AERMEC MODUCONTROL Usage Manual

72
GB
6343841_00 / Ver - 4.20
32 132 Excessive temperature of cooling
blade
33 133 Overcurrent in acceleration Hardware error.
34 134 Overcurrent at constant speed Hardware error.
35 135 Overcurrent in deceleration Hardware error.
36 136 Undervoltage on BUS DC
37 137 Overvoltage on BUS DC
40 140 PFC Converter Fault Error in the
PFC module
Software error.
41 141 Overcurrent in acceleration Software error.
42 142 Overload
43 143 Overcurrent at constant speed Software error.
44 144 Overcurrent in deceleration Software error.
45 145 Compressor not connected
correctly
46 146 No communication
47 147 Error in cooling blade
temperature sensor
51 151 Irregular condition. Frequency reduced by overcurrent or overtemperature protection.
54 154 Faulty reverse cycle valve The reverse cycle valve could be faulty or blocked.
55 155 Input water high temperature The input water temperature has exceeded the value of installer
menu parameter (H). There is probably a boiler in the same system.
With the third pre-alarm intervention, the machine goes into lockout.
-- 156 Cycle reverse due to high
temperature of discharge gas.
This pre-alarm indicates the intervention of a defrosting cycle due to
cycle reverse, without respecting the cycle reverse times. The cycle
reverse was prompted by the capacity control threshold being excee-
ded due to the high temperature of the discharge gas (default 130°).
This pre-alarm does not cause the compressor to stop, and there is
no maximum number of interventions.
57 157 Read error of the remote probe
of the DHW panel.
This pre-alarm indicates a fault in the remote probe, or a problem
in communication with the DHW panel. The alarm is only active if
parameter (8)=4 in the menu with password = 30.
58 158 Read error of the outside air tem-
perature probe.
This pre-alarm indicates a fault in the outside air temperature probe
when the DCP is present, or when the machine is a heat pump.
WARNING
Remember that the pre-alarms are reset automatically, but the alarms must be reset manually.
From software version 3.9.0, the alarms can be reset by means of the remote ON/OFF contact, if this is enabled.
From the ON position, move to OFF then back to ON within 5 seconds to reset the alarms; a maximum of 3 resets can be made each hour via
the ON/OFF contact.
You must first reset the alarms using the “R” button.
In the event of a lack of voltage, the alarms will be reset.

AERMEC MODUCONTROL Specifications

General

Brand	AERMEC
Model	MODUCONTROL
Category	Control Unit
Language	English