2418C JAN 00 1.5.5
CORRIGO C10-LON
INSTRUCTION
Press
é
until the cursor arrow points at
Login
. Press
OK
.
The login menu will be displayed.
To log in press
!
and a marker will be shown at the first
digit. Press
éê
to change the value. Press
OK
to
acknowlege the correct value and the marker will move
to the next digit.
If you make an error you can return to the previous digit
by pressing
Esc
.
After
OK
on the last digit the code is evaluated.
An incorrect code is rejected and an errormessage is
displayed.A correct code will display an acknowledging
message showing the login level.
After 2 seconds the system returns to the main menu.
Factory codes
On delivery the following codes are installed
Level 0 0000 Level 0 is default without having to log on
Level 1 1111
Level 2 2222
Level 3 3333
These codes can be changed when logged in at level 3.
Enter the login menu again.
Press the
ê
until the menu for the level you wish to
change is shown.
Press
!
to enter Setting mode. A marker will be shown
at the first digit. Press
éê
to change the value.
Press
OK
to acknowlege the correct value and the
marker will move to the next digit.
If you make an error you can return to the previous digit
by pressing
Esc
.
After
OK
on the last digit the new code is acknowleged.
Save the codes in a safe place. Especially the code for
level 3.
Should the code for level 3 be lost, a one-day code can
be obtained from Regin.
Set your cod
0000 Level:0
Configuration
Configuration implies the commissioning setting of all the
parameters in Corrigo.
The configuration menues are only accessible at level 3.
Choose the menu
Configuration
in the main menu.
Normal method
(A quick method is described at the end
of the configuration section).
The configuration section comprises a number of menu
pages (A...S). Go through the pages one at a time.
In each page, choose the alternative valid for the
application on hand.
Each menu page is here described in short, showing the
available alternatives.
For detailed information, see the manual for Corrigo C10.
A. Control function
0. Constant supply air temperature
1. Constant supply air temperature with outdoor tempera-
ture compensation
2. Room temperature control with cascade control of the
supply air temperature.
3. Room temperature control with minimum/maximum
limiting of the supply air temperature.
4. Room temperature control without supply air tempera-
ture sensor.
5. Outdoor temperature controlled change-over between
constant supply air temperature control with outdoor
temperature compensation or room temperarature
control.
6. Exhaust air temperature control with minimum/
maximum limiting of the supply air temperature.
B. Heater type
0. Water heated.
(AI8 Frost protection sensor)
1
Electric heater.
(AI8 High temperature limit)
C. Output sequence Y1
0
-
Output not active
1
AO1 Heater
2
AO1 Damper
3
AO1 Cooler
D. Output sequence Y2
0
-
Output not active
1
AO2 Plate exchanger
(DI4 ice-up sensor)
2
AO2 Rotating exchanger
(DI4 rotation sentinel)
3
AO2 Liquid connected exch.
(AI4 Limit sensor in
the exchanger circuit)
Exhaust
temp
Outdoor temp
Control Funct.
á
>0 Suppl Air cnt
â
4
AO2 Damper
5
AO2 Heater
6
AO2 Cooler
E. Output sequence Y3
0
-
Output not active
1
AO3 Cooler
2
AO3 Heater
F. Frost protection
(Only if water heating is chosen).
0
Not active
.
Y1
Y1 forced open on frost risk.
2
Y2
Y2 forced open on frost risk.
3
Y1 Aut Reset. Y1 forcedopen, automatic reset.
4
Y2 Aut Reset. Y2 forced open, automatic reset.
G. Shutdown mode
(Only if water heating is chosen).
0
No
1
Yes
When the system is shut down Corrigo will contol the
valve actuator to maintain a preset temperature at the
frost protection sensor. Only activated if the circulation
pump is running.
Needs frost protection sensor on AI8.
H. Pump stop
(Only if water heating is chosen).
0
No
1
Yes
The water circulation pump is stopped when there is no
heating demand and the outdoor temperature is above a
preset temperature. Activation delayed 15 minutes
Stopped pump is exercised 5 minutes/day at 12:00.
Needs outdoor temperature sensor on AI5.
I. Efficiency calculation
0
No
1
Yes
Heat exchanger efficiency is calculated usin exhaust air
temperature, extract air temperature and outdoor
temperature.
At efficiency values <50% and full output on Y2 the
alarm ”Low efficiency” is activated.
Cannot be combined with liquid connected exchanger.
Needs exhaust air
sensor on AI3,
extract air sensor
on AI4 and
outdoor sensor
on AI5.
Extract air temp
INSTRUCTION
3
ð
ð