Genus EVO HP - Manual

technical area menu

technical area menu sub-menu parameter description notes value default setings menu sub-menu parameter description notes value default setings from - 14 to + 14 (°C) 0 (high temperature) from - 7 to + 7 (°C) 0 (low temperature) To adapt the heating curve to the system requirements, shift the curve in parallel so that the calculated flow temperature is modified, in addition to the room temperature. By accessing the parameter and turning the encoder, it is possible to shift the curve in a parallel direction. The shifting value can be read on the display: from -14 to +14 for high-temperature devices, or from -7 to 7 for low-temperature devices. Each step corresponds to a 1°C increase/decrease In the flow temperature with respect to 5. 2. 3 Parallel curve shift Zone 2 Offset the set-point value. 5. 2. 4 Room sensor Influence to calculate the setpoint temperature - Thermoregulation enabledfrom 0 to 20 20 If setted = 0 the room temperature doesn’t influence the calculation of the set-point. If setted = 20, the room temperature has the maximun influence to calculate the set-point - only active when the BUS device is connected 5. 2. 5 Maximum Central Heating from 35 to 85 °C 82 Temperature Zone 2 (Param. 420 = 1) from 20 to 45 °C 45 (Param. 420 = 0) 5. 2. 6 Minimum Central Heating from 35 to 85 °C 40 Temperature Zone 2 (Param. 420 = 1) from 20 to 45 °C 25 (Param. 420 = 0) 5. 3 DIAGNOSTICS 5. 3. 4 Heat Request Zone 2 0 = OFF 1 = ON 6 ZONE 3 PARAMETER 6. 0 ZONE 3 TEMPERATURE SETTING 6. 0. 2 Fix temperature central from 35 to 85 (°C) 70 heating (high temperature) from 20 to 45 (°C) 25 (low temperature) To set only with Fixed Flow Temperaure of Thermoregulation (see 521) 6. 2 ZONE 3 SETTING 6. 2. 0 Zone 3 Temperature range 0 = from 20 to 45°C (low temperature) 1 = from 35 to 85°C (high temperature) 1 6. 2. 1 Select Type of Thermoregulation To enabled thermoregulation press Auto button. 0 = Fixed Flow Temperature 1 = Basic Thermoreg. 2 = Room sensor 3 = Outdoor Temp. only 4 = Room sensor + outdoor Temp. 1 6. 2. 2 Zone 3 Slope from 1.0 to 3.5 1.5 (high temperature) from 0.2 to 0.8 0.6 (low temperature) See parameter 422 Only enabled when an outdoor sensor is installed When an outdoor sensor is used, the boiler calculates the most suitable delivery temperature, taking into account the outside temperature and type of system. The type of curve should be selected in correspondence with the projected temperature of the system and the nature of the dispersions present in the structure. For hightemperature systems, one of the curves depicted below may be chosen. 6. 2. 3 Parallel curve shift Zone from - 14 to + 14 (°C) 0 2 Offset (high temperature) from - 7 to + 7 (°C) 0 (low temperature) To adapt the heating curve to the system requirements, shift the curve in parallel so that the calculated flow temperature is modified, in addition to the room temperature. By accessing the parameter and turning the encoder, it is possible to shift the curve in a parallel direction. The shifting value can be read on the display: from -14 to +14 for high-temperature devices, or from -7 to 7 for low-temperature devices. Each step corresponds to a 1°C increase/decrease In the flow temperature with respect to the set-point value. 6. 2. 4 Room sensor Influence from 0 to 20 20 to calculate the setpoint temperature - Thermoregulation enabled- If setted = 0 the room temperature doesn’t influence the calculation of the set-point. If setted = 20, the room temperature has the maximun influence to calculate the set-point - only active when the BUS device is connected 6. 2. 5 Maximum Central Heating from 35 to 85 °C 82 Temperature Zone 2 (Param. 420 = 1) from 20 to 45 °C 45 (Param. 420 = 0) 6. 2. 6 Minimum Central Heating from 35 to 85 °C 40 Temperature Zone 2 (Param. 420 = 1) from 20 to 45 °C 25 (Param. 420 = 0) 6. 3 DIAGNOSTICS 6. 3. 4 Heat Request Zone 2 0 = OFF 1 = ON 8 SERVICE PARAMETERS 8. 1 STATISTICHE 8. 1. 0 Hours Burner On (Central Heating) (XXh) 8. 1. 1 Hours Burner On (Domestic Hot Water) (XXh) 8. 1. 2 Number of Flame Faults 8. 1. 3 Numbeer of ignition Cycles 8. 1. 4 Heat request Duration 36

technical area menu sub-menu parameter description notes value default setings 8. 2 BOILER 8. 2. 1 Fan Status 0 = OFF 1 = ON 8. 2. 2 Fan Speed - x100 RPM 8. 2. 3 Aperto 8. 2. 4 Diverter valve position 0 = D.H.W. 1 = Central Heating 8. 2. 5 D.H.W. Flow Rate (l/min) 8. 2. 7 Pump Modulation (%) 8. 2. 8 Gas Power (kW) 8. 3 BOILER TEMPERTURE 8. 3. 0 Set temperature Central Heating(°C) 8. 3. 1 Flow Heating temperature (°C) 8. 3. 2 Return Heating temperature (°C) 8. 3. 3 Domestic Hot Water Temperature (°) 8. 3. 5 Outdoor temperature (%) Only with external sensor connected 8. 4 SOLAR & STORAGE 8. 4. 0 Storage Measured Temperature (°C) 8. 4. 2 D.H.W. Inlet Temperature (°C) Display only with Solar Kit or external storage Kit 8. 5 SERVICE 8. 5. 0 Months to next maintenance from 0 to 60 (month) If setted the boiler will display that is time to call the installer for maintenance 24 Warning 3P9 ALERT Sched.Maintanace-Call Service 8. 5. 1 Enable Maintenance 0 = OFF 0 advice 1 =ON 8. 5. 2 Maintenance Warning Reset Reset? OK= Yes Esc = No to erase the advice for maintenance 8. 5. 4 P.C.B Hardware version 8. 5. 5 P.C.B Software version 8. 6 ERROR HISTORY 8. 6. 0 Last 10 errors from Error 0 to Error 9 This parameter makes it possible to see the last 10 errors shown by the boiler as well as the relevant day, month and year. Turning the encoder allows for viewing the sequence of errors that occurred, from 0 to 9. 8.6.0 Last 10 errors Fault 3 No flame detected 501 12:18 24/01/2012 8. 6. 1 Reset Error List Reset? Ok=Yes Esc=No 37