Remak VCS Installation And Operating Instructions Manual page 67

List of Data Points (HMI-DM, HMI-TM and HMI@WEB controllers)
Menu
HrecDampCompHumidity
CompensationAirQuality
SplyFanVarCtlr
ExhFanVarCtlr
Device configuration
Aplication info
Device Info
Inputs configuration
Output configuration
RegulationSupplyFan
RegulationExhaustFan
RegulationAddtionalFan
Heating
Heat pump
Gas heat type
GasHeaterBypassDamp
Cooling
Heat recovery
Mixing
Preheating
Extra heating
TemperatControlMode
HumidityControlMode
RemoteFault-ClassFault
Version SW-HMI
AditionalOperModeAndFunction
TemperatureMeasurePointSelect
FanCompensationOutTemperature
Fan compensation sequence
Fan compensation air quality
FanCompensationRoomExhaustTmp
Temperature deviation alarm
AntiFreezeDEV
HeatRecoveryCompensationAirQ
Heat recovery cooling
Fan cooling sequence
HeatRecovery-
DamperSequence
Night coolling
Temperature start-up
Boost
BlockedDamper-
AndExhaustFan
Type corrrect TRN
exhaust fan
LimitationDeHu-
midiForHeating
Humidity fan
compensation
Humidity HrecDampCompensation
Menu HMI-DM,HMI-TM a HMI@WEB
PropFactor
IntegFactor
DifferFactor
PropFactor
IntegFactor
DifferFactor
PropFactor
IntegFactor
DifferFactor
PropFactor
IntegFactor
DifferFactor
PropFactor
IntegFactor
DifferFactor
Unit °C → °F
Version OS
InternTempRegulator
Operating Hours
Type of device
HeatPumpAlm
Cooling alarm
Signal type heating
Signal type cooling
Signal type mix damper
SignalTypByPassHeatRec
SignalTypeByPassBurn
Control units VCS
Meaning
Proportional factor
Integrating factor
Derivative factor
Humidity-dependent mixing damper position compensation factors
Proportional factor
Integrating factor
Derivative factor
Air quality CO2(VOC,CO)-dependent compensa-
tion (damper position/fan speed) factors
Proportional factor
Integrating factor
Derivative factor
SplyFanVarCtlr
PropFactor
IntegFactor
DifferFactor
ExhFanVarCtlr
PropFactor
IntegFactor
DifferFactor
Device configuration
Application information
Device information
Change units from Metric to imperial
OS version
Controller internal temperature
Operating hours
Device type
Inputs configuration
Heat Pump Fault
Cooling Fault
Output configuration
Control signal 0-10 V or 2-10 V, heating
Control signal 0-10 V or 2-10 V, cooling
Control signal 0-10 V or 2-10 V, mixing damper
Control signal 0-10 V or 2-10 V, heat exchanger by-pass damper
Control signal 0-10 V or 2-10 V, chamber by-pass damper
Type of regulation supply fan
Type of regulation exhaust fan
Type of regulation additional fan
Heating
Heat pump
Type of gas heating
Byppas damper gas heater
Cooling
Heat recovery
Mixing
Preheating
Extra heating
Temperature control mode
Humidity control mode
Remote fault - choice class fault
SW-HMI version
Additional operating modes, functions
Room temperature measuring point selection
Outdoor Temperature-Dependent Fan Speed Compensation
Heating/cooling dependent fan speed compensation
Air quality-dependent fan speed compensation
Room (outlet) temperature-dependent fan speed compensation
Difference between required and actual temperature monitoring
DEV Water Heater Antifreeze Protection Variant
Air quality-dependent damper position compensation
Cooling using ZZT (ROV, BP, DEV, mixing damper)
Heating/cooling dependent fan speed compen-
sation-cooling sequence (fan, cooler)
Mixing heating sequence (damper, heater)
Night chilling
Temperature start-up
Time mode start optimization
Damper and outlet fan blocking
Outlet fan correction type (TRN controllers)
Limitation of dehumidification during heating
Humidity-dependent fan speed compensation
Humidity-dependent mixing damper position compensation
Factory settings
Value Min Max Units
-5
0 s
0 s
-2
45 s
0 s
-0.3
300 s
0 s
-0.3
30 s
0 s
-0.3
30 s
0 s
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