# Connext API Datapoints

Data points stored by default in the cloud and available in APIs as of Connext version 916.00.2.

Datapoint | ID hexadecimal | Category | Description | Unit | Section
HETEL_SYST.BEGRENZING | A7 | ON/OFF HEAT | Limitation on-off heat 0=NONE 1=TEMP 2=CO₂ 3=CO₂+TEMP 4=EXTERNAL 5=CROP TREATM. 6=MAX GAS 7=MIN TIME ON 8=MIN TIME OFF |  | I118 I118.1 See 16 Limitation on-off heat .
HETEL_SYST.HETEL_AKT | B0 | ON/OFF HEAT | On-off heat 0=OFF 1=ON |  | I118 I118.1 Indication of the status of the on/of heat system. M106 Status indication of the on/off heating control.
SCHAKREG.TEMP_AAN_BER | BE | ON/OFF HEAT | Temperature on-off heat on | °C | I118 Calculated greenhouse temperature below which the on/off heat system is switched ON (also refer to figure On/off heat system switching on and off).
SCHAKREG.TEMP_UIT_BER | BF | ON/OFF HEAT | Temperature on-off heat off | °C | I118 Calculated greenhouse temperature above which the on/off heat system is switched OFF.
GEWASTEMP.GEM_GEWAS | D0 | MEAS BOX | Plant temperature | °C | I100 Measured plant temperature at this moment. M105 The measured plant temperature. M105.1 The measured plant temperature.
GEWASTEMP.GEWAS_RV | D2 | MEAS BOX | RH | % | M105 The calculated relative air humidity at the measured plant temperature. M105.1 The relative air humidity for the measured plant temperature.
GEWASTEMP.GEWAS_VD | D3 | MEAS BOX | HD | g/m³ | M105 The calculated humidity deficit for the measured plant temperature. M105.1 The humidity deficit for the measured plant temperature.
GEWASTEMP.GEWAS_VPD | D4 | MEAS BOX | VPD | kPa | M105 The calculated vapour pressure deficit for the measured plant temperature. The vapour pressure deficit is the difference between the vapour pressure in the crop's stomata and the vapour pressure in the greenhouse air. M105.1 The calculated vapour pressure deficit for the measured plant temperature.
KASLBOX.AV_KAS | 104 | MEAS BOX | AH | g/m³ | I100 Measured relative humidity or humidity deficit at this moment. M105 The absolute humidity. M105.1 The absolute humidity.
KASLBOX.DAUWPUNT_KAS | 10E | MEAS BOX | Dew point | °C | M105 The calculated temperature whereby the humidity from the air condenses. If part of the plant is below this temperature, it will become 'become wet'. M105.1 The calculated temperature whereby the humidity from the air condenses. If part of the plant is below this temperature, it will become 'become wet'.
KASLBOX.GEM_CO2 | 10F | MEAS BOX | CO₂ | ppm | M105 The measured CO2 concentration. M105.1 The measured CO2 concentration.
KASLBOX.GEM_KAS_RV | 110 | MEAS BOX | RH | % | I100 Measured relative humidity or humidity deficit at this moment. M105 The relative air humidity. M105.1 The relative air humidity.
KASLBOX.GEM_KAS_VD | 111 | MEAS BOX | HD | g/m³ | I100 Measured relative humidity or humidity deficit at this moment. M105 The humidity deficit. M105.1 The humidity deficit.
KASLBOX.GEM_KASNBOL | 112 | MEAS BOX | Wet bulb temperature | °C | M105 The wet bulb temperature. M105.1 The measured wet bulb temperature.
KASLBOX.GEM_KASTEMP | 113 | MEAS BOX | Temperature | °C | I100 The measured greenhouse temperature that is passed on to the controls. M105 The dry bulb temperature, so the greenhouse temperature. M105.1 The measured greenhouse temperature that is passed on to the controls.
KASLBOX.MeasEnthalpy | 5DA0 | MEAS BOX | Enthalpy | kJ/kg | M105 The measured enthalpy of the greenhouse air.
KASLBOX.PLANT_TEMP | 127 | MEAS BOX | Temperature | °C | M105 The calculated temperature of the plant, stems and fruit in the shadow. M105.1 The calculated temperature of the plant, stems and fruit in the shadow.
KASLBOX.RUWE_KASTEMP | 12C | MEAS BOX | Greenhouse temperature | °C | M105.1 The measured greenhouse temperature at this moment.
CPOMPSYS.GER_POMP_CAP | 148 | MOD COOL | Act pump capacity | % | I222 Actual pump capacity of the modulating cooling system.
CPOMPSYS.POMP_STATE | 14C | MOD COOL | Pump status 0=OFF 1=ANTI STUCK PROT. 2=DELAY OFF 3=ON 4=SWITCH DELAY 5=HIGH SP |  | I222 Indication of the pump(s) in the cooling system.
MKOEL_IO.GEM_KOELW_TEMP | 163 | MOD COOL | Meas cooling water temperature | °C | I222 Measured temperature of the cooling water in the cooling system.
MOD_KOELS.BER_KOELW_TEMP | 165 | MOD COOL | Calc cooling water temperature | °C | I222 Calculated temperature of the cooling water of the cooling system.
VDC_STU.TOESTAND | 1C1 | PAD PUMP | Status pad pump 0=OFF 1=ON |  | I134 The status of the pad pump.
REG_FAN.AANTAL_FAN_AKT | 20A | F&P CONTR | Number of active fan stages |  | I130 The number of active fan stages by the calculated fan capacity and forced by for example curtains, rain, storm or frost. I133 The number of connected fan stages in the ON and FORCED ON statuses. M100 The measured number of active fan stages. M106 The measured number of active fan stages. M130 The number of active fan stages by the calculated fan capacity and forced by for example curtains, rain, storm or frost.
REG_FAN.TOEST_FANR | 20D | F&P CONTR | Status fan control 0=NOT ACTIVE 1=ACTIVE 2=SWITCH ON 3=SWITCH OFF 4=ROTATE |  | I133
REG_PEF.BER_VENT_CAP | 216 | F&P CONTR | Calculated fan capacity | % | I130 The degree to which F&P cooling is desirable. The calculated fan capacity determines the number of fan stages and the switching moment of the pad pump. M130 The degree to which F&P cooling is desirable. The calculated fan capacity determines the number of fan stages and the switching moment of the pad pump.
REG_PEF.GEW_FAN_AKT | 218 | F&P CONTR | Calc number of fan stages |  | I130 The calculated maximum number of fan stages that is allowed to be active. M130 The calculated maximum number of fan stages that is allowed to be active.
REG_PEF.PEF_AKTIEF | 221 | F&P CONTR | F&P cooling active 0=NO 1=YES |  | I130 Indication of whether the F&P cooling is active. M130 Indication of whether the F&P cooling is active.
REG_PEF.REFERENTIE | 225 | F&P CONTR | Measured F&P cooling temperature | °C | M106 The measured F&P cooling temperature.
REG_PEF.START_PEF | 226 | F&P CONTR | Calculated F&P cooling temperature | °C | I130 The calculated (greenhouse) temperature limit above which the F&P cooling becomes active. M106 The calculated F&P cooling temperature. M130 The calculated (greenhouse) temperature limit above which the F&P cooling becomes active.
VntsPBand.CalcPBand100p | 6348 | VENT.CONTR | Calculated P band | °C | M125.1 The calculated P band, depending on the set (minimum and maximum) P band, the weather influence on the P band and the increase & decrease time over which the vents are moved from 0% to 100%.
KASL_REF.ATR_GEM_KAS_TEMP | 37D | VENT.CONTR | Measured ventilation temperature | °C | I100 The measured ventilation temperature (greenhouse or plant temperature). M100 The measured ventilation temperature (greenhouse or plant temperature).
VENTAFST.STW_RAAM | 4B0 | VENT.CONTR | Calc ventilation temperature | °C | I120 The calculated ventilation temperature after influencing. I121 M100 The calculated ventilation temperature. M100.1 The calculated ventilation temperature. M106 The calculated ventilation temperature.
VntsControl.ActAirExchange | 3A7 | VENT.CONTR | Calc air exchange | m³/(hr.m²) | M120 The calculated air exchange for the ventilation control.
VntsControl.MeasCtrlTemp | 4B4 | VENT.CONTR | Ventilation temperature | °C | M106
VntsLeeSide.CalcMaxVentLee | 60BA | VENT.CONTR | Calculated max vent lee | % | M125 The calculated maximum vent position for the lee side after possible limitations.
VntsLeeSide.CalcMinVentLee | 417 | VENT.CONTR | Calculated min vent lee | % | M125 The calculated minimum vent position on the lee side.
VntsLeeSide.CalcVentLeePos | 3D4 | VENT.CONTR | Calculated vent lee | % | M125 The calculated vent position on the lee side.
VntsLeeSide.CalcVtTempLee | 60BD | VENT.CONTR | Calc ventilation temperature lee | °C | M120 As soon as the measured temperature rises above the ventilation temperature calculated here for the lee side, then on the lee side the vents will start to be controlled open.
VntsLeeSide.CodeLimitMnLee | 60BF | VENT.CONTR | Limitation min vent lee 0=NONE 1=MIN 2=CROP TREATM. 3=CURTAIN 4=ON/OFF HEAT 5=RAIN 6=FROST 7=STORM 8=MAX 9=F&P 10=W ROBOT 11=SUN 12=HUMIDITY 13=LEE SIDE 14=WIND 15=AIR EXCHANGE 16=OUTLET 17=RELEASE 18=SHOWER PROT.P1 19=SHOWER PROT.P2 20=EXTRA INFLUENCE 21=DEV. TEMP 22=CROP ACT. 23=INSTALLATION 24=INCREASE 25=AIR CIRCULATION |  | M125 Indication of the limitation of the minimum vent position on the lee side. See Beperking_raamstand_Connext.
VntsLeeSide.CodeLimitMxLee | 60C0 | VENT.CONTR | Limitation max vent lee 0=NONE 1=MIN 2=CROP TREATM. 3=CURTAIN 4=ON/OFF HEAT 5=RAIN 6=FROST 7=STORM 8=MAX 9=F&P 10=W ROBOT 11=SUN 12=HUMIDITY 13=LEE SIDE 14=WIND 15=AIR EXCHANGE 16=OUTLET 17=RELEASE 18=SHOWER PROT.P1 19=SHOWER PROT.P2 20=EXTRA INFLUENCE 21=DEV. TEMP 22=CROP ACT. 23=INSTALLATION 24=INCREASE 25=AIR CIRCULATION |  | M125 Indication of the limitation of the maximum vent position on the lee side. See Beperking_raamstand_Connext.
VntsLeeSide.MeasVentLeePos | 3DE | VENT.CONTR | Measured vent lee | % | M125 The measured vent position on the lee side.
VntsWindSide.CalcMaxVentWind | 60DA | VENT.CONTR | Calculated max vent wind | % | M125
VntsWindSide.CalcMinVentWind | 418 | VENT.CONTR | Calculated min vent wind | % | M125
VntsWindSide.CalcVentWindPos | 3D6 | VENT.CONTR | Calculated vent wind | % | M125
VntsWindSide.CalcVtTempWind | 3EA | VENT.CONTR | Calc ventilation temperature wind | °C | M120 As soon as the measured temperature rises above the ventilation temperature calculated here for the wind side, then on the wind side the vents will start to be controlled open.
VntsWindSide.CodeLimitMnWind | 3F1 | VENT.CONTR | Limitation min vent wind 0=NONE 1=MIN 2=CROP TREATM. 3=CURTAIN 4=ON/OFF HEAT 5=RAIN 6=FROST 7=STORM 8=MAX 9=F&P 10=W ROBOT 11=SUN 12=HUMIDITY 13=LEE SIDE 14=WIND 15=AIR EXCHANGE 16=OUTLET 17=RELEASE 18=SHOWER PROT.P1 19=SHOWER PROT.P2 20=EXTRA INFLUENCE 21=DEV. TEMP 22=CROP ACT. 23=INSTALLATION 24=INCREASE 25=AIR CIRCULATION |  | M125
VntsWindSide.CodeLimitMxWind | 3EF | VENT.CONTR | Limitation max vent wind 0=NONE 1=MIN 2=CROP TREATM. 3=CURTAIN 4=ON/OFF HEAT 5=RAIN 6=FROST 7=STORM 8=MAX 9=F&P 10=W ROBOT 11=SUN 12=HUMIDITY 13=LEE SIDE 14=WIND 15=AIR EXCHANGE 16=OUTLET 17=RELEASE 18=SHOWER PROT.P1 19=SHOWER PROT.P2 20=EXTRA INFLUENCE 21=DEV. TEMP 22=CROP ACT. 23=INSTALLATION 24=INCREASE 25=AIR CIRCULATION |  | M125
VntsWindSide.MaxRFallPh1Wind | 413 | VENT.CONTR | Max vent wind rainfall radar phase 1 | % | I125.1 Limitation of the vent position on the wind side if the rainfall radar is forecasting a precipitation intensity that is greater than the intensity specified for phase 1.
VntsWindSide.MeasVentWindPos | 60E3 | VENT.CONTR | Measured vent wind | % | M125
ALG_POMP_.POMP_DRAAIT | 56F | WATER TEMP | Pump active 0=NO 1=YES |  | M115.2 Indication of whether the circulation pump has been activated.
RVW_BUIS.MAX_BUIS | 632 | WATER TEMP | Calculated maximum water temperature | °C | I115 I116 M115 The calculated maximum water temperature after the influence(s).
RVW_BUIS.MIN_BUIS | 633 | WATER TEMP | Calculated minimum water temperature | °C | I115 I116 M115 The calculated minimum water temperature after the influence(s).
VERWNET.BER_BUIS_T | 651 | WATER TEMP | Calculated water temperature | °C | M100.1 The calculated water temperature. M106 The calculated water temperature. M115 The calculated water temperature.
VERWNET.GEM_BUIS_T | 652 | WATER TEMP | Water temperature | °C | M100 The measured pipe temperature M106 M115 The measured pipe temperature
VN_RETOUR.GEM_RET_TEMP | 658 | WATER TEMP | Water temperature return | °C | M100 The measured return temperature of the pipe. M115 The measured return water temperature.
VNET_STREEF.GESEL_MAX_BUIST | 674 | WATER TEMP | Set max water temperature | °C | M115 The set maximum water temperature of the period that is currently activated.
VNET_STREEF.GESEL_MIN_BUIST | 675 | WATER TEMP | Set min water temperature | °C | M115 The set minimum water temperature of the period that is currently activated.
KASL_REF.ATR_GEM_KAS_TEMP | 6A3 | HEAT CONTR | Measured heating temperature | °C | I100 The measured heating temperature (greenhouse or plant temperature). M100 The measured heating temperature (greenhouse or plant temperature).
MODVERW_.GER_AUT_VERM | 6CB | HEAT CONTR | Act capacity aut heat system | kW | M112 The actual capacity by the autonomous heating systems.
VERWCTL.GER_EXT_VERM | 6E3 | HEAT CONTR | Total external capacity | kW | M112 Total sum of the external capacities which influence the capacity demand of the heating control provided by HID lighting and hot air heaters.
VERWCTL.GEW_KASTEMP | 6E5 | HEAT CONTR | Desired heating temperature | °C | M100 The calculated heating temperature. M100.1 The calculated heating temperature. M106 The calculated heating temperature. M110 The calculated heating temperature which takes into account influences, maximum increase and maximum decrease of I110.1 Verwarming/Invloeden and temperature balance control. M112 The calculated heating temperature which takes into account influences, maximum increase and maximum decrease of I110.1 Verwarming/Invloeden and temperature balance control.
VERWCTL.GEW_VERM_MODVW | 6E7 | HEAT CONTR | Des capacity heat total | kW | M112 The desired capacity for keeping the greenhouse at the correct temperature or getting it there.
VERWCTL.REFERENTIE | 6F6 | HEAT CONTR | Measured heating temperature | °C | M106 The measured temperature for this heating control.
DKMAN.GEW_DKFUNC | 8D2 | CURT CONTR | Desired curtain function 0=NONE 1=HUMIDITY 2=SHADING 3=ENERGY 4=BLACK OUT 5=SLAVE 6=SIDE |  | M160 Indication of the desired (new) curtain function.
EnergCurGen_Calc.CurTotalCond | 5E48 | CURT CONTR | Calculated status curtain 0=CLOSE 1=OPEN |  | M162 Indicates the desired curtain position, taking into account all the set conditions.
EnergCurGen_Calc.LimitEnergCurStr | 5E5D | CURT CONTR | Limitation energy curtain strategy 0=NONE 1=PER. END TIME 2=FORCED OPEN 3=FORCED CLOSE 4=AUTO OPEN 5=AUTO CLOSE 6=SHOWER PROT. |  | M162
ENSTR_STEPS.DkPrBovenDkTlu | 5EF3 | CURT CONTR | Meas temperature above curtain | °C | I162.1 The measured temperature of the air above the curtain. M162 The measured temperature above the curtain that is used for the temperature difference condition.
GapControl.CalcedGapSize | 928 | CURT CONTR | Gap size actual | % | I165 The current gap size is the larger of the temperature gap and the humidity gap (also visible in M160). M160 The calculated gap size is the largest of the calculated temperature gaps and the calculated humidity gap.
GapControl.DeltaHumAvg | 931 | CURT CONTR | Measured difference humidity | g/m³ | I165 Difference in absolute humidity on the basis of which the next step open or closed has been calculated.
GapControl.DeltaTempAvg | 932 | CURT CONTR | Measured difference temperature | °C | I165 Temperature difference on the basis of which the next step open or closed has been calculated.
RVSTW_SAVE.GEW_DKST | 9B3 | CURT CONTR | Calculated humidity curtain position | % | I164
SCSTW.ScDkStandDemp | 9D3 | CURT CONTR | Calculated shading curtain position | % | I163
SDK_StralRef.StralRefVsGem | 9DB | CURT CONTR | Used radiation | W/m² | I160.4 The radiation that is used to control the shading curtain in the compartment. I160.4 The radiation that is used to control the autonomous shading curtain. I163
VDSTW.GEW_DKST | 9DF | CURT CONTR | Calculated black out curtain position | % | I161
VERD_StralRef.StralRefVsGem | 9F1 | CURT CONTR | Applied radiation black out curtain | W/m² | I160.4 The radiation that is used to control the black out curtain in the compartment. I160.4 The radiation that is used to control the autonomous black out curtain.
VerdDoekPer.VoorwaardeGeldig | A18 | CURT CONTR | Condition valid 0=NO 1=YES |  | I161
vlg_doek.BER_DOEKST | A1B | CURT CONTR | Calculated side-slave curtain position | % | I166
vlg_doek.MAX_DOEKST | A1E | CURT CONTR | Max curtain position | % | I166 Maximum curtain position when the curtain is controlled shut from the side-slave curtain function.
DKST_VB.BEGR_CODE | A4F | CURTAIN | Curtain position limitation 0=NONE 1=VENTS 2=ELECTR 3=RELEASE 4=CLOCK 5=FIXED 6=INSTALLATION 7=LIGHTING 8=CROP TREATM. 9=VENTIL 10=GAP 12=STORM 13=EXTERNAL MAX 14=EXTERNAL MIN 15=SHOWER PROT.P1 16=SHOWER PROT.P2 17=LIGHT EMISSION |  | I168 Indication of the current curtain position limitation. M160 Indication of the current curtain position limitation, see I168 Doek sturing.
DKST_VB.BER_DKST | 67AA | CURTAIN | Calculated curtain position | % | M160 The calculated curtain position from the Actual curtain function .
DKST_VB.DK_FUNC | A56 | CURTAIN | Actual curtain function 0=NONE 1=HUMIDITY 2=SHADING 3=ENERGY 4=BLACK OUT 5=SLAVE 6=SIDE |  | I168 The active curtain function that determines the curtain position if necessary in combination with a gap control. M160 The curtain function that is valid at this moment.
DKST_VB.DoekStandGer | A5C | CURTAIN | Measured curtain position | % | M100 The measured curtain position in the compartment. M160 The measured curtain position at curtain position measurement and the current curtain position calculated from the run time.
DKST_VB.GEW_DKST | A62 | CURTAIN | Desired curtain position | % | M160
PARMe.PARGemMed | BBB | PAR SENSOR | PAR | µmol/s/m² | M4 M105 The measured PAR in the compartment. If there are several PAR measurements in the compartment, select which measurement is displayed here in I100.3 Installations/Radiation and compartment.
afd_groeilicht.Ger_niveau | CDA | CMP | Number of active growing light steps |  | M106 Number of growing light steps switched on (undelayed)
AFD_SOM.BER_AFD_STRAL | CE1 | CMP | Calculated radiation greenhouse | W/m² | M100 The calculated radiation in the compartment. This value is calculated based on the measured radiation outside, the height of the sun, the system and its usage. No account is taken of conditions such as whitewashing or pollution of the greenhouse roof, condensation on the greenhouse roof or aging of the (growing light) installation.
AFD_SOM.BER_ASS_STRAL | CE3 | CMP | Calculated radiation growing light | W/m² | M100 The calculated radiation emitted by the growing light.
AFD_SOM.CalcParInside | 7BBC | CMP | Calc PAR | µmol/s/m² | M100 The calculated PAR in the compartment. This value is calculated based on the measured PAR outside, the height of the sun, the system and its usage. No account is taken of conditions such as whitewashing or pollution of the greenhouse roof, condensation on the greenhouse roof or aging of the (growing light) installation.
AFD_SOM.ParGrowingLights | 7BBD | CMP | PAR gr.light | µmol/s/m² | M100 The calculated PAR contribution of the growing light.
AfdRegElekSm.ElecTdCompTot | CFA | CMP | Electr.total | kWh | M107 Cumulative electricity consumption from the set time in the 24-hour period of all growing light systems and air treatment systems of this compartment.
AfdRegElekSm.ElecTdCompTotM2 | CF9 | CMP | Electr per m² | kWh/m² | M107 Cumulative electricity consumption from the set time in the 24-hour period of all growing light systems and air treatment systems per m² of this compartment.
AfdRegElekSm.ElecYdCompTot | CF8 | CMP | Electr.total | kWh | M107
AfdRegElekSm.ElecYdCompTotM2 | CF7 | CMP | Electr per m² | kWh/m² | M107
AfdRegGasSm.GasSmTd_m2 | CFD | CMP | Gas per m² | m³/m² | M107 The gas consumption of today per m² of the compartment.
AfdRegGasSm.GasSmTd_tot | CFE | CMP | Gas total | m³ | M107 The total gas consumption of today of the compartment.
AfdRegGasSm.GasSmYd_m2 | CFB | CMP | Gas per m² | m³/m² | M107
AfdRegGasSm.GasSmYd_tot | CFC | CMP | Gas total | m³ | M107
DryPhase.CurrentDryPhase | D22 | CMP | Active dry phase |  | M106 Irrigation has taken place and the stated drying phase is active.
DryPhase.IrrigationActive | D23 | CMP | Irrigation active 0=NO 1=YES |  | M106 The irrigation is active.
GEM_GEWASTEMP.GEM_GEWAS_RV | D29 | CMP | RH | % | M100 The calculated relative air humidity at the measured plant temperature.
GEM_GEWASTEMP.GEM_GEWAS_TEMP | D2A | CMP | Measured plant temperature | °C | M100
GEM_GEWASTEMP.GEM_GEWAS_VD | D2B | CMP | HD | g/m³ | M100 The calculated humidity deficit for the measured plant temperature.
GEM_GEWASTEMP.GEM_GEWAS_VPD | D2C | CMP | VPD | kPa | M100 The calculated vapour pressure deficit for the measured plant temperature. The vapour pressure deficit is the difference between the vapour pressure in the crop's stomata and the vapour pressure in the greenhouse air.
INVL_FAC_VERW.GESEL_VWTEMP | D40 | CMP | Corrected heating temperature | °C | M110 The heating temperature, corrected if applicable by the 24h temperature control. This temperature may also be a correction setting.
INVL_FAC_VERW.STW_VERW | D4E | CMP | Calc heating temperature | °C | I110 Calculated heating temperature after influence(s). I111 M110 The calculated heating temperature which takes into account influences, maximum increase and maximum decrease in I110.1 Heating/Influences.
KASL_REF.ATR_GEM_KAS_AV | D58 | CMP | AH | g/m³ | M100 The measured absolute air humidity.
KASL_REF.ATR_GEM_KAS_CO2 | D59 | CMP | CO₂ | ppm | M100
KASL_REF.ATR_GEM_KAS_RV | D5A | CMP | RH | % | M100 The measured relative air humidity.
KASL_REF.ATR_GEM_KAS_TEMP | D5B | CMP | Greenhouse temperature | °C | M100 The measured greenhouse air temperature.
KASL_REF.ATR_GEM_KAS_VD | D5C | CMP | HD | g/m³ | M100 The measured humidity deficit.
LuchtConditie.ActieveFase | D88 | CMP | Active phase crop treatment 0=OFF 1=PHASE 1 2=PHASE 2 3=PHASE 3 4=PHASE 4 5=PHASE 5 6=PHASE 6 |  | M106 The active phase of the crop treatment strategy.
PAR_Ref.PARRefVsGem | D8E | CMP | Measured | µmol/s/m² | I100 The measured PAR level in the compartment. M100 The measured PAR in the compartment. If there are several PAR measurements in the compartment, select which measurement is displayed here in I100.3 Installations/Radiation and compartment.
Stral_Ref.StralRefVsGem | DF1 | CMP | Radiation | W/m² | I100 The measured radiation in the compartment. M100 The measured radiation in the compartment. If there are several radiation measurements in the compartment, select which measurement is displayed here in I100.3 Installations/Radiation and compartment.
Temp24hour.Actual24hTemp | E19 | CMP | Actual 24 hours temperature current 24 hours | °C | I104 The actual average temperature for today (from Start time 24h). As a result, for instance, of radiation, this may deviate from the Expected 24h temp up to now.
Temp24hour.ActualCorrPerc | E1A | CMP | Calculated correction | % | I104 The current temperature deviation with respect to the maximum correction ( Maximum correction up and Maximum correction down ).
Temp24hour.ActualRTRvalPAR | 7D86 | CMP | Actual RTR per 10 mol/m² current 24 hours | °C | I104 The RTR of today, calculated based on the 24-hour temperature, the base temperature and the PAR sum. See RTR.
Temp24hour.ActualRTRvalRad | 7D87 | CMP | Actual RTR per 1000 J/cm² current 24 hours | °C | I104 The RTR of today, calculated based on the 24-hour temperature, the base temperature and the radiation sum. See RTR.
Temp24hour.DeviationState | E23 | CMP | Calculated control action 0=NONE 1=DECREASE 2=INCREASE |  | I104 Specifies how the temperature deviation should be compensated. At the beginning of a correction period, the control action of the correction will be determined. During the correction period, the required control action may reverse with a delay.
Temp24hour.Exp24hTActual | E25 | CMP | Expected 24 hours temperature until now | °C | I104 The expected average temperature up to now.
Temp24hour.Final24hTemp | E27 | CMP | Desired 24 hours temperature current 24 hours | °C | I104 I104 I104 The desired average temperature for today (from Start time 24h).
Temp24hour.PrevActual24hT | E30 | CMP | Actual 24 hours temperature previous 24 hours | °C | I104 The actual average temperature for yesterday (from Start time 24h).
Temp24hour.PrevBase24hTemp | 7DB5 | CMP | Set base temperature previous 24 hours | °C |
Temp24hour.PrevFinal24hT | E31 | CMP | Desired 24 hours temperature previous 24 hours | °C | I104
Temp24hour.PrevPARSmOutside | 7DB7 | CMP | RTR PAR sum outside previous 24 hours | mol/m² |
Temp24hour.PrevPARSumInside | 7DB8 | CMP | RTR PAR sum inside previous 24 hours | mol/m² |
Temp24hour.PrevRadSmOutside | 7DB9 | CMP | RTR radiation sum outside previous 24 hours | J/cm² |
Temp24hour.PrevRadSumInside | 7DBA | CMP | RTR radiation sum inside previous 24 hours | J/cm² |
Temp24hour.PrevRTRvaluePAR | 7D8A | CMP | Actual RTR per 10 mol/m² previous 24 hours | °C | I104 The RTR of yesterday, calculated based on the 24-hour temperature, the base temperature and the PAR sum. See RTR.
Temp24hour.PrevRTRvalueRad | 7D8B | CMP | Actual RTR per 1000 J/cm² previous 24 hours | °C | I104 The RTR of yesterday, calculated based on the 24-hour temperature, the base temperature and the radiation sum. See RTR.
Temp24hour.PrevSetRTRperKJ | 7DBB | CMP | Set RTR per 1000 J/cm² previous 24 hours | °C |
Temp24hour.PrevSetRTRperMol | 7DBC | CMP | Set RTR per 10 mol/m² previous 24 hours | °C |
TempStrategy.RecipeHeatTemp | E40 | CMP | Set heating temperature | °C | M110 The set heating temperature of the period that is currently activated.
TempStrategy.RecipeVentTemp | E3F | CMP | Set ventilation temperature | °C | M120 The set ventilation temperature of the period that is currently activated.
TrAfdPARSomRef.PARRefSomBer | E44 | CMP | PAR sum | mol/m² | M100 The measured PAR sum in the compartment counted from the moment of sunrise (M4 Overzicht/Metingen).
TrAfdStralSomRef.StralRefSomBer | E47 | CMP | Rad sum | J/cm² | M100 The measured radiation sum in the compartment counted from the moment of sunrise (M4 Overzicht/Metingen).
UI_KOEL.BER_KOEL_TEMP | E49 | CMP | Cooling temperature calculated | °C | I220 Calculated temperature of the cold store, greenhouse or greenhouse soil. M106 The calculated cooling temperature.
UI_KOEL.BER_VRIJG | E4A | CMP | Release cooling 0=NO 1=YES |  | I220 Indication of whether the cooling has been released.
VENTSTREEF.GES_STW_RAAM | E73 | CMP | Corrected ventilation temperature | °C | M120 The ventilation temperature, corrected if applicable by the 24h temperature control. This temperature may also be a correction setting.
ZonHoogte.StrDoorlaatAlg | E96 | CMP | Translucency greenhouse roof | % | I101 The translucency used from the greenhouse roof. The translucency is used for several controls, such as the light control, the heating control, the ventilation control, the transpiration sum start in the irrigation and for the calculation of the top temperature of the crop.
Afname_Trafo.ActualCapacity | 6A30 | OFF-TAKE TRA | Act. electrical capacity | kW | M200 The sum of the total maximum electrical capacity of all the growing light systems and other electrical consumers connected to this off-take transformer.
Afname_Trafo.CalcLimitation | 6A31 | OFF-TAKE TRA | Limitation 0=NONE 1=BLOCK 2=DEMAND MAX 3=INSTAL MAX |  | M200 The limitation of the desired electrical capacity of this off-take transformer.
Afname_Trafo.DesiredCapacity | 6A32 | OFF-TAKE TRA | Des electrical capacity | kW | M200 The sum of the total desired capacity that must be supplied to all the connected consumers.
Afname_Trafo.Meas_Sper | 6A37 | OFF-TAKE TRA | Used value 0=NO 1=YES |  | M200
DKMAN.GEW_DKFUNC | 1094 | CURT CONTR | Desired curtain function 0=NONE 1=HUMIDITY 2=SHADING 3=ENERGY 4=BLACK OUT 5=SLAVE 6=SIDE |  | M160 Indication of the desired (new) curtain function.
EnergCurGen_Calc.CurTotalCond | 5E59 | CURT CONTR | Calculated status curtain 0=CLOSE 1=OPEN |  | M162 Indicates the desired curtain position, taking into account all the set conditions.
EnergCurGen_Calc.LimitEnergCurStr | 5E72 | CURT CONTR | Limitation energy curtain strategy 0=NONE 1=PER. END TIME 2=FORCED OPEN 3=FORCED CLOSE 4=AUTO OPEN 5=AUTO CLOSE 6=SHOWER PROT. |  | M162
ENSTR_STEPS.DkPrBovenDkTlu | 5F16 | CURT CONTR | Meas temperature above curtain | °C | I162.1 The measured temperature of the air above the curtain. M162 The measured temperature above the curtain that is used for the temperature difference condition.
GapControl.CalcedGapSize | 10EA | CURT CONTR | Gap size actual | % | I165 The current gap size is the larger of the temperature gap and the humidity gap (also visible in M160). M160 The calculated gap size is the largest of the calculated temperature gaps and the calculated humidity gap.
GapControl.DeltaHumAvg | 10F3 | CURT CONTR | Measured difference humidity | g/m³ | I165 Difference in absolute humidity on the basis of which the next step open or closed has been calculated.
GapControl.DeltaTempAvg | 10F4 | CURT CONTR | Measured difference temperature | °C | I165 Temperature difference on the basis of which the next step open or closed has been calculated.
RVSTW_SAVE.GEW_DKST | 1175 | CURT CONTR | Calculated humidity curtain position | % | I164
SCSTW.ScDkStandDemp | 1195 | CURT CONTR | Calculated shading curtain position | % | I163
SDK_StralRef.StralRefVsGem | 119D | CURT CONTR | Used radiation | W/m² | I160.4 The radiation that is used to control the shading curtain in the compartment. I160.4 The radiation that is used to control the autonomous shading curtain. I163
VDSTW.GEW_DKST | 11A1 | CURT CONTR | Calculated black out curtain position | % | I161
VERD_StralRef.StralRefVsGem | 11B3 | CURT CONTR | Applied radiation black out curtain | W/m² | I160.4 The radiation that is used to control the black out curtain in the compartment. I160.4 The radiation that is used to control the autonomous black out curtain.
VerdDoekPer.VoorwaardeGeldig | 11DA | CURT CONTR | Condition valid 0=NO 1=YES |  | I161
vlg_doek.BER_DOEKST | 11DD | CURT CONTR | Calculated side-slave curtain position | % | I166
vlg_doek.MAX_DOEKST | 11E0 | CURT CONTR | Max curtain position | % | I166 Maximum curtain position when the curtain is controlled shut from the side-slave curtain function.
DKST_VB.BEGR_CODE | 1211 | CURTAIN | Curtain position limitation 0=NONE 1=VENTS 2=ELECTR 3=RELEASE 4=CLOCK 5=FIXED 6=INSTALLATION 7=LIGHTING 8=CROP TREATM. 9=VENTIL 10=GAP 12=STORM 13=EXTERNAL MAX 14=EXTERNAL MIN 15=SHOWER PROT.P1 16=SHOWER PROT.P2 17=LIGHT EMISSION |  | I168 Indication of the current curtain position limitation. M160 Indication of the current curtain position limitation, see I168 Doek sturing.
DKST_VB.BER_DKST | 67AB | CURTAIN | Calculated curtain position | % | M160 The calculated curtain position from the Actual curtain function .
DKST_VB.DK_FUNC | 1218 | CURTAIN | Actual curtain function 0=NONE 1=HUMIDITY 2=SHADING 3=ENERGY 4=BLACK OUT 5=SLAVE 6=SIDE |  | I168 The active curtain function that determines the curtain position if necessary in combination with a gap control. M160 The curtain function that is valid at this moment.
DKST_VB.DoekStandGer | 121E | CURTAIN | Measured curtain position | % | M100 The measured curtain position in the compartment. M160 The measured curtain position at curtain position measurement and the current curtain position calculated from the run time.
DKST_VB.GEW_DKST | 1224 | CURTAIN | Desired curtain position | % | M160
REG_PEF.BER_VENT_CAP | 14EB | AUT F&P | Calculated fan capacity | % |
REG_PEF.REFERENTIE | 14FA | AUT F&P |  | °C | M106
REG_PEF.START_PEF | 14FB | AUT F&P | Temperature F&P cooling active | °C |
KASL_REF.ATR_GEM_KAS_TEMP | 1669 | AUT VENT | Measured ventilation temperature | °C |
TempStrategy.RecipeVentTemp | 1781 | AUT VENT | Set ventilation temperature | °C | M120 The set ventilation temperature of the period that is currently activated.
VENTAFST.STW_RAAM | 17A6 | AUT VENT | Calc ventilation temperature | °C |
VENTSTREEF.GES_STW_RAAM | 17B8 | AUT VENT | Corrected ventilation temperature | °C | M120 The ventilation temperature, corrected if applicable by the 24h temperature control. This temperature may also be a correction setting.
VntsControl.MeasCtrlTemp | 17AA | AUT VENT |  | °C | M106
VntsLeeSide.CalcMaxVentLee | 60BB | AUT VENT | Calculated max vent lee | % | M125 The calculated maximum vent position for the lee side after possible limitations.
VntsLeeSide.CalcMinVentLee | 1703 | AUT VENT | Calculated min vent lee | % | M125 The calculated minimum vent position on the lee side.
VntsLeeSide.CalcVentLeePos | 16C0 | AUT VENT | Calculated vent lee | % | M125 The calculated vent position on the lee side.
VntsLeeSide.CalcVtTempLee | 60BC | AUT VENT | Calc ventilation temperature lee | °C | M120 As soon as the measured temperature rises above the ventilation temperature calculated here for the lee side, then on the lee side the vents will start to be controlled open.
VntsLeeSide.MeasVentLeePos | 16CA | AUT VENT | Measured vent lee | % | M125 The measured vent position on the lee side.
VntsWindSide.CalcMaxVentWind | 60DB | AUT VENT | Calculated max vent wind | % | M125
VntsWindSide.CalcMinVentWind | 1704 | AUT VENT | Calculated min vent wind | % | M125
VntsWindSide.CalcVentWindPos | 16C2 | AUT VENT | Calculated vent wind | % | M125
VntsWindSide.CalcVtTempWind | 16D6 | AUT VENT | Calc ventilation temperature wind | °C | M120 As soon as the measured temperature rises above the ventilation temperature calculated here for the wind side, then on the wind side the vents will start to be controlled open.
VntsWindSide.MeasVentWindPos | 60E2 | AUT VENT | Measured vent wind | % | M125
ALG_POMP_.POMP_DRAAIT | 1A14 | AUT HEAT | Pump active 0=NO 1=YES |  |
INVL_FAC_VERW.GESEL_VWTEMP | 1A5B | AUT HEAT | Corrected heating temperature | °C | M110 The heating temperature, corrected if applicable by the 24h temperature control. This temperature may also be a correction setting.
INVL_FAC_VERW.STW_VERW | 1A69 | AUT HEAT | Calc heating temperature | °C |
KASL_REF.ATR_GEM_KAS_TEMP | 1A72 | AUT HEAT | Measured heating temperature | °C |
RVW_BUIS.MAX_BUIS | 1B3A | AUT HEAT | Calculated maximum water temperature | °C |
RVW_BUIS.MIN_BUIS | 1B3B | AUT HEAT | Calculated minimum water temperature | °C |
TempStrategy.RecipeHeatTemp | 1B63 | AUT HEAT | Set heating temperature | °C | M110 The set heating temperature of the period that is currently activated.
VERWCTL.GER_EXT_VERM | 1B8C | AUT HEAT | Total external capacity | kW | M112 Total sum of the external capacities which influence the capacity demand of the heating control provided by HID lighting and hot air heaters.
VERWCTL.GER_VERM | 1B8D | AUT HEAT | Act capacity heat system | kW | M112 The actual capacity by the heating system.
VERWCTL.GEW_KASTEMP | 1B8E | AUT HEAT | Desired heating temperature | °C |
VERWCTL.GEW_VERM_MODVW | 1B90 | AUT HEAT | Des capacity heat total | kW | M112 The desired capacity for keeping the greenhouse at the correct temperature or getting it there.
VERWCTL.REFERENTIE | 1B9F | AUT HEAT |  | °C | M106
VERWNET.BER_BUIS_T | 1BAC | AUT HEAT | Calculated water temperature | °C |
VERWNET.GEM_BUIS_T | 1BAE | AUT HEAT | Meas water temperature | °C |
VNET_STREEF.GESEL_MAX_BUIST | 1BD1 | AUT HEAT | Set max water temperature | °C | M115 The set maximum water temperature of the period that is currently activated.
VNET_STREEF.GESEL_MIN_BUIST | 1BD2 | AUT HEAT | Set min water temperature | °C | M115 The set minimum water temperature of the period that is currently activated.
KASLBOX.GEM_CO2 | 1D72 | AUT REF | CO₂ | ppm |
KASLBOX.GEM_KAS_RV | 1D73 | AUT REF | RH | % |
KASLBOX.GEM_KAS_VD | 1D74 | AUT REF | HD | g/m³ |
KASLBOX.GEM_KASNBOL | 1D75 | AUT REF | WBT | °C |
KASLBOX.GEM_KASTEMP | 1D76 | AUT REF | Temperature | °C |
PAR_Ref.PARRefVsGem | 21AD | GR. PROGR | Used PAR | µmol/s/m² | I205 I205.4 The used PAR for the growing light program.
Stral_Ref.StralRefVsGem | 21B2 | GR. PROGR | Used radiation | W/m² | I205 I205.4 The used radiation for the growing light program.
STW_ASSB.CdBelAan | 21B7 | GR. PROGR | Switch on desire 0=NONE 1=LIGHTING 2=EXTERNAL |  | I205 Indication of the desire to switch on the growing light.
STW_ASSB.CdBep | 21B8 | GR. PROGR | Limitation 0=NONE 1=MEAS RAD. SUM 2=MEAS PAR SUM 3=EXP RAD. SUM 4=EXP PAR SUM 5=LONG DAY 6=EXTERN OFF 7=ADJUST LIMIT 8=REL.OUTSIDE TEMP 9=EXTERN ON |  | I205
STW_ASSB.GER_STRAL_SOM | 21BB | GR. PROGR | Radiation sum today | J/cm² | I205 The sum of the Used radiation from today, counted from the 21 Reset time radiation sum until now.
STW_ASSB_PAR.AbPrPARGerSomVd | 21C3 | GR. PROGR | PAR sum today | mol/m² | I205 The sum of the Used PAR from today, counted from the 21 Reset time PAR sum until now.
VERW_PAR_SOM.HuidigEtmaal | 21C7 | GR. PROGR | Expected PAR sum today | mol/m² | I205 The expected PAR sum for today.
KDAS_STU.BER_BEPERKING | 21D0 | STRING | Limitation 0=NONE 1=RADSUM 2=MIN T ON 3=MIN T OFF 4=WAIT REL 5=END TIME 6=WAIT HEAT ON 7=WAIT HEAT OFF 8=CROP TREATM. 9=WAIT CURTAIN 10=REL.OUTSIDE TEMP 11=FIXED POS, OFF 12=FIXED POS, ON 13=EXTERN OFF 14=EXTERN ON 15=DEALER DRIVE 16=INSTALLATION 17=PERIOD SWITCH OFF 18=LOCAL BLOCK 19=ALWAYS FORCED OFF |  | I206 The limitation for the string of the growing light system. M205 See I206 Groeilicht systeem/Realisatie.
KDAS_STU.TOEST_UITG | 21DC | STRING | Act status string 0=OFF 1=ON |  | I206 Actual status of the string. M205 The actual status of string X of the growing light system.
AB_SYS.GER_AB_TOEST | 21E8 | SW. LIGHT | Actual status 0=OFF 1=MIN T OFF 2=WAIT REL 3=ON 4=MIN T ON 5=WAIT ON 6=WAIT OFF |  | I206 The actual status of the growing light system.
AB_SYS.gew_ab_toest | 21EA | SW. LIGHT | 0=OFF 1=ON |  |
KRAANGRP.DOORLOOP | 2234 | VALVE GRP | Number of times phase active |  | I401 Indication of the number of times (see 17 Number of times phase ) that the phase has been run. This can be used to follow the progress of the irrigation.
KRAANGRP.HWATER_STRALSOM | 223E | VALVE GRP | Highest quantity water per radiation sum | ml/MJ | M100 The highest water dosage of the valve group. M430 The highest water dosage of the valve group. Deviations are reported, see Meldingen en alarmen.
KRAANGRP.LWATER_STRALSOM | 2244 | VALVE GRP | Lowest quantity water per radiation sum | ml/MJ | M100 The lowest water dosage of the valve group. The Water per rad.sum is the quantity of water per radiation sum, determined over the last 3 irrigation cycles. M430 The lowest water dosage of the valve group. The quantity of water per radiation sum, determined over the last 3 irrigation cycles. Deviations are reported, see Meldingen en alarmen.
KRAANGRP.TOESTAND | 2253 | VALVE GRP | Status valve group 0=REST 1=WAITING 2=PHASE 1 3=PHASE 2 4=PHASE 3 5=PHASE 4 6=PHASE 5 7=WAIT 8=EXT WAIT 9=PHASE WAIT 10=ABORT 11=ERROR 1 12=ERROR 2 13=ERROR 3 14=ERROR 4 15=ERROR 5 |  | I401 Status indication of the valve group. I402 Status indication of the valve group. M100 See Status in I402 Handstart/Kraangroep & start. M430 See Status in I402 Handstart/Kraangroep & start.
NET_ELB.BEPERKING | 2262 | ELECTR.NETW | Limitation 0=NONE 1=BLOCK |  | M200 The limitation of the electricity network.
NET_ELB.BRON_PRODUCEERT | 2263 | ELECTR.NETW | Electricity production active 0=NO 1=YES |  | M200 Indication whether the electricity production by the network is active.
NET_ELB.GemVeExpMom | 2267 | ELECTR.NETW | Measured electrical export | kW | M200 Measured quantity of electricity that is supplied to the electricity network.
NET_ELB.GemVeImpMom | 2268 | ELECTR.NETW | Measured electrical import | kW | M200 Measured quantity of electricity that the electricity network supplies.
NET_ELB.GER_CAP_BRON | 2269 | ELECTR.NETW | Max electrical capacity | kW | M200 The maximum electrical capacity to be supplied by the electricity network.
NET_ELB.GEW_VERM_BRON | 226A | ELECTR.NETW | Des electrical capacity | kW | M200 The electrical capacity demanded from the electricity network.
MENGER.BEPERKING | 2307 | MIXER | Limitation 0=NONE 1=CHANNEL 2=NO TANK 3=CONFIGURATION 4=STEP 5=POWER FAILURE 6=EXT ERROR 7=PUMP ERROR 8=FLOW TOO LOW 9=FLOW TOO HIGH 10=LEAKAGE ! 11=MONITOR WATER VALVE 12=OPEN WATER VALVE 13=MONITOR FERTILIZER 14=OPEN FERTILIZER 15=TANK 0 LITER 20=SELECT TANK 21=FRESH WATER 30=FLOW DEFECTIVE 31=ALARM SELECT TANK 32=ALARM PUMP TANK 33=LEVEL TOO HIGH TANK 41=ALARM SEL INT TANK 42=AL PUMP INTERM TANK 43=AL DRAIN INTER TANK 44=AL RINSE INTER TANK 45=LEVEL TOO HIGH ITNK 46=INT TANK NOT EMPTY 47=ERROR INTERM TANK 100=I/O WATER VALVE 101=I/O PUMP 102=I/O SELECT TANK 103=I/O SEL INTERM TANK 104=I/O PUMP TANK 105=I/O MIX CHANNEL 106=I/O FLOW 107=I/O DRAIN INT.TANK 108=I/O RINSE INT. TANK 110=START RINSE 111=MINIMUM RINSE 112=MAXIMUM RINSE 113=END RINSE |  | I428 I428.1 See I428 Meststof instellingen
MENGER.BUSY_STAP | 2309 | MIXER | Step |  | I428.1 The current step in the mixing process, you can find an overview of all steps in line 2.
MENGER.BUSY_TOESTAND | 230A | MIXER | Status step 0=--- 1=STOP 11=RINSE ► 12=RINSE ►► 13=RINSE ►►► 20=LEAKAGE ? 21=MIX ► 22=MIX ►► 31=READY |  | I428.1 The following statuses are passed through during every step.
MENGER.START | 2320 | MIXER | Fill 0=NO 1=ALL TANKS 2=FERTILIZER-T 3=A-TANK 4=B-TANK 5=C-TANK 6=D-TANK 7=LYE-TANK 8=ACID-TANK 12=MIN FERTILIZER-T 13=MIN A-TANK 14=MIN B-TANK 15=MIN C-TANK 16=MIN D-TANK 17=MIN LYE-TANK 18=MIN ACID-TANK |  | I428 I428.1 See I428 Meststof instellingen
MENGER.TOESTAND | 2324 | MIXER | Status fertilizer mixer 0=--- 1=STOP 2=REST 10=FILL TANK 11=FILL INTERMED TANK 20=INTERM TANK -> TANK 21=INTERM TANK ->DRAIN 30=ERROR 40=WAIT |  | I428 I428.1 See I428 Meststof instellingen
UniMeasurements.ValueUni | 7AA6 | CUSTOM MEAS | Uni |  | I705 The result of universal measurement, without unit.
CoBh_DosRef.DosFcoGew | 2671 | CO₂ MANAGEM | Des CO₂ production | kg CO₂/hr | M250 M250.1 Desired CO2 production for the CO2 management. This demand is determined by adding the CO2 demands from the CO2 controls. M250.2 The desired CO2 production for the CO2 management. This demand is determined by adding the CO2 demands from the CO2 controls.
CoBh_Lev.FcoGer | 2676 | CO₂ MANAGEM | Act CO₂ production | kg CO₂/hr | M250 The actual CO2 production by the CO2 management. M250.1 The actual CO2 production by the CO2 management.
CoBh_Verd.BeperkCdBer | 2686 | CO₂ MANAGEM | Limitation CO₂ production 0=NONE 1=ALTERNATIVE 2=HEAT BY-PRODUCT 3=MAX VALVES 4=MAX SOURCES 5=NUMBER ON 6=EMERGENCY STOP |  | M250 The limitation of the CO2 production.
CoBh_Verd.VerdFcoMax | 2693 | CO₂ MANAGEM | Max CO₂ production | kg CO₂/hr | M250 The maximum CO2 production by the CO2 management.
AUS_UI_METEN.CD_AUS_TST_BER | 26D1 | EXTERNAL CO₂ | Status 0=OFF 1=DES ACTIVE 2=ACTIVE 3=ERROR |  | M260 The status of the external CO2 source.
CO2Bron_Prod.CdactBer | 26EB | EXTERNAL CO₂ | CO₂ production active 0=NO 1=YES |  | M250 M255 Indication of whether CO2 is being dosed with this source. M260 Indication whether there is CO2 dosage with the external CO2 source.
CO2Bron_Prod.FcoGer | 26EC | EXTERNAL CO₂ | CO₂ kg per hour | kg CO₂/hr | I260 The actual CO2 production of the external CO2 source. M250 M255 The actual CO2 production by this source. M260 The actual CO2 production by the external CO2 source.
CO2Bron_Vrg.FcoGew | 26F1 | EXTERNAL CO₂ | Des CO₂ production | kg CO₂/hr | I260 The CO2 demand that is requested by the CO2 management from the external CO2 source and that must be produced by the external CO2 source. M250 M255 The desired CO2 production for this source. M260 The desired CO2 production for external CO2 source, that is demanded from the CO2 management.
PULSM_CO2.FLOW | 273F | EXTERNAL CO₂ | Current consumption | unit/hour |
CoRgDosBerCo.AanpDempBer | 2824 | CO₂ DOSAGE | Influence smoothing | kg CO₂/ha/hr | I170 Calculated influence of the damping on the desired CO2 dosage/concentration. M170
CoRgDosBerCo.ActDosGewBer | 282B | CO₂ DOSAGE | Calculated dosage | kg CO₂/ha/hr | I170 Calculated CO2 dosage depending on the set CO2 dosage and influences. I170 Calculated CO2 dosage depending on the set CO2 dosage and influences. M170 Calculated CO2 dosage, depending on the set CO2 dosage and influences of wind speed, vent position, temperature, humidity, F&P systems, climate and crop treatment.
CoRgDosBerCo.DosGewBer | 282E | CO₂ DOSAGE | Set dosage | kg CO₂/ha/hr | I170 The set CO2 dosage determined from the radiation-dependent settings of the Radiation : dosage setting table. M170 The set CO2 dosage determined from the radiation-dependent settings of the Radiation : dosage setting table (I170 CO2-programma/Strategie).
CoRgDosBerConc.CcoGew | 2837 | CO₂ DOSAGE | Set CO₂ concentration | ppm | I170 The set CO2 concentration determined from the radiation-dependent settings of the Radiation : desired concentration setting table. For the CO2 concentration, the Deviation CO₂ conc : CO₂ dos (I170.1 CO2-programma/Invloeden) setting is also of importance. M170 The set CO2 concentration determined from the radiation-dependent settings of the Radiation : desired concentration setting table (I170 CO2-programma/Strategie).
CoRgDosBerConc.CcoGewBer | 2838 | CO₂ DOSAGE | Calculated CO₂ concentration | ppm | I170 The calculated CO2 concentration, depending on the set CO2 dosage and influences of wind speed, vent position, temperature, humidity, F&P systems, climate and after possible blocking by the crop treatment. M170 The calculated CO2 concentration, depending on the set CO2 concentration and influences of wind speed, vent position, temperature, humidity, F&P systems, climate and crop treatment.
CoRgDosBerGas.ActDosGewBer | 2842 | CO₂ DOSAGE | Calculated dosage | m³ gas/ha/hr | I170 Calculated CO2 dosage depending on the set CO2 dosage and influences. M170 Calculated CO2 dosage, depending on the set CO2 dosage and influences of wind speed, vent position, temperature, humidity, F&P systems, climate and crop treatment.
CoRgDosBerGas.DosGewBer | 2845 | CO₂ DOSAGE | Set dosage | m³ gas/ha/hr | I170 The set CO2 dosage determined from the radiation-dependent settings of the Radiation : dosage setting table. M170 The set CO2 dosage determined from the radiation-dependent settings of the Radiation : dosage setting table (I170 CO2-programma/Strategie).
CoRgMomCo.DosTotaalBer | 2849 | CO₂ DOSAGE | Actual dosage total | kg CO₂/ha/hr | M170 Actual total dosage (flow). This is the sum of Actual dosage active , Actual dosage passive and Actual dosage on-off heating (flow).
CoRgMomGas.DosTotaalBer | 284E | CO₂ DOSAGE | Actual dosage total | m³ gas/ha/hr | M170 Actual total dosage (flow). This is the sum of Actual dosage active , Actual dosage passive and Actual dosage on-off heating (flow).
CoRgToest.CdBeperkKlimBew | 2852 | CO₂ DOSAGE | Climate limitation 0=NONE 1=TEMPERATURE 2=HUMIDITY 3=CONCENTRATION 4=MEAS.DEFECTIVE 5=AIR QUALITY 6=CROP TREATM. 7=FAN AIRTREATMENT |  | I170.1 M170 Indication of the limitation by the climate.
CoRgToest.ConcGem | 2854 | CO₂ DOSAGE | Measured CO₂ concentration | ppm | I170 The measured CO2 concentration. I170.1 M170 The measured CO2 concentration.
CoRgToest.ConcMaxBer | 2856 | CO₂ DOSAGE | Calc maximum CO₂ concentration | ppm | I170.1 M170
CoRgToest.DosType | 2858 | CO₂ DOSAGE | Dosage type 0=NONE 1=PASSIVE 2=ACTIVE 3=BOTH |  | M170 Selection of the type of dosage.
FanStat.CdStatBer | 28D6 | FAN | Status 0=OFF 1=ON 2=MIN TIME OFF 3=MIN TIME ON 4=NOT CONTROLLED |  | I255
CoTr_Toest.DosCcoGem | 28E8 | CO₂ TRANSP | Measured CO₂ concentration | ppm | I255 Display of the highest measured CO2 concentration of all connected CO2 controls at this moment.
PlantRefs.CropActLimitDown | 2C07 | CROP MONITOR | Crop activity lower limit | % | I106 The limit below which the influences of the crop monitor control are active.
PlantRefs.CropActLimitUp | 2C08 | CROP MONITOR | Crop activity upper limit | % | I106
PlantRefs.CropActSmoothed | 2C0C | CROP MONITOR | Measured crop activity | % | I106 The crop activity expressed in a percentage from 0 to 100%. This measurement is based on the current greenhouse air climate and the plant temperature. M100 The measured crop activity expressed in a percentage from 0 to 100%.
PlantRefs.CropPerfPast24h | 2C2E | CROP MONITOR | Crop performance 24-hours |  | I106 The average crop performance over the last 24 whole clock hours.
DischargeProg.DischargeState | 63F5 | DISCH. WATER | Status 0=REST 1=RECIPE 2=START 3=OPERATION |  | I445 The status of the fill valve. M430 Status of the discharge program (see I445). M440 Status of the discharge program (see I445).
DRAIN_BER.ETM_DRN_PR_CONT | 2CB7 | DRAIN TRAY | 24 hours drain percentage | % | I405.1 Report of the (average) drain percentage since midnight.
TENSIO_M.TENSIO | 2CF9 | TENSIOMETER | Tensio | hPa | I405.1 Tension limit that is measured at this moment. M405 The average tensio (tension of the ground) per tensio meter after the 24 hour period transition. M405 The measured tensio (tension of the ground) per tensio meter.
MoistureMeas.UsedEC | 2CFE | SUBSTRATE | Used EC | mS/cm | I405.1 The measured EC value in the substrate, depending on the selection of average, highest or lowest in I405.4. I405.4 The measured EC value in the substrate, depending on the selection of average, highest or lowest. M405 The average EC of the slab after the 24-hour transition which is measured with the substrate meter. M405 The measured EC in the substrate, measured with a substrate meter.
MoistureMeas.UsedMoisture | 2D00 | SUBSTRATE | Used moisture level | % | I405.1 Indication of the moisture level in the substrate, depending on the selection of average, highest or lowest in I405.4. I405.4 Indication of the moisture level in the substrate, depending on the selection of average, highest or lowest.
MoistureMeas.UsedTemperature | 2CFF | SUBSTRATE | Used temperature | °C | I405.1 The measured temperature in the substrate, depending on the selection of average, highest or lowest in I405.4. I405.4 The measured temperature in the substrate, depending on the selection of average, highest or lowest. M405 The measured temperature in the substrate, measured with a substrate meter.
ROOTO_GEM.Indroging | 2D12 | SLAB WEIGHER | Dry-out | l/m² | I405.1 The calculated dry-out of the slab in l/m2. The dry-out is calculated by the transpiration model and a drain quantity measurement such as the Priva Irrigation Measurement. M405 The calculated dry-out of the slab in l/m2 indicates how far away the mat is from saturation. The dry-out is calculated using the transpiration model and the weight measurement of the Groscale.
ROOTO_GEM.MeasTranspRate | 7DAC | SLAB WEIGHER | Transpiration rate | l/m²/hr | I405.1 The speed of transpiration. This speed is calculated using the transpiration model and a drain quantity measurement such as the Priva Irrigation Measurement. M405 The speed of the transpiration. This speed is calculated using the transpiration model and the measurement of the Groscale. The difference between the Groscale and the standard weight measurements is the unique interface with the control software. This means minor differences can be measured reliably and from this the transpiration is deducted.
ROOTO_GEM.VerzGewicht | 2D16 | SLAB WEIGHER | Saturation weight | kg | I405.1 The weight of the saturated slab. If there is sufficient drain (more than 5%) after a cycle, the substrate is considered saturated. The weight at that moment is the saturation weight. It gives an indication of the condition of the substrate. M405 The weight of the saturated slab. If there is sufficient drain (more than 5%) after a cycle, the substrate is considered saturated. The weight at that moment is the saturation weight. It gives an indication of the condition of the substrate.
VOCHT_GEM.GEWICHT | 2D1B | SLAB WEIGHER | Weight | kg | I405.1 The measured weight of the slab. M405 The measured weight of the slab.
MoistureSensor.MeasPercentage | 7C5C | SENSOR | Moisture level | % | I405.4 The measured moisture level in the substrate and any applicable limitation (see Limitation ).
MoistureSensor.MeasuredEC | 7C5D | SENSOR | EC | mS/cm | I405.4 The measured EC value in the substrate and any applicable limitation (see Limitation ).
MoistureSensor.MeasuredTemp | 7C5E | SENSOR | Temperature | °C | I405.4 The measured temperature in the substrate and any applicable limitation (see Limitation ).
DRN_GEG.BEURT_DR_GEM_EC | 2D2B | MOIST MEAS | EC | mS/cm | M405 The EC drain of the last irrigation cycle.
DRN_GEG.BEURT_DR_GEM_PH | 2D2C | MOIST MEAS | pH | pH | M405 The pH drain of the last irrigation cycle.
DRN_GEG.BEURT_DRN_CONT | 2D2D | MOIST MEAS | Drain | l | M405 The measured drain quantity of a cycle. This quantity keeps on rising until the time of the next start. At the end of a cycle, after the draining period, a drain is calculated in l/m2 and a drain percentage determined from this drain quantity and the measured water dose through the water system. After a start, the quantity begins again at 0 litres.
DRN_GEG.BEURT_DRN_OPP | 2D2E | MOIST MEAS | Drain | l/m² | M405 The drain in litres per m2 of greenhouse area of the last irrigation cycle.
DRN_GEG.BEURT_DRN_PR | 2D2F | MOIST MEAS | Cycle drain % | % | M405 The average drain percentage of the last irrigation cycle.
DRN_GEG.BEURT_OPN_OPP | 2D30 | MOIST MEAS | Take up | l/m² | M405 The quantity of water absorbed by the plant after the last irrigation cycle. This is calculated by subtracting the measured drain quantity from the given quantity. If a drain quantity measurement such as the Precision Irrigation Management is present, an abrupt increase or decrease in weight can also be taken into account.
DRN_GEG.BEURT_TOESTAND | 2D31 | MOIST MEAS | Status cycle drain 0=REST 1=CHECK 2=OPERATION 3=START 4=RESTART 5=IRR CYCLE 6=WAIT FOR DRAIN END 7=MEASURE |  | M405
DRN_GEG.ETM_DRN_OPP_C | 2D36 | MOIST MEAS | Drain | l/m² | M405 The drain in litres per m2 greenhouse area after the 24 hour period transition.
DRN_GEG.ETM_DRN_PR_CONT | 2D38 | MOIST MEAS | Cycle drain % | % | M405 The average drain percentage after the 24 hour period transition.
DRN_GEG.ETM_OPN_OPP_C | 2D3B | MOIST MEAS | Take up | l/m² | M405 The quantity of water absorbed by the plant after the 24-hour transition. This is calculated by subtracting the measured drain quantity from the given quantity. If a drain quantity measurement such as the Precision Irrigation Management is present, an abrupt increase or decrease in weight can also be taken into account.
GIFT_GEG.BEURT_GIFT_OPP | 2D48 | MOIST MEAS | Dose | l/m² | M405 The water dose in litres per m2 of greenhouse area of the last irrigation cycle.
GIFT_GEG.ETM_GIFT_OPP_C | 2D4C | MOIST MEAS | Dose | l/m² | M405 The water dose in litres per m2 greenhouse area after the 24 hour period transition.
VOCHT_BEW.VOCHTGEHALTE_A | 2D7F | MOIST MEAS | Moisture level | % | I405 The moisture level that is being monitored. This value is set in the linked start strategy. The measured moisture level is determined by means of the slab weight or a moisture level measurement. M405 The measured moisture level of the substrate, measured with a slab weigher or with a substrate meter.
EBMeasure.ActElecOffTake | 7CE1 | E-boiler | Actual electricity off-take | kW | M315 The current electricity consumption of the e-boiler.
EBMeasure.ActHeatCap | 7CE2 | E-boiler | Actual heat production | kW | M300 M315 The heat capacity currently produced by the e-boiler.
EBMeasure.ActReturnTemp | 7CE9 | E-boiler | Measured return temperature | °C | M300.1 The measured return temperature. M315 The measured return temperature.
EBMeasure.ActSupplyTemp | 7CEA | E-boiler | Measured supply temperature | °C | M300.1 The measured supply temperature. M315 The measured supply temperature.
EBMeasure.ControlStatus | 7CF4 | E-boiler | Status e-boiler control 0=NOT OPERABLE 1=OFF 2=ON 3=PRE-RUNNING 4=SHUTTING DOWN 5=COOLING DOWN |  | M300.1 See 8 Status e-boiler control . M315
EBMeasure.DesElectricCap | 7CF6 | E-boiler | Des adjustment electrical capacity | kW | M315 The desired adjustment of the capacity by the electricity management.
EBMeasure.DesExternalCap | 7CF8 | E-boiler | Des external electrical capacity | kW | M315 The desired electrical capacity, based on External capacity .
EBMeasure.DesReserveCap | 7CFA | E-boiler | Des reserve capacity | kW | M300 M315 The desired reserve capacity, based on heat management (I300).
EBMeasure.DesStorageCap | 7CFB | E-boiler | Des forced storage capacity | kW | I315.2 Desired capacity of the e-boiler that is calculated for the filling of the heat buffer in the active period. M300 M315 The desired forced storage capacity, as set in I315.2 E-boiler gedwongen opslag.
EBMeasure.SystemLimitation | 7D0E | E-boiler | Limitation 0=NONE 1=CONFIGURATION ERROR 2=INSTALLATION 3=LOCAL BLOCK 4=EMERGENCY HOLD 5=FAILURE 6=PRESSURE 7=NO FLOW 8=NOT ACTIVE 9=TEMP. TOO HIGH 10=WAIT REL 11=COOLING WATER 12=BUFFER 13=TEMP. TOO LOW |  | M300.1 See 9 Limitation . M315 Every limitation has a number. This number is shown in alarm 655 E-boiler failure: .. .
EL_BEH.GEINV_VERM | 2E4D | ELECTR.MAN | Total desired electrical capacity | kW | M200 The total desired electrical capacity by all electricity consumers, whereby the switching times, delays and maximum available electrical capacity are not taken into account.
EL_BEH.GER_VERM_UI | 2E4F | ELECTR.MAN | Total limited desired electrical capacity | kW | M200 The total desired electrical capacity by all electricity consumers, which is limited by the maximum available electrical capacity. The switching times and delays are taken into account.
EL_BEH.MAX_EL_VERM | 2E50 | ELECTR.MAN | Max electrical capacity | kW | M200 The maximum available electrical capacity.
ElekMomRegis.BerVeBeschikMom | 2E8E | ELECTR.MAN | Total measured electrical capacity | kW | M200 The measured total electrical capacity.
ElekMomRegis.GemVeExpMom | 2E97 | ELECTR.MAN | Measured electrical export | kW | M204 The measured electricity export.
ElekMomRegis.GemVeImpMom | 2E98 | ELECTR.MAN | Measured electrical import | kW | M204 The measured electricity import.
ElekMomRegis.GemVeProdMom | 2E99 | ELECTR.MAN | Measured electricity production CHP | kW | M204 The measured electricity production by the CHP(s).
GASBEGRENS.BER_CORR_GASM | 3031 | GAS DISTR | Calc max gas consumption | m³/hr | I304 The calculated maximum gas consumption of the (external) gas strategy or external gas maximum. M304 The calculated maximum gas consumption at this applies at this moment. The maximum gas consumption can be the absolute maximum gas consumption, the maximum from the gas strategy, from the external gas strategy or a contact maximum gas consumption. This calculated maximum gas consumption is including the decrease by controlled and uncontrolled gas consumers. M304.1
GASBEGRENS.GASMETING | 303B | GAS DISTR | Measured gas consumption | m³/hr | I304 The measured gas consumption by a connected pulse meter.
GASBEGRENS.MOM_GASVERBR | 3044 | GAS DISTR | Calc gas consumption | m³/hr | I304 The calculated gas consumption based on the actual capacity and the efficiency of the active heat sources. M304.1
GEMID_GASVERBR.GER_GASSOM | 3066 | GAS DISTR | Measured gas sum | m³ | M304 The cumulated measured gas consumption in the period for the average gas consumption.
GEMID_GASVERBR.MAX_GASSOM | 306A | GAS DISTR | Maximum gas sum | m³ | M304 The cumulated maximum gas consumption in the period for the average gas consumption. This maximum gas sum depends on the length of the period and the specified (absolute) maximum gas consumption.
AirTreatment.CalcSupplyHumRat | 6D62 | ATU | Calculated supply air AH ratio | g/kg | M195 The calculated absolute air humidity ratio.
AirTreatment.CalcSupplyTemp | 6D64 | ATU | Calculated supply air temperature | °C | M195 The calculated temperature of the air that is blown into the indoor area.
AirTreatment.CoolAirHum | 6D66 | ATU | Cooling air humidity | % | M195 The humidity measurement on the outlet side of the cold block.
AirTreatment.CoolAirTemp | 6D68 | ATU | Cooling air temperature | °C | M195 The temperature measurement on the outlet side of the cold block.
AirTreatment.Fan | 6D69 | ATU | Fan 0=NO 1=YES |  | M195 The supply fan is active.
AirTreatment.FanCapacity | 6D6C | ATU | Fan capacity | % | M195 The capacity of the supply fan.
AirTreatment.FanDefect | 6D6E | ATU | Fan failure 0=NO 1=YES |  | M195.1 Failure message of the fan.
AirTreatment.FanIntervention | 6D71 | ATU | Fan intervention 0=NO 1=YES |  | M195.1 Indicates whether the control has been copied to the controller by means of an override switch.
AirTreatment.MeasSupplyHumRat | 6D73 | ATU | Measured supply air AH ratio | g/kg | M195 The measured absolute air humidity ratio.
AirTreatment.MeasSupplyHumRel | 6D74 | ATU | Measured supply air RH | % | M195 The measured air humidity
AirTreatment.MeasSupplyTemp | 6D76 | ATU | Measured supply air temperature | °C | M195 The measured temperature of the supply air.
AirTreatment.MixHumCool | 6D78 | ATU | Mixed air humidity | % | M195 The air humidity of the mixed air.
AirTreatment.MixTempCool | 6D7A | ATU | Mixed air temperature | °C | M195 The temperature of the mixed air.
AirTreatment.OuterValve | 6D7C | ATU | Outside damper position | % | M195 The valve position of the outside air section.
AirTreatment.OuterValveDefect | 6D7F | ATU | Outside damper error 0=NO 1=YES |  | M195.1 A error message has been detected.
AirTreatment.OuterValveInter | 6D81 | ATU | Outside damper intervention 0=NO 1=YES |  | M195.1 Indicates whether the control has been copied to the controller by means of an override switch.
AirTreatment.PumpCool | 6D83 | ATU | Cooling pump active 0=NO 1=YES |  | M195 The cooling pump is active.
AirTreatment.PumpCoolCap | 6D85 | ATU | Cooling pump capacity | % | M195 The capacity of the cooling pump.
AirTreatment.PumpHeat | 6D8B | ATU | Heating pump active 0=NO 1=YES |  | M195 The heating pump is active.
AirTreatment.PumpHeatCap | 6D8D | ATU | Heating pump capacity | % | M195 The capacity of the heating pump.
AirTreatment.PumpHeatDefect | 6D8F | ATU | Heating pump failure 0=NO 1=YES |  | M195.1 A error message has been detected.
AirTreatment.PumpHeatInter | 6D93 | ATU | Heating pump intervention 0=NO 1=YES |  | M195.1 Indicates whether the control has been copied to the controller by means of an override switch.
AirTreatment.RecircValve | 6D97 | ATU | Recirculation damper position | % | M195 The valve position of the recirculation section.
AirTreatment.RecircValveDef | 6D99 | ATU | Recirculation damper error 0=NO 1=YES |  | M195.1 A error message has been detected.
AirTreatment.RecircValveInter | 6D9C | ATU | Recirculation damper intervention 0=NO 1=YES |  | M195.1 Indicates whether the control has been copied to the controller by means of an override switch.
AirTreatment.ReturnTempCool | 6D9E | ATU | Cooling return water temperature | °C | M195 The temperature of the return water for the cooling.
AirTreatment.ReturnTempHeat | 6DA0 | ATU | Heating return water temperature | °C | M195 The temperature of the return water for the heating.
AirTreatment.SupplyTempCool | 6E21 | ATU | Cooling supply water temperature | °C | M195 The temperature of the supply water for the cooling.
AirTreatment.SupplyTempHeat | 6E24 | ATU | Heating supply water temperature | °C | M195 The temperature of the supply water for the heating.
AirTreatment.ValveCoolDefect | 6E29 | ATU | Cooling valve error 0=NO 1=YES |  | M195.1 A error message has been detected.
AirTreatment.ValveCoolInter | 6E2B | ATU | Cooling valve intervention 0=NO 1=YES |  | M195.1 Indicates whether the control has been copied to the controller by means of an override switch.
AirTreatment.ValveCoolPos | 6E2F | ATU | Cooling valve position | % | M195 The valve position of the cooling.
AirTreatment.ValveHeatDefect | 6E32 | ATU | Heating damper failure 0=NO 1=YES |  | M195.1 A error message has been detected.
AirTreatment.ValveHeatInter | 6E35 | ATU | Heating damper intervention 0=NO 1=YES |  | M195.1 Indicates whether the control has been copied to the controller by means of an override switch.
AirTreatment.ValveHeatPos | 6E39 | ATU | Heating valve position | % | M195 The valve position of the heating.
CurrentStratVal.CO2 | 6DB6 | Indoor CMP | CO₂ | ppm | I195
CurrentStratVal.HumRatDef | 6DBA | Indoor CMP | Humidity ratio deficit | g/kg | I195
CurrentStratVal.HumRel | 6DBD | Indoor CMP | RH | % | I195
CurrentStratVal.Light | 6DC1 | Indoor CMP | Light level | % | I195
CurrentStratVal.Light2 | 6DC4 | Indoor CMP | Light level 2 | % | I195
CurrentStratVal.Light3 | 6DC6 | Indoor CMP | Light level 3 | % | I195
CurrentStratVal.Light4 | 6DC9 | Indoor CMP | Light level 4 | % | I195
CurrentStratVal.Light5 | 711C | Indoor CMP | Light level 5 | % | I195
CurrentStratVal.Light6 | 711D | Indoor CMP | Light level 6 | % | I195
CurrentStratVal.Pressure | 6DCD | Indoor CMP | Pressure difference | Pa | I195
CurrentStratVal.Temp | 6DF1 | Indoor CMP | Temperature | °C | I195
ExtraMeas.AbsHumRat | 6DF6 | ExtrMeas | AH ratio | g/kg | M195.2
ExtraMeas.AirTemp | 6DFA | ExtrMeas | Air temperature | °C | M195.2
ExtraMeas.GasMeas | 6E00 | ExtrMeas | Gas measurement | ppm | M195.2
ExtraMeas.HumRel | 6E04 | ExtrMeas | RH | % | M195.2
ExtraMeas.Intervention | 6E07 | ExtrMeas | Intervention 0=NO 1=YES |  | M195.2
ExtraMeas.Percentage | 6E0B | ExtrMeas | Percentage | % | M195.2
ExtraMeas.Pressure | 6E0F | ExtrMeas | Pressure difference | Pa | M195.2
ExtraMeas.State | 6E31 | ExtrMeas | Status 0=OFF 1=ON |  | M195.2
ExtraMeas.Temp | 6E34 | ExtrMeas | Temperature | °C | M195.2
ExtraMeas.WaterTemp | 6E37 | ExtrMeas | Water temperature | °C | M195.2
CO2AndPurging.Intervention | 6E09 | Indoor CMP | Intervention 0=NO 1=YES |  | M195.1 Indicates whether the control has been copied to the controller by means of an override switch.
CO2AndPurging.Status | 6E18 | Indoor CMP | Status 0=OFF 1=ON |  | M195
CO2AndPurging.ValveError | 6E1B | Indoor CMP | Valve/damper error 0=NO 1=YES |  | M195.1 A error message has been detected for the valve.
CO2AndPurging.ValvePos | 6E1F | Indoor CMP | Valve position | % | M195 Valve position of the CO₂ supply and air exhaust.
Lighting.Defect | 6DCC | Grow Light | Failure 0=NO 1=YES |  | M195.2
Lighting.Intervention | 6DD0 | Grow Light | Intervention 0=NO 1=YES |  | M195.2
Lighting.Level | 6DD4 | Grow Light | Light level | % | M195.2
Lighting.State | 6DE8 | Grow Light | Status 0=OFF 1=ON |  | M195.2
MeasPoint.CO2 | 6DA3 | MP | CO₂ | ppm | M195 The measured CO₂ concentration of the measuring box.
MeasPoint.HumRatDef | 6DA5 | MP | Humidity ratio deficit | g/kg | M195 The humidity ratio deficit calculated using the temperature and the relative air humidity.
MeasPoint.HumRatio | 6DA6 | MP | AH ratio | g/kg | M195 The absolute moisture level calculated using the temperature and the relative air humidity.
MeasPoint.HumRel | 6DA8 | MP | RH | % | M195 The measured relative air humidity of the measuring box.
MeasPoint.Temperature | 6DBE | MP | Temperature | °C | M195 The measured temperature of the measuring box.
UnivMeas.MeasA | 6D90 | Univ Meas | Measurement A |  | M195.2
UnivMeas.MeasB | 6D92 | Univ Meas | Measurement B |  | M195.2
UnivMeas.MeasC | 6D95 | Univ Meas | Measurement C |  | M195.2
UnivMeas.MeasD | 6D98 | Univ Meas | Measurement D |  | M195.2
ExternalAlarms.HighAlarm | 6D6F | Indoor CMP | High alarm 0=NO 1=YES |  | I195.1 Indicates whether a high priority/low priority/Priva Office alarm is active. The High/Low alarm is an alarm in the Top Control project. The Priva Office alarm is an alarm in the Indoor growing strategy.
ExternalAlarms.LockedAlarm | 6D70 | Indoor CMP | Locked alarm active 0=NO 1=YES |  | I195.1
ExternalAlarms.LowAlarm | 6D72 | Indoor CMP | Low alarm 0=NO 1=YES |  | I195.1 Indicates whether a high priority/low priority/Priva Office alarm is active. The High/Low alarm is an alarm in the Top Control project. The Priva Office alarm is an alarm in the Indoor growing strategy.
ExternalAlarms.POAlarm | 6D75 | Indoor CMP | Priva Office alarm 0=NO 1=YES |  | I195.1 Indicates whether a high priority/low priority/Priva Office alarm is active. The High/Low alarm is an alarm in the Top Control project. The Priva Office alarm is an alarm in the Indoor growing strategy.
LightCommonData.Blocked | 6D80 | Indoor CMP | Growing light blocked external 0=NO 1=YES |  | M195.2 The Indoor control blocks the lighting, e.g. because the temperature is too high.
Setpoint.InterventCO2 | 6D84 | Indoor CMP | CO₂ intervention 0=NO 1=YES |  | M195.1
Setpoint.InterventHumid | 6D86 | Indoor CMP | Humidity intervention 0=NO 1=YES |  | M195.1
Setpoint.InterventLight | 6D89 | Indoor CMP | Light intervention 0=NO 1=YES |  | M195.1
Setpoint.InterventPress | 6D8A | Indoor CMP | Pressure intervention 0=NO 1=YES |  | M195.1
Setpoint.InterventTemp | 6D8C | Indoor CMP | Temperature intervention 0=NO 1=YES |  | M195.1
BRAND_STAT.BRAND_TOEST | 3173 | BOILER | Burner status 0=DISCONN 1=OFF 2=ON 3=HF-LS 4=HF-HS 5=CO₂ POS 6=LOW SP 7=HIGH SP 8=NO RELEASE 9=WAIT REL 11=ERROR 12=WAIT REL |  | I310 Status of the burner, see 17 Burner status . M250.1 The status of the burner. M300.1 The status of the burner. M310 Modulating burners:
BRAND_STAT.GER_BRAND_VERM | 3175 | BOILER | Actual capacity | kW | M300 The actual heat capacity by the boiler. M310 The actual capacity of the modulating burner. M310 The actual capacity of the switching burner.
BRAND_STAT.GER_GASKL_ST | 3176 | BOILER | Actual valve position | % | M310 The actual gas valve position.
CO2ktl_Prod.CdactBer | 3191 | BOILER | CO₂ production active 0=NO 1=YES |  | M250 Indication whether there is CO2 dosage with the boiler. M310.1 Indication whether there is CO2 dosage with the boiler.
KETEL.BEPERKING | 31ED | BOILER | Limitation boiler 0=NONE 1=EXTERN. BLK 2=COOLING WATER 3=GAS LIMITATION |  | I310 Limitation of the boiler, see 20 Limitation boiler . M310
KETEL.BER_KET_TEMP | 31EE | BOILER | Calculated boiler temperature | °C | I310 Calculated boiler temperature. M310 The calculated boiler temperature.
KETEL.GEW_CO2_VERM | 31FD | BOILER | Desired CO₂ capacity | kW | M300 The boiler's desired CO₂ capacity, which depends on the set minimum, maximum and absolute maximum CO₂ capacities, the CO₂ buffer influence and the calculated CO₂ dosage capacity. M310 The boiler's desired CO₂ capacity, which depends on the set minimum, maximum and absolute maximum CO₂ capacities, the CO₂ buffer influence and the calculated CO₂ dosage capacity (see I310.1 Ketel/Invloeden).
KETEL.GEW_CONS_VERM | 31FE | BOILER | Desired greenhouse capacity | kW | M300 The greenhouse capacity that is allocated to the boiler. M310 The desired heat capacity because of a capacity demand from the compartments that have been allocated to this boiler.
KETEL.GEW_OPSLAG_VERM | 31FF | BOILER | Des forced storage capacity | kW | I310.2 Desired capacity of the boiler that is calculated for the filling of the heat buffer in the active period. See Gedwongen opslag in warmtebuffer. M300 The desired storage capacity of the boiler if the buffer strategy demands this (refer to M310 Boiler/Overview). M310 The boiler's desired storage capacity if the buffer strategy demands this.
KETEL.GEW_RESERV_VERM | 3200 | BOILER | Des reserve capacity | kW | M300 The required reserve capacity of the boiler if the heat reserve demands this. The heat reserve demands a capacity to meet the expected future heat demand. M310 The required reserve capacity of the boiler if the heat reserve demands this. The heat reserve demands a capacity to be able to meet an expected future heat demand.
KETEL.GEW_RETOUR_VERM | 3201 | BOILER | Desired return capacity | kW | M310 The desired return capacity originates from the return control (refer to I311 Boiler/Return control). The heat demand to the boiler can be adjusted based on the measured return temperature. The correction of the heat demand is expressed in a return capacity. If the desired return capacity is positive, this shows a low return water temperature. With a negative desired return capacity the measured return temperature will be relatively high.
KETEL.GEW_WARMTE_VERM | 3202 | BOILER | Des heating capacity | kW | M300 The desired heat capacity of the boiler, which is the sum of the demanded capacity from the greenhouse, the calculated internal capacity and the calculated return capacity (refer to M310 Boiler/Overview). M310 The desired heat capacity of the boiler, which is the sum of the capacity demanded by the greenhouse, the calculated internal capacity and the calculated return capacity (refer to M310 Boiler/Overview).
KETEL.INT_WARMTE_VERM | 3207 | BOILER | Desired intern capacity | kW | M310 The desired internal heat capacity is the capacity that is necessary to sustain and/or reach the calculated temperature of the boiler. If the desired internal capacity is positive then the measured boiler temperature is lower than the calculated boiler temperature. If the desired internal capacity is negative then the measured boiler temperature is higher than the calculated boiler temperature.
KETEL.KET_AFN_BEP | 3208 | BOILER | Off-take limitation percentage | % | M310 Percentage limitation of the heat off-take by the heating and transport systems.
KETEL.KET_VERN_VRIJG | 320A | BOILER | Heat surplus% | % | M300.1 The heat surplus percentage of the boiler. If the boiler becomes too hot due to a forced demand, the heat surplus percentage increases. M310 The heat surplus percentage that is present with this boiler.
KETEL_.GEM_KETA_TEMP1 | 3222 | BOILER | Measured boiler temperature | °C | I310 Measured boiler temperature. M300.1 The measured boiler temperature. M310 The measured boiler temperature.
MOD_BRAND.BerGewBrandVerm | 3274 | BOILER | Desired burner capacity | kW | M310 The burner capacity that is demanded from the burner by heat management, CO2 management or for storage capacity. M310 The burner capacity that is demanded from the burner by heat management, CO2 management or for storage capacity.
MOD_BRAND.BerStapBrandVerm | 3275 | BOILER | Calculated burner capacity | kW | M310 The desired burner capacity that is accepted by the burner with delay.
ClimateArea.AreaTempHighVal | 3344 | CLIMATE | Temperature highest | °C | I12 The highest area temperature in the climate area, ↓=below the calculated heating temperature, ↑=above the calculated heating temperature, −=in the dead band.
ClimateArea.AreaTempLowVal | 3346 | CLIMATE | Temperature lowest | °C | I12 Lowest area temperature in the climate area with an indication of whether this is below, in the dead band, or above the calculated heating temperature.
ClimateArea.BalanceTempVal | 3349 | CLIMATE | Temperature balance | °C | I12 Balance temperature, average, scaled, of all area temperatures.
KRAAN.AFWIJKING | 341F | VALVE | Deviation | % | M412 The deviation in percentages between the average measured flow and the average calculated flow of the valve. For the calculated flow the Correction more valves in (I430.1 Water system/Settings) has been taken into account. A positive deviation means that the measured flow was greater than the calculated flow.
KRAAN.FLOW | 3428 | VALVE | Flow | m³/hr | M412 The average measured flow of this valve.
KRAAN.GEMID_EC | 342C | VALVE | A_EC | mS/cm | M412 The average EC value.
KRAAN.GEMID_PH | 342D | VALVE | A_pH | pH | M412 The average pH value.
KRAAN.KR_EENH_VERBR | 3438 | VALVE | Amount of water per unit | ml | M412 The water consumption per set unit.
KRAAN.KRAAN_AANWEZIG | 343A | VALVE | 0=NO 1=YES |  |
KRAAN.KRAAN_TOESTAND | 343E | VALVE | Status 0=REST 1=RECIPE 2=START 3=IRRIG 4=STAND TIME 5=RECIPE SIPH 6=STARTSIPH 7=SIPHON 8=ERROR 9=WAIT 10=RETURN 11=RECIPER 12=START R 13=RINSE 14=RUN TIME |  | I412 I412.1 Indication of the status of the valve. See I412 Kraan start, stop en reset. I414 See Status in I412 Kraan start, stop en reset. M411 The status of the valve, see I412 Kraan start, stop en reset.
KRAAN.REG_GEG | 3447 | VALVE |  |  |
KRAAN.TODOH_KRAANVAK | 3459 | VALVE | Amount of water per valve | l | M411
KRAAN.TODOH_L_EENHEID | 345A | VALVE | Amount of water per unit | l | M411
KRAAN.TODOH_M2 | 345B | VALVE | Liters per m² | l/m² | M411
KRAAN.VERBRUIK | 345F | VALVE | Quantity | l | M412 The total water consumption of this valve.
KRAAN.VERBRUIKM2 | 3461 | VALVE | Liters per m² | l/m² | M412 The total water consumption of this valve in l/m2.
KRAAN.VERBRUIKM2_B | 3462 | VALVE | Cycle | l/m² | M414 Reference to the quantity of the last phase of the last irrigation cycle in l/m2.
LBS_Metingen.RVKasGemGed | 36F1 | ATU STRAT | Measured RH | % | I15 I15.1 I15.1 M15.1
LBS_Metingen.TKasGemGed | 36F2 | ATU STRAT | Measured cooling temperature | °C | I15 I15.1 I15.1 M15.1
LBS_Periode.RvBevoGew | 3704 | ATU STRAT | Humidify level | % | I15 calculated humidity level at which the ATU is allowed to start humidifying the greenhouse air M15.1 humidity level at which the ATU is allowed to start humidifying the greenhouse air M15.2 humidity level at which the ATU is allowed to start humidifying the greenhouse air
LBS_Periode.RvOntvoGew | 3705 | ATU STRAT | Dehumidification level | % | I15 calculated humidity level at which the ATU is allowed to start dehumidifying the greenhouse air M15.1 humidity level at which the ATU is allowed to start dehumidifying the greenhouse air M15.2 humidity level at which the ATU is allowed to start dehumidifying the greenhouse air
LBS_Periode.TKoelGew | 3706 | ATU STRAT | Cooling temperature | °C | I15 calculated temperature at which the ATU is allowed to start cooling the greenhouse air M15.1 temperature at which the ATU is allowed to start cooling the greenhouse air
LBS_Periode.TVerwGew | 3707 | ATU STRAT | Heating temperature | °C | I15 calculated temperature at which the ATU is allowed to start heating the greenhouse air M15.1 temperature at which the ATU is allowed to start heating the greenhouse air
GEN_STU_UI_01.CD_BEPERKING | 37F2 | ATU | Limitation 0=NONE 1=ERROR 2=I/O DEFECT 3=I/O ASSIGN. 4=MANUAL 5=MIN LIMIT 6=MAX LIMIT 7=ACT TIME-OUT 8=ANTI STUCK PROTECT 9=RELEASE |  | I157 I158 M157 M158 M158
GEN_STU_UI_01.PERC_STU_GEM | 37FD | ATU | Measured position | % | I157 measured position of the inlet or the air outlet I158 measured position of the inlet or air outlet M157 measured position of the mixing chamber inlet or the air outlet M158 measured position of the inlet M158 measured position of the air outlet
GEN_STU_UI_01.PERC_STU_GEW | 37FE | ATU | Desired position | % | I157 The desired position of the inlet or the air outlet. This position is calculated based on the maximum and minimum mixing ratio and the smoothed mixing ratio (see Maximum mixing ratio , Minimum mixing ratio and Calculated smoothed mixing ratio ). I158 The desired position of the inlet or air outlet. This position is calculated based on the maximum and minimum mixing ratio and the smoothed mixing ratio (see Maximum mixing ratio , Minimum mixing ratio and Calculated smoothed mixing ratio in I157). M157 The desired position of the mixing chamber inlet or the air outlet. This position is calculated based on the maximum and minimum mixing ratio and the smoothed mixing ratio (see Maximum mixing ratio , Minimum mixing ratio and Calculated smoothed mixing ratio in Strategie). M158 Desired position of the inlet M158 The desired position of the air outlet. This position is calculated based on the maximum and minimum mixing ratio and the smoothed mixing ratio (see Maximum mixing ratio , Minimum mixing ratio and Calculated smoothed mixing ratio in I157).
MENGKLEP_IN.T_MK_GEW | 38A8 | ATU | Calc supply temperature | °C | M155 calculated temperature of the water flowing into the block M155 calculated temperature of the water flowing into the block
LB_FAN_MREF.AVKasGem | 3CC4 | ATU | AH blow-out | g/m³ | M153 measured AH of the airflow
LB_FAN_MREF.RVKasGem | 3CCB | ATU | RH blow-out | % | M153
LB_FAN_MREF.TKasGem | 3CCC | ATU | Blow-out temperature | °C | M153 measured temperature of the airflow
LB_OUT_FAN_GROEP.BerMaxPercBasis | 3D2E | ATU | Total maximum fan capacity | % | I153 Control area of the fan capacity if Release increase fan capacity has been released. If there is no deviation between the desired and the measured value, the minimum fan capacity applies. If the deviation between the desired and the measured value is greater than or equal to the set P band, the maximum fan capacity applies.
LB_OUT_FAN_GROEP.BerMinTotaal | 3D30 | ATU | Total minimum fan capacity | % | I153 Control area of the fan capacity if Release increase fan capacity has been released. If there is no deviation between the desired and the measured value, the minimum fan capacity applies. If the deviation between the desired and the measured value is greater than or equal to the set P band, the maximum fan capacity applies.
LB_OUT_FAN_GROEP.FFanBer | 3D4E | ATU | Calculated flow fan | m³/hr | M150.1 The calculated quantity of air that is displaced by the fan or fans of the same ATU. This quantity is calculated on the basis of the Calculated flow inlet grh air (M153) and Calculated flow inlet outside air (M153) that flow into the mixing chamber. M153 The calculated quantity of air that is displaced by the fan or fans of the same ATU. This quantity is calculated based on the calculated amount of greenhouse air and of outside air flowing into the mixing chamber.
LB_OUT_FAN_GROEP.FFanGer | 3D54 | ATU | Actual flow fan | m³/hr | M150.1 actual quantity of air that has been displaced by the fan or fans of the same ATU M153 actual quantity of air that is displaced by the fan or fans of the same ATU
LB_OUT_FAN_GROEP.PercFanBer | 3D64 | ATU | Calculated fan capacity | % | I153 I153.2 calculated fan capacity M150.1 This capacity is calculated on the basis of the desired capacity of the fan (I153) plus any increase ( Calc increase cap by temp difference in I153). M153 calculated fan capacity
LB_OUT_FAN_GROEP.PercFanGer | 3D65 | ATU | Actual fan capacity | % | I153 Actual fan capacity. I153.1 Actual fan capacity, taking account of the specified minimum number of fan steps. I153.2 actual fan capacity M150.1 The current position of the blow-out fan. M153 actual fan capacity
LB_OUT_FAN_GROEP.PercFanGew | 3D66 | ATU | Desired fan capacity | % | I153 Calculated fan capacity. I153 Desired fan capacity, calculated on the basis of the settings in this section. I153.1 Fan capacity calculated on the basis of desired cooling or dehumidification. I153.2 desired fan capacity M153 desired fan capacity
MaxUitblaasT.IngMaxUitblaasT | 3E12 | ATU | Maximum blow-out temperature | °C | I151 Maximum blow-out temperature is set above
MaxUitblaasT.T_BasisSLangGew | 3E13 | ATU | Unlimited maximum blow-out temperature | °C | I151 Blow-out temperature that is calculated if no limitations are imposed.
MaxUitblaasT.TMaxUitblBer | 3E15 | ATU | Limited maximum blow-out temperature | °C | I151 The blow-out temperature that is maintained after the maximum limitation.
MinUitblaasT.CdjnActief | 3E56 | ATU | Blow-out strategy active 0=NO 1=MINIMUM 2=MIN COOL 3=MAXIMUM |  | I150
MinUitblaasT.GewMinUitbltemp | 3E63 | ATU | Limited minimum blow-out temperature | °C | I150 The calculated minimum blow-out temperature.
MinUitblaasT.T_BasisSLangGew | 3E69 | ATU | Unlimited minimum blow-out temperature | °C | I150 minimum blow-out temperature on the basis of which the blow-out strategy controls the climate
LogDevUI.CalcPosition | 73DA | AIR CIRCUL. | Calculated position | % | I190.3 The position to be achieved. M190 The position to be achieved. M192 The position to be achieved.
LogDevUI.MeasPosition | 73DB | AIR CIRCUL. | Measured position | % | I190.3 The measured position. M190 The measured position. M192 The measured position.
PosCntr.DriveState | 73DC | AIR CIRCUL. | Status 0=IDLE 1=DEACTIVATED 2=PENDING 3=ACTIVE 4=AT MAXIMUM 5=RUNNING UP 6=AT POSITION 7=RUNNING DOWN 8=AT MINIMUM 9=STOPPING |  | I190.3 The current state of the fan/air mixer. See Status M190 The current state of the fan/air mixer. See Status M192 The current state of the fan/air mixer. See Status
Luchtcirculatie.ToestandVentUI | 40C4 | AIR CIRCUL. | Status air circulation control 0=OFF 1=ON 2=MIN T ON 3=MIN T OFF |  | I190 M190 See 19 Status air circulation control . M192 See 19 Status air circulation control .
MeMstPARSomRef.PARRefSomBer | 417B | PAR SENSOR | PAR sum today | mol/m² | M4 The sum of the smoothed PAR from today, counting from the Time sunrise until now.
PARMe.PARGem | 418C | PAR SENSOR | PAR | µmol/s/m² | M4 M105.1 The measured PAR.
WthrRadCopy.CtrlRadiation | 41F6 | RAD SENS | Radiation | W/m² | M4 M100 The measured radiation.
WthrRadCopy.MeasRadiation | 41F1 | RAD SENS | Radiation measured | W/m² | M4 The measured radiation intensity at this moment.
WthrRadCopy.RadSumToday | 41F8 | RAD SENS | Radiation sum today | J/cm² | M4 The measured sum of the smoothed radiation for today, counted from Time sunrise to now. M100 The measured radiation sum counted from the moment of sunrise (M4 Overzicht/Metingen).
WthrStation.MeasRainQuantity | 6FDB | STATION | Rain quantity | mm/min | M4.2 The measured rain quantity per weather station.
WthrStation.MeasRainState | 6FDC | STATION | Rain 0=NO 1=YES |  | M4.2 Indication of whether the result of the rain measurement is active per weather station.
EL_VOCHT.BER_ABSVO | 4270 | WEATHER |  | g/m³ |
EL_VOCHT.MeasEnthalpy | 6378 | WEATHER |  | kJ/kg |
WthrObserv.CalcEnthalpyOuts | 6FBF | WEATHER | Enthalpy of outside air | kJ/kg | M4 The calculated enthalpy of the outside air based on the measured air humidity and temperature.
WthrObserv.CalcOutsAbsHum | 7009 | WEATHER | AH | g/m³ | M4 The measured absolute humidity of the outside air. M100 The measured absolute air humidity outside.
WthrObserv.CalcOutsHumDef | 427F | WEATHER | HD | g/m³ | M4 The measured humidity deficit of the outside air. M100 The measured humidity deficit outside.
WthrObserv.CalcSkyTemp | 42FC | WEATHER | Sky temperature | °C | M4 The measured sky temperature.
WthrObserv.CalcWindChillT | 42A0 | WEATHER | Calculated windchill | °C | M4 The wind chill is a measure of the quantity of heat that a body loses at the measured outside temperature and wind speed. The wind chill is calculated at an outside temperature below 10°C and with a wind speed higher than 1 m/s. At an outside temperature above 10°C and with a wind speed below 1 m/s, the calculated wind chill is equal to the measured outside temperature. The radiation and the air humidity have no influence in the calculation on the calculated wind chill.
WthrObserv.CtrlCO2Conc | 4293 | WEATHER | Outside CO₂ concentration control | ppm | M4 M4 The measured CO₂ level of the outside air.
WthrObserv.CtrlIrradiation | 42FD | WEATHER | Irradiation | W/m² | M4 M100 The measured irradiation.
WthrObserv.CtrlOutsideTemp | 42A9 | WEATHER | Outside temperature | °C | M4 M100 The measured outside temperature.
WthrObserv.CtrlRainPercent | 427C | WEATHER | Rain percentage control | % | M4 The (smoothed) rain quantity that is passed on to the controls.
WthrObserv.CtrlWindAngle | 42AB | WEATHER | Wind direction control | ° | M4 The (smoothed) wind direction that is passed on to the controls.
WthrObserv.CtrlWindSpeed | 42AD | WEATHER | Wind speed | m/s | M4 M100 The measured wind speed.
WthrObserv.FrostActive | 42F0 | WEATHER | Frost 0=NO 1=1--- 2=-2-- 3=12-- 4=--3- 5=1-3- 6=-23- 7=123- 8=---4 9=1--4 10=-2-4 11=12-4 12=--34 13=1-34 14=-234 15=1234 |  | M4 Indication whether it is freezing and if so, which frost limit is active. These can be several frost limits. M100 Indication whether it is freezing and if so, which frost limit is active. These can be several frost limits.
WthrObserv.MeasOutsideTemp | 429D | WEATHER | Outside temperature | °C | M4
WthrObserv.MeasOutsRelHum | 427E | WEATHER | Outside humidity RH measurement | % | M4 The measured relative humidity of the outside air.
WthrObserv.MeasRainQuantity | 42C0 | WEATHER | Rain quantity | mm/min | M4 The measured rain quantity in mm/min.
WthrObserv.RainActive | 42EE | WEATHER | Rain 0=NO 1=YES |  | M4 Indication whether (forced) rain is active. M100 Indication whether (forced) rain is active.
WthrObserv.StormActive | 42EF | WEATHER | Storm 0=NO 1=1--- 2=-2-- 3=12-- 4=--3- 5=1-3- 6=-23- 7=123- 8=---4 9=1--4 10=-2-4 11=12-4 12=--34 13=1-34 14=-234 15=1234 |  | M4 Indication whether there is a storm and if so, which storm limit is active. These can be several limits. M100 Indication whether there is a storm and if so, which storm limit is active. These can be several limits.
WthrObserv.SunHeightNow | 425A | WEATHER | Sun height now | ° | M4 Current calculated angle at which the solar radiation strikes the earth’s surface. The heating control, ventilation control and light control may take the height of the sun into account
WthrObserv.WindSection | 429B | WEATHER | Wind direction 0=N 1=NE 2=E 3=SE 4=S 5=SW 6=W 7=NW |  | M4 The measured wind direction. M100 The measured wind direction.
ChannelUI.LightContrib | 7B79 | Channel | Light contribution | µmol/s/m² | I208 The light contribution of the channel, calculated over the whole spectrum.
ModLightMeasure.ParContribution | 821D | MOD. LIGHT | PAR contribution | µmol/s/m² | I208 The actual light contribution by this growing light system
ModLightMeasure.RealizedLightPrc | 83EA | MOD. LIGHT | Realized light percentage | % | I208 The actual light percentage provided by the growing light system.
ModLightMeasure.SystemDemLiP | 7AB7 | MOD. LIGHT | Demanded light percentage for light system | % | I208 The desired light percentage that the growing light system must provide. Here, a possible correction of the demand and a fixed position have been taken into account. M209 The desired light % following correction of the modulating growing light system. M209.2 The desired light percentage following correction of the modulating growing light system.
ModLightMeasure.SystemDemPar | 821E | MOD. LIGHT | PAR demand for light system | µmol/s/m² | I208 The desired light request that the growing light system must provide. Here, a possible correction of the demand and a fixed position have been taken into account. M209.1 The desired PAR demand following correction of the modulating growing light system.
ModLightMeasure.SystemLimitation | 76E2 | MOD. LIGHT | Limitation 0=NONE 1=INSTALLATION 2=NOT OPERABLE 3=LOCAL BLOCK 4=EMERGENCY HOLD 5=SPECTRUM 6=VERIFICATION ERROR 7=WAIT HEATING 8=WAIT CURTAIN 9=WAIT REL 10=FIXED POSITION 11=CROP TREATM. 12=FORCED ON 13=FORCED OFF 14=AT MAXIMUM 15=AT MINIMUM 16=MINIMUM OFF-TAKE 17=NO STRATEGY 18=VERIFICATION TEST 19=OFF DELAY 20=VERIFICATION BUSY 21=FIXED CONTRIB. 22=ALT. SPECTRUM 23=CORR. ON CONTRIB. |  | I208 The limitation for the modulating growing light system. M209 See 11 Limitation . M209.1 See 11 Limitation . M209.2 See 11 Limitation .
PARRegGrLiStap.GrLiStapToestCd | 469E | LIGHT STEP | Status growing light step 0=OFF 1=ON 2=WAIT ON 3=WAIT OFF |  | M20
PARRegSchKop.SchermStandGer | 46B1 | CURTAIN | Calculated shading position | % | M20 Calculated position of the shading curtain.
PARRegSchKop.SchermToestCd | 46B4 | CURTAIN | Status shading 0=OPEN 1=MINIMUM 2=CONTROL 3=CLOSE 4=WAIT OPEN |  | M20
PARCalcSetpoint.SetParReg | 6928 | LIGHT CNTRL | Set PAR | µmol/s/m² | M20 Set PAR value from the current period or correction setting.
PARRegelingAlg.DesiredParSum | 46FA | LIGHT CNTRL | Desired PAR sum | mol/m² | I20 The Desired PAR sum is based on the set PAR sum and adjusted by all the calculated influences. This value determines whether the growing light switches off or remains off and controls the position of the shading curtains. M20 The Desired PAR sum is based on the set PAR sum (I20) and adjusted by all the calculated influences. This value determines whether the growing light switches off or remains off and controls the position of the shading curtains.
PARRegelingAlg.DesiredSpecNr | 81FF | LIGHT CNTRL | Desired spectrum number |  | M20 The selected spectrum.
PARRegelingAlg.DesParLighting | 46E9 | LIGHT CNTRL | Desired PAR lighting | µmol/s/m² | I20 The calculated PAR value is based on the set PAR value and adjusted by all the calculated influences. The value Desired PAR lighting determines whether the growing light switches on. M20 The desired PAR value for lighting is based on the set PAR value and adjusted by all the calculated influences. The value Desired PAR lighting determines whether the growing light switches on.
PARRegelingAlg.DesParShading | 46F3 | LIGHT CNTRL | Desired PAR shading | µmol/s/m² | I20 The calculated PAR value is based on the set PAR value and adjusted by all the calculated influences. The value Desired PAR shading determines whether the shading curtain closes.
PARRegelingAlg.ParRegLimitCd | 46F0 | LIGHT CNTRL | Limitation 0=NOT PRESENT 1=MEASUREMENT 2=PAR SUM 3=EXT LIGHT 4=EXT SHADING 5=REFERENCE 6=GR. LIGHT 7=SHADING 8=SPECTRUM 9=INSTALLATION 10=NONE |  | M20
PARRegelingAlg.ParRegStateCd | 46F2 | LIGHT CNTRL | Status 1=OFF 2=NIGHT 3=SHADING 4=LIGHT 5=ACTIVATED |  | M20
PARRegelingAlg.SetParSum | 692F | LIGHT CNTRL | Set desired PAR sum | mol/m² | M20 Set desired PAR sum from the strategy or valid correction setting.
PARRegGrLiFunc.ActualPARContrib | 4700 | LIGHT CNTRL | Actual PAR contribution | µmol/s/m² | M20 Calculated light contribution by all switched-on growing light systems.
PARRegGrLiFunc.DemandLightPerc | 79F3 | LIGHT CNTRL | Demanded light percentage | % | M20 The desired light percentage due to growing light systems. The set minimums and maximums of the growing light system and the current start and end values of the light percentage of the current growing light step have been taken into account.
PARRegGrLiFunc.InflLiRef | 8396 | LIGHT CNTRL | Influence light reference | µmol/s/m² | M20 If no PAR sensor is present beneath the curtain and the lighting, then the light control can use the light reference for this (outdoor radiation, PAR-outdoor or indoor radiation) to decrease the setpoint Desired PAR lighting . The decrease can be set in PAR : decrease PAR lighting or Radiation : decrease PAR lighting (I20.4).
PARRegGrLiFunc.InflParCorr | 8397 | LIGHT CNTRL | Influence PAR correction | µmol/s/m² | M20 The influence of PAR correction on the setpoint Desired PAR lighting . The PAR correction avoids abrupt transitions.
PARRegGrLiFunc.ParDemand | 8393 | LIGHT CNTRL | PAR demand | µmol/s/m² | M20 The desired PAR contribution due to growing light systems. The set minimums and maximums of the growing light system and the current start and end values of the light percentage of the current growing light step have been taken into account.
PARRegReferentie.LightContrToday | 7BAD | LIGHT CNTRL | PAR sum growing light today | mol/m² | M20 The actual PAR sum resulting from the growing light, calculated over the current 24 hours from the time Reset time PAR sum (I20.4).
PARRegReferentie.ParSumToday | 470E | LIGHT CNTRL | PAR sum today | mol/m² | M20 Actual PAR sum calculated over the current 24-hour period from the time Reset time PAR sum (I20.4), based on the measurement (PAR or radiation).
PARRegReferentie.ParUsed | 4709 | LIGHT CNTRL | Used PAR | µmol/s/m² | I20.4 Measured PAR used by the light control to calculate the number of growing light steps and the light percentage. M20 Measured PAR value used by the light control to control the position of the shading curtains and to switch the growing light on and off.
PARRegReferentie.RadUsed | 7A0C | LIGHT CNTRL | Used radiation | W/m² | I20.4 Measured radiation used by the light control to calculate the number of growing light steps and the light percentage. M20 Measured radiation the uses the light control to switch the growing light on or off.
PARRegSchFunc.SchStralBeperBer | 471C | LIGHT CNTRL | Actual radiation limitation | % | M20 Calculated limitation of the radiation by all closed shading curtains.
METERSTAND.METERSTAND | 4750 | ENER.PULSE M | Meter reading |  | M306 The cumulative meter reading is adjustable and is continues counting after a modification.
METERSTAND.VerbruikVd | 4756 | ENER.PULSE M | Total |  | M306 The total consumption from the beginning of the current period. It shows the number of pulses from the start of the period multiplied by the unit per pulse.
PULSMETER.FLOW | 4764 | ENER.PULSE M | Current consumption | unit/hour | M306 The current consumption. This is a measure for the speed with which the pulses are registered at this moment (units per hour).
COM_DOS_RCPT.REGEL_EC | 47AB | RECIPE | Calculated EC | mS/cm | I403 Calculated EC value; the desired EC with the radiation decrease of the EC and the measured EC of the supply water if Toevoegen EC in I403.1 Recept/Waterbehandeling is set to YES.
RETOUR.BESTEM_SILO | 481D | RETURN | Tank |  | M440
RETOUR.BESTEM_TYPE | 481E | RETURN | Destination 0=OUTLET 1=TANK 2=ALT OUTLET 3=ALT TANK |  | M440 The destination of the return water.
RETOUR.TOESTAND | 4837 | RETURN | Status return 0=REST 1=ON-GOING 2=BUSY 3=RETURN 4=DELAY CLEANING 5=CLEANING |  | I443 Status indication of the return main. M440 The status of the return main.
SILOVK.ACTIE | 4850 | FILL VALVE | Action 0=NONE 1=FILL UP 2=FILL UP% 3=FILL TO MAX 4=FILL TO MAX% 5=ALWAYS 6=STORE |  | I440 Indication of the action of the fill valve.
SILOVK.BEPERKING | 4852 | FILL VALVE | Limitation 0=NONE 1=CALIBRATE LEVEL 2=MAX CONTENT 3=LEVEL SENSOR 4=RECYCLE TANK 5=FRESH WATER TANK 6=CONSUMPTION MAX 7=CONSUMPTION MIN 8=CONSUMPTION ZERO |  | I440 The limitation of the fill valve.
SILOVK.TOESTAND | 485D | FILL VALVE | Status 0=REST 1=RECIPE 2=START 3=FILL 4=ERROR |  | I440 The status of the fill valve. M430 The status of the tank fill valve. M440 Status of this fill valve.
TankStatusCopy.WATER_NIV | 68A0 | TANK | Water level | % | I440 Percentage of water level of the tank. A trend is also displayed. M430 See Water level in I440 Silo/Instellingen. M440 The water level in the tank as a percentage. A trend is also displayed. M440.1 The measured water level in percentages and the trend of this in the tank.
TankStatusCopy.WATER_STAND | 68A1 | TANK | Water level 0=--- 1=FULL 2=ENOUGH 3=FILL TO MAX 4=DOSING 5=FILL UP 6=BLOCK 7=BLOCK/FILL UP 8=EMPTY |  | I440 The water level inside the tank. See M440 Overzicht silo. M430 The water level inside the tank. M440 The water level inside the tank.
START_VOORW.START_VOORW | 4AF2 | Cause | Start cause 0=NONE 1=TEMP 2=HUMIDITY 3=RADIATION 4=RADSUM+DR 5=CLOCK 6=EXTERNAL 7=MAX REST 8=MANUAL 9=TRANSPIRATION 10=MOIST%-SLAB 11=TENSIO 12=START SEQUENCE 13=VPD SUM 14=DRY-OUT 15=TRANSPIRATION SUM 16=PAR 17=PAR-SUM+DR |  | M400 The cause for starting the irrigation. M400.2 The cause for starting the irrigation. See M400 Autostart/Actueel
STARTMGRB.START_NUM | 4B01 | # | Cycle |  | M400 This indicates the cycle number of the irrigation cycle. The number sequence is per day from 1 up to the number of cycles run on that day.
STARTMGR_VBRT.DAG_VAN_MAAND | 4B59 | # | Date |  | M400.1
STARTMGR_VBRT.START_FASE | 4B5E | # | Start 0=NO 1=PHASE 1 2=PHASE 2 3=PHASE 3 4=PHASE 4 5=PHASE 5 7=PH12--- 8=PH123-- 9=PH1234- 6=PH12345 |  | M400.1 This indicates the valve group phase(s) where the last irrigation cycle started.
INTER_ST.INTERVALTIJD | 4B74 | START PRG | Maximum rest time | hr:min | M400 The calculated maximum rest time. This is the set maximum rest time with any possible modifications because of radiation and/or synchronisation of starts in the start cluster.
STARTMGR.MIN_RUSTTIJD | 4BBF | START PRG | Minimum rest time | hr:min | M400 The calculated minimum rest time. This is the set minimum rest time with any possible modifications because of radiation and/or synchronisation of starts in the start cluster.
STARTMGR.RECEPT_NR | 4BC2 | START PRG | Active period start strategy |  | M400
STARTMGR.VERSTR_RUST | 4BCC | START PRG | Rest time | hr:min | M400 The elapsed rest time. This is the duration time from the last start moment until now.
STARTMGR.VRIJGAVE | 4BCE | START PRG | Automatic start 0=NO 1=YES |  | I400 I402 Choice whether the start program is automatically started. M400 Indication to show an automatic start is allowed.
STRAL_ST.GEC_STRALSOM | 4BD5 | START PRG | Radiation sum limit | J/cm² | M400 The calculated radiation sum limit above which to start in the current period, when the minimum rest time has elapsed and the Number of conditions (I400.1 Autostart/Installatie) has been met.
STRAL_ST.STRALSOM | 4BD8 | START PRG | Radiation sum | J/cm² | M400 The measured radiation sum at this moment. This is the remaining radiation sum of the last start plus the radiation sum that was measured from the last start or that was measured since the beginning of the current period, if the last start took place in the previous period in which the start was not based on the radiation sum.
VERDAMP_ST.BER_DRAIN_PRC | 4BF8 | START PRG | Desired drain% | % | M400 The desired drain percentage for the transpiration sum start in the current period.
STRT_IRRIG.MEASDRYOUT_UNIT | 6648 | # | Dry-out | ml/unit | M500 The dry-out of the pot or the substrate at the start of the irrigation cycle.
STRT_IRRIG.START_CAUSE | 665D | # | Start cause 0=UNKNOWN 1=MANUAL 2=MOIST%-SLAB 3=DRY-OUT 4=RESTTIME 5=RADIATION SUM 6=EXTERNAL 7=DRAINAGE 8=SAFETY LEVEL |  | M500 The cause of every start.
STRT_IRRIG.START_NUM | 6661 | # | Cycle |  | M500 The sequence number of the irrigation cycle for this day.
IrrigatMeasCalc.CalcDryingInKg | 6644 | SUBSTR START | Dry-out limit | kg | I500 I500 I500.2 M500
IrrigatMeasCalc.CalcTranspPerM2 | 67CE | SUBSTR START | Transpiration rate | l/m²/hr | M500 The decrease in the measured humidity expressed in litres per m² per hour.
IrrigatMeasCalc.CurrentDesirWCon | 6653 | SUBSTR START | Moisture level limit | % | I500 I500 I500.2 M500
IrrigatMeasCalc.CycleRadSum | 665A | SUBSTR START | Radiation sum after last irrigation cycle | J/cm² | M500 The current measured radiation sum after the start of the last irrigation cycle
IrrigatMeasCalc.DampedTranspirat | 665E | SUBSTR START | Measured transpiration rate | ml/unit/h | I500 The current transpiration rate of the crops. This transpiration rate is derived from the decrease in the plant’s weight.
IrrigatMeasCalc.DesirDryoutUnit | 666C | SUBSTR START | Dry-out limit | ml/unit | I500 I500 I500.2 M500
IrrigatMeasCalc.DesWghtUniInKg | 6678 | SUBSTR START | Desired weight per unit | kg | M500
IrrigatMeasCalc.IrrigatPerState | 6689 | SUBSTR START | Status 0=OFF 1=MANUAL 2=WAIT 3=NOT AVAILABLE 4=WAIT FOR TRANSPIR. 5=RAMPING 6=PERIOD RELEASE 7=FLUSHING RELEASED 8=IRRIGATION STOPPED 9=MIN START 10=END OF DAY 11=SAFETY START |  | I500 See 32 Period/status . M500 See 32 Period/status
IrrigatMeasCalc.MeasDryoutUnit | 669E | SUBSTR START | Measured dry-out | ml/unit | I500 I500 I500.2 M500
IrrigatMeasCalc.MeasWContent | 66A2 | SUBSTR START | Measured moisture level | % | I500 I500 I500.2 M500
IrrigatMeasCalc.MeasWghtTot | 66A8 | SUBSTR START | Measured total weight | kg | I500 The current measured weight of the weighing scale, expressed in kilogram. I500 I500.2 M500
IrrigatMeasCalc.MeasWghtUni | 66AA | SUBSTR START | Measured weight per unit | kg/unit | M500
IrrigatMeasCalc.MinTranspStart | 66AD | SUBSTR START | Transpiration rate limit | ml/unit/h | I500 For the day periods: the minimum transpiration that is to be measured before an irrigation cycle is released.
IrrigatMeasCalc.SelMaxCycleRadSu | 66BB | SUBSTR START | Radiation sum limit | J/cm² | M500 M500 The maximum radiation sum between the start of the last irrigation cycle and the start of the new irrigation cycle that is applicable for the current period.
IrrigatMeasCalc.UsedDrWghtTo_01 | 66D8 | SUBSTR START | Used saturation weight total | kg | I500 The total measured weight from the weighing scale at the last drain measurement (this value corresponds to the weight in M500.1).
ALG_POMP_.GER_POMPST | 4C4F | PUMP | Actual pump position 0=OFF 1=ON 2=LOW SP 3=HIGH SP |  | I350 Actual position of the transport pump, see 6 Actual pump position . M350 Actual position of the transport pump (only for switching pump).
ALG_POMP_.POMP_BEPERK | 4C51 | PUMP | Limitation pump drive 0=NONE 1=RELEASE 2=FIXED POS 3=MAX CAP 4=DEFECTIVE 5=EXT ERROR 6=CALIB ERROR 7=ALLOC INPUT 8=ALLOC OUTPUT 9=DRIVE 10=MEASUREMENT 11=HEAT SURP 12=TEMP 13=EXT DRIVE 14=NOT CONTROLLED 15=LOW TEMP HEAT SURP |  | I350 Indication of the limitation of the transport pump, see 10 Limitation pump drive . M350 Indication of the limitation of the transport pump.
TRANSCTL.GV_VERM_TOT | 4CE3 | TRANSP.MAIN | Des transport capacity | kW | M350 The required transport capacity that is passed on to the heat producers.
TRANSCTL.MK_TEMP_TOT | 4CE7 | TRANSP.MAIN | Desired transport temp | °C | M350 The desired temperature of the transport main from the heat management. The desired transport temperature is equal to the highest demanded water temperature from the connected compartments, heat block or combi block from the connected air treatment units plus the set Offset transport temperature .
TRANSSYS.GEM_TRAN_TEMP | 4CF0 | TRANSP.MAIN | Measured supply temperature | °C | I350 Measured transport (supply) temperature M350 The measured temperature in the supply main of the transport system.
MomReserv.WProdBegr | 4F2E | MANIFOLD | Total heat production limited | kW | M300.3 The desired total heat production, limited by the maximum heat production.
MomReserv.WProdOnbegr | 4F32 | MANIFOLD | Total heat production unlimited | kW | M300.3 The desired total heat production.
WARMTECTL.GEW_LOS_VERM | 4FC8 | MANIFOLD | Act capacity emptying | kW | M300 The capacity that the buffer supplies. This is calculated on the basis of the position of the off-take mixing valve. If the off-take mixing valve is open for 50%, then half of the demanded capacity from the greenhouse is supplied by the buffer.
WARMTECTL.GEW_TEMP | 4FC9 | MANIFOLD | Total desired greenhouse temperature | °C | M300 The highest calculated temperature of all the heating systems and/or transport networks connected to the heating management.
WARMTECTL.GEW_VERM | 4FCA | MANIFOLD | Total desired greenhouse capacity | kW | M300 The total required capacity of the connected heating systems and/or transport networks.
MISTKLEP.GEW_CAP | 5009 | MIST VALVE | Calculated capacity | % | M180 Calculated capacity mist valve.
MISTKLEP.TOESTAND | 5010 | MIST VALVE | Status 0=NO RELEASE 1=WAIT PUMP 2=OFF 3=SPRAY PAUSE 4=SPRAY 5=PRESSURE RELIEF |  | I185 The status of the mist valve. M180 The status of the mist valve, see 23 Status .
KASL_REF.REG_GEWAS_RV | 50B6 | HUMIDIF | Used RH | % | I180.4 The humidity that is used for the humidification control.
KASL_REF.REG_GEWAS_TEMP | 50B7 | HUMIDIF | Measured temperature | °C | I180.4 The temperature that is used for the humidification control. M180 The measured temperature that is used for the misting control.
KASL_REF.REG_GEWAS_VD | 50B8 | HUMIDIF | Used HD | g/m³ | I180.4
VOCHT_CTL.BER_RV | 50EB | HUMIDIF | Calculated humidity limit | % | I180 The calculated humidity limit for switching the misting installation. I181 M180 The calculated humidity limit for switching the misting installation.
VOCHT_CTL.BER_VD | 50EC | HUMIDIF | Calculated humidity limit | g/m³ | I180 The calculated humidity limit for switching the misting installation. I181 M180 The calculated humidity limit for switching the misting installation.
VOCHT_CTL.GEM_RV | 50F2 | HUMIDIF | Measured humidity | % | M180 The measured air humidity that is used for the misting control.
VOCHT_CTL.GEWENSTE_TEMP | 50F5 | HUMIDIF | Calculated cooling temperature | °C | I180 I181 M180 The calculated cooling temperature for switching the misting installation.
VOCHT_CTL.INSTEL_TEMP | 50F9 | HUMIDIF | Set cooling temperature | °C | I180 M180 The set cooling temperature from I180 Misting/Strategy.
VOCHT_CTL.SETP_RV | 510D | HUMIDIF | Set humidity limit | % | M180 The set humidity limit from I180 Misting/Strategy.
VOCHT_CTL.SETP_VD | 5111 | HUMIDIF | Set humidity limit | g/m³ | M180 The set humidity limit from I180 Misting/Strategy.
BUFOPN.GEM_TEMP | 51D5 | SENSOR | Meas temperature buffer sensors | °C | M320 The temperature of the water in the buffer at the level of the different temperature sensors in the buffer.
BUF_TOEST.LEGEN | 5206 | BUFFER | Emptying active 0=NO 1=YES |  | I320 Indication whether the emptying of the buffer is active. M300.1 Indication whether the emptying of the buffer is active. M320 Indication whether the emptying of the buffer is active.
BUF_TOEST.VULLEN | 5212 | BUFFER | Filling active 0=NO 1=YES |  | I320 Indication whether the filling of the buffer is active. M300.1 Indication whether the filling of the buffer is active. M320 Indication whether the filling of the buffer is active.
BUFFER.GEM_LTEMP_RET | 5223 | BUFFER | Measured return temperature emptying | °C | M320 The measured temperature of the return water from the compartments to the heat buffer during emptying. M325.1 The measured temperature of the return water from the compartment(s) to the heat buffer during emptying.
BUFFER.GEM_TEMP_AANV | 5225 | BUFFER | Measured supply temperature | °C | M320 The measured temperature of the supply water from the heat source(s) to the heat buffer(s) (during filling), or from the heat buffer to the compartments (when emptying). M325.1 The measured temperature of the supply water from the heat source(s) to the heat buffer(s) (during filling), or from the buffer to the compartments (when emptying).
BUFFER.GEM_VTEMP_RET | 5228 | BUFFER | Measured return temperature filling | °C | M320 The measured temperature of the return water from the heat buffer to the heat source(s) during filling. M325.1 The measured temperature of the return water from the heat buffer to the heat source(s) during filling.
BUFFER.GER_VUL_PERC | 5229 | BUFFER | Actual fill% | % | I320 Actual fill percentage. I320.1 The actual buffer filling percentage is calculated on the basis of the difference between the heat capacity that is loaded into the buffer and the heat capacity that is leaving the buffer at that instant. This percentage is limited between the minimum and maximum achievable filling percentage, determined on the basis of the measurements from the temperature sensors. M320 The actual fill percentage of the heat buffer.
BUFFER.GEW_VUL_PERC | 522C | BUFFER | Desired fill% | % | M320 The desired fill capacity of the heat buffer.
BUFFER.LEEG_BEPERK | 5230 | BUFFER | Limitation emptying 0=NONE 1=RELEASE 2=TOO COLD 3=EXT BLOCK 4=EMPTY 5=MIN FILL% 6=FILL |  | I320 Possible cause why the buffer is not being emptied. M300.1 The limitation why the buffer is not being emptied. M320 The limitation why the buffer is not being emptied.
BUFFER.VUL_BEPERK | 524A | BUFFER | Limitation filling 0=NONE 1=RELEASE 2=TEMP 3=FULL 4=MAX FILL% 5=EMPTYING |  | I320 Possible cause why the buffer is not being filled. M300.1 The limitation why the buffer is not being filled. M320 The limitation why the buffer is not being filled.
WARMW_TE_VM.GEW_KET_VERM | 52C5 | HEAT EXCH | Desired greenhouse capacity | kW | M300 M340 The desired heat capacity that has been allocated to this heat exchanger because of a capacity demand from the compartments.
WARMWIS_ALG.BEPERKING_WW | 52CC | HEAT EXCH | Limitation heat exchanger 0=NONE 1=MANUAL 2=MAX CAP 3=NO RELEASE 4=EXTERNAL 5=HX DISCONNECTED 6=ALLOC INPUT 7=ALLOC OUTPUT 8=CALIB SERVO 9=ALLOC SERVO 10=LIMIT SERVO 11=CONTROL SERVO 12=INPUT HX DEFECT 13=NO TEMP 14=TOO WARM 15=COOLING WATER |  | M300.1 See 14 Limitation HX M340
WARMWIS_ALG.BER_WW_TEMP | 52CE | HEAT EXCH | Calculated heat exchangers temperature | °C | I340 Desired supply temperature of the heat exchanger. M300.1 The calculated supply temperature of the heat exchanger. M340 The calculated supply temperature of the heat exchanger.
WARMWIS_ALG.GER_KET_TEMP | 52D6 | HEAT EXCH | Heat exchangers temperature | °C | I340 Measured supply temperature of the heat exchanger. M300.1 The measured supply temperature of the heat exchanger. M340 The measured supply temperature of the heat exchanger.
WARMWIS_ALG.GER_KET_VERM | 52D8 | HEAT EXCH | Actual capacity | kW | M300 M340 The actual heat capacity by the heat exchanger, expressed in kW capacity.
WARMWIS_ALG.GEW_OPSLAG_VERM | 52DC | HEAT EXCH | Des forced storage capacity | kW | I340.2 Desired capacity of the exchanger that is calculated for the filling of the heat buffer in the active period. See Gedwongen opslag in warmtebuffer. M300 M340 The desired storage capacity of the heat exchanger if the buffer strategy demands this (refer to I330.2 Heat power/Forced storage).
WARMWIS_ALG.GEW_RESERV_VERM | 52DD | HEAT EXCH | Des reserve capacity | kW | M300 M340 The desired reserve capacity of the heat exchanger if the heat reserve demands this. The heat reserve demands a capacity to meet an expected future heat demand.
WARMWIS_ALG.KET_VERN_VRIJG | 52E1 | HEAT EXCH | Heat surplus% | % | M300.1 The heat surplus percentage of the heat exchanger. If the heat exchanger becomes too hot due to a forced demand, the heat surplus percentage increases. M340 The heat surplus percentage of the heat exchanger.
WARMWIS_MEET.GEM_T_RET_WW | 5305 | HEAT EXCH | Measured return temperature | °C | M340 The measured return temperature of the heat exchanger.
WARMWIS_TOEST.TOESTAND | 5331 | HEAT EXCH | Status heat exchanger 0=LIMITED 1=READY 2=PRE-RUN 3=POST RUNNING 4=MIN TIME ON 5=ON 6=ERROR |  | I340 Status of the heat exchanger M300.1 Indication of the status of the heat exchanger. See 13 Status HX M340 Indication of the status of the heat exchanger.
WARMWIS_VERM.GEW_WARM_VERM_W | 533D | HEAT EXCH | Des heating capacity | kW | M300 The total demanded heat capacity from the heat exchanger. M340 The desired heat capacity of the heat exchanger. This is the sum of the desired greenhouse capacity and the internal capacity.
WASROBOT.BEPERKING | 5352 | WASH ROBOT | Limitation 0=NONE 1=NO RELEASE 2=WIND 3=TEMP 4=WIND/TEMP 5=MAN OFF |  | I240 Present limitation of the wash robot. M240 See 12 Limitation .
WASROBOT.ROBOT_TOEST | 535C | WASH ROBOT | Status wash robot 0=OFF 1=REST 2=WAIT RELEASE 3=START 4=OPERATION 5=ERROR |  | I240 M240 See 11 Status wash robot .
EC_M_EXTRA.GEM_EC | 5382 | EC-M | Extra EC | mS/cm | I432.1 Measured EC value at this moment of the extra EC sensor. M430 The extra EC measurement(s).
FILTER.FILTER_BEPERK | 5395 | FILTER | Filter limitation 0=NONE 1=CONSUMPTION MAX 2=CONSUMPTION MIN 3=START ERROR 4=EXT ERROR 5=DIRTY |  | M430.1 M431
FILTER.FILTER_TOESTAND | 5397 | FILTER | Filter status 0=REST 1=RECIPE 2=START 3=CLEANING BACK W 4=ERROR 5=RINSE 6=OPERATION 7=O & CLEANING 8=LIMIT FLOW |  | M430 The status of the filter rinse. M430.1 M431
PH_M_EXTRA.GEM_PH | 53FA | pH-M | Extra pH | pH | I432.1 Measured pH value of the extra pH sensor. M430 The extra pH measurement(s).
TEMP_M.GEM_TEMP | 5488 | WAT SYS | Measured water temperature | °C | I432 Temperature of the water of which the EC is measured. The EC depends on the temperature and must be corrected for this.
VialuxFlow.CalculatedFlow | 551F | UV SYSTEM | Calculated flow | m³/hr | M450
VialuxFlow.MeasuredFlow | 5601 | UV SYSTEM | Measured flow | m³/hr | M450
VialuxSystem.DesiredUVdosage | 55CC | UV SYSTEM | Desired UV | mJ/cm² | M430.1 See Desired UV in M450 Ontsmetter/Actueel M450 The desired UV dosage follows the current recipe.
VialuxSystem.Limitation | 65DC | UV SYSTEM | Limitation 0=NONE 1=CONTROL OFF 2=RELEASE SETTING 3=RELEASE EXTERNAL 4=UV DOSAGE 5=LAMP COOL DOWN 6=FLOW DEFECTIVE 7=CHAMBER HOT 8=FLOW TOO LOW 9=FLOW TOO HIGH 10=START UV 11=DOS TOO LOW 12=LAMP OFF 16=WIPER OUT 17=WIPER IN 18=WIPER MOTOR 19=WIPER CONTACT 20=ERROR 21=I UV SENSOR 22=I WIPER OUT 23=I WIPER HOME 24=I WIPER CTL 25=I WIPER THERM 26=I V5 DISINFECTED 27=I ERROR 28=I RELEASE 29=I ACID TANK 30=I TEMP 31=I LAMP 35=EXPOSURE TIME 36=WIPER MAN OPER 37=WIPER HOME ER 38=V5 DISINFECTED 39=T10 TOO LOW 40=I POWER FAILURE 41=POWER FAILURE 50=TRANSLUCENCY 51=PEROXIDE 52=ACID 53=TYPE UV CHAMBER 54=DISINFECT 55=PURIFY 56=CONFIGURATION 57=ACID RINSE 58=PUMP OFF 59=DOSAGE 60=I V5 PURIFIED 61=V5 PURIFIED |  | I453 The limitation of the UV system. See Limitation. M430.1 The limitation for the UV system, see I450 Ontsmetter/Starten. M450
VialuxSystem.MeasUVdosage | 55B4 | UV SYSTEM | Measured UV | mJ/cm² | M430.1 M450
VialuxSystem.ProcessState | 55EA | UV SYSTEM | Status 0=REST 1=START 2=PRODUCTION 3=ACID RINSE 4=ERROR 5=POST RUNNING |  | I453 The status of the UV system. See Status . M430.1 The status of the UV system. See M450 Overzicht ontsmetter M450 The status of the UV system.
VialuxSystem.StatusLamps | 5555 | UV SYSTEM | Lamp status 0=OFF 1=LOW 2=MID 3=HIGH 4=COOL DOWN |  | I453 The status of the lamp. M450 The status of the lamp: OFF, LOW, MIDDLE, HIGH or COOL DOWN.
VialuxSystem.Translucency | 55BF | UV SYSTEM | Translucency | % | M450
DOS_CTL.BEPERKING | 5660 | WAT SYS | Dosage limitation 0=NONE 1=CHANNEL 2=MIXING TANK 3=EXTERNAL 4=pH CALIB 5=ECs SNS 6=EC SNS 7=pH SNS 8=CTR pH ↓ 9=CTR pH ↑ 10=CTR EC ↑ 11=CTR EC ↓ 12=RCP pH ↓ 13=RCP pH ↑ 14=RCP EC ↑ 15=RCP EC ↓ 16=FINE TUNING 17=NUTRONIC 18=CONNECTION |  | M420 M430.1
DOS_CTL.TOESTAND | 5665 | WAT SYS | Dosage status 0=REST 1=CHECK 2=START 3=OPERATION 4=RESET 5=ERROR 6=NUTRONIC |  | I420 Status of the dosage. M420 M430 The status of the dosage. M430.1
DOS_EC_CTL.REGEL_EC | 5667 | WAT SYS | Calculated EC | mS/cm | M420 The calculated EC value. M430.1
DOS_PH_CTL.REGEL_PH | 5669 | WAT SYS | Calculated pH | pH | M420 The calculated EC value. M430.1
EC_BOX.GEM_EC | 56A9 | WAT SYS | EC | mS/cm | M420 M430 The measured EC value. M430.1
EC_M_SENSOR.GEM_EC | 56AE | WAT SYS | EC supply | mS/cm | M420 The measured EC supply value. M430 The measured EC value of the supply water. M430.1 The measured EC value of the supply water.
EC_VR.BER_EC_VR | 56B2 | WAT SYS | Calculated EC supply | mS/cm | M420 The calculated EC supply value. M430.1 The calculated EC value of the supply water.
GIETWVER.GEM_TEMP | 5709 | WAT SYS | Irrigation water temperature | °C | I423 Measured temperature of the irrigation water. M420 The measured temperature of the irrigation water. M430 The temperature of the irrigation water. M430.1 The measured temperature of the irrigation water.
PH_BOX.GEM_PH | 5752 | WAT SYS | pH | pH | M420 M430 The measured pH value. M430.1
VialuxCascade.CascadeActCap | 577B | WAT SYS | Actual capacity | m³/hr | I453
VialuxCascade.CascadeDesireCap | 577D | WAT SYS | Desired capacity | m³/hr | I453 The desired capacity of the UV systems.
WATDIS.BEPERKING | 5787 | WAT SYS | Water system limitation 0=NONE 7=DOSAGE 8=IRR W HEAT 9=EC SUPPLY 10=WATER MIX 11=SYST PUMP 12=CONSUMP 13=SET WAIT 14=EXT WAIT 15=UV SYSTEM 41=RETURN 42=DESTINATION TANK 43=RECYCLE TANK 44=FRESH WATER TANK 45=OVER DEM 46=MAX CAPACITY 47=VALVE GROUP CHANGE 48=RECIPE CHANGE 49=RINSE VALVE CHANGE 50=EXTERN WATER TR. 51=RETURN PIT ON MAX |  | I430 Limitation of the water system. M430.1 See: I430 Storing watersysteem/Reset & halt.
WATDIS.BER_FLOW | 5788 | WAT SYS | Calculated flow | m³/hr | M420 The calculated flow of the irrigation water. M430 The expected flow is determined by the total capacity of all active valves of the water system. M430.1 The calculated flow of the irrigation water.
WATDIS.FLOW | 578E | WAT SYS | Water flow water irrigation | m³/hr | M420 The measured flow of the irrigation water, measured by the flow sensor of the water system or the UV system. M430 The measured flow for the irrigation. M430.1 The measured flow of the irrigation water.
WATDIS.RECEPT_NR | 579A | WAT SYS | Recipe |  | M430 The recipe number that is presently active, or the recipe that was used during the last irrigation cycle. M430.1 The number of the recipe that is currently being used or was last used by this water system.
WATDIS.TOESTAND | 57A5 | WAT SYS | Water system status 0=REST 1=CHECK 2=PRE-RUN 3=OPERATION 4=ERROR 5=WAIT 6=FILTER 7=UV SYSTEM 8=BLOCKED |  | I430 Status of the water system. M430 See: I430 Storing watersysteem/Reset & halt. M430.1 See: I430 Storing watersysteem/Reset & halt. M440 The status of the water system.
CO2wk_Prod.CdactBer | 5821 | CHP | CO₂ production active 0=NO 1=YES |  | M250 M330.1 Indication whether there is CO2 dosage with the CHP.
VERM_M_UI.VE_GEM | 58D8 | CHP | Measured electr. capacity | kW | M200 The actual electrical capacity of the CHP, which is determined by measuring the electrical production.
WK_ELB.AAN_VERM_BRON | 58E1 | CHP | Electrical capacity on | kW | M200 Capacity limit above which the CHP is activated for electricity demand. Even if the CHP is already active for a heat, CO₂ or storage demand, the electricity demand on the CHP must be greater than this limit before the CHP can start to supply electricity to the management. The lighting system can only be switched on after this.
WK_ELB.BEPERKING | 58E5 | CHP | Limitation 0=NONE 1=BLOCK 2=RELEASE 3=CHP 4=MAX GAS 5=STRATEGY 6=UNBALANCED OFF 7=COOLING WATER 8=ELECTR.PROD |  | M200
WK_ELB.BRON_PRODUCEERT | 58E8 | CHP | Electricity production active 0=NO 1=YES |  | M200 Indication whether the electricity production by the CHP is active.
WK_ELB.GER_CAP_BRON | 58F2 | CHP | Max electrical capacity | kW | M200 The maximum electrical capacity to be supplied by the CHP.
WK_ELB.GEW_EXTERN_AAN | 58F3 | CHP | Des electrical capacity | kW | M300 The desired electrical capacity of the CHP, determined by an electricity demand from the electricity management. M330 The desired electrical capacity for the CHP, determined by an electricity demand from the electricity management.
WK_ELB.VE_WK_VOLBESCH | 5900 | CHP | Actual electricity capacity CHP fully available | kW | M200 If the measured actual capacity (see Act electrical capacity ) rises above the limit shown here, the CHP is fully available to supply electricity to the electricity consumers such as lighting systems and electrical consumers.
WK_SYS.BEPERKING | 590C | CHP | Limitation CHP 0=NONE 1=TOO WARM 2=ERROR 3=RELEASE 4=NOT AVAILABLE 5=MANUAL 6=MAX GAS 7=UNBALANCED OFF 8=COOLING WATER 9=PART LOAD 10=ELECTR. RELEASE |  | I330 The limitation of the CHP, see M330 Warmtekracht/Overzicht. M250.1 Report of the limitation of the CHP. M300.1 The limitation of the CHP. M330 The limitation of the CHP.
WK_SYS.GEM_AANV_TEMP | 5918 | CHP | Measured supply temperature | °C | M300.1 The measured supply temperature of the CHP. M330 The measured supply temperature in the CHP.
WK_SYS.GEM_RET_TEMP | 5919 | CHP | Measured return temperature | °C | M300.1 The measured return temperature of the CHP. M330 The measured return temperature in the CHP.
WK_SYS.GER_KET_VERM | 591B | CHP | CHP heat capacity control | kW | I330 Actual heat power by the CHP. M300 M330 Limited measured CHP heat capacity on the basis of which the heat capacity is controlled and the gas consumption of the CHP is determined. (This limitation is set by your dealer). M330 The actual heat capacity from this CHP.
WK_SYS.GEW_EXTERN_VERM | 591C | CHP | Des external capacity | kW | I330.1 Desired external capacity demand to the CHP. M300 The desired capacity when the CHP is controlled to switch on because of an external demand (for example an external electricity demand). M330 The desired capacity when the CHP is controlled because of an external demand (for example an external electricity demand).
WK_SYS.GEW_OPSLAG_VERM | 591F | CHP | Des forced storage capacity | kW | I330.2 Desired capacity of the CHP that is calculated for the filling of the heat buffer in the active period. See Gedwongen opslag in warmtebuffer. M300 M330 The desired capacity of the CHP if the buffer strategy demands this (refer to I330.2 Heat power/Forced storage).
WK_SYS.KET_VERN_VRIJG | 5921 | CHP | Heat surplus% | % | M300.1 The heat surplus percentage of the heat exchanger. If the heat exchanger becomes too hot due to a forced demand, the heat surplus percentage increases. M330 The heat surplus percentage that is present with this CHP.
WK_SYS.TOESTAND | 5931 | CHP | Status CHP 0=OFF 1=ON 2=MIN TIME OFF 3=MIN TIME ON 4=DELAY OFF 5=DELAY NEXT ON 6=DELAY NEXT OFF 7=TOO COLD 9=DELAY ON |  | I330 The status of the CHP, see M330 Warmtekracht/Overzicht. M250.1 M300.1 Indication of the status of the CHP. M330 Indication of the status of the CHP.
WK_SYS.WK_EXT_BLOK_ACT | 593B | CHP | External blocking 0=NO 1=YES |  | M330 Indication that the external blocking is active.
WK_SYSTEEM.GEW_CO2_VERM | 594A | CHP | Desired CO₂ capacity | kW | M300 The desired CO2 capacity of the CHP. M330 The desired CO2 capacity for the CHP, because of a demand to CO2 from the CO2 management.
WK_SYSTEEM.GEW_CONS_VERM | 594B | CHP | Desired greenhouse capacity | kW | M300 M330 The desired heat capacity that has been allocated to this CHP because of a capacity demand from the compartments.
WK_SYSTEEM.GEW_RESERV_VERM | 594E | CHP | Des reserve capacity | kW | M300 M330 The desired reserve capacity of the CHP if the heat reserve demands this. The heat reserve demands a capacity to meet the expected future heat demand.
Lichtuitstoot.Percentage | 5A8F |  | Calculated maximum light emission | % | I207 Maximum permitted light emission. Dependent on the I168 Curtain/Control setting, line 17: Light emission: min. curtain position the curtain is controlled to a minimum curtain position.