mode :
· Water Inlet temperature control
· Maximum and minimum frequency control
· Current release control
· Heating high-load prevention control
· Discharge temperature control
4.3 MIN. & MAX. FREQUENCY CONTROL
Performed by A3 board
The compressor's inverter frequency is controlled in accordance with the model and operation mode.
The maximum and minimum frequencies for each model are shown in the table below.
Note: There are cases in which frequency is limited with other control functions depending on operational conditions,
so operations are not always carried out in accordance with the maximum frequencies listed below.
Cooling Mode
Heating Mode
Minimum Hz * Maximum Hz Minimum Hz *
Maximum Hz
PHRIE 095
15~24 Hz
87 Hz
15~24 Hz
108 Hz
PHRIE 125
24 Hz
111 Hz
24 Hz
114 Hz
PHRIE 155
15~24 Hz
54 Hz
18~24 Hz
72 Hz
PHRIE 157
15~24 Hz
54 Hz
18~24 Hz
72 Hz
PHRIE 175
15~24 Hz
69.6 Hz
18~24 Hz
85 Hz
PHRIE 177
15~24 Hz
68.4 Hz
18~24 Hz
78 Hz
PHRIE 195
15~24 Hz
75 Hz
18~24 Hz
88 Hz
PHRIE 197
15~24 Hz
80.4 Hz
18~24 Hz
85 Hz
PHRIE 257
25~33 Hz
91.2 Hz
25~33 Hz
96 Hz
PHRIE 307
25~33 Hz
80 Hz
25~33 Hz
85 Hz
*There are cases in which the minimum frequency can vary to protect the compressor in accordance with outdoor air
temperature and thermal loads.
Summary of Contents for PHIE 095
Page 2: ...2...
Page 10: ...10...
Page 11: ...11...
Page 12: ...12 1 3 2 THREE PHASES MODELS...
Page 13: ...13...
Page 14: ...14...
Page 15: ...15...
Page 17: ...17 1 4 PHYSICAL CHARACTERISTICS...
Page 18: ...18...
Page 19: ...19 1 5 DESCRIPTION 1 5 1 SINGLE PHASE MODELS...
Page 20: ...20 1 5 2 THREE PHASES MODELS...
Page 22: ...22...
Page 23: ...23...
Page 31: ...31 2 1 FRIGORIFIC HYDRAULIC DIAGRAMS 2 1 1 DIAGRAMS FOR MODELS 095 125 155 157 175 177 195 197...
Page 32: ...32 2 1 2 DIAGRAMS FOR MODELS 257 307...
Page 34: ...34 Connection diagram for 155 175 195 Connection diagram for 157 177 197 257 307 257 307...
Page 43: ...43 Failure matrix...
Page 44: ...44 Failure handling...
Page 49: ...49 3 1 ELECTRICAL DIAGRAMS 3 1 1 MODEL 095 2 HP 230V Single phase...
Page 50: ...50 3 1 2 MODEL 125 3 HP 230V Single phase...
Page 51: ...51 3 1 3 MODELS 155 175 4 5 HP 230V Single phase...
Page 52: ...52 3 1 3 MODEL 195 6 HP 230V Single phase...
Page 53: ...53 3 1 3 MODELS 157 177 197 4 5 6 HP 400V Three phases...
Page 54: ...54 3 1 3 MODELS 257 307 8 10 HP 400V Three phases...
Page 55: ...55 3 1 4 SYMBOLS...
Page 57: ...57 3 2 2 CONTROL SYNOPTIC FOR HEAT PUMP IN BOILER BACK UP APPLICATIONS...
Page 65: ...65 A3 board A086VH up side FOR UNIT 125 HIC temperature sensor plug Power LED EEPROM LED...
Page 77: ...77 A4 Supply and filter board for units 257 307...
Page 101: ...101 For models 257 307...
Page 104: ...104 For models 095 125 Replace A3 PCB...
Page 105: ...105 For models 155 157 175 177 195 197...
Page 106: ...106 For models 257 307...
Page 107: ...107 For models 095 125...
Page 108: ...108 For models 155 157 175 177 195 197 Check diode bridge...