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High-pressure atomising humidifier (multizone pumping station) · BACnet points list
CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station BACnet points list
Updated 12 November 2026
Short answer
The humiFog Multizone pumping station pressurises water for up to 12 atomising zones. Its c.pCO controller speaks BACnet MS/TP on the BMS port or BACnet IP on Ethernet. The list holds pump production, pressures and water temperature, alarm and warning flags, zone online status, operating hours and versions, plus the zone 1 objects (request, production, probes, set points, status, control mode). All zones can be supervised through the pumping station.
This page lists 325 BACnet objects for the CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station — 129 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from CAREL’s own free documentation, linked below.
- Manufacturer
- CAREL
- Model
- humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station
- Equipment
- High-pressure atomising humidifier (multizone pumping station)
- Equipment type
- Humidifiers
- BACnet objects
- 325 (129 writable)
- Transport
- BACnet IP, BACnet MS/TP
- Firmware
- Not stated
- Default device instance
- 77000
- Also known as
- humiFog Multizone, humiFog Multizone Touch, humiFog Touch Oil-free, humiFog multizone pumping station, UA multizone, c.pCO humiFog, +0300116EN, +0300115EN, +0300127EN
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Reference only, provided as-is: verify against CAREL’s current documentation and the live device before use. Not official CAREL information. Terms of use.
BMS integration notes: CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station
Integration in brief
Enable a supervisor channel with BACnet on the BMS port or Ethernet and set the device instance. Monitor unit status, pump production and pressures and the alarm flags. Zone production is driven per zone: write the zone set points or a zone request from the supervisor (zone 1 objects at 300+, other zones offset by 200).
Minimum points to map
The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.
| Object | Name | Why | Access |
|---|---|---|---|
| BV 372 | ZonesData_C[1].Z_WorkPar.SVEnOnOff | Enable zone 1 on/off from supervisor | Write |
| BV 371 | ZonesData_C[1].Z_WorkPar.SVEnReg | Enable zone 1 control from supervisor | Write |
| BV 373 | ZonesData_C[1].Z_WorkPar.SVOnOff | Zone 1 on/off from supervisor | Write |
| AV 306 | ZonesData_C[1].Z_WorkPar.GlbSetP_Hum | Zone 1 humidity set point, %rh | Write |
| PIV 100 | OnOffStatus | Pumping station status code | Read |
| AV 101 | PmpCurrProd | Current pump production | Read |
| AV 103 | OutletPress | Outlet water pressure | Read |
| PIV 300 | ZonesData_C[1].Z_Info.ZoneStatus | Zone 1 status code | Read |
| BV 100 | CurrAlrmStatus.isPresent | Any alarm active | Read |
| BV 190 | CurrAlrmStatus.Warning | Any warning active | Read |
Enable & remote start
Zone on/off and control from the supervisor must be enabled per zone (SVEnOnOff / SVEnReg in the zone tables), and the supervisor channel's control mode must be set for that zone.
Heartbeat & communication loss
Each supervisor channel has an 'Enable supervisor offline alarm' with a delay (1-999 s, default 180 s) when the channel type is Supervisor + Controller; objects report channel 1-3 offline warnings and alarms.
Sensors & values from the BMS
A zone can take a production request from the supervisor (ZoneData SVReq) instead of its own probes, depending on the zone control mode.
Network setup
- Supervisor settings are under Menu > Settings > System > BMS: BMS port address, baud, stop bits, parity, Ethernet IP settings, and BACnet MS/TP station address, max masters, max frames and device instance.
- MS/TP defaults: station address 0, max masters 127, max frames 10, device instance 77000 (range 0-4194302); BMS port default 19200 baud.
- Only one BACnet instance is available: BACnet cannot run on the BMS (RS485) port and the Ethernet port at the same time.
- Each supervisor channel (Menu > Settings > System > Functions > Channel 1-3) is set to Supervisor or Supervisor + Controller with a protocol + port (ModBus BMS/ETH, BACnet BMS/ETH).
Watch out for
- Do not write variables that are not in the tables; the manual warns it can upset operation.
- Values are scaled by the resolution shown (0.1 for most analog values).
- If the pumping station is paused by the monitoring service, the whole system stops producing.
CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station BACnet objects
Type: AI, AO, AV, BI, BO, BV, MI/MO/MV (multi-state) · Access: Read read-only, Write writable, Command writable with a priority array.
| Description | States | |||||
|---|---|---|---|---|---|---|
| AV | 100 | PmpCurrReq | Production request to the pump | kg/h / lb/h | Read | |
| AVmin | 101 | PmpCurrProd | Current pump production | kg/h / lb/h | Read | |
| AV | 102 | InletPress_Msk | Pumping station inlet water pressure | bar / psi | Read | |
| AVmin | 103 | OutletPress | Pumping station outlet water pressure | bar / psi | Read | |
| AV | 104 | BypassTPrb | Pumping station bypass water temperature | °C / °F | Read | |
| AV | 105 | T_SetP.AFreezeSetP | Low water temperature alarm threshold | °C / °F | Write | |
| AV | 106 | T_SetP.AFreezeHyst | Low water temperature alarm deactivation hysteresis | °C / °F | Write | |
| AV | 107 | T_SetP.ByPassTDrainOpen | Drain solenoid valve DVB opening threshold for high water temperature bypass | °C / °F | Write | |
| AV | 108 | T_SetP.ByPassTWarnResetHyst | High water temperature warning deactivation hysteresis | °C / °F | Write | |
| AV | 109 | T_SetP.ByPassTWarnSet | High water temperature warning threshold | % | Write | |
| AV | 110 | MaxInvOutFreq_Corr | Maximum inverter frequency | Hz | Read | |
| AV | 112 | PmpFlowRate | Reserved | kg/h / lb/h | Read | |
| AV | 300 | ZonesData_C[1].Z_Info.FlowReq | Zone 1 production request | kg/h / lb/h | Read | |
| AV | 301 | ZonesData_C[1].Z_Info.CurrProd | Current zone 1 production | kg/h / lb/h | Read | |
| AV | 302 | ZonesData_C[1].Z_Info.RealReq | Zone 1 request from control signal | % | Read | |
| AV | 303 | ZonesData_C[1].Z_Info.MainPrb | Zone 1 main probe reading | Read | ||
| AV | 304 | ZonesData_C[1].Z_Info.LimitPrb | Zone 1 limit probe reading | Read | ||
| AV | 305 | ZonesData_C[1].Z_Info.RackTPrb | Zone 1 rack temperature probe reading | Read | ||
| AVmin | 306 | ZonesData_C[1].Z_WorkPar.GlbSetP_Hum | Set zone 1 humidity set point | %rh | Write | |
| AV | 307 | ZonesData_C[1].Z_WorkPar.GlbSetP_Temp | Set zone 1 temperature set point | °C / °F | Write | |
| AV | 308 | ZonesData_C[1].Z_WorkPar.GlbSetPLim_Hum | Set zone 1 humidity limit set point | %rh | Write | |
| AV | 309 | ZonesData_C[1].Z_WorkPar.GlbSetPLim_Temp | Set zone 1 temperature limit set point | °C / °F | Write | |
| AV | 310 | ZonesData_C[1].Z_Reg.RackMaxProd | Set zone 1 maximum production | % | Write | |
| AV | 311 | ZonesData_C[1].Z_RackCfg.RackFlowRate | Nominal rack flow-rate | kg/h / lb/h | Read | |
| AV | 312 | ZonesData_C[1].Z_FctsCfg.PressReliefT[1] | Pressure relief function duration for step 1 | s | Write | |
| AV | 313 | ZonesData_C[1].Z_FctsCfg.PressReliefT[2] | Pressure relief function duration for step 2 | s | Write | |
| AV | 314 | ZonesData_C[1].Z_FctsCfg.PressReliefT[3] | Pressure relief function duration for step 3 | s | Write | |
| AV | 315 | ZonesData_C[1].Z_FctsCfg.PressReliefT[4] | Pressure relief function duration for step 4 | s | Write | |
| AV | 316 | ZonesData_C[1].Z_FctsCfg.PressReliefT[5] | Pressure relief function duration for step 5 | s | Write | |
| AV | 317 | ZonesData_C[1].Z_FctsCfg.PressReliefT[6] | Pressure relief function duration for step 6 | s | Write | |
| AV | 318 | ZonesData_C[1].Z_PrbCfg.RackTPrb.Mi_Temp | Minimum rack temperature probe value | °C / °F | Write | |
| AV | 319 | ZonesData_C[1].Z_PrbCfg.RackTPrb.Ma_Temp | Maximum rack temperature probe value | °C / °F | Write | |
| AV | 320 | ZonesData_C[1].Z_PrbCfg.RackTPrb.Offs | Rack temperature probe reading offset | °C / °F | Write | |
| AV | 321 | ZonesData_C[1].Z_FctsCfg.RackTempMng.RackTSetP | Temperature set point for production modulation function from rack probe | °C / °F | Write | |
| AV | 322 | ZonesData_C[1].Z_FctsCfg.RackTempMng.RackTBand | Proportional band for production modulation function from rack probe | °C / °F | Write | |
| AV | 323 | ZonesData_C[1].Z_FctsCfg.RackTempMng.RackTDiff | Differential for disabling the production modulation function from rack probe warning | °C / °F | Write | |
| AV | 325 | ZonesData_C[1].Z_FctsCfg.HighMainHum_WarnThrsh | Set main probe high humidity alarm threshold | %rh | Write | |
| AV | 326 | ZonesData_C[1].Z_FctsCfg.HighMainTemp_WarnThrsh | Set main probe high temperature alarm threshold | °C / °F | Write | |
| AV | 327 | ZonesData_C[1].Z_FctsCfg.LowMainHum_WarnThrsh | Set main probe low humidity alarm threshold | %rh | Write | |
| AV | 328 | ZonesData_C[1].Z_FctsCfg.LowMainTemp_WarnThrsh | Set main probe low temperature alarm threshold | °C / °F | Write | |
| AV | 329 | ZonesData_C[1].Z_FctsCfg.HighLimitHum_WarnThrsh | Set limit probe high humidity alarm threshold | %rh | Write | |
| AV | 330 | ZonesData_C[1].Z_FctsCfg.LowLimitTemp_WarnThrsh | Set limit probe low temperature alarm threshold | °C / °F | Write | |
| AV | 331 | ZonesData_C[1].Z_WorkPar.SVReq | Zone production request from supervisor | % | Write | |
| AV | 332 | ZonesData_C[1].Z_Info.TempDewPoint | Zone dew point temperature calculation | °C / °F | Read | |
| AV | 333 | ZonesData_C[1].Z_Info.TwoPrbsAvg | Two zone probe reading average calculation | Read | ||
| AV | 334 | ZonesData_C[1].Z_Info.ThreePrbsAvg | Three zone probe reading average calculation | Read | ||
| BVmin | 100 | CurrAlrmStatus.isPresent | At least 1 alarm active | Read | 0/1 | |
| BV | 102 | ResetPmpHrs | Partially reset pump operating hours | Write | 0/1 | |
| BV | 103 | EnFill | Enable fill function | Write | 0 = disabled, 1 = enabled | |
| BV | 104 | FillOnlyReqZones | Function to fill zones only with production request, if filling zone by zone | Write | 0 = disabled, 1 = enabled | |
| BV | 105 | ZonesData_C[1].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 1 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 106 | ZonesData_C[2].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 2 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 107 | ZonesData_C[3].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 3 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 108 | ZonesData_C[4].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 4 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 109 | ZonesData_C[5].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 5 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 110 | ZonesData_C[6].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 6 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 111 | ZonesData_C[7].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 7 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 112 | ZonesData_C[8].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 8 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 113 | ZonesData_C[9].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 9 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 114 | ZonesData_C[10].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 10 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 115 | ZonesData_C[11].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 11 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 116 | ZonesData_C[12].Z_FctsCfg.EnRackFullStandby | Enable full standby function for zone 12 | Write | 0=zone stays in full standby at end of production, 1=goes to empty standby after full standby time | |
| BV | 117 | ZoneData_S.Z_FctsCfg.RelayLogicNO7 | Digital output logic for PUMP "programmable relay NO7” | Write | 0 = NC, 1 = NO | |
| BV | 118 | HP_SwitchStatus_NoLogic | High pressure switch digital input (HP) status | Read | 0 = contact closed, 1 = contact open | |
| BV | 119 | HT_ThermostatStatus_NoLogic | High temperature thermostat digital input (HT) status | Read | 0 = contact closed, 1 = contact open | |
| BV | 120 | PumpEnDinStatus_NoLogic | Enable pumping station digital input (PEN) status | Read | 0 = contact closed, 1 = contact open | |
| BV | 121 | RevOsmStatus_NoLogic | Reverse osmosis alarm status digital input (ROAL) status | Read | 0 = contact closed, 1 = contact open | |
| BV | 122 | WaterLeakStatus_NoLogic | Flood sensor digital input (WL) status | Read | 0 = contact closed, 1 = contact open | |
| BV | 123 | Cabinet_UI.SupplyW | Water fill solenoid valve and pump cooling fan digital input (FV) status | Read | 0 = output not energised, 1 = output energised | |
| BV | 124 | Cabinet_UI.Drain | Pumping station water drain digital input (DVB) status | Read | 0 = output not energised, 1 = output energised | |
| BV | 125 | ZoneData_S.Z_RackSteps.LineDrain | Line drain solenoid valve digital input (NOL) status | Read | 0 = output not energised, 1 = output energised | |
| BV | 126 | ZoneData_S.Z_DigIO.NO7_PrgDout | Programmable relay NO7 digital input (PUMP) status | Read | 0 = output not energised, 1 = output energised | |
| BV | 127 | ZoneData_S.Z_DigIO.Alrm_Dout | Alarm status digital input (AL) status | Read | 0 = output not energised, 1 = output energised | |
| BV | 128 | EnHiConductAlrm | Enable pumping station high inlet water conductivity alarm | Write | 0/1 | |
| BV | 130 | LowInletFlow | Low inlet water pressure | Read | 0 = not present, 1 = low pressure present | |
| BV | 131 | Alrm_Retain.Active | ALG01 - Alarm: error in number of retain memory writes | Read | 0/1 | |
| BV | 132 | Alrm_Err_retain_write.Active | ALG02 - Alarm: too many retain memory writes | Read | 0/1 | |
| BV | 133 | Warn_LowPressLP.Active | WRP01 - Warning: low inlet pressure (LP) during production | Read | 0/1 | |
| BV | 134 | Warn_RetMem.Active | WRG03 - Warning: too many retain memory writes | Read | 0/1 | |
| BV | 135 | Alrm_Inv_Overvoltage.Active | ABV01 - Inverter alarm: overvoltage | Read | 0/1 | |
| BV | 136 | Alrm_NoModel.Active | ABC01 - Alarm: no model configured | Read | 0/1 | |
| BV | 137 | Warn_Cu_Maint.Active | WRM01 - Maintenance warning: visual water circuit check required | Read | 0/1 | |
| BV | 138 | Alrm_HighTemp.Active | ABP02 - Alarm: high water temperature | Read | 0/1 | |
| BV | 139 | Alrm_Inv_General.Active | ABV02 - Inverter alarm: general alarm | Read | 0/1 | |
| BV | 140 | Alrm_InvOFF_STATUSline.Active | ABV03 - Inverter alarm: inverter offline | Read | 0/1 | |
| BV | 141 | Alrm_LowTemp.Active | ABP03 - Alarm: low water temperature | Read | 0/1 | |
| BV | 142 | Alrm_Inv_Overtorque.Active | ABV04 - Inverter alarm: overtorque | Read | 0/1 | |
| BV | 143 | Alrm_Inv_HeatsinkOverH.Active | ABV05 - Inverter alarm: overheating | Read | 0/1 | |
| BV | 144 | Warn_HighTemp.Active | WRP04 - Warning: high water temperature | Read | 0/1 | |
| BV | 145 | Warn_HighPressHP.Active | WRP05 - Warning: high outlet pressure (HP) | Read | 0/1 | |
| BV | 146 | Alrm_Inv_Overcurrent.Active | ABV06 - Inverter alarm: overcurrent | Read | 0/1 | |
| BV | 147 | Alrm_Inv_MotorOverload.Active | ABV07 - Inverter alarm: motor overload | Read | 0/1 | |
| BV | 148 | Alrm_LowPressHP.Active | ABP06 - Alarm: low outlet pressure (HP) | Read | 0/1 | |
| BV | 149 | Alrm_Inv_DriveOverload.Active | ABV08 - Inverter alarm: drive overload | Read | 0/1 | |
| BV | 150 | Warn_WMiss.Active | WRP07 - Warning: no inlet water | Read | 0/1 | |
| BV | 151 | Alrm_LowPressLP.Active | ABP08 - Alarm: low inlet pressure (LP) during production | Read | 0/1 | |
| BV | 152 | Alrm_HighPressHP.Active | ABP09 - Alarm: high outlet pressure (HP) | Read | 0/1 | |
| BV | 153 | Alrm_HighPressLP.Active | ABP10 - Alarm: high inlet pressure (LP) | Read | 0/1 | |
| BV | 154 | Alrm_Slave1.Active | ALZ01 - Alarm: zone 1 panel alarm | Read | 0/1 | |
| BV | 155 | Alrm_Slave2.Active | ALZ02 - Alarm: zone 2 panel alarm | Read | 0/1 | |
| BV | 156 | Alrm_Slave3.Active | ALZ03 - Alarm: zone 3 panel alarm | Read | 0/1 | |
| BV | 157 | Alrm_Slave4.Active | ALZ04 - Alarm: zone 4 panel alarm | Read | 0/1 | |
| BV | 158 | Alrm_Slave5.Active | ALZ05 - Alarm: zone 5 panel alarm | Read | 0/1 | |
| BV | 159 | Alrm_Slave6.Active | ALZ06 - Alarm: zone 6 panel alarm | Read | 0/1 | |
| BV | 160 | Alrm_Slave7.Active | ALZ07 - Alarm: zone 7 panel alarm | Read | 0/1 | |
| BV | 161 | Alrm_Slave8.Active | ALZ08 - Alarm: zone 8 panel alarm | Read | 0/1 | |
| BV | 162 | Alrm_Slave9.Active | ALZ09 - Alarm: zone 9 panel alarm | Read | 0/1 | |
| BV | 163 | Alrm_Slave10.Active | ALZ10 - Alarm: zone 10 panel alarm | Read | 0/1 | |
| BV | 164 | Alrm_Slave11.Active | ALZ11 - Alarm: zone 11 panel alarm | Read | 0/1 | |
| BV | 165 | Alrm_Slave12.Active | ALZ12 - Alarm: zone 12 panel alarm | Read | 0/1 | |
| BV | 166 | Alrm_Water_Leakage.Active | ABR01 - Alarm: water flooding detected (WL) | Read | 0/1 | |
| BV | 167 | Alrm_RevOsmNotReady.Active | ABR02 - Alarm: reverse osmosis system not ready (ROAL) | Read | 0/1 | |
| BV | 168 | Alrm_BypassTPrb.Active | ABA03 - Alarm: bypass temperature probe broken or disconnected | Read | 0/1 | |
| BV | 169 | Alrm_InletPressPrb.Active | ABA04 - Alarm: water inlet pressure probe (LP) broken or disconnected | Read | 0/1 | |
| BV | 170 | Alrm_OutletPressPrb.Active | ABA05 - Alarm: water outlet pressure probe (HP) broken or disconnected | Read | 0/1 | |
| BV | 171 | Warn_HighConduct.Active | WRA07 - Warning: high water conductivity measured | Read | 0/1 | |
| BV | 172 | Alrm_ConductPrb.Active | ABA08 - Alarm: conductivity probe broken or disconnected | Read | 0/1 | |
| BV | 173 | Alrm_HighConduct.Active | ABA09 - Alarm: high water conductivity measured | Read | 0/1 | |
| BV | 174 | Warn_ReqTooHigh.Active | WRC03 - Warning: production request is too high for pump nominal flow rate | Read | 0/1 | |
| BV | 175 | Alrm_HighPressHPWashFill.Active | ABP11 - Alarm: high water outlet pressure (HP) during wash or fill | Read | 0/1 | |
| BV | 176 | Warn_Maint_Bi.Active | WRM02 - Maintenance warning: oil change required | Read | 0/1 | |
| BV | 177 | Warn_Maint_ResMan.Active | WRM03 - Maintenance warning: oil change and parts replacement required | Read | 0/1 | |
| BV | 178 | Warn_LowPressHP.Active | WRP11 - Warning: low outlet pressure (HP) | Read | 0/1 | |
| BV | 179 | Warn_SVOffline_Channel1.Active | WRO02 - Warning: supervisor channel 1 offline | Read | 0/1 | |
| BV | 180 | Warn_SVOffline_Channel2.Active | WRO03 - Warning: supervisor channel 2 offline | Read | 0/1 | |
| BV | 181 | Warn_SVOffline_Channel3.Active | WRO04 - Warning: supervisor channel 3 offline | Read | 0/1 | |
| BV | 182 | Alrm_SVOffline_Channel1.Active | ALO06 - Alarm: supervisor channel 1 offline | Read | 0/1 | |
| BV | 183 | Alrm_SVOffline_Channel2.Active | ALO07 - Alarm: supervisor channel 2 offline | Read | 0/1 | |
| BV | 184 | Alrm_SVOffline_Channel3.Active | ALO08 - Alarm: supervisor channel 3 offline | Read | 0/1 | |
| BV | 185 | Warn_BackupFail.Active | WRB01 - Warning: backup pump activation failed | Read | 0/1 | |
| BV | 186 | Warn_BackupOffline.Active | WRB02 - Warning: backup pump offline | Read | 0/1 | |
| BV | 187 | Alrm_BackupOffline.Active | WRB03 - Warning: backup pump offline | Read | 0/1 | |
| BV | 188 | UnitPause | Unit setting paused | Write | 0=not paused; 1=paused | |
| BV | 189 | DisableVarUnitPause | Disable pause from monit. service | Read | 0: pause not disabled, 1: pause disabled | |
| BVmin | 190 | CurrAlrmStatus.Warning | At least 1 warning active | Read | 0/1 | |
| BV | 191 | UnitCfg.isMasterSec | Pumping unit type set to secondary (only with backup function enabled) | Read | 0/1 | |
| BV | 192 | UnitCfg_UI.PressWaterMode | Pressurised water mode selected | Read | 0/1 | |
| BV | 193 | Slave_1_ComStatus.isOnline | Zone 1 online status | Read | 0/1 | |
| BV | 194 | Slave_2_ComStatus.isOnline | Zone 2 online status | Read | 0/1 | |
| BV | 195 | Slave_3_ComStatus.isOnline | Zone 3 online status | Read | 0/1 | |
| BV | 196 | Slave_4_ComStatus.isOnline | Zone 4 online status | Read | 0/1 | |
| BV | 197 | Slave_5_ComStatus.isOnline | Zone 5 online status | Read | 0/1 | |
| BV | 198 | Slave_6_ComStatus.isOnline | Zone 6 online status | Read | 0/1 | |
| BV | 199 | Slave_7_ComStatus.isOnline | Zone 7 online status | Read | 0/1 | |
| BV | 200 | Slave_8_ComStatus.isOnline | Zone 8 online status | Read | 0/1 | |
| BV | 201 | Slave_9_ComStatus.isOnline | Zone 9 online status | Read | 0/1 | |
| BV | 202 | Slave_10_ComStatus.isOnline | Zone 10 online status | Read | 0/1 | |
| BV | 203 | Slave_11_ComStatus.isOnline | Zone 11 online status | Read | 0/1 | |
| BV | 204 | Slave_12_ComStatus.isOnline | Zone 12 online status | Read | 0/1 | |
| BV | 205 | UnitCfg.isZone1Remoted | Zone 1 remote | Read | 0/1 | |
| BV | 206 | EnMstFullStandbyMaxT | Enable pump-zone line emptying in standby | Write | 0/1 | |
| BV | 213 | Warn_DefInst_Pmp.Active | WRC04 - Warning: reset defaults from pumping station | Read | 0/1 | |
| BV | 214 | EnMultiNet | Enabling of the multi-network | Write | 0/1 | |
| BV | 215 | EnFillWashProdLim | Enabling of production limitation during filling/washing | Write | 0/1 | |
| BV | 301 | ZonesData_C[1].Z_FctsCfg.RackTempMng.EnRackTMng | Enable production modulation function from rack temperature probe reading | Write | 0 = disabled, 1 = enabled | |
| BV | 302 | ZonesData_C[1].Z_FctsCfg.RackTempMng.EnRackTReducedProd | Enable production reduction based on rack temperature | Write | 0/1 | |
| BV | 303 | ZonesData_C[1].Z_FctsCfg.RackTempMng.EnRackTWarn | Select type of signal for low rack temperature | Write | 0 = notification, 1 = warning | |
| BV | 304 | ZonesData_C[1].Z_FctsCfg.EnDlydHumPrbAlrmCtrl | Enable humidity probe control delay for alarm activation | Write | 0/1 | |
| BV | 305 | ZonesData_C[1].Z_FctsCfg.RackEnLogic | Enable zone production digital input (RACKEN) status | Write | 0 = contact closed, 1 = contact open | |
| BV | 306 | ZonesData_C[1].Z_FctsCfg.AirFlowSwitchLogic | Flow switch digital input (FLUX) status | Write | 0 = contact closed, 1 = contact open | |
| BV | 307 | ZonesData_C[1].Z_FctsCfg.ZoneStatusDout_Logic | "Zone status" ZONE digital output logic | Write | 0 = NC, 1 = NO | |
| BV | 308 | ZonesData_C[1].Z_FctsCfg.AlrmDOutLogic | "Alarm status" AL digital output logic | Write | 0 = NC, 1 = NO | |
| BV | 309 | ZonesData_C[1].Z_FctsCfg.RelayLogicNO7 | "Programmable relay NO7" digital output logic | Write | 0 = NC, 1 = NO | |
| BV | 310 | ZonesData_C[1].Z_DigIO.RackEnStatus_NoLogic | Enable zone production digital input (RACKEN) status | Read | 0 = contact closed, 1 = contact open | |
| BV | 311 | ZonesData_C[1].Z_DigIO.AirFlowSwitchStatus_NoLogic | Flow switch digital input (FLUX) status | Read | 0 = contact closed, 1 = contact open | |
| BV | 312 | ZonesData_C[1].Z_RackSteps.LineDrain | Line drain digital output (NOL) status | Read | 0 = output not energised, 1 = output energised | |
| BV | 313 | ZonesData_C[1].Z_DigIO.NO7_PrgDout | Programmable relay NO7 digital output status | Read | 0 = output not energised, 1 = output energised | |
| BV | 314 | ZonesData_C[1].Z_DigIO.Alrm_Dout | Alarm status digital input (AL) status | Read | 0 = output not energised, 1 = output energised | |
| BV | 315 | ZonesData_C[1].Z_RackSteps.Ventilation | Rack ventilation solenoid valve digital output (NOV) status | Read | 0 = output energised, 1 = output not energised | |
| BV | 316 | ZonesData_C[1].Z_FctsCfg.ZoneManModeEnFill | Enable filling function for zone manual mode | Write | 0 = disabled, 1 = enabled | |
| BV | 323 | ZonesData_C[1].Z_RackSteps.Step[1].Fill | Rack fill solenoid valve status - step 1 | Read | 0 = closed, 1 = open | |
| BV | 324 | ZonesData_C[1].Z_RackSteps.Step[2].Fill | Rack fill solenoid valve status - step 2 | Read | 0 = closed, 1 = open | |
| BV | 325 | ZonesData_C[1].Z_RackSteps.Step[3].Fill | Rack fill solenoid valve status - step 3 | Read | 0 = closed, 1 = open | |
| BV | 326 | ZonesData_C[1].Z_RackSteps.Step[4].Fill | Rack fill solenoid valve status - step 4 | Read | 0 = closed, 1 = open | |
| BV | 327 | ZonesData_C[1].Z_RackSteps.Step[5].Fill | Rack fill solenoid valve status - step 5 | Read | 0 = closed, 1 = open | |
| BV | 328 | ZonesData_C[1].Z_RackSteps.Step[6].Fill | Rack fill solenoid valve status - step 6 | Read | 0 = closed, 1 = open | |
| BV | 329 | ZonesData_C[1].Z_RackSteps.Step[1].Drain | Rack drain solenoid valve status - step 1 | Read | 0 = closed, 1 = open | |
| BV | 330 | ZonesData_C[1].Z_RackSteps.Step[2].Drain | Rack drain solenoid valve status - step 2 | Read | 0 = closed, 1 = open | |
| BV | 331 | ZonesData_C[1].Z_RackSteps.Step[3].Drain | Rack drain solenoid valve status - step 3 | Read | 0 = closed, 1 = open | |
| BV | 332 | ZonesData_C[1].Z_RackSteps.Step[4].Drain | Rack drain solenoid valve status - step 4 | Read | 0 = closed, 1 = open | |
| BV | 333 | ZonesData_C[1].Z_RackSteps.Step[5].Drain | Rack drain solenoid valve status - step 5 | Read | 0 = closed, 1 = open | |
| BV | 334 | ZonesData_C[1].Z_RackSteps.Step[6].Drain | Rack drain solenoid valve status - step 6 | Read | 0 = closed, 1 = open | |
| BV | 341 | ZonesData_C[1].Z_Alrms.Alrm_MainPrb | ALA01 - Zone 1 alarm: main probe broken or disconnected | Read | 0/1 | |
| BV | 342 | ZonesData_C[1].Z_RackSteps.Ventilation | ALA02 - Zone 1 alarm: limit probe broken or disconnected | Read | 0/1 | |
| BV | 343 | ZonesData_C[1].Z_Alrms.Alrm_NoRack | ABC02 - Zone 1 alarm: distribution system not configured | Read | 0/1 | |
| BV | 344 | ZonesData_C[1].Z_Alrms.Alrm_MasterOffline | ABO01 - Zone 1 alarm: pumping station offline | Read | 0/1 | |
| BV | 345 | ZonesData_C[1].Z_Alrms.Alrm_RackTPrb | ABA06 - Zone 1 alarm: rack temperature probe broken or disconnected | Read | 0/1 | |
| BV | 346 | ZonesData_C[1].Z_Alrms.Warn_LowRackTemp | WRA10 - Zone 1 warning: low rack temperature | Read | 0/1 | |
| BV | 347 | ZonesData_C[1].Z_Alrms.Warn_HighHumMainPrb | WRA11 - Zone 1 warning: high humidity measured by main probe | Read | 0/1 | |
| BV | 348 | ZonesData_C[1].Z_Alrms.Warn_LowHumMainPrb | WRA12 - Zone 1 warning: low humidity measured by main probe | Read | 0/1 | |
| BV | 349 | ZonesData_C[1].Z_Alrms.Warn_HighTempMainPrb | WRA13 - Zone 1 warning: high temperature measured by main probe | Read | 0/1 | |
| BV | 350 | ZonesData_C[1].Z_Alrms.Warn_LowTempMainPrb | WRA14 - Zone 1 warning: low temperature measured by main probe | Read | 0/1 | |
| BV | 351 | ZonesData_C[1].Z_Alrms.Warn_HighHumLimPrb | WRA15 - Zone 1 warning: high humidity measured by limit probe | Read | 0/1 | |
| BV | 352 | ZonesData_C[1].Z_Alrms.Warn_LowTempLimPrb | WRA16 - Zone 1 warning: low humidity measured by limit probe | Read | 0/1 | |
| BV | 353 | ZonesData_C[1].Z_Alrms.Warn_HighHumTwoPrbsAvg | WRA17 - Zone 1 warning: high humidity measured by average of 2 probes | Read | 0/1 | |
| BV | 354 | ZonesData_C[1].Z_Alrms.Warn_LowHumTwoPrbsAvg | WRA18 - Zone 1 warning: low humidity measured by average of 2 probes | Read | 0/1 | |
| BV | 355 | ZonesData_C[1].Z_Alrms.Warn_HighTempTwoPrbsAvg | WRA19 - Zone 1 warning: high temperature measured by average of 2 probes | Read | 0/1 | |
| BV | 356 | ZonesData_C[1].Z_Alrms.Warn_LowTempTwoPrbsAvg | WRA20 - Zone 1 warning: low temperature measured by average of 2 probes | Read | 0/1 | |
| BV | 357 | ZonesData_C[1].Z_Alrms.Warn_HighHumThreePrbsAvg | WRA21 - Zone 1 warning: high humidity measured by average of 3 probes | Read | 0/1 | |
| BV | 358 | ZonesData_C[1].Z_Alrms.Warn_LowHumThreePrbsAvg | WRA22 - Zone 1 warning: low humidity measured by average of 3 probes | Read | 0/1 | |
| BV | 359 | ZonesData_C[1].Z_Alrms.Warn_HighTempThreePrbsAvg | WRA23 - Zone 1 warning: high temperature measured by average of 3 probes | Read | 0/1 | |
| BV | 360 | ZonesData_C[1].Z_Alrms.Warn_LowTempThreePrbsAvg | WRA24 - Zone 1 warning: low temperature measured by average of 3 probes | Read | 0/1 | |
| BV | 361 | ZonesData_C[1].Z_Alrms.Warn_SVOffline | WRO05 - Zone 1 warning: supervisor offline | Read | 0/1 | |
| BV | 362 | ZonesData_C[1].Z_Alrms.Alrm_SVOffline | WRO09 - Zone 1 alarm: supervisor offline | Read | 0/1 | |
| BV | 363 | ZonesData_C[1].Z_Alrms.Alrm_Retain | ALG01 - Zone 1 alarm: error in number of retain memory writes | Read | 0/1 | |
| BV | 364 | ZonesData_C[1].Z_Alrms.Alrm_Err_retain_write | ALG02 - Zone 1 alarm: too many retain memory writes | Read | 0/1 | |
| BV | 365 | ZonesData_C[1].Z_Alrms.Warn_RetMem | WRG03 - Zone 1 warning: too many retain memory writes | Read | 0/1 | |
| BV | 366 | ZonesData_C[1].Z_Alrms.Alrm_NoModel | ABC01 - Zone 1 alarm: no model configured | Read | 0/1 | |
| BV | 367 | ZonesData_C[1].Z_WorkPar.UnitPause | Unit setting paused | Write | 0=not paused; 1=paused | |
| BV | 368 | ZonesData_C[1].Z_WorkPar.DisableVarUnitPause | Disable pause from monitoring service | Read | 0: pause not disabled, 1: pause disabled | |
| BV | 369 | ZonesData_C[1].Z_Info.ZoneAlrmPresent | At least 1 alarm active in zone | Read | 0/1 | |
| BV | 370 | ZonesData_C[1].Z_Info.ZoneWarning | At least 1 warning active in zone | Read | 0/1 | |
| BVmin | 371 | ZonesData_C[1].Z_WorkPar.SVEnReg | Enable zone control from supervisor | Write | 0/1 | |
| BVmin | 372 | ZonesData_C[1].Z_WorkPar.SVEnOnOff | Enable zone 1 on/off from supervisor | Write | 0/1 | |
| BVmin | 373 | ZonesData_C[1].Z_WorkPar.SVOnOff | Zone 1 on/off from supervisor | Write | 0/1 | |
| BV | 374 | ZonesData_C[1].Z_RackCfg.EnRotSteps | Enable step rotation in zone 1 | Write | 0/1 | |
| PIVmin | 100 | OnOffStatus | Pump status | Read | 1=Off from keypad, 2=Off from supervisor, 3=Standby, 4=Production, 6=Wash, 7=Fill, 8=Warning, 9=Alarm, 12=Off from scheduler, 13=Off from DIN, 15=Off from flow switch, 16=Off from zone, 18=Pump alarm, 19=Off from pump, 20=Off from pump DIN, 22=Zone manual mode, 23=Slowdown, 27=Off from zones | |
| PIV | 101 | SwVer.X | Software version X (Major) | Read | ||
| PIV | 102 | SwVer.Y | Software version Y (Minor) | Read | ||
| PIV | 103 | SwVer.Z | Software version Z (Patch) | Read | ||
| PIV | 104 | OSVer.X | Operating system version X (Major) | Read | ||
| PIV | 105 | OSVer.Y | Operating system version Y (Minor) | Read | ||
| PIV | 106 | OSVer.Z | Operating system version Z (Patch) | Read | ||
| PIV | 107 | Core | c.pCO core version | Read | ||
| PIV | 108 | PmpHrs_PAR | Partial count of pump operating hours | h | Read | |
| PIV | 109 | PmpNextMaintThrsh | Hours threshold for next pump maintenance | h | Read | |
| PIV | 110 | PmpHrs_TOT | Total count of pump operating hours | h | Read | |
| PIV | 111 | UnitHrs | Total count of unit operating hours | h | Read | |
| PIV | 112 | PmpResDate.Day | Pump partial operating hours reset date - Day | d | Read | |
| PIV | 113 | PmpResDate.Month | Pump partial operating hours reset date - Month | m | Read | |
| PIV | 114 | PmpResDate.Year | Pump partial operating hours reset date - Year | y | Read | |
| PIV | 115 | PmpResDate.Hour | Pump partial operating hours reset date - Hours | h | Read | |
| PIV | 116 | PmpResDate.Minute | Pump partial operating hours reset date - Minutes | m | Read | |
| PIV | 117 | UnitCfg.UnitModel | Unit model | Read | ||
| PIV | 118 | ZoneData_S.Z_FctsCfg.FillT | Fill duration if “all zones together” option selected | min | Write | |
| PIV | 119 | FillMultiType | Type of filling for multi-zone system | Write | 0 = all zones together, 1 = one zone at a time | |
| PIV | 120 | ZonesData_C[1].Z_FctsCfg.FillT | Fill duration zone 1 | min | Write | |
| PIV | 121 | ZonesData_C[2].Z_FctsCfg.FillT | Fill duration zone 2 | min | Write | |
| PIV | 122 | ZonesData_C[3].Z_FctsCfg.FillT | Fill duration zone 3 | min | Write | |
| PIV | 123 | ZonesData_C[4].Z_FctsCfg.FillT | Fill duration zone 4 | min | Write | |
| PIV | 124 | ZonesData_C[5].Z_FctsCfg.FillT | Fill duration zone 5 | min | Write | |
| PIV | 125 | ZonesData_C[6].Z_FctsCfg.FillT | Fill duration zone 6 | min | Write | |
| PIV | 126 | ZonesData_C[7].Z_FctsCfg.FillT | Fill duration zone 7 | min | Write | |
| PIV | 127 | ZonesData_C[8].Z_FctsCfg.FillT | Fill duration zone 8 | min | Write | |
| PIV | 128 | ZonesData_C[9].Z_FctsCfg.FillT | Fill duration zone 9 | min | Write | |
| PIV | 129 | ZonesData_C[10].Z_FctsCfg.FillT | Fill duration zone 10 | min | Write | |
| PIV | 130 | ZonesData_C[11].Z_FctsCfg.FillT | Fill duration zone 11 | min | Write | |
| PIV | 131 | ZonesData_C[12].Z_FctsCfg.FillT | Fill duration zone 12 | min | Write | |
| PIV | 132 | WashMode | Wash mode | Write | 0 = wash disabled, 1 = wash due to inactivity, 2 = daily wash | |
| PIV | 133 | WashMultiType | Wash type for multi-zone system | Write | 0 = all zones together, 1 = one zone at a time | |
| PIV | 134 | ZoneData_S.Z_FctsCfg.WashT | Wash time, if “wash all zones together” enabled | min | Write | |
| PIV | 135 | PerWashHrThr | Inactivity time to activate the wash due to inactivity | Write | ||
| PIV | 136 | DailyWashHr | Select hours for daily wash | Write | ||
| PIV | 137 | DailyWashMin | Select minutes for daily wash | Write | ||
| PIV | 138 | ZonesData_C[1].Z_FctsCfg.WashT | Wash duration zone 1 | min | Write | |
| PIV | 139 | ZonesData_C[2].Z_FctsCfg.WashT | Wash duration zone 2 | min | Write | |
| PIV | 140 | ZonesData_C[3].Z_FctsCfg.WashT | Wash duration zone 3 | min | Write | |
| PIV | 141 | ZonesData_C[4].Z_FctsCfg.WashT | Wash duration zone 4 | min | Write | |
| PIV | 142 | ZonesData_C[5].Z_FctsCfg.WashT | Wash duration zone 5 | min | Write | |
| PIV | 143 | ZonesData_C[6].Z_FctsCfg.WashT | Wash duration zone 6 | min | Write | |
| PIV | 144 | ZonesData_C[7].Z_FctsCfg.WashT | Wash duration zone 7 | min | Write | |
| PIV | 145 | ZonesData_C[8].Z_FctsCfg.WashT | Wash duration zone 8 | min | Write | |
| PIV | 146 | ZonesData_C[9].Z_FctsCfg.WashT | Wash duration zone 9 | min | Write | |
| PIV | 147 | ZonesData_C[10].Z_FctsCfg.WashT | Wash duration zone 10 | min | Write | |
| PIV | 148 | ZonesData_C[11].Z_FctsCfg.WashT | Wash duration zone 11 | min | Write | |
| PIV | 149 | ZonesData_C[12].Z_FctsCfg.WashT | Wash duration zone 12 | min | Write | |
| PIV | 150 | ZonesData_C[1].Z_FctsCfg.FullStandbyMaxT | Zone 1 full standby duration | h | Write | |
| PIV | 151 | ZonesData_C[2].Z_FctsCfg.FullStandbyMaxT | Zone 2 full standby duration | h | Write | |
| PIV | 152 | ZonesData_C[3].Z_FctsCfg.FullStandbyMaxT | Zone 3 full standby duration | h | Write | |
| PIV | 153 | ZonesData_C[4].Z_FctsCfg.FullStandbyMaxT | Zone 4 full standby duration | h | Write | |
| PIV | 154 | ZonesData_C[5].Z_FctsCfg.FullStandbyMaxT | Zone 5 full standby duration | h | Write | |
| PIV | 155 | ZonesData_C[6].Z_FctsCfg.FullStandbyMaxT | Zone 6 full standby duration | h | Write | |
| PIV | 156 | ZonesData_C[7].Z_FctsCfg.FullStandbyMaxT | Zone 7 full standby duration | h | Write | |
| PIV | 157 | ZonesData_C[8].Z_FctsCfg.FullStandbyMaxT | Zone 8 full standby duration | h | Write | |
| PIV | 158 | ZonesData_C[9].Z_FctsCfg.FullStandbyMaxT | Zone 9 full standby duration | h | Write | |
| PIV | 159 | ZonesData_C[10].Z_FctsCfg.FullStandbyMaxT | Zone 10 full standby duration | h | Write | |
| PIV | 160 | ZonesData_C[11].Z_FctsCfg.FullStandbyMaxT | Zone 11 full standby duration | h | Write | |
| PIV | 161 | ZonesData_C[12].Z_FctsCfg.FullStandbyMaxT | Zone 12 full standby duration | h | Write | |
| PIV | 162 | FunctSelNO7_Mst | Select function for PUMP programmable relay NO7 | Write | 0=Unit life status, 1=Low rack temp. warning, 2=Pump status, 3=Pump maintenance warning, 4=Missing water warning, 5=Low inlet press. warning, 6 = Low inlet press. alarm, 7=Low water temp. alarm | |
| PIV | 163 | Conductivity | Pumping station inlet water conductivity | uS/cm | Read | |
| PIV | 164 | P_SetP.LowPAlrmDly | Pumping station low outlet pressure alarm delay | s | Write | |
| PIV | 165 | HiConductAlrmThrsh | High water conductivity alarm threshold | uS/cm | Write | |
| PIV | 166 | HiConductWarnThrsh | High water conductivity warning threshold | uS/cm | Write | |
| PIV | 167 | HiConductWarnHyst | High water conductivity warning deactivation hysteresis | uS/cm | Write | |
| PIV | 168 | HiConductAlrmDlyT | High water conductivity alarm delay | min | Write | |
| PIV | 169 | T_SetP.AFreezeAlrmDly | Low water temperature alarm delay | s | Write | |
| PIV | 171 | PmpManModeWait | Pump manual mode activation status | Read | 0 = manual mode available, 1 = waiting for wash to finish, 2 = waiting for fill to finish, 3 = waiting for production to finish | |
| PIV | 178 | Year | Current year (YYYY) | y | Read | |
| PIV | 179 | Month | Current month (MM) | m | Read | |
| PIV | 180 | Day | Current day (DD) | d | Read | |
| PIV | 181 | Hour | Current time | h | Read | |
| PIV | 182 | Minute | Current minute | Read | ||
| PIV | 183 | DayOfWeek | Day of the week | Read | ||
| PIV | 184 | UoM_SV | Unit of measure | Write | 2: Imperial system, 6: International system | |
| PIV | 185 | VerFrom_pgdxF | pGDx user interface software version | Read | ||
| PIV | 186 | ZoneData_S.Z_Info.IPConfig[2] | Pump IP address | Read | ||
| PIV | 187 | UnitCfg.ZonesNum | Set the number of zones in the system | Read | ||
| PIV | 188 | MstFullStandbyMaxT | Pump-zone line emptying delay in standby | Write | ||
| PIV | 189 | MstEmptyStandbyMaxTFill | Pump-zone line emptying time in standby | Write | ||
| PIV | 190 | Bckp_Status | Reserved | Read | ||
| PIV | 195 | NetNum | Network number for multi-network | Write | ||
| PIV | 203 | P_SetP.LinePressRelT | Line pressure release: maximum time for managing line pressure after slowdown | Write | ||
| PIVmin | 300 | ZonesData_C[1].Z_Info.ZoneStatus | Zone 1 status | Read | 0=Power On, 10=Software initialisation, 20=Awaiting network, 30=Wash, 40=Fill, 50=Standby empty, 60=Standby full, 70=Water control, 80=Production, 90=Slowdown, 100=Pre-wash, 110=Alarm, 120=Bypass calibration fill, 130=Bypass calibration, 140=Waiting for control, 150=WTS water change, 160=Disabled | |
| PIV | 301 | ZonesData_C[1].Z_Reg.RegTyp | Control mode | Write | 0=on/off, 1=on/off + humidity limit, 2=on/off + temperature limit, 3=external signal, 4=external signal + humidity limit, 5=external signal + temperature limit, 6=humidity, 7=humidity + limit humidity, 8=humidity + temperature limit, 9=temperature, 10=temperature + temperature limit, 11=temperature + humidity limit, 12=2 humidity probes, 13=2 temperature probes, 14=3 humidity probes, 15=3 temperature probes, 16=2 temperature probes + humidity limit, 17=dewpoint, 18=dewpoint + humidity limit | |
| PIV | 302 | ZonesData_C[1].Z_SysInfo.SwVer.X | Software version X (Major) | Read | ||
| PIV | 303 | ZonesData_C[1].Z_SysInfo.SwVer.Y | Operating system version Y (Minor) | Read | ||
| PIV | 304 | ZonesData_C[1].Z_SysInfo.SwVer.Z | Software version Z (Patch) | Read | ||
| PIV | 305 | ZonesData_C[1].Z_SysInfo.OSVer.X | Operating system version X (Major) | Read | ||
| PIV | 306 | ZonesData_C[1].Z_SysInfo.OSVer.Y | Operating system version Y (Minor) | Read | ||
| PIV | 307 | ZonesData_C[1].Z_SysInfo.OSVer.Z | Operating system version Z (Patch) | Read | ||
| PIV | 308 | ZonesData_C[1].Z_SysInfo.CoreType | c.pCO core version | Read | ||
| PIV | 309 | ZonesData_C[1].Z_SysInfo.UnitModel | Unit model | Read | ||
| PIV | 310 | ZonesData_C[1].Z_PrbCfg.RackTPrb.UITyp | Select rack temperature probe type | Write | 0 = 0-1 V, 1 = 0-10 V, 2 = 2-10 V, 3 = 0-20 mA, 4 = 4-20 mA, 5 = NTC | |
| PIV | 311 | ZonesData_C[1].Z_FctsCfg.HumPrbAlrmCtrlDel | Enable control probe alarm delay at start of production | min | Write | 0 = disabled, 1 = enabled |
| PIV | 312 | ZonesData_C[1].Z_FctsCfg.FunctSelNO7_Slv | Select programmable relay NO7 function | Write | 0 = Unit life status, 1 = Low rack temperature warning | |
| PIV | 314 | ZonesData_C[1].Z_Info.ZoneManModeWait | Zone manual mode activation status | Read | 0 = manual mode available, 1 = waiting for wash to finish, 2 = waiting for fill to finish, 3 = waiting for production to finish | |
| PIV | 332 | ZonesData_C[1].Z_FctsCfg.PrbThrshsWarnDly | High/low humidity/temperature alarm delay | min | Write | |
| PIV | 333 | ZonesData_C[1].Z_Info.IPConfig[2] | Zone IP address | Read | ||
| PIV | 335 | ZonesData_C[1].Z_Info.OnOffStatus | Reserved | Read | ||
| PIV | 336 | ZonesData_C[1].Z_RackCfg.RotStepsT | Zone 1 step rotation delay | min | Write | |
| BV | 211 | Warn_AirPurge.Active | WRM05 - Warning: pump venting required (oil-free model) | Read | 0/1 | |
| BV | 212 | Warn_Maint_ResMan_OilFree.Active | WRM04 - Warning: pump inspection required (oil-free model) | Read | 0/1 | |
| PIV | 191 | OilFreePmpAirPurgeT | Pump venting procedure duration (oil-free model) | s | Write | |
| PIV | 192 | OilFreePmpStartDly | Oil-free pump start delay (oil-free model) | s | Write | |
| PIV | 202 | PmpMaintCntDwn | Countdown to next pump maintenance (non-touch and oil-free manuals) | h | Read |
No points match these filters.
Object ID lookup: CAREL humiFog Multizone pumping station point IDs by name
AV100PmpCurrReqAV101PmpCurrProdAV102InletPress_MskAV103OutletPressAV104BypassTPrbAV105T_SetP.AFreezeSetPAV106T_SetP.AFreezeHystAV107T_SetP.ByPassTDrainOpenAV108T_SetP.ByPassTWarnResetHystAV109T_SetP.ByPassTWarnSetAV110MaxInvOutFreq_CorrAV112PmpFlowRateAV300ZonesData_C[1].Z_Info.FlowReqAV301ZonesData_C[1].Z_Info.CurrProdAV302ZonesData_C[1].Z_Info.RealReqAV303ZonesData_C[1].Z_Info.MainPrbAV304ZonesData_C[1].Z_Info.LimitPrbAV305ZonesData_C[1].Z_Info.RackTPrbAV306ZonesData_C[1].Z_WorkPar.GlbSetP_HumAV307ZonesData_C[1].Z_WorkPar.GlbSetP_TempAV308ZonesData_C[1].Z_WorkPar.GlbSetPLim_HumAV309ZonesData_C[1].Z_WorkPar.GlbSetPLim_TempAV310ZonesData_C[1].Z_Reg.RackMaxProdAV311ZonesData_C[1].Z_RackCfg.RackFlowRateAV312ZonesData_C[1].Z_FctsCfg.PressReliefT[1]AV313ZonesData_C[1].Z_FctsCfg.PressReliefT[2]AV314ZonesData_C[1].Z_FctsCfg.PressReliefT[3]AV315ZonesData_C[1].Z_FctsCfg.PressReliefT[4]AV316ZonesData_C[1].Z_FctsCfg.PressReliefT[5]AV317ZonesData_C[1].Z_FctsCfg.PressReliefT[6]AV318ZonesData_C[1].Z_PrbCfg.RackTPrb.Mi_TempAV319ZonesData_C[1].Z_PrbCfg.RackTPrb.Ma_TempAV320ZonesData_C[1].Z_PrbCfg.RackTPrb.OffsAV321ZonesData_C[1].Z_FctsCfg.RackTempMng.RackTSetPAV322ZonesData_C[1].Z_FctsCfg.RackTempMng.RackTBandAV323ZonesData_C[1].Z_FctsCfg.RackTempMng.RackTDiffAV325ZonesData_C[1].Z_FctsCfg.HighMainHum_WarnThrshAV326ZonesData_C[1].Z_FctsCfg.HighMainTemp_WarnThrshAV327ZonesData_C[1].Z_FctsCfg.LowMainHum_WarnThrshAV328ZonesData_C[1].Z_FctsCfg.LowMainTemp_WarnThrshAV329ZonesData_C[1].Z_FctsCfg.HighLimitHum_WarnThrshAV330ZonesData_C[1].Z_FctsCfg.LowLimitTemp_WarnThrshAV331ZonesData_C[1].Z_WorkPar.SVReqAV332ZonesData_C[1].Z_Info.TempDewPointAV333ZonesData_C[1].Z_Info.TwoPrbsAvgAV334ZonesData_C[1].Z_Info.ThreePrbsAvgBV100CurrAlrmStatus.isPresentBV102ResetPmpHrsBV103EnFillBV104FillOnlyReqZonesBV105ZonesData_C[1].Z_FctsCfg.EnRackFullStandbyBV106ZonesData_C[2].Z_FctsCfg.EnRackFullStandbyBV107ZonesData_C[3].Z_FctsCfg.EnRackFullStandbyBV108ZonesData_C[4].Z_FctsCfg.EnRackFullStandbyBV109ZonesData_C[5].Z_FctsCfg.EnRackFullStandbyBV110ZonesData_C[6].Z_FctsCfg.EnRackFullStandbyBV111ZonesData_C[7].Z_FctsCfg.EnRackFullStandbyBV112ZonesData_C[8].Z_FctsCfg.EnRackFullStandbyBV113ZonesData_C[9].Z_FctsCfg.EnRackFullStandbyBV114ZonesData_C[10].Z_FctsCfg.EnRackFullStandbyBV115ZonesData_C[11].Z_FctsCfg.EnRackFullStandbyBV116ZonesData_C[12].Z_FctsCfg.EnRackFullStandbyBV117ZoneData_S.Z_FctsCfg.RelayLogicNO7BV118HP_SwitchStatus_NoLogicBV119HT_ThermostatStatus_NoLogicBV120PumpEnDinStatus_NoLogicBV121RevOsmStatus_NoLogicBV122WaterLeakStatus_NoLogicBV123Cabinet_UI.SupplyWBV124Cabinet_UI.DrainBV125ZoneData_S.Z_RackSteps.LineDrainBV126ZoneData_S.Z_DigIO.NO7_PrgDoutBV127ZoneData_S.Z_DigIO.Alrm_DoutBV128EnHiConductAlrmBV130LowInletFlowBV131Alrm_Retain.ActiveBV132Alrm_Err_retain_write.ActiveBV133Warn_LowPressLP.ActiveBV134Warn_RetMem.ActiveBV135Alrm_Inv_Overvoltage.ActiveBV136Alrm_NoModel.ActiveBV137Warn_Cu_Maint.ActiveBV138Alrm_HighTemp.ActiveBV139Alrm_Inv_General.ActiveBV140Alrm_InvOFF_STATUSline.ActiveBV141Alrm_LowTemp.ActiveBV142Alrm_Inv_Overtorque.ActiveBV143Alrm_Inv_HeatsinkOverH.ActiveBV144Warn_HighTemp.ActiveBV145Warn_HighPressHP.ActiveBV146Alrm_Inv_Overcurrent.ActiveBV147Alrm_Inv_MotorOverload.ActiveBV148Alrm_LowPressHP.ActiveBV149Alrm_Inv_DriveOverload.ActiveBV150Warn_WMiss.ActiveBV151Alrm_LowPressLP.ActiveBV152Alrm_HighPressHP.ActiveBV153Alrm_HighPressLP.ActiveBV154Alrm_Slave1.ActiveBV155Alrm_Slave2.ActiveBV156Alrm_Slave3.ActiveBV157Alrm_Slave4.ActiveBV158Alrm_Slave5.ActiveBV159Alrm_Slave6.ActiveBV160Alrm_Slave7.ActiveBV161Alrm_Slave8.ActiveBV162Alrm_Slave9.ActiveBV163Alrm_Slave10.ActiveBV164Alrm_Slave11.ActiveBV165Alrm_Slave12.ActiveBV166Alrm_Water_Leakage.ActiveBV167Alrm_RevOsmNotReady.ActiveBV168Alrm_BypassTPrb.ActiveBV169Alrm_InletPressPrb.ActiveBV170Alrm_OutletPressPrb.ActiveBV171Warn_HighConduct.ActiveBV172Alrm_ConductPrb.ActiveBV173Alrm_HighConduct.ActiveBV174Warn_ReqTooHigh.ActiveBV175Alrm_HighPressHPWashFill.ActiveBV176Warn_Maint_Bi.ActiveBV177Warn_Maint_ResMan.ActiveBV178Warn_LowPressHP.ActiveBV179Warn_SVOffline_Channel1.ActiveBV180Warn_SVOffline_Channel2.ActiveBV181Warn_SVOffline_Channel3.ActiveBV182Alrm_SVOffline_Channel1.ActiveBV183Alrm_SVOffline_Channel2.ActiveBV184Alrm_SVOffline_Channel3.ActiveBV185Warn_BackupFail.ActiveBV186Warn_BackupOffline.ActiveBV187Alrm_BackupOffline.ActiveBV188UnitPauseBV189DisableVarUnitPauseBV190CurrAlrmStatus.WarningBV191UnitCfg.isMasterSecBV192UnitCfg_UI.PressWaterModeBV193Slave_1_ComStatus.isOnlineBV194Slave_2_ComStatus.isOnlineBV195Slave_3_ComStatus.isOnlineBV196Slave_4_ComStatus.isOnlineBV197Slave_5_ComStatus.isOnlineBV198Slave_6_ComStatus.isOnlineBV199Slave_7_ComStatus.isOnlineBV200Slave_8_ComStatus.isOnlineBV201Slave_9_ComStatus.isOnlineBV202Slave_10_ComStatus.isOnlineBV203Slave_11_ComStatus.isOnlineBV204Slave_12_ComStatus.isOnlineBV205UnitCfg.isZone1RemotedBV206EnMstFullStandbyMaxTBV213Warn_DefInst_Pmp.ActiveBV214EnMultiNetBV215EnFillWashProdLimBV301ZonesData_C[1].Z_FctsCfg.RackTempMng.EnRackTMngBV302ZonesData_C[1].Z_FctsCfg.RackTempMng.EnRackTReducedProdBV303ZonesData_C[1].Z_FctsCfg.RackTempMng.EnRackTWarnBV304ZonesData_C[1].Z_FctsCfg.EnDlydHumPrbAlrmCtrlBV305ZonesData_C[1].Z_FctsCfg.RackEnLogicBV306ZonesData_C[1].Z_FctsCfg.AirFlowSwitchLogicBV307ZonesData_C[1].Z_FctsCfg.ZoneStatusDout_LogicBV308ZonesData_C[1].Z_FctsCfg.AlrmDOutLogicBV309ZonesData_C[1].Z_FctsCfg.RelayLogicNO7BV310ZonesData_C[1].Z_DigIO.RackEnStatus_NoLogicBV311ZonesData_C[1].Z_DigIO.AirFlowSwitchStatus_NoLogicBV312ZonesData_C[1].Z_RackSteps.LineDrainBV313ZonesData_C[1].Z_DigIO.NO7_PrgDoutBV314ZonesData_C[1].Z_DigIO.Alrm_DoutBV315ZonesData_C[1].Z_RackSteps.VentilationBV316ZonesData_C[1].Z_FctsCfg.ZoneManModeEnFillBV323ZonesData_C[1].Z_RackSteps.Step[1].FillBV324ZonesData_C[1].Z_RackSteps.Step[2].FillBV325ZonesData_C[1].Z_RackSteps.Step[3].FillBV326ZonesData_C[1].Z_RackSteps.Step[4].FillBV327ZonesData_C[1].Z_RackSteps.Step[5].FillBV328ZonesData_C[1].Z_RackSteps.Step[6].FillBV329ZonesData_C[1].Z_RackSteps.Step[1].DrainBV330ZonesData_C[1].Z_RackSteps.Step[2].DrainBV331ZonesData_C[1].Z_RackSteps.Step[3].DrainBV332ZonesData_C[1].Z_RackSteps.Step[4].DrainBV333ZonesData_C[1].Z_RackSteps.Step[5].DrainBV334ZonesData_C[1].Z_RackSteps.Step[6].DrainBV341ZonesData_C[1].Z_Alrms.Alrm_MainPrbBV342ZonesData_C[1].Z_RackSteps.VentilationBV343ZonesData_C[1].Z_Alrms.Alrm_NoRackBV344ZonesData_C[1].Z_Alrms.Alrm_MasterOfflineBV345ZonesData_C[1].Z_Alrms.Alrm_RackTPrbBV346ZonesData_C[1].Z_Alrms.Warn_LowRackTempBV347ZonesData_C[1].Z_Alrms.Warn_HighHumMainPrbBV348ZonesData_C[1].Z_Alrms.Warn_LowHumMainPrbBV349ZonesData_C[1].Z_Alrms.Warn_HighTempMainPrbBV350ZonesData_C[1].Z_Alrms.Warn_LowTempMainPrbBV351ZonesData_C[1].Z_Alrms.Warn_HighHumLimPrbBV352ZonesData_C[1].Z_Alrms.Warn_LowTempLimPrbBV353ZonesData_C[1].Z_Alrms.Warn_HighHumTwoPrbsAvgBV354ZonesData_C[1].Z_Alrms.Warn_LowHumTwoPrbsAvgBV355ZonesData_C[1].Z_Alrms.Warn_HighTempTwoPrbsAvgBV356ZonesData_C[1].Z_Alrms.Warn_LowTempTwoPrbsAvgBV357ZonesData_C[1].Z_Alrms.Warn_HighHumThreePrbsAvgBV358ZonesData_C[1].Z_Alrms.Warn_LowHumThreePrbsAvgBV359ZonesData_C[1].Z_Alrms.Warn_HighTempThreePrbsAvgBV360ZonesData_C[1].Z_Alrms.Warn_LowTempThreePrbsAvgBV361ZonesData_C[1].Z_Alrms.Warn_SVOfflineBV362ZonesData_C[1].Z_Alrms.Alrm_SVOfflineBV363ZonesData_C[1].Z_Alrms.Alrm_RetainBV364ZonesData_C[1].Z_Alrms.Alrm_Err_retain_writeBV365ZonesData_C[1].Z_Alrms.Warn_RetMemBV366ZonesData_C[1].Z_Alrms.Alrm_NoModelBV367ZonesData_C[1].Z_WorkPar.UnitPauseBV368ZonesData_C[1].Z_WorkPar.DisableVarUnitPauseBV369ZonesData_C[1].Z_Info.ZoneAlrmPresentBV370ZonesData_C[1].Z_Info.ZoneWarningBV371ZonesData_C[1].Z_WorkPar.SVEnRegBV372ZonesData_C[1].Z_WorkPar.SVEnOnOffBV373ZonesData_C[1].Z_WorkPar.SVOnOffBV374ZonesData_C[1].Z_RackCfg.EnRotStepsPIV100OnOffStatusPIV101SwVer.XPIV102SwVer.YPIV103SwVer.ZPIV104OSVer.XPIV105OSVer.YPIV106OSVer.ZPIV107CorePIV108PmpHrs_PARPIV109PmpNextMaintThrshPIV110PmpHrs_TOTPIV111UnitHrsPIV112PmpResDate.DayPIV113PmpResDate.MonthPIV114PmpResDate.YearPIV115PmpResDate.HourPIV116PmpResDate.MinutePIV117UnitCfg.UnitModelPIV118ZoneData_S.Z_FctsCfg.FillTPIV119FillMultiTypePIV120ZonesData_C[1].Z_FctsCfg.FillTPIV121ZonesData_C[2].Z_FctsCfg.FillTPIV122ZonesData_C[3].Z_FctsCfg.FillTPIV123ZonesData_C[4].Z_FctsCfg.FillTPIV124ZonesData_C[5].Z_FctsCfg.FillTPIV125ZonesData_C[6].Z_FctsCfg.FillTPIV126ZonesData_C[7].Z_FctsCfg.FillTPIV127ZonesData_C[8].Z_FctsCfg.FillTPIV128ZonesData_C[9].Z_FctsCfg.FillTPIV129ZonesData_C[10].Z_FctsCfg.FillTPIV130ZonesData_C[11].Z_FctsCfg.FillTPIV131ZonesData_C[12].Z_FctsCfg.FillTPIV132WashModePIV133WashMultiTypePIV134ZoneData_S.Z_FctsCfg.WashTPIV135PerWashHrThrPIV136DailyWashHrPIV137DailyWashMinPIV138ZonesData_C[1].Z_FctsCfg.WashTPIV139ZonesData_C[2].Z_FctsCfg.WashTPIV140ZonesData_C[3].Z_FctsCfg.WashTPIV141ZonesData_C[4].Z_FctsCfg.WashTPIV142ZonesData_C[5].Z_FctsCfg.WashTPIV143ZonesData_C[6].Z_FctsCfg.WashTPIV144ZonesData_C[7].Z_FctsCfg.WashTPIV145ZonesData_C[8].Z_FctsCfg.WashTPIV146ZonesData_C[9].Z_FctsCfg.WashTPIV147ZonesData_C[10].Z_FctsCfg.WashTPIV148ZonesData_C[11].Z_FctsCfg.WashTPIV149ZonesData_C[12].Z_FctsCfg.WashTPIV150ZonesData_C[1].Z_FctsCfg.FullStandbyMaxTPIV151ZonesData_C[2].Z_FctsCfg.FullStandbyMaxTPIV152ZonesData_C[3].Z_FctsCfg.FullStandbyMaxTPIV153ZonesData_C[4].Z_FctsCfg.FullStandbyMaxTPIV154ZonesData_C[5].Z_FctsCfg.FullStandbyMaxTPIV155ZonesData_C[6].Z_FctsCfg.FullStandbyMaxTPIV156ZonesData_C[7].Z_FctsCfg.FullStandbyMaxTPIV157ZonesData_C[8].Z_FctsCfg.FullStandbyMaxTPIV158ZonesData_C[9].Z_FctsCfg.FullStandbyMaxTPIV159ZonesData_C[10].Z_FctsCfg.FullStandbyMaxTPIV160ZonesData_C[11].Z_FctsCfg.FullStandbyMaxTPIV161ZonesData_C[12].Z_FctsCfg.FullStandbyMaxTPIV162FunctSelNO7_MstPIV163ConductivityPIV164P_SetP.LowPAlrmDlyPIV165HiConductAlrmThrshPIV166HiConductWarnThrshPIV167HiConductWarnHystPIV168HiConductAlrmDlyTPIV169T_SetP.AFreezeAlrmDlyPIV171PmpManModeWaitPIV178YearPIV179MonthPIV180DayPIV181HourPIV182MinutePIV183DayOfWeekPIV184UoM_SVPIV185VerFrom_pgdxFPIV186ZoneData_S.Z_Info.IPConfig[2]PIV187UnitCfg.ZonesNumPIV188MstFullStandbyMaxTPIV189MstEmptyStandbyMaxTFillPIV190Bckp_StatusPIV195NetNumPIV203P_SetP.LinePressRelTPIV300ZonesData_C[1].Z_Info.ZoneStatusPIV301ZonesData_C[1].Z_Reg.RegTypPIV302ZonesData_C[1].Z_SysInfo.SwVer.XPIV303ZonesData_C[1].Z_SysInfo.SwVer.YPIV304ZonesData_C[1].Z_SysInfo.SwVer.ZPIV305ZonesData_C[1].Z_SysInfo.OSVer.XPIV306ZonesData_C[1].Z_SysInfo.OSVer.YPIV307ZonesData_C[1].Z_SysInfo.OSVer.ZPIV308ZonesData_C[1].Z_SysInfo.CoreTypePIV309ZonesData_C[1].Z_SysInfo.UnitModelPIV310ZonesData_C[1].Z_PrbCfg.RackTPrb.UITypPIV311ZonesData_C[1].Z_FctsCfg.HumPrbAlrmCtrlDelPIV312ZonesData_C[1].Z_FctsCfg.FunctSelNO7_SlvPIV314ZonesData_C[1].Z_Info.ZoneManModeWaitPIV332ZonesData_C[1].Z_FctsCfg.PrbThrshsWarnDlyPIV333ZonesData_C[1].Z_Info.IPConfig[2]PIV335ZonesData_C[1].Z_Info.OnOffStatusPIV336ZonesData_C[1].Z_RackCfg.RotStepsTBV211Warn_AirPurge.ActiveBV212Warn_Maint_ResMan_OilFree.ActivePIV191OilFreePmpAirPurgeTPIV192OilFreePmpStartDlyPIV202PmpMaintCntDwn
Integration notes
- Zone objects are printed for zone 1 only (addresses from 300). For zone N add 200 x (N-1) to the zone 1 address, e.g. zone 5 = 300 + 800 = 1100; variable names use ZonesData_C[N]. A few per-zone objects (full standby enable, panel alarms, online status) are printed for all 12 zones.
- Object type follows the data type column (Real = AV, Bool = BV, integers = PIV). The 9.4.2 Bool table is headed 'AnalogValue' in the manual; it is shown here as BV. Values are scaled 0.1 where the UoM column says 0.1.
- The Multizone (+0300115EN) and Touch Oil-free (+0300127EN) manuals carry the same tables with small differences: the oil-free list lacks BV 176/177 (oil-change warnings) and adds BV 211/212 and PIV 191/192; both add PIV 202. These extra objects are included and marked in their description.
- Rows printed with access 'OR' are read-only. Units switch between metric and imperial with the unit of measure setting.
- Source: +0300116EN rel. 1.3 section 9.4.1-9.4.3, pages 84-91 (Touch pumping station tables).
Check it against the live device. A points list tells you what the controller can expose; the unit in front of you may differ by firmware or installed options. This list is provided as-is for reference only and may contain mistakes — confirming it before you write, map or commission anything is up to you (terms). Easy BACnet scans a network for BACnet IP devices from an Android phone, reads every object on the humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station and exports what it actually has to Excel — free. New to BACnet? Start with what a BACnet points list is and what the object types mean.
Questions about the CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station
How many BACnet points does the CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station have?
This list has 325 BACnet objects: 46 analog values, 172 binary values, 107 positive integer values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station BACnet points are writable?
129 of the 325 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done.
Where is the official CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station BACnet documentation?
The source is humiFog Multizone Touch pumping station and zone panel - Commissioning manual (+0300116EN rel. 1.3), revision 2025-10-28, published free by CAREL at https://www.carel.com/documents/10191/0/%2B0300116EN/1990b09e-81eb-47c9-b022-bf575f96bb0f?version=1.3.
What are the minimum BACnet points to integrate the CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station?
Start with BV 372 ZonesData_C[1].Z_WorkPar.SVEnOnOff (Enable zone 1 on/off from supervisor); BV 371 ZonesData_C[1].Z_WorkPar.SVEnReg (Enable zone 1 control from supervisor); BV 373 ZonesData_C[1].Z_WorkPar.SVOnOff (Zone 1 on/off from supervisor); AV 306 ZonesData_C[1].Z_WorkPar.GlbSetP_Hum (Zone 1 humidity set point, %rh); PIV 100 OnOffStatus (Pumping station status code); AV 101 PmpCurrProd (Current pump production); AV 103 OutletPress (Outlet water pressure); PIV 300 ZonesData_C[1].Z_Info.ZoneStatus (Zone 1 status code); BV 100 CurrAlrmStatus.isPresent (Any alarm active); BV 190 CurrAlrmStatus.Warning (Any warning active).
How do I enable BMS control of the CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station?
Zone on/off and control from the supervisor must be enabled per zone (SVEnOnOff / SVEnReg in the zone tables), and the supervisor channel's control mode must be set for that zone.
Does the CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station need a BACnet heartbeat or have a communication timeout?
Each supervisor channel has an 'Enable supervisor offline alarm' with a delay (1-999 s, default 180 s) when the channel type is Supervisor + Controller; objects report channel 1-3 offline warnings and alarms.
Can the BMS supply sensor values to the CAREL humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station?
A zone can take a production request from the supervisor (ZoneData SVReq) instead of its own probes, depending on the zone control mode.
How do I check these points on the real humiFog Multizone / Multizone Touch / Touch Oil-free high-pressure humidifier - pumping station?
Scan the network with a BACnet IP browser such as Easy BACnet, open the device and compare its object list with this table. Anything missing is usually an option that isn't installed or a point that is disabled in the controller's configuration.
More CAREL BACnet points lists
- Gas-fired steam humidifier
CAREL gaSteam (UG) gas-fired humidifier
CAREL gaSteam UG gas-fired isothermal steam humidifiers (indoor and outdoor versions, single unit or Main/Secondary pairs).
Also known as: gaSteam, UG, UG045, UG090, UG180, CAREL gas-fired steam humidifier, +0300122EN - Electric resistance steam humidifier
CAREL heaterSteam 4 (UR) process / titanium
CAREL heaterSteam UR electric heater steam humidifiers (process and titanium versions) with the c.pHC-based controller, manual +0300087EN.
Also known as: heaterSteam, heaterSteam 4, heaterSteam process, heaterSteam titanium, UR, URH, CAREL electric resistance humidifier, +0300087EN - Electric resistance steam humidifier
CAREL heaterSteam UR (2018 manual, before heaterSteam 4)
CAREL heaterSteam UR electric heater steam humidifiers of the generation before heaterSteam 4, as covered by manual +0300080EN rel. 1.4 (2018).
Also known as: heaterSteam, heaterSteam UR, UR002, UR080, CAREL resistance steam humidifier, +0300080EN - High-pressure atomising humidifier (direct room)
CAREL humiFog direct (UA) high-pressure atomising humidifier
CAREL humiFog direct UA pumping stations with c.pHC controller, one or two humidification zones in the room.
Also known as: humiFog direct, humiFog Direct, UA, c.pHC, CAREL humiFog, +0300073EN - High-pressure atomising humidifier (multizone zone controller)
CAREL humiFog Multizone / Multizone Touch / Touch Oil-free - zone controller
Zone controllers (zone cabinets) of CAREL humiFog Multizone, Multizone Touch and Touch Oil-free systems, each supervised as its own device.
Also known as: humiFog Multizone zone, humiFog zone cabinet, humiFog Multizone Touch zone, humiFog zone controller BACnet, +0300116EN, +0300115EN, +0300127EN - Air handling unit controller
CAREL k.air air handling unit controller
CAREL k.air mini and k.air large air handling unit controllers (the versions with BACnet IP and BACnet MS/TP); k.air smart is Modbus only.
Also known as: k.air, kair, k.air large, k.air mini, CAREL k.air, +030220981, CAREL AHU controller
Source: humiFog Multizone Touch pumping station and zone panel - Commissioning manual · +0300116EN rel. 1.3 · rev. 2025-10-28. Object names, instances and units are reproduced as published; descriptions are our own.