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DESCTIPTION OF COMPONENTS
GB
GB
GB
GB
7. LIST OF PARAMETERS IN THE "SMART MT"
X=Parameter also available on CRONO-TH
S = Password Service
“Prg” Menu parameters list: 2 - 2
Men label Par Label Descrione
U. m.
Range
Default C-TH
PW Address
min
max
USYS
225
ddEU
Disabling use dew point temperature to calculate the minimum limit
of the cold water plant radiant:
On: What minimum cold water plant radiation is assumed fixed
value "tM" (par228)
Off: What minimum cold water radiant plant is taken from the value
calculated dew point "tLIM" (par229)
-
On
Off
Off
S
16434
226
tdEU
Dew Point
If the TIMER-TH is not connected, or in the case of alarms AMBT,
AMbH or CTMIR, such a reading is 0
°C
-
-
Read
value
S
8990
227
StrU
Offset between the dew point and the minimum cold water plant
radiation:
To take into account the type of plant structure radiant, the minimum
temperature of the cold water is given by the dew point temperature
more that value.
°C
-10
10
-2
S
16435
228
tMin
Value taken as the minimum temperature of the cold water radiant
plant, if it is not available the dew point temperature "tdEU" (par226)
or is set to "ddEU" (par225) = On
°C
12
25
18
S
16436
229
tL iM
Since the calculation: "tdEU" (par226) + "instrument" (par227).
Assumed value, which minimum temperature of the cold water plant
radiant, in case it is provided the dew point temperature "tdEU"
(par226) and is set to "ddEU" (par225) = Off
°C
-
-
Read
value
8991
230
trEq
Set point of the water leaving the heat pump for air conditioning:
Calculated by means of the temperature curve, taking into
consideration the dynamic compensation, and temperature limits.
°C
-
-
Read
value
8992
FrEq
231
tUrE
Leaving water temperature from the heat pump currently required.
He was hired one of the following values , depending on the operating mode
of the heat pump:
- Set point of the water leaving the heat pump for domestic hot water (Tusa)
- Set point of the water leaving the heat pump for air conditioning (Treq)
- Set point of the water leaving the heat pump for freeze protection (AFtU)
The inverter compressor modulates to have "OUTU" (par109) = Ture
°C
Read
value
8994
235
FrEq
Compressor frequency currently required
%
-
-
Read
value
S
8997
LOUU
236
tSUP
Temperature of the outlet water from the mixing valve currently
required.
The mixing valve will modulate for "in34" (par111) = TSHA
%
-
-
Read
value
8993
240
vALU
Rate of opening of the mixing valve currently required "Out signal
0-10V" (ter and -)
%
-
-
Read
value
9001