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bac0_points_dump.txt
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bac0_points_dump.txt
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# Outside air temperature (e.g. 11.90999984741211 degreesCelsius)
OUTSIDE_AIR_TEMPERATURE = (('analogInput', 1), "R(1)'TOa")
# Supply air temperature (e.g. 21.799999237060547 degreesCelsius)
SUPPLY_AIR_TEMPERATURE = (('analogInput', 4), "R(1)'TSu")
# Tacho, supply fan (e.g. 3108.0 revolutionsPerMinute)
TACHO_SUPPLY_FAN = (('analogInput', 5), "R(1)'FanSuSpdFb")
# Exhaust air temperature (e.g. 15.079999923706055 degreesCelsius)
EXHAUST_AIR_TEMPERATURE = (('analogInput', 11), "R(1)'TEh")
# Tacho, exhaust fan (e.g. 3068.0 revolutionsPerMinute)
TACHO_EXHAUST_FAN = (('analogInput', 12), "R(1)'FanEhSpdFb")
# Extract air temperature (e.g. 21.90999984741211 degreesCelsius)
EXTRACT_AIR_TEMPERATURE = (('analogInput', 59), "R(1)'TEx")
# Temperature, supply air after rotor (e.g. 0.0 degreesCelsius)
TEMPERATURE_SUPPLY_AIR_AFTER_ROTOR = (('analogInput', 71), "R(1)'IOExtnDevEcul'TSuAfHExg")
# Air flow, pressure exhaust fan (e.g. 0.0 pascals)
AIR_FLOW_PRESSURE_EXHAUST_FAN = (('analogInput', 72), "R(1)'IOExtnDevEcul'DiffPFanEh")
# Air flow, pressure supply fan (e.g. 0.0 pascals)
AIR_FLOW_PRESSURE_SUPPLY_FAN = (('analogInput', 73), "R(1)'IOExtnDevEcul'DiffPFanSu")
# Room temperature (e.g. 22.440000534057617 degreesCelsius)
ROOM_TEMPERATURE = (('analogInput', 75), "R(1)'ROpUnDev'TR")
# Air quality, input value (e.g. 0.0 partsPerMillion)
AIR_QUALITY_INPUT_VALUE = (('analogInput', 77), "R(1)'IOExtnDevEcul'AQualRIn")
# Extract air pressure (e.g. 0.0 pascals)
EXTRACT_AIR_PRESSURE = (('analogInput', 78), "R(1)'PDuctDevQbm'PEx")
# Supply air pressure (e.g. 0.0 pascals)
SUPPLY_AIR_PRESSURE = (('analogInput', 79), "R(1)'PDuctDevQbm'PSu")
# Maximum room temperature RF system (e.g. 0.0 degreesCelsius)
MAXIMUM_ROOM_TEMPERATURE_RF_SYSTEM = (('analogInput', 80), "R(1)'FanNodeDev'TRMaxRfqs")
# Maximum room air humidity RF system (e.g. 0.0 percent)
MAXIMUM_ROOM_AIR_HUMIDITY_RF_SYSTEM = (('analogInput', 81), "R(1)'FanNodeDev'HuRMaxRfqs")
# Maximum room air quality RF system (e.g. 0.0 partsPerMillion)
MAXIMUM_ROOM_AIR_QUALITY_RF_SYSTEM = (('analogInput', 82), "R(1)'FanNodeDev'AQualRMaxRfqs")
# Room temperature VMSH 1 (e.g. 0.0 degreesCelsius)
ROOM_TEMPERATURE_VMSH_1 = (('analogInput', 83), "R(1)'ROpUnDevVmsh1'TRVmsh1")
# Room air humidity VMSH 1 (e.g. 0.0 percent)
ROOM_AIR_HUMIDITY_VMSH_1 = (('analogInput', 84), "R(1)'ROpUnDevVmsh1'HuRVmsh1")
# Room dew point temperature VMSH 1 (e.g. 0.0 degreesCelsius)
ROOM_DEW_POINT_TEMPERATURE_VMSH_1 = (('analogInput', 85), "R(1)'ROpUnDevVmsh1'TDwpRVmsh1")
# Room temperature VMSH 2 (e.g. 0.0 degreesCelsius)
ROOM_TEMPERATURE_VMSH_2 = (('analogInput', 86), "R(1)'ROpUnDevVmsh2'TRVmsh2")
# Room air humidity VMSH 2 (e.g. 0.0 percent)
ROOM_AIR_HUMIDITY_VMSH_2 = (('analogInput', 87), "R(1)'ROpUnDevVmsh2'HuRVmsh2")
# Room dew point temperature VMSH 2 (e.g. 0.0 degreesCelsius)
ROOM_DEW_POINT_TEMPERATURE_VMSH_2 = (('analogInput', 88), "R(1)'ROpUnDevVmsh2'TDwpRVmsh2")
# Room temperature VMSH 3 (e.g. 0.0 degreesCelsius)
ROOM_TEMPERATURE_VMSH_3 = (('analogInput', 89), "R(1)'ROpUnDevVmsh3'TRVmsh3")
# Room air humidity VMSH 3 (e.g. 0.0 percent)
ROOM_AIR_HUMIDITY_VMSH_3 = (('analogInput', 90), "R(1)'ROpUnDevVmsh3'HuRVmsh3")
# Room dew point temperature VMSH 3 (e.g. 0.0 degreesCelsius)
ROOM_DEW_POINT_TEMPERATURE_VMSH_3 = (('analogInput', 91), "R(1)'ROpUnDevVmsh3'TDwpRVmsh3")
# Air quality, max value RF (e.g. 0.0 partsPerMillion)
AIR_QUALITY_MAX_VALUE_RF = (('analogInput', 92), "R(1)'ROpUnDevVmsc'AQualRVmsc")
# Inputs state VMC (e.g. 0.0 noUnits)
INPUTS_STATE_VMC = (('analogInput', 93), "R(1)'IOExtnDevVmc'InStaVmc")
# Rotating heat exchanger (e.g. 100.0 percent)
ROTATING_HEAT_EXCHANGER = (('analogOutput', 0), "R(1)'RotHExgSpd")
# Fan speed, supply air (e.g. 70.0 percent)
FAN_SPEED_SUPPLY_AIR = (('analogOutput', 3), "R(1)'FanSuSpd")
# Fan speed, exhaust air (e.g. 70.0 percent)
FAN_SPEED_EXHAUST_AIR = (('analogOutput', 4), "R(1)'FanEhSpd")
# Cooling, valve position (e.g. 0.0 percent)
COOLING_VALVE_POSITION = (('analogOutput', 28), "R(1)'IOExtnDevEcul'CclVlvPos(1)")
# Heating battery, electrical (e.g. 59.90284729003906 percent)
HEATING_BATTERY_ELECTRICAL = (('analogOutput', 29), "R(1)'HclElPos")
# Diagnostics for automation station (e.g. 2.0 noUnits)
DIAGNOSTICS_FOR_AUTOMATION_STATION = (('analogValue', 0), "Infra'DiagAs")
# Diagnostics for KNX PL-Link bus (e.g. 1.0 noUnits)
DIAGNOSTICS_FOR_KNX_PL-LINK_BUS = (('analogValue', 3), "PlnkBus'DiagPlnkBus")
# Result of room temperature (e.g. 22.440000534057617 degreesCelsius)
RESULT_OF_ROOM_TEMPERATURE = (('analogValue', 5), "R(1)'RHvacCoo'TRCol'TRRs")
# Alarm, code type A (e.g. 0.0 noUnits)
ALARM_CODE_TYPE_A = (('analogValue', 8), "R(1)'RHvacCoo'AlmFnct'AalmCode")
# Fire alarm, limit supply air (e.g. 72.0 degreesCelsius)
FIRE_ALARM_LIMIT_SUPPLY_AIR = (('analogValue', 56), "R(1)'RHvacCoo'SftyCtl'TSuFireAlmLm")
# Maint.alarm, max limit supply air (e.g. 60.0 degreesCelsius)
MAINT.ALARM_MAX_LIMIT_SUPPLY_AIR = (('analogValue', 57), "R(1)'RHvacCoo'SftyCtl'TSuHiAlmLm")
# Maint.alarm, min limit supply air (e.g. 0.0 degreesCelsius)
MAINT.ALARM_MIN_LIMIT_SUPPLY_AIR = (('analogValue', 58), "R(1)'RHvacCoo'SftyCtl'TSuLoAlmLm")
# Fire alarm, limit extract air (e.g. 72.0 degreesCelsius)
FIRE_ALARM_LIMIT_EXTRACT_AIR = (('analogValue', 59), "R(1)'RHvacCoo'SftyCtl'TExFireAlmLm")
# Present cooling setpoint for comfort (e.g. 24.5 degreesCelsius)
PRESENT_COOLING_SETPOINT_FOR_COMFORT = (('analogValue', 69), "R(1)'RHvacCoo'TCtlC'PrSpCCmf")
# Present cooling setpoint for pre-comfort (e.g. 26.0 degreesCelsius)
PRESENT_COOLING_SETPOINT_FOR_PRE-COMFORT = (('analogValue', 70), "R(1)'RHvacCoo'TCtlC'PrSpCPcf")
# Present cooling setpoint for economy (e.g. 30.0 degreesCelsius)
PRESENT_COOLING_SETPOINT_FOR_ECONOMY = (('analogValue', 71), "R(1)'RHvacCoo'TCtlC'PrSpCEco")
# Present cooling setpoint for protection (e.g. 32.0 degreesCelsius)
PRESENT_COOLING_SETPOINT_FOR_PROTECTION = (('analogValue', 72), "R(1)'RHvacCoo'TCtlC'PrSpCPrt")
# Present cooling setpoint (e.g. 26.0 degreesCelsius)
PRESENT_COOLING_SETPOINT = (('analogValue', 73), "R(1)'RHvacCoo'TCtlC'PrSpC")
# Cooling, setpoint end value shift (e.g. 40.0 degreesCelsius)
COOLING_SETPOINT_END_VALUE_SHIFT = (('analogValue', 75), "R(1)'RHvacCoo'TCtlC'EndSpShftC")
# Cooling, outdoor air limit for release (e.g. 20.0 degreesCelsius)
COOLING_OUTDOOR_AIR_LIMIT_FOR_RELEASE = (('analogValue', 76), "R(1)'RHvacCoo'TCtlC'CLmCmf")
# Cooling setpoint start value shift (e.g. 30.0 degreesCelsius)
COOLING_SETPOINT_START_VALUE_SHIFT = (('analogValue', 78), "R(1)'RHvacCoo'TCtlC'SttSpShftC")
# Cooling, setpoint for shift (e.g. 0.0 degreesKelvin)
COOLING_SETPOINT_FOR_SHIFT = (('analogValue', 79), "R(1)'RHvacCoo'TCtlC'SpShftC")
# Present heating setpoint for comfort (e.g. 23.5 degreesCelsius)
PRESENT_HEATING_SETPOINT_FOR_COMFORT = (('analogValue', 96), "R(1)'RHvacCoo'TCtlH'PrSpHCmf")
# Present heating setpoint for pre-comfort (e.g. 23.0 degreesCelsius)
PRESENT_HEATING_SETPOINT_FOR_PRE-COMFORT = (('analogValue', 97), "R(1)'RHvacCoo'TCtlH'PrSpHPcf")
# Present heating setpoint for economy (e.g. 23.0 degreesCelsius)
PRESENT_HEATING_SETPOINT_FOR_ECONOMY = (('analogValue', 98), "R(1)'RHvacCoo'TCtlH'PrSpHEco")
# Present heating setpoint for protection (e.g. 10.0 degreesCelsius)
PRESENT_HEATING_SETPOINT_FOR_PROTECTION = (('analogValue', 99), "R(1)'RHvacCoo'TCtlH'PrSpHPrt")
# Present heating setpoint (e.g. 23.0 degreesCelsius)
PRESENT_HEATING_SETPOINT = (('analogValue', 100), "R(1)'RHvacCoo'TCtlH'PrSpH")
# Heating, setpoint end value shift (e.g. -15.0 degreesCelsius)
HEATING_SETPOINT_END_VALUE_SHIFT = (('analogValue', 102), "R(1)'RHvacCoo'TCtlH'EndSpShftH")
# Heating limit comfort (e.g. 99.9000015258789 degreesCelsius)
HEATING_LIMIT_COMFORT = (('analogValue', 103), "R(1)'RHvacCoo'TCtlH'HLmCmf")
# Outs.air temp.limit to start correction (e.g. -5.0 degreesCelsius)
OUTS.AIR_TEMP.LIMIT_TO_START_CORRECTION = (('analogValue', 104), "R(1)'RHvacCoo'TCtlH'TOaLmSttCorr")
# Heating, setpoint start value shift (e.g. -5.0 degreesCelsius)
HEATING_SETPOINT_START_VALUE_SHIFT = (('analogValue', 106), "R(1)'RHvacCoo'TCtlH'SttSpShftH")
# Heating, setpoint for shift (e.g. 0.0 degreesKelvin)
HEATING_SETPOINT_FOR_SHIFT = (('analogValue', 107), "R(1)'RHvacCoo'TCtlH'SpShftH")
# Room temperature setpoint (e.g. 24.0 degreesCelsius)
ROOM_TEMPERATURE_SETPOINT = (('analogValue', 126), "R(1)'RHvacCoo'SpTRDtr'SpTR")
# Room temperature setpoint shift (e.g. 0.0 degreesKelvin)
ROOM_TEMPERATURE_SETPOINT_SHIFT = (('analogValue', 127), "R(1)'RHvacCoo'SpTRDtr'SpTRShft")
# Alarm, state code B (e.g. 0.0 noUnits)
ALARM_STATE_CODE_B = (('analogValue', 130), "R(1)'RHvacCoo'MntnFnct'BalmCode")
# Effective room temperature (e.g. 21.90999984741211 degreesCelsius)
EFFECTIVE_ROOM_TEMPERATURE = (('analogValue', 131), "R(1)'HVAC'TREff")
# Present setpoint supply temperature (e.g. 23.0 degreesCelsius)
PRESENT_SETPOINT_SUPPLY_TEMPERATURE = (('analogValue', 132), "R(1)'HVAC'PrSpTSu")
# Rotating heat exchanger, cooling Kp (e.g. 10.0 623)
ROTATING_HEAT_EXCHANGER_COOLING_KP = (('analogValue', 134), "R(1)'HVAC'Erc'GainRotHxCtrC")
# Rotating heat exchanger, heating Kp (e.g. 10.0 623)
ROTATING_HEAT_EXCHANGER_HEATING_KP = (('analogValue', 135), "R(1)'HVAC'Erc'GainRotHxCtrH")
# Cooling, dT B3-B4 start (e.g. 4.0 degreesKelvin)
COOLING_DT_B3-B4_START = (('analogValue', 136), "R(1)'HVAC'Erc'DiffTRTOaMinC")
# De-icing, humidity comp. Start (e.g. 80.0 percent)
DE-ICING_HUMIDITY_COMP._START = (('analogValue', 140), "R(1)'HVAC'Erc'SstHuCmpDeic")
# De-icing, humidity comp. End (e.g. 20.0 percent)
DE-ICING_HUMIDITY_COMP._END = (('analogValue', 142), "R(1)'HVAC'Erc'EndHuCmpDeic")
# Rotary heat exchanger heating request (e.g. 100.0 percent)
ROTARY_HEAT_EXCHANGER_HEATING_REQUEST = (('analogValue', 144), "R(1)'HVAC'Erc'RotHExgHReq")
# Rotary heat exchanger cooling request (e.g. 0.0 percent)
ROTARY_HEAT_EXCHANGER_COOLING_REQUEST = (('analogValue', 145), "R(1)'HVAC'Erc'RotHExgCReq")
# Rotating heat exchanger , min speed (e.g. 0.0 percent)
ROTATING_HEAT_EXCHANGER__MIN_SPEED = (('analogValue', 147), "R(1)'HVAC'Erc'RotHExgSpdMin")
# Rotating heat exchanger , max speed (e.g. 100.0 percent)
ROTATING_HEAT_EXCHANGER__MAX_SPEED = (('analogValue', 148), "R(1)'HVAC'Erc'RotHExgSpdMax")
# Switch-on point for air flow hold heat. (e.g. 4.0 percent)
SWITCH-ON_POINT_FOR_AIR_FLOW_HOLD_HEAT. = (('analogValue', 189), "R(1)'HVAC'Hcl'SwiOnAirFlHldH")
# Electric heater, nom. Power (e.g. 0.800000011920929 kilowatts)
ELECTRIC_HEATER_NOM._POWER = (('analogValue', 190), "R(1)'HVAC'Hcl'NomElPwr")
# Heating coil electric power (e.g. 0.47101864218711853 kilowatts)
HEATING_COIL_ELECTRIC_POWER = (('analogValue', 194), "R(1)'HVAC'Hcl'HclElPwr")
# Heating coil heating request minimum (e.g. 35.45454406738281 percent)
HEATING_COIL_HEATING_REQUEST_MINIMUM = (('analogValue', 195), "R(1)'HVAC'Hcl'HclHReqMin")
# Heating coil heating request (e.g. 59.09090805053711 percent)
HEATING_COIL_HEATING_REQUEST = (('analogValue', 196), "R(1)'HVAC'Hcl'HclHReq")
# Supply, heater, Kp zone 2 (e.g. 5.0 623)
SUPPLY_HEATER_KP_ZONE_2 = (('analogValue', 197), "R(1)'HVAC'Hcl'GainHclTSuCtrH")
# Air filter, operating time (e.g. 24.0 hours)
AIR_FILTER_OPERATING_TIME = (('analogValue', 285), "R(1)'HVAC'AlmBdl'TiOpFil")
# Air filter, time period for exchange (e.g. 4380.0 hours)
AIR_FILTER_TIME_PERIOD_FOR_EXCHANGE = (('analogValue', 286), "R(1)'HVAC'AlmBdl'TiOpFilRpc")
# Diagnostics for Modbus (e.g. 0.0 noUnits)
DIAGNOSTICS_FOR_MODBUS = (('analogValue', 296), "ModBus'DiagModBus")
# Diagnostics for I/O bus (e.g. 3.0 noUnits)
DIAGNOSTICS_FOR_I/O_BUS = (('analogValue', 297), "IOBus'DiagIOBus")
# Present A-Alarm code (e.g. 0.0 noUnits)
PRESENT_A-ALARM_CODE = (('analogValue', 1794), "R(1)'RHvacCoo'AlmFnct'PrAalmCode")
# Diagnostics for ECUL (e.g. 8.0 noUnits)
DIAGNOSTICS_FOR_ECUL = (('analogValue', 1796), "R(1)'IOExtnDevEcul'DiagEcul")
# Time counter, FIRE (e.g. 0.0 hours)
TIME_COUNTER_FIRE = (('analogValue', 1814), "R(1)'RHvacCoo'FplcVntOp'OphFplcVnt")
# Time counter, cooker hood (e.g. 0.0 hours)
TIME_COUNTER_COOKER_HOOD = (('analogValue', 1820), "R(1)'RHvacCoo'FhVntOp'OphFhVnt")
# Air quality, present setpoint (e.g. 700.0 partsPerMillion)
AIR_QUALITY_PRESENT_SETPOINT = (('analogValue', 1831), "R(1)'RHvacCoo'VntCtl'PrSpVnt")
# Air quality, setpoint HIGH (e.g. 1500.0 partsPerMillion)
AIR_QUALITY_SETPOINT__HIGH = (('analogValue', 1832), "R(1)'RHvacCoo'VntCtl'SpAQualRCmf")
# Air quality, setpoint HOME (e.g. 700.0 partsPerMillion)
AIR_QUALITY_SETPOINT__HOME = (('analogValue', 1833), "R(1)'RHvacCoo'VntCtl'SpAQualRPcf")
# Air quality, setpoint AWAY (e.g. 700.0 partsPerMillion)
AIR_QUALITY_SETPOINT__AWAY = (('analogValue', 1834), "R(1)'RHvacCoo'VntCtl'SpAQualREco")
# Linear, setpoint supply air HIGH (e.g. 100.0 percent)
LINEAR_SETPOINT_SUPPLY_AIR_HIGH = (('analogValue', 1835), "R(1)'RHvacCoo'VntCtl'SpFanSuSpdHi")
# Linear, setpoint supply air HOME (e.g. 70.0 percent)
LINEAR_SETPOINT_SUPPLY_AIR_HOME = (('analogValue', 1836), "R(1)'RHvacCoo'VntCtl'SpFanSuSpdHome")
# Linear, setpoint supply air AWAY (e.g. 50.0 percent)
LINEAR_SETPOINT_SUPPLY_AIR_AWAY = (('analogValue', 1837), "R(1)'RHvacCoo'VntCtl'SpFanSuSpdAway")
# Linear, setpoint supply air FIRE (e.g. 90.0 percent)
LINEAR_SETPOINT_SUPPLY_AIR_FIRE = (('analogValue', 1838), "R(1)'RHvacCoo'VntCtl'SpFanSuSpdFplc")
# Linear, setpoint supply air COOKER (e.g. 90.0 percent)
LINEAR_SETPOINT_SUPPLY_AIR_COOKER = (('analogValue', 1839), "R(1)'RHvacCoo'VntCtl'SpFanSuSpdCkr")
# Linear, setpoint exhaust air HIGH (e.g. 100.0 percent)
LINEAR_SETPOINT_EXHAUST_AIR_HIGH = (('analogValue', 1840), "R(1)'RHvacCoo'VntCtl'SpFanEhSpdHi")
# Linear, setpoint exhaust air HOME (e.g. 70.0 percent)
LINEAR_SETPOINT_EXHAUST_AIR_HOME = (('analogValue', 1841), "R(1)'RHvacCoo'VntCtl'SpFanEhSpdHome")
# Linear, setpoint exhaust air AWAY (e.g. 50.0 percent)
LINEAR_SETPOINT_EXHAUST_AIR_AWAY = (('analogValue', 1842), "R(1)'RHvacCoo'VntCtl'SpFanEhSpdAway")
# Linear, setpoint exhaust air FIRE (e.g. 50.0 percent)
LINEAR_SETPOINT_EXHAUST_AIR_FIRE = (('analogValue', 1843), "R(1)'RHvacCoo'VntCtl'SpFanEhSpdFplc")
# Linear, setpoint exhaust air COOKER (e.g. 50.0 percent)
LINEAR_SETPOINT_EXHAUST_AIR_COOKER = (('analogValue', 1844), "R(1)'RHvacCoo'VntCtl'SpFanEhSpdCkr")
# Gain for ventilation controller (e.g. 0.23000000417232513 625)
GAIN_FOR_VENTILATION_CONTROLLER = (('analogValue', 1845), "R(1)'RHvacCoo'VntCtl'GainVntCtr")
# Present B-Alarm code (e.g. 0.0 noUnits)
PRESENT_B-ALARM_CODE = (('analogValue', 1846), "R(1)'RHvacCoo'MntnFnct'PrBalmCode")
# Operating hours, total time (e.g. 8760.0 hours)
OPERATING_HOURS_TOTAL_TIME = (('analogValue', 1847), "R(1)'HVAC'AlmBdl'OphDev")
# De-icing, humidity comp. Delta (e.g. 1.5 degreesKelvin)
DE-ICING_HUMIDITY_COMP._DELTA = (('analogValue', 1849), "R(1)'HVAC'Erc'DiffTHuCmpDeic")
# Belt broken, delta B3-B6 (e.g. 4.0 degreesKelvin)
BELT_BROKEN_DELTA_B3-B6 = (('analogValue', 1850), "R(1)'HVAC'Erc'DTRotHxBltFlt")
# Time counter, op. time RMC (e.g. 8096.0 hours)
TIME_COUNTER_OP._TIME_RMC = (('analogValue', 1851), "R(1)'HVAC'Erc'OphErc")
# De-icing, rotor speed (e.g. 100.0 percent)
DE-ICING_ROTOR_SPEED = (('analogValue', 1852), "R(1)'HVAC'Erc'RotHExgSpdDeic")
# Air quality, present fan control (e.g. 0.0 percent)
AIR_QUALITY_PRESENT_FAN_CONTROL = (('analogValue', 1869), "R(1)'HVAC'FanSu'FanVntReq")
# Humidity, present fan control (e.g. 0.0 percent)
HUMIDITY_PRESENT_FAN_CONTROL = (('analogValue', 1870), "R(1)'HVAC'FanSu'FanDhuReq")
# De-icing, setpoint supply fan speed (e.g. 15.0 percent)
DE-ICING_SETPOINT_SUPPLY_FAN_SPEED = (('analogValue', 1878), "R(1)'HVAC'FanSu'SpFanSuSpdDeic")
# Time counter, op. time - El. heater (e.g. 4184.0 hours)
TIME_COUNTER_OP._TIME_-_EL._HEATER = (('analogValue', 1879), "R(1)'HVAC'Hcl'OphHcl")
# Time counter, STOP (e.g. 0.0 hours)
TIME_COUNTER_STOP = (('analogValue', 1913), "R(1)'ROpModDtr'OphStop")
# Time counter, AWAY (e.g. 0.0 hours)
TIME_COUNTER_AWAY = (('analogValue', 1914), "R(1)'ROpModDtr'OphAway")
# Time counter, HOME (e.g. 7760.0 hours)
TIME_COUNTER_HOME = (('analogValue', 1915), "R(1)'ROpModDtr'OphHome")
# Time counter, HIGH (e.g. 980.0 hours)
TIME_COUNTER_HIGH = (('analogValue', 1916), "R(1)'ROpModDtr'OphHi")
# Air quality, max value (e.g. 0.0 partsPerMillion)
AIR_QUALITY_MAX_VALUE = (('analogValue', 1919), "R(1)'RHvacCoo'AQualRCol'AQualRRs")
# Air temp., setpoint (e.g. 24.0 degreesCelsius)
AIR_TEMP._SETPOINT = (('analogValue', 1920), "R(1)'RHvacCoo'TCtlH'SpTHrv")
# Air temp., delta setpoint heating HOME (e.g. 1.0 degreesKelvin)
AIR_TEMP._DELTA_SETPOINT_HEATING_HOME = (('analogValue', 1921), "R(1)'RHvacCoo'TCtlH'DSpHHome")
# Supply, delta HOME (e.g. 1.0 degreesKelvin)
SUPPLY_DELTA_HOME = (('analogValue', 1922), "R(1)'RHvacCoo'TCtlH'NzTHrv")
# Air temp., delta setpoint cooling HOME (e.g. 2.0 degreesKelvin)
AIR_TEMP._DELTA_SETPOINT_COOLING_HOME = (('analogValue', 1926), "R(1)'RHvacCoo'TCtlC'DSpCHome")
# Free cooling, d B3-setpoint start (e.g. 2.0 degreesKelvin)
FREE_COOLING_D_B3-SETPOINT__START = (('analogValue', 1933), "R(1)'RHvacCoo'FreeCDtr'HysSpTR")
# Outside air temp.limit (e.g. 14.0 degreesCelsius)
OUTSIDE_AIR_TEMP.LIMIT = (('analogValue', 1934), "R(1)'RHvacCoo'FreeCDtr'TOaLm")
# Free cooling, d B4-setpoint (e.g. 2.0 degreesKelvin)
FREE_COOLING_D_B4-SETPOINT = (('analogValue', 1935), "R(1)'RHvacCoo'FreeCDtr'HysTOaLm")
# Free cooling, dT B3-B4 start (e.g. 4.0 degreesKelvin)
FREE_COOLING_DT_B3-B4_START = (('analogValue', 1936), "R(1)'RHvacCoo'FreeCDtr'DiffTRTOaSwiOn")
# Free cooling, dT B3-B4 stop (e.g. 2.0 degreesKelvin)
FREE_COOLING_DT_B3-B4_STOP = (('analogValue', 1937), "R(1)'RHvacCoo'FreeCDtr'DiffTRTOaSwiOf")
# De-icing, setpoint fan start (e.g. 0.0 degreesCelsius)
DE-ICING_SETPOINT_FAN_START = (('analogValue', 1938), "R(1)'HVAC'Erc'SpTDeicFan")
# De-icing, setpoint rotor start (e.g. 0.0 degreesCelsius)
DE-ICING_SETPOINT_ROTOR_START = (('analogValue', 1939), "R(1)'HVAC'Erc'SpTDeicHExg")
# Heat exchanger, skip speed end (e.g. 0.0 percent)
HEAT_EXCHANGER_SKIP_SPEED_END = (('analogValue', 1940), "R(1)'HVAC'Erc'RotHxSkipSpdHi")
# Heat exchanger, skip speed start (e.g. 0.0 percent)
HEAT_EXCHANGER_SKIP_SPEED_START = (('analogValue', 1941), "R(1)'HVAC'Erc'RotHxSkipSpdLo")
# Heat exchanger, ramp down start (e.g. 0.0 degreesCelsius)
HEAT_EXCHANGER_RAMP_DOWN_START = (('analogValue', 1942), "R(1)'HVAC'Erc'TDeicTiOffStt")
# Heat exchanger, ramp down end (e.g. -9.0 degreesCelsius)
HEAT_EXCHANGER_RAMP_DOWN_END = (('analogValue', 1943), "R(1)'HVAC'Erc'TDeicTiOffEnd")
# Tacho, alarm limit fan speed (e.g. 100.0 revolutionsPerMinute)
TACHO_ALARM_LIMIT_FAN_SPEED = (('analogValue', 1948), "R(1)'HVAC'FanSu'FanSpdFbFltLm")
# De-icing, setpoint exhaust fan speed (e.g. 75.0 percent)
DE-ICING_SETPOINT_EXHAUST_FAN_SPEED = (('analogValue', 1958), "R(1)'HVAC'FanEh'SpFanEhSpdDeic")
# Supply air, setpoint for heating (e.g. 23.0 degreesCelsius)
SUPPLY_AIR_SETPOINT_FOR_HEATING = (('analogValue', 1977), "R(1)'HVAC'Hcl'SpTSuHcl")
# Belt broken, delta B3-B4 (e.g. 10.0 degreesKelvin)
BELT_BROKEN_DELTA_B3-B4 = (('analogValue', 1978), "R(1)'HVAC'Erc'DiffTExTOaMin")
# Diagnostics value (e.g. 0.0 noUnits)
DIAGNOSTICS_VALUE = (('analogValue', 1983), "R(1)'HVAC'DiagVal")
# Heating, present setpoint shift (e.g. 0.0 degreesKelvin)
HEATING_PRESENT_SETPOINT_SHIFT = (('analogValue', 1984), "R(1)'RHvacCoo'TCtlH'PrSpShftH")
# Air temp., setpoint AWAY (e.g. 17.0 degreesCelsius)
AIR_TEMP._SETPOINT_AWAY = (('analogValue', 1985), "R(1)'RHvacCoo'TCtlH'SpTAway")
# Supply, delta AWAY (e.g. 1.0 degreesKelvin)
SUPPLY_DELTA_AWAY = (('analogValue', 1986), "R(1)'RHvacCoo'TCtlH'NzTAway")
# Air temp., delta setpoint heating AWAY (e.g. 1.0 degreesKelvin)
AIR_TEMP._DELTA_SETPOINT_HEATING_AWAY = (('analogValue', 1987), "R(1)'RHvacCoo'TCtlH'DSpHAway")
# Cooling, present setpoint shift (e.g. 0.0 degreesKelvin)
COOLING_PRESENT_SETPOINT_SHIFT = (('analogValue', 1991), "R(1)'RHvacCoo'TCtlC'PrSpShftC")
# Air temp., delta setpoint cooling AWAY (e.g. 6.0 degreesKelvin)
AIR_TEMP._DELTA_SETPOINT_COOLING_AWAY = (('analogValue', 1992), "R(1)'RHvacCoo'TCtlC'DSpCAway")
# Air temp., setpoint HOME (e.g. 24.0 degreesCelsius)
AIR_TEMP._SETPOINT_HOME = (('analogValue', 1994), "R(1)'RHvacCoo'TCtlH'SpTHome")
# Heating coil position (e.g. 59.18095397949219 percent)
HEATING_COIL_POSITION = (('analogValue', 1997), "R(1)'HVAC'HclPos")
# Time for temporary rapid ventilation (e.g. 0.0 noUnits)
TIME_FOR_TEMPORARY_RAPID_VENTILATION = (('analogValue', 2004), "R(1)'ROpUnDev'TiTmpRpdVnt")
# Remaining time temporary ventilation op. (e.g. 0.0 noUnits)
REMAINING_TIME_TEMPORARY_VENTILATION_OP. = (('analogValue', 2005), "R(1)'ROpUnDev'TiRmgTmpVntOp")
# Pres.setp.temp.for room operator unit (e.g. 24.0 degreesCelsius)
PRES.SETP.TEMP.FOR_ROOM_OPERATOR_UNIT = (('analogValue', 2006), "R(1)'ROpUnDev'PrSpTRu")
# Time for temporary fireplace ventilation (e.g. 0.0 noUnits)
TIME_FOR_TEMPORARY_FIREPLACE_VENTILATION = (('analogValue', 2007), "R(1)'ROpUnDev'TiTmpFplcVnt")
# Rotating heat exchanger, efficiency (e.g. 68.29999542236328 percent)
ROTATING_HEAT_EXCHANGER_EFFICIENCY = (('analogValue', 2023), "R(1)'HVAC'Erc'PrHExgEfcy")
# Alarm, no of displayed alarms in list (e.g. 1.0 noUnits)
ALARM_NO_OF_DISPLAYED_ALARMS_IN_LIST = (('analogValue', 2025), "R(1)'RHvacCoo'AlmBdl'FltListNum")
# Alarm, no of alarms in list (e.g. 1.0 noUnits)
ALARM_NO_OF_ALARMS_IN_LIST = (('analogValue', 2026), "R(1)'RHvacCoo'AlmBdl'FltCnt")
# Alarm, error code (e.g. 1020.0 noUnits)
ALARM_ERROR_CODE = (('analogValue', 2027), "R(1)'RHvacCoo'AlmBdl'DspyFltList")
# Fault counter 1 (e.g. 0.0 noUnits)
FAULT_COUNTER_1 = (('analogValue', 2028), "R(1)'RHvacCoo'AlmBdl'FltCnt1")
# Forced ventilation, remaining time (e.g. 1.0 minutes)
FORCED_VENTILATION_REMAINING_TIME = (('analogValue', 2031), "R(1)'RHvacCoo'RpdVntOp'TiRmgRpdVnt")
# Speed FIRE, remaining time (e.g. 1.0 minutes)
SPEED_FIRE_REMAINING_TIME = (('analogValue', 2038), "R(1)'RHvacCoo'FplcVntOp'TiRmgFplcVnt")
# Fault code for room operator unit (e.g. 0.0 noUnits)
FAULT_CODE_FOR_ROOM_OPERATOR_UNIT = (('analogValue', 2039), "R(1)'ROpUnDev'FltCodeRu")
# Maintenance code for room operator unit (e.g. 0.0 noUnits)
MAINTENANCE_CODE_FOR_ROOM_OPERATOR_UNIT = (('analogValue', 2040), "R(1)'ROpUnDev'MntnCodeRu")
# Room air quality (e.g. 0.0 partsPerMillion)
ROOM_AIR_QUALITY = (('analogValue', 2042), "R(1)'Modbus'AQualR(2)")
# Diagnostics for QBM (e.g. 8.0 noUnits)
DIAGNOSTICS_FOR_QBM = (('analogValue', 2053), "R(1)'PDuctDevQbm'DiagQbm")
# Relative setpoint f.supply air fan speed (e.g. 70.0 percent)
RELATIVE_SETPOINT_F.SUPPLY_AIR_FAN_SPEED = (('analogValue', 2064), "R(1)'HVAC'FanSu'SpFanSuSpdRel")
# Free cooling, setpoint room (e.g. 22.0 degreesCelsius)
FREE_COOLING_SETPOINT_ROOM = (('analogValue', 2071), "R(1)'RHvacCoo'TCtlH'SpTRFreeC")
# Setp.supply air temp.rotary heat exch. (e.g. 23.5 degreesCelsius)
SETP.SUPPLY_AIR_TEMP.ROTARY_HEAT_EXCH. = (('analogValue', 2076), "R(1)'HVAC'Erc'SpTSuRotHExg")
# Diagnostics BRDG (e.g. 8.0 noUnits)
DIAGNOSTICS_BRDG = (('analogValue', 2078), "R(1)'ComItfDevBrdg'DiagBrdg")
# Diagnostics FAN node (e.g. 9.0 noUnits)
DIAGNOSTICS_FAN_NODE = (('analogValue', 2080), "R(1)'FanNodeDev'DiagFanNode")
# Time for tmp.op.mode outp.for RF system (e.g. 0.0 minutes)
TIME_FOR_TMP.OP.MODE_OUTP.FOR_RF_SYSTEM = (('analogValue', 2081), "R(1)'FanNodeDev'TiTmpOpMOutRfq")
# Diagnostics VMN 1 (e.g. 8.0 noUnits)
DIAGNOSTICS_VMN_1 = (('analogValue', 2082), "R(1)'PshBtnDevVmn1'DiagVmn1")
# Diagnostics VMN 2 (e.g. 8.0 noUnits)
DIAGNOSTICS_VMN_2 = (('analogValue', 2083), "R(1)'PshBtnDevVmn2'DiagVmn2")
# Diagnostics VMN 3 (e.g. 8.0 noUnits)
DIAGNOSTICS_VMN_3 = (('analogValue', 2084), "R(1)'PshBtnDevVmn3'DiagVmn3")
# Diagnostics VMSH 1 (e.g. 8.0 noUnits)
DIAGNOSTICS_VMSH_1 = (('analogValue', 2085), "R(1)'ROpUnDevVmsh1'DiagVmsh1")
# Diagnostics VMSH 2 (e.g. 8.0 noUnits)
DIAGNOSTICS_VMSH_2 = (('analogValue', 2086), "R(1)'ROpUnDevVmsh2'DiagVmsh2")
# Diagnostics VMSH 3 (e.g. 8.0 noUnits)
DIAGNOSTICS_VMSH_3 = (('analogValue', 2087), "R(1)'ROpUnDevVmsh3'DiagVmsh3")
# Diagnostics VMSC (e.g. 8.0 noUnits)
DIAGNOSTICS_VMSC = (('analogValue', 2088), "R(1)'ROpUnDevVmsc'DiagVmsc")
# Diagnostics VMC (e.g. 8.0 noUnits)
DIAGNOSTICS_VMC = (('analogValue', 2089), "R(1)'IOExtnDevVmc'DiagVmc")
# Humidity, limit max value (e.g. 0.0 percent)
HUMIDITY_LIMIT_MAX_VALUE = (('analogValue', 2090), "R(1)'RHvacCoo'HuRelMax")
# Fan speed, min (e.g. 30.0 percent)
FAN_SPEED__MIN = (('analogValue', 2091), "R(1)'HVAC'FanSu'FanSpdMinRel")
# Process val.1 for room air qual,on-board (e.g. 0.0 partsPerMillion)
PROCESS_VAL.1_FOR_ROOM_AIR_QUAL,ON-BOARD = (('analogValue', 2098), "R(1)'PrpyExtdCnf'AQualROnbPrcv1(OnbIO)")
# Process val.2 for room air qual,on-board (e.g. 0.0 partsPerMillion)
PROCESS_VAL.2_FOR_ROOM_AIR_QUAL,ON-BOARD = (('analogValue', 2099), "R(1)'PrpyExtdCnf'AQualROnbPrcv2(OnbIO)")
# Signal val.1 for room air qual.,on-board (e.g. 0.0 volts)
SIGNAL_VAL.1_FOR_ROOM_AIR_QUAL.,ON-BOARD = (('analogValue', 2100), "R(1)'PrpyExtdCnf'AQualROnbSigv1(OnbIO)")
# Signal val.2 for room air qual.,on-board (e.g. 0.0 volts)
SIGNAL_VAL.2_FOR_ROOM_AIR_QUAL.,ON-BOARD = (('analogValue', 2101), "R(1)'PrpyExtdCnf'AQualROnbSigv2(OnbIO)")
# Process val.1 for room air quality, ECU (e.g. 0.0 partsPerMillion)
PROCESS_VAL.1_FOR_ROOM_AIR_QUALITY_ECU = (('analogValue', 2102), "R(1)'PrpyExtdCnf'AQualREcuPrcv1(Ecu)")
# Process val.2 for room air quality, ECU (e.g. 2000.0 partsPerMillion)
PROCESS_VAL.2_FOR_ROOM_AIR_QUALITY_ECU = (('analogValue', 2103), "R(1)'PrpyExtdCnf'AQualREcuPrcv2(Ecu)")
# Signal value 1 for room air quality, ECU (e.g. 0.0 millivolts)
SIGNAL_VALUE_1_FOR_ROOM_AIR_QUALITY_ECU = (('analogValue', 2104), "R(1)'PrpyExtdCnf'AQualREcuSigv1(Ecu)")
# Signal value 2 for room air quality, ECU (e.g. 10000.0 millivolts)
SIGNAL_VALUE_2_FOR_ROOM_AIR_QUALITY_ECU = (('analogValue', 2105), "R(1)'PrpyExtdCnf'AQualREcuSigv2(Ecu)")
# Process val.1 for rel.humidity extr.air (e.g. 0.0 percentRelativeHumidity)
PROCESS_VAL.1_FOR_REL.HUMIDITY_EXTR.AIR = (('analogValue', 2106), "R(1)'PrpyExtdCnf'HuRelExPrcv1")
# Process val.2 for rel.humidity extr.air (e.g. 0.0 percentRelativeHumidity)
PROCESS_VAL.2_FOR_REL.HUMIDITY_EXTR.AIR = (('analogValue', 2107), "R(1)'PrpyExtdCnf'HuRelExPrcv2")
# Signal value 1 for rel.humidity extr.air (e.g. 0.0 volts)
SIGNAL_VALUE_1_FOR_REL.HUMIDITY_EXTR.AIR = (('analogValue', 2108), "R(1)'PrpyExtdCnf'HuRelExSigv1")
# Signal value 2 for rel.humidity extr.air (e.g. 0.0 volts)
SIGNAL_VALUE_2_FOR_REL.HUMIDITY_EXTR.AIR = (('analogValue', 2109), "R(1)'PrpyExtdCnf'HuRelExSigv2")
# Actual configuration of control funct.1 (e.g. 441.0 noUnits)
ACTUAL_CONFIGURATION_OF_CONTROL_FUNCT.1 = (('analogValue', 2113), "R(1)'RHvacCoo'ActlCnfCtl1")
# Actual configuration of control funct.2 (e.g. 1213.0 noUnits)
ACTUAL_CONFIGURATION_OF_CONTROL_FUNCT.2 = (('analogValue', 2114), "R(1)'HVAC'ActlCnfCtl2")
# Actual configuration of control funct.3 (e.g. 2001.0 noUnits)
ACTUAL_CONFIGURATION_OF_CONTROL_FUNCT.3 = (('analogValue', 2115), "R(1)'HVAC'ActlCnfCtl3")
# Actual hardware configuration 1 (e.g. 205.0 noUnits)
ACTUAL_HARDWARE_CONFIGURATION_1 = (('analogValue', 2118), "R(1)'HdwCnf'ActlHdwCnf1")
# Actual hardware configuration 2 (e.g. 203.0 noUnits)
ACTUAL_HARDWARE_CONFIGURATION_2 = (('analogValue', 2119), "R(1)'HdwCnf'ActlHdwCnf2")
# Actual hardware configuration 3 (e.g. 104.0 noUnits)
ACTUAL_HARDWARE_CONFIGURATION_3 = (('analogValue', 2120), "R(1)'HdwCnf'ActlHdwCnf3")
# Actual hardware configuration 4 (e.g. 1212.0 noUnits)
ACTUAL_HARDWARE_CONFIGURATION_4 = (('analogValue', 2121), "R(1)'HdwCnf'ActlHdwCnf4")
# Actual hardware configuration 5 (e.g. 111.0 noUnits)
ACTUAL_HARDWARE_CONFIGURATION_5 = (('analogValue', 2122), "R(1)'HdwCnf'ActlHdwCnf5")
# Operating mode input from RF system (e.g. 0.0 noUnits)
OPERATING_MODE_INPUT_FROM_RF_SYSTEM = (('analogValue', 2125), "R(1)'FanNodeDev'OpModInRfqs")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2197), "R(1)'AlmHdl'Alm1001'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2198), "R(1)'AlmHdl'Alm1002'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2199), "R(1)'AlmHdl'Alm1003'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2200), "R(1)'AlmHdl'Alm1004'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2201), "R(1)'AlmHdl'Alm1005'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2202), "R(1)'AlmHdl'Alm1006'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2203), "R(1)'AlmHdl'Alm1007'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2204), "R(1)'AlmHdl'Alm1008'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2205), "R(1)'AlmHdl'Alm1009'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2206), "R(1)'AlmHdl'Alm1010'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2207), "R(1)'AlmHdl'Alm1011'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2208), "R(1)'AlmHdl'Alm1020'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2209), "R(1)'AlmHdl'Alm1032'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2210), "R(1)'AlmHdl'Alm1033'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2211), "R(1)'AlmHdl'Alm1034'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2212), "R(1)'AlmHdl'Alm1035'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2213), "R(1)'AlmHdl'Alm1040'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2214), "R(1)'AlmHdl'Alm2001'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2215), "R(1)'AlmHdl'Alm2002'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2216), "R(1)'AlmHdl'Alm2003'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2217), "R(1)'AlmHdl'Alm2004'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2218), "R(1)'AlmHdl'Alm2005'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2219), "R(1)'AlmHdl'Alm2007'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2220), "R(1)'AlmHdl'Alm2010'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2221), "R(1)'AlmHdl'Alm3001'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2222), "R(1)'AlmHdl'Alm3002'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2223), "R(1)'AlmHdl'Alm3003'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2224), "R(1)'AlmHdl'Alm3004'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2225), "R(1)'AlmHdl'Alm3006'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2226), "R(1)'AlmHdl'Alm3007'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2227), "R(1)'AlmHdl'Alm2008'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2228), "R(1)'AlmHdl'Alm2009'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2229), "R(1)'AlmHdl'Alm2011'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2230), "R(1)'AlmHdl'Alm2014'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2232), "R(1)'AlmHdl'Alm2016'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2233), "R(1)'AlmHdl'Alm9001'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2234), "R(1)'AlmHdl'Alm9002'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2235), "R(1)'AlmHdl'Alm9003'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2236), "R(1)'AlmHdl'Alm9004'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2237), "R(1)'AlmHdl'Alm9005'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2238), "R(1)'AlmHdl'Alm9006'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2239), "R(1)'AlmHdl'Alm9007'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2240), "R(1)'AlmHdl'Alm9008'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2241), "R(1)'AlmHdl'Alm9009'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2242), "R(1)'AlmHdl'Alm9010'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2243), "R(1)'AlmHdl'Alm9011'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2244), "R(1)'AlmHdl'Alm9012'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2245), "R(1)'AlmHdl'Alm9013'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2246), "R(1)'AlmHdl'Alm9014'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2247), "R(1)'AlmHdl'Alm9015'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2248), "R(1)'AlmHdl'Alm9016'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2249), "R(1)'AlmHdl'Alm9017'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2250), "R(1)'AlmHdl'Alm9018'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2251), "R(1)'AlmHdl'Alm9019'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2252), "R(1)'AlmHdl'Alm9020'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2253), "R(1)'AlmHdl'Alm9021'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2254), "R(1)'AlmHdl'Alm9022'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2255), "R(1)'AlmHdl'Alm9023'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2256), "R(1)'AlmHdl'Alm9024'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2257), "R(1)'AlmHdl'Alm9025'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2258), "R(1)'AlmHdl'Alm9026'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2259), "R(1)'AlmHdl'Alm9027'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2260), "R(1)'AlmHdl'Alm9028'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2261), "R(1)'AlmHdl'Alm1022'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2262), "R(1)'AlmHdl'Alm1023'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2263), "R(1)'AlmHdl'Alm1024'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2264), "R(1)'AlmHdl'Alm1025'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2265), "R(1)'AlmHdl'Alm1026'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2266), "R(1)'AlmHdl'Alm1027'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2267), "R(1)'AlmHdl'Alm1028'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2268), "R(1)'AlmHdl'Alm1029'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2269), "R(1)'AlmHdl'Alm1030'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2270), "R(1)'AlmHdl'Alm1036'AlmCode")
# State 1 (e.g. 0.0 noUnits)
STATE_1 = (('analogValue', 2275), "R(1)'HdwCnf'Sta1")
# State 2 (e.g. 0.0 noUnits)
STATE_2 = (('analogValue', 2276), "R(1)'HdwCnf'Sta2")
# State 3 (e.g. 0.0 noUnits)
STATE_3 = (('analogValue', 2277), "R(1)'HdwCnf'Sta3")
# State 4 (e.g. 0.0 noUnits)
STATE_4 = (('analogValue', 2278), "R(1)'HdwCnf'Sta4")
# State 5 (e.g. 0.0 noUnits)
STATE_5 = (('analogValue', 2279), "R(1)'HdwCnf'Sta5")
# State 6 (e.g. 0.0 noUnits)
STATE_6 = (('analogValue', 2280), "R(1)'HdwCnf'Sta6")
# State 7 (e.g. 0.0 noUnits)
STATE_7 = (('analogValue', 2281), "R(1)'HdwCnf'Sta7")
# State 8 (e.g. 0.0 noUnits)
STATE_8 = (('analogValue', 2282), "R(1)'HdwCnf'Sta8")
# State 9 (e.g. 0.0 noUnits)
STATE_9 = (('analogValue', 2283), "R(1)'HdwCnf'Sta9")
# State 10 (e.g. 0.0 noUnits)
STATE_10 = (('analogValue', 2284), "R(1)'HdwCnf'Sta10")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2285), "R(1)'AlmHdl'Alm2013'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2289), "R(1)'AlmHdl'Alm2018'AlmCode")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2290), "R(1)'AlmHdl'Alm2019'AlmCode")
# Rotating heat exchanger speed feedback (e.g. 96.22673034667969 noUnits)
ROTATING_HEAT_EXCHANGER_SPEED_FEEDBACK = (('analogValue', 2293), "R(1)'HVAC'Erc'RotHExgSpdFb")
# Motor failure count (e.g. 0.0 noUnits)
MOTOR_FAILURE_COUNT = (('analogValue', 2294), "R(1)'HVAC'Erc'RotHExgFailCnt")
# Alarm code (e.g. 0.0 noUnits)
ALARM_CODE = (('analogValue', 2297), "R(1)'AlmHdl'Alm1039'AlmCode")
# Monitor BA to DAQ value (e.g. 180.0 noUnits)
MONITOR_BA_TO_DAQ_VALUE = (('analogValue', 2299), "RotHExgSpdcmdRPM")
# Monitor host MCU HAL speed value (e.g. 102.0 noUnits)
MONITOR_HOST_MCU_HAL_SPEED_VALUE = (('analogValue', 2300), "RotHExgSpdABIRPM")
# Monitor host MCU and motor MCU communication count (e.g. 30427.0 noUnits)
MONITOR_HOST_MCU_AND_MOTOR_MCU_COMMUNICATION_COUNT = (('analogValue', 2301), "RotHExgSpdCOMUpCnt")
# Monitor motor short loop state (e.g. 0.0 noUnits)
MONITOR_MOTOR_SHORT_LOOP_STATE = (('analogValue', 2302), "RotHExgShortLoopState")
# Monitor DRV8305 register 1 (e.g. 0.0 noUnits)
MONITOR_DRV8305_REGISTER_1 = (('analogValue', 2303), "RotHExg8305R1")
# Monitor DRV8305 register 2 (e.g. 0.0 noUnits)
MONITOR_DRV8305_REGISTER_2 = (('analogValue', 2304), "RotHExg8305R2")
# Monitor DRV8305 register 3 (e.g. 0.0 noUnits)
MONITOR_DRV8305_REGISTER_3 = (('analogValue', 2305), "RotHExg8305R3")
# Monitor DRV8305 register 4 (e.g. 0.0 noUnits)
MONITOR_DRV8305_REGISTER_4 = (('analogValue', 2306), "RotHExg8305R4")
# Monitor Motor MCU running time (e.g. 91221.0 noUnits)
MONITOR_MOTOR_MCU_RUNNING_TIME = (('analogValue', 2307), "RotHExgFWRnTm")
# Fume hood ventilation input (e.g. inactive None)
FUME_HOOD_VENTILATION_INPUT = (('binaryInput', 23), "R(1)'FhVntIn")
# Speed AWAY activate DI (e.g. inactive None)
SPEED_AWAY_ACTIVATE_DI = (('binaryInput', 31), "R(1)'Away")
# Fire thermostat, state (e.g. inactive None)
FIRE_THERMOSTAT_STATE = (('binaryInput', 33), "R(1)'HclOvrTDet")
# Speed HIGH activate DI (e.g. inactive None)
SPEED_HIGH_ACTIVATE_DI = (('binaryInput', 82), "R(1)'High")
# Damper, outside air (e.g. active None)
DAMPER_OUTSIDE_AIR = (('binaryOutput', 18), "R(1)'DmpOaCmd")
# Alarm, common output (e.g. inactive None)
ALARM_COMMON_OUTPUT = (('binaryOutput', 20), "R(1)'CmnAlmIndOut")
# Cooling, pump state (e.g. inactive None)
COOLING_PUMP_STATE = (('binaryOutput', 71), "R(1)'IOExtnDevEcul'CclPuCmd(1)")
# Fire alarm (e.g. inactive None)
FIRE_ALARM = (('binaryValue', 11), "R(1)'RHvacCoo'SftyCtl'FireAlm")
# Forced ventilation (e.g. inactive None)
FORCED_VENTILATION = (('binaryValue', 15), "R(1)'RHvacCoo'RpdVntOp'RpdVntOp")
# Enable linear outside temp.compensation (e.g. inactive None)
ENABLE_LINEAR_OUTSIDE_TEMP.COMPENSATION = (('binaryValue', 16), "R(1)'RHvacCoo'TCtlH'EnLinTOaCmp")
# Cool down request (e.g. inactive None)
COOL_DOWN_REQUEST = (('binaryValue', 17), "R(1)'RHvacCoo'PltModDtr'CoolDwnReq")
# Warm-up request (e.g. inactive None)
WARM-UP_REQUEST = (('binaryValue', 18), "R(1)'RHvacCoo'PltModDtr'WarmUpReq")
# Rotating heat exchanger , demand mode (e.g. inactive None)
ROTATING_HEAT_EXCHANGER__DEMAND_MODE = (('binaryValue', 22), "R(1)'HVAC'Erc'HExgEcmSta")
# Rotary heat exchanger available f.heat. (e.g. active None)
ROTARY_HEAT_EXCHANGER_AVAILABLE_F.HEAT. = (('binaryValue', 25), "R(1)'HVAC'Erc'RotHExgAvlH")
# Rotary heat exchanger available f.cool. (e.g. inactive None)
ROTARY_HEAT_EXCHANGER_AVAILABLE_F.COOL. = (('binaryValue', 26), "R(1)'HVAC'Erc'RotHExgAvlC")
# Heating coil available for heating (e.g. active None)
HEATING_COIL_AVAILABLE_FOR_HEATING = (('binaryValue', 38), "R(1)'HVAC'Hcl'HclAvlH")
# HOME/AWAY button status (e.g. active None)
HOME/AWAY_BUTTON_STATUS = (('binaryValue', 50), "R(1)'ROpModDtr'CmfBtn")
# Device mode (e.g. active None)
DEVICE_MODE = (('binaryValue', 62), "R(1)'IOExtnDevEcul'DevMod")
# Maintenance, activate (e.g. inactive None)
MAINTENANCE_ACTIVATE = (('binaryValue', 395), "R(1)'HVAC'MntnCmd")
# Fireplace, state DI (e.g. inactive None)
FIREPLACE_STATE_DI = (('binaryValue', 400), "R(1)'RHvacCoo'FplcVntOp'FplcVnt")
# Cooker hood, activate (e.g. inactive None)
COOKER_HOOD_ACTIVATE = (('binaryValue', 402), "R(1)'RHvacCoo'FhVntOp'FhVnt")
# Cacade control, sensor selection (e.g. active None)
CACADE_CONTROL_SENSOR_SELECTION = (('binaryValue', 403), "R(1)'RHvacCoo'EnTExCtl")
# De-icing, rotor active (e.g. inactive None)
DE-ICING_ROTOR_ACTIVE = (('binaryValue', 404), "R(1)'HVAC'Erc'DeicReqHExg")
# De-icing, fan active (e.g. inactive None)
DE-ICING_FAN_ACTIVE = (('binaryValue', 405), "R(1)'HVAC'Erc'DeicReqFan")
# De-icing, enable (e.g. active None)
DE-ICING_ENABLE = (('binaryValue', 406), "R(1)'HVAC'Erc'EnDeic")
# Fan available for ventilation (e.g. active None)
FAN_AVAILABLE_FOR_VENTILATION = (('binaryValue', 409), "R(1)'HVAC'FanSu'FanAvlVnt")
# Fan available for dehumidification (e.g. active None)
FAN_AVAILABLE_FOR_DEHUMIDIFICATION = (('binaryValue', 410), "R(1)'HVAC'FanSu'FanAvlDhu")
# Tacho, enable (e.g. active None)
TACHO_ENABLE = (('binaryValue', 428), "R(1)'HVAC'FanSu'EnFanSpdFbIn")
# Zero pressure calibration trigger ECU (e.g. inactive None)
ZERO_PRESSURE_CALIBRATION_TRIGGER_ECU = (('binaryValue', 429), "R(1)'IOExtnDevEcul'ZePClbTrgEcu")
# Fire damper, alarm (e.g. inactive None)
FIRE_DAMPER_ALARM = (('binaryValue', 430), "R(1)'RHvacCoo'SftyCtl'FdpAlm")
# Duct air temperature fire alarm (e.g. inactive None)
DUCT_AIR_TEMPERATURE_FIRE_ALARM = (('binaryValue', 431), "R(1)'RHvacCoo'SftyCtl'TDuctFireAlm")
# Exhaust air fan fault (e.g. inactive None)
EXHAUST_AIR_FAN_FAULT = (('binaryValue', 434), "R(1)'HVAC'FanEhFlt")
# Supply air fan fault (e.g. inactive None)
SUPPLY_AIR_FAN_FAULT = (('binaryValue', 435), "R(1)'HVAC'FanSuFlt")
# Energy recovery belt broken (e.g. inactive None)
ENERGY_RECOVERY_BELT_BROKEN = (('binaryValue', 436), "R(1)'HVAC'ErcBltBrk")
# Max.rotary heat exchanger speed state (e.g. active None)
MAX.ROTARY_HEAT_EXCHANGER_SPEED_STATE = (('binaryValue', 438), "R(1)'HVAC'Erc'RotHExgSpmaSta")
# Heating coil state (e.g. active None)
HEATING_COIL_STATE = (('binaryValue', 440), "R(1)'HVAC'HclSta")
# Electrical heater, OFF/ON (e.g. active None)
ELECTRICAL_HEATER_OFF/ON = (('binaryValue', 445), "R(1)'HVAC'Hcl'EnHclEl")
# Reset temporary ventilation operation (e.g. inactive None)
RESET_TEMPORARY_VENTILATION_OPERATION = (('binaryValue', 452), "R(1)'ROpUnDev'RstTmpVntOp")
# Temporary fireplace ventilation (e.g. inactive None)