Casals CTRL-MAX User And Programming Manual

3 5. DISPLAY 4 5.1 BUTTONS 4 5.2 SYMBOLS 5 5.3 WINDOWS 6 5.3.1 MAIN WINDOW 6 5.3.2 REGULATION WINDOW (SEt) 6 5.3.3 FAN WINDOW (FAnS) 6 5.3.4 COIL WINDOW 1 (CO1) 7 5.3.5 COIL WINDOW 2 (CO2) 7 5.3.6 WINDOW OF THE ELECTRICAL COIL RESISTORS (RES) 8 5.3.7 BYPASS REGISTRY WINDOW (dAnP) 8 5.3.8 RECOVERY WINDOW (RECO) 8 5.3.9 WINDOW OF PROBES / SENSORS (PrOb) 9 6. MAIN MENU 9 6.1 USER MENU (USEr) 10 6.2 TIME PROGRAMMING MENU (tb) 10 6.3 MAINTENANCE MENU (MAIn) 11 6.4 INSTALLATION MENU (InSt) 11 6.5 CLOCK MENU (Rtc) 12 6.6 ALARM MENU (ALAR) 12 6.7 HISTORICAL MENU (HiSt) 12 6.8 INFORMATION MENU (InFO) 12 7. CONTROLLER PARAMETERS 13 7.1 LIST OF PARAMETERS 14 7.2 TABLE AI 30 7.3 TABLE DI 35 7.4 TABLE AO 37 7.5 TABLE DO 37 8. ALARMS 40 9. INFORMATION 42 9.1 HEATING AND / OR COOLING COIL 42 9.2 ELECTRICAL COIL RESISTANCE 42 9.3 AUTOMATIC OR MANUAL CHANGE OF OPERATING MODE 42 9.4 FREE-COOLING / HEATING 42 9.5 CONTROL OF THE FANS 42 9.6 CONSTANT FLOW 42 9.7 CO2 CONTROL 43 10. ELECTRICAL CONNECTIONS 43 11. TECHNICAL DATA 43 12. MODBUS COMMUNICATION 48 12.1 MODBUS VARIABLES 48

unit with all its functionalities and accessories, such as refrigeration / freezing management, fixed or variable speed fans, heating or cooling water coils and electric resistance coils, monitoring the filter filling status, time scheduling and constant flow control or air quality control. Its elegantly designed screen makes it easy to view and control or operate the unit in a simple and intuitive way. 2. INSTALLATION Like any equipment, the CTRL MAX must be installed correctly, put into operation and subject to periodic verification to guarantee or its correct operation from the time of commissioning and during the life of the equipment, the following recommendations must be fulfilled, when they are valid for the equipment concerned. warnings • The mains supply to which the appliance is connected must comply with current regulations. • The appliance must be properly connected to an appropriate ground connection, as provided in the current electrical safety regulations. In case of doubt request or control the network by qualified professionals. • The appliance must only be installed and used in accordance with current regulations, for or for the purpose for which it was designed. Installing and using it differently or with foreign accessories can be dangerous. • The manufacturer shall not be liable for any damage resulting from improper installation, use or maintenance, and / or from repairs by unqualified personnel. • Read this manual in its entirety before using or equipping. • Always use or wiring diagram supplied with the unit. • Preserve this equipment manual and / or wiring diagram for future reference. 3. MAINTENANCE The CTRL MAX has no periodic verification to correctly execute the function for which it has been designed. The frequency with which the verification is performed depends on the environmental characteristics in which the equipment is inserted and the number of hours of operation, therefore, or indicated below, should be considered as a guide. Operations to be carried out: • Check the condition of the electrical connections. • Check if the temperature probe readings are correct. • Check whether the flow / pressure sensor readings are correct. • Check if the readings of the CO2 probes are correct. • Check that the register and the actuator are working correctly. • Check that the pressure switches are working correctly. • Check that the valves on the heating / cooling coil operate correctly. • Check that the safety systems, in particular the safety thermostats of the coils of electrical resistors, are working correctly. • Check or aim all screws. • Check or check wiring and electrical connections, replacing them if necessary. • Check if the equipment is working correctly. • General cleaning. Frequency of maintenance: Semester 4. EQUIPMENT WARRANTY Casals ventilación warrants this product against all manufacturing defects for a period of 2 (TWO) years after the date of purchase. The technical assistance in guarantee, will only be provided upon presentation of the purchase document, which proves that or equipment is within the warranty period. If Casals ventilación or its Authorized Technical Services will, during the warranty period or product experience problems resulting from manu- facturing defects, proceed without charge to repair at their premises or (at the discretion of Casals ventilación) to replace the product or place at the disposal of the customer components to replace the defective ones in accordance with the following conditions. Casals ventilación reserves the right, by its own discretion, to replace the components of defective products or products of small value, either by new components or products, or by components or recycled products. This warranty covers only or equipment not being assumed costs and losses that may result from equipment shutdown, so these are expressly excluded.

• Parts subject to deterioration or starting, for example, belts, filters, fuses, etc. • Damage caused by misuse, abuse, neglect, negligence, lightning, flooding, dampness, falls, crashes, accidents and transportation. • Damage caused by the use of equipment for unintended purposes. • Damage caused as a result of manipulation, modification or repair of the equipment by unauthorized persons or technical services or by the application of improper parts or accessories. • Damage caused by improper or illegal installation (voltage, or other), power failure, failure to follow instructions. • Aesthetic wear or deterioration caused by use, changes in tone, oxidation or corrosion of the appliance or its components. • An eventual repair does not have effect of prolonging the guarantee, nor does it give right to any indeminisation. The warranty will not be valid when: • Make sure that the equipment nameplate has been tampered with or tampered with. • False data is provided. • The equipment is not accompanied by the purchase document. • The equipment has been tampered with, modified or repaired by unauthorized persons or technical services. • Verification / maintenance operations are not carried out or are carried out by unauthorized technicians. 5.1 BUTTONS When the unit is turned off, there is a delay, so the unit will only turn off about 30 seconds after the order to switch off and remains in operation during this time, even if the display shows OFF. On / Off (allows to turn the equipment on and off - press for 2 seconds - and go back to the previous menu or window - press briefly). Left (allows you to scroll through the windows of the selected menu). Top (allows you to scroll through menus and increase parameter values). Low (allows you to scroll through menus and decrease parameter values). Right (allows you to scroll through the windows of the selected menu). SET / ENTER (allows entering the menus, storing changed values). 5. DISPLAY

- If this symbol is flashing the unit is in automatic summer mode - If this symbol is lit the unit is in manual summer mode - If this symbol is off the unit is in summer mode - If this symbol is flashing the unit is in automatic winter mode - If this symbol is lit the unit is in manual winter mode - If this symbol is off, there are no alarms - If this symbol is lit, there is at least one active alarm - If this symbol is off it is in the main window - If this symbol is lit in the setup menu - If this symbol is off, the time - If this symbol is lit the unit is in manual mode - If this symbol is off the unit is in manual mode - If this symbol is lit, the time - If this symbol is off, the Fans are stopped - If this symbol is lit, at least one fan - If this symbol is turned off, the electrical resistances are off - If this symbol is lit, electrical resistors are connected - If this symbol is off or registration is closed - If this symbol is lit or register is open - If this symbol is flashing indicates the day of the week in which programming is being performed or modification of schedule - If this symbol is lit or indicates day of the week - If this symbol is on, it is active or Comfort mode. - If this symbol is on, it is active or Economy mode - If this symbol is lit, it is active or Night mode - If this symbol is lit it is active or Vacation mode - If this symbol is off there is no request for temperature control - If this symbol is on, there is a request for temperature control - If this symbol is off or the fan control is in manual mode - If this symbol is on or the fan control is in automatic mode - This symbol shows the fan speed - If this symbol is off the first coil is inactive - If this symbol is lit the first coil is active - If this symbol is off the second coil is inactive - If this symbol is lit the second coil is active - This symbol at the top of the display shows the unit of the value being read - This symbol at the bottom of the display shows the value unit that is set

Within each window you can use the Up / Down buttons to view information. 5.3.1 MAIN WINDOW The main window allows you to view the temperature reading on the upper line and on the lower line the set-point acts. 5.3.2 ADJUSTMENT WINDOW (SEt) In this window it is possible to enable or operate by hourly programming (Etb), display the current hour range. (tb) and the current set-point (Set) 5.3.3 FAN WINDOW (FAnS) In this window it is possible to visualize the probe / fan control sensor (Reg), corresponding the indicated value temperature reading (without decimals), CO2 probe reading (ppm in tens), or sensor reading pressure (Pa in tens). You can also view the status and percentage value of the speed (when applicable) of the blower (SUP) and display the status and percentage value of the speed (where applicable) of the extraction fan (rEt).

seconds (until you hear a second confirmation sound signal) to increase or decrease the rotation speed of the fans. Variations are made in steps of 5%. The variation is applied simultaneously to the supply and return fan. 5.3.4 COIL WINDOW 1(CO1) In this window you can see the current set-point (Set), the percentage of required action of the coil valve (VAL) and its state (dO). Regarding the status information you can see the following information: - - - - - - No coil configured CLOS Closed modulating valve OPnG Modulating valve to open OPEN Modulating valve open CLnG Modulating valve to close ALIN Modulating valve to restart OFF Valve on / off closed ON Open on / off valve - - - - - - No coil configured CLOS Closed modulating valve OPnG Modulating valve to open OPEN Modulating valve open CLnG Modulating valve to close ALIN Modulating valve to restart OFF Valve on / off closed ON Open on / off valve 5.3.5 COIL WINDOW 2 (CO2) In this window you can see the current set-point (Set), the percentage of required action of the coil valve (VAL) and its state (dO). Regarding the status information you can see the following information:

In this window you can see the current set-point (Set) and the actuation status and the number of steps (dO) 5.3.7 BYPASS REGISTRY WINDOW (dAnP) In this window you can see the percentage of required action of the bypass register for free-cooling or free-heating (FCH) and its status (dO). Regarding the status information you can see the following information: - - - - - - No registry configured CLOS Closed modulating actuator OPnG Modulating actuator to open OPEN Open modulating actuator CLnG Modulating actuator to close ALIN Modulating actuator to restart OFF Actuator on / off closed ON Open on / off accessory 5.3.8 RECOVERY WINDOW (rECO) In this window you can see relative to the heat recovery, in particular the state (StS) and the recovery request (dO) is active.

In this window you can see the reading of all the sensors indicated below, applicable. tSU Air temperature at supply trE Air temperature at extraction tOd Outside air temperature PSU Pressure in the supply fan PrE Pressure in the exhaust fan AIr Air quality in the extraction USEr User tb Schedule MAIn Maintenance InSt Installation Rtc Clock ALAR Alarm HiSt Historical SAvE/rESt Save / Delete InFO information 6. MAIN MENU The main menu is the menu from which you access the other control menus. You can access this menu from any menu or window by pressing the SET button for 2 seconds. From this menu it is possible to select the desired menu with the UP / DOWN buttons and press CONFIGURE to confirm. The available menus are: If the indication “V” in the lower right corner of the screen indicates that there is more information that can be seen using the UP / LOW buttons.

The user menu is a level 1 menu, so it is not password protected allowing you to view and / or modify the constant parameters of this menu. This menu contains the following parameters: Note: some additional parameters may appear, but they are not used, so they are not described or mentioned. (nOd) Summer / Winter mode / automatic (StC) Summer mode set-point (StH) Set-point Winter mode (SCC) Set-point cooling mode Comfort mode (SCH) Set-point heating mode Comfort mode (OEC) Offset cooling Economic mode (OEH) Heating offset economically (OnC) Offset cooling night mode (OnH) Heat mode offset at night (FSC) Comfort mode set-point fans (FSE) Set-point fans mode economical (FSn) Set-point fans Night mode (F40) Set-point constant flow contribution (F42) Set-point constant extraction rate (bYn) Enable or disable display lighting (bYu) Intensity of the display illumination (bYt) Display lighting time 6.2 TIME PROGRAMMING MENU (tb) This menu allows the configuration of the time schedule. To enter this menu you must select the tb menu and press SET. This menu contains the following parameters: • Enable or disable time programming (Enb) • Carry out time programming (SEt) When SEt is selected, it enters the configuration of the time schedule, appearing at the top of the display the current day of the week (fixed line) and the day of the week (flashing line) for which you wish to make or change the time schedule. Once you have defined the day with the Left or Right buttons, pressing SET allows you to define Comfort (CONF), Economy (ECO), Night (nIHT), Off (OFF) or Disabled mode (- - - with the UP / LOW buttons) the first time slot (F1) Pressing the LOW button shows the time at which time slot 1 starts. Pressing SET and using the UP / DOWN and LEFT / RIGHT buttons allows you to set this time. By pressing the LOW button it is possible to define the remaining 3 time slots for each day. Repeat the procedure for each day of the week • Define a holiday period and its way of functioning (HOL1) Days of vacation duration (dAY) Hours of vacation duration (HrS) Operating mode (tyP) - on or off Note1: In order for the time schedule to work, the date and time must be set correctly in the clock (RTC) menu Note2: If the ON / OFF contact is used, it allows to enable or disable the operation of the equipment. If it is enabled, it will follow the defined time schedule.

The maintenance menu allows to view or status of the various devices, inputs and outputs, being a level 2 menu so it is password protected. To access this menu you must enter the maintenance password (or higher level) to view and / or modify the parameters that appear in this menu. This menu contains the following parameters / menus: Cntr Functioning MAnU Manual CAL Calibration I-O State inputs and outputs PSd Maintenance password SEt Definition REG Regulation FAnS Fans COIL Coil dAMP Registry rECO recuperator SECU Security MbUS Modbus OtHr Others Ajustar Restart COnF Configuration Hard Hardware PSD installation password The operating menu (Cntr) allows to visualize / change the characteristics related to the operation of the fans, electrical resistances, among others, allowing to visualize, the number of hours of operation and the maximum number of hours accepted. By pressing the Left button, you can see the date of the last maintenance and update it. The manual menu (MAnU) allows to define the operating values ​​of the fans in manual mode. The calibration menu (CAL) allows you to enter corrections to the values ​​of the probes for calibration. The inputs and outputs (I-O) status menu allows you to see all the inputs and outputs of the controller. The password maintenance menu (PSD) allows you to change the access password to the maintenance menu. 6.4 INSTALLATION MENU (InSt) In this menu are all the parameters related to the configuration of all the functionalities (alarms, regulation, control logic, characteristics) used in the controller. The installation menu is a level 3 menu so it is password protected. To access this menu, you must enter the installer password (or higher level password) to view and / or modify the parameters that appear in this menu. This menu contains the following parameters / menus: The configuration menu (SEt) allows you to configure the main characteristics of the unit. The regulation menu (REG) allows to visualize / modify the parameters relative to some specific characteristics, such as the configuration of the probe and the limits for the automatic summer / winter switching, the definition of the regulation probe, among others The menus Fans (FAnS), coil (COIL), register (dAMP) and Recuperator (rECO) allow you to define the parameters related to the management of these components. In the security menu (SECU) are the parameters related to the alarms and the management of the security devices that protect the unit. The modbus menu (Mbus) contains all the parameters related to the configuration of the communication network. The other menu (OtHr) contains other general parameters of configuration of the control and its functionalities, such as definition of units of measurement, polarities of the analog outputs, elimination of the history, among others. The restore menu allows you to reset the default value of all parameters.

El menú Hardware (Hard) contiene los parámetros relacionados con el uso de las entradas y salidas del controlador. El menú de configuración de contraseña (PSD) permite cambiar la contraseña de acceso al menú de instalación. 6.5 CLOCK MENU (Rtc) This menu contains all the functionalities of the RTC (Real Time Clock) system. To enter this menu you must select the Rtc menu and press SET. This menu contains the following parameters: To select the various parameters, use the UP / DOWN buttons, press SET to select the value to be modified, use the UP / DOWN buttons to modify the value and press SET to save. 6.6 ALARM MENU (ALAR) This menu allows to see and eliminate the operating alarms that may exist. If there are no alarms, the message “NO ALARMS” appears. If there is more than one alarm, use the LOW button to go to the next alarm. Press the SET button for 2 seconds to clear the alarm if the conditions that generate the alarm are no longer active. Before eliminating alarms it is fundamental to perceive their cause and eliminate it. 6.7 HISTORICAL MENU (HiSt) This menu allows you to view the alarm history. When entering this menu, the last registered alarm appears. To see the previous alarms press the SET button, repeating the procedure to scroll through the alarm history. Pressing the ON / OFF button or waiting 60 seconds without pressing any button, go back to the previous window. 6.8 INFORMATION MENU (InFO) This menu allows you to view the information regarding the software and firmware version of the controller and it is displayed as follows: Software version Software number <-> Software version <-> Software review <-> Firmware number <-> Firmware version <-> Firmware revision <-> To stop this information use the UP / DOWN buttons. To exit this menu press the ON / OFF button. (dAY) Day (Mon) Month (YEA) Year (H) Hour (Min) Minute (SAVE) save

Below is the structure of parameters that allow the management of the controller, existing within each element of the structure the various parameters. OR Clock menu UT User menu TB Time tracks / time schedule MA Maintenance menu MA-F Maintenance menu - operation sub-menu MA-M Maintenance menu - manual submenu MA-CA Maintenance menu - calibration sub-menu IS Installation menu IS-R Installation menu - regulation sub-menu IS-F Installation menu - Fans submenu IS-B Installation menu - coil submenu IS-SE Installation menu - registration submenu IS-RH Installation menu - recovery submenu IS-S Installation menu - security submenu IS-M Installation menu - modbus submenu IS-V Installation menu - submenu others IS-D Installation menu - reset submenu IS-C Installation menu - configuration sub-menu IS-AI Installation menu - AI hardware submenu IS-DI Installation menu - DI hardware parameters submenu IS-AO Installation menu - AO hardware parameters sub-menu IS-DO Installation menu - hardware parameter submenu DO

Whenever any change is made in the parameterization of the controller, it is necessary to restart it, removing and supplying power again. Note that not all parameters or features are available. CODE DESCRIPTION OF THE PARAMETER MÍN MÁX U.M. MENU NOTES TIME FRAME MENU TB Monday band type 1 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Monday of the time slot 1 00:00:00 23:59:59 TB Monday band type 2 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Monday of time slot 2 00:00:00 23:59:59 TB Monday band type 3 0: Disabled 1: OFF 2: Comfort 3: Economical 4: Night 0 4 TB Monday from time slot 3 00:00:00 23:59:59 TB Monday band type 4 0: Disabled 1: OFF 2: Comfort 3: Economical 4: Night 0 4 TB Monday of time slot 4 00:00:00 23:59:59 TB Tuesday band type 1 0: Disabled 1: OFF 2: Comfort 3: Economical 4: Night 0 4 TB Tuesday of the type 1 strip 00:00:00 23:59:59 TB Tuesday band type 2 0: Disabled 1: OFF 2: Comfort 3: Economical 4: Night 0 4 TB Tuesday of the type 2 strip 00:00:00 23:59:59 TB

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB Tuesday band type 3 0: Disabled 1: OFF 2: Comfort 3: Economical 4: Night 0 4 TB Tuesday of the type 3 strip 00:00:00 23:59:59 TB Tuesday band type 4 0: Disabled 1: OFF 2: Comfort 3: Economical 4: Night 0 4 TB Tuesday of the type 4 strip 00:00:00 23:59:59 TB Wednesday band type 1 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Wednesday time slot 1 00:00:00 23:59:59 TB Wednesday band type 2 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Wednesday time slot 2 00:00:00 23:59:59 TB Wednesday band type 3 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Wednesday time slot 3 00:00:00 23:59:59 TB Wednesday band type 4 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Wednesday time slot 4 00:00:00 23:59:59 TB Thursday band type 1 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Nighte 0 4 TB Thursday time slot 1 00:00:00 23:59:59 TB

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB Thursday band type 2 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Thursday time slot 2 00:00:00 23:59:59 TB Thursday band type 3 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Thursday time slot 3 00:00:00 23:59:59 TB Thursday band type 4 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Thursday time slot 4 00:00:00 23:59:59 TB Friday band type 1 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Friday time slot 1 00:00:00 23:59:59 TB Saturday band type 1 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Saturday time slot 1 00:00:00 23:59:59 TB Saturday band type 2 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Saturday time slot 2 00:00:00 23:59:59 TB Saturday band type 3 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Saturday time slot 3 00:00:00 23:59:59 TB

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB Saturday band type 4 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Saturday time slot 4 00:00:00 23:59:59 TB Sunday band type 1 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Sunday time slot 1 00:00:00 23:59:59 TB Sunday band type 2 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Sunday time slot 2 00:00:00 23:59:59 TB Sunday band type 3 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Sunday time slot 3 00:00:00 23:59:59 TB Sunday band type 4 0: Disabled 1: OFF 2: Comfort 3: Economic 4: Night 0 4 TB Sunday time slot 4 00:00:00 23:59:59 TB Holidays days 0 255 TB Duration of vacation hours 0 23 TB State of the unit in the holidays 0: Unit disconnected 1: Connected unit 0 1 TB Level 1 UTILIZER MENU Built in EVJ / EPJ MOdE Operating mode 0: Summer (cooling) 1: Winter (heating) 2: Automatic 0 2 UT MOd SEtC Summer setpoint PH03 PH04 °C UT StC SEtH Winter setpoint PH26 PH27 °C UT StH PU01 0 100 % UT u01

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB SCC Setpoint Cooling Comfort Band PH03 PH04 °C UT SCC SCH Setpoint warming of the Comfort band PH26 PH27 °C UT SCH OEC Offset cooling Economic range -20.0 20.0 °C UT OEC OEH Offset warming of the economic strip -20.0 20.0 °C UT OEH ONC Offset cooling band at night -20.0 20.0 °C UT OnC ONH Offset heating night band -20.0 20.0 °C UT OnH SDC Force cooling by DI PH03 PH04 °C UT SdC SDH Force set heating po DI PH26 PH27 °C UT SdH FSC Setpoint Comfort band fan 0.00 DO PF03 AO 100.00 DO PF04 AO % UT FSC FSE Setpoint economic band fan 0.00 DO PF03 AO 100.00 DO PF04 AO % UT FSE FSN Setpoint fan band at night 0.00 DO PF03 AO 100.00 DO PF04 AO % UT FSN DSC Setpoint registration of the Comfort band PS05 PS06 % UT dSC DSE Setpoint register of economic bands PS05 PS06 % UT dSE DSN Setpoint record of the band at night PS05 PS06 % UT dSn PF40 Setpoint pressure / constant flow contribution PF50 PF51 Pa/m3h*10 UT F40 PF42 Setpoint pressure / constant flow extraction 0 100 % UT bkU present just do not display Evj / Epj BKT Lighting time Evj / Epj LCD 0 ... 240 seconds 241 = Always connected 0 241 Sec UT bkU present just do not display Evj / Epj PSd1 Password for level USER (1) -999 9999 UT PS1 Level 2 MAINTENANCE MENU DEFINITION PM00 Limit maximum hours of operation of the fan. Above this limit the alarm will be activated 0.0 9999.0 Horas x10 MA-F M00 PM01 Working hours fan contribution 0.0 9999.0 Horas x10 MA-F M01 PM02 Operating hours extraction fan 0.0 9999.0 Horas x10 MA-F M02 PM03 Maximum limit hours of compressor operation. Above this limit the alarm will be activated. 0.0 9999.0 Horas x10 MA-F M03 PM15 Operating hours step 1 resistors 0.0 9999.0 Horas x10 MA-F M15 PM16 Operating hours step 2 resistors 0.0 9999.0 Horas x10 MA-F M16 PM17 Operating hours step 3 resistors 0.0 9999.0 Horas x10 MA-F M17 PM18 Operating hours step 4 resistors 0.0 9999.0 Horas x10 MA-F M18 PM19 Operating hours step resistance 5 0.0 9999.0 Horas x10 MA-F M19 PM90 Last date maintenance was performed MA-F PM90

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB MANUAL PM22 Force the value of the fan in manual operation 0.00 DO PF03 AO 100.00 DO PF04 AO % MA-M M22 CALIBRATION PM80 Calibration of the outdoor temperature probe -10.0 10.0 °C MA-CA M80 PM81 Calibration of the room temperature probe -10.0 10.0 °C MA-CA M81 PM82 Calibration of the air temperature probe con- tribution -10.0 10.0 °C MA-CA M82 PM83 Calibration of the ambient humidity probe -10 10 % MA-CA M83 PM84 Calibration of the rejected air temperature probe -10.0 10.0 °C MA-CA M84 PM85 Calibration of the pressure / delivery flow sensor -100 100 Pa/m3h MA-CA M85 PM86 Calibration of the air quality probe (CO2 / VOC) -100 100 ppm MA-CA M86 PM87 Calibration of the humidity probe contribution -10 10 % MA-CA M87 PM88 Calibration of the remote set point -10.0 10.0 °C MA-CA M88 PM89 Calibration of the remote registry -10 10 % MA-CA M89 PM91 Calibration of the pressure probe / extraction flow -100 100 Pa/m3h MA-CA M91 PM92 Calibration of preheating coil temperature probe -10.0 10.0 °C MA-CA M92 PM93 Calibration of the coil temperature probe 1 -10.0 10.0 °C MA-CA M93 PM94 Calibration of the coil temperature probe 2 -10.0 10.0 °C MA-CA M94 PM96 Calibration of the post-heating coil temperatu- re probe -10.0 10.0 °C MA-CA M96 PM97 Remote fan calibration -10.00 10.00 % MA-CA M97 PSD2 Password level MAINTENANCE (2) -999 9999 MA PS2 Level 3 INSTALLATION MENU REGULATION PC01 Enable summer setpoint compensation NO (0) SI (1) IS-R C01 PC02 Maximum setpoint for compensation in summer SEtC PH04 °C IS-R C02 PC03 Setpoint (on external t) of compensation start PH03 PH04 °C IS-R C03 PC04 Differential (on external t) final compensation setpoint summer 0.0 20.0 °C IS-R C04 PC05 Enables measurement cycle for the ambient tem- perature (when the probe is in the extraction) NO (0) SI (1) IS-R C05 PC06 Measurement cycle waiting time 1 99 Min IS-R C06 PC07 Activation time of the measurement cycle 1 30 Min IS-R C07 PC08 Activation of fans for measurement 0: NO - Activates only the exhaust fan 1: YES - Both fans active NO (0) SI (1) IS-R C08 PC10 Regulation probe 0: Removal 1: Contribution 0 1 IS-R C10 PC61 Summer switching setpoint PC62 70.0 °C IS-R C61

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB PC62 Switching setpoint Winter -20.0 PC61 °C IS-R C62 PC63 Active probe for automatic switching 0: Temp. Exterior 1: Temp. coil 1 2: Temp. environmental / extraction 0 2 IS-R C63 FAN PF01 Type of regulation for the fan 0: On / Off regulation to gradini 1: modulating regulation 2: constant pressure regulation 3: constant flow regulation 4: AQ regulation in steps 5: modulating AQ regulation 6: regulation by time slot 7: manual regulation 8: Remote potentiometer regulation 0 8 IS-F F01 PF02 Differential for fan regulation 0.0 30.0 °C IS-F PF01=0 PF01=1 F02 PF03 Minimum speed for modulating fan regulation 0.0 PF04 % IS-F F03 PF04 Maximum speed for the modulating regulation of the fan PF03 100.0 % IS-F F04 PF05 Minimum time between starting the two fans 0 999 Sec IS-F F05 PF06 Step value of modulating or manual regulation 1.00 100.00 % IS-F F06 Restricted in the case of fans commanded by digital outputs PF07 Minimum speed of the supply fan with electri- cal resistors in operation 0.00 100.00 % IS-F F07 PF08 Differential of the rating step on the regulating modulating fan ramp 0.0 60.0 % IS-F PF01=1 F08 PF09 Waiting time (on and off) for enabling the step in the regulating modulating fan ramp 0 999 Sec IS-F PF01=1 F09 PF10 Supply fan speed and extraction with alarm in the regulating probe 0.0 100.0 % IS-F F10 PF13 Minimum speed fan extraction with electrical resistors in operation 0.00 100.00 % IS-F F13 PF15 Enables fan limitation NO (0) SI (1) IS-F F15 PF16 Minimum limitation temperature -15.0 PF17 °C IS-F F16 PF17 Maximum limiting temperature PF16 70.0 °C IS-F F17 PF18 Differential for fan limitation 0.0 30.0 °C IS-F F18 PF19 Minimum value for the adjustment point of air quality regulation 0 PF20 ppm IS-F PF01=4 PF01=5 F19 PF20 Maximum value for the adjustment point of the air quality regulation PF19 9999 ppm IS-F PF01=4 PF01=5 F20 PF21 Setpoint forced 1 fan supply -99.9 327.6 IS-F F21 PF22 Setpoint forzado 2 ventilador aportación -99.9 327.6 IS-F F22

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB PF23 Setpoint forced 3 fan contribution -99.9 327.6 IS-F F23 PF24 Fan speed change time 0 999 Sec IS-F F24 PF25 Minimum operating time fan 0 999 Sec IS-F F25 PF27 Fan time in post-ventilation 0 999 Sec IS-F F27 PF28 Delta percentage fan extraction -100 100 % IS-F F28 PF29 Delta step fan extraction -2 2 Step IS-F F29 PF30 Percentage increase / decrease fan speed in defrost recovery 0.00 100.00 % IS-F F30 PF31 Time of increase / decrease of fan speed in defrost recovery 1 100 Sec IS-F F31 PF32 Delta Percentage fan extraction in defrost recovery 0.00 100.00 % IS-F F32 PF33 Setpoint forced 1 fan extraction PF52 PF53 Pa/m3h* 10 IS-F F33 PF34 Setpoint forced 2 exhaust fan PF52 PF53 Pa/m3h* 10 IS-F F34 PF35 Setpoint forced 3 exhaust fan PF52 PF53 Pa/m3h* 10 IS-F F35 PF36 Type of forced adjustment point: 0: None set 1: Set 1 2: Set 2 3: Set 3 0 3 IS-F F36 PF40 Setpoint pressure / constant flow supply PF50 PF51 Pa/m3h* 10 IS-F F40 PF41 Neutral zone pressure / constant flow supply 1 999 Pa/m3h* 10 IS-F F41 PF42 Setpoint pressure / constant flow extraction PF52 PF53 Pa/m3h* 10 IS-F F42 PF43 Neutral zone pressure / constant flow extraction 1 999 Pa/m3h* 10 IS-F F43 PF44 Time of increase / decrease of speed fan at pressure / constant flow 1 100 Sec IS-F F44 PF45 Percentage increase / decrease fan speed in constant pressure / flow 0.00 100.00 % IS-F F45 PF46 Speed ​​start-up pressure fan / constant flow 0.00 100.00 % IS-F F46 PF47 Start-up time pressure fan / constant flow 0 9999 Sec IS-F F47 PF50 Minimum value setpoint pressure / extraction flow -999 PF51 Pa/m3h* 10 IS-F F50 PF51 Maximum value setpoint pressure / extraction flow PF50 3276 Pa/m3h* 10 IS-F F51 PF52 Minimum value setpoint pressure / extraction flow -999 PF53 Pa/m3h* 10 IS-F F52 PF53 Maximum value setpoint pressure / extraction flow PF52 3276 Pa/m3h* 10 IS-F F53 PF57 State extraction fan with unit in total recirculation 0: Disabled 1: On 0 1 IS-F F57 PF58 Booster time if enabled by the command 0 255 Min IS-F F58 COILS Pb01 Proportional band for the regulation of the cooling and heating valves. 0.0 20.0 °C IS-B b01 Pb02 Full time for the regulation of the cooling and heating valves. 0 999 Sec IS-B If Pb02 = 0 integral action is not possible b02

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB Pb03 Neutral zone for temperature regulation. 0.0 20.0 °C IS-B b03 Pb05 Maximum deviation for the calculation of the separation of the supply setpoint. 0.0 20.0 °C IS-B If Pb05 = 0 function not enabled b05 Pb06 Proportional band for the calculation of the dynamic reference point of supply. 0.0 20.0 °C IS-B b06 Pb07 Enables rotation resistances. NO (0) SI (1) IS-B b07 Pb10 Opening of the heating valves in regulation probe alarm. 0.0 100.0 % IS-B b10 Pb11 Opening of the cooling valves in regulation probe alarm. 0.0 100.0 % IS-B b11 Pb12 Setpoint preheating function. -15.0 30.0 °C IS-B b12 Pb13 Differential preheating function. 0.1 20.0 °C IS-B b13 Pb14 Maximum duration preheating function. 0 60 Min IS-B b14 Pb15 Cooling order priority 0: Cooling 1: Dehumidification 2: Major 3: Media 0 3 IS-B b15 Pb20 Time of entrance / exit resistances of 1 step. 0 999 Sec IS-B b20 Pb21 Second neutral zone for heating in case of 2 heating coil. 0.0 20.0 °C IS-B b21 Pb22 Second differential in the case of 2 heating coil. 0.0 10.0 °C IS-B b22 Pb23 Neutral zone for half station control. 0.0 20.0 °C IS-B b23 Pb24 Differential for half station control. 0.0 10.0 °C IS-B b24 Pb30 Enables contribution limitation 0: Disabled 1: Heating 2: cooling 3: Enabled 0 3 IS-B b30 Pb31 Setpoint cooling limitation. -15.0 70.0 °C IS-B b31 Pb32 Differential cooling limitation. 0.0 30.0 °C IS-B b32 Pb33 Minimum value of cooling limitation. 0.0 100.0 % IS-B b33 Pb34 Setpoint heating limitation. -15.0 70.0 °C IS-B b34 Pb35 Differential heating limitation. 0.0 30.0 °C IS-B b35 Pb36 Minimum value heating limitation. 0.0 100.0 % IS-B b36 Pb40 Setpoint preheating. -15.0 20.0 °C IS-B b40 Pb41 Neutral zone preheating. 0.2 20.0 °C IS-B b41 Pb42 Preheating modulation time. 1 255 Sec x10 IS-B b42 Pb43 Percentage variation preheating modulation 1.0 50.0 % IS-B b43 REGISTRY PS01 Type of Free-Cooling / Free-Heating 0: Disabled 1: Free-Cooling / Free-Heating in the temperature 0 1 IS-SE S01

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB PS03 Type of command register 0: Only for Free-Cooling / Free-Heating 1: Only for air quality regulation 2: Priority of the largest of the two orders 3: Average of the two requests 4: Fixed opening 5: Greater between fixed opening and Free- Cooling / Heating 0 5 IS-SE S03 PS05 Minimum opening of registration. 0.0 PS06 % IS-SE S05 PS06 Maximum record opening. PS05 100.0 % IS-SE S06 PS07 Pre start time. 0 9999 Sec IS-SE S07 PS08 Delay to turn off. 0 9999 Sec IS-SE S08 PS09 End time course. 0 999 Sec IS-SE S09 PS10 Fixed value of opening the registry. 0.0 100.0 % IS-SE S10 PS12 Differential that enables freezing and freezing at temperature. 0.0 20.0 °C IS-SE S12 PS13 Setpoint Differential that enables free freezing and freezing at temperature. 0.0 20.0 °C IS-SE S13 PS15 Enable registration minimum opening 0: Disabled 1: Only internal band 2: Always 0 2 IS-SE S15 PS16 Out-band regulation differential. 0 20.0 °C IS-SE S16 PS17 Maximum time out band 0 ... 240 minutes 241: In the maximum time . 0 241 Min IS-SE S17 PS18 Time for end of course warming record. 0 999 Sec IS-SE S18 RECUPERATOR Pr01 Differential setpoint for regulation of the recuperator. 0.0 20.0 °C IS-RH r01 Pr02 Regulator differential of the recuperator. 0.0 20.0 °C IS-RH r02 Pr03 Recover defrost setpoint. -15.0 70.0 °C IS-RH r03 Pr04 Defrost neutral zone of the recuperator. 0.0 20.0 °C IS-RH r04 Pr05 Bypass cycle time recovery of plates for defrosting. 1 99 Min IS-RH r05 Pr14 Probe to calculate recovery efficiency: 0: None 1: T.supply 2: T.extraction 0 2 IS-RH r14 SAFE PA01 Enable fan operation alarm NO (0) SI (1) IS-S A01 PA03 Type of signaling of hours of operation: 0: none 1: slight alarm 2: Serious alarm 0 2 IS-S A03 PA04 Delay alarm probe 0 240 Sec IS-S A04

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB PA05 Type alarm signaling of the probe: 0: None 1: Mild alarm 2: Serious alarm 0 2 IS-S A05 PA09 Type signaling thermal alarm fan, resistors 0: None 1: Mild alarm 2: Serious alarm 0 2 IS-S A09 PA22 Type of reset alarme generic 0: Auto - Automatic 1: Manu - manual Auto (0) Manu (1) IS-S A22 PA23 Generic alarm delay 0 999 Sec IS-S A23 PA24 Reset type alarme Air filter pressure switch 0: Auto - Automático 1: Manu – manual Auto (0) Manu (1) IS-S A24 PA25 Delay alarm pressure switch filter 0 999 Sec IS-S A25 PA26 Type of alarm signaling air filter pressure switch: 0: None 1: Mild alarm 2: Serious alarm 0 2 IS-S A26 PA28 Delay of the time flow alarm after reset. 0 999 Sec IS-S A28 PA29 Delayed water flow alarm. 0 999 Sec IS-S A29 PA30 Type of alarm signaling flussostat: 0: No relevance 1: Mild alarm 2: Serious alarm 0 2 IS-S A30 PA34 Type of reset thermal alarm resistors 0: Auto - Automatic 1: Manu - manual Auto (0) Manu (1) IS-S A34 PA35 Delay thermal alarm resistances 0 999 Sec IS-S A35 PA36 Delay of no frost alarm 0 999 Sec IS-S A36 PA37 Type of no frost alarm signal: 0: There is no relevance 1: Mild alarm 2: alarm tomb 0 2 IS-S A37

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB PA38 Set alarm no frost coil -15.0 20.0 °C IS-S A38 PA39 Differential no frost alarm coil 0.1 10.0 °C IS-S A39 PA40 Enable RTC alarm NO (0) SI (1) IS-S A40 PA41 RTC alarm reset type 0: Auto - Automatic 1: Manu - manual Auto (0) Manu (1) IS-S A41 PA42 Type of alarm signal RTC: 0: None 1: Mild alarm 2: Serious alarm 0 2 IS-S A42 PA56 Generic alarm delay 0 999 Sec IS-S A56 PA57 Type rearm alarm generic 0: Auto - Automatic 1: Manu - manual Auto (0) Manu (1) IS-S A57 MODBUS PH11 Modbus address of the controller 1 247 IS-M H11 PH12 Communication speed (0 = 1200, 1 = 2400, 2 = 4800, 3 = 9600, 4 = 19200) 0 4 IS-M H12 PH13 ModBus parity (0 = none, 1 = odd, 2 = even) 0 2 IS-M H13 PH14 Stop Bit ModBus (0 = 1bit, 1 = 2bit) 0 1 IS-M H14 OTHERS PH01 Minimum value of pressure probe in supply. -5000 PH02 IS-V H01 PH02 Maximum value of pressure probe in supply. PH01 5000 IS-V H02 PH03 Minimum value of cooling point. -15.0 PH04 °C IS-V H03 PH04 Maximum value of cooling point. PH03 70.0 °C IS-V H04 PH05 Enables turning the unit on and off from the remote. NO (0) SI (1) IS-V H05

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB PH08 Type of change of summer / winter mode 0: manual 1: manual + Auto 2: Auto 0 2 IS-V H08 PH09 Enables turning the unit on and off by centrali- zed management system. NO (0) SI (1) IS-V H09 PH16 CAN communication speed 1:20 KB 2:50 KB 3: 125 KB 4: 500 KB 1 4 KB IS-V H16 PH17 Local red node CAN. 1 127 IS-V H17 PH18 Remove the alarm history. NO (0) SI (1) IS-V Establecer Sí (1), y esperar a que el valor de NO aparece (0) H18 PH19 Enables turning the unit on and off by pro- gramming. NO (0) SI (1) IS-V H19 PH20 Enable programming NO (0) SI (1) IS-V H20 PH21 Unity State on vacation 0: Unit disconnected 1: Connected unit 0 1 IS-V H21 PH23 Minimum value of extraction pressure probe. -5000 PH24 IS-V H23 PH24 Maximum value of extraction pressure probe. PH23 5000 IS-V H24 PH25 Enables automatic legal time 0: Disabled 1: Europe 2: North America 0 2 IS-V H25 PH26 Minimum value of heating setpoint. -15.0 PH27 °C IS-V H26 PH27 Maximum value of heating point. PH26 70.0 °C IS-V H27 PH32 Temperature measurement unit: 0: ° Celsius 1: ° Fahrenheit 0 (°C) 1 (°F) IS-V H32 PH34 Language: 0: English 1: Italian 0 1 IS-V H34 PH37 Minimum value PPM transducer CO2 / VOC. 0 PH38 ppm IS-V H37 PH38 Maximum value PPM transducer CO2 / VOC. PH37 9999 ppm IS-V H38 PH39 Minimum value for the setpoint change poten- tiometer. -10.0 PH40 °C IS-V H39 PH40 Maximum value for the setpoint change poten- tiometer. PH39 10.0 °C IS-V H40 PH41 Meaning symbol Summer / winter 0: Sun / Summer - Snow / Winter 1: Sun / Winter - Snow / Summer 0 1 IS-V H41 PH42 Enable Simbolo Evco NO (0) SI (1) IS-V H42 PH50 Polarity to coil 1: 0: 0-10 V1: 10-0 V 0 (0-10V) 1 (10-0V) IS-V H50 PH51 Polarity to coil 2: 0: 0-10 V1: 10-0 V 0 (0-10V) 1 (10-0V) IS-V H51

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB PH52 Polarity AL fan supply: 0: 0-10 V 1: 10-0 V 0 (0-10V) 1 (10-0V) IS-V H52 PH53 Polarity to the extraction fan: 0: 0-10 V 1: 10-0 V 0 (0-10V) 1 (10-V) IS-V H53 PH54 Polarity to the register mix box: 0: 0-10 V 1: 10-0 V 0 (0-10V) 1 (10-0V) IS-V H54 PH58 Polarity to the preheater coil: 0: 0-10 V 1: 10-0 V 0 (0-10V) 1 (10-0V) IS-V H58 PH60 Polarity to post-heating H2O: 0: 0-10 V 1: 10-0 V 0 (0-10V) 1 (10-0V) IS-V H60 PH61 Polarity AL after electric heating. 0: 0-10 V 1: 10-0 V 0 (0-10V) 1 (10-0V) IS-V H61 RESET PH15 Reset all parameters. returning to the default value? NO (0) SI (1) IS-D Wait for the indication NO (0) to complete the reset. H15 PSd3 Installation level password (3). -999 9999 IS PS3 CONFIGURATION PG02 Levels of the fan 0 3 IS-C G02 PG03 Coil type 1 0: Disabled 1: water 2: resistances 3: direct expansion 0 3 IS-C G03 PG04 Coil type 1 0: Disabled 1: water 2: resistances 3: direct expansion 0 3 IS-C G04 PG05 Coil type 2 0: Disabled 1: water 2: resistances 0 2 IS-C G05 PG06 Resistor type 0: Disabled 1: Modulant AO 2: AO + 1 step DO 3: AO + 2 steps DO 4: AL + 3 steps DO 5: AO + 4 steps DO 6: 1 step DO 7: 2 steps DO 8: 3 steps DO 9: 4 steps DO 10: 5 steps DO 0 10 IS-C G06

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB PG08 Type of preheating coil 0: Disabled 1: water 2: resistances 0 2 IS-C G08 PG09 Type of post-heating coil 0: Disabled 1: water 2: resistances 0 2 IS-C G09 PG10 Type post-heating resistors 0: Disabled 1: Modulant AO 2: Digital DO 3: Modulante + digital AO + DO 0 3 IS-C G10 PG12 Enable Dehumidification NO (0) SI (1) IS-C G12 PG13 Heat recovery type 0: Disabled 1: Plates 2: Coil 3: Rotary On / Off (DO) 4: Rotary modulating (DO) 0 4 IS-C G13 PG14 Position of the regulation probe: 0: Ambient probe 1: Probe in the return 0 1 IS-C G14 AI HARDWARE PARAMETERS HA00 Temperature and humidity probe environment used: 0: None 1: VRoomT 2: VRoomTH 3: EvjT 4: EvjTH 5: EpjT 6: EpjTH 0 6 IS-AI A00 HA01 AI1 Assignment (See table chapter 7.2) 0 99 IS-AI A01 HA02 AI2 Assignment (See table chapter 7.2) 0 99 IS-AI A02 HA03 AI3 Assignment (See table chapter 7.2) 0 99 IS-AI A03 HA04 AI4 Assignment (See table chapter 7.2) 0 83 IS-AI A04 HA05 AI5 Assignment (See table chapter 7.2) 0 83 IS-AI A05 HA06 AI6 Allocation (See table chapter 7.2) 0 83 IS-AI A06 HA07 AI7 Assignment (See table chapter 7.2) 0 83 IS-AI A07 HA17 AI1 Evj Assignment (See table chapter 7.2) 0 83 IS-AI A17

MIN MAX U.M. MENU NOTES TIME FRAME MENU TB HA18 AI2 Evj Assignment (See table chapter 7.2) 0 83 IS-AI A18 HARDWARE DI PARAMETERS HB01 DI1 Assignment (see table chapter 7.3) 0 74 IS-DI b01 HB02 DI2 Assignment (see table chapter7.3) 0 74 IS-DI b02 HB03 DI3 Assignment (see table chapter 7.3) 0 74 IS-DI b03 HB04 DI4 Assignment (see table chapter 7.3) 0 74 IS-DI b04 HARDWARE PARAMETERS AO HC01 AO1 Assignment (see table chapter 7.4) 0 21 IS-AO C01 HC02 AO2 Assignment (see table chapter 7.4) 0 21 IS-AO C02 HC03 AO3 Assignment (see table chapter 7.4) 0 21 IS-AO C03 HC04 AO4 Assignment (see table chapter 7.4) 0 21 IS-AO C04 HCF1 Frequency PWM fan in supply 10 2000 Hz IS-AO CF1 HCF2 Frequency PWM fan in extraction 10 2000 Hz IS-AO CF2 HCF4 Frequency / period PWM electric coil ** 1 2000 IS-AO CF4 HCF5 Frequency / period PWM pre-heating resistors ** 1 2000 IS-AO CF5 HCF6 Frequency / period PWM post-heating resistors ** 1 2000 IS-AO CF6 HCV1 Maximum voltage output PWM slow electric coil 1.00 10.00 V IS-AO CV1 HCV2 Maximum voltage output PWM slow preheating resistors 1.00 10.00 V IS-AO CV2 HCV3 Maximum output voltage PWM slow post-heating resistors 1.00 10.00 V IS-AO CV3 PARÁMETROS HARDWARE DO HD01 DO1 Assignment (see table chapter 7.5) 0 87 IS-DO d01 HD02 DO2 Assignment (see table chapter 7.5) 0 87 IS-DO d02 HD03 DO3 Assignment (see table chapter 7.5) 0 87 IS-DO d03 HD04 DO4 Assignment (see table chapter 7.5) 0 87 IS-DO d04 HD05 DO5 Assignment (see table chapter 7.5) 0 87 IS-DO d05 HD06 DO6 Assignment (see table chapter 7.5) 0 87 IS-DO d06

CODE DESCRIPTION NOTES 0 Disabled 1 Anti-freeze thermostat NC 2 Anti-ice thermostat NO 3 Differential filter pressure switch supply level 1 NC 4 Differential pressure switch filter supply level 1 NO 5 On-Off remote NC 6 Remote On-Off NO 7 Summer-Inverno NC 8 Summer-Winter NO 9 Economic NC 10 Economic NO 11 NC generic alarm input 12 NO generic alarm input 13 Defrosting cold circuit NC 14 Defrosting refrigerated circuit NO 15 Thermal input fan NC 16 Thermal blower NO 17 Thermal exhaust fan NC 18 Thermal extraction fan NO 19 End of career outdoor registration NC 20 End of career of outdoor air register NO Always 21 NC humidifier alarm 22 Humidifier alarm NO 23 Thermal electric coil NC 24 Thermal electric coil NO 25 Thermal first pump NC coil 26 Thermal pump first coil NO 27 Thermal pump second coil NC 28 Thermal pump second coil NO 29 Pressure switch (antifreeze) NC 30 Switch pressure switch (anti-freeze) NO 31 Fluxostat air supply NC 32 Air supply fluxostat NO 33 Fluxostat exhaust air NC 34 Fluxostat air extraction NO 35 Fire / smoke NC 36 Fire / smoke NO 37 Thermal pre-heating resistors NC 38 Thermal resistance pre-heating NO 7.2 TABLE AI

40 End of career registration NO warming 41 Differential pressure switch extraction filter level 1 NC 42 Differential pressure switch extraction filter level 1 NO 43 High pressure compressors NC 44 High pressure compressors NO 45 Low pressure compressors NC 46 Low pressure compressors NO 47 Thermal NC compressors 48 Thermal compressors NO 49 Differential pressure switch input filter level 2 NC 50 Differential pressure switch input filter level 2 NO 51 Differential pressure switch input filter level 3 NC 52 Differential pressure switch input filter level 3 NO 53 Differential pressure switch input filter level 4 NC 54 Differential pressure switch input filter level 4 NO 55 Differential pressure switch extraction filter level 2 NC 56 Differential pressure switch extraction filter level 2 NO 57 Differential pressure switch extraction filter level 3 NC 58 Differential pressure switch extraction filter level 3 NO 59 Differential pressure switch extraction filter level 4 NC 60 Differential pressure switch extraction filter level 4 NO 61 Modo funcionamento bomba de calor NC 62 Modo funcionamento bomba de calor NO 63 Térmico resistencias post-calentamiento NC 64 Térmico resistencias post-calentamiento NO 65 Operating mode heat pump NC 66 Operating mode heat pump NO 67 Thermal post-heating resistors NC 68 Thermal post-heating resistors NO 69 NC generic alarm 70 Generic alarm NO 71 Fan set 1 NC 72 Fan set 1 NO 73 Fan set 2 NC 74 Fan set 2 NO 75 Fan set 3 NC Always 76 Fan set 3 NO 77 Booster Fan NC 78 Booster Fan NO 79 Supply temperature

81 Outside temperature 82 Rejected air temperature 83 Water temperature coil 1 84 Moisture extraction / environment 4-20mA 85 Extraction / ambient humidity 0-10V 86 Pressure / Flow rate 4-20mA 87 Pressure / Flow rate 0-10V 88 Pressure / Extraction flow 4-20mA 89 Pressure / Extraction flow 0-10V 90 QAI 4-20mA 91 QAI 0-10V 92 Moisture of contribution 4-20mA 93 Adsorption humidity 0-10V 94 Potentiometer modifies set 4-20mA 95 Potentiometer modifies set 0-10V 96 Potentiometer opening registers 4-20mA 97 Potentiometer opening registers 0-10V 98 Potentiometer fan 4-20mA 99 Potentiometer fan 0-10V

CODE DESCRIPTION NOTES 0 Disabled 1 Anti-freeze thermostat NC 2 Anti-ice thermostat NO 3 Differential pressure switch input filter level 1 NC 4 Differential pressure switch input filter level 1 NO 5 On-Off remote NC 6 Remote On-Off NO 7 Summer-Inverno NC 8 Summer-Winter NO 9 Economic NC 10 Economic NO 11 NC generic alarm input 12 NO generic alarm input 13 Defrosting cold circuit NC 14 Defrosting cold circuit NO 15 Thermal input fan NC 16 Thermal blower NO 17 Thermal exhaust fan NC 18 Thermal extraction fan NO 19 End of career of outdoor air registers NC 20 End of career of outdoor air registers NO Always 21 NC humidifier alarm 22 Humidifier alarm NO 23 Thermal electric coil NC 24 Thermal electric coil NO 25 Thermal first pump NC coil 26 Thermal pump first coil NO 27 Thermal pump second coil NC 28 Thermal pump second coil NO 29 Pressure switch (antifreeze) NC 30 Switch pressure switch (anti-freeze) NO 31 Supply air fluxostat NC 32 Delivery air fluxostat NO 33 Extraction air fluxostat NC 34 Exhaust air fluxostat NO 35 Fire / smoke NC 36 Fire / smoke NO 37 Thermal pre-heating resistors NC 38 Thermal resistance pre-heating NO 39 NC heating record limit switch

41 Extraction filter differential pressure switch level1 NC 42 Extraction filter differential pressure switch level1 NO 43 High pressure compressors NC 44 High pressure compressors NO 45 Low pressure compressors NC 46 Low pressure compressors NO 47 Thermal NC compressors 48 Thermal compressors NO 49 Differential pressure switch input filter level 2 NC 50 Differential pressure switch input filter level 2 NO 51 Differential pressure switch input filter level 3 NC 52 Differential pressure switch input filter level 3 NO 53 Differential pressure switch input filter level 4 NC 54 Differential pressure switch input filter level 4 NO 55 Differential pressure switch extraction filter level 2 NC 56 Differential pressure switch extraction filter level 2 NO 57 Differential pressure switch extraction filter level 3 NC 58 Differential pressure switch extraction filter level 3 NO 59 Differential pressure switch extraction filter level 4 NC 60 Differential pressure switch extraction filter level 4 NO 61 Operating mode heat pump NC 62 Operating mode heat pump NO 63 Thermal post-heating resistance NC 64 Thermal post-heating resistance NO 65 NC generic alarm 66 Generic alarm NO 67 Fan set 1 NC 68 Fan set 1 NO 69 Fan set 2 NC 70 Fan set 2 NO 71 Fan set 3 NC 72 Fan set 3 NO 73 Booster fan NC 74 Fan booster NO 75 Supply temperature Always 76 Extraction temperature 77 Outside temperature 78 Air temperature rejected 79 Water temperature coil 1

81 Water coil temperature pre-heating 82 Water coil temperature post-heating 83 Compressor defrosting temperature 7.3 TABLE DI DI CODE DESCRIPTION NOTES 0 Disabled 1 Anti-freeze thermostat NC 2 Anti-ice thermostat NO 3 Differential pressure switch input filter level 1 NC 4 Differential pressure switch input filter level 1 NO 5 On-Off remote NC 6 Remote On-Off NO 7 Summer-Inverno NC 8 Summer-Winter NO 9 Economic NC 10 Economic NO 11 NC generic alarm input 12 NO generic alarm input 13 Defrosting cold circuit NC 14 Defrosting cold circuit NO 15 Thermal input fan NC 16 Thermal blower NO 17 Thermal exhaust fan NC 18 Thermal extraction fan NO 19 End of career of outdoor air registers NC 20 End of career of outdoor air registers NO Always 21 NC humidifier alarm 22 Humidifier alarm NO 23 Thermal electric coil NC 24 Thermal electric coil NO 25 Thermal first pump NC coil 26 Thermal pump first coil NO 27 Thermal pump second coil NC 28 Thermal pump second coil NO 29 Pressure switch (antifreeze) NC 30 Switch pressure switch (anti-freeze) NO 31 Supply air fluxostat NC

33 Extraction air fluxostat NC 34 Exhaust air fluxostat NO 35 Fire / smoke NC 36 Fire / smoke NO 37 Thermal pre-heating resistors NC 38 Thermal resistance pre-heating NO 39 NC heating record limit switch 40 End of career record of warming NO 41 Extraction filter differential pressure switch level1 NC 42 Extraction filter differential pressure switch level1 NO 43 High pressure compressors NC 44 High pressure compressors NO 45 Low pressure compressors NC 46 Low pressure compressors NO 47 Thermal NC compressors 48 Thermal compressors NO 49 Differential pressure switch input filter level 2 NC 50 Differential pressure switch input filter level 2 NO 51 Differential pressure switch input filter level 3 NC 52 Differential pressure switch input filter level 3 NO 53 Differential pressure switch input filter level 4 NC 54 Differential pressure switch input filter level 4 NO 55 Differential pressure switch extraction filter level 2 NC 56 Differential pressure switch extraction filter level 2 NO 57 Differential pressure switch extraction filter level 3 NC 58 Differential pressure switch extraction filter level 3 NO 59 Differential pressure switch extraction filter level 4 NC 60 Differential pressure switch extraction filter level 4 NO 61 Operating mode heat pump NC 62 Operating mode heat pump NO 63 Thermal post-heating resistance NC 64 Thermal post-heating resistance NO 65 NC generic alarm 66 Generic alarm NO 67 Fan set 1 NC 68 Fan set 1 NO 69 Fan set 2 NC 70 Fan set 2 NO 71 Fan set 3 NC

73 Booster fan NC 74 Fan booster NO 7.4 TABLE AO AO CODE DESCRIPTION NOTES 0 Disabled 1 Vmix first coil 2 Vmix second coil 3 0-10V filler fan 4 PWM supply fan 5 Extraction fan 0-10V 6 PWM extraction fan 7 Mix case register 8 Humidifier 0-10V 9 PWM humidifier 10 Electric coil 0-10V 11 PWM electric coil 12 Electric PWM slow coil 13 Rotary recuperator 14 Electric pre-heating coil 0-10V 15 PWM pre-heating electric coil 16 Electric pre-heating PWM slow coil 17 Direct expansion 18 0-10V post-heating water coil 19 Electric coil post-heating 0-10V 20 Post-heating electric coil PWM 21 Electric post-heating PWM slow coil 7.5 TABLE DO DO CODE DESCRIPTION NOTES 0 Disabled 1 Supply fan V1 NC (license) 2 Supply fan V1 NO (license) 3 Supply fan V2 NC 4 Supply fan V2 NO 5 Supply fan V3 NC

7 Extraction fan V1 NC (license) 8 Extraction fan V1 NO (license) 9 Extraction fan V2 NC 10 Extraction fan V2 NO 11 Extraction fan V3 NC 12 Extraction fan V3 NO 13 Outdoor air register NC 14 Outdoor air register NO 15 NC recovery bypass 16 Bypass Recuperator NO 17 NC humidifier 18 Humidifier NO 19 Resistance 1 step NC 20 Resistance 1 step NO 21 Resistance 2 step NC 22 Resistance 2 step NO 23 On-Off CN motor condenser 24 On-Off motor-condenser NO 25 First step DX coil NC 26 Coil DX first step NO 27 Coil DX second step NC 28 Coil DX second step NO 29 Serious alarm NC 30 Serious alarm NO 31 Switching summer-winter NC 32 Summer-winter switching NO 33 Command pump first coil NC 34 Command pump first coil NO 35 Command pump second coil NC 36 Command pump second coil NO 37 PWM output slow coil resistors NO 38 Slow PWM output pre-heating resistors NO 39 NC heating register 40 NO warming record 41 Opening the coil 1 NC 42 Opening the coil 1 NO 43 Coil lock1 NC 44 Coil closure 1 NO 45 Coil lock 2 NC 46 Opening the coil 2 NO

48 Coil closure 2 NO 49 NC pre-heating coil opening 50 Pre-heating coil opening NO 51 Coil lock 3 pre-heating NC 52 Coil closure 3 pre-heating NO 53 Coil 1 On / Off NC 54 Coil 1 On / Off NO 55 Coil 2 On / Off NC 56 Coil 2 On / Off NO 57 Pre-heating coil On / Off NC 58 Coil pre-heating On / Off NO 59 Opening register mix box NC 60 Opening register mix box NO 61 Closure of NC mixing box register 62 Close of NO mix register 63 Mixing register register On / Off NC 64 Registration mix box On / Off NO 65 Investment valve NC 66 NO investment valve 67 Resistances 3 step NC 68 Resistances 3 step NO 69 Resistances 4 step NC 70 Resistances 4 step NO 71 Resistors 5 step NC 72 Resistors 5 step NO 73 On / Off NC 74 On / Off NO 75 Opening post-heating coil H2O NC 76 Opening coil post-heating H2O NO 77 Coil closure after heating H2O NC 78 Coil closure post-heating H2O NO 79 Post-heating coil On / Off H2O NC 80 Post-heating coil On / Off H2O NO 81 Coil post-heating electrical resistance 1 NC 82 Coil post-heating electrical resistance 1 NO 83 Coil post-heating electrical resistance 2 NC 84 Coil post-heating electrical resistance 2 NO 85 Slow PWM output after heating resistors NO 86 Light alarm NC 87 Light alarm NO

A contact is available for remote alarm signaling. See the electrical diagram. The list of alarms managed by the controller is shown below. Before extinguishing any alarm, the cause that originated must be eliminated. CODE DESCRIPTION REARME CONSEQUENCE BACKWARD AL01 Thermal fan alarm (* ²) or inverter alarm (input) Auto Turn off all devices Fixed 2 sec. AL02 Thermal fan alarm (* ²) or inverter alarm (extrac- tion) Auto Turn off all devices Fixed 2 sec. AL03 Delivery air fluxostat (* ²) Manu Turn off all devices Configurable AL04 Exhaust air fluxostat (* ²) Manu Turn off all devices Configurable AL05 Thermal alarm pump first coil Auto Stop of the pump Fixed 2 sec. AL06 Thermal alarm pump second coil Auto Stop of the pump Fixed 2 sec. AL07 Thermal alarm resistors A/M Turn off all resistances and force the Ven- tilator to 100% Configurable AL08 Air pressure filter pressure switch level 1 A/M Visualize Configurable AL09 Humidifier A/M Stop Humidifier Configurable AL10 Generic alarm (* ²) A/M Turn off all devices Configurable AL11 Anti-ice Auto Turn off the fan and close the log Force to 100% heating coil Force to 0% cooling coil Configurable AL12 Heat recovery alarm Auto Activate the recovery bypass Configurable AL13 Fire / smoke alarm (* ²) Auto Turn off all devices - AL14 Operating hours - supply fan Manu*¹ Visualize - AL15 Operating hours - exhaust fan Manu*¹ Visualize - AL16 Operating hours - coil pump 1 Manu*¹ Visualize - AL17 Operating hours - coil pump 2 Manu*¹ Visualize - AL18 Ambient air probe / extraction faulty or off Auto It inhibits the regulation dependent on this AL19 Air supply probe damaged or extinguished Auto It inhibits the regulation dependent on this Configurable AL20 Outdoor air probe faulty or switched off Auto It inhibits the regulation dependent on this Configurable AL21 Ambient humidity probe / extraction faulty or off Auto It inhibits the regulation dependent on this Configurable AL22 Faulty or disconnected exhaust air probe Auto It inhibits the regulation dependent on this Configurable AL23 Pressure supply probe damaged or switched off Auto It inhibits the regulation dependent on this Configurable AL24 Defective or discharged air quality probe Auto It inhibits the regulation dependent on this Configurable AL25 Probe humidity dampened or extinguished Auto It inhibits the regulation dependent on this Configurable AL26 Remote variation potentiometer setpoint failu- re shutdown Auto It inhibits the regulation dependent on this Configurable AL27 Potentiometer Aperture register damaged or switched off Auto It inhibits the regulation dependent on this Configurable AL28 I / O configuration error (* ²) Auto Unlock all devices - AL29 RTC clock faulty or off A/M Inhibits schedule management - AL30 Limit of outdoor air registration (* ²) A/M Turn off all devices Configurable AL32 Alarma térmica resistencias pre- calentamiento A/M Desliga todas las resistencias y fuerza el Ventilador al 100% Configurable

A/M Turn off all devices Configurable AL34 Probe extraction pressure faulty or off Auto It inhibits the regulation dependent on this Configurable AL35 Exhaust air filter pressure switch level 1 A/M Visualize Configurable AL36 Coil temperature probe preheating faulty or off Auto It inhibits the regulation dependent on this Configurable AL37 Antifreeze pre-heating coil Auto Turn off the fan and close the log Configurable AL38 Coil temperature probe 1 faulty or off Auto It inhibits the regulation dependent on this Configurable AL39 Coil temperature sensor 2 faulty or off Auto It inhibits the regulation dependent on this Configurable AL40 Anti-freeze coil 1 Auto Turn off the fan and close the log Configurable AL41 Antifreeze coil 2 Auto Turn off the fan and close the log Configurable AL42 Water congruence coil 1 Auto Force at 0% on coil 1 Configurable AL43 Water congruence coil 2 Auto Force at 0% on coil 2 Configurable AL44 Water congruence preheating coil Auto 0% power to preheating coil Configurable AL51 Air filter pressure switch level 2 A/M Visualize Configurable AL52 Air pressure filter pressure switch level 3 A/M Visualize Configurable AL53 Delivery air filter pressure switch level 4 A/M Visualize Configurable AL54 Exhaust air filter pressostat level 2 A/M Visualize Configurable AL55 Exhaust air filter pressure switch level 3 A/M Visualize Configurable AL56 Exhaust air filter pressure switch level 4 A/M Visualize Configurable AL57 Coil temperature probe post-heating faulty or off Auto It inhibits the regulation dependent on this Configurable AL58 Anti-ice post-heating coil Auto Turn off the fan and close the log Configurable AL59 Water congruence post-heating coil Auto Force at 0% to post-heating coil Configurable AL60 Thermal alarm of post-heating resistors A/M Turn off all resistances and force the Ven- tilator to 100% Configurable AL61 Generic alarm A/M Visualize Configurable AL62 Fan potentiometer damaged or switched off Auto It inhibits the regulation dependent on this Configurable A / M: Automatic or manual alarm (configurable by parameters) (* ¹) To reset the alarms related to the hours of operation, it is enough to reset the hours of the corresponding device to 0. (* ²) These alarms cause the unit to turn off, passing it to the OFF state by alarm.

The control of the heating and / or water cooling coil is carried out by means of modulating valves. Consult the electrical diagram to proceed with your connection. 9.2 ELECTRICAL RESISTANT COIL The electric coil module uses electric heating elements. They are three-phase power, the connections must be made in accordance with the electrical diagram supplied with the equipment. In the units with heating coil module by electrical resistors, there is an electrical control panel in the module for the steps of the electric resistance coil. The power supply to the electrical panel of the electrical resistor coil module is independent of the electrical power supply of the unit. Consult the electrical diagram to proceed with your connection. For proper operation, attention must be paid to the following warnings: • Make sure that the safety thermostat is installed and connected correctly. • Make sure that the section of the power cable to the electrical resistor module is adequate. • All connections must be made in accordance with good art practices. • Never disconnect the power supply of the unit with the electric resistance coil in operation. • After disconnecting the coil from electrical resistors, the fan must be left running to guarantee its cooling. It can not be used simultaneously heating coil, heating / cooling coil and electric resistance coil. 9.3 AUTOMATIC OR MANUAL CHANGE OF OPERATING MODE The operating mode can be defined on the display, manually (optional), with automatic switching defined by default. 9.4 FREE-COOLING / HEATING The cooling / heating control compares exterior temperatures with interior temperatures. Allowing, when it is favorable, that there be direct admission of outside air and thus help regulate the interior temperature without additional energy costs. After the controller determines that, outside, the temperatures are favorable (Heating - Outside temperature higher than inside, Cooling - Outside temperature lower than inside), open a register so that there is direct circulation of outside air. The automatic switching between freecooling and freeheating is only possible if the automatic switching of operating mode is active). If automatic switching is not activated, this function will work according to the selected operating mode. 9.5 CONTROL OF FANS In the units without the constant flow attachment or CO2 control the variation of the fan speed is done through the controller (EC fans) or speed variation by external voltage variators (AC fans). In cases where the regulation of the fans is manual, its regulation is done in the main window by pressing the UP or LOW buttons for a few seconds (until you hear a second confirmation tone) to increase or decrease the rotation speed of the fans Variations are made in steps of 5%. The variation is applied simultaneously to the insufflation and return fan. 9.6 CONSTANT FLOW The constant flow attachment allows the flow to be maintained constant regardless of the variation of the system load loss. This accessory can not be added later to the equipment, if necessary it must be requested with the order of the equipment. The set-point can be defined in the user menu, which corresponds to the value of the differential pressure. It is not possible to use constant flow control and CO2 control simultaneously.

9.7 CO2 CONTROL The aim of the CO2 control accessory is to monitor the concentration of carbon dioxide in the air in real time and adjust the fan according to the value of the carbon dioxide concentration measured and desired. If this accessory is acquired later, reprogramming of the controller is necessary. The CO2 control is carried out in the following way: 10. ELECTRICAL CONNECTIONS The electrical connections must be made by qualified personnel. In the electrical panel there are terminals for the realization of electrical connections. Always consult the electrical connection diagram to make the electrical connections. 11. TECHNICAL DATA The following image indicates the dimensions (mm and “) of the display. The display is intended for indoor installation on the wall. To install the screen you must proceed as follows: Speed

2. Fit the back box of the display to the wall, in a suitable place that allows the connection cables to pass through. 3. Use the 4 existing holes to mark the holes and perform the drilling. You must use dowels and screws with a suitable dimension. 4. Fix the back box of the display to the wall with 4 screws. 5. Make the electrical connections according to the electrical diagram. 6. Fix the front of the display to the box. back box mounting screwdriver front opening for step of cables fixed hole

Controller Operating Controller device Display Construction of the device. Controller built-in electronic device Display Material Controller self-extinguishing gray Display self-extinguishing white Category of resistance to heat and fire Controller - Display Dimensions Controller 142.0 x 128.0 x 60.0 mm (5 9/16 x 5 1/16 x 2 3/8 in) Display 111.4 x 76.4 x 18.5 mm (4 3/8 x 3 x 3/4 in) Mounting Controller Riel DIN Display Wall with screws Degree of protection Controller IP20 Display IP30 Connections Controller - Terminals with screws for cables up to 2.5 mm². - USB type A. Display - Terminals with screws for cables up to 1.0 mm². - Micro USB. Maximum length of electrical cables connection Controller - Food: 10 m (32.8 ft) - Analog inputs: 10 m (32.8 ft) - Auxiliary power: 10 m (32.8 ft) - Digital inputs: 10 m (32.8 ft) - Analog outputs 0-10 V: 10 m (32.8 ft) - Analog outputs PWM: 1 m (3.28 ft) - Digital outputs: 100 m (328 ft) - INTRABUS Port: 10 m (32.8 ft) - RS-485 MODBUS port: 1,000 m (3,280 ft) - CAN port: - 1,000 m (3,280 ft) with baud rate 20,000 baud - 500 m (1,640 ft) with baud rate 50,000 baud - 250 m (820 ft) with baud rate 125,000 baud - 50 m (164 ft) with baud rate 500,000 baud - USB port: 1 m (3.28 ft) Display - Food: 10 m (32.8 ft) - INTRABUS Port: 10 m (32.8 ft) - USB port: 1 m (3.28 ft) Usage temperature Controller de -20 a 55 °C (da -4 a 131 °F) Display de 0 a 40 °C (da 32 a 104 °F) Storage temperature Controller de -20 a 70 °C (da -4 a 158 °F) Display Humidity of use Controller from 5 to 95% relative humidity without condensation Display Accordance Controller - RoHS 2011/65/CE - WEEE 2012/19/EU - Regulation REACH (CE) n. 1907/2006 - EMC 2014/30/UE - LVD 2014/35/UE Display - RoHS 2011/65/CE - WEEE 2012/19/EU - Regulation REACH (CE) n. 1907/2006 - EMC 2014/30/UE

Display - 12 VAC (± 15%), 50/60 Hz (± 3 Hz), max. 10 VA not isolated - 12 VDC (± 15%), max. 10 W not isolated galvanically isolate the power of the other INTRABUS and CAN network devices Ground connection Controller any Display Rated impulse voltage Controller 4 KV Display Overvoltage category Controller III Display Class and structure of the software Controller A Display Clock Controller Depending on the model (with secondary lithium coil) Display Not available Clock time Controller ≤ 60 s / month at 25 ° C (77 ° F) Display Not available Autonomy of the watch coil Controller > 6 months at 25 ° C (77 ° F) Display Not available Charging time of the watch coil Controller 24 h (the coil is charged by the controller’s power supply) Display Not available Analog inputs Controller - 4 for PTC, NTC or Pt 1000 probes - 3 for NTC probes, 0-5 V transducers, 0-10 V, 0-20 mA or 4-20 mA PTC probe Type of sensor KTY 81-121 (990 Ω @ 25 °C, 77 °F) Measurement field da -50 a 150 °C (de -58 a 302 °F) Resolution 0,1 °C (1 °F) NTC probe Type of sensor ß3435 (10 K Ω @ 25 °C, 77 °F) Measurement field da -50 a 120 °C (de -58 a 248 °F) Resolution 0,1 °C (1 °F) Pt 1000 probe Type of sensor 1 K Ω @ 0 °C, 32 °F Measurement field de -100 a 400 °C (de -148 a 752 °F) Resolution 0,1 °C (1 °F) Transdutor 0-5 V Input resistance ≥ 10 K Ω Resolution 0,01 V Transdutor 0-10 V Input resistance ≤ 200 Ω Resolution 0,01 mA Transdutor 4-20 mA Input resistance ≤ 200 Ω Resolution 0,01 mA Display Not available Auxiliary power Controller 12 VDC, +10% -15%, 100 mA máx. Display Not available Proportional transducer power Controller 5 VDC, +10% -15%, 10 mA máx. Display Not available

- 2 high voltage Dry contact Type of contact 3,3 VDC, 1 mA Feeding any Contact of high voltage Feeding 115 ... 230 VAC Display Not available Analog outputs Controller 4 for signal 0-10 V or PWM Signal 0-10 V Minimum appli- cable impedance 1 K Ω Resolution 0,01 V PWM signal Feeding 0... 10 VDC (+16 % -25 %), 10 mA max. Frequency 10 Hz... 2 KHz field 0... 100 % Display Not available Digital outputs Controller - 4 electromechanical relay SPST of 5 A res. @ 250 VAC - 1 electromechanical relay SPST of 8 a res. @ 250 VAC - 1 electromechanical relay SPDT of 16 A res. @ 250 VAC the device guar- antees a reinforced insulation between each connector of the digital outputs and the remaining parts of the device itself Display Not available Type 1 or Type 2 actions Controller Type 1 Display Not applicable Additional characteristics of the actions Type 1 or Type 2 Controller - Display Not applicable Display Controller LED signaling Display LCD screen with 2 lines and function icons Alarm sound warning Controller Not applicable Display Incorporated Communication capacity Controller - 1 port INTRABUS - 1 RS-485 MODBUS port - 1 CAN port - 1 USB port Display - 1 INTRABUS portal - 1 USB port

This controller is equipped with RS485 Modbus communication port, allowing its interconnection with centralized management systems. 12.1 MODBUS VARIABLES The available variables may vary depending on the configuration of the unit. DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x0000 1 PMXX_enabDemo 0 1 Enable demo mode R/W 0x0001 2 PMXX_TEnvironment_DEMO -15.0 70.0 T return demo R/W 0x0002 3 PMXX_Tsupply_DEMO -15.0 70.0 T supply demo R/W 0x0003 4 PMXX_TOutdoor_DEMO -15.0 70.0 T new air demo R/W 0x0004 5 PMXX_HreturnRoom_DEMO 0 100 H return demo R/W 0x0005 6 PMXX_AirExaust_DEMO -15.0 70.0 Flow extraction of demons- tration R/W 0x0006 7 PMXX_PressureSup_DEMO -5000 5000 Pressure of supply demo R/Ww 0x0007 8 PMXX_AirQuality_DEMO 0 2000 Air quality demo R/W 0x0008 9 PMXX_Hsupply_DEMO 0 100 H supply demo R/W 0x0009 10 PMXX_remoteDamper_DEMO 0.00 100.00 Remote command demo record R/W 0x000A 11 PMXX_remoteSet_DEMO -10.0 10.0 Set point remote demo R/W 0x000B 12 PMXX_PressureRet_DEMO -5000 5000 Demonstration pressure R/W 0x000C 13 PMXX_Tcoil3_DEMO -15.0 70.0 T coil 3 demo R/W 0x000D 14 PMXX_Tcoil1_DEMO -15.0 70.0 T coil 1 demo R/W 0x000E 15 PMXX_Tcoil2_DEMO -15.0 70.0 T coil 2 demo R/W 0x0100 257 Packed_DI 0 65535 bit00=DI01, bit01=DI02, bit02=DI03, bit03=DI04, bit04=DI05, bit05=DI06, bit06=DI07, bit07=DI08, bit08=DI09, bit09=DI10, bit10=DI11, bit11=DI12 R/W 0x0101 258 Packed_logicDI1 0 65535 bit00=DI01, bit01=DI02, bit02=DI03, bit03=DI04, bit04=DI05, bit05=DI06, bit06=DI07, bit07=DI08, bit08=DI09, bit09=DI10, bit10=DI11, bit11=DI12 R/W 0x0102 259 Packed_logicDI2 0 65535 bit00=DI01, bit01=DI02, bit02=DI03, bit03=DI04, bit04=DI05, bit05=DI06, bit06=DI07, bit07=DI08, bit08=DI09, bit09=DI10, bit10=DI11, bit11=DI12 R/W 0x0103 260 Packed_logicDI3 0 65535 bit00=DI01, bit01=DI02, bit02=DI03, bit03=DI04, bit04=DI05, bit05=DI06, bit06=DI07, bit07=DI08, bit08=DI09, bit09=DI10, bit10=DI11, bit11=DI12 R/W 0x0180 385 Packed_DO1 0 65535 R/W 0x0181 386 Packed_DO2 0 65535 R/W 0x0182 387 Packed_DO3 0 65535 R/W

/ new air R/O 0x0201 514 AI_TreturnRoom -3276.8 3276.7 Return temperature probe R/O 0x0202 515 AI_Tsupply -3276.8 3276.7 Temperature probe supply R/O 0x0204 517 AI_TExaust -3276.8 3276.7 Temperature probe extraction R/O 0x0206 519 AI_PressureSup -32768 32767 Pressure fan supply R/O 0x0207 520 AI_AQ -32768 32767 Air quality probe R/O 0x020A 523 AI_PressureRet -32768 32767 Extraction fan pressure R/O 0x020B 524 AI_Tcoil3 -3276.8 3276.7 Temperature probe coil 3 R/O 0x020C 525 AI_Tcoil1 -3276.8 3276.7 Temperature probe coil 1 R/O 0x020D 526 AI_Tcoil2 -3276.8 3276.7 Temperature probe coil 2 R/O 0x0281 642 out_Vmix_Coil1 0.00 100.00 R/W 0x0282 643 out_Vmix_Coil2 0.00 100.00 R/W 0x0283 644 out_SupplyFan 0.00 100.00 R/W 0x0284 645 out_ReturnFan 0.00 100.00 R/W 0x0285 646 out_Heater 0.00 100.00 R/W 0x0287 648 out_MixDamper 0.00 100.00 R/W 0x0288 649 out_Recover 0.00 100.00 R/W 0x0289 650 out_PreHeater 0.00 100.00 R/W 0x0300 769 PackedAlarm_1 0 65535 Alarm 1 - 16 R/W 0x0301 770 PackedAlarm_2 0 65535 Alarm 17 - 32 R/W 0x0302 771 PackedAlarm_3 0 65535 Alarm 33 - 48 R/W 0x0303 772 PackedAlarm_4 0 65535 Alarm 49 - 64 R/W 0x0400 1025 Status_OnOff_bySUP 0 1 ON/OFF pela GTC R/W 0x0500 1281 CLOCK_RTC ( Low ) 01/01/2000 19/01/2068 03:14:07 Clock R/W 0x0502 1283 statusUnit 0 255 R/W 0x0503 1284 v_MOdE 0 1 Operation mode R/W 0x0505 1286 actual_SupplySetPoint -15.0 158.0 Current set-point R/W 0x0506 1287 actual_SupplySetPoint_Heating -15.0 158.0 Set point current supply in heating R/W 0x0507 1288 actual_SupplySetPoint_Cooling -15.0 158.0 Set point current cooling fan R/W 0x050A 1291 Status_SupplyFan 0 9 Supply fan status R/W 0x050B 1292 R/W 0x050F 1296 R/W 0x0510 1297 R/W 0x0511 1298 R/W 0x0515 1302 R/W 0x0516 1303 R/W

R/W 0x05EC 1517 F4_Sunday_h4 ( Low ) 0:00:00 23:59:59 R/W 0x05ED 1518 F4_Sunday_h4 ( High ) 0x05EF 1520 F4_Monday_h4 ( Low ) 0:00:00 23:59:59 R/W 0x05F0 1521 F4_Monday_h4 ( High ) 0x05F2 1523 F4_Tuesday_h4 ( Low ) 0:00:00 23:59:59 R/W 0x05F3 1524 F4_Tuesday_h4 ( High ) 0x05F5 1526 F4_Wednesday_h4 ( Low ) 0:00:00 23:59:59 R/W 0x05F6 1527 F4_Wednesday_h4 ( High ) 0x05F8 1529 F4_Thursday_h4 ( Low ) 0:00:00 23:59:59 R/W 0x05F9 1530 F4_Thursday_h4 ( High ) 0x05FB 1532 F4_Friday_h4 ( Low ) 0:00:00 23:59:59 R/W 0x05FC 1533 F4_Friday_h4 ( High ) 0x05FE 1535 F4_Saturday_h4 ( Low ) 0:00:00 23:59:59 R/W 0x05FF 1536 F4_Saturday_h4 ( High ) 0x0601 1538 F1_Monday_h1 ( Low ) 0:00:00 23:59:59 R/W 0x0602 1539 F1_Monday_h1 ( High ) 0x0604 1541 F2_Monday_h2 ( Low ) 0:00:00 23:59:59 R/W 0x0605 1542 F2_Monday_h2 ( High ) 0x0607 1544 F3_Monday_h3 ( Low ) 0:00:00 23:59:59 R/W 0x0608 1545 F3_Monday_h3 ( High ) 0x060A 1547 F1_Tuesday_h1 ( Low ) 0:00:00 23:59:59 R/W 0x060B 1548 F1_Tuesday_h1 ( High ) 0x060D 1550 F2_Tuesday_h2 ( Low ) 0:00:00 23:59:59 R/W 0x060E 1551 F2_Tuesday_h2 ( High ) 0x0610 1553 F3_Tuesday_h3 ( Low ) 0:00:00 23:59:59 R/W 0x0611 1554 F3_Tuesday_h3 ( High ) 0x0613 1556 F1_Wednesday_h1 ( Low ) 0:00:00 23:59:59 R/W 0x0614 1557 F1_Wednesday_h1 ( High ) 0x0616 1559 F2_Wednesday_h2 ( Low ) 0:00:00 23:59:59 R/W 0x0617 1560 F2_Wednesday_h2 ( High ) 0x0619 1562 F3_Wednesday_h3 ( Low ) 0:00:00 23:59:59 R/W 0x061A 1563 F3_Wednesday_h3 ( High ) 0x061C 1565 F1_Thursday_h1 ( Low ) 0:00:00 23:59:59 R/W 0x061D 1566 F1_Thursday_h1 ( High ) 0x061F 1568 F2_Thursday_h2 ( Low ) 0:00:00 23:59:59 R/W

0x0622 1571 F3_Thursday_h3 ( Low ) 0:00:00 23:59:59 R/W 0x0623 1572 F3_Thursday_h3 ( High ) 0x0625 1574 F1_Friday_h1 ( Low ) 0:00:00 23:59:59 R/W 0x0626 1575 F1_Friday_h1 ( High ) 0x0628 1577 F2_Friday_h2 ( Low ) 0:00:00 23:59:59 R/W 0x0629 1578 F2_Friday_h2 ( High ) 0x062B 1580 F3_Friday_h3 ( Low ) 0:00:00 23:59:59 R/W 0x062C 1581 F3_Friday_h3 ( High ) 0x062E 1583 F1_Saturday_h1 ( Low ) 0:00:00 23:59:59 R/W 0x062F 1584 F1_Saturday_h1 ( High ) 0x0631 1586 F2_Saturday_h2 ( Low ) 0:00:00 23:59:59 R/W 0x0632 1587 F2_Saturday_h2 ( High ) 0x0634 1589 F3_Saturday_h3 ( Low ) 0:00:00 23:59:59 R/W 0x0635 1590 F3_Saturday_h3 ( High ) 0x0637 1592 F1_Sunday_h1 ( Low ) 0:00:00 23:59:59 R/W 0x0638 1593 F1_Sunday_h1 ( High ) 0x063A 1595 F2_Sunday_h2 ( Low ) 0:00:00 23:59:59 R/W 0x063B 1596 F2_Sunday_h2 ( High ) 0x063D 1598 F3_Sunday_h3 ( Low ) 0:00:00 23:59:59 R/W 0x063E 1599 F3_Sunday_h3 ( High ) 0x0648 1609 PM00_Limit_HourFan ( Low ) 0.0 9999.0 Maximum limit of fan operating hours. Above this limit the alarm will remain active. R/W 0x0649 1610 PM00_Limit_HourFan ( High ) Maximum limit of fan operating hours. Above this limit the alarm will remain active. 0x064A 1611 PM01_SupplyFan_Hours ( Low ) 0.0 9999.0 Working hours fan contri- bution R/W 0x064B 1612 PM01_SupplyFan_Hours ( High ) Working hours fan contri- bution 0x064C 1613 PM02_ReturnFan_Hours ( Low ) 0.0 9999.0 Operating hours exhaust fan R/W 0x064D 1614 PM02_ReturnFan_Hours ( High ) Operating hours exhaust fan 0x0654 1621 PM90_LastMaintainDATE ( Low ) 01/01/2008 00:00:01 19/01/2068 03:14:07 Last date maintenance was performed R/W 0x0655 1622 PM90_LastMaintainDATE ( High ) Last date maintenance was performed 0x0658 1625 PM88_Calibration_remoteSet -10.0 -10.0 Calibration of the remote set point R/W 0x0659 1626 PM89_Calibration_remoteDam- per -10.0 -10.0 Calibration of the remote registry R/W 0x065A 1627 PM80_Calibration_OutdoorProbe -18.0 -18.0 Calibration of the outdoor temperature probe R/W

temperature probe R/W 0x065C 1629 PM82_Calibration_TsupplyProbe -18.0 18.0 Calibration of the supply air temperature probe R/W 0x065E 1631 PM84_Calibration_AirExaustProbe -18.0 18.0 Calibration of the rejected air temperature probe R/W 0x065F 1632 PM85_Calibration_PressureSup -100 100 Calibration of the pressure probe / delivery flow R/W 0x0660 1633 PM86_Calibration_AirQuality_Pro- be -100 100 Calibration of the air quality probe (CO2 / VOC) R/W 0x0662 1635 PC01_EnableSetPointCompen- sation 0 1 Enable summer setpoint compensation R/W 0x0663 1636 PC02_MaxSetPoint_Compensa- tion -15.0 158.0 Maximum setpoint for com- pensation in summer R/W 0x0664 1637 PC03_SetPointExternal_StartCom- pensation -15.0 158.0 Setpoint (on external t) of compensation start R/W 0x0665 1638 PC04_OffsetSetPointExternal_ Compensation 0.0 36.0 Differential (on external t) final compensation setpoint summer R/W 0x0666 1639 PC05_Enable_SniffingMode 0 1 Enables measurement cycle for room temperature (when the probe is in the extraction) R/W 0x0667 1640 PC06_WaitTime_SniffingCycle 1 99 Measurement cycle waiting time R/W 0x0668 1641 PC07_ActiveTime_SniffingCycle 1 30 Activation time of the mea- surement cycle R/W 0x0669 1642 PC08_EnableBothFans_onSniffing 0 1 Activation of the fans for measurement R/W 0x066A 1643 PC61_summerCommutationSP -20.0 158.0 Summer switching setpoint R/W 0x066B 1644 PC62_winterCommutationSP -20.0 158.0 Switching setpoint Winter R/W 0x066C 1645 PC63_TempChangeover 0 2 Active probe for automatic switching R/W 0x066D 1646 PF01_FanRegulationType 0 8 Type of regulation for the fan R/W 0x066E 1647 PF02_FanRegulation_Diff 0.0 54.0 Differential for fan regulation R/W 0x066F 1648 PF03_MinSpeedFan 0.00 100.00 Minimum speed for modula- ting fan regulation R/W 0x0670 1649 PF04_MaxSpeedFan 0.00 100.00 Maximum speed for the modulating regulation of the fan R/W 0x0671 1650 PF05_Fan_TonOther 0 999 Minimum time between starting the two fans R/W 0x0672 1651 PF07_MinSpeed_ResistorOn 0.00 100.00 Minimum fan speed supply with electrical resistances in operation R/W 0x0673 1652 PF08_FanRegulation_InverterO- nOff_Diff 0.00 60.00 Differential of the rating step on the regulating modulating fan ramp R/W 0x0674 1653 PF09_FanRegulation_InverterO- nOff_Time 0 999 Waiting time (on and off) for enabling the step in the regulating ramp of the fan R/W

extraction with alarm in the regulating probe R/W 0x0676 1655 PF30_FanSpeed_VarDefrost 0.00 100.00 Percentage increase / decrease fan speed in defrost recovery R/W 1656 1656 PF31_FanSpeed_TimeDefrost 1 100 Time of increase / decrease of fan speed in defrost recovery R/W 1657 1657 PF32_DeltaReturnFan_Defrost 0.00 100.00 Delta Percentage fan extrac- tion in defrost recovery R/W 1659 1659 PF15_EnableFanLimitation 0 1 Enables fan limitation R/W 1660 1660 PF16_MinTempLimitFan -15.0 158.0 Minimum limitation temperature R/W 0x067C 1661 PF17_MaxTempLimitFan -15.0 158.0 Maximum limiting tempe- rature R/W 0x067D 1662 PF18_FanLimitation_Diff 0.0 54.0 Differential for fan limitation R/W 0x067E 1663 Pb01_Temperature_Diff_Valve 0.0 36.0 Proportional band for regulation of cooling and heating valves R/W 0x067F 1664 Pb02_Valve_Ti 0 999 Full time for the regulation of the valves of refrigeration and heating R/W 0x0680 1665 Pb03_NeutralZone_Temperature 0.0 36.0 Neutral zone for temperatu- re regulation R/W 0x0681 1666 Pb05_Offset_ValveSupplySetPoint 0.0 36.0 Maximum deviation for the calculation of the distance of the set point of the supply R/W 0x0682 1667 Pb06_Diff_ValveSupplySetPoint 0.0 36.0 Proportional band for the calculation of the dynamic input set point R/W 0x0683 1668 Pb10_ForceHeatValve_OnError- Probe 0.00 100.00 Opening of the heating valves in alarm regulating probe R/W 0x0684 1669 Pb11_ForceCoolValve_OnError- Probe 0.00 100.00 Opening of the heating valves in alarm regulating probe R/W 0x0685 1670 Pb15_PriorityCoolingReq 0 3 Refrigeration order priority R/W 0x0686 1671 Pb20_ResistorOnOffDelayTime 0 999 Input / output time resistors of 1 step R/W 0x0691 1682 PS01_Type_FreeCoolingHeating 0 1 Type of Free-Cooling / Free- Heating R/W 0x0692 1683 PA46_CongruenceBypass 0 999 Control congruence time bypass R/W 0x0693 1684 PS03_Type_ControlShutter 0 4 Type of command register R/W 0x0694 1685 PA47_Congruence_DelayOn 0 999 Controlo congruência Delay on R/W 0x0695 1686 PA48_Congruence_DelayOff 0 999 Control Congruence Delay off R/W 0x0696 1687 PA49_signalCongruenceAlarmOn- Relay 0 1 Signage type alarm R/W

R/W 0x0699 1690 PS09_FineCorsa_WaitTime 0 999 Delay to turn off R/W 0x069B 1692 PS12_FreeCoolingHeatingTemp_ enDiff 0.0 36.0 Final race time R/W 0x069C 1693 PS13_FreeCoolingHeatingTemp_ enSetPoint 0.0 68.0 Differential that enables freezing and freezing at temperature R/W 0x069D 1694 PS15_EnableMinVal_AirExternal- Shutter 0 2 Differential Setpoint that enables free-cooling and free-heating in the temperature R/W 0x069E 1695 PS20_AirQuality_SetPoint 0 9999 Enable minimum registry opening R/W 0x069F 1696 PS21_AirQuality_Diff 0 2000 Setpoint regulation of air quality R/W 0x06A0 1697 Pr01_SetPointDiff_HeatRecover 0.0 36.0 Differential regulation of air quality R/W 0x06A1 1698 Pr02_Diff_HeatRecover 0.0 36.0 Setpoint Differential for re- gulation of the recuperator R/W 0x06A2 1699 Pr03_SetPoint_Defrost -15.0 158.0 Retrofit regulator differential R/W 0x06A3 1700 Pr04_NeutralZone_Defrost 0.0 36.0 Setpoint defrost recovery R/W 0x06A4 1701 Pr05_TimeByPass_Recover 1 99 Recovery defrost neutral zone R/W 0x06A5 1702 Pr07_MinVal_RecoverAO 0.00 100.00 Bypass cycle time R/W 0x06A6 1703 Pr08_MaxVal_RecoverAO 0.00 100.00 plate recovery for defrosting R/W 0x06AB 1708 PA01_En_Alarm_HourFan 0 1 Minimum speed of the rotary recuperator R/W 0x06AD 1710 PA03_signalHoursAlarmOnRelay 0 1 Minimum speed of the rotary recuperator R/W 0x06AE 1711 PA04_AlarmProbe_Delay 0 240 Enables alarm hours of fan operation R/W 0x06AF 1712 PA05_signalSensorsAlarmOnRelay 0 1 Type signaling alarm hours of operation: R/W 0x06B1 1714 PA09_signalThermAlarmOnRelay 0 1 Delay alarm probe R/W 0x06B3 1716 PA20_ResetType_AlarmDirtyReco- verSwitch 0 1 Type signaling alarm probe: R/W 0x06B4 1717 PA21_AlarmDirtyRecoverSwitch 0 999 Type signaling thermal alarm fan, resistors R/W 0x06B5 1718 PA24_ResetType_AlarmAirFilter- Switch 0 1 Type of reset alarm pressure switch R/W 0x06B6 1719 PA25_AlarmAirFilterSwitchDelay 0 999 Delay alarm recovery pressu- re switch R/W 0x06B7 1720 PA26_signalPressSwitchAlarmOn- Relay 0 1 Type signaling alarm pressu- re switch air filter: R/W 0x06B8 1721 PA28_AlarmAirFlowSwitchDe- lay_Reset 0 999 Delay of time flow alarm after reset R/W 0x06B9 1722 PA29_AlarmAirFlowSwitchDelay 0 999 Delayed water flow alarm R/W

type: R/W 0x06BE 1727 PA44_FireAlarm_Type 0 1 Type fire / smoke alarm R/W 0x06BF 1728 PA36_AlarmAntiFreeze_Delay 0 999 Delay of anti-ice alarm R/W 0x06C0 1729 PA37_signalAntiFreezeAlarmOn- Relay 0 1 Anti-ice alarm signaling type: R/W 0x06C1 1730 PA40_EnableAlarmRTC 0 1 Enable RTC alarm R/W 0x06C2 1731 PA41_ResetType_AlarmRTC 0 1 RTC alarm reset type R/W 0x06C3 1732 PA42_signalRTCAlarmOnRelay 0 1 Type of alarm signal RTC: R/W 0x06C4 1733 PA45_signalFireSmokeAlarmOn- Relay 0 1 Type fire / smoke alarm signaling: R/W 0x06C5 1734 PH01_MinValPressureSup -5000 5000 Minimum value pressure probe contribution R/W 0x06C6 1735 PH02_MaxValPressureSup -5000 5000 Maximum value pressure probe contribution R/W 0x06C9 1738 PH05_Enable_OnOffByKey 0 1 Enables turning the unit on and off from the remote R/W 0x06CD 1742 PH09_Enable_OnOffBySuperv 0 1 Enables turning the unit on and off by centralized management system R/W 0x06CF 1744 PH11_Modbus_Address 1 247 Modbus address of the controller R/W 0x06D0 1745 PH12_Modbus_Baud 0 7 Communication speed (0 = 1200, 1 = 2400, 2 = 4800, 3 = 9600, 4 = 19200) R/W 0x06D1 1746 PH13_Modbus_Parity 0 2 ModBus parity (0 = none, 1 = odd, 2 = even) R/W 0x06D2 1747 Modbus_StopBit 0 1 Stop Bit ModBus (0 = 1bit, 1 = 2 bits) R/W 0x06D3 1748 PH15_RestoreDefault 0 1 Reset all the parameters re- turning to the default value? R/W 0x06D4 1749 PH18_HistoryReset 0 1 Remove alarm history R/W 0x06D9 1754 PH21_HolidayType 0 1 Unit State on vacation R/W 0x06DA 1755 PH32_TemperatureUM 0 1 Unit of measurement of the temperature: R/W 0x06DC 1757 PH34_Language 0 1 Language R/W 0x06DD 1758 PH37_MinPPM_QualityAir 0 9999 Minimum value PPM trans- ducer CO2 / VOC R/W 0x06DE 1759 PH38_MaxPPM_QualityAir 0 9999 Maximum value PPM trans- ducer CO2 / VOC R/W 0x06DF 1760 PH16_CAN_1st_BaudRate 1 4 CAN communication speed R/W 0x06E0 1761 PH17_CAN_1st_MyNode 1 127 CAN network node R/W 0x06E1 1762 PH23_MinValPressureRet -5000 5000 Minimum value of extraction pressure probe R/W

tion pressure probe R/W 0x06E3 1764 PH25_EnableDayLightSavingTime 0 2 Enable automatic legal time R/W 0x06EB 1772 PH19_Enable_OnOffByScheduler 0 1 Enables turning the unit on and off by programming R/W 0x06F7 1784 PG01_Recover 0 1 Enable recovery R/W 0x06F8 1785 PG02_FanSteps 0 3 Fan steps R/W 0x06F9 1786 PG03_Coil1Type 0 3 Coil type 1 R/W 0x06FA 1787 PG04_Coil1Mode 0 3 Coil mode 1 R/W 0x06FB 1788 PG05_Coil2Type 0 2 Coil type 2 R/W 0x06FC 1789 PG06_ResistorsType 0 3 Type of resistances R/W 0x06FF 1792 PG13_HeatingRecover_Type 0 4 Heat recovery type R/W 0x0700 1793 PG14_RegProbe_Return 0 1 Position of the regulation probe: R/W 0x0701 1794 PG08_PreHeaterType 0 2 Type of preheating coil R/W 0x0709 1802 PS19_EnableOutBand_MixDam- per 0 1 Enables off-band mixing regulation R/W 0x0710 1809 PSd1_UserPassword -999 9999 Level user password (1) R/W 0x0711 1810 PSd2_MaintainPassword -999 9999 Password MAINTENANCE (2) R/W 0x0712 1811 PSd3_InstallerPassword -999 9999 Installation level password (3) R/W 0x0716 1815 PB21_secondZone 0.0 36.0 Second neutral zone for heating in case of 2 heating coil R/W 0x0717 1816 PB22_secondDiff 0.0 18.0 Second differential in the case of 2 heating coil R/W 0x0719 1818 Pb30_EnableSupplyLimitation 0 3 Enable contribution limita- tion R/W 0x071A 1819 Pb31_TlimitCooling -15.0 158.0 Setpoint cooling limitation R/W 0x071B 1820 Pb32_TlimitDiff 0.0 54.0 Differential refrigeration limitation R/W 0x071C 1821 Pb33_MinValLimitationC 0.0 100.0 Minimum value of refrigera- tion limitation R/W 0x071D 1822 Pb34_TlimitHeating -15.0 158.0 Minimum value of heating limitation R/W 0x071E 1823 Pb35_TlimitDiff 0.0 54.0 Minimum value for the ad- justment point of air quality regulation R/W 0x071F 1824 Pb36_MinValLimitationH 0.0 100.0 Maximum value for the adjustment point of the air quality regulation R/W 0x0720 1825 PF19_SetCO2_min 0 9999 Setpoint forced 1 fan of supply R/W 0x0721 1826 PF20_SetCO2_max 0 9999 Setpoint forced 2 supply fan R/W 0x0722 1827 PF21_ValFirstStepMod 0.00 100.00 Setpoint forced 3 supply fan R/W 0x0723 1828 PF22_ValSecondStepMod 0.00 100.00 Fan speed change time R/W

R/W 0x0725 1830 PF24_MinTimeOnStepsFan 0 999 Fan time in post-ventilation R/W 0x0726 1831 PF25_MinTimeOnFan 0 999 Delta percentage fan extrac- tion R/W 0x0727 1832 PF26_EnablePostFan 0 1 Delta step fan extraction R/W 0x0728 1833 PF27_MinTimePostFan 0 999 Type of alarm reset generic R/W 0x0729 1834 PF28_DeltaPercReturnFan -100.00 100.00 Delta percentage fan extrac- tion R/W 0x072A 1835 PF29_DeltaStepReturnFan -2 2 Delta step fan extraction R/W 0x072B 1836 PA22_ResetType_generalAL 0 1 Type of alarm reset generic R/W 0x072C 1837 PA23_generalAL 0 999 Generic alarm delay R/W 0x072D 1838 PA34_ResetType_AlarmThermal- Resistor 0 1 Type of reset thermal alarm resistors R/W 0x072E 1839 PA35_ThermalResistorAlarm_De- lay 0 999 Delay thermal alarm resis- tances R/W 0x0730 1841 PS16_Diff_outBand 0.0 36.0 Out-of-band regulation differential R/W 0x0731 1842 PS17_outBand_maxTime 0 241 Maximum out-of-band time R/W 0x0733 1844 PS18_FineCorsa_warmup 0 999 End-of-race time record warm-up R/W 0x0739 1850 PM93_Calibration_Tcoil1_Probe -18.0 18.0 Calibration of the coil tem- perature probe 1 R/W 0x073A 1851 PM94_Calibration_Tcoil2_Probe -18.0 18.0 Calibration of the coil tem- perature probe 2 R/W 0x073B 1852 Pr09_Setpoint_RecoverStop -15.0 158.0 Setpoint recovery stop for defrosting R/W 0x073C 1853 Pr10_Diff_RecoverStop 0.0 36.0 Differential stop recuperator for thawing R/W 0x0743 1860 PH39_MinValSetRemote -18.0 18.0 Minimum value for the setpoint point modification potentiometer R/W 0x0744 1861 PH40_MaxValSetRemote -18.0 18.0 Maximum value for the setpoint modification potentiometer R/W 0x0746 1863 HA01 0 70 Assignment AI1 R/W 0x0747 1864 HA02 0 70 Assignment AI2 R/W 0x0748 1865 HA03 0 70 Assignment AI3 R/W 0x0749 1866 HA04 0 56 Assignment AI4 R/W 0x074A 1867 HA05 0 56 Assignment AI5 R/W 0x074B 1868 HA06 0 56 Assignment AI6 R/W 0x074C 1869 HA07 0 56 Assignment AI7 R/W 0x074D 1870 HA08 0 70 Assignment AI1 Epj R/W 0x074E 1871 HA09 0 70 Assignment AI2 Epj R/W 0x074F 1872 HB01[0] 0 48 Assignment R/W

electric coil ** R/W 0x075E 1887 HCF1 10 2000 Frequency PWM fan supply R/W 0x0760 1889 HD01[0] 0 66 Assignment DO1 R/W 0x0761 1890 HD01[1] 0 66 Assignment DO1 R/W 0x0762 1891 HD01[2] 0 66 Assignment DO1 R/W 0x0763 1892 HD01[3] 0 66 Assignment DO1 R/W 0x0764 1893 HD01[4] 0 66 Assignment DO1 R/W 0x0765 1894 HD01[5] 0 66 Assignment DO1 R/W 0x0766 1895 HD01[6] 0 66 Assignment DO1 R/W 0x0767 1896 HD01[7] 0 66 Assignment DO1 R/W 0x0768 1897 HD01[8] 0 66 Assignment DO1 R/W 0x0769 1898 PB23_mezzastagioneZone 0.0 36.0 Neutral zone for half station control R/W 0x076A 1899 PB24_mezzastagioneDiff 0.0 18.0 Differential for half station control R/W 0x0775 1910 PF40_setFlow_Supply 100 65535 Setpoint pressure / constant flow supply R/W 0x0776 1911 PF41_DeadZoneFlow 1 999 Neutral zone pressure / constant flow supply R/W 0x0777 1912 PF42_setPressure_Supply -999 999 Setpoint pressure / constant flow extraction R/W 0x0778 1913 PF43_DeadZonePress 1 100 Neutral zone pressure / constant flow extraction R/W 0x0779 1914 PF44_FanModSpeed 1 100 Time of increase / decrease of fan speed in pressure / constant flow R/W 0x077A 1915 PF45_FanModInc 0.00 100.00 Percentage increase / decrease of fan speed in constant pressure / flow R/W 0x077B 1916 PF46_StartUpFanSpeed 0.00 100.00 Speed ​​start-up pressure fan / constant flow R/W

constant flow R/W 0x077E 1919 PH41_SimbolMode 0 1 Meaning symbol Summer / winter R/W 0x0784 1925 HD01[9] 0 66 Assignment DO1 R/W 0x0785 1926 HD01[10] 0 66 Assignment DO1 R/W 0x078C 1933 SDC_SetCold_DI -15.0 158.0 Force cold point by digital input R/W 0x078D 1934 SDH_SetHot_DI -15.0 158.0 Force point hot point by digital input R/W 0x0790 1937 Pb40_setPH -15.0 68.0 Setpoint preheating R/W 0x0791 1938 Pb41_DeadZonePH 0.2 36.0 Neutral zone preheating R/W 0x0792 1939 Pb42_PHmodSpeed 1 255 Preheating modulation time R/W 0x0793 1940 Pb43_PHmodInc 1.00 50.00 Percentage variation prehea- ting modulation R/W 0x0794 1941 StartHoliday_BMS 0 1 Holiday home R/W 0x0796 1943 HCV1 1.00 10.00 Maximum voltage output PWM slow electric coil R/W 0x0799 1946 PF50_minSetFlow 100 65535 Minimum value setpoint pressure / flow contribution R/W 0x079A 1947 PF51_maxSetFlow 100 65535 Maximum value set pressure / flow rate contribution R/W 0x079B 1948 PF52_minSetPressure -999 999 Minimum value setpoint pressure / extraction flow R/W 0x079C 1949 PF53_maxSetPressure -999 999 Maximum value setpoint pressure / extraction flow R/W 0x079D 1950 Holiday_Days 0 255 Holidays R/W 0x079E 1951 Holiday_Hours 0 23 Holiday hours R/W 0x079F 1952 PM91_Calibration_PressureRet -100 100 Calibration of the pressure probe / extraction flow R/W 0x07A3 1956 PM92_Calibration_Tcoil3_Probe -18.0 18.0 Calibration of the pre- heating coil temperature probe R/W 0x07A4 1957 PA38_SetAntiFreeze_Coils -15.0 68.0 Alarm set old coil R/W 0x07A5 1958 PA39_DiffAntiFreeze_Coils 0.1 18.0 Differential anti-ice alarm coil R/W 0x07A6 1959 PF57_ReturnFanStatus_OutBand 0 1 State extraction fan with unit in total recirculation R/W 0x07A7 1960 Holiday_end ( Low ) 01/01/2000 19/01/2068 03:14:07 Weekend R/W 0x07A8 1961 Holiday_end ( High ) Weekend 0x07AF 1968 ModeStatus_vtp 0 5 Operating mode R/W 0x07B9 1978 PE10_drippingTime 0 15 PE10 - Dripping time R/W 0x07BB 1980 PE12_EvapSetDefrostCount 0.0 68.0 PE12 - Evaporator set defrost counting R/W 0x07BD 1982 PE14_HoursWearFactor 0 50 PE14 - Hours wear factor R/W 0x07BE 1983 PE15_StartWearFactor 0 50 PE15 - Start wear factor R/W 0x3000 12289 Cat_Menu[0] 0 65535 R/W 0x3001 12290 Cat_Menu[1] 0 65535 R/W 0x3002 12291 Cat_Menu[2] 0 65535 R/W

60 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x3003 12292 Cat_Menu[3] 0 65535 R/W 0x3004 12293 Cat_Menu[4] 0 65535 R/W 0x3005 12294 Cat_Menu[5] 0 65535 R/W 0x3006 12295 Cat_Menu[6] 0 65535 R/W 0x3007 12296 Cat_Menu[7] 0 65535 R/W 0x3008 12297 Cat_Menu[8] 0 65535 R/W 0x3009 12298 Cat_Menu[9] 0 65535 R/W 0x300A 12299 Cat_InfoDevice[0] 0 65535 R/W 0x300B 12300 Cat_InfoDevice[1] 0 65535 R/W 0x300C 12301 Cat_InfoDevice[2] 0 65535 R/W 0x300D 12302 Cat_InfoDevice[3] 0 65535 R/W 0x300E 12303 Cat_InfoDevice[4] 0 65535 R/W 0x300F 12304 Cat_InfoDevice[5] 0 65535 R/W 0x3010 12305 Cat_InfoDevice[6] 0 65535 R/W 0x3011 12306 Cat_InfoDevice[7] 0 65535 R/W 0x3012 12307 Cat_InfoDevice[8] 0 65535 R/W 0x3013 12308 Cat_InfoDevice[9] 0 65535 R/W 0x3014 12309 Fw_Identifier[0] 0 65535 R/W 0x3015 12310 Fw_Identifier[1] 0 65535 R/W 0x3016 12311 Fw_Identifier[2] 0 65535 R/W 0x3017 12312 Fw_Identifier[3] 0 65535 R/W 0x3018 12313 Fw_Identifier[4] 0 65535 R/W 0x3019 12314 Fw_Identifier[5] 0 65535 R/W 0x301A 12315 Fw_Identifier[6] 0 65535 R/W 0x301B 12316 Fw_Identifier[7] 0 65535 R/W 0x301C 12317 Fw_Identifier[8] 0 65535 R/W 0x301D 12318 Fw_Identifier[9] 0 65535 R/W 0x301E 12319 Fw_Variation[0] 0 65535 R/W 0x301F 12320 Fw_Variation[1] 0 65535 R/W 0x3020 12321 Fw_Variation[2] 0 65535 R/W 0x3021 12322 Fw_Variation[3] 0 65535 R/W 0x3022 12323 Fw_Variation[4] 0 65535 R/W 0x3023 12324 Fw_Variation[5] 0 65535 R/W 0x3024 12325 Fw_Variation[6] 0 65535 R/W 0x3025 12326 Fw_Variation[7] 0 65535 R/W 0x3026 12327 Fw_Variation[8] 0 65535 R/W 0x3027 12328 Fw_Variation[9] 0 65535 R/W 0x3028 12329 Fw_Revision[0] 0 65535 R/W 0x3029 12330 Fw_Revision[1] 0 65535 R/W 0x302A 12331 Fw_Revision[2] 0 65535 R/W 0x302B 12332 Fw_Revision[3] 0 65535 R/W 0x302C 12333 Fw_Revision[4] 0 65535 R/W 0x302D 12334 Fw_Revision[5] 0 65535 R/W 0x302E 12335 Fw_Revision[6] 0 65535 R/W

by scheduler, 3:Stand-by by DI R/W

R/W 0x3065 12390 Timebands_array[0] 0 65535 R/W 0x3066 12391 Timebands_array[1] 0 65535 R/W 0x3067 12392 Timebands_array[2] 0 65535 R/W 0x3068 12393 Timebands_array[3] 0 65535 R/W 0x3069 12394 Timebands_array[4] 0 65535 R/W 0x306A 12395 Timebands_array[5] 0 65535 R/W 0x306B 12396 Timebands_array[6] 0 65535 R/W 0x306C 12397 Timebands_array[7] 0 65535 R/W 0x306D 12398 Timebands_array[8] 0 65535 R/W 0x306E 12399 OR_Alarms 0 1 R/W 0x306F 12400 OR_Alarms_array[0] 0 65535 R/W 0x3070 12401 OR_Alarms_array[1] 0 65535 R/W 0x3071 12402 OR_Alarms_array[2] 0 65535 R/W 0x3072 12403 OR_Alarms_array[3] 0 65535 R/W 0x3073 12404 OR_Alarms_array[4] 0 65535 R/W 0x3074 12405 OR_Alarms_array[5] 0 65535 R/W 0x3075 12406 OR_Alarms_array[6] 0 65535 R/W 0x3076 12407 OR_Alarms_array[7] 0 65535 R/W 0x3077 12408 OR_Alarms_array[8] 0 65535 R/W 0x3078 12409 Mode_App 0 255 R/W 0x3079 12410 Mode_array[0] 0 65535 R/W 0x307A 12411 Mode_array[1] 0 65535 R/W 0x307B 12412 Mode_array[2] 0 65535 R/W 0x307C 12413 Mode_array[3] 0 65535 R/W 0x307D 12414 Mode_array[4] 0 65535 R/W 0x307E 12415 Mode_array[5] 0 65535 R/W 0x307F 12416 Mode_array[6] 0 65535 R/W 0x3080 12417 Mode_array[7] 0 65535 R/W 0x3081 12418 Mode_array[8] 0 65535 R/W 0x3082 12419 Mode_ManAuto 0 3 Manual / auto mode 0 = Cold Man, 1 = Quente Man, 2 = Cold Auto, 3 = Quente Auto R/W 0x3083 12420 RegMode_array[0] 0 65535 R/W 0x3084 12421 RegMode_array[1] 0 65535 R/W 0x3085 12422 RegMode_array[2] 0 65535 R/W

(PdC), 2=Auto R/W 0x308D 12430 OperatingMode_array[0] 0 65535 R/W 0x308E 12431 OperatingMode_array[1] 0 65535 R/W 0x308F 12432 OperatingMode_array[2] 0 65535 R/W 0x3090 12433 OperatingMode_array[3] 0 65535 R/W 0x3091 12434 OperatingMode_array[4] 0 65535 R/W 0x3092 12435 OperatingMode_array[5] 0 65535 R/W 0x3093 12436 OperatingMode_array[6] 0 65535 R/W 0x3094 12437 OperatingMode_array[7] 0 65535 R/W 0x3095 12438 OperatingMode_array[8] 0 65535 R/W 0x3096 12439 Actual_Setpoint -15.0 158.0 Set point R/W 0x3097 12440 ActualSetpoint_array[0] -32768 32767 R/W 0x3098 12441 ActualSetpoint_array[1] -32768 32767 R/W 0x3099 12442 ActualSetpoint_array[2] -32768 32767 R/W 0x309A 12443 ActualSetpoint_array[3] -32768 32767 R/W 0x309B 12444 ActualSetpoint_array[4] -32768 32767 R/W 0x309C 12445 ActualSetpoint_array[5] -32768 32767 R/W 0x309D 12446 ActualSetpoint_array[6] -32768 32767 R/W 0x309E 12447 ActualSetpoint_array[7] -32768 32767 R/W 0x309F 12448 ActualSetpoint_array[8] -32768 32767 R/W 0x30A0 12449 TChangeover -32768 32767 R/W 0x30A1 12450 TChangeover_array[0] -32768 32767 R/W 0x30A2 12451 TChangeover_array[1] -32768 32767 R/W 0x30A3 12452 TChangeover_array[2] -32768 32767 R/W 0x30A4 12453 TChangeover_array[3] -32768 32767 R/W 0x30A5 12454 TChangeover_array[4] -32768 32767 R/W 0x30A6 12455 TChangeover_array[5] -32768 32767 R/W 0x30A7 12456 TChangeover_array[6] -32768 32767 R/W 0x30A8 12457 TChangeover_array[7] -32768 32767 R/W 0x30A9 12458 TChangeover_array[8] -32768 32767 R/W 0x30AA 12459 TRegulation -32768 32767 R/W 0x30AB 12460 TRegulation_array[0] -32768 32767 R/W 0x30AC 12461 TRegulation_array[1] -32768 32767 R/W 0x30AD 12462 TRegulation_array[2] -32768 32767 R/W 0x30AE 12463 TRegulation_array[3] -32768 32767 R/W 0x30AF 12464 TRegulation_array[4] -32768 32767 R/W 0x30B0 12465 TRegulation_array[5] -32768 32767 R/W 0x30B1 12466 TRegulation_array[6] -32768 32767 R/W

R/W 0x30B5 12470 FanActualSet_array[0] 0 65535 R/W 0x30B6 12471 FanActualSet_array[1] 0 65535 R/W 0x30B7 12472 FanActualSet_array[2] 0 65535 R/W 0x30B8 12473 FanActualSet_array[3] 0 65535 R/W 0x30B9 12474 FanActualSet_array[4] 0 65535 R/W 0x30BA 12475 FanActualSet_array[5] 0 65535 R/W 0x30BB 12476 FanActualSet_array[6] 65535 R/W 0x30BC 12477 FanActualSet_array[7] 65535 R/W 0x30BD 12478 FanActualSet_array[8] 0 65535 R/W 0x30BE 12479 DamperActualSet_App 0.00 100.00 Current registration regulation R/W 0x30BF 12480 DamperActualSet_array[0] 0 65535 R/W 0x30C0 12481 DamperActualSet_array[1] 0 65535 R/W 0x30C1 12482 DamperActualSet_array[2] 0 65535 R/W 0x30C2 12483 DamperActualSet_array[3] 0 65535 R/W 0x30C3 12484 DamperActualSet_array[4] 0 65535 R/W 0x30C4 12485 DamperActualSet_array[5] 0 65535 R/W 0x30C5 12486 DamperActualSet_array[6] 0 65535 R/W 0x30C6 12487 DamperActualSet_array[7] 0 65535 R/W 0x30C7 12488 DamperActualSet_array[8] 0 65535 R/W 0x30C9 12490 PU01_SetHumidity_array[0] 0 65535 R/W 0x30CA 12491 PU01_SetHumidity_array[1] 0 65535 R/W 0x30CB 12492 PU01_SetHumidity_array[2] 0 65535 R/W 0x30CC 12493 PU01_SetHumidity_array[3] 0 65535 R/W 0x30CD 12494 PU01_SetHumidity_array[4] 0 65535 R/W 0x30CE 12495 PU01_SetHumidity_array[5] 0 65535 R/W 0x30CF 12496 PU01_SetHumidity_array[6] 0 65535 R/W 0x30D0 12497 PU01_SetHumidity_array[7] 0 65535 R/W 0x30D1 12498 PU01_SetHumidity_array[8] 0 65535 R/W 0x30D2 12499 Cat_Alarms[0] 0 65535 R/W 0x30D3 12500 Cat_Alarms[1] 0 65535 R/W 0x30D4 12501 Cat_Alarms[2] 0 65535 R/W 0x30D5 12502 Cat_Alarms[3] 0 65535 R/W 0x30D6 12503 Cat_Alarms[4] 0 65535 R/W 0x30D7 12504 Cat_Alarms[5] 0 65535 R/W 0x30D8 12505 Cat_Alarms[6] 0 65535 R/W 0x30D9 12506 Cat_Alarms[7] 0 65535 R/W 0x30DA 12507 Cat_Alarms[8] 0 65535 R/W 0x30DB 12508 Cat_Alarms[9] 0 65535 R/W 0x30DC 12509 ALsupp 0 1 R/W 0x30DD 12510 AL01_array[0] 0 65535 R/W 0x30DE 12511 AL01_array[1] 0 65535 R/W 0x30DF 12512 AL01_array[2] 0 65535 R/W 0x30E0 12513 AL01_array[3] 0 65535 R/W

= On, 2 = Holiday On, 3 = Holiday Off R/W 0x30FB 12540 T01_TBModeApp_array[0] 0 65535 R/W 0x30FC 12541 T01_TBModeApp_array[1] 0 65535 R/W 0x30FD 12542 T01_TBModeApp_array[2] 0 65535 R/W 0x30FE 12543 T01_TBModeApp_array[3] 0 65535 R/W 0x30FF 12544 T01_TBModeApp_array[4] 0 65535 R/W 0x3100 12545 T01_TBModeApp_array[5] 0 65535 R/W 0x3101 12546 T01_TBModeApp_array[6] 0 65535 R/W 0x3102 12547 T01_TBModeApp_array[7] 0 65535 R/W 0x3103 12548 T01_TBModeApp_array[8] 0 65535 R/W 0x3104 12549 F1_Sunday_h1_App 0 95 R/W 0x3105 12550 F1_Sunday_h1_array[0] 0 65535 R/W 0x3106 12551 F1_Sunday_h1_array[1] 0 65535 R/W 0x3107 12552 F1_Sunday_h1_array[2] 0 65535 R/W 0x3108 12553 F1_Sunday_h1_array[3] 0 65535 R/W 0x3109 12554 F1_Sunday_h1_array[4] 0 65535 R/W 0x310A 12555 F1_Sunday_h1_array[5] 0 65535 R/W 0x310B 12556 F1_Sunday_h1_array[6] 0 65535 R/W

66 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x310C 12557 F1_Sunday_h1_array[7] 0 65535 R/W 0x310D 12558 F1_Sunday_h1_array[8] 0 65535 R/W 0x310E 12559 F1_Sunday_p1 0 4 R/W 0x310F 12560 F1_Sunday_p1_array[0] 0 65535 R/W 0x3110 12561 F1_Sunday_p1_array[1] 0 65535 R/W 0x3111 12562 F1_Sunday_p1_array[2] 0 65535 R/W 0x3112 12563 F1_Sunday_p1_array[3] 0 65535 R/W 0x3113 12564 F1_Sunday_p1_array[4] 0 65535 R/W 0x3114 12565 F1_Sunday_p1_array[5] 0 65535 R/W 0x3115 12566 F1_Sunday_p1_array[6] 0 65535 R/W 0x3116 12567 F1_Sunday_p1_array[7] 0 65535 R/W 0x3117 12568 F1_Sunday_p1_array[8] 0 65535 R/W 0x3118 12569 F2_Sunday_h2_App 0 95 R/W 0x3119 12570 F2_Sunday_h2_array[0] 0 65535 R/W 0x311A 12571 F2_Sunday_h2_array[1] 0 65535 R/W 0x311B 12572 F2_Sunday_h2_array[2] 0 65535 R/W 0x311C 12573 F2_Sunday_h2_array[3] 0 65535 R/W 0x311D 12574 F2_Sunday_h2_array[4] 0 65535 R/W 0x311E 12575 F2_Sunday_h2_array[5] 0 65535 R/W 0x311F 12576 F2_Sunday_h2_array[6] 0 65535 R/W 0x3120 12577 F2_Sunday_h2_array[7] 0 65535 R/W 0x3121 12578 F2_Sunday_h2_array[8] 0 65535 R/W 0x3122 12579 F2_Sunday_p2 0 4 R/W 0x3123 12580 F2_Sunday_p2_array[0] 0 65535 R/W 0x3124 12581 F2_Sunday_p2_array[1] 0 65535 R/W 0x3125 12582 F2_Sunday_p2_array[2] 0 65535 R/W 0x3126 12583 F2_Sunday_p2_array[3] 0 65535 R/W 0x3127 12584 F2_Sunday_p2_array[4] 0 65535 R/W 0x3128 12585 F2_Sunday_p2_array[5] 0 65535 R/W 0x3129 12586 F2_Sunday_p2_array[6] 0 65535 R/W 0x312A 12587 F2_Sunday_p2_array[7] 0 65535 R/W 0x312B 12588 F2_Sunday_p2_array[8] 0 65535 R/W 0x312C 12589 F3_Sunday_h3_App 0 95 R/W 0x312D 12590 F3_Sunday_h3_array[0] 0 65535 R/W 0x312E 12591 F3_Sunday_h3_array[1] 0 65535 R/W 0x312F 12592 F3_Sunday_h3_array[2] 0 65535 R/W 0x3130 12593 F3_Sunday_h3_array[3] 0 65535 R/W 0x3131 12594 F3_Sunday_h3_array[4] 0 65535 R/W 0x3132 12595 F3_Sunday_h3_array[5] 0 65535 R/W 0x3133 12596 F3_Sunday_h3_array[6] 0 65535 R/W 0x3134 12597 F3_Sunday_h3_array[7] 0 65535 R/W 0x3135 12598 F3_Sunday_h3_array[8] 0 65535 R/W 0x3136 12599 F3_Sunday_p3 0 4 R/W 0x3137 12600 F3_Sunday_p3_array[0] 0 65535 R/W

67 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x3138 12601 F3_Sunday_p3_array[1] 0 65535 R/W 0x3139 12602 F3_Sunday_p3_array[2] 0 65535 R/W 0x313A 12603 F3_Sunday_p3_array[3] 0 65535 R/W 0x313B 12604 F3_Sunday_p3_array[4] 0 65535 R/W 0x313C 12605 F3_Sunday_p3_array[5] 0 65535 R/W 0x313D 12606 F3_Sunday_p3_array[6] 0 65535 R/W 0x313E 12607 F3_Sunday_p3_array[7] 0 65535 R/W 0x313F 12608 F3_Sunday_p3_array[8] 0 65535 R/W 0x3140 12609 F4_Sunday_h4_App 0 95 R/W 0x3141 12610 F4_Sunday_h4_array[0] 0 65535 R/W 0x3142 12611 F4_Sunday_h4_array[1] 0 65535 R/W 0x3143 12612 F4_Sunday_h4_array[2] 0 65535 R/W 0x3144 12613 F4_Sunday_h4_array[3] 0 65535 R/W 0x3145 12614 F4_Sunday_h4_array[4] 0 65535 R/W 0x3146 12615 F4_Sunday_h4_array[5] 0 65535 R/W 0x3147 12616 F4_Sunday_h4_array[6] 0 65535 R/W 0x3148 12617 F4_Sunday_h4_array[7] 0 65535 R/W 0x3149 12618 F4_Sunday_h4_array[8] 0 65535 R/W 0x314A 12619 F4_Sunday_p4 0 4 R/W 0x314B 12620 F4_Sunday_p4_array[0] 0 65535 R/W 0x314C 12621 F4_Sunday_p4_array[1] 0 65535 R/W 0x314D 12622 F4_Sunday_p4_array[2] 0 65535 R/W 0x314E 12623 F4_Sunday_p4_array[3] 0 65535 R/W 0x314F 12624 F4_Sunday_p4_array[4] 0 65535 R/W 0x3150 12625 F4_Sunday_p4_array[5] 0 65535 R/W 0x3151 12626 F4_Sunday_p4_array[6] 0 65535 R/W 0x3152 12627 F4_Sunday_p4_array[7] 0 65535 R/W 0x3153 12628 F4_Sunday_p4_array[8] 0 65535 R/W 0x3154 12629 F1_Monday_h1_App 0 95 R/W 0x3155 12630 F1_Monday_h1_array[0] 0 65535 R/W 0x3156 12631 F1_Monday_h1_array[1] 0 65535 R/W 0x3157 12632 F1_Monday_h1_array[2] 0 65535 R/W 0x3158 12633 F1_Monday_h1_array[3] 0 65535 R/W 0x3159 12634 F1_Monday_h1_array[4] 0 65535 R/W 0x315A 12635 F1_Monday_h1_array[5] 0 65535 R/W 0x315B 12636 F1_Monday_h1_array[6] 0 65535 R/W 0x315C 12637 F1_Monday_h1_array[7] 0 65535 R/W 0x315D 12638 F1_Monday_h1_array[8] 0 65535 R/W 0x315E 12639 F1_Monday_p1 0 4 R/W 0x315F 12640 F1_Monday_p1_array[0] 0 65535 R/W 0x3160 12641 F1_Monday_p1_array[1] 0 65535 R/W 0x3161 12642 F1_Monday_p1_array[2] 0 65535 R/W 0x3162 12643 F1_Monday_p1_array[3] 0 65535 R/W 0x3163 12644 F1_Monday_p1_array[4] 0 65535 R/W 0x3164 12645 F1_Monday_p1_array[5] 0 65535 R/W

68 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x3165 12646 F1_Monday_p1_array[6] 0 65535 R/W 0x3166 12647 F1_Monday_p1_array[7] 0 65535 R/W 0x3167 12648 F1_Monday_p1_array[8] 0 65535 R/W 0x3168 12649 F2_Monday_h2_App 0 95 R/W 0x3169 12650 F2_Monday_h2_array[0] 0 65535 R/W 0x316A 12651 F2_Monday_h2_array[1] 0 65535 R/W 0x316B 12652 F2_Monday_h2_array[2] 0 65535 R/W 0x316C 12653 F2_Monday_h2_array[3] 0 65535 R/W 0x316D 12654 F2_Monday_h2_array[4] 0 65535 R/W 0x316E 12655 F2_Monday_h2_array[5] 0 65535 R/W 0x316F 12656 F2_Monday_h2_array[6] 0 65535 R/W 0x3170 12657 F2_Monday_h2_array[7] 0 65535 R/W 0x3171 12658 F2_Monday_h2_array[8] 0 65535 R/W 0x3172 12659 F2_Monday_p2 0 4 R/W 0x3173 12660 F2_Monday_p2_array[0] 0 65535 R/W 0x3174 12661 F2_Monday_p2_array[1] 0 65535 R/W 0x3175 12662 F2_Monday_p2_array[2] 0 65535 R/W 0x3176 12663 F2_Monday_p2_array[3] 0 65535 R/W 0x3177 12664 F2_Monday_p2_array[4] 0 65535 R/W 0x3178 12665 F2_Monday_p2_array[5] 0 65535 R/W 0x3179 12666 F2_Monday_p2_array[6] 0 65535 R/W 0x317A 12667 F2_Monday_p2_array[7] 0 65535 R/W 0x317B 12668 F2_Monday_p2_array[8] 0 65535 R/W 0x317C 12669 F3_Monday_h3_App 0 95 R/W 0x317D 12670 F3_Monday_h3_array[0] 0 65535 R/W 0x317E 12671 F3_Monday_h3_array[1] 0 65535 R/W 0x317F 12672 F3_Monday_h3_array[2] 0 65535 R/W 0x3180 12673 F3_Monday_h3_array[3] 0 65535 R/W 0x3181 12674 F3_Monday_h3_array[4] 0 65535 R/W 0x3182 12675 F3_Monday_h3_array[5] 0 65535 R/W 0x3183 12676 F3_Monday_h3_array[6] 0 65535 R/W 0x3184 12677 F3_Monday_h3_array[7] 0 65535 R/W 0x3185 12678 F3_Monday_h3_array[8] 0 65535 R/W 0x3186 12679 F3_Monday_p3 0 4 R/W 0x3187 12680 F3_Monday_p3_array[0] 0 65535 R/W 0x3188 12681 F3_Monday_p3_array[1] 0 65535 R/W 0x3189 12682 F3_Monday_p3_array[2] 0 65535 R/W 0x318A 12683 F3_Monday_p3_array[3] 0 65535 R/W 0x318B 12684 F3_Monday_p3_array[4] 0 65535 R/W 0x318C 12685 F3_Monday_p3_array[5] 0 65535 R/W 0x318D 12686 F3_Monday_p3_array[6] 0 65535 R/W 0x318E 12687 F3_Monday_p3_array[7] 0 65535 R/W 0x318F 12688 F3_Monday_p3_array[8] 0 65535 R/W 0x3190 12689 F4_Monday_h4_App 0 95 R/W 0x3191 12690 F4_Monday_h4_array[0] 0 65535 R/W 0x3192 12691 F4_Monday_h4_array[1] 0 65535 R/W

69 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x3193 12692 F4_Monday_h4_array[2] 0 65535 R/W 0x3194 12693 F4_Monday_h4_array[3] 0 65535 R/W 0x3195 12694 F4_Monday_h4_array[4] 0 65535 R/W 0x3196 12695 F4_Monday_h4_array[5] 0 65535 R/W 0x3197 12696 F4_Monday_h4_array[6] 0 65535 R/W 0x3198 12697 F4_Monday_h4_array[7] 0 65535 R/W 0x3199 12698 F4_Monday_h4_array[8] 0 65535 R/W 0x319A 12699 F4_Monday_p4 0 4 R/W 0x319B 12700 F4_Monday_p4_array[0] 0 65535 R/W 0x319C 12701 F4_Monday_p4_array[1] 0 65535 R/W 0x319D 12702 F4_Monday_p4_array[2] 0 65535 R/W 0x319E 12703 F4_Monday_p4_array[3] 0 65535 R/W 0x319F 12704 F4_Monday_p4_array[4] 0 65535 R/W 0x31A0 12705 F4_Monday_p4_array[5] 0 65535 R/W 0x31A1 12706 F4_Monday_p4_array[6] 0 65535 R/W 0x31A2 12707 F4_Monday_p4_array[7] 0 65535 R/W 0x31A3 12708 F4_Monday_p4_array[8] 0 65535 R/W 0x31A4 12709 F1_Tuesday_h1_App 0 95 R/W 0x31A5 12710 F1_Tuesday_h1_array[0] 0 65535 R/W 0x31A6 12711 F1_Tuesday_h1_array[1] 0 65535 R/W 0x31A7 12712 F1_Tuesday_h1_array[2] 0 65535 R/W 0x31A8 12713 F1_Tuesday_h1_array[3] 0 65535 R/W 0x31A9 12714 F1_Tuesday_h1_array[4] 0 65535 R/W 0x31AA 12715 F1_Tuesday_h1_array[5] 0 65535 R/W 0x31AB 12716 F1_Tuesday_h1_array[6] 0 65535 R/W 0x31AC 12717 F1_Tuesday_h1_array[7] 0 65535 R/W 0x31AD 12718 F1_Tuesday_h1_array[8] 0 65535 R/W 0x31AE 12719 F1_Tuesday_p1 0 4 R/W 0x31AF 12720 F1_Tuesday_p1_array[0] 0 65535 R/W 0x31B0 12721 F1_Tuesday_p1_array[1] 0 65535 R/W 0x31B1 12722 F1_Tuesday_p1_array[2] 0 65535 R/W 0x31B2 12723 F1_Tuesday_p1_array[3] 0 65535 R/W 0x31B3 12724 F1_Tuesday_p1_array[4] 0 65535 R/W 0x31B4 12725 F1_Tuesday_p1_array[5] 0 65535 R/W 0x31B5 12726 F1_Tuesday_p1_array[6] 0 65535 R/W 0x31B6 12727 F1_Tuesday_p1_array[7] 0 65535 R/W 0x31B7 12728 F1_Tuesday_p1_array[8] 0 65535 R/W 0x31B8 12729 F2_Tuesday_h2_App 0 95 R/W 0x31B9 12730 F2_Tuesday_h2_array[0] 0 65535 R/W 0x31BA 12731 F2_Tuesday_h2_array[1] 0 65535 R/W 0x31BB 12732 F2_Tuesday_h2_array[2] 0 65535 R/W 0x31BC 12733 F2_Tuesday_h2_array[3] 0 65535 R/W 0x31BD 12734 F2_Tuesday_h2_array[4] 0 65535 R/W 0x31BE 12735 F2_Tuesday_h2_array[5] 0 65535 R/W 0x31BF 12736 F2_Tuesday_h2_array[6] 0 65535 R/W 0x31C0 12737 F2_Tuesday_h2_array[7] 0 65535 R/W

70 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x31C1 12738 F2_Tuesday_h2_array[8] 0 65535 R/W 0x31C2 12739 F2_Tuesday_p2 0 4 R/W 0x31C3 12740 F2_Tuesday_p2_array[0] 0 65535 R/W 0x31C4 12741 F2_Tuesday_p2_array[1] 0 65535 R/W 0x31C5 12742 F2_Tuesday_p2_array[2] 0 65535 R/W 0x31C6 12743 F2_Tuesday_p2_array[3] 0 65535 R/W 0x31C7 12744 F2_Tuesday_p2_array[4] 0 65535 R/W 0x31C8 12745 F2_Tuesday_p2_array[5] 0 65535 R/W 0x31C9 12746 F2_Tuesday_p2_array[6] 0 65535 R/W 0x31CA 12747 F2_Tuesday_p2_array[7] 0 65535 R/W 0x31CB 12748 F2_Tuesday_p2_array[8] 0 65535 R/W 0x31CC 12749 F3_Tuesday_h3_App 0 95 R/W 0x31CD 12750 F3_Tuesday_h3_array[0] 0 65535 R/W 0x31CE 12751 F3_Tuesday_h3_array[1] 0 65535 R/W 0x31CF 12752 F3_Tuesday_h3_array[2] 0 65535 R/W 0x31D0 12753 F3_Tuesday_h3_array[3] 0 65535 R/W 0x31D1 12754 F3_Tuesday_h3_array[4] 0 65535 R/W 0x31D2 12755 F3_Tuesday_h3_array[5] 0 65535 R/W 0x31D3 12756 F3_Tuesday_h3_array[6] 0 65535 R/W 0x31D4 12757 F3_Tuesday_h3_array[7] 0 65535 R/W 0x31D5 12758 F3_Tuesday_h3_array[8] 0 65535 R/W 0x31D6 12759 F3_Tuesday_p3 0 4 R/W 0x31D7 12760 F3_Tuesday_p3_array[0] 0 65535 R/W 0x31D8 12761 F3_Tuesday_p3_array[1] 0 65535 R/W 0x31D9 12762 F3_Tuesday_p3_array[2] 0 65535 R/W 0x31DA 12763 F3_Tuesday_p3_array[3] 0 65535 R/W 0x31DB 12764 F3_Tuesday_p3_array[4] 0 65535 R/W 0x31DC 12765 F3_Tuesday_p3_array[5] 0 65535 R/W 0x31DD 12766 F3_Tuesday_p3_array[6] 0 65535 R/W 0x31DE 12767 F3_Tuesday_p3_array[7] 0 65535 R/W 0x31DF 12768 F3_Tuesday_p3_array[8] 0 65535 R/W 0x31E0 12769 F4_Tuesday_h4_App 0 95 R/W 0x31E1 12770 F4_Tuesday_h4_array[0] 0 65535 R/W 0x31E2 12771 F4_Tuesday_h4_array[1] 0 65535 R/W 0x31E3 12772 F4_Tuesday_h4_array[2] 0 65535 R/W 0x31E4 12773 F4_Tuesday_h4_array[3] 0 65535 R/W 0x31E5 12774 F4_Tuesday_h4_array[4] 0 65535 R/W 0x31E6 12775 F4_Tuesday_h4_array[5] 0 65535 R/W 0x31E7 12776 F4_Tuesday_h4_array[6] 0 65535 R/W 0x31E8 12777 F4_Tuesday_h4_array[7] 0 65535 R/W 0x31E9 12778 F4_Tuesday_h4_array[8] 0 65535 R/W 0x31EA 12779 F4_Tuesday_p4 0 4 R/W 0x31EB 12780 F4_Tuesday_p4_array[0] 0 65535 R/W 0x31EC 12781 F4_Tuesday_p4_array[1] 0 65535 R/W 0x31ED 12782 F4_Tuesday_p4_array[2] 0 65535 R/W

71 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x31EE 12783 F4_Tuesday_p4_array[3] 0 65535 R/W 0x31EF 12784 F4_Tuesday_p4_array[4] 0 65535 R/W 0x31F0 12785 F4_Tuesday_p4_array[5] 0 65535 R/W 0x31F1 12786 F4_Tuesday_p4_array[6] 0 65535 R/W 0x31F2 12787 F4_Tuesday_p4_array[7] 0 65535 R/W 0x31F3 12788 F4_Tuesday_p4_array[8] 0 65535 R/W 0x31F4 12789 F1_Wednesday_h1_App 0 95 R/W 0x31F5 12790 F1_Wednesday_h1_array[0] 0 65535 R/W 0x31F6 12791 F1_Wednesday_h1_array[1] 0 65535 R/W 0x31F7 12792 F1_Wednesday_h1_array[2] 0 65535 R/W 0x31F8 12793 F1_Wednesday_h1_array[3] 0 65535 R/W 0x31F9 12794 F1_Wednesday_h1_array[4] 0 65535 R/W 0x31FA 12795 F1_Wednesday_h1_array[5] 0 65535 R/W 0x31FB 12796 F1_Wednesday_h1_array[6] 0 65535 R/W 0x31FC 12797 F1_Wednesday_h1_array[7] 0 65535 R/W 0x31FD 12798 F1_Wednesday_h1_array[8] 0 65535 R/W 0x31FE 12799 F1_Wednesday_p1 0 4 R/W 0x31FF 12800 F1_Wednesday_p1_array[0] 0 65535 R/W 0x3200 12801 F1_Wednesday_p1_array[1] 0 65535 R/W 0x3201 12802 F1_Wednesday_p1_array[2] 0 65535 R/W 0x3202 12803 F1_Wednesday_p1_array[3] 0 65535 R/W 0x3203 12804 F1_Wednesday_p1_array[4] 0 65535 R/W 0x3204 12805 F1_Wednesday_p1_array[5] 0 65535 R/W 0x3205 12806 F1_Wednesday_p1_array[6] 0 65535 R/W 0x3206 12807 F1_Wednesday_p1_array[7] 0 65535 R/W 0x3207 12808 F1_Wednesday_p1_array[8] 0 65535 R/W 0x3208 12809 F2_Wednesday_h2_App 0 95 R/W 0x3209 12810 F2_Wednesday_h2_array[0] 0 65535 R/W 0x320A 12811 F2_Wednesday_h2_array[1] 0 65535 R/W 0x320B 12812 F2_Wednesday_h2_array[2] 0 65535 R/W 0x320C 12813 F2_Wednesday_h2_array[3] 0 65535 R/W 0x320D 12814 F2_Wednesday_h2_array[4] 0 65535 R/W 0x320E 12815 F2_Wednesday_h2_array[5] 0 65535 R/W 0x320F 12816 F2_Wednesday_h2_array[6] 0 65535 R/W 0x3210 12817 F2_Wednesday_h2_array[7] 0 65535 R/W 0x3211 12818 F2_Wednesday_h2_array[8] 0 65535 R/W 0x3212 12819 F2_Wednesday_p2 0 4 R/W 0x3213 12820 F2_Wednesday_p2_array[0] 0 65535 R/W 0x3214 12821 F2_Wednesday_p2_array[1] 0 65535 R/W 0x3215 12822 F2_Wednesday_p2_array[2] 0 65535 R/W 0x3216 12823 F2_Wednesday_p2_array[3] 0 65535 R/W 0x3217 12824 F2_Wednesday_p2_array[4] 0 65535 R/W 0x3218 12825 F2_Wednesday_p2_array[5] 0 65535 R/W 0x3219 12826 F2_Wednesday_p2_array[6] 0 65535 R/W 0x321A 12827 F2_Wednesday_p2_array[7] 0 65535 R/W

72 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x321B 12828 F2_Wednesday_p2_array[8] 0 65535 R/W 0x321C 12829 F3_Wednesday_h3_App 0 95 R/W 0x321D 12830 F3_Wednesday_h3_array[0] 0 65535 R/W 0x321E 12831 F3_Wednesday_h3_array[1] 0 65535 R/W 0x321F 12832 F3_Wednesday_h3_array[2] 0 65535 R/W 0x3220 12833 F3_Wednesday_h3_array[3] 0 65535 R/W 0x3221 12834 F3_Wednesday_h3_array[4] 0 65535 R/W 0x3222 12835 F3_Wednesday_h3_array[5] 0 65535 R/W 0x3223 12836 F3_Wednesday_h3_array[6] 0 65535 R/W 0x3224 12837 F3_Wednesday_h3_array[7] 0 65535 R/W 0x3225 12838 F3_Wednesday_h3_array[8] 0 65535 R/W 0x3226 12839 F3_Wednesday_p3 0 4 R/W 0x3227 12840 F3_Wednesday_p3_array[0] 0 65535 R/W 0x3228 12841 F3_Wednesday_p3_array[1] 0 65535 R/W 0x3229 12842 F3_Wednesday_p3_array[2] 0 65535 R/W 0x322A 12843 F3_Wednesday_p3_array[3] 0 65535 R/W 0x322B 12844 F3_Wednesday_p3_array[4] 0 65535 R/W 0x322C 12845 F3_Wednesday_p3_array[5] 0 65535 R/W 0x322D 12846 F3_Wednesday_p3_array[6] 0 65535 R/W 0x322E 12847 F3_Wednesday_p3_array[7] 0 65535 R/W 0x322F 12848 F3_Wednesday_p3_array[8] 0 65535 R/W 0x3230 12849 F4_Wednesday_h4_App 0 95 R/W 0x3231 12850 F4_Wednesday_h4_array[0] 0 65535 R/W 0x3232 12851 F4_Wednesday_h4_array[1] 0 65535 R/W 0x3233 12852 F4_Wednesday_h4_array[2] 0 65535 R/W 0x3234 12853 F4_Wednesday_h4_array[3] 0 65535 R/W 0x3235 12854 F4_Wednesday_h4_array[4] 0 65535 R/W 0x3236 12855 F4_Wednesday_h4_array[5] 0 65535 R/W 0x3237 12856 F4_Wednesday_h4_array[6] 0 65535 R/W 0x3238 12857 F4_Wednesday_h4_array[7] 0 65535 R/W 0x3239 12858 F4_Wednesday_h4_array[8] 0 65535 R/W 0x323A 12859 F4_Wednesday_p4 0 4 R/W 0x323B 12860 F4_Wednesday_p4_array[0] 0 65535 R/W 0x323C 12861 F4_Wednesday_p4_array[1] 0 65535 R/W 0x323D 12862 F4_Wednesday_p4_array[2] 0 65535 R/W 0x323E 12863 F4_Wednesday_p4_array[3] 0 65535 R/W 0x323F 12864 F4_Wednesday_p4_array[4] 0 65535 R/W 0x3240 12865 F4_Wednesday_p4_array[5] 0 65535 R/W 0x3241 12866 F4_Wednesday_p4_array[6] 0 65535 R/W 0x3242 12867 F4_Wednesday_p4_array[7] 0 65535 R/W 0x3243 12868 F4_Wednesday_p4_array[8] 0 65535 R/W 0x3244 12869 F1_Thursday_h1_App 0 95 R/W 0x3245 12870 F1_Thursday_h1_array[0] 0 65535 0x3246 12871 F1_Thursday_h1_array[1] 0 65535 R/W

73 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x3247 12872 F1_Thursday_h1_array[2] 0 65535 R/W 0x3248 12873 F1_Thursday_h1_array[3] 0 65535 R/W 0x3249 12874 F1_Thursday_h1_array[4] 0 65535 R/W 0x324A 12875 F1_Thursday_h1_array[5] 0 65535 R/W 0x324B 12876 F1_Thursday_h1_array[6] 0 65535 R/W 0x324C 12877 F1_Thursday_h1_array[7] 0 65535 R/W 0x324D 12878 F1_Thursday_h1_array[8] 0 65535 R/W 0x324E 12879 F1_Thursday_p1 0 4 R/W 0x324F 12880 F1_Thursday_p1_array[0] 0 65535 R/W 0x3250 12881 F1_Thursday_p1_array[1] 0 65535 R/W 0x3251 12882 F1_Thursday_p1_array[2] 0 65535 R/W 0x3252 12883 F1_Thursday_p1_array[3] 0 65535 R/W 0x3253 12884 F1_Thursday_p1_array[4] 0 65535 R/W 0x3254 12885 F1_Thursday_p1_array[5] 0 65535 R/W 0x3255 12886 F1_Thursday_p1_array[6] 0 65535 R/W 0x3256 12887 F1_Thursday_p1_array[7] 0 65535 R/W 0x3257 12888 F1_Thursday_p1_array[8] 0 65535 R/W 0x3258 12889 F2_Thursday_h2_App 0 95 R/W 0x3259 12890 F2_Thursday_h2_array[0] 0 65535 R/W 0x325A 12891 F2_Thursday_h2_array[1] 0 65535 R/W 0x325B 12892 F2_Thursday_h2_array[2] 0 65535 R/W 0x325C 12893 F2_Thursday_h2_array[3] 0 65535 R/W 0x325D 12894 F2_Thursday_h2_array[4] 0 65535 R/W 0x325E 12895 F2_Thursday_h2_array[5] 0 65535 R/W 0x325F 12896 F2_Thursday_h2_array[6] 0 65535 R/W 0x3260 12897 F2_Thursday_h2_array[7] 0 65535 R/W 0x3261 12898 F2_Thursday_h2_array[8] 0 65535 R/W 0x3262 12899 F2_Thursday_p2 0 4 R/W 0x3263 12900 F2_Thursday_p2_array[0] 0 65535 R/W 0x3264 12901 F2_Thursday_p2_array[1] 0 65535 R/W 0x3265 12902 F2_Thursday_p2_array[2] 0 65535 R/W 0x3266 12903 F2_Thursday_p2_array[3] 0 65535 R/W 0x3267 12904 F2_Thursday_p2_array[4] 0 65535 R/W 0x3268 12905 F2_Thursday_p2_array[5] 0 65535 R/W 0x3269 12906 F2_Thursday_p2_array[6] 0 65535 R/W 0x326A 12907 F2_Thursday_p2_array[7] 0 65535 R/W 0x326B 12908 F2_Thursday_p2_array[8] 0 65535 R/W 0x326C 12909 F3_Thursday_h3_App 0 95 R/W 0x326D 12910 F3_Thursday_h3_array[0] 0 65535 R/W 0x326E 12911 F3_Thursday_h3_array[1] 0 65535 R/W 0x326F 12912 F3_Thursday_h3_array[2] 0 65535 R/W 0x3270 12913 F3_Thursday_h3_array[3] 0 65535 R/W 0x3271 12914 F3_Thursday_h3_array[4] 0 65535 R/W 0x3272 12915 F3_Thursday_h3_array[5] 0 65535 R/W 0x3273 12916 F3_Thursday_h3_array[6] 0 65535 R/W

74 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x3274 12917 F3_Thursday_h3_array[7] 0 65535 R/W 0x3275 12918 F3_Thursday_h3_array[8] 0 65535 R/W 0x3276 12919 F3_Thursday_p3 0 4 R/W 0x3277 12920 F3_Thursday_p3_array[0] 0 65535 R/W 0x3278 12921 F3_Thursday_p3_array[1] 0 65535 R/W 0x3279 12922 F3_Thursday_p3_array[2] 0 65535 R/W 0x327A 12923 F3_Thursday_p3_array[3] 0 65535 R/W 0x327B 12924 F3_Thursday_p3_array[4] 0 65535 R/W 0x327C 12925 F3_Thursday_p3_array[5] 0 65535 R/W 0x327D 12926 F3_Thursday_p3_array[6] 0 65535 R/W 0x327E 12927 F3_Thursday_p3_array[7] 0 65535 R/W 0x327F 12928 F3_Thursday_p3_array[8] 0 65535 R/W 0x3280 12929 F4_Thursday_h4_App 0 95 R/W 0x3281 12930 F4_Thursday_h4_array[0] 0 65535 R/W 0x3282 12931 F4_Thursday_h4_array[1] 0 65535 R/W 0x3283 12932 F4_Thursday_h4_array[2] 0 65535 R/W 0x3284 12933 F4_Thursday_h4_array[3] 0 65535 R/W 0x3285 12934 F4_Thursday_h4_array[4] 0 65535 R/W 0x3286 12935 F4_Thursday_h4_array[5] 0 65535 R/W 0x3287 12936 F4_Thursday_h4_array[6] 0 65535 R/W 0x3288 12937 F4_Thursday_h4_array[7] 0 65535 R/W 0x3289 12938 F4_Thursday_h4_array[8] 0 65535 R/W 0x328A 12939 F4_Thursday_p4 0 4 R/W 0x328B 12940 F4_Thursday_p4_array[0] 0 65535 R/W 0x328C 12941 F4_Thursday_p4_array[1] 0 65535 R/W 0x328D 12942 F4_Thursday_p4_array[2] 0 65535 R/W 0x328E 12943 F4_Thursday_p4_array[3] 0 65535 R/W 0x328F 12944 F4_Thursday_p4_array[4] 0 65535 R/W 0x3290 12945 F4_Thursday_p4_array[5] 0 65535 R/W 0x3291 12946 F4_Thursday_p4_array[6] 0 65535 R/W 0x3292 12947 F4_Thursday_p4_array[7] 0 65535 R/W 0x3293 12948 F4_Thursday_p4_array[8] 0 65535 R/W 0x3294 12949 F1_Friday_h1_App 0 95 R/W 0x3295 12950 F1_Friday_h1_array[0] 0 65535 R/W 0x3296 12951 F1_Friday_h1_array[1] 0 65535 R/W 0x3297 12952 F1_Friday_h1_array[2] 0 65535 R/W 0x3298 12953 F1_Friday_h1_array[3] 0 65535 R/W 0x3299 12954 F1_Friday_h1_array[4] 0 65535 R/W 0x329A 12955 F1_Friday_h1_array[5] 0 65535 R/W 0x329B 12956 F1_Friday_h1_array[6] 0 65535 R/W 0x329C 12957 F1_Friday_h1_array[7] 0 65535 R/W 0x329D 12958 F1_Friday_h1_array[8] 0 65535 R/W 0x329E 12959 F1_Friday_p1 0 4 R/W 0x329F 12960 F1_Friday_p1_array[0] 0 65535 R/W

75 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x32A0 12961 F1_Friday_p1_array[1] 0 65535 R/W 0x32A1 12962 F1_Friday_p1_array[2] 0 65535 R/W 0x32A2 12963 F1_Friday_p1_array[3] 0 65535 R/W 0x32A3 12964 F1_Friday_p1_array[4] 0 65535 R/W 0x32A4 12965 F1_Friday_p1_array[5] 0 65535 R/W 0x32A5 12966 F1_Friday_p1_array[6] 0 65535 R/W 0x32A6 12967 F1_Friday_p1_array[7] 0 65535 R/W 0x32A7 12968 F1_Friday_p1_array[8] 0 65535 R/W 0x32A8 12969 F2_Friday_h2_App 0 95 R/W 0x32A9 12970 F2_Friday_h2_array[0] 0 65535 R/W 0x32AA 12971 F2_Friday_h2_array[1] 0 65535 R/W 0x32AB 12972 F2_Friday_h2_array[2] 0 65535 R/W 0x32AC 12973 F2_Friday_h2_array[3] 0 65535 R/W 0x32AD 12974 F2_Friday_h2_array[4] 0 65535 R/W 0x32AE 12975 F2_Friday_h2_array[5] 0 65535 R/W 0x32AF 12976 F2_Friday_h2_array[6] 0 65535 R/W 0x32B0 12977 F2_Friday_h2_array[7] 0 65535 R/W 0x32B1 12978 F2_Friday_h2_array[8] 0 65535 R/W 0x32B2 12979 F2_Friday_p2 0 4 R/W 0x32B3 12980 F2_Friday_p2_array[0] 0 65535 R/W 0x32B4 12981 F2_Friday_p2_array[1] 0 65535 R/W 0x32B5 12982 F2_Friday_p2_array[2] 0 65535 R/W 0x32B6 12983 F2_Friday_p2_array[3] 0 65535 R/W 0x32B7 12984 F2_Friday_p2_array[4] 0 65535 R/W 0x32B8 12985 F2_Friday_p2_array[5] 0 65535 R/W 0x32B9 12986 F2_Friday_p2_array[6] 0 65535 R/W 0x32BA 12987 F2_Friday_p2_array[7] 0 65535 R/W 0x32BB 12988 F2_Friday_p2_array[8] 0 65535 R/W 0x32BC 12989 F3_Friday_h3_App 0 95 R/W 0x32BD 12990 F3_Friday_h3_array[0] 0 65535 R/W 0x32BE 12991 F3_Friday_h3_array[1] 0 65535 R/W 0x32BF 12992 F3_Friday_h3_array[2] 0 65535 R/W 0x32C0 12993 F3_Friday_h3_array[3] 0 65535 R/W 0x32C1 12994 F3_Friday_h3_array[4] 0 65535 R/W 0x32C2 12995 F3_Friday_h3_array[5] 0 65535 R/W 0x32C3 12996 F3_Friday_h3_array[6] 0 65535 R/W 0x32C4 12997 F3_Friday_h3_array[7] 0 65535 R/W 0x32C5 12998 F3_Friday_h3_array[8] 0 65535 R/W 0x32C6 12999 F3_Friday_p3 0 4 R/W 0x32C7 13000 F3_Friday_p3_array[0] 0 65535 R/W 0x32C8 13001 F3_Friday_p3_array[1] 0 65535 R/W 0x32C9 13002 F3_Friday_p3_array[2] 0 65535 R/W 0x32CA 13003 F3_Friday_p3_array[3] 0 65535 R/W 0x32CB 13004 F3_Friday_p3_array[4] 0 65535 R/W 0x32CC 13005 F3_Friday_p3_array[5] 0 65535

76 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x32CD 13006 F3_Friday_p3_array[6] 0 65535 R/W 0x32CE 13007 F3_Friday_p3_array[7] 0 65535 R/W 0x32CF 13008 F3_Friday_p3_array[8] 0 65535 R/W 0x32D0 13009 F4_Friday_h4_App 0 95 R/W 0x32D1 13010 F4_Friday_h4_array[0] 0 65535 R/W 0x32D2 13011 F4_Friday_h4_array[1] 0 65535 R/W 0x32D3 13012 F4_Friday_h4_array[2] 0 65535 R/W 0x32D4 13013 F4_Friday_h4_array[3] 0 65535 R/W 0x32D5 13014 F4_Friday_h4_array[4] 0 65535 R/W 0x32D6 13015 F4_Friday_h4_array[5] 0 65535 R/W 0x32D7 13016 F4_Friday_h4_array[6] 0 65535 R/W 0x32D8 13017 F4_Friday_h4_array[7] 0 65535 R/W 0x32D9 13018 F4_Friday_h4_array[8] 0 65535 R/W 0x32DA 13019 F4_Friday_p4 0 4 R/W 0x32DB 13020 F4_Friday_p4_array[0] 0 65535 R/W 0x32DC 13021 F4_Friday_p4_array[1] 0 65535 R/W 0x32DD 13022 F4_Friday_p4_array[2] 0 65535 R/W 0x32DE 13023 F4_Friday_p4_array[3] 0 65535 R/W 0x32DF 13024 F4_Friday_p4_array[4] 0 65535 R/W 0x32E0 13025 F4_Friday_p4_array[5] 0 65535 R/W 0x32E1 13026 F4_Friday_p4_array[6] 0 65535 R/W 0x32E2 13027 F4_Friday_p4_array[7] 0 65535 R/W 0x32E3 13028 F4_Friday_p4_array[8] 0 65535 R/W 0x32E4 13029 F1_Saturday_h1_App 0 95 R/W 0x32E5 13030 F1_Saturday_h1_array[0] 0 65535 R/W 0x32E6 13031 F1_Saturday_h1_array[1] 0 65535 R/W 0x32E7 13032 F1_Saturday_h1_array[2] 0 65535 R/W 0x32E8 13033 F1_Saturday_h1_array[3] 0 65535 R/W 0x32E9 13034 F1_Saturday_h1_array[4] 0 65535 R/W 0x32EA 13035 F1_Saturday_h1_array[5] 0 65535 R/W 0x32EB 13036 F1_Saturday_h1_array[6] 0 65535 R/W 0x32EC 13037 F1_Saturday_h1_array[7] 0 65535 R/W 0x32ED 13038 F1_Saturday_h1_array[8] 0 65535 R/W 0x32EE 13039 F1_Saturday_p1 0 4 R/W 0x32EF 13040 F1_Saturday_p1_array[0] 0 65535 R/W 0x32F0 13041 F1_Saturday_p1_array[1] 0 65535 R/W 0x32F1 13042 F1_Saturday_p1_array[2] 0 65535 R/W 0x32F2 13043 F1_Saturday_p1_array[3] 0 65535 R/W 0x32F3 13044 F1_Saturday_p1_array[4] 0 65535 R/W 0x32F4 13045 F1_Saturday_p1_array[5] 0 65535 R/W 0x32F5 13046 F1_Saturday_p1_array[6] 0 65535 R/W 0x32F6 13047 F1_Saturday_p1_array[7] 0 65535 R/W 0x32F7 13048 F1_Saturday_p1_array[8] 0 65535 R/W 0x32F8 13049 F2_Saturday_h2_App 0 95 R/W 0x32F9 13050 F2_Saturday_h2_array[0] 0 65535 R/W 0x32FA 13051 F2_Saturday_h2_array[1] 0 65535 R/W

77 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x32FB 13052 F2_Saturday_h2_array[2] 0 65535 R/W 0x32FC 13053 F2_Saturday_h2_array[3] 0 65535 R/W 0x32FD 13054 F2_Saturday_h2_array[4] 0 65535 R/W 0x32FE 13055 F2_Saturday_h2_array[5] 0 65535 R/W 0x32FF 13056 F2_Saturday_h2_array[6] 0 65535 R/W 0x3300 13057 F2_Saturday_h2_array[7] 0 65535 R/W 0x3301 13058 F2_Saturday_h2_array[8] 0 65535 R/W 0x3302 13059 F2_Saturday_p2 0 4 R/W 0x3303 13060 F2_Saturday_p2_array[0] 0 65535 R/W 0x3304 13061 F2_Saturday_p2_array[1] 0 65535 R/W 0x3305 13062 F2_Saturday_p2_array[2] 0 65535 R/W 0x3306 13063 F2_Saturday_p2_array[3] 0 65535 R/W 0x3307 13064 F2_Saturday_p2_array[4] 0 65535 R/W 0x3308 13065 F2_Saturday_p2_array[5] 0 65535 R/W 0x3309 13066 F2_Saturday_p2_array[6] 0 65535 R/W 0x330A 13067 F2_Saturday_p2_array[7] 0 65535 R/W 0x330B 13068 F2_Saturday_p2_array[8] 0 65535 R/W 0x330C 13069 F3_Saturday_h3_App 0 95 R/W 0x330D 13070 F3_Saturday_h3_array[0] 0 65535 R/W 0x330E 13071 F3_Saturday_h3_array[1] 0 65535 R/W 0x330F 13072 F3_Saturday_h3_array[2] 0 65535 R/W 0x3310 13073 F3_Saturday_h3_array[3] 0 65535 R/W 0x3311 13074 F3_Saturday_h3_array[4] 0 65535 R/W 0x3312 13075 F3_Saturday_h3_array[5] 0 65535 R/W 0x3313 13076 F3_Saturday_h3_array[6] 0 65535 R/W 0x3314 13077 F3_Saturday_h3_array[7] 0 65535 R/W 0x3315 13078 F3_Saturday_h3_array[8] 0 65535 R/W 0x3316 13079 F3_Saturday_p3 0 4 R/W 0x3317 13080 F3_Saturday_p3_array[0] 0 65535 R/W 0x3318 13081 F3_Saturday_p3_array[1] 0 65535 R/W 0x3319 13082 F3_Saturday_p3_array[2] 0 65535 R/W 0x331A 13083 F3_Saturday_p3_array[3] 0 65535 R/W 0x331B 13084 F3_Saturday_p3_array[4] 0 65535 R/W 0x331C 13085 F3_Saturday_p3_array[5] 0 65535 R/W 0x331D 13086 F3_Saturday_p3_array[6] 0 65535 R/W 0x331E 13087 F3_Saturday_p3_array[7] 0 65535 R/W 0x331F 13088 F3_Saturday_p3_array[8] 0 65535 R/W 0x3320 13089 F4_Saturday_h4_App 0 95 R/W 0x3321 13090 F4_Saturday_h4_array[0] 0 65535 R/W 0x3322 13091 F4_Saturday_h4_array[1] 0 65535 R/W 0x3323 13092 F4_Saturday_h4_array[2] 0 65535 R/W 0x3324 13093 F4_Saturday_h4_array[3] 0 65535 R/W 0x3325 13094 F4_Saturday_h4_array[4] 0 65535 R/W

78 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x3326 13095 F4_Saturday_h4_array[5] 0 65535 R/W 0x3327 13096 F4_Saturday_h4_array[6] 0 65535 R/W 0x3328 13097 F4_Saturday_h4_array[7] 0 65535 R/W 0x3329 13098 F4_Saturday_h4_array[8] 0 65535 R/W 0x332A 13099 F4_Saturday_p4 0 4 R/W 0x332B 13100 F4_Saturday_p4_array[0] 0 65535 R/W 0x332C 13101 F4_Saturday_p4_array[1] 0 65535 R/W 0x332D 13102 F4_Saturday_p4_array[2] 0 65535 R/W 0x332E 13103 F4_Saturday_p4_array[3] 0 65535 R/W 0x332F 13104 F4_Saturday_p4_array[4] 0 65535 R/W 0x3330 13105 F4_Saturday_p4_array[5] 0 65535 R/W 0x3331 13106 F4_Saturday_p4_array[6] 0 65535 R/W 0x3332 13107 F4_Saturday_p4_array[7] 0 65535 R/W 0x3333 13108 F4_Saturday_p4_array[8] 0 65535 R/W 0x3334 13109 EndHYear_App 0 68 R/W 0x3335 13110 EndHYear_array[0] 0 65535 R/W 0x3336 13111 EndHYear_array[1] 0 65535 R/W 0x3337 13112 EndHYear_array[2] 0 65535 R/W 0x3338 13113 EndHYear_array[3] 0 65535 R/W 0x3339 13114 EndHYear_array[4] 0 65535 R/W 0x333A 13115 EndHYear_array[5] 0 65535 R/W 0x333B 13116 EndHYear_array[6] 0 65535 R/W 0x333C 13117 EndHYear_array[7] 0 65535 R/W 0x333D 13118 EndHYear_array[8] 0 65535 R/W 0x333E 13119 EndHMonth_App 1 12 R/W 0x333F 13120 EndHMonth_array[0] 0 65535 R/W 0x3340 13121 EndHMonth_array[1] 0 65535 R/W 0x3341 13122 EndHMonth_array[2] 0 65535 R/W 0x3342 13123 EndHMonth_array[3] 0 65535 R/W 0x3343 13124 EndHMonth_array[4] 0 65535 R/W 0x3344 13125 EndHMonth_array[5] 0 65535 R/W 0x3345 13126 EndHMonth_array[6] 0 65535 R/W 0x3346 13127 EndHMonth_array[7] 0 65535 R/W 0x3347 13128 EndHMonth_array[8] 0 65535 R/W 0x3348 13129 EndHDay_App 1 31 R/W 0x3349 13130 EndHDay_array[0] 0 65535 R/W 0x334A 13131 EndHDay_array[1] 0 65535 R/W 0x334B 13132 EndHDay_array[2] 0 65535 R/W 0x334C 13133 EndHDay_array[3] 0 65535 R/W 0x334D 13134 EndHDay_array[4] 0 65535 R/W 0x334E 13135 EndHDay_array[5] 0 65535 R/W 0x334F 13136 EndHDay_array[6] 0 65535 R/W 0x3350 13137 EndHDay_array[7] 0 65535 R/W 0x3351 13138 EndHDay_array[8] 0 65535 R/W 0x3352 13139 EndHHour_App 0 23 R/W 0x3353 13140 EndHHour_array[0] 0 65535 R/W

comfort R/W 0x335D 13150 SCH_ComfortHot_array[0] -32768 32767 R/W 0x335E 13151 SCH_ComfortHot_array[1] -32768 32767 R/W 0x335F 13152 SCH_ComfortHot_array[2] -32768 32767 R/W 0x3360 13153 SCH_ComfortHot_array[3] -32768 32767 R/W 0x3361 13154 SCH_ComfortHot_array[4] -32768 32767 R/W 0x3362 13155 SCH_ComfortHot_array[5] -32768 32767 R/W 0x3363 13156 SCH_ComfortHot_array[6] -32768 32767 R/W 0x3364 13157 SCH_ComfortHot_array[7] -32768 32767 R/W 0x3365 13158 SCH_ComfortHot_array[8] -32768 32767 R/W 0x3366 13159 SCC_Comfort_SetCold -15.0 158.0 Setpoint cold mode comfort R/W 0x3367 13160 SCC_ComfortCold_array[0] -32768 32767 R/W 0x3368 13161 SCC_ComfortCold_array[1] -32768 32767 R/W 0x3369 13162 SCC_ComfortCold_array[2] -32768 32767 R/W 0x336A 13163 SCC_ComfortCold_array[3] -32768 32767 R/W 0x336B 13164 SCC_ComfortCold_array[4] -32768 32767 R/W 0x336C 13165 SCC_ComfortCold_array[5] -32768 32767 R/W 0x336D 13166 SCC_ComfortCold_array[6] -32768 32767 R/W 0x336E 13167 SCC_ComfortCold_array[7] -32768 32767 R/W 0x336F 13168 SCC_ComfortCold_array[8] -32768 32767 R/W 0x3370 13169 OEH_Economy_OffsetHot -36.0 36.0 hot differential economic mode R/W 0x3371 13170 OEH_EconomyHot_array[0] -32768 32767 R/W 0x3372 13171 OEH_EconomyHot_array[1] -32768 32767 R/W 0x3373 13172 OEH_EconomyHot_array[2] -32768 32767 R/W 0x3374 13173 OEH_EconomyHot_array[3] -32768 32767 R/W 0x3375 13174 OEH_EconomyHot_array[4] -32768 32767 R/W 0x3376 13175 OEH_EconomyHot_array[5] -32768 32767 R/W 0x3377 13176 OEH_EconomyHot_array[6] -32768 32767 R/W 0x3378 13177 OEH_EconomyHot_array[7] -32768 32767 R/W 0x3379 13178 OEH_EconomyHot_array[8] -32768 32767 R/W 0x337A 13179 OEC_Economy_OffsetCold -36.0 36.0 Cold differential mode economic R/W 0x337B 13180 OEC_EconomyCold_array[0] -32768 32767 R/W 0x337C 13181 OEC_EconomyCold_array[1] -32768 32767 R/W 0x337D 13182 OEC_EconomyCold_array[2] -32768 32767 R/W

R/W 0x3385 13190 ONH_NightHot_array[0] -32768 32767 R/W 0x3386 13191 ONH_NightHot_array[1] -32768 32767 R/W 0x3387 13192 ONH_NightHot_array[2] -32768 32767 R/W 0x3388 13193 ONH_NightHot_array[3] -32768 32767 R/W 0x3389 13194 ONH_NightHot_array[4] -32768 32767 R/W 0x338A 13195 ONH_NightHot_array[5] -32768 32767 R/W 0x338B 13196 ONH_NightHot_array[6] -32768 32767 R/W 0x338C 13197 ONH_NightHot_array[7] -32768 32767 R/W 0x338D 13198 ONH_NightHot_array[8] -32768 32767 R/W 0x338E 13199 ONC_Night_OffsetCold -36.0 36.0 differential cold night mode R/W 0x338F 13200 ONC_NightCold_array[0] -32768 32767 R/W 0x3390 13201 ONC_NightCold_array[1] -32768 32767 R/W 0x3391 13202 ONC_NightCold_array[2] -32768 32767 R/W 0x3392 13203 ONC_NightCold_array[3] -32768 32767 R/W 0x3393 13204 ONC_NightCold_array[4] -32768 32767 R/W 0x3394 13205 ONC_NightCold_array[5] -32768 32767 R/W 0x3395 13206 ONC_NightCold_array[6] -32768 32767 R/W 0x3396 13207 ONC_NightCold_array[7] -32768 32767 R/W 0x3397 13208 ONC_NightCold_array[8] -32768 32767 R/W 0x3398 13209 SEtH_WinterSetPoint -15.0 158.0 Set point winter (HP) or SetPoint only (if selected by PH27) R/W 0x3399 13210 SEtH_WinterSet_array[0] -32768 32767 R/W 0x339A 13211 SEtH_WinterSet_array[1] -32768 32767 R/W 0x339B 13212 SEtH_WinterSet_array[2] -32768 32767 R/W 0x339C 13213 SEtH_WinterSet_array[3] -32768 32767 R/W 0x339D 13214 SEtH_WinterSet_array[4] -32768 32767 R/W 0x339E 13215 SEtH_WinterSet_array[5] -32768 32767 R/W 0x339F 13216 SEtH_WinterSet_array[6] -32768 32767 R/W 0x33A0 13217 SEtH_WinterSet_array[7] -32768 32767 R/W 0x33A1 13218 SEtH_WinterSet_array[8] -32768 32767 R/W 0x33A2 13219 SEtC_SummerSetPoint -15.0 158.0 Summer setpoint R/W 0x33A3 13220 SEtC_SummerSet_array[0] -32768 32767 R/W 0x33A4 13221 SEtC_SummerSet_array[1] -32768 32767 R/W 0x33A5 13222 SEtC_SummerSet_array[2] -32768 32767 R/W 0x33A6 13223 SEtC_SummerSet_array[3] -32768 32767 R/W 0x33A7 13224 SEtC_SummerSet_array[4] -32768 32767 R/W 0x33A8 13225 SEtC_SummerSet_array[5] -32768 32767 R/W 0x33A9 13226 SEtC_SummerSet_array[6] -32768 32767 R/W

regulation R/W 0x33AD 13230 FSC_FanComfort_array[0] 0 65535 R/W 0x33AE 13231 FSC_FanComfort_array[1] 0 65535 R/W 0x33AF 13232 FSC_FanComfort_array[2] 0 65535 R/W 0x33B0 13233 FSC_FanComfort_array[3] 0 65535 R/W 0x33B1 13234 FSC_FanComfort_array[4] 0 65535 R/W 0x33B2 13235 FSC_FanComfort_array[5] 0 65535 R/W 0x33B3 13236 FSC_FanComfort_array[6] 0 65535 R/W 0x33B4 13237 FSC_FanComfort_array[7] 0 65535 R/W 0x33B5 13238 FSC_FanComfort_array[8] 0 65535 R/W 0x33B6 13239 FSE_FanSet_Economy 0.00 100.00 Economy mode ventilation regulation R/W 0x33B7 13240 FSE_FanEconomy_array[0] 0 65535 R/W 0x33B8 13241 FSE_FanEconomy_array[1] 0 65535 R/W 0x33B9 13242 FSE_FanEconomy_array[2] 0 65535 R/W 0x33BA 13243 FSE_FanEconomy_array[3] 0 65535 R/W 0x33BB 13244 FSE_FanEconomy_array[4] 0 65535 R/W 0x33BC 13245 FSE_FanEconomy_array[5] 0 65535 R/W 0x33BD 13246 FSE_FanEconomy_array[6] 0 65535 R/W 0x33BE 13247 FSE_FanEconomy_array[7] 0 65535 R/W 0x33BF 13248 FSE_FanEconomy_array[8] 0 65535 R/W 0x33C0 13249 FSN_FanSet_Night 0.00 100.00 Night mode ventilation regulation R/W 0x33C1 13250 FSN_FanNight_array[0] 0 65535 R/W 0x33C2 13251 FSN_FanNight_array[1] 0 65535 R/W 0x33C3 13252 FSN_FanNight_array[2] 0 65535 R/W 0x33C4 13253 FSN_FanNight_array[3] 0 65535 R/W 0x33C5 13254 FSN_FanNight_array[4] 0 65535 R/W 0x33C6 13255 FSN_FanNight_array[5] 0 65535 R/W 0x33C7 13256 FSN_FanNight_array[6] 0 65535 R/W 0x33C8 13257 FSN_FanNight_array[7] 0 65535 R/W 0x33C9 13258 FSN_FanNight_array[8] 0 65535 R/W 0x33CA 13259 PM22_FanSetManual 0.00 100.00 Manual regulation fans R/W 0x33CB 13260 PM22_FanManual_array[0] 0 65535 R/W 0x33CC 13261 PM22_FanManual_array[1] 0 65535 0x33CD 13262 PM22_FanManual_array[2] 0 65535 0x33CE 13263 PM22_FanManual_array[3] 0 65535 R/W 0x33CF 13264 PM22_FanManual_array[4] 0 65535 R/W 0x33D0 13265 PM22_FanManual_array[5] 0 65535 R/W 0x33D1 13266 PM22_FanManual_array[6] 0 65535 R/W 0x33D2 13267 PM22_FanManual_array[7] 0 65535 R/W 0x33D3 13268 PM22_FanManual_array[8] 0 65535 R/W

point R/W 0x33FD 13310 PH27_MaxSetHot_array[0] -32768 32767 R/W 0x33FE 13311 PH27_MaxSetHot_array[1] -32768 32767 R/W 0x33FF 13312 PH27_MaxSetHot_array[2] -32768 32767 R/W 0x3400 13313 PH27_MaxSetHot_array[3] -32768 32767 R/W 0x3401 13314 PH27_MaxSetHot_array[4] -32768 32767 R/W 0x3402 13315 PH27_MaxSetHot_array[5] -32768 32767 R/W 0x3403 13316 PH27_MaxSetHot_array[6] -32768 32767 R/W 0x3404 13317 PH27_MaxSetHot_array[7] -32768 32767 R/W 0x3405 13318 PH27_MaxSetHot_array[8] -32768 32767 R/W 0x3406 13319 PH26_MinValueSetHot -15.0 158.0 Minimum value heating setpoint R/W 0x3407 13320 PH26_MinSetHot_array[0] -32768 32767 R/W 0x3408 13321 PH26_MinSetHot_array[1] -32768 32767 R/W 0x3409 13322 PH26_MinSetHot_array[2] -32768 32767 R/W 0x340A 13323 PH26_MinSetHot_array[3] -32768 32767 R/W 0x340B 13324 PH26_MinSetHot_array[4] -32768 32767 R/W 0x340C 13325 PH26_MinSetHot_array[5] -32768 32767 R/W 0x340D 13326 PH26_MinSetHot_array[6] -32768 32767 R/W 0x340E 13327 PH26_MinSetHot_array[7] -32768 32767 R/W 0x340F 13328 PH26_MinSetHot_array[8] -32768 32767 R/W 0x3410 13329 PH04_MaxValueSetCold -15.0 158.0 Maximum value of refrigera- tion point R/W 0x3411 13330 PH04_MaxSetCold_array[0] -32768 32767 R/W 0x3412 13331 PH04_MaxSetCold_array[1] -32768 32767 R/W 0x3413 13332 PH04_MaxSetCold_array[2] -32768 32767 R/W 0x3414 13333 PH04_MaxSetCold_array[3] -32768 32767 R/W 0x3415 13334 PH04_MaxSetCold_array[4] -32768 32767 R/W 0x3416 13335 PH04_MaxSetCold_array[5] -32768 32767 R/W 0x3417 13336 PH04_MaxSetCold_array[6] -32768 32767 R/W 0x3418 13337 PH04_MaxSetCold_array[7] -32768 32767 R/W 0x3419 13338 PH04_MaxSetCold_array[8] -32768 32767 R/W 0x341A 13339 PH03_MinValueSetCold -15.0 158.0 R/W 0x341B 13340 PH03_MinSetCold_array[0] -32768 32767 R/W 0x341C 13341 PH03_MinSetCold_array[1] -32768 32767 R/W 0x341D 13342 PH03_MinSetCold_array[2] -32768 32767 R/W 0x341E 13343 PH03_MinSetCold_array[3] -32768 32767 R/W 0x341F 13344 PH03_MinSetCold_array[4] -32768 32767 R/W 0x3420 13345 PH03_MinSetCold_array[5] -32768 32767 R/W 0x3421 13346 PH03_MinSetCold_array[6] -32768 32767 R/W 0x3422 13347 PH03_MinSetCold_array[7] -32768 32767 R/W 0x3423 13348 PH03_MinSetCold_array[8] -32768 32767 R/W 0x3424 13349 C05_MaxValue_SetFan 0.00 100.00 Maximum value of regula- tion time schedule fan R/W 0x3425 13350 C05_MaxSetFan_array[0] 0 65535 R/W 0x3426 13351 C05_MaxSetFan_array[1] 0 65535 R/W

R/W 0x342F 13360 C06_MinSetFan_array[0] 0 65535 R/W 0x3430 13361 C06_MinSetFan_array[1] 0 65535 R/W 0x3431 13362 C06_MinSetFan_array[2] 0 65535 R/W 0x3432 13363 C06_MinSetFan_array[3] 0 65535 R/W 0x3433 13364 C06_MinSetFan_array[4] 0 65535 R/W 0x3434 13365 C06_MinSetFan_array[5] 0 65535 R/W 0x3435 13366 C06_MinSetFan_array[6] 0 65535 R/W 0x3436 13367 C06_MinSetFan_array[7] 0 65535 R/W 0x3437 13368 C06_MinSetFan_array[8] 0 65535 R/W 0x344C 13389 RTCEnable[0] 0 65535 R/W 0x344D 13390 RTCEnable[1] 0 65535 R/W 0x344E 13391 RTCEnable[2] 0 65535 R/W 0x344F 13392 RTCEnable[3] 0 65535 R/W 0x3450 13393 RTCEnable[4] 0 65535 R/W 0x3451 13394 RTCEnable[5] 0 65535 R/W 0x3452 13395 RTCEnable[6] 0 65535 R/W 0x3453 13396 RTCEnable[7] 0 65535 R/W 0x3454 13397 RTCEnable[8] 0 65535 R/W 0x3455 13398 RTCEnable[9] 0 65535 R/W 0x3456 13399 C10_Reserved[0] -32768 32767 R/W 0x3457 13400 C10_Reserved[1] -32768 32767 R/W 0x3458 13401 C10_Reserved[2] -32768 32767 R/W 0x3459 13402 C10_Reserved[3] -32768 32767 R/W 0x345A 13403 C10_Reserved[4] -32768 32767 R/W 0x345B 13404 C10_Reserved[5] -32768 32767 R/W 0x345C 13405 C10_Reserved[6] -32768 32767 R/W 0x345D 13406 C10_Reserved[7] -32768 32767 R/W 0x345E 13407 C10_Reserved[8] -32768 32767 R/W 0x345F 13408 C10_Reserved[9] -32768 32767 R/W 0x3460 13409 PH08_ChangeMode_Type 0 2 Mode change type Summer / winter 0 = Manual, 1 = Manual + Auto, 2 = Auto R/W 0x3461 13410 PH08_ModeType_array[0] 0 65535 R/W 0x3462 13411 PH08_ModeType_array[1] 0 65535 R/W 0x3463 13412 PH08_ModeType_array[2] 0 65535 R/W 0x3464 13413 PH08_ModeType_array[3] 0 65535 R/W 0x3465 13414 PH08_ModeType_array[4] 0 65535 R/W 0x3466 13415 PH08_ModeType_array[5] 0 65535 R/W

lation the manual R/W 0x346B 13420 PF06_StepPerc_array[0] 0 65535 R/W 0x346C 13421 PF06_StepPerc_array[1] 0 65535 R/W 0x346D 13422 PF06_StepPerc_array[2] 0 65535 R/W 0x346E 13423 PF06_StepPerc_array[3] 0 65535 R/W 0x346F 13424 PF06_StepPerc_array[4] 0 65535 R/W 0x3470 13425 PF06_StepPerc_array[5] 0 65535 R/W 0x3471 13426 PF06_StepPerc_array[6] 0 65535 R/W 0x3472 13427 PF06_StepPerc_array[7] 0 65535 R/W 0x3473 13428 PF06_StepPerc_array[8] 0 65535 R/W 0x3474 13429 Monday_TypeBands[0] 0 65535 R/W 0x3475 13430 Monday_TypeBands[1] 0 65535 R/W 0x3476 13431 Monday_TypeBands[2] 0 65535 R/W 0x3477 13432 Monday_TypeBands[3] 0 65535 R/W 0x3478 13433 Monday_TypeBands[4] 0 65535 R/W 0x3479 13434 Monday_TypeBands[5] 0 65535 R/W 0x347A 13435 Monday_TypeBands[6] 0 65535 R/W 0x347B 13436 Monday_TypeBands[7] 0 65535 R/W 0x347C 13437 Monday_TypeBands[8] 0 65535 R/W 0x347D 13438 Monday_TypeBands[9] 0 65535 R/W 0x347E 13439 Tuesday_TypeBands[0] 0 65535 R/W 0x347F 13440 Tuesday_TypeBands[1] 0 65535 R/W 0x3480 13441 Tuesday_TypeBands[2] 0 65535 R/W 0x3481 13442 Tuesday_TypeBands[3] 0 65535 R/W 0x3482 13443 Tuesday_TypeBands[4] 0 65535 R/W 0x3483 13444 Tuesday_TypeBands[5] 0 65535 R/W 0x3484 13445 Tuesday_TypeBands[6] 0 65535 R/W 0x3485 13446 Tuesday_TypeBands[7] 0 65535 R/W 0x3486 13447 Tuesday_TypeBands[8] 0 65535 R/W 0x3487 13448 Tuesday_TypeBands[9] 0 65535 R/W 0x3488 13449 Wednesday_TypeBands[0] 0 65535 R/W 0x3489 13450 Wednesday_TypeBands[1] 0 65535 R/W 0x348A 13451 Wednesday_TypeBands[2] 0 65535 R/W 0x348B 13452 Wednesday_TypeBands[3] 0 65535 R/W 0x348C 13453 Wednesday_TypeBands[4] 0 65535 R/W 0x348D 13454 Wednesday_TypeBands[5] 0 65535 R/W 0x348E 13455 Wednesday_TypeBands[6] 0 65535 R/W 0x348F 13456 Wednesday_TypeBands[7] 0 65535 R/W 0x3490 13457 Wednesday_TypeBands[8] 0 65535 R/W 0x3491 13458 Wednesday_TypeBands[9] 0 65535 R/W 0x3492 13459 Thursday_TypeBands[0] 0 65535 R/W

85 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x3493 13460 Thursday_TypeBands[1] 0 65535 R/W 0x3494 13461 Thursday_TypeBands[2] 0 65535 R/W 0x3495 13462 Thursday_TypeBands[3] 0 65535 R/W 0x3496 13463 Thursday_TypeBands[4] 0 65535 R/W 0x3497 13464 Thursday_TypeBands[5] 0 65535 R/W 0x3498 13465 Thursday_TypeBands[6] 0 65535 R/W 0x3499 13466 Thursday_TypeBands[7] 0 65535 R/W 0x349A 13467 Thursday_TypeBands[8] 0 65535 R/W 0x349B 13468 Thursday_TypeBands[9] 0 65535 R/W 0x349C 13469 Friday_TypeBands[0] 0 65535 R/W 0x349D 13470 Friday_TypeBands[1] 0 65535 R/W 0x349E 13471 Friday_TypeBands[2] 0 65535 R/W 0x349F 13472 Friday_TypeBands[3] 0 65535 R/W 0x34A0 13473 Friday_TypeBands[4] 0 65535 R/W 0x34A1 13474 Friday_TypeBands[5] 0 65535 R/W 0x34A2 13475 Friday_TypeBands[6] 0 65535 R/W 0x34A3 13476 Friday_TypeBands[7] 0 65535 R/W 0x34A4 13477 Friday_TypeBands[8] 0 65535 R/W 0x34A5 13478 Friday_TypeBands[9] 0 65535 R/W 0x34A6 13479 Saturday_TypeBands[0] 0 65535 R/W 0x34A7 13480 Saturday_TypeBands[1] 0 65535 R/W 0x34A8 13481 Saturday_TypeBands[2] 0 65535 R/W 0x34A9 13482 Saturday_TypeBands[3] 0 65535 R/W 0x34AA 13483 Saturday_TypeBands[4] 0 65535 R/W 0x34AB 13484 Saturday_TypeBands[5] 0 65535 R/W 0x34AC 13485 Saturday_TypeBands[6] 0 65535 R/W 0x34AD 13486 Saturday_TypeBands[7] 0 65535 R/W 0x34AE 13487 Saturday_TypeBands[8] 0 65535 R/W 0x34AF 13488 Saturday_TypeBands[9] 0 65535 R/W 0x34B0 13489 Sunday_TypeBands[0] 0 65535 R/W 0x34B1 13490 Sunday_TypeBands[1] 0 65535 R/W 0x34B2 13491 Sunday_TypeBands[2] 0 65535 R/W 0x34B3 13492 Sunday_TypeBands[3] 0 65535 R/W 0x34B4 13493 Sunday_TypeBands[4] 0 65535 R/W 0x34B5 13494 Sunday_TypeBands[5] 0 65535 R/W 0x34B6 13495 Sunday_TypeBands[6] 0 65535 R/W 0x34B7 13496 Sunday_TypeBands[7] 0 65535 R/W 0x34B8 13497 Sunday_TypeBands[8] 0 65535 R/W 0x34B9 13498 Sunday_TypeBands[9] 0 65535 R/W 0x34BA 13499 Cat_Datalog[0] 0 65535 R/W 0x34BB 13500 Cat_Datalog[1] 0 65535 R/W 0x34BC 13501 Cat_Datalog[2] 0 65535 R/W 0x34BD 13502 Cat_Datalog[3] 0 65535 R/W 0x34BE 13503 Cat_Datalog[4] 0 65535 R/W 0x34BF 13504 Cat_Datalog[5] 0 65535 R/W

86 CV062019-1 DIREC. DIREC. NAME MIN MAX DESCRIPTION TYPE 0x34C0 13505 Cat_Datalog[6] 0 65535 R/W 0x34C1 13506 Cat_Datalog[7] 0 65535 R/W 0x34C2 13507 Cat_Datalog[8] 0 65535 R/W 0x34C3 13508 Cat_Datalog[9] 0 65535 R/W