Field Setting
ESIE09-08A
96
Test Operation
Operation example:
Schedule timer based on ON/OFF instruction.
When setback function is enabled, the setback operation will have priority over the scheduled action in
the schedule timer if ON instruction is active. If OFF instruction is active this will have priority over the
setback function. At any time the OFF instruction will have the highest priority.
Method 2
Space heating based on ON/OFF instruction
During operation
When the schedule timer switches space heating OFF, the controller will be switched
off (operation LED will stop working). Note that this has no influence on the domestic
water heating.
When pushing the
y
button
The schedule timer for space heating will stop (when active at that moment) and will
start again at the next scheduled ON function.
The "last" programmed command overrules the "preceding" programmed command
and will remain active until the "next" programmed command occurs.
Example: imagine the actual time is 17:30 and actions are programmed at 13:00, 16:00
and 19:00. The "last" programmed command (16:00) overruled the "previous"
programmed command (13:00) and will remain active until the "next" programmed
command (19:00) occurs.
So in order to know the actual setting, one should consult the last programmed
command. It is clear that the "last" programmed command may date from the day
before. Refer to the operation manual.
The controller will be switched off (operation LED will stop working).
However the schedule timer icon will stay displayed which means that the domestic
heating stays enabled.
When pushing the
r
/
p
button
The schedule timer for space heating
and
domestic water heating along with the quiet
mode will be stopped and will not start again.
The schedule timer icon will not be displayed anymore.
1
Schedule timer
2
Setback function
3
When both setback function and schedule timer are enabled
A
Setback function
B
ON/OFF instruction
t
Time
T
Temperature set point
Room temperature
Leaving water temperature
t
18
18
°
C
60
60
°
C
60
°
C
18
°
C
A
5:00
5:00
23:00
23:00
5:00
23:00
2
B
t
9:00
16:00
19
19
°
C
19
19
°
C
22
22
°
C
21
21
°
C
62
62
°
C
62
62
°
C
65
65
°
C
64
64
°
C
19
°
C
19
°
C
22
°
C
21
°
C
62
°
C
62
°
C
65
°
C
64
°
C
1
OFF
ON
ON
6:30
0:30
B
t
6:30
9:00
16:00
23:00
19
19
°
C
19
19
°
C
22
22
°
C
21
21
°
C
62
62
°
C
62
62
°
C
65
65
°
C
64
64
°
C
19
°
C
19
°
C
22
°
C
21
°
C
62
°
C
62
°
C
65
°
C
64
°
C
3
OFF
ON
ON
18
18
°
C
60
60
°
C
60
°
C
18
°
C
Summary of Contents for ALTHERMA HT EKBUHAA6 V3
Page 2: ......
Page 7: ...ESIE09 08A Table of Contents v 1 3 Service Tools 283 Index i Drawings Flow Charts iii ...
Page 16: ...Model Names of Indoor Outdoor Units Tanks ESIE09 08A 4 General Information ...
Page 28: ...Refrigerant Circuit ESIE09 08A 16 Refrigerant Circuit EKHBRD 011 014 016 AB AC V1 Y1 ...
Page 40: ...Functional Parts Layout ESIE09 08A 28 Refrigerant Circuit ...
Page 63: ...ESIE09 08A PCB Layout for EKHBRD 011 014 016 AA AB AC V1 Y1 Refrigerant Circuit 51 ...
Page 64: ...PCB Layout for EKHBRD 011 014 016 AA AB AC V1 Y1 ESIE09 08A 52 Refrigerant Circuit ...
Page 125: ...ESIE09 08A Field Setting Test Operation 113 ...
Page 232: ...Troubleshooting by Indication on the Remote Controller ESIE09 08A 222 Troubleshooting ...
Page 237: ...ESIE09 08A Piping Diagrams Appendix 227 EKHBRD 011 014 016 AB AC V1 Y1 ...
Page 250: ...Wiring Diagrams ESIE09 08A 240 Appendix EKHBRD 011 014 016 AB AC V1 ...
Page 251: ...ESIE09 08A Wiring Diagrams Appendix 241 ...
Page 256: ...Wiring Diagrams ESIE09 08A 246 Appendix EKHBRD 011 014 016 AB AC Y1 ...
Page 257: ...ESIE09 08A Wiring Diagrams Appendix 247 ...
Page 260: ...Wiring Diagrams ESIE09 08A 250 Appendix ...