Bosch HPC 400 Installation Instructions For Contractors page 11

8
BOSCH
Service menu
L~
SelVice menu
I
~
....
--! CommissiOt1ing
I
~
--!External connections
J
~
Additional heater with mi,er I
H Country information
I
4 Heatpump 1...2
I
H
Anschluss Zuh. m. Mischer
J
H Buffer cylinder
I
4 Externer Anschluss 1...4
I
H
Delay time for mi,er
I
H Start configuration wizard
I
H Logic ext. coonection 1...4
I
H
Mixer runtime
I
H Select add. heat appliance I H Brinepump I
--i
Alarm input logic
I
--i
Anschluss Zuh. m. Mischer I
--i
Alarm gering. Druck Solekr. I
--i
Bival. pt. parallel mode
I
--i
Add. el. heater op. mode I
--i
Flow temperature switch I
--i
Bival. pt. switch mode I
--i
Fan speed
I
--i
Fireplace function I --! Add. heater DHW cylinder
I
H Heating circuit 1 installed ( ... 4 ... )
I --i
Block compressor I
--i
Set heating/cooling I
H Config. HCl at appliance I
--i
Block DHW operation I
--i
System data
I
H Priority heating circuit 1 I
--i
Block heating mode I H Buffer cylinder
I
H Mixer heating circuit 1 ... 4 I
--i
Block cooling operation I H Coofig. HCl at appliance I
H Mixer runtime heat circ. 1 ... 4 I
--i
Overheat. protection HCl I H M in. outdoor temperature I
H Heating system heat circ. 1... 4 I H EVU blocking timel on'l I H Damping I
--i
Ctrl type h. circ. 1 ... 4 I ....., EVU blockingtime2 on" I H Type of building I
....., Prog. unit Heat. circ. 1 ... 4 I ....., ESC blockingtime3 on'l I Y Frost sensor cooling I
H DHWsystem I
H Block additiOt1al heater
\
H
Priority heating circuit 1 \
rl
O\\V/ hea\ \lUm~
l...
1 \
Y
1'\\o\<M>I\aIC
~~s\em \
r-\Heabng circuit 1 ... 4
\
H DHW eire. pump installed I ....., fuseSlZt
J
-I
Heating Clrcu~ installed I
H Solar thermal sys installed I ....., I,fanual
defrosbng
I
--i
Programming unit I
H Fi,ed temperature I
-I
Set de-ICIng I
--i
ext. room temp. sensor I
H
Pool
mixing valve
J
H Teonperalln <*ffeJenIIaI
I
-I
Heating
~tem
heat eire. 1
H Electr. anode in cylinder I
H Startdelay I
--i
Circuit function I
--I
Fuse size
I
-i
First switch-on delay I
--i
Ctrl type h. circ. 1 I
--! Confirm configuration I
H Max. interruptiOt1 time I H Max. flow temperature I
--! Heat pump
I
H Min. interruption time I H Set heating curie I
-I
Heat source H Duratioo I H Design temperature I
4 Heatpump 1...2 I
H
Smart Grid I H End point I
....., On/Off·hysteresis I H Heating I H Basepoint I
HHeating
I
W
Selectable peak
I
H Max. flow temperature I
H CooIing
I
Forced peak
I
H Solar influence
I
H PooI
I
Y DHW
I
H Room influence
I
....., Stand· alone mode I
4 Selectable peak
I
Y Room temperature offset
I
H Pumps
I
Y PVsystem
I
H Heat constantly below
I
4HeatpumPl
.. 2 I
W Heatill8 peak
I
H Frost protection
I
H Prim. heating pump mode I DHWpeak I ....., Frost prot. limit temp. I
H Temp.diff. TC3/TCO heating I
--i
Set additional heater I ....., Heating/Cooling I
--i
Temp.diff. TC3/TCOcooling I
--i
Gen. additiooal heater settings I
--i
Heating mode from I
--! Brine pump operating mode
I
--i
Select add. heat appliance I
--i
Cooling mode from I
....., Brine p. on in cooling op.
J --! Additional heater
OIl
delay
I
H Heating direct start limit I
....., Temp. diff. TBO/TBl heating I
H Mode after EVU block I H Cooling switch-off delay I
--! Temp. diff. TBO/TBl cooling I
H Additional heater only I
H
Cooling switch-on delay
I
....., Min. inlet brine temp.
I
H Switch off add. heater
I
H Heating switch-off delay
I
....., Max. brine temp. inflow
I
~ Max. additional heater temp.
J
H Heating switch-on delay
I
H Min. brine temp. drain
I
H Additional electric heater
I
H
Room temp. switch diff.
I
H Max. brine temp. drain
I
H Elec. add heater output
I
H Dew point temp. diff.
I
--i
Ventilatordrehzahl
I
H Add. el. heater op. mode
I
H Min. set flow temperature
I
~
H limit compo output
I
H Mixer
I
~
H limit add. heater output
I
H Mixer runtime
I
H limit DHW mode output
I
Y Shown in standard display
I
Y Bivalence point I ~
~~
~
672081113&103.50
Fig. 3 Overview of the service menu 1/2
1) Only available for external connection 1.
HPC ·100 -
fi
720 811 772
(lOWOi!
11