AERMEC MODUCONTROL Manuel D'utilisation page 54

Code
Alarm code
Pre-alarm
22 122 Internal communication error
23 123
24 124
25 125
26 126
27 127
28 128
29 129
30 130
31 131
32 132
33 133 Over current in acceleration mode
34 134 Over-current at constant speed
35 135 Over current in deceleration mode
36 136 Under-voltage on the DC Bus
37 137
PFC Converter Fault Error in the PFC
40 140
41 141 Over current in acceleration mode
42 142
43 143 Over-current at constant speed
44 144 Over current in deceleration mode
45 145 Over current in acceleration mode
46 146
47 147 Cooling fin temperature sensor error
51 151
54 --
55 155 Water inlet high temperature
Cycle reverse due to high temperature of
-- 156
Reading error of the DHW control board
57 157
Outdoor air temperature probe reading
58 158
Inlet water probe no condenser (ONLY
59 159
Output water probe no condenser (ONLY
60 160
61 161
62 162 Compressor motor overload
63 163
64 164
65 165
66 166
67 167
68 168
69 169
70 170
71 171
72 172
No communication between inverter and
73 173
74 174 Drive temperature sensor fault
75 175
76 176
77 177
78 178 Cooling fan Inverter faulty
79 179
80 180
81 181
82 182
83 183
84 184
85 185
86 186
87 187
88 188
89 189
90 190
91 191 High pressure alarm (uPC)
92 192
54
Causes
The inverter control board has internal communication problems (longertek 5 code)
Overcurrent Excess current absorption by compressor (longertek 6 code)
No load The compressor does not absorb enough current, it may turn in idle mode (longertek 7 code)
Incorrect voltage The inverter control board indicates incorrect bus voltage (longertek 8 code)
Error on start-up The inverter control board indicates incorrect start-up of the PMSM motor (longertek code 9)
IPM protection error Error on the IGBT (longertek 12 code)
EEPROM error Eeprom error on the inverter control board (longertek 13 code)
Compressor stall Cod. longertek 16
The inverter control board does not respond. It may not be powered or the serial cable could be discon-
No communication
nected or the A and B signals reversed
PFC Module PFC inverter module error (longertek 23 code)
Cooling fin overheating (cod. APY 1)
Hardware error (cod. APY 2)
Hardware error (cod. APY 3)
Hardware error (cod. APY 4)
(cod. APY 5)
DC Bus over-voltage (cod. APY 6)
Software error (code APY 9)
module
Software error (code APY 10)
Overload (cod. APY 11 )
Software error (code APY 12)
Software error (code APY 13)
(cod. APY 14)
No communication (cod. APY 15)
(cod. APY 16)
Anomalous condition Protection frequency against over-current and overheating reduced. (code APY 20)
Cycle reverse valve faulty The cycle reverse valve could be faulty or broken. (see paragraph 8.4)
The water inlet temperature has exceeded the set_installer (H) parameter value. Probable boiler pres-
ence on same plant. At the third intervention of the pre-alarm, the machine goes into alarm mode and
blocks
This pre-alarm indicates the intervention of defrosting due to cycle reverse without having respected
the times between cycle reverses. Cycle reverse has been triggered by the pressing line gas high tem-
the pressing line gas perature partialisation threshold being exceeded, set_factory (6)-set_factory (4) = default 130°. This pre-
alarm does not cause compressor stop and does not have a limited number of interventions
This pre-alarm indicates a remote probe fault or a communication problem with the DHW control board.
remote probe The alarm is only active if the parameter (0)=2 or the parameter (8)=4 in the menu with password = 30
This pre-alarm indicates an outdoor air temperature probe fault when the DCP is present or the machine
error is in heat pump mode.
This pre-alarm indicates a condenser inlet water temperature probe fault
WRL)
This pre-alarm indicates a condenser outlet water temperature probe fault
WRL)
Overcurrent Carel Inverter
Carel Inverter
Overvoltage Carel Inverter
Undervoltage Carel Inverter
Drive overheating Carel Inverter
Drive underheating Carel Inverter
Hardware over-current Carel Inverter
Compressor overheating Carel Inverter
Reserved Carel Inverter
CPU error Carel Inverter
Default parameters Carel Inverter
DC bus ripple Carel Inverter
Carel Inverter
uPC
Carel Inverter
Self-configuration failed Carel Inverter
Inverter drive disabled Carel Inverter
Motor phases error Carel Inverter
Carel Inverter
Speed fault Carel Inverter
PFC fault Alarm that occurs with PFC enabled while the bus DC is very low
PFC overload trip This alarm will no longer be present in the new firmware versions
Input voltage error When the power supply drops below 170 V with engine running
Generic inverter error Carel Inverter, carel modbus address 213
Probe B1 fault (uPC) Control wiring
Probe B2 fault (uPC) Control wiring
Probe B3 fault (uPC) Control wiring
Probe B4 fault (uPC) Control wiring
Probe B5 fault (uPC) Control wiring
Probe B6 fault (uPC) Control wiring
Probe B7 fault (uPC) Control wiring
Control wiring
Low pressure alarm (uPC) Control wiring
Note
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