93
Alarm Code is composed of two parts. First part is a letter, second part is a number:
The blinking of LED 1 indicates the code letter
The blinking of LED 2 indicates the number
LED 1
LED 2
Number of Blinks Alarm Code Letter
Number of Blinks Alarm Code Number
0
No alarm
0
No alarm
2 P
1 1
3 H
2 2
4 E
…. ….
5 F
16 16
6 L
17 17
Examples:
(other than E15, E16 and E20)
Alarm code
LED 1
alternately
LED 2
P04
Blinks twice = P
Blinks four times = 04
-
H01
Blinks three times = H
Blinks once = 01
-
E03
Blinks four times = E
Blinks three times = 03
-
F07
Blinks five times = F
Blinks seven times = 07
-
L09
Blinks six times = L
Blinks nine times = 09
-
LED 1 & 2 – Other indications:
LED 1
LED 2
Remarks
Power ON sequence
Step 1 :
no communication
A3 / A2
Step 2 :
communication received from A2
Step 3 :
normal communication
On
Off
Off
On
On
Off
In normal operation
A3 EEPROM error (F31)
Pre trip (insufficient gas)
Pre-trip (P20 - HP)
Pre-trip (other)
On
Blinks (0.25/0.75)
Blinks (0.75/0.25)
Blinks (0.5/0.5)
Blinks (0.5/0.5)
Off
Off
Off
During auto address & initial
communication ; then F31 displayed.
P03
Alarms
Blinks Blinks
See details in table before
Insufficient refrigerant indicator
Blinks (0.5/0.5)
Off
Refrigerant recovery mode
Blinks (0.5/0.5)
On
Not used – only for split heat pumps
Automatic address setting (A3 – A2)
Automatic address setting in progress
Automatic address setting alarm (E15)
Automatic address setting alarm (E20)
Automatic address setting (other than E15/E20)
Blinks (0.5/0.5)
Blinks (0.25/0.75)
Blinks (0.75/0.25)
Blinks (0.5/0.5)
Blinks (0.5/0.5)
Blinks (0.25/0.75)
Blinks (0.75/0.25)
Blinks (0.5/0.5)
Blinking alternately
Blinking simultaneously
Blinking simultaneously
Blinking simultaneously
Note: blinking (0.25/0.75) means that LED illuminates for 0.25 seconds and then is Off for 0.75 seconds.
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...