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KNX Iddero Verso User Manual

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Iddero Verso
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Summary of Contents for KNX Iddero Verso

  • Page 1 Iddero Verso User manual Version: .

  • Page 2: Table Of Contents

    Contents Introduction Product overview ........Connection ........First boot .
  • Page 3 Control algorithms ......Additional heating and cooling ..... . Multifunction inputs .
  • Page 4 Temperature probe ......Scenes ........General .

  • Page 5: Introduction

    Introduction Product overview Iddero Verso is an advanced room controller with a , " capacitive touch display designed for visualisation and control of KNX installations. It is available in white or black finish, and can be installed in portrait or landscape mode.

  • Page 6: First Boot

    7. Multifunction inputs connector 8. Replaceable RTC backup battery In order to bring up the device, connect the KNX bus to the KNX TP connector ( ), and a separate power supply ( - VDC) to the power supply connector ( ). Please refer to the product datasheet for detailed information on the power supply requirements.

  • Page 7: Programming Mode

    The Synchronization page will remain onscreen as long as the device has not yet been pro- grammed with application data from ETS. This page is also displayed if the KNX bus is discon- nected, or while the device is being reprogrammed.

  • Page 8: Functional Description

    2.1.1 Overview The Iddero Verso user interface is organized into pages. This includes both configurable function pages (also called “control pages”) and fixed function pages, such as the Menu or settings pages. The following diagram provides a high level view of the navigation structure:...
  • Page 9 The following screenshots show the main elements of the user interface in both portrait and landscape modes: The status bar ( ) at the top of the screen shows the name of the current page, and, optionally, the current time and temperature. The main area of the screen ( ) shows the icons, buttons, and user interface elements relative to the current menu or function page.

  • Page 10: Home Page

    2.1.2 Home page Upon startup, the Home page is shown automatically. The Home page can be configured to show the current date and time, and also the current temperature. Tapping anywhere on the screen will automatically switch to the “default page”. The “default page” can be the Menu page, the Favorites page, or any of the configured control pages.

  • Page 11: Menu Page

    2.1.3 Menu page The Menu page provides quick and easy access to all pages in the visualisation, including: • Any of the configured control pages (up to ) • The time schedules pages • The alarms pages • The Favorites page •...

  • Page 12: Control Pages

    2.1.4 Control pages Control pages contain up to configurable widgets, known as “components”. Available compo- nent types include the following: • Indicators • Indicators with alarm function • Push buttons • Double push buttons • Regulation bars • Rotary controls •...

  • Page 13: Favorites Page

    2.1.5 Favorites page In addition to the regular control pages, a “favorites” page allows end users to select up to eight commonly used components for quick access. Any of the configured components can be selected; see . . . Edit favorites page on page .
  • Page 14 • Clean screen: Temporarily disables the touch screen for cleaning. Use a so cloth to clean the screen. Do not use abrasive cleaners or detergents. 2.1.6.2 Preferences page The following buttons are available in this page: • Date & time: Allows setting the system date and time. •...
  • Page 15 – Project name, if parametrized in ETS – Firmware and application program version – Serial number of the device – Current KNX address • USB: Allows advanced customization options. See . Product customization on page Visualisation...
  • Page 16 • Defaults: Resets all settings to default values. Any user configuration will be discarded, including preferences, timer schedules, scene values, etc. The device will be le in the same state as if it had been just programmed from ETS. Note: The following settings are not a ected by this option: –...

  • Page 17: Page Layout

    2.1.7 Page layout Many of the pages in the user interface are arranged as a grid that can contain up to elements. The position of each element in the grid is shown in the following figure: For certain pages, including the Menu page, the configurable control pages, and the Favorites page, several layout options are available.
  • Page 18 1. Fixed positions 2. Flexible – center 3. Flexible – center + stretch horiz. 4. Flexible – center + stretch vert. 5. Flexible – center + stretch in both directions Visualisation...

  • Page 19: Access Control

    2.1.8 Access control Most pages in the user interface can be password protected with a -digit PIN code in order to prevent unauthorized access. Two access control schemes can be configured: Either one single password is used for all password-protected pages (one access level), or two di erent access levels are defined (“user” and “master”).

  • Page 20: Power Saving Mode

    2.1.10 Touch gestures Iddero Verso supports the use of touch gestures for quickly executing up to five preconfigured actions. Touch gestures can be used while the device is in power saving mode, and also in the Home screen. The following gestures are detected: •...

  • Page 21: Time Schedules

    A di erent action can be configured for each gesture. When the touch gesture is detected, the associated action will be executed and the device will play a short confirmation sound. Typical uses for touch gestures include switching on the lights on a dark room (the multitouch gesture makes this specially easy, as users just need to place their hand on top of the screen), or activating a “Welcome”...

  • Page 22: Timer Groups

    Each component enabled as a timer can be optionally added to one of four available “timer groups”. Timer groups can be locked (temporarily disabled) by sending a KNX telegram to a specific communication object. While a timer group is locked, any scheduled actions for components associated to that timer group will not run.
  • Page 23 Selecting one component from the list shows the available programs: Time schedules...
  • Page 24 The “Enable” checkbox allows to manually enable or disable any configured actions. Note that this checkbox will be disabled if the component belongs to a timer group that is currently locked. Selecting a program shows the program edit page, where all the parameters for the timer program can be edited.
  • Page 25 For this, the component provides two additional communication objects: A “trigger” object, and an “acknowledge” object. When the “trigger” communication object receives an alarm value from the bus (the “alarm condition”), the alarm is activated. This is signalled both visually, in the user interface, and via the built-in buzzer device.

  • Page 26: Alarm Visualisation

    2.3.2 Alarm visualisation All configured alarms, along with their current state, can be checked at any time from the “Alarms” page, which is reached from the Menu page. Alarm state is shown as follows: Symbols State ALARM state WAIT_ACK state (waiting for acknowledgement) WAIT_OFF state (waiting for deactivation of the alarm condition) OFF (idle) state From this page it is also possible to acknowledge individual alarms (by selecting each one and...

  • Page 27: Alarm Log

    2.3.3 Alarm log An internal alarm log holds information about the latest alarm events, including the event date and time. The alarm log can be reached from the alarms page (“Alarm log”) button. The following events are logged: Symbol Meaning The alarm is triggered The alarm is acknowledged, but the alarm condition persists (the “no alarm”...

  • Page 28: Thermostats

    2.4.1 Overview Iddero Verso implements two independent thermostats for ambient temperature regulation, and thus can be used to control two independent HVAC zones. Each thermostat can be config- ured for heating, cooling, or both heating and cooling. The thermostat continuously compares the current room temperature with the current temperature setpoint, and controls operation of the heating and/or cooling actuators using a variety of control methods.
  • Page 29 • Economy mode: If the room will not be used for a longer period of time (for example during the night) the temperature setpoint can be relaxed even further in order to achieve higher energy savings. • Building protection mode: In this mode, the room thermostat is out of service. The room will only be heated (or cooled) if the room temperature has reached values so low (or high) that there is a risk of the installation being damaged from freezing or overheating.
  • Page 30 Example Let’s assume the following configuration: • Thermostat is configured for cooling operation • Comfort setpoint is set to ºC • Standby setpoint is set to ºC If the thermostat is in initially in Comfort mode, and a value of ºC is written to the “Setpoint”...
  • Page 31 The base setpoint can be modified at any time through the “Base setpoint” communication object. The mode o set for each mode is configured via ETS parameters, and cannot be changed at runtime. The user o set allows additional adjustment of the current setpoint within a configurable range.

  • Page 32: Heating And Cooling

    Note Writing to the -byte mode object will always set the operating mode regardless of the value of the -bit objects, and vice-versa. When a new operating mode is selected, the current temperature setpoint will be set to that of the new operating mode.
  • Page 33 • If the thermostat is in cooling mode, it will automatically switch to Heating if the room temperature falls below the corresponding setpoint for Heating mode. • If the thermostat is in heating mode, it will automatically switch to Cooling if the room temperature rises above the corresponding setpoint for Cooling mode.

  • Page 34: Control Algorithms

    2.4.5 Control algorithms The main function of the Iddero Verso thermostats is to compare the current room temperature with the desired temperature (setpoint) and send appropriate commands to the KNX actuators (relay outputs, valve motors, etc.) that control the actual HVAC equipment.
  • Page 35 In Heating mode: • The output is switched on when the room temperature is less than or equal to Setpoint - lower hysteresis • The output is switched o when the room temperature is greater than or equal to Setpoint + upper hysteresis Lower Upper...
  • Page 36 Two-point control with hysteresis is easy to setup and can be used with regular switching actuators. However, it is also sub-optimal in terms of power consumption and comfort, due to the typical fluctuations of the room temperature around the setpoint which arise as a result of the simple control algorithm.
  • Page 37 current temperature and the desired setpoint) reaches ºC. If the di erence is only ºC ( % of the proportional band), the output will be set to %, and so on. • Integral time: The P-I control algorithm not only considers the current value of the error term at any given time, but also the “history”...
  • Page 38 2.4.5.3 P-I Control with PWM Output In the P-I Control algorithm described in the previous section (P-I Control with Continuous Output) the control variable that is periodically sent to the HVAC actuator is an analogue variable %). Thus, a proportional HVAC actuator is required. In some cases, however, it is desirable to benefit from the advantages of P-I control, while still being able to use standard (lower cost) switching actuators, such as relays and actuators for zone valves.

  • Page 39: Additional Heating And Cooling

    The Iddero Verso thermostats can be configured to control these auxiliary heating or cooling systems, if they are installed. For this, it is necessary to define a temperature range where the auxiliary system will kick in.

  • Page 40: Binary Inputs

    For a detailed description of the available configuration options for each type of input, see Inputs on page 2.5.1 Binary inputs 2.5.1.1 Push button inputs Push button inputs are typically connected to external push buttons, and can be configured to trigger di erent actions upon detection of “short” and “long” presses. For example, a push button input can be connected to a physical push button to control a light dimmer.

  • Page 41: Temperature Probe Inputs

    2.6.1 Internal vs. External scenes Many of the functions in Iddero Verso (such as touch gestures, or components used in the visualisation) can be configured to trigger so called “external” scenes. External scenes are managed by external KNX devices, which are in charge of storing the scene values, and recalling them when the scene is triggered.

  • Page 42: Recalling Scenes

    Scenes can be recalled and stored in a variety of ways: • When the user activates a scene push button or double push button component in the visualisation • Through the “Run/save internal scene” communication object • As a response to certain actions, such as touch gestures 2.6.3 Recalling scenes When the internal scene controller receives a request to recall a given scene, all scene actuators...

  • Page 43: Configuration

    Some parameters allow selecting an icon. These are labeled as [Icon selection]. For a complete list of available icons, please refer to the Iddero Verso icon list, available for download from www.iddero.com.

  • Page 44: Main

    Main 3.2.1 General Parameter name Values Project name [Text field] Display orientation Portrait / Landscape Enable date/time objects [Checkbox] Date/time sending period (x min, = Disabled) (If date/time objects are enabled) Thermostat [Checkbox] Thermostat [Checkbox] Inputs [Checkbox] Internal scenes [Checkbox] The Project name field can be used to enter a descriptive project name.

  • Page 45: Internal Temperature Sensor

    3.2.2 Internal temperature sensor Parameter name Values Calibration o set ..(x . ºC) Sending period s, = Disabled) Send when change is greater than (x . ºC, = Disabled) This section allows configuration of the internal temperature probe. The Calibration o set parameter defines the initial value of the calibration o set to be added to the measured temperature values.

  • Page 46: User Interface

    User Interface 3.3.1 General Parameter name Values Page [Checkbox] Page [Checkbox] Favorites [Checkbox] Default language English / Deutsch / Español / Français Show time in title bar No / Yes Show temperature in title bar No / Yes Show date/time in home page No / Yes Show temperature in home page No / Yes...

  • Page 47: Power Saving Mode

    Note When using an external probe connected to one of the multifunction inputs as a tempera- ture source, make sure to configure the input accordingly. Parameter Default page a er home page controls which page will be the first one shown imme- diately a er the Home page.

  • Page 48: Access Control

    3.3.3 Access control Parameter name Values Restricted access levels One level / Two levels Additional parameters for “One level”: Default password: - Digit ..- Digit ..- Digit ..- Digit ..Additional parameters for “Two levels”: Default User password: - Digit ...

  • Page 49: Main Menu

    3.3.4 Main menu Parameter name Values Menu page layout Fixed positions Flexible – center Flexible – center + stretch horizontally Flexible – center + stretch vertically Flexible – center + stretch in both directions Restrict access to Menu page [Access control options] Restrict access to Alarms page [Access control options] Restrict access to Timers page...

  • Page 50: Touch Gestures

    This section allows configuration of the Favorites page layout, and access control for the Fa- vorites and Edit Favorites page. 3.3.7 Touch gestures Parameter name Values Gesture: Up Disabled / Send binary value / Run scene Value to send (Only for “Send binary value”) Scene type External / Internal (Only for “Run scene”)

  • Page 51: Control

    Control Pages 3.4.1 General Parameter name Values Name [Text field] Icon [Icon selection] Page layout Fixed positions Flexible – center Flexible – center + stretch horizontally Flexible – center + stretch vertically Flexible – center + stretch in both directions Restrict page access [Access control options] Component...

  • Page 52: Components

    3.4.2 Components Parameter name Values Name [Text field] Component type Indicator Indicator with Alarm Push Button Double Push Button Regulation Bar Rotary Control Numeric Keypad Dimmer Control Shutter Control RGBW Control Temperature Control All components have a Name, which is displayed in the visualization. A Component type must also be selected.
  • Page 53 Several indicator types are supported. Each type is described separately. Binary Parameter name Values Text for /O [Text field] Icon for /O [Icon selection] Text for /On [Text field] Icon for /On [Icon selection] Binary indicators display the state of an associated binary (DPT ) object, Binary indicator. Both an icon and/or a text label can be associated to each of the two possible states of the communication object (“...
  • Page 54 Up to states can be defined. Each of these states is associated with a specific value of the communication object. For each state, it is possible to define both an icon and/or a text label. The icon and/or text will be shown when the corresponding value is received through the communication object.
  • Page 55 For the -byte float data type, it is possible to define the number of decimal places to show (Decimal places parameter). This can be set to , , , or Automatic; with the “Automatic” option, the number of decimal places to show is determined automatically by the device, depending the actual object value: •...
  • Page 56 Example A level bar with the data type set to -byte float can be used to represent temperature values. The “minimum bar value” and “maximum bar value” parameters can be used to define the range of temperatures to be represented in the level bar; for example, to ºC.
  • Page 57 Indicators with Alarm function are regular indicator components that in addition can be used to detect alarm or fault conditions. For this, two additional communication objects are enabled: Alarm trigger and Alarm acknowl- edge. The activation value for both objects is selected via the parameters Alarm trigger value and Alarm acknowledge value, respectively.
  • Page 58 Binary Parameter name Values Action Send Send Toggle Short , long Short , long Press , release Press , release Parameters for “Send ” and “Send ”: Button text [Text field] Button icon [Icon selection] Parameters for all other actions: Button text for /O [Text field] Button icon for /O...
  • Page 59 For actions that send a single fixed value (Send and Send ), it is possible to define both an icon and/or text label that will be shown in the push button component. For actions that can send two di erent values (all other actions), it is possible to define separate icons and/or text labels for the values “...
  • Page 60 By default, the push button will show the icon and/or text corresponding to the last option that was selected. However, if the Show fixed icon/text parameter is set to “Yes”, a fixed icon and/or text will be displayed on the component instead. Control Pages...
  • Page 61 Numerical Parameter name Values Data type -byte unsigned int -byte signed int Percentage -byte unsigned int -byte signed int -byte float Action Send fixed value Send A/B values on short/long press Parameters for “Send fixed value”: Value [See description] Button text [Text field] Button icon [Icon selection]...
  • Page 62 Scene Parameter name Values Scene type External / Internal Scene number Allow saving scene No / Yes Button text [Text field] Button icon [Icon selection] Scene push buttons allow activating or saving a scene. The scene can be external or internal (Scene type parameter).
  • Page 63 3.4.2.4 Double Push Button Parameter name Values Double push button type Binary Enumerated Numerical Scene Le button icon [Icon selection] Right button icon [Icon selection] Double push buttons combine the function of an Indicator component with an additional pair of buttons. The indicator displays the value of the associated “indicator”...
  • Page 64 When the le or right buttons are pressed, a fixed value will be sent to the bus through the Binary control communication object (DPT ). The specific values sent depend on the setting of the Action parameter. The following choices are available: •...
  • Page 65 Numerical Parameter name Values Action Le decrease, right increase Le increase, right decrease Data type -byte unsigned int -byte signed int Percentage -byte unsigned int -byte signed int -byte float Decimal places Automatic / / / (Only for “ -byte float” data type) Units [Text field] (Except for “Percentage”...
  • Page 66 The valid range for the Short step, Long step, Minimum value, Maximum value, and Initial value parameters equal the range of the selected data type. The default values for each parameter is listed next: • Short step: • Long step: •...
  • Page 67 3.4.2.5 Regulation Bar Parameter name Values Data type -byte unsigned int -byte signed int Percentage -byte unsigned int -byte signed int -byte float Decimal places Automatic / / / (Only for “ -byte float” data type) Units [Text field] (Except for “Percentage” data type) Minimum bar value [See description] Maximum bar value...
  • Page 68 Values are sent to the bus through an additional “control” communication object. Whenever a value is sent to the bus through the “control” object, the indicator display is also updated automatically. Note The interactive regulation bar only allows the selection of values within the range config- ured through the Minimum bar value and Maximum bar value parameters.
  • Page 69 3.4.2.6 Rotary Control Parameter name Values Data type -byte unsigned int -byte signed int Percentage -byte unsigned int -byte signed int -byte float Decimal places Automatic / / / (Only for “ -byte float” data type) Units [Text field] (Except for “Percentage” data type) Minimum dial value [See description] Maximum dial value...
  • Page 70 Values are sent to the bus through an additional “control” communication object. Whenever a value is sent to the bus through the “control” object, the indicator display is also updated automatically. Note The interactive rotary control only allows the selection of values within the range config- ured through the Minimum bar value and Maximum bar value parameters.
  • Page 71 3.4.2.7 Numeric Keypad Parameter name Values Data type -byte unsigned int -byte signed int Percentage -byte unsigned int -byte signed int -byte float Decimal places Automatic / / / (Only for “ -byte float” data type) Units [Text field] (Except for “Percentage” data type) Minimum input value [See description] Maximum input value...
  • Page 72 Values are sent to the bus through an additional “control” communication object. Whenever a value is sent to the bus through the “control” object, the indicator display is also updated automatically. Three additional parameters are defined: The Minimum input value and Maximum input value parameters limit the range of valid values that can be entered through the numeric keypad.
  • Page 73 3.4.2.8 Dimmer Control Parameter name Values Dimmer type Relative dimmer / Absolute dimmer Action Le o , right on / Le on, right o Dimming step . % / . % / . % / (Only for relative dimmers) Le button icon [Icon selection] Right button icon [Icon selection]...
  • Page 74 Relative dimmers A long press on any of the buttons starts an increase / decrease light intensity operation. A dimming command will be sent to the dimmer actuator through the Relative dimming control communication object, requesting that the light intensity is increased (or decreased) by the amount defined by the Dimming step parameter.
  • Page 75 3.4.2.9 Shutter Control Parameter name Values Shutter actuator type Basic / With absolute positioning Action Le down, right up / Le up, right down Le button icon [Icon selection] Right button icon [Icon selection] Shutter controls are specialized components that can be used to control shutter or blind actua- tors.
  • Page 76 Basic shutter actuators A long press on any of the buttons starts a move up or move down operation through the Shutter up/down communication object. This operation will ultimately open or close the shutter completely, unless it is interrupted. Shutter actuators with absolute positioning A long press on any of the buttons will bring up a window with a regulation bar.
  • Page 77 RGBW Controls are specialized components that can be used to control both RGB and RGBW (RGB + White) LED dimmer actuators. The RGB object type parameter sets whether the RGBW control should use three separate -byte R, G, B communication objects (one per channel), or one combined -byte RGB object. The Use white channel parameter selects whether a white channel should also be controlled, in addition to the Red, Green, and Blue channels.
  • Page 78 While the color selection window is open: • Use the “view switch” button ( ) to toggle between the “color wheel” and “color bars” views. This is only available if white channel control is not enabled; if the component is configured to control a white channel, the color bars view is always used.
  • Page 79 3.4.2.11 Temperature Control Parameter name Values Temperature control type Absolute Relative (o set control) Relative (binary stepping) Le button icon [Icon selection] Right button icon [Icon selection] Temperature controls are specialized components that can be used to adjust a temperature value, for example the setpoint in a thermostat.
  • Page 80 The le and right buttons allow selection of an absolute temperature value that will be sent to the bus. It is possible to configure the minimum and maximum temperature values that can be selected, as well as the increment or decrement that is applied on a short or long press of the buttons.
  • Page 81 When new values are received from the bus through the Temperature indicator object, the internal temperature o set value remains unchanged, and the internal base temperature value is updated so that the resulting absolute temperature matches the received value. Additionally, a Temperature o set status object is available in order to externally update the internal temperature o set value.
  • Page 82 Note If timer groups shall be used, make sure to enable the corresponding communication objects. See . . Timer groups on page Timer function support The timer function is supported for most component types. Component type Timer function support Additional notes Indicator Not applicable Indicator with Alarm...

  • Page 83: Thermostats

    Thermostats The Thermostat and Thermostat configuration sections will be available if the corresponding functions have been enabled in the Main configuration section. Both thermostats are completely identical in terms of functionality and configuration. For a detailed functional description, see . Thermostats on page 3.5.1 General...
  • Page 84 In both cases, the current thermostat function (heating or cooling) is available at any time through the Heating/Cooling mode (status) communication object. Also, the Heating / Cooling mode a er programming parameter defines the initial mode (either “Heating” or “Cooling”) a er an ETS download. Thermostat on/off...

  • Page 85: Room Temperature

    3.5.2 Room Temperature Parameter name Values Room temperature Temperature Source % Temp. Source - % Temp. Source % Temp. Source - % Temp. Source % Temp. Source - % Temp. Source Temperature Source Internal sensor Temperature Probe IN Temperature Probe IN Temperature Probe IN Temperature Probe IN External object...
  • Page 86 The Setpoint method parameter determines which method will be used to define setpoints for the thermostat operating modes: Either the Absolute Setpoints method, or the Relative Setpoints method. . . Setpoints on page for a detailed description of operating modes, absolute setpoints, and relative setpoints.

  • Page 87: Operating Modes

    Relative Setpoints Parameter name Values Base setpoint a er programming (ºC) User o set (min.) ... - ... (ºC) User o set (max.) ..(ºC) Comfort o set (heating) ... - ... (ºC) Standby o set (heating) ... - ... (ºC) Economy o set (heating) ...

  • Page 88: Heating

    3.5.5 Heating This section is only shown if the thermostat is setup for heating, or for both heating and cool- ing. Parameter name Values Control method Two-point control / P-I control The Control method parameters determines the algorithm to use for thermostatic control: Either two-point control with hysteresis (Two-point control) or proportional-integral control (P-I control).
  • Page 89 P-I control Parameter name Values Output type Continuous ( byte) / PWM ( bit) Cycle time (x min) Control parameters Custom parameters Warm water heating ( K/ min) Floor heating ( K/ min) Electric heating ( K/ min) Convection heating ( K/ min) Proportional band ...

  • Page 90: Cooling

    3.5.6 Cooling This section is only shown if the thermostat is setup for cooling, or for both heating and cooling. The available configuration parameters and communication objects are equivalent to the parameters and objects described in the Heating configuration section, except that they apply to Cooling operation instead.
  • Page 91 3.6.2 Binary - Push button Parameter name Values Long press time (x . s) Short press action None Send binary values Dimmer control Shutter control Scene control Long press action Same options as for Short press action Enable locking object [Checkbox] Binary inputs in push button mode can trigger di erent actions for “short press”...
  • Page 92 Dimmer control Parameter name Values Operation Alternate on/o Brighter Darker Alternate brighter/darker Dimming step . % / . % / . % / (Only for dimming operations) If the “Dimmer control” action is selected, the Operation parameter determines the exact operation to perform: A switching operation (on, o , or alternate between on and o ) or a dimming operation (brighter, darker, or alternate between brighter and darker).

  • Page 93: Binary - Switch

    Scene control Parameter name Values Scene operation Recall scene / Save scene Scene number Scene type External / Internal If the “Scene control” action is selected, a specific scene will be recalled or saved when the action is triggered, depending on the Scene operation parameter. The Scene number and Scene type parameter select the scene that will be a ected by this operation.
  • Page 94 3.6.4 Temperature probe Parameter name Values Calibration o set ..(x . ºC) Sending period s, = Disabled) Send when change is greater than (x . ºC, = Disabled) Alarm function Disabled High temperature alarm Low temperature alarm High/low temperature alarms High temperature alarm threshold (ºC) (If high temperature alarm is enabled)
  • Page 95 Up to scene actuators can be enabled through the corresponding checkboxes. The configura- tion parameters for each scene actuators are described in the next section. The parameter Send read requests at startup determines whether read requests will be sent at application startup (and a er bus voltage recovery) for the actuators’...
  • Page 96 Data type Value range Binary (o ) / (on) -byte unsigned int -byte signed int Percentage % ... -byte unsigned int -byte signed int -byte float -byte RGB color ... # Each scene actuator can participate in up to di erent scenes, identified through the Scene #X number parameters.
  • Page 97 In order to upload the images to the device: . Copy the images to the root directory of a FAT -formatted USB flash drive . Connect the USB flash drive to the Iddero Verso (use the Iddero USB extension cable, part number E-KUSB ) .
  • Page 98 Firmware updates If you need to update the firmware of the Iddero Verso touch panel, you can do so through the device’s USB connection. First, you will need to download the firmware release that you want to use. This will typically be a file with .bin extension.
  • Page 99 Annex Communication Objects Miscellaneous Num. Name Type Flags [Misc] Date DPT_Date CTRWU [Misc] Time DPT_TimeOfDay CTRWU [Misc] Internal temperature DPT_Value_Temp CTR-- [Misc] External temperature DPT_Value_Temp C--WU [Misc] Run/save external scene DPT_SceneControl CT--- [Misc] Wake up DPT_Trigger C--W- [Misc] Timer group lock DPT_Enable C--W- [Misc] Timer group lock...
  • Page 100 Components Num. Name Type Flags [Cx.y] Binary indicator DPT_Switch C--WU [Cx.y] Enumerated indicator DPT_Value_ _Ucount C--WU [Cx.y] -byte unsigned int indicator DPT_Value_ _Ucount C--WU [Cx.y] -byte signed int indicator DPT_Value_ _Count C--WU [Cx.y] Percentage indicator DPT_Scaling C--WU [Cx.y] -byte unsigned int indicator DPT_Value_ _Ucount C--WU [Cx.y] -byte signed int indicator...
  • Page 101 Thermostats Num. Name Type Flags [Tx] External temperature source DPT_Value_Temp C--WU [Tx] Heating/Cooling mode DPT_Heat_Cool C--W- [Tx] Heating/Cooling mode (status) DPT_Heat_Cool CTR-- [Tx] On/O DPT_Switch C--W- [Tx] On/O (status) DPT_Switch CTR-- [Tx] Operating mode DPT_HVACMode C--W- [Tx] Operating mode: Comfort (switch) DPT_Switch C--W- [Tx] Operating mode: Comfort (trigger)
  • Page 102 Multifunction inputs Num. Name Type Flags [INx] Short press: Binary value DPT_Switch CT--- [INx] Short press: Light on/o DPT_Switch CT--- [INx] Short press: Dimmer control DPT_Control_Dimming CT--- [INx] Short press: Shutter up/down DPT_UpDown CT--- [INx] Short press: Shutter step/stop DPT_Step CT--- [INx] Output value DPT_Switch...
  • Page 103 © INGELABS, S.L. All rights reserved. Iddero is a registered trademark of INGELABS, S.L. KNX is a registered trademark of the KNX Association cvba. All other product, service, and company names may be trademarks or registered trademarks of their respective owners.

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