Commissioning 6.9 Standard SG ready The SG ready function is activated from the technical menu Par. 1.1.0 (=3) and Par. 1.1.4 (=3). SG Ready 1 Input SG Ready 2 Input Description 0 V 0 V The system works with the normal logics, without any impact from the Smart Grid function. 230 V 0 V The electrical loads (heat pumps and heating elements) are disabled. The external resources are enabled in heating mode but not in cooling mode. 0 V 230 V For the production of domestic hot water, in time scheduling, during the reduced-rate band, the set-point is set to the Comfort value. If the DHW charge has been completed or there is no DHW storage tank, the buffer tank set-point is increased/decreased in heating/cooling mode by a value determined by parameter 20.4.4 Buffer electric integration offset. Therefore, if the buffer mode is not active, the SG function will manage space heating cycle in order to store available energy. In this case, all time programmed zones, which currently are in reduced period, will be considered as in comfort. 230 V 230 V For the production of domestic hot water, in time scheduling, during the reduced-rate band, the set-point is set to the Comfort value. If the DHW charge has been completed or there is no DHW storage tank, the buffer tank set-point is increased/decreased in heating/cooling mode by a value determined by parameter 20.4.4 Buffer electric integration offset. Therefore, if the buffer mode is not active, the SG function will manage space heating cycle in order to store available energy. In this case, all time programmed zones, which currently are in reduced period, will be considered as in comfort. 68 / EN
--[HYB_M_Universal_ARISTON_UK_EN]-- Commissioning 6.10 Parameter table Parameter Description Default Range - Value 1 Energy Manager 1. 0 Basic parameters 1. 0. 0 IDU type 1 0 = None ¦ 1 = Hybrid Mode ¦ 2 = Hydraulic module ¦ 3 = Light 1. 0. 1 ODU type 1 1 = Heat Pump 1. 0. 2 Tank management 0 0 = None ¦ 1 = Storage with NTC ¦ 2 = Storage with Thermostat 1. 0. 4 Hybrid Mode 0 0 = Auto ¦ 1 = Only boiler ¦ 2 = Only HP 1. 0. 5 Energy Manager logic 1 0 = Max Saving ¦ 1 = Max Ecology 1. 0. 6 Thermoregulation 1 0 = Not active ¦ 1 = Active 1. 1 Input configuration 1. 1. 0 HV input 1 1 1 = Absent ¦ 2 = EDF ¦ 3 = SG1 ¦ 4 = External switch off signal ¦ 5 = Photovoltaic integration 1. 1. 1 HV input 2 1 1 = Absent ¦ 2 = DLSG ¦ 3 = SG2 ¦ 4 = External switch off signal ¦ 5 = Photovoltaic integration 1. 1. 3 AUX input 1 0 0 = None ¦ 1 = Humidistat sensor ¦ 2 = Heat / Cool by external control ¦ 3 = Room thermostat HC3 ¦ 4 = Safety thermostat ¦ 5 = Photovoltaic integration 1. 1. 4 AUX input 2 4 0 = None ¦ 1 = Humidistat sensor ¦ 2 = Heat / Cool by external control ¦ 3 = Room thermostat HC3 ¦ 4 = Safety thermostat ¦ 5 = Photovoltaic integration 1. 1. 5 Electric heat sources blocking type 0 0 = None ¦ 1 = Soft lockout ¦ 2 = Hard lockout ¦ 3 = Hybrid lockout 1. 1. 7 CH Press Detection Device 2 1 = Pressure switch ¦ 2 = Pressure sensor 1. 1. 8 System flow T selection 1 0 = HP water flow temp ¦ 1 = System flow T 1. 1. 9 Humidity input zone 0 0 = All zones ¦ 1 = Zone 1 ¦ 2 = Zone 2 ¦ 3 = Zone 3 ¦ 4 = Zone 4 ¦ 5 = Zone 5 ¦ 6 = Zone 6 ¦ 7 = Zones 1 , 2 ¦ 8 = Zones 3 , 4 ¦ 9 = Zones 5 , 6 ¦ 10 = Zones 1,2,3 ¦ 11 = Zones 4,5,6 ¦ 12 = No zone set 1. 2 Output configuration 1. 2. 0 AUX output 1 0 0 = None ¦ 1 = Fault alarm ¦ 2 = Humidity Control ¦ 3 = External heat and DHW request ¦ 4 = Cooling request ¦ 5 = DHW request ¦ 6 = Heat / Cool mode ¦ 7 = CH request 1. 2. 1 AUX output 2 0 0 = None ¦ 1 = Fault alarm ¦ 2 = Humidity Control ¦ 3 = External heat and DHW request ¦ 4 = Cooling request ¦ 5 = DHW request ¦ 6 = Heat / Cool mode ¦ 7 = CH request 1. 2. 2 AUX output 3 0 0 = None ¦ 1 = Fault alarm ¦ 2 = Humidity Control ¦ 3 = External heat and DHW request ¦ 4 = Cooling request ¦ 5 = DHW request ¦ 6 = Heat / Cool mode ¦ 7 = CH request 1. 2. 3 AUX output 4 0 0 = None ¦ 1 = Fault alarm ¦ 2 = Humidity Control ¦ 3 = External heat and DHW request ¦ 4 = Cooling request ¦ 5 = DHW request ¦ 6 = Heat / Cool mode ¦ 7 = CH request 1. 2. 5 AUX P2 circulator setting 0 0 = Auxiliary circulator ¦ 1 = Cooling circulator ¦ 2 = Buffer circulator (visible with par. 20.0.0 = 1_bg_en) ¦ 3 = DHW circulator ¦ 4 = Time programmed output ¦ 5 = De-stratification pump 1. 2. 6 Pro-Tech anode active 0 0 = OFF ¦ 1 = ON 1. 3 CH secondary heat source activation 1. 3. 0 CH aux heat source activation logic 0 0 = Heat integr. and backup ¦ 1 = HP failure backup 1. 3. 2 ECO / COMFORT 2 0 = Eco Plus ¦ 1 = Eco ¦ 2 = Average ¦ 3 = Comfort ¦ 4 = Comfort Plus ¦ 5 = Customizable 1. 3. 3 Delay timer 30min [0 - 120]min 1. 3. 4 Release integral threshold 100°C*min [0 - 600]°C*min 1. 3. 5 Reset integral threshold 30°C*min [0 - 600]°C*min 1. 4 DHW secondary heat source activation 1. 4. 0 DHW aux heat source activation logic 0 0 = Heat integr. and backup ¦ 1 = HP failure backup 69 / EN
Commissioning 6.9 Standard SG ready The SG ready function is activated from the technical menu Par. 1.1.0 (=3) and Par. 1.1.4 (=3). SG Ready 1 Input SG Ready 2 Input Description 0 V 0 V The system works with the normal logics, without any impact from the Smart Grid function. 230 V 0 V The electrical loads (heat pumps and heating elements) are disabled. The external resources are enabled in heating mode but not in cooling mode. 0 V 230 V For the production of domestic hot water, in time scheduling, during the reduced-rate band, the set-point is set to the Comfort value. If the DHW charge has been completed or there is no DHW storage tank, the buffer tank set-point is increased/decreased in heating/cooling mode by a value determined by parameter 20.4.4 Buffer electric integration offset. Therefore, if the buffer mode is not active, the SG function will manage space heating cycle in order to store available energy. In this case, all time programmed zones, which currently are in reduced period, will be considered as in comfort. 230 V 230 V For the production of domestic hot water, in time scheduling, during the reduced-rate band, the set-point is set to the Comfort value. If the DHW charge has been completed or there is no DHW storage tank, the buffer tank set-point is increased/decreased in heating/cooling mode by a value determined by parameter 20.4.4 Buffer electric integration offset. Therefore, if the buffer mode is not active, the SG function will manage space heating cycle in order to store available energy. In this case, all time programmed zones, which currently are in reduced period, will be considered as in comfort. 68 / EN
--[HYB_M_Universal_ARISTON_UK_EN]-- Commissioning 6.10 Parameter table Parameter Description Default Range - Value 1 Energy Manager 1. 0 Basic parameters 1. 0. 0 IDU type 1 0 = None ¦ 1 = Hybrid Mode ¦ 2 = Hydraulic module ¦ 3 = Light 1. 0. 1 ODU type 1 1 = Heat Pump 1. 0. 2 Tank management 0 0 = None ¦ 1 = Storage with NTC ¦ 2 = Storage with Thermostat 1. 0. 4 Hybrid Mode 0 0 = Auto ¦ 1 = Only boiler ¦ 2 = Only HP 1. 0. 5 Energy Manager logic 1 0 = Max Saving ¦ 1 = Max Ecology 1. 0. 6 Thermoregulation 1 0 = Not active ¦ 1 = Active 1. 1 Input configuration 1. 1. 0 HV input 1 1 1 = Absent ¦ 2 = EDF ¦ 3 = SG1 ¦ 4 = External switch off signal ¦ 5 = Photovoltaic integration 1. 1. 1 HV input 2 1 1 = Absent ¦ 2 = DLSG ¦ 3 = SG2 ¦ 4 = External switch off signal ¦ 5 = Photovoltaic integration 1. 1. 3 AUX input 1 0 0 = None ¦ 1 = Humidistat sensor ¦ 2 = Heat / Cool by external control ¦ 3 = Room thermostat HC3 ¦ 4 = Safety thermostat ¦ 5 = Photovoltaic integration 1. 1. 4 AUX input 2 4 0 = None ¦ 1 = Humidistat sensor ¦ 2 = Heat / Cool by external control ¦ 3 = Room thermostat HC3 ¦ 4 = Safety thermostat ¦ 5 = Photovoltaic integration 1. 1. 5 Electric heat sources blocking type 0 0 = None ¦ 1 = Soft lockout ¦ 2 = Hard lockout ¦ 3 = Hybrid lockout 1. 1. 7 CH Press Detection Device 2 1 = Pressure switch ¦ 2 = Pressure sensor 1. 1. 8 System flow T selection 1 0 = HP water flow temp ¦ 1 = System flow T 1. 1. 9 Humidity input zone 0 0 = All zones ¦ 1 = Zone 1 ¦ 2 = Zone 2 ¦ 3 = Zone 3 ¦ 4 = Zone 4 ¦ 5 = Zone 5 ¦ 6 = Zone 6 ¦ 7 = Zones 1 , 2 ¦ 8 = Zones 3 , 4 ¦ 9 = Zones 5 , 6 ¦ 10 = Zones 1,2,3 ¦ 11 = Zones 4,5,6 ¦ 12 = No zone set 1. 2 Output configuration 1. 2. 0 AUX output 1 0 0 = None ¦ 1 = Fault alarm ¦ 2 = Humidity Control ¦ 3 = External heat and DHW request ¦ 4 = Cooling request ¦ 5 = DHW request ¦ 6 = Heat / Cool mode ¦ 7 = CH request 1. 2. 1 AUX output 2 0 0 = None ¦ 1 = Fault alarm ¦ 2 = Humidity Control ¦ 3 = External heat and DHW request ¦ 4 = Cooling request ¦ 5 = DHW request ¦ 6 = Heat / Cool mode ¦ 7 = CH request 1. 2. 2 AUX output 3 0 0 = None ¦ 1 = Fault alarm ¦ 2 = Humidity Control ¦ 3 = External heat and DHW request ¦ 4 = Cooling request ¦ 5 = DHW request ¦ 6 = Heat / Cool mode ¦ 7 = CH request 1. 2. 3 AUX output 4 0 0 = None ¦ 1 = Fault alarm ¦ 2 = Humidity Control ¦ 3 = External heat and DHW request ¦ 4 = Cooling request ¦ 5 = DHW request ¦ 6 = Heat / Cool mode ¦ 7 = CH request 1. 2. 5 AUX P2 circulator setting 0 0 = Auxiliary circulator ¦ 1 = Cooling circulator ¦ 2 = Buffer circulator (visible with par. 20.0.0 = 1_bg_en) ¦ 3 = DHW circulator ¦ 4 = Time programmed output ¦ 5 = De-stratification pump 1. 2. 6 Pro-Tech anode active 0 0 = OFF ¦ 1 = ON 1. 3 CH secondary heat source activation 1. 3. 0 CH aux heat source activation logic 0 0 = Heat integr. and backup ¦ 1 = HP failure backup 1. 3. 2 ECO / COMFORT 2 0 = Eco Plus ¦ 1 = Eco ¦ 2 = Average ¦ 3 = Comfort ¦ 4 = Comfort Plus ¦ 5 = Customizable 1. 3. 3 Delay timer 30min [0 - 120]min 1. 3. 4 Release integral threshold 100°C*min [0 - 600]°C*min 1. 3. 5 Reset integral threshold 30°C*min [0 - 600]°C*min 1. 4 DHW secondary heat source activation 1. 4. 0 DHW aux heat source activation logic 0 0 = Heat integr. and backup ¦ 1 = HP failure backup 69 / EN
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