10
Thermostat
Continued
Continued
C
= Communication;
R
= Read;
W
= Write;
T
= Transmission;
U
= Enable update
No. ETS name
Function
Description
Type
Flag 1
Priority
C R W T U I
Thermostat A: Scenario
53
Scenario
A: Scenario
To activate a scenario with a 1 Byte message
1 byte
C
- W - U - Low
Thermostat A: Auto/Man
54
Temperature: Automat-
ic/Manual
A: Manual operation
To see whether the guest has altered the thermostat
temperature setpoint with respect to the default setting 1 bit
C R - T - - Low
55
Fan coil: Automatic/
Manual
A: Manual operation
To see whether the guest has altered the fan coil speed
with respect to the default setting
1 bit
C R - T - - Low
56
Temperature: Disable
Local operation
A: Manual operation
Activating this object prevents the guest from altering
the setpoint temperature by means of the thermostat
buttons with respect to the value set by the bus
1 bit
C
- W - U - Low
57
Fan coil: Disable Local
Operation
A: Manual operation
Activating this object prevents the guest from altering
the fan coil speed by means of the thermostat buttons
with respect to the value set by the bus
1 bit
C
- W - U - Low
Thermostat A: Floor Probe Alarm
58
Floor Temperature
A: Alarm
If the temperature limitation is active an alarm is sent
when the temperature exceeds the set threshold
1 bit
C R -
T -
-
Low
THERMOSTAT B:
59
Comfort
B: Mode - control
To select COMFORT operating mode by sending a 1 bit
or to set the thermostat to STANDBY by sending a 0 bit 1 bit
C
- W - U
- Low
60
Energy Saving
B: Mode - control
To select ECONOMY operating mode by sending a 1
bit (a 0 bit is ignored)
1 bit
C
- W - U
- Low
61
Protected
B: Mode - control
To select ANTIFREEZE operating mode (or Too Hot in
the case of air conditioning) by sending a 1 bit.
1 bit
C
- W - U
- Low
62
Off
B: Mode - control
To select OFF operating mode by sending a 1 bit (a 0
bit is ignored)
1 bit
C R W - U
- Low
63
Thermostat Mode
B: Mode - control
To select operating mode by sending a Byte (1 =
Comfort, 2 = StandBy, 3 = Economy, 4 = Protection). If
you use supervision with Well Contact Suite this object
must be associated with a group.
1 byte
C
- W - U
- Low
64
Thermostat Mode
B: Mode - status
To read the set operating mode by sending a Byte (1 =
Comfort, 2 = StandBy, 3 = Economy, 4 = Protection). If
you use supervision with Well Contact Suite this object
must be associated with a group.
1 byte
C R - T - - Low
65
Status
B: Summer - Winter - status
To read the seasonal mode set on the thermostat (0 =
Summer, 1 = Winter)
1 bit
C R - T - - Low
66
Enable
B: Summer - Winter - control
To set the seasonal mode on the thermostat (1 = Win-
ter, 0 = Summer). If it is NOT associated with a group
then thermostat B will function in Neutral Zone mode.
1 bit
C
- W - U
- Low
67
Thermostat Off
B: OFF communication - bus
- control
This function is useful in the event of faults on the heat-
ing system to disable the valves with a 1 bit.
1 bit
C
- W - U
- Low
68
Dewpoint
B: Thermostat - control
If a 1 bit is sent to this object, the thermostat will show
the specific icon on the display, turn OFF and stop the
air conditioner (this works only in air conditioning mode
and serves for example to avoid condensation on the
floor) -
Note
: The thermostat requires a cyclical send to
this object, with a time that can be set in the parameter
"Dewpoint Supervision Time"
1 bit
C
- W - U
- Low
69
NOT USED
70
Current Setpoint
B: Setpoint - status
To read the temperature setpoint set on the thermostat.
If you want Well-contact Suite to know the setpoint cur-
rently set on the thermostats, this object must be linked
to a group
2 byte
C R - T - - Low
71
Setpoint Shift
B: Setpoint - status, control
To read and control a temperature shift with respect to
the current setpoint (setpoint set by ETS on the thermo-
stat for the various operating modes CMF, STBY, etc.).
The temperature shift permitted is limited to the range
set by the parameter: Guest Control Permitted. If param-
eter Guest Control Permitted is set to Off the “Setpoint
Shift” object does not shift the active setpoint.
2 byte
C R W T - - Low
Communication objects and ETS parameters
