91
5-1 FRIGORIFIC CIRCUIT ALARMS
Managed by A3 board and partially by A2 board.
5.1.1
LIST OF ALARMS
Type
Designation
Code
Action
Reset
(*)
Serial
communication
errors
&
Mis-setting
Maintenance
remocon detects
error signal from
A2 board
-Poor reception of the signal on the maintenance remocon
-Auto address not completed
E01
stop
Automatic
(then manual)
-Poor transmission of the signal on the maintenance
remocon
E02
stop
Automatic
(then manual)
A2 board detects
error signal from
remocon
-Poor reception of the signal on A2 board from the
maintenance remocon
E03
stop
Automatic
(then manual)
A2 board detects
error from A3
board
-Poor reception of the signal on A2 board from the A3
board
E04
stop
Automatic
(then manual)
-Poor transmission of the signal from A2 board to the A3
board
E05
stop
Automatic
(then manual)
A3 board detects
error from A2
board
-Poor reception of the signal on A3 board from the A2
board
E06
stop
Automatic
(then manual)
-Poor transmission of the signal from A3 board to A2 board
E07
stop
Automatic
(then manual)
Automatic address
setting failed
-Incorrect capacity set in A2 board detected. Too low.
E15
stop manual
-Incorrect capacity set in A2 board detected. Too high.
E16
stop manual
-A2 board not detected during automatic address
sequence
E20
stop manual
Mis-wiring
-Mis-wiring between boards
-Missing phase on power supply
E22
stop manual
Communication
trouble
-Communication abnormal (A3 board).
E31
stop
Automatic
(then manual)
Sensor failure
Sensor circuit
open or short
circuit /
Sensor failure
-Abnormal sensor for the inlet temp. on the H/E – “liquid
line” in cooling - (E1/S7)
F01
stop
Automatic
(then manual)
-Abnormal
pressure sensor
(E2P/B1) on the H/E
-Loss of refrigerant charge
F02
stop
Automatic
(then manual)
-Abnormal sensor for the compressor discharge
temperature (TD/S5)
F04
stop
Automatic
(then manual)
-Abnormal sensor for the air heat exchanger temp. (C1/S2)
F06
stop
Automatic
(then manual)
-Abnormal sensor for the air heat exchanger temp. (C2/S1)
F07
stop
Automatic
(then manual)
-Abnormal sensor for outdoor temp. (TO/S4)
F08
stop
Automatic
(then manual)
-Abnormal sensor for water inlet temp. (TW1/S8)
F10
stop
Automatic
(then manual)
-Abnormal sensor for compressor suction temp. (TS/S3)
F12
stop
Automatic
(then manual)
Component
failure
EEPROM
-Abnormal non-volatile memory (EEPROM) on A2 board.
F29
stop
manual
-Abnormal non-volatile memory (EEPROM) on A3 board
F31
stop
manual
Mis-setting Setting
error
-Unit type mismatch between A3 and A2 (parameter)
L02
stop manual
-No address setting on A2 board
L08
stop manual
-No unit capacity setting on A2 board
L09
stop manual
-Incorrect capacity setting on A3 board
L10
stop manual
-incorrect unit type setting on A2 board
L13
stop manual
Activation of
protective
device
A3 board
-High discharge temperature of compressor
P03
stop
manual
-High refrigerant pressure switch activated
(for 257 & 307 units only)
P04
stop
manual
-Low current on power supply
(missing phase or incorrect phases order)
P05
stop
manual
-No refrigerant
P15
stop
manual
-Four way valve locked
P19
stop
manual
-High refrigerant pressure
P20
stop
manual
-Fan(s) trouble
P22
stop
manual
-Incorrect current value for compressor (over current on
HIC PCB)
P26
stop
manual
-Incorrect current value for compressor (trouble on motor
detection circuit - MDC)
P29
stop
manual
-Incorrect current value for compressor (overload)
H01
stop
manual
(*) see § 5.1.3
Содержание PHIE 095
Страница 2: ...2...
Страница 10: ...10...
Страница 11: ...11...
Страница 12: ...12 1 3 2 THREE PHASES MODELS...
Страница 13: ...13...
Страница 14: ...14...
Страница 15: ...15...
Страница 17: ...17 1 4 PHYSICAL CHARACTERISTICS...
Страница 18: ...18...
Страница 19: ...19 1 5 DESCRIPTION 1 5 1 SINGLE PHASE MODELS...
Страница 20: ...20 1 5 2 THREE PHASES MODELS...
Страница 22: ...22...
Страница 23: ...23...
Страница 31: ...31 2 1 FRIGORIFIC HYDRAULIC DIAGRAMS 2 1 1 DIAGRAMS FOR MODELS 095 125 155 157 175 177 195 197...
Страница 32: ...32 2 1 2 DIAGRAMS FOR MODELS 257 307...
Страница 34: ...34 Connection diagram for 155 175 195 Connection diagram for 157 177 197 257 307 257 307...
Страница 38: ...38 Speed control input voltage Vsp Revolution pulse output Control 1 Vcc 2 PG 3 Vsp Power 1 Vm 2 not used 3 GND...
Страница 43: ...43 Failure matrix...
Страница 44: ...44 Failure handling...
Страница 49: ...49 3 1 ELECTRICAL DIAGRAMS 3 1 1 MODEL 095 2 HP 230V Single phase...
Страница 50: ...50 3 1 2 MODEL 125 3 HP 230V Single phase...
Страница 51: ...51 3 1 3 MODELS 155 175 4 5 HP 230V Single phase...
Страница 52: ...52 3 1 3 MODEL 195 6 HP 230V Single phase...
Страница 53: ...53 3 1 3 MODELS 157 177 197 4 5 6 HP 400V Three phases...
Страница 54: ...54 3 1 3 MODELS 257 307 8 10 HP 400V Three phases...
Страница 55: ...55 3 1 4 SYMBOLS...
Страница 56: ...56 3 2 MAIN COMPONENTS DESCRIPTION 3 2 1 CONTROL SYNOPTIC FOR HEAT PUMP ELECTRICAL SUPPORT HEATER APPLICATIONS...
Страница 57: ...57 3 2 2 CONTROL SYNOPTIC FOR HEAT PUMP IN BOILER BACK UP APPLICATIONS...
Страница 65: ...65 A3 board A086VH up side FOR UNIT 125 HIC temperature sensor plug Power LED EEPROM LED...
Страница 76: ...76 HIC board for units 257 307 Hybrid Integrated Circuit for inverter compressor Diode bridge HIC board...
Страница 77: ...77 A4 Supply and filter board for units 257 307...
Страница 85: ...85 4 9 AIR HEAT EXCHANGER DEFROST CONTROL Performed by A3 board 4 9 1 FLOWCHART OF DEFROST CONTROL 1 2 3...
Страница 100: ...100 5 1 5 ALARM DIAGNOSIS E31 F04 F06 F07 F08 F12 P22 P26 P29 For models 095 125 155 157 175 177 195 197...
Страница 101: ...101 For models 257 307...
Страница 104: ...104 For models 095 125 Replace A3 PCB...
Страница 105: ...105 For models 155 157 175 177 195 197...
Страница 106: ...106 For models 257 307...
Страница 107: ...107 For models 095 125...
Страница 108: ...108 For models 155 157 175 177 195 197 Check diode bridge...
Страница 109: ...109 For models 257 307 Check diode bridge...