Use; Main Page - Siemens TUTORbit POL687 Instructions For Installation, Use And Maintenance Manual

6 - USE

6.1 - Main page

When you switch on TutorBit, you automatically access the
home screen that shows the status of the system.
Figure 6-1 shows the main screen in its maximum configuration,
with the explanation of each row.
Information on the home screen
Cosmogas Srl
DDD DD.MM.YYYY hh:mm:ss
State 100% 100% 100% 100%
Cascade S 70°C M
1 OFF S 45°C M
2 OFF S 45°C M
3 OFF S 45°C M
4 OFF S 45°C M
5 OFF S 45°C M
DHW OFF M 10°C
Solar OFF M
HP OFF S 45°C M
Figure 6-1 - Main page
COSMOGAS
Description of the contents
Cosmogas Srl = company name; 8/8 = Cursor position
8/8
DDD=Weekday; DD.MM.YYYY = Current date; hh:mm:ss = Current time
State of each module. There can be a maximum of 4. The state can display the following
values:
OFF = module off
Stb = module in stand by
1...100% = output range requested to the module, corresponding to the 0-10V signal
output from TutorBit.
Cascade sensor state Water Heater T., where;
69°C
"S"= Setpoint;
"M"= Measured temperature.
Zone 1 state and setting, where:
44°C
ANF = Antifrost; Stb = stand-by; ON = heat demand; OFF = circuit off;
S = Setpoint temperature;
M = Measured temperature
Same meaning as Zone 1 but relative to Zone 2.
44°C
Same meaning as Zone 1 but relative to Zone 3.
44°C
Same meaning as Zone 1 but relative to Zone 4.
44°C
Same meaning as Zone 1 but relative to Zone 5.
44°C
DHW circuit state and setting, where: ANL = Anti-legionella; Stb = stand-by; ON = heat
demand; OFF = circuit off;
M = Temperature measured by the domestic hot water tank sensor.
Solar circuit state and setting, where: ANF = Antifrost; ASG = Anti-stagnation; Stb =
100°C
stand-by; ON = heat demand; OFF = circuit off;
M = Temperature measured by the solar panel sensor
Heat pump state and setting, where: Stb = stand-by; Heat = HP on Heating;
44°C
Cool = HP on cooling; DHW= HP on domestic hot water;
S = Required temperature;
M = Temperature measured by sensor Water Heater T.
NOTE: When HP = DHW, s = 0 and M= 0 because the values on the "DHW" line apply.
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TUTORBIT