Table of Contents
Advertisement
R e g u l a t i o n
External temp. limit
Heating phase
Min ext.:
Max ext.:
Fig. 5-23
- Min external. It lets you set minimum external tem-
perature in the heating stage.
- Max. external. It lets you set maximum external tem-
perature in the heating stage.
R e g u l a t i o n
Zone 01 - Mixed
Cooling phase
External probe: No
Set min: 00.0 °C
Set max: 00.0 °C
Fig. 5-24
- External probe (Yes / No).
R e g u l a t i o n
External temp. limit
Cooling phase
Min ext.:
Max ext.:
Fig. 5-25
- Min external. It lets you set minimum external tem-
perature in the cooling stage;
- Max. external. It lets you set maximum external tem-
perature in the cooling stage.
R e g u l a t i o n
High temperature
External probe: No
Set min:
00.0 °C
Set max:
00.0 °C
Min ext.: 00.0 °C
Max ext.: 00.0 °C
Fig. 5-26
- Set min. / Min. external. It lets you set minimum and
minimum external temperature of the zone in high
temperature;
T 0 5
00.0 °C
00.0 °C
T 0 6
T 0 9
00.0 °C
00.0 °C
T 1 0
- Set max. / Max. external. It lets you set maximum and
maximum external temperature of the zone in high
temperature.
The device leaves the factory set up with the following
curves:
- Heating stage
Flow Temperature
- Heating stage
External temperature
- Cooling stage
Flow Temperature
- Cooling stage
External temperature
- High temperature
Flow Temperature
- High temperature
External temperature
• DHW This menu will be enabled only if "Yes" has been
set under "Domestic hot water" in the "04.System
definition" menu.
Press the arrows
Press the
button to enter the submenu.
D H W
DHW set
Hysteresis:
Fig. 5-27
- Hysteresis (3÷5°C default 5°C);
Type of DHW circuit. It is possible to set a separate or
common control for DHW management.
D H W
Sanitary circuit type
Sanitary circuit:
Fig. 5-28
26
Set min:
25.0 °C
Set max:
45.0 °C
Min ext.: -05.0 °C
Max ext.: 25.0 °C
Set min:
18.0 °C
Set max:
20.0 °C
Min ext.: 25.0 °C
Max ext.: 35.0 °C
Set min:
30.0 °C
Set max:
60.0 °C
Min ext:
-05.0 °C
Max ext.: 25.0 °C
and select "06. Domestic hot water".
Q 0 1
0.0°C
Q 0 2
Split
Advertisement
Table of Contents
