Implementing Dynamic Compensation In The Climatic Curves - RHOSS ELECTA Serie Instrucciones De Uso

1.6 IMPLEMENTING DYNAMIC COMPENSATION IN THE CLIMATIC CURVES

Menù Par Label Description
label
Dynamic winter compensation
214 dY1 difference between the set and measured ambient temperatures,
applied to the climatic winter curve for radiant operation
USYS
Dynamic summer compensation
221 dy3 difference between the set and measured ambient temperatures,
applied to the climatic summer curve for radiant operation
If the KCTR is not connected, or if there is an AMbt alarm, said compensation is not enabled.
Dynamic winter compensation for radiant operation:
Fig. 5: Determining the requested water temperature, according to the dynamic winter curve, with dynamic compensation.
• A correction is made, at the requested water temperature, calculated from the climatic curve.
• Said correction is proportional to the difference between the set room temperature (par. 208) and the temperature measured by the sensor inside
the KCTR (par. 108).
• dY1 is the multiplying factor of this difference.
• Accordingly, if the indoor ambient temperature is much lower than the set temperature, the requested water temperature is increased, to reach the
set point much more quickly.
Dynamic summer compensation for radiant operation:
Fig. 6: Determining the requested water temperature, according to the dynamic summer curve, with dynamic compensation.
• A correction is made, at the requested water temperature, calculated from the climatic curve.
• Said correction is proportional to the difference between the set room temperature (par. 208) and the temperature measured by the sensor inside
the KCTR (par. 108).
• dY3 is the multiplying factor of this difference.
• Accordingly, if the indoor ambient temperature is much higher than the set temperature, the requested water temperature is reduced, to reach the
set point much more quickly.
Enclosed documents
299
U.m. Range Default
min max
- 0 9 0
- 0 - 0
EN
Correct Address
16423
16430