Installation & Servicing Instructions ATAG Q-Series
29
Parameter-Mode
PARA Factory Description Range
1 70°C maximum flow temperature CH 20 - 85°C
2* 02 type of CH installation:
radiators; air heating; convectors:
T max. flow 85°C; K factor heating line 2.3; gradient 5°C/min; gear
01
radiators with large surface areas or underfloor heating as additional heating:
T max. flow 70°C; K factor heating line 1.8; gradient 5°C/min; gear
02
under floor heating with radiators as additional heating:
T max. flow 60°C; K factor heating line 1.5; gradient 4°C/min; gear
03
full under floor heating:
T max. flow 50°C; K factor heating line 1.0; gradient 3°C/min; gear
04
3 max. maximum power CH in kW min-max
4* 00 control principal with on / off thermostat:
100 % on / off thermostat 00
100 % on / off weather dependant 01
5* 2.3 heating line K-factor (see also heating line graph) 0.2 - 3.5
6* 1.4 heating line exponent (see also heating line graph) 1.1 - 1.4
7* -10 heating line climate zone (see also heating line graph) -20 - 0
10* 0°C fine adjustment heating line day temperature -5 to 5°C
11* 0°C fine adjustment heating line night temperature -5 to 5°C
14 5 gradient speed 0 - 15
15* 0 booster after night reduction:
no 00
yes 01
23 -3°C Frost Temperature -20 to 10°C
27 0°C Min. flow temperature 0 to 70°C
31 63°C Cylinder temperature with external cylinder sensor 40 - 80°C
36 0 Type of three way valve cylinder
VC 2010 / VC 8010 00
VC 6940 01
43 max. Maximum power DHW in kW min-max
45 0 No function 00 - 01
48 25% (50%) Minimum pump capacity (Q60S) 25-100 %
49 100% Maximum pump capacity Heating 40-100 %
60 03 Type of communication bus:
Automatic recognition of ATAG Bus or ATAG Z-Bus
(30 Seconds waiting time after connecting BrainQ RSC thermostat)
01
ATAG Z-Bus 02
ATAG Bus (BrainQ and MadQ) 03
89 00 Address of boiler in cascade
No function -01
ATAG Bus thermostat (BrainQ, MadQ) 00
Cascade boiler 1 to 8 (Always set Par. 60 to 03) 00 - 07
. . . .
Info-Mode
INFO Factory Description
. . . .
1 °C flow water temperature T1
4 °C return water temperature T2
5 °C DHW temperature T3
7 °C outside temperature T4
8 °C flue gas temperature T5
16 % actual power in %
17 kW actual power in kW
18 kW actual load in kW
20 indication bus communication
21 GJ
consumption total in GJ (.. x 33 = .. m