User Manual

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Building Technologies Integration von DESIGO™ RXC in VISONIK CM2Z8338en_01
Building Automation Integration functions 12.06.2006
3.2.16 Display of current air flow rates
VAV applications, FPB05
VISONIK BPS NIDES.RX RXC controller
DP.Parameter Function/Range NV name / element Function/Range
BT
User designation NV name
@TCRn.AIRVS2(x) Supply air flow rate (cooling duct) ← nviAirflow Volume flow in l/s ← 2 Airflow nvoAirflow
@TCRn.AIRVS1(x) Supply air flow rate, heating duct ← nviAirflowHeat Volume flow in l/s ← 2 Airflow Heat nvoAirflowHeat
@TCRn.AIRVE(x) Extract air flow volume ← nviAirflow2 Volume flow in l/s ← 2 Airflow 2 nvoAirflow2
Note Depending on the type of application, it may incorporate only “Airflow”, or “Airflow and “Airflow 2”.
3.2.17 Display current damper positions
VAV applications, FPB05
VISONIK BPS NIDES.RX RXC controller
DP.Parameter Function/Range NV name / element Function/Range
BT
User designation NV name
@TCRn.OXAIR(x)
Supply air damper position
(cooling duct)
← nviAirDamperPos Damper position 0..100 % ← ne Air Damper Pos nvoAirDamperPos
@TCRn.OHAIR(x)
Supply air damper position
(heating duct)
←
nviHeatAirDmpPos
Damper position 0..100 % ← ne Heat Air Damper Pos
nvoHeatAirDmpPos
@TCRn.OEAIR(x) Extract air damper position ← nviAirDamperPos2 Damper position 0..100 % ← ne Air Damper Pos 2 nvoAirDamperPos2
Note Depending on the type of application, it may be that only “Air Damper Pos” or “Air Damper Pos” and “Air Damper Pos 2” are incorporated.
3.2.18 Display window contact
All RXC applications
VISONIK BPS NIDES.RX RXC controller
DP.Parameter Function/Range
NV name / element
Function/Range
BT
User designation NV name NV element
@TCRn.WINO Window contact
← nviEnergyHoldOff .state
0 = Normal, 1 = Energy holdoff
←
ne
Energy Hold-off nvoEnergyHoldOff State
Note In order to display the window contact correctly in Standby mode, it must be integrated at room controller level.