Initial configuration (wizard)
The first time the unit receives the power supply, it will enter into
ASSISTANT mode. The display will show the message In{ flashing at 0.
Step 1:
Select the most suitable InI option based on the type of installation to be
carried
out and press SET. The available options will be shown in the
following table:
Type of installation
In{
Cold
regulation
0
Demo mode: it displays the temperature but does not regulate the temperature or activate relays.
1
Solenoid
Solenoid + compressor
2
Solenoid + compressor
3
4
Solenoid
Solenoid + compressor
5
Solenoid + compressor
6
7
Solenoid + compressor
8
Solenoid + compressor
If options 2, 5, or 7 are chosen, check the configuration of parameter I11 according to the pressure
switch type used. (See diagram included with the device).
Step 2:
Use keys N and Q to enter the desired Set Point value and press SET.
The configuration wizard has finished. The unit will begin to regulate the
temperature.
If this is not the first time you run the wizard, after completing the last
step the display will show the message dFp (default parameters). You
may choose between two options:
0: Only change the parameters which affect the wizard. The
other parameters will remain the same.
1: All parameters return to their factory setting except those
which have been modified by the wizard.
The configuration wizard will not reactivate. To reactivate it, activate the Stand-By mode (by pressing the m key
for 3 seconds) and wait until the unit completely halts regulation (the m indicator will light up permanently)
and press in this order the following keys (one after the other, not at the same time) N, Q and SET.
STAND-BY
If the regulation cannot be instantly stopped due to its configuration, a controlled stop process starts
and the m icon flashes. To stop the controlled stop process and force the step to Stand-by, press the
Stand-by key again for 3 seconds.
Pump
Evaporator
Defrost
Down
fans
No
Electric
Yes
Yes
Electric
Yes
No
Electric
Yes
No
Air
Yes
Yes
Air
Yes
No
Air
Yes
Yes
Hot gas
Yes
No
Hot gas
Yes
1
CORE
CORE
Parameters
Pd o00 I00 I10 I11 I20 I21 d1 d7 F3
0
*
2
0
0
1
1
2
7
1
0
1
2
0
0
0
*
1
0
0
1
1
1
7
1
0
1
1
0
0
1
1
2
7
1
0
1
2
0
0
2
CORE
CORE
22
1652H4A11 Ed.08
CORE
CORE
Diagram
to be
used
0
0 20 0
0
A
0
0 20 0
0
B
0
0 20 0
0
B
0
0 20 1
1
A
0
0 20 1
1
B
0
0 20 1
1
B
9
1
5
2
0
C
9
1
5
2
0
C
CORE
CORE