Senmatic Senmatic AMI Penta Group and Recipe Modbus TCP template

Senmatic AMI Penta Group and Recipe

Irrigation group and recipe of the AMI Penta: water volumes, cycles, drain, start conditions and EC and pH demand.

The Senmatic AMI Penta is an irrigation and fertilizer controller that waters up to 100 irrigation groups in greenhouses, each with its own start conditions and recipe. This Modbus TCP template reads the water volume, cycles, drain and EC and pH of one group and lets you write its start conditions and recipe from ModbusCloud.

Protocol
Modbus TCP
Connection
Ethernet, Modbus TCP
Registers
657, read and write
Key readings
Group state · Water volume today · Irrigation cycles today · Drain percentage · Average EC and pH · Sun sum today
Available commands
Recipe EC and pH demand · Start conditions · Week and 24 hour program · Drain control settings · Mixing ratios · EC and pH alarm limits
Compatible models
AMI Penta
Last updated

Registers (657)

657 read, 459 write

NameUnitAccessAddress (Hidden until you enter your email)Function (hidden)Type (hidden)
Irrigation Group StateRead
Group ActiveRead
Irrigation Water Volume TodayRead
Irrigation Water Volume YesterdayRead
Irrigation Water Volume WeekRead
Irrigation Performed Irr Cycles TodayRead
Irrigation Performed Irr Cycles YesterdayRead
Irrigation Performed Irr Cycles WeekRead
Drain Control Drain Pct%Read
Drain Control Last Drainage Pct%Read
Drain Control Avg Drain TodayRead
Drain Control Drain Volume TodayRead
Average EC Last IrrigationRead
Average pH Last IrrigationRead
TemperatureRead
Humidity AvgRead
Solar ValueRead
Sun Radiation Acc Sun TodayRead
Irrigation Time For Last StartRead
Recipe EC DemandRead and write
Recipe pH DemandRead and write
Humidity DirectRead
Temperature Direct InRead
Temperature Sensor FailureRead
Humidity Direct InRead
Humidity Sensor FailureRead
Solar Direct InRead
Solar VoltageVRead
Sun Integrator Corrected SunRead
Sun Integrator Corrected Sun AvgRead
Sun Radiation Acc Sun TotalRead
Sun Radiation Acc Sun YesterdayRead
Sun Integrator Local Sun AvgRead
Start Cond Single StartRead
Start Cond Sun Integrator Start EventRead
Drain Control Max CyclesRead
Time Control Morning ActiveRead
Sun Integrator Avg Sun Intensity LatchedRead
Sun Integrator Foreign Start Executed UnusedRead
Start Cond Sun Integrator Integrated SunRead
Start Cond Sun Integrator Remaining CyclesRead
Sun Integrator Start UnusedRead
Sun Integrator Start Executed UnusedRead
Start Cond Sun Integrator ActiveRead
Start Cond Sun Integrator Acc Energy Since Last StartRead
Start Cond Analog Start Can StartRead
Start Cond Extern Start Can StartRead
Start Cond Extern Start Pulses ReceivedRead
Start Cond Extern Start ActiveRead
Extern Start Digital InputRead
Start Cond Extern Start Disabled Outside APRead
Start Cond Min Hum Start Can StartRead
Start Cond Min Hum StartRead
Start Cond High Temp Start ActiveRead
Start Cond High Temp Start Can StartRead
Start Cond Frost Protect ActiveRead
Start Cond H24 Program Start AllowedRead
Last Irr StartRead
Fixed Interval Start ActiveRead
Fixed Interval Start Can StartRead
Volume Adjustment Of VolumeRead
Volume Adjustment Latched Acc EnergyRead
First Valve FinishedRead
Drain Control First Valve Irr TimesRead
Drain Control Drain CounterRead
Input Extern Start Pulse CounterRead
Drain Control Avg Drain WeekRead
Drain Control Avg Drain YesterdayRead
Start Cond H24 Program ActiveRead
H24 Pause CountRead
H24 Pause Number Of Skipped DaysRead
Time Zones Active TZRead
Time Zones TZ1 Last StartsRead
Time Zones TZ5 Last StartsRead
Time Zones Calc Duration TZ1sRead
Time Zones Calc Duration TZ2sRead
Time Zones Calc Duration TZ3sRead
Time Zones Calc Duration TZ4sRead
Time Zones Calc Duration TZ5sRead
Time Zones Calc Duration TZ6sRead
Time Zones DayRead
Time Zones TZ1 On TimesRead
Time Zones TZ5 On TimesRead
Start Cond Week Program ActiveRead
Start Cond Analog Start Analog ActiveRead
Irrigation Pause ElapsedRead
Irrigation Start PatternRead
Skip GroupRead
Irrigation Remaining CyclesRead
Irrigation Start ConditionRead
Irrigation Group StartRead
Irrigation Not Week ProgramRead
Irrigation Start Condition NumberRead
Irrigation Time Since Last StartsRead
Irrigation Cycle CompleteRead
Irrigation Performed Irr Cycles TotalRead
Irrigation Drainage Week OutRead
Irrigation Cycles Last WeekRead
Irrigation Water Volume Last WeekRead
Irrigation Water Volume Today 2Read
Standby GroupRead
Active Valve Number Group Valve UboundRead
Active Group Position Number Group UboundRead
Irrigation Last Group StateRead
Elapsed Pre Rinse TimesRead
Elapsed Valve Pause TimesRead
Elapsed Group Pause TimesRead
Water Volume Last WeekRead
Water Volume TotalRead
Performed Irr Cycles Last WeekRead
Remaining Irr Cycles Sun IntRead
Irrigation Water Volume TotalRead
Immediate Stop StatusRead
Group NumberRead
Time Zones Time Of Day Percent%Read
Input Drain Pulse CounterRead
First Valve Time FinishedsRead
Irrigation Boom ReturnRead
Start Cond Analog Start ValueRead
Irrigation Pause RemainingsRead
Elapsed Valve Shift TimesRead
Drain Control Total Drain Pulses DayRead
Drain Control Last Drain CorrectionRead
Drain Control Drain Calculated FlagRead
Time Zones Day FlagRead
Drain Control Drain Volume YesterdayRead
Drain Control Drain Volume WeekRead
Drain Control Last Drainage VolumeRead
Drain Control Last Drain ChoiceRead
Drain Control Latched Drain Vol Percentage Today%Read
Drain Control Latched Drain CounterRead
Drain Control Drain Vol Percentage Yesterday%Read
Drain Control Drain Vol Percentage Week%Read
Drain Control Latched Total DrainRead
Drain Control Calculation TimesRead
Drain Control Counter Not ResetRead
Drain Control Drainage Sum TodayRead
Drain Control Drainage Sum YesterdayRead
Drain Control Drainage Sum WeekRead
Irrigation Latched VolumeRead
Irrigation Last VolumeRead
Irrigation Group Valve ActiveRead
Irrigation Latched Water Volume WeekRead
Drain Control Latched Volume Perc WeekRead
Start Cond H24 Program Last ActiveRead
Start Cond H24 Program Active LatchedRead
Recipe pH Return Compensation ActiveRead
Recipe Mixing Ratio Actual Ratio Stock Solution ARead
Recipe Mixing Ratio Actual Ratio Stock Solution BRead
Recipe Mixing Ratio Actual Ratio Stock Solution CRead
Recipe Mixing Ratio Actual Ratio Stock Solution DRead
Recipe Mixing Ratio Actual Ratio Stock Solution ERead
Recipe Mixing Ratio Actual Ratio Stock Solution FRead
Recipe Mixing Ratio Actual Ratio Stock Solution GRead
Recipe Mixing Ratio Actual Ratio Stock Solution HRead
Recipe Output Recipe ActiveRead
Recipe Number StatusRead
Temperature GainRead and write
Humidity GainRead and write
Temperature OffsetRead and write
Humidity OffsetRead and write
Humidity Avg TimesRead and write
Solar GainRead and write
Solar OffsetRead and write
Sun Integrator Solar Cell ChoiceRead and write
Sun Integrator Corr FactorRead and write
Start Cond Single Start TimesRead and write
Start Cond Old Start TimeRead and write
Start Cond Chain GroupRead and write
Start Cond Old Chain GroupRead and write
Start Cond Chain ActiveRead and write
Drain Control ActiveRead and write
Drain Control Drain CorrectionRead and write
Drain Control Min Radiation LevelRead and write
Drain Control Morning Sun Energy DrainRead and write
Start Cond Sun Integrator Disabled Outside APRead and write
Start Cond Sun Integrator Reset All By End Of APRead and write
Start Cond Sun Integrator Sun Energy For Start IrrRead and write
Start Cond Sun Integrator EnabledRead and write
Volume Adjustment Volume Adj EnabledRead and write
Start Cond Analog Start EnabledRead and write
Analog Start HysteresisRead and write
Start Cond Analog Start Disabled Outside APRead and write
Start Cond Analog Start Sensor ModeRead and write
Start Cond Analog Start By Low Or HighRead and write
Start Cond Analog Start Value For StartRead and write
Start Cond Extern Start Pulse CountRead and write
Start Cond Extern Start EnabledRead and write
Start Cond Min Hum Start EnabledRead and write
Start Cond Min Hum Start HysteresisRead and write
Start Cond Min Hum Start Disabled Outside APRead and write
Start Cond Min Hum Start Low Humidity For Start IrrRead and write
Start Cond High Temp Start EnabledRead and write
Start Cond High Temp Start HysteresisRead and write
Start Cond High Temp Start Disabled Outside APRead and write
Start Cond High Temp Start Temp For StartRead and write
Start Cond High Temp Start High Temp For Start CoolingRead and write
Start Cond Frost Protect HysteresisRead and write
Start Cond Frost Protect Start TempRead and write
Start Cond Frost Protect EnabledRead and write
Fixed Interval Start EnabledRead and write
Fixed Interval Start Irrigation IntervalsRead and write
Start Cond Fixed Interval Start Disabled Outside APRead and write
Start Cond Week Program Start 0 ModeRead and write
Start Cond Week Program Start 1 ModeRead and write
Start Cond Week Program Start 2 ModeRead and write
Start Cond Week Program Start 3 ModeRead and write
Start Cond Week Program Start 4 ModeRead and write
Start Cond Week Program Start 5 ModeRead and write
Start Cond Week Program Start 6 ModeRead and write
Start Cond Week Program Start 7 ModeRead and write
Start Cond Week Program Start 8 ModeRead and write
Start Cond Week Program Start 9 ModeRead and write
Start Cond Week Program Start 10 ModeRead and write
Start Cond Week Program Start 11 ModeRead and write
Start Cond Week Program Start 12 ModeRead and write
Start Cond Week Program Start 13 ModeRead and write
Start Cond Week Program Start 14 ModeRead and write
Start Cond Week Program Start 15 ModeRead and write
Start Cond Week Program Start 16 ModeRead and write
Start Cond Week Program Start 17 ModeRead and write
Start Cond Week Program Start 18 ModeRead and write
Start Cond Week Program Start 19 ModeRead and write
Start Cond Week Program Start 20 ModeRead and write
Start Cond Week Program Start 21 ModeRead and write
Start Cond Week Program Start 22 ModeRead and write
Start Cond Week Program Start 23 ModeRead and write
Start Cond Week Program Start 24 ModeRead and write
Start Cond Week Program Start 25 ModeRead and write
Start Cond Week Program Start 26 ModeRead and write
Start Cond Week Program Start 27 ModeRead and write
Start Cond Week Program Start 0 TimesRead and write
Start Cond Week Program Start 1 TimesRead and write
Start Cond Week Program Start 2 TimesRead and write
Start Cond Week Program Start 3 TimesRead and write
Start Cond Week Program Start 4 TimesRead and write
Start Cond Week Program Start 5 TimesRead and write
Start Cond Week Program Start 6 TimesRead and write
Start Cond Week Program Start 7 TimesRead and write
Start Cond Week Program Start 8 TimesRead and write
Start Cond Week Program Start 9 TimesRead and write
Start Cond Week Program Start 10 TimesRead and write
Start Cond Week Program Start 11 TimesRead and write
Start Cond Week Program Start 12 TimesRead and write
Start Cond Week Program Start 13 TimesRead and write
Start Cond Week Program Start 14 TimesRead and write
Start Cond Week Program Start 15 TimesRead and write
Start Cond Week Program Start 16 TimesRead and write
Start Cond Week Program Start 17 TimesRead and write
Start Cond Week Program Start 18 TimesRead and write
Start Cond Week Program Start 19 TimesRead and write
Start Cond Week Program Start 20 TimesRead and write
Start Cond Week Program Start 21 TimesRead and write
Start Cond Week Program Start 22 TimesRead and write
Start Cond Week Program Start 23 TimesRead and write
Start Cond Week Program Start 24 TimesRead and write
Start Cond Week Program Start 25 TimesRead and write
Start Cond Week Program Start 26 TimesRead and write
Start Cond Week Program Start 27 TimesRead and write
Volume Adjustment Energy For Start AdjRead and write
Volume Adjustment Max AdjustmentRead and write
Volume Adjustment PbandRead and write
Drain Control Settings Delay Before Pct CalculationsRead and write
Drain Control Drain Pct TZ1%Read and write
Drain Control Drain Pct TZ2%Read and write
Drain Control Drain Pct TZ3%Read and write
Drain Control Drain Pct TZ4%Read and write
Drain Control Max Decr Factor Pr IrrRead and write
Drain Control Max Incr Factor Pr IrrRead and write
Drain Control Max Decr Factor EnergyRead and write
Drain Control Max Incr Factor EnergyRead and write
Drain Control Pulses For First DrainRead and write
Drain Control P Factor Too High DrainageRead and write
Drain Control P Factor Too Low DrainageRead and write
Drain Control Volume Pr CountRead and write
Drain Control Water Supply To Drain TrayRead and write
Start Cond H24 Program EnabledRead and write
Start Cond H24 Program Abs Start Time 0sRead and write
Start Cond H24 Program Abs Start Time 1sRead and write
Start Cond H24 Program Abs Start Time 2sRead and write
Start Cond H24 Program Abs Start Time 3sRead and write
Start Cond H24 Program Abs Start Time 4sRead and write
Start Cond H24 Program Abs Start Time 5sRead and write
Start Cond H24 Program Abs Start Time 6sRead and write
Start Cond H24 Program Abs Start Time 7sRead and write
Start Cond H24 Program Mode 0Read and write
Start Cond H24 Program Mode 1Read and write
Start Cond H24 Program Mode 2Read and write
Start Cond H24 Program Mode 3Read and write
Start Cond H24 Program Mode 4Read and write
Start Cond H24 Program Mode 5Read and write
Start Cond H24 Program Mode 6Read and write
Start Cond H24 Program Mode 7Read and write
Start Cond H24 Program Relative Start 0sRead and write
Start Cond H24 Program Relative Start 1sRead and write
Start Cond H24 Program Relative Start 2sRead and write
Start Cond H24 Program Relative Start 3sRead and write
Start Cond H24 Program Relative Start 4sRead and write
Start Cond H24 Program Relative Start 5sRead and write
Start Cond H24 Program Relative Start 6sRead and write
Start Cond H24 Program Relative Start 7sRead and write
Time Zones Duration TZ1sRead and write
Time Zones Duration TZ2sRead and write
Time Zones Duration TZ4sRead and write
Time Zones Duration TZ5sRead and write
Time Zones ModeRead and write
Time Zones Abs TZ1sRead and write
Time Zones Abs TZ5sRead and write
Time Zones Rel Start TZ1sRead and write
Time Zones Rel Start TZ5sRead and write
Start Cond Chain Start EnabledRead and write
Start Cond Manual Group StartRead and write
Time Between IrrigationssRead and write
Start Cond Week Program EnabledRead and write
Recipe Number SettingRead and write
Irrigation Basin Control EnabledRead and write
Water Supply Basin NoRead and write
Water Supply Distance For Fresh Start Water DosingRead and write
Water Supply Mix Fresh And Return WaterRead and write
Water Supply Fresh Water Pct Level 1 2%Read and write
Water Supply Fresh Water Pct Level 2 3%Read and write
Water Supply Fresh Water Pct Above Lvl 3%Read and write
Water Supply Incr Fresh Water By High ECRead and write
Water Supply Incr Fresh Water By Low pHRead and write
Water Supply pH Distance For Start Incr Fresh WaterRead and write
Water Supply EC Distance For Start Incr Fresh WaterRead and write
Pumps Pressure DemandRead and write
Operation ModeRead and write
Operation Return Compensation ECRead and write
Operation Return Compensation pHRead and write
Group Pause TimesRead and write
Valve Pause TimesRead and write
Valves In ParallelRead and write
Fill Up By ParallelRead and write
Post Rinse TimesRead and write
PriorityRead and write
Immediate Stop SettingRead and write
Operation Tank EmptyingdumpRead and write
Priority Stop AllowedRead and write
Water Volume ModeRead and write
Service Basin Return Valve NoRead and write
Pre Rinse Valve NoRead and write
Service Maximum Startup TimesRead and write
Pre Rinse TimesRead and write
Tank Emptying TimesRead and write
Tank Emptying VolumeRead and write
Maximum Waiting Time BoomsRead and write
Post Rinse Valve NoRead and write
Tank Emptying By Priority StopRead and write
Group Pause By Priority StopRead and write
IO DI02xRead and write
IO DI03xRead and write
Drain Control Drain Pct TZ5%Read and write
Drain Control Drain Pct TZ6%Read and write
Mixer Use InitiatorRead and write
Return Valves DelaysRead and write
Drain Control Drain Pulse NoRead and write
Sun Radiation Reset Acc Sun TotalRead and write
Wait On Irrigation BoomRead and write
Mixer Initiator OffsetRead and write
Mixer Initiator TimesRead and write
Time Averaging For Sun MeasuresRead and write
Drain Control Delay After First ValvesRead and write
Solar Local Average TimesRead and write
Valve Shift TimesRead and write
Drain Control Calculation MethodRead and write
Override Solar ValueRead and write
Mixer Use pH InitiatorRead and write
Mixer pH Initiator TimesRead and write
Temperature Override From GroupRead and write
Humidity Override From GroupRead and write
Valve Off BoomRead and write
Recipe Mixer EC Offset Time Zone 2Read and write
Recipe Mixer EC Offset Time Zone 3Read and write
Recipe Mixer EC Offset Time Zone 4Read and write
Recipe Mixer Corr Factor EC Ppm Sun EnergyRead and write
Recipe Mixer Sun Energy For EC ChangeRead and write
Recipe Mixer P Band Energy For Change ECRead and write
Recipe Mixer Manual Add ECRead and write
Recipe Mixer Rel EC Offset Fresh WaterRead and write
Recipe Mixer Mixing ModeRead and write
Recipe pH Manual AdditionRead and write
Recipe Mixer Ratio DosingRead and write
Recipe EC Time Period Sun MeasuresRead and write
Recipe EC Concentration Fertilizer ARead and write
Recipe Absolute Low EC AlarmRead and write
Recipe Absolute High EC AlarmRead and write
Recipe Relative Low EC AlarmRead and write
Recipe Relative High EC AlarmRead and write
Recipe Mixing Ratio Stock Solution A 0Read and write
Recipe Mixing Ratio Stock Solution B 0Read and write
Recipe Mixing Ratio Stock Solution C 0Read and write
Recipe Mixing Ratio Stock Solution D 0Read and write
Recipe Mixing Ratio Stock Solution E 0Read and write
Recipe Mixing Ratio Stock Solution F 0Read and write
Recipe Mixing Ratio Stock Solution G 0Read and write
Recipe Mixing Ratio Stock Solution H 0Read and write
Recipe Return Compensation EC ActiveRead and write
Recipe Minimum Return Compensation ECRead and write
Recipe Maximum Return Compensation ECRead and write
Recipe EC Setup Return Compensation EC ActiveRead and write
Recipe Mixing Ratio Normaltime ZoneRead and write
Recipe pH Control EnabledRead and write
Recipe Absolute Low pH1 AlarmRead and write
Recipe Absolute High pH1 AlarmRead and write
Recipe Relative Low pH1 AlarmRead and write
Recipe Relative High pH1 AlarmRead and write
Recipe Minimum Return Compensation pHRead and write
Recipe Maximum Return Compensation pHRead and write
Recipe pH Type SelectorRead and write
Recipe pH Setup Return Compensation pH ActiveRead and write
Recipe Duty Cycle BiasRead and write
Recipe Mixing Ratio Stock Solution A 1Read and write
Recipe Mixing Ratio Stock Solution A 2Read and write
Recipe Mixing Ratio Stock Solution A 3Read and write
Recipe Mixing Ratio Stock Solution A 4Read and write
Recipe Mixing Ratio Stock Solution B 1Read and write
Recipe Mixing Ratio Stock Solution B 2Read and write
Recipe Mixing Ratio Stock Solution B 3Read and write
Recipe Mixing Ratio Stock Solution B 4Read and write
Recipe Mixing Ratio Stock Solution C 1Read and write
Recipe Mixing Ratio Stock Solution C 2Read and write
Recipe Mixing Ratio Stock Solution C 3Read and write
Recipe Mixing Ratio Stock Solution C 4Read and write
Recipe Mixing Ratio Stock Solution D 1Read and write
Recipe Mixing Ratio Stock Solution D 2Read and write
Recipe Mixing Ratio Stock Solution D 3Read and write
Recipe Mixing Ratio Stock Solution D 4Read and write
Recipe Mixing Ratio Stock Solution E 1Read and write
Recipe Mixing Ratio Stock Solution E 2Read and write
Recipe Mixing Ratio Stock Solution E 3Read and write
Recipe Mixing Ratio Stock Solution E 4Read and write
Recipe Mixing Ratio Stock Solution F 1Read and write
Recipe Mixing Ratio Stock Solution F 2Read and write
Recipe Mixing Ratio Stock Solution F 3Read and write
Recipe Mixing Ratio Stock Solution F 4Read and write
Recipe Mixing Ratio Stock Solution G 1Read and write
Recipe Mixing Ratio Stock Solution G 2Read and write
Recipe Mixing Ratio Stock Solution G 3Read and write
Recipe Mixing Ratio Stock Solution G 4Read and write
Recipe Mixing Ratio Stock Solution H 1Read and write
Recipe Mixing Ratio Stock Solution H 2Read and write
Recipe Mixing Ratio Stock Solution H 3Read and write
Recipe Mixing Ratio Stock Solution H 4Read and write
Recipe Has DelayRead and write
Recipe Bio Ratio ARead and write
Recipe Bio Ratio BRead and write
Recipe Bio Ratio CRead and write
Recipe Bio Ratio DRead and write
Recipe Bio Ratio ERead and write
Recipe Bio Ratio FRead and write
Recipe Bio Ratio GRead and write
Recipe Bio Ratio HRead and write
Recipe Bio Enable Fert ARead and write
Recipe Bio Enable Fert BRead and write
Recipe Bio Enable Fert CRead and write
Recipe Bio Enable Fert DRead and write
Recipe Bio Enable Fert ERead and write
Recipe Bio Enable Fert FRead and write
Recipe Bio Enable Fert GRead and write
Recipe Bio Enable Fert HRead and write
Recipe Bio EnableRead and write
Group Valve 0 PriorityRead and write
Group Valve 0 Valve NumberRead and write
Group Valve 0 Elapsed Valve TimesRead
Group Valve 0 Elapsed Valve VolumeRead
Group Valve 0 On OffRead and write
Group Valve 0 Valve TimesRead and write
Group Valve 0 Valve VolumeRead and write
Group Valve 1 PriorityRead and write
Group Valve 1 Valve NumberRead and write
Group Valve 1 Elapsed Valve TimesRead
Group Valve 1 Elapsed Valve VolumeRead
Group Valve 1 On OffRead and write
Group Valve 1 Valve TimesRead and write
Group Valve 1 Valve VolumeRead and write
Group Valve 2 PriorityRead and write
Group Valve 2 Valve NumberRead and write
Group Valve 2 Elapsed Valve TimesRead
Group Valve 2 On OffRead and write
Group Valve 2 Valve TimesRead and write
Group Valve 2 Valve VolumeRead and write
Group Valve 3 PriorityRead and write
Group Valve 3 Valve NumberRead and write
Group Valve 3 Elapsed Valve TimesRead
Group Valve 3 On OffRead and write
Group Valve 3 Valve TimesRead and write
Group Valve 3 Valve VolumeRead and write
Group Valve 4 PriorityRead and write
Group Valve 4 Valve NumberRead and write
Group Valve 4 Elapsed Valve TimesRead
Group Valve 4 On OffRead and write
Group Valve 4 Valve TimesRead and write
Group Valve 4 Valve VolumeRead and write
Group Valve 5 PriorityRead and write
Group Valve 5 Valve NumberRead and write
Group Valve 5 Elapsed Valve TimesRead
Group Valve 5 On OffRead and write
Group Valve 5 Valve TimesRead and write
Group Valve 5 Valve VolumeRead and write
Group Valve 6 PriorityRead and write
Group Valve 6 Valve NumberRead and write
Group Valve 6 Elapsed Valve TimesRead
Group Valve 6 On OffRead and write
Group Valve 6 Valve TimesRead and write
Group Valve 6 Valve VolumeRead and write
Group Valve 7 PriorityRead and write
Group Valve 7 Valve NumberRead and write
Group Valve 7 Elapsed Valve TimesRead
Group Valve 7 On OffRead and write
Group Valve 7 Valve TimesRead and write
Group Valve 7 Valve VolumeRead and write
Group Valve 8 PriorityRead and write
Group Valve 8 Valve NumberRead and write
Group Valve 8 Elapsed Valve TimesRead
Group Valve 8 On OffRead and write
Group Valve 8 Valve TimesRead and write
Group Valve 8 Valve VolumeRead and write
Group Valve 9 PriorityRead and write
Group Valve 9 Valve NumberRead and write
Group Valve 9 Elapsed Valve TimesRead
Group Valve 9 On OffRead and write
Group Valve 9 Valve TimesRead and write
Group Valve 9 Valve VolumeRead and write
Group Valve 10 PriorityRead and write
Group Valve 10 Valve NumberRead and write
Group Valve 10 Elapsed Valve TimesRead
Group Valve 10 On OffRead and write
Group Valve 10 Valve TimesRead and write
Group Valve 10 Valve VolumeRead and write
Group Valve 11 PriorityRead and write
Group Valve 11 Valve NumberRead and write
Group Valve 11 Elapsed Valve TimesRead
Group Valve 11 On OffRead and write
Group Valve 11 Valve TimesRead and write
Group Valve 11 Valve VolumeRead and write
Group Valve 12 PriorityRead and write
Group Valve 12 Valve NumberRead and write
Group Valve 12 Elapsed Valve TimesRead
Group Valve 12 On OffRead and write
Group Valve 12 Valve TimesRead and write
Group Valve 12 Valve VolumeRead and write
Group Valve 13 PriorityRead and write
Group Valve 13 Valve NumberRead and write
Group Valve 13 Elapsed Valve TimesRead
Group Valve 13 On OffRead and write
Group Valve 13 Valve TimesRead and write
Group Valve 13 Valve VolumeRead and write
Group Valve 14 PriorityRead and write
Group Valve 14 Valve NumberRead and write
Group Valve 14 Elapsed Valve TimesRead
Group Valve 14 On OffRead and write
Group Valve 14 Valve TimesRead and write
Group Valve 14 Valve VolumeRead and write
Group Valve 15 PriorityRead and write
Group Valve 15 Valve NumberRead and write
Group Valve 15 Elapsed Valve TimesRead
Group Valve 15 On OffRead and write
Group Valve 15 Valve TimesRead and write
Group Valve 15 Valve VolumeRead and write
Group Valve 16 PriorityRead and write
Group Valve 16 Valve NumberRead and write
Group Valve 16 Elapsed Valve TimesRead
Group Valve 16 On OffRead and write
Group Valve 16 Valve TimesRead and write
Group Valve 16 Valve VolumeRead and write
Group Valve 17 PriorityRead and write
Group Valve 17 Valve NumberRead and write
Group Valve 17 Elapsed Valve TimesRead
Group Valve 17 On OffRead and write
Group Valve 17 Valve TimesRead and write
Group Valve 17 Valve VolumeRead and write
Group Valve 18 PriorityRead and write
Group Valve 18 Valve NumberRead and write
Group Valve 18 Elapsed Valve TimesRead
Group Valve 18 On OffRead and write
Group Valve 18 Valve TimesRead and write
Group Valve 18 Valve VolumeRead and write
Group Valve 19 PriorityRead and write
Group Valve 19 Valve NumberRead and write
Group Valve 19 Elapsed Valve TimesRead
Group Valve 19 On OffRead and write
Group Valve 19 Valve TimesRead and write
Group Valve 19 Valve VolumeRead and write
Group Valve 20 PriorityRead and write
Group Valve 20 Valve NumberRead and write
Group Valve 20 Elapsed Valve TimesRead
Group Valve 20 On OffRead and write
Group Valve 20 Valve TimesRead and write
Group Valve 20 Valve VolumeRead and write
Group Valve 21 PriorityRead and write
Group Valve 21 Valve NumberRead and write
Group Valve 21 Elapsed Valve TimesRead
Group Valve 21 On OffRead and write
Group Valve 21 Valve TimesRead and write
Group Valve 21 Valve VolumeRead and write
Group Valve 22 PriorityRead and write
Group Valve 22 Valve NumberRead and write
Group Valve 22 Elapsed Valve TimesRead
Group Valve 22 On OffRead and write
Group Valve 22 Valve TimesRead and write
Group Valve 22 Valve VolumeRead and write
Group Valve 23 PriorityRead and write
Group Valve 23 Valve NumberRead and write
Group Valve 23 Elapsed Valve TimesRead
Group Valve 23 On OffRead and write
Group Valve 23 Valve TimesRead and write
Group Valve 23 Valve VolumeRead and write
Group Valve 24 PriorityRead and write
Group Valve 24 Valve NumberRead and write
Group Valve 24 Elapsed Valve TimesRead
Group Valve 24 On OffRead and write
Group Valve 24 Valve TimesRead and write
Group Valve 24 Valve VolumeRead and write
Group Valve 25 PriorityRead and write
Group Valve 25 Valve NumberRead and write
Group Valve 25 Elapsed Valve TimesRead
Group Valve 25 On OffRead and write
Group Valve 25 Valve TimesRead and write
Group Valve 25 Valve VolumeRead and write
Group Valve 26 PriorityRead and write
Group Valve 26 Valve NumberRead and write
Group Valve 26 Elapsed Valve TimesRead
Group Valve 26 On OffRead and write
Group Valve 26 Valve TimesRead and write
Group Valve 26 Valve VolumeRead and write
Group Valve 27 PriorityRead and write
Group Valve 27 Valve NumberRead and write
Group Valve 27 Elapsed Valve TimesRead
Group Valve 27 On OffRead and write
Group Valve 27 Valve TimesRead and write
Group Valve 27 Valve VolumeRead and write
Group Valve 28 PriorityRead and write
Group Valve 28 Valve NumberRead and write
Group Valve 28 Elapsed Valve TimesRead
Group Valve 28 On OffRead and write
Group Valve 28 Valve TimesRead and write
Group Valve 28 Valve VolumeRead and write
Group Valve 29 PriorityRead and write
Group Valve 29 Valve NumberRead and write
Group Valve 29 Elapsed Valve TimesRead
Group Valve 29 On OffRead and write
Group Valve 29 Valve TimesRead and write
Group Valve 29 Valve VolumeRead and write
Internal Extern Start Group Start EventRead
Unknown Bxx 903Read
Internal Cycle Completed EventRead
Internal Group Start EventRead
Unknown Remaining Irr Cycles TotalRead
Internal Irrigations TodayRead
Internal Irrigation Completed FlagRead
Internal Old Group StartRead
Unknown Bxx 020Read
Unknown Bxx 021Read
Unknown Bxx 022Read
Group NameRead and write
Recipe NameRead and write

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If a device is not in the library yet, we build the template for free as soon as we have the register data.

Number of installations (optional)

Use cases

  • Compare water volume, irrigation cycles and drain percentage of several groups on one dashboard.
  • Get an email when the drain percentage of a group stays below its target after the morning irrigations.
  • Keep a year of volume and drain history per group to judge the watering strategy per crop.
  • Raise the EC demand of a recipe or shift a start time from the portal when the weather changes.
  • Check average EC and pH of the last irrigation per group against the recipe demand.

Installation

  1. Connect the ModbusCloud Gateway to the Ethernet network of the AMI Penta. Senmatic recommends a separate network for its controllers.

  2. Look up the IP address of the AMI Penta under Unit setup, IP address. It is in the 10.4.1.xxx range with subnet 255.255.255.0.

  3. In ModbusCloud, add a Modbus device with Modbus TCP, that IP address, port 502 and unit ID 1, and import this template.

  4. Check that the group state and water volume today come in and match the group screen of the AMI Penta.

  5. Repeat this for every group you want to follow, each as its own Modbus device with its own unit ID.

Things to watch for

Which unit ID belongs to which data of the AMI Penta?

Unit ID 0 holds the system data, the valve table and the list of hand-started valves, each in its own template. Unit ID 200 holds the weather data. Every irrigation group answers on its own unit ID together with the recipe of the same number: group 1 and recipe 1 on unit ID 1, group 2 and recipe 2 on unit ID 2.

The Gateway gets no answer from the AMI Penta. What should I check?

Check that the Gateway reaches the IP address set under Unit setup on the AMI Penta, usually 10.4.1.xxx with subnet 255.255.255.0, and that the Modbus device uses port 502 and unit ID 1. Senmatic recommends a separate Ethernet network for its controllers, so connect the Gateway to that network.

In which units are the values and times shown?

EC, pH, flow, volume and pressure come as plain numbers in the units the AMI Penta uses itself, so compare one value with the display of the controller. Durations and times of day are shown in seconds: a start time of 06:00 reads 21600 s. Yes or no values read 1 or 0.

Can I change settings of the AMI Penta from ModbusCloud?

Yes, start conditions, the week and 24 hour program, time zones, drain control, group valves and the recipe EC and pH demand, ratios and alarm limits are writable. Writing is off per gateway until you request it in the portal. A wrong value changes how the AMI Penta irrigates and doses, so read the current value first and change one setting at a time.

Want to see how it works?

Electrician working in an open distribution board