Making Settings; Determine Data Access; Calling Up Short Programs; Determining Temperatures - Alpha-InnoTec Luxtronik Operating Manual

NOTE
If applicable, after displaying the recorded heat quantity
for hot water, the recorded heat quantity for swimming
pool is displayed.

MAKING SETTINGS

Determine data access

Enter numbersn
entry fields of the four digits numerical code:
Activate the first entry field of the numerical code by
pressing the "turn-push button".
Set the first digit by turning the "turn-push button" and
confirm the entry by pressing the button.
Move to the respective next entry field and repeat the
steps described above.
Finally, move to "
the "turn-push button".
The entry fields are automatically set to 0000. The cursor
goes automatically to the navigation arrow. The program
provides information in the menu line "Access" on the se-
lected status of the data access.
Datea access
Information on the current status of the data access
(here: user)
ATTENTION
Incorrect program settings that are not aligned to the sys-
tem components can cause malfunctions or even serious
damage to the system. Access to basic system settings
must therefore be blocked for unauthorized persons.
After service work, it is essential to reset the data access to
"User" (enter and save number code 0000).
We reserve the right to make technical changes | 83055400fUK – Translation of the original instruction manual (2.1) | ait-deutschland GmbH
" and save the entries by pressing
NOTE
The manufacturer is not liable for damage resulting from
wrong program settings not oriented towards the system
components.

Calling up short programs

 Part 1 of the controller maunual, program area "Service", sec-
tion "Calling up short programs".

Determining temperatures

The menu is not shown in full here.
Limit Return Return limit
Setting the maximum return setpoint temperatures in
heating mode.
X External temperature
Y Return temperature
A Heating curve-end point
B Return limit (in the example shown: 40 °C)
Hysteresis HC setting for the control hysteresis of the
heating regulator
Set a greater hysteresis for very reactive
heating systems, and a lower hysteresis
for less reactive heating systems.
Example: Hysteresis heating circle
return = 2K
A There will be no request for heating in this
temperature range
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