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17040952—ENG 

 

5/12 

In the first step is set the starting time by pushing 

the + and ‐ buttons at intervals of at least 15 
minutes and you confirmby pushing OK. If you 

want to quit the programming of the selected day, 
push ESC. 

 

In the second 
step, pushing 

the 

  and 

  

you select 

which of the 

four 
programmed 

temperatures will be associated to the time slot. 

Push OK to confirm or ESC to return 
 

In the third step 
you select the 

ending time.  

The final time 
cannot be less 

than the initial 
time. 

 

The last item on 
the 

“Programming” 
menu allows you 

to copy the 

program day to 
another day. 

 
At the top you select the source day in the lower 

you select the destination day, You can also copy a 

program of the day all week and have the same 
program every day, to do this select as target the 

"ALL". When you press OK, a message confirms 
your copy of the program.  

 

 

Time

 

setting

 

Allows the 
adjustment of 

the current time 

and day of the 
week. 

Pushing the ↓ 

and ↑ buttons you select the item you want to 
change, while pushing the + and ‐ buttons you 

change the value. Pushing the OK button confirms 
the changes. 

 

 

Language

 

setting

 

Allows to 

select the 

language on 
the chrono‐

thermostat. 
As seen above 

this setting is required when you first start or after 

a reset of the chronothermostat. 

Heating

 

control

 

This submenu 

concerns the 
method used by 

the chrono‐

thermostat for controlling room temperature. 
 

This menu allows you to set the differential, which 
can vary between 0.2 º C and 5.0 º C (default value: 

2.0 º C). d is the thermal differential, Max is the 

maximum rate, Ti and Ta stand for respectively 
room temperature set and room temperature 

measured.  

The required percentage P is calculated as follows:  
 

if   Ta ≤ Ti ‐ d   then   P = Max   
if   Ti – d < Ta < Ti   then   P = ( Max / d ) x ( Ti – Ta )  

if   Ta ≥ Ti   then   P = 0   

 

Example

 

1

:  

Ti = 20,0ºC  
Max = 100%  

d = 0,5ºC  
If Ta ≤ 19,5ºC then P = 100%;  
If 19,5ºC < Ta < 20,0ºC then P = (100 / 0,5) x (20 – Ta) %  
if Ta ≥ 20ºC then P = 0

.   

 
On the same page you can enter the hysteresis 

value (asymmetric) in order to avoid frequent 
restart heaters. Hysteresis may vary in steps of 0.1 

º C between 0.1 º C and 50% of the set differential 

value.  
 

After reaching the set temperature Ti, the 
chronothermostat controls the switching off of the 

heaters, the following restart will take place only if 

the temperature falls under the set temperature 
decreased hysteresis (Ti‐hysteresis). The default 

hysteresis is 0.1 º C  

 

Example

 

2:

  

Ti

 

=

 

20,0ºC

  

Max

 

=

 

100%

  

d

 

=

 

0,9ºC

  

hysteresis

 

=

 

0,4ºC

 

(hysteresis

 

can

 

vary

 

between

 

0,1ºC

 

e

 

diff/

 

2

 

=

 

0,4ºC)

  

When

 

Ta

 ≥ 

20ºC

 

then

 

P

 

=

 

0,

 

and

 

the

 

heaters

 

are

 

turned

 

off.

 

A

 

restart

 

occurs

 

if

 

Ta

 ≤ 

(Ti

 

 

hysteresis)

 

=

 

19,6ºC;

  

in

 

particular

 

if

 

19,1ºC

 

<

 

Ta

 ≤ 

19,6ºC

 

then

 

P

 

=

 

(

 

100

 

/

 

0,9

 

)

 

x

 

(

 

20

 

 

Ta

 

)

 

%,

   

while

 

if

 

Ta

 ≤ 

19,1ºC

 

then

 

P

 

=

 

100%.

  

 

From software version 1RZ005 on, it is possible to 

set an OFFSET temperature between ‐5.0°C and  

+5.0°C (defaut = 0.0°C)

ITALIANO 
FRANCAIS 
ENGLISH 
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DEUTSCH 

Summary of Contents for Kronos GA11

Page 1: ...imum at 40 C Power sypply low voltage 3V via communication with control board of the air heater Protection degree IP30 Dimensions 140x90x32mm Compliance directive 2004 108 CE EMC directive 2006 95 CE LVD INSTRUCTIONS FOR USE The buttons have any versatile utilization depending on the selected menu The use of buttons is facilitated by the indications with text icons and other graphics that appear o...

Page 2: ...e function of the active thermoregulation automatic manual summer or standby Automatic Temperature control environment according to the weekly program set by the user Program seen as a graph of the current day Manual Temperature control environment in accordance with user selected temperature thermostat function Summer Temperature control environment disable Summer ventilation can be activated man...

Page 3: ...ng the button again the standby menu appears The standby mode allows you to turn off the system temperature control environment ventilation are disabled The first level menu is circular meaning that all screens are accessible by pushing the OVERTIME MODE Continuing and pushing the button again you can choose to activate the operating mode Overtime In operating mode Overtime the room thermoregul at...

Page 4: ...ormation AUTOMATIC MODE By pressing the button again you return to the first option In case the automatic mode is already active it does noet matter whether you push NO or OK SETTING MENU Programming This submenu allows you to manage temperature control environment weekly program time setting and language choice Selecting the option Programming you enter the weekly program submenu Choosing the opt...

Page 5: ... method used by the chrono thermostat for controlling room temperature This menu allows you to set the differential which can vary between 0 2 º C and 5 0 º C default value 2 0 º C d is the thermal differential Max is the maximum rate Ti and Ta stand for respectively room temperature set and room temperature measured The required percentage P is calculated as follows if Ta Ti d then P Max if Ti d ...

Page 6: ...the function of reading and writing of TSP To change a TSP you must select the index idx desired using the and keys and push the SET button After that following screen appears where you can enter with the and buttons the desired value In the event that the board does not include the writing of this TSP read only the changes made to it will have no effect The number of TSP depends on the control bo...

Page 7: ... Read slave The last item Read Slave of the PARAMETERS MENU you can view the percentage the value of the respective temperature probe of power and the LC1 temperature of hot air generators You are shown a number of rows corresponding to the number of slaves connected up to a maximum of 10 slaves In addition pushing from the main screen simultaneously the buttons 5 and 6 shown below in any operatin...

Page 8: ...heir charging status WARNINGS ABOUT THE BACKLIGHT The display backlight is obtained from the reserve described in the previous paragraph It is possible therefore that in case of newly connected chronothermostat the brightness is minimal or absent because of insufficient internal charge this must not alarm as they are just a few hours of connection because the backlight to begin to be efficient You...

Page 9: ...e of temp 0 C eg value 20 pas de ven l value 20 C vent P05 Offset_EF_MAX 0 50 0 To reduce maximum speed venter motor factory setting Example Max speed 7200 RPM P05 25 Max speed 7200 1 0 25 5400 RPM P06 Offset_EF_MIN 0 200 0 To increase minimum speed venter motor factory setting Example Min speed 1350 RPM P06 50 Min speed 1350 1 0 5 2025 RPM P07 0 10V threshold 0 5 5 0 1 0 V Setting threshold value...

Page 10: ...working even when it is in off state wiring problem J11 signal 2 3 4 5 J11 signal 4 is broken bad print can be bad venter motor venter can also be in thermal lockout wait 1hour and try again 27 SR opened or not connected forced purge LC1 open or not connected 60 Parasite flame forced purge Sperious flame at start up you don t get lockout only if this stays for 10s this will change to error 15 81 I...

Page 11: ...by GA11 Option 4 no additional setting required 1 GA11 for 4 units unit 1 no additional sensor unit 2 additional sensor unit 3 no additional sensor unit 4 no additional sensor unit 1 control through set point room temperature by GA11 unit 2 control through set point GA11 and room temperature SA temperature sensor unit 3 control through set point room temperature by GA11 unit 4 control through set ...

Page 12: ...A temperature sensor unit 3 controlled through setpoint GA11 and room temperature SA temperature sensor unit 4 controlled through setpoint GA11 and room temperature SA temperature sensor Example Setpoint GA11 25 C Room temperature GA11 24 C is van geen belang SA unit 1 23 C SA unit 2 25 C SA unit 3 23 5 SA unit 4 22 C diff 2 C unit 1 is working at 100 unit 2 is working at 0 unit 3 is working at 75...

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