SPLUSS_RYMASKON_2XX_MOD_V2
SPLUSS_RYMASKON_2XX_MOD_V2 (FB)
SPLUSS_RYMASKON_2XX_MOD_V2 (FB)FUNCTION_BLOCK SPLUSS_RYMASKON_2XX_MOD_V2
Short description
Control of the device series Rymaskon 2XX by S+S Regeltechnik Typical application: room control unit in one zone\
Representation
Interfaces
Inputs
xEn
BOOL
TRUE
Enable / disable communication (TRUE = enabled)
byUnitId
BYTE
0
Address of the device ( 0 .. 255 )
xUpdateActual
BOOL
FALSE
Update of actual values ( on each rising edge )
xUpdateStates
BOOL
FALSE
Update of states ( on each rising edge )
xUpdateSetp
BOOL
FALSE
Update of setpoints ( on each rising edge )
xUpdateConfig
BOOL
FALSE
Update of configuration ( on each rising edge )
rSetpTempNight
REAL
18.0
Room setpoint temperature in night mode ( degrees Celsius )
rSetpTempBaseDay
REAL
22.0
Base - room setpoint temperature in day mode ( degrees Celsius )
rSetpFanLevelNight
REAL
1.0
Set fan level in night mode
rSetpFanLevelBaseDay
REAL
2.0
Base - set fan level in day mode ( degrees Celsius )
rSetpDispFanLev
REAL
0.0
Setpoint for the display of the fan level ( bargraph - right )
rSetpDispHCLev
REAL
0.0
Setpoint for the display of heating/cooling power ( bargraph - left )
xDsplSymbPresen
BOOL
FALSE
Display of the symbols for presence ( = TRUE ) or absence ( = FALSE )
xDsplSymbHeat
BOOL
FALSE
Display of the symbol for heating operation ( TRUE = display )
xDsplSymbCool
BOOL
FALSE
Display of the symbol for cooling operation ( TRUE = display )
xDsplSymbFan
BOOL
FALSE
Display of the symbol for the fan ( TRUE = display )
xDsplSymbAlWindo
BOOL
FALSE
Display of the symbol for window - alarm ( TRUE = display )
xDsplSymbAlRainf
BOOL
FALSE
Display of the symbol for rain - alarm ( TRUE = display )
xDsplSymbAlStorm
BOOL
FALSE
Display of the symbol for wind - alarm ( TRUE = display )
xDsplSymbAlAlarm
BOOL
FALSE
Display of the symbol for alarm ( TRUE = display )
xDsplSymbNotDrop
BOOL
FALSE
Display of the symbol for the crossed-out drop ( TRUE = display )
xDsplSymbClock
BOOL
FALSE
Display of the symbol for the clock ( TRUE = display )
xBuzzer_Alarm
BOOL
FALSE
Enable / disable the alarm tone ( buzzer ) ( TRUE = enabled )
xResetDevice
BOOL
FALSE
Reset of the device ( on each rising edge )
Outputs
rSetpTemp
REAL
Set temperature ( degrees Celsius ) ( corresponds to the room setpoint temperature displayed on the RBG ) ( = register 384 )
rSetpTempOff
REAL
Set temperature offset ( Kelvin ) ( calculation: rSetpTempOff = rSetpTemp - rSetpTempBase )
rSetpTempMin
REAL
Absolute minimum - set temperature ( degrees Celsius ) ( calculation depending on operating mode night / day )
rSetpTempMax
REAL
Absolute maximum - set temperature ( degrees Celsius ) ( calculation depending on operating mode night / day )
rSetpFanLevel
REAL
Set fan level ( corresponds to the set fan level displayed on the RBG ) ( = register 385 )
rSetpFanLevelMin
REAL
Absolute minimum - set fan level ( calculation depending on operating mode night / day )
rSetpFanLevelMax
REAL
Absolute maximum - set fan level ( calculation depending on operating mode night / day )
rRoomTemp
REAL
Room temperature in XXX.X degrees Celsius
rExtTemp
REAL
External temperature in XXX.X degrees Celsius
rRelHumidity
REAL
Relative room humidity in XXX.X %
rDewPointTemp
REAL
Dew point temperature in XXX.X degrees Celsius ( The temperature and relative humidity offsets are not considered )
rSupplyVolt
REAL
Supply voltage in XXX.X volts
rCpuTemp
REAL
CPU temperature in XXX.X degrees Celsius
rCpuVolt
REAL
CPU voltage in XXX.X volts
sSerialNum
STRING
Serial number of the device
sProductCode
STRING
Product code of the device ( e.g. ‘21X’ )
xConfig
BOOL
State of the device configuration [ TRUE = configuration active ]
xButtonPresence
BOOL
Actuation of the presence button ( RBG ( = room control unit ): RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
xButtonTempUp
BOOL
Actuation of the button to increase the setpoint temperature ( RBG: pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
xButtonTempDown
BOOL
Actuation of the button to decrease the setpoint temperature ( RBG: pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
xButtonFanUp
BOOL
Actuation of the button to increase the fan level ( RBG: RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
xButtonFanDown
BOOL
Actuation of the button to decrease the fan level ( RBG: RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
xButtonLightOn
BOOL
Actuation of the button to activate the lighting ( RBG: RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
xButtonLightOff
BOOL
Actuation of the button to deactivate the lighting ( RBG: RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
xButtonShadeUp
BOOL
Actuation of the button to open the shading ( RBG: RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
xButtonShadeDown
BOOL
Actuation of the button to close the shading ( RBG: RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
xStateExtBut0
BOOL
State of external input 0
xStateExtBut1
BOOL
State of external input 1
xStateExtBut2
BOOL
State of external input 2
xStateExtBut3
BOOL
State of external input 3
xAlarm
BOOL
Collective fault (TRUE = fault)
xAlarmCom
BOOL
Collective fault - communication (TRUE = fault)
eErrorCodeCom
ModbusErrorCode
Error code - communication (0 = no error)
eErrorCodeDev
SPLUSS_ERROR_CODE_TYPE_2
Error code - device (0 = no error)
xBusy
BOOL
Communication indicator (TRUE = communication)
Inputs and outputs
ModbusClient
ModbusClientBase
Client of the device
Setpoints / parameters
tTimeUpdateActual
TIME
T#3s
Update interval for the operations influenced by the input ‘xUpdateActual’ ( 0 = no automatic update, > 0 cyclical update )
tTimeUpdateStates
TIME
T#500ms
Update interval for the operations influenced by the input ‘xUpdateStates’ ( 0 = no automatic update, > 0 cyclical update )
tTimeUpdateSetp
TIME
T#0s
Update interval for the operations influenced by the input ‘xUpdateSetp’ ( 0 = no automatic update, > 0 cyclical update )
tTimeUpdateConfig
TIME
T#0s
Update interval for the operations influenced by the input ‘xUpdateConfig’ ( 0 = no automatic update, > 0 cyclical update )
tPCTimeLong
TIME
T#60s
Interval duration of the scan process to determine the product code ( long duration, device recognized )
tPCTimeShort
TIME
T#5s
Interval duration of the scan process to determine the product code ( short duration, device not yet recognized )
tTimeButtonPulse
TIME
T#1s
Duration of the pulse on the output if the associated button was pressed briefly
rSetpTempOffMin
REAL
-3.0
Absolute minimum of the offset of the set temperature in day mode ( Kelvin )
rSetpTempOffMax
REAL
3.0
Absolute maximum of the offset of the set temperature in day mode ( Kelvin )
rSetpFanLevelMinPara
REAL
0.0
Set value - absolute minimum - set fan level in day mode ( integer setpoints only !!! )
rSetpFanLevelMaxPara
REAL
3.0
Set value - absolute minimum - set fan level in day mode ( integer setpoints only !!! )
wPinCodeAdmin
WORD
7458
PIN code for the administrator level ( 0 = no code, 0001 - 9999 valid code )
wPinCodeEndUser
WORD
3333
PIN code for the user level ( 0 = no code, 0001 - 9999 valid code )
eColorScheme
SPLUSS_LCD_COLOR_SCHEME
SPLUSS_LCD_COLOR_SCHEME.WHITE
Number of the color scheme ( 1 = white, 1-7 = valid numbers )
xDispBargrFanLev
BOOL
FALSE
Enable / disable the display of the right bargraph ( FALSE = no display )
xDispBargrHCLev
BOOL
FALSE
Enable / disable the display of the left bargraph ( FALSE = no display )
ePresenceOutpMode
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE.PULSE
Operating mode of the output 'xButtonPresence' ( RAW, PULSE ). Please operate only in RAW
eFanOutpMode
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE.PULSE
Operating mode of the outputs ‘xButtonFanUp’ and ‘xButtonFanDwn’ ( RAW, PULSE )
eLightOutpMode
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE.PULSE
Operating mode of the outputs ‘xButtonLightOn’ and ‘xButtonLightOff’ ( RAW, PULSE )
eShadeOutpMode
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE.RAW
Operating mode of the outputs ‘xButtonShadeUp’ and ‘xButtonShadeDwn’ ( RAW, PULSE )
eDisplAutoDim
SPLUSS_RYMASKON_2XX_DISPL_AUTO_DIM
SPLUSS_RYMASKON_2XX_DISPL_AUTO_DIM.PERCENT_50
Definition of the functionality 'dim display' after 2 minutes without button operation ( OFF, 50% brightness, 10% brightness, 0% brightness )
xVisuPresence
BOOL
FALSE
Actuation of the presence button in the visualization
xVisuTempUp
BOOL
FALSE
Actuation of the button to increase the setpoint temperature in the visualization
xVisuTempDown
BOOL
FALSE
Actuation of the button to decrease the setpoint temperature in the visualization
xVisuFanUp
BOOL
FALSE
Actuation of the button to increase the fan level in the visualization
xVisuFanDown
BOOL
FALSE
Actuation of the button to decrease the fan level in the visualization
xVisuLightOn
BOOL
FALSE
Actuation of the button to activate the lighting in the visualization
xVisuLightOff
BOOL
FALSE
Actuation of the button to deactivate the lighting in the visualization
xVisuShadeUp
BOOL
FALSE
Actuation of the button to open the shading in the visualization
xVisuShadeDown
BOOL
FALSE
Actuation of the button to close the shading in the visualization
Function description
General
This function block controls room control units of the Rymaskon 2XX device series by S+S Regeltechnik via Modbus communication. Alternatively, room control units from Loytec can also be used. Detection of the different types ( 21x - 26x ) of room control units is performed automatically. After detection, the room control units are automatically configured sensibly according to their type. For various outputs ( xButtonXXX ) two operating modes are also provided ( RAW, PULSE ) ( valid only when operated via the room control unit ) The output 'xButtonPresence' may only be operated in PULSE mode.\
Detection of the product code ( of the device type )
The Modbus address of the room control unit for communication with this function block is set at the input ‘byUnitId’ in the range 0 - 255. Immediately after switching on the controller, a request telegram for feedback of the product code and the serial number is sent to the room control unit at the interval ‘tPCTimeShort’ ( default: 5s ). After receiving a response telegram, the product code is checked and evaluated. A valid product code is output at the output ‘sProductCode’. Furthermore, the serial number of the room control unit is output at the output ‘sSerialNum’. The configuration of the room control unit is triggered if the serial number has changed ( directly after switching on the CPU or after replacing the room control unit ). After detection of a valid product code, the interval for sending a request telegram for feedback of the product code and the serial number is increased to ‘tPCTimeLong’ ( default: 60s ). If ten consecutive response telegrams with an incorrect product code or no response telegram at all are received within this interval, the detection cycle is executed again at the interval ‘tPCTimeShort’. \
Operating modes ( NIGHT / DAY )
Two operating modes are distinguished: night mode and day mode. The determination is made via the state of the input 'xDsplSymbRPresen' ( input = FALSE = night mode, input = TRUE = day mode ). Night mode - room setpoint temperature When switching from day mode to night mode, the state at the input 'rSetpTempNight' is transmitted to the RBG and displayed there. In addition, the absolute limits ( MIN / MAX ) for the room setpoint temperature are also set to the state at the input 'rSetpTempNight', so that no adjustment of the room setpoint temperature is possible on the RBG. Any change of the state at the input 'rSetpTempNight' is transmitted to the RBG during night mode. Night mode - setpoint - fan level When switching from day mode to night mode, the state at the input 'rSetpFanLevelNight' is transmitted to the RBG and displayed there. In addition, the absolute limits ( MIN / MAX ) for the setpoint fan level are also set to the state at the input 'rSetpFanLevelNight', so that no adjustment of the setpoint fan level is possible on the RBG. Any change of the state at the input 'rSetpFanLevelNight' is transmitted to the RBG during night mode. Day mode - room setpoint temperature Case 1 - There is not yet a valid room setpoint temperature in day mode When switching from night mode to day mode, the state at the input 'rSetpTempBaseDay' is transmitted to the RBG and displayed there. In addition, the absolute limits ( MIN / MAX ) for the room setpoint temperature are calculated ( MIN = 'rSetpTempBaseDay' + 'rSetpTempOffMin', MAX = 'rSetpTempBaseDay' + 'rSetpTempOffMax' ) and also transmitted to the RBG, so that adjustment of the room setpoint temperature on the RBG within the range MIN - MAX is possible. Any change of the states at the input 'rSetpTempBaseDay', the parameter 'rSetpTempOffMin' and 'rSetpTempOffMax' is transmitted to the RBG during day mode. Case 2 - There is already a valid room setpoint temperature in day mode When switching from night mode to day mode, the previously valid room setpoint temperature is transmitted to the RBG and displayed there. In addition, the absolute limits ( MIN / MAX ) for the room setpoint temperature are calculated ( MIN = 'rSetpTempBaseDay' + 'rSetpTempOffMin', MAX = 'rSetpTempBaseDay' + 'rSetpTempOffMax' ) and also transmitted to the RBG, so that adjustment of the room setpoint temperature on the RBG within the range MIN - MAX is possible. Any change of the states at the input 'rSetpTempBaseDay', the parameter 'rSetpTempOffMin' and 'rSetpTempOffMax' is transmitted to the RBG during day mode. In both cases the room setpoint temperature in day mode can be increased or decreased within the absolute limits with a step size of 0.5 K ( fixed ) ( buttons TB0 and TB4 and additionally parameters 'xVisuTempUp' and 'xVisuTempDown' ). Day mode - setpoint fan level Case 1 - There is not yet a valid setpoint fan level in day mode When switching from night mode to day mode, the state at the input 'rSetpFanLevelBaseDay' is transmitted to the RBG and displayed there. In addition, the absolute limits ( MIN / MAX ) for the setpoint fan level are calculated ( MIN = 'rSetpFanLevelMinPara', MAX = 'rSetpFanLevelMaxPara' ) and also transmitted to the RBG, so that adjustment of the setpoint fan level on the RBG within the range MIN - MAX is possible. Any change of the states at the input 'rSetpFanLevelBaseDay', the parameter 'rSetpFanLevelMinPara' and 'rSetpFanLevelMaxPara' is transmitted to the RBG during day mode. Case 2 - There is already a valid setpoint fan level in day mode When switching from night mode to day mode, the previously valid setpoint fan level is transmitted to the RBG and displayed there. In addition, the absolute limits ( MIN / MAX ) for the room setpoint temperature are calculated ( MIN = 'rSetpFanLevelMinPara', MAX = 'rSetpFanLevelMaxPara' ) and also transmitted to the RBG, so that adjustment of the room setpoint temperature on the RBG within the range MIN - MAX is possible. Any change of the states at the input 'rSetpFanLevelBaseDay', the parameter 'rSetpFanLevelMinPara' and 'rSetpFanLevelMaxPara' is transmitted to the RBG during day mode. In both cases the setpoint fan level in day mode can be increased or decreased within the absolute limits with a step size of 1.0 ( fixed ) ( buttons TB1 and TB5 and additionally parameters 'xVisuFanUp' and 'xVisuFanDown' ). Outputs At the output 'rSetpTemp' the current room setpoint temperature is always displayed, regardless of operating mode. At the output 'rSetpTempOff' the current deviation from the base room setpoint temperature is always displayed, regardless of operating mode. At the output 'rSetpTempMin' the current absolute minimum of the room setpoint temperature is always displayed, regardless of operating mode. At the output 'rSetpTempMax' the current absolute maximum of the room setpoint temperature is always displayed, regardless of operating mode. At the output 'rSetpFanLevel' the current setpoint fan level is always displayed, regardless of operating mode. At the output 'rSetpFanLevelMin' the current absolute minimum of the setpoint fan level is always displayed, regardless of operating mode. At the output 'rSetpFanLevelMax' the current absolute maximum of the setpoint fan level is always displayed, regardless of operating mode. Outputs 'xButtonTempUp' and 'xButtonTempDown' The outputs are influenced by operating the buttons TB0 and TB4 on the RBG and additionally by the inputs for visualization ( 'xVisuTempUp' and 'xVisuTempDown' ) ( OR linkage ). Each short press of button TB0 ( increase temperature ) and TB4 ( decrease temperature ) triggers a pulse of duration 'tTimeButtonPulse' ( default: 1s ) on the corresponding outputs 'xButtonTempUp' and 'xButtonTempDown'. \
Outputs ‘xButtonXXX’ ( not for ‘xButtonTempUp’ and ‘xButtonTempDown’ )
The outputs 'xButtonXXX' ( xButtonPresence, xButtonFanUp, xButtonFanDown, xButtonLightOn, xButtonLightOff, xButtonShadeUp and xButtonShadeDown ) are influenced by operating the corresponding buttons on the RBG and additionally by the inputs for visualization ( 'xVisuXXX' ) ( OR linkage ). They can be operated on the RBG in two different operating modes ( selection via the parameters 'ePresenceOutpMode', 'eFanOutpMode', 'eLightOutpMode' and 'eShadeOutpMode' ). The selection of the operating mode is always made jointly for both outputs of a function. Operating modes RAW The outputs immediately adopt the states of their assigned buttons ( button pressed >>> output = TRUE ). The arrangement of the buttons may differ depending on the type of the room control device. If the buttons for the desired function are not present on the room control device, the assigned outputs remain inactive ( = FALSE ). PULSE Each short press of the button triggers a pulse of duration 'tTimeButtonPulse' ( default: 1s ) on the corresponding output. \
Display of the fan level
The display of the fan level ( selected via the input ‘rSetpDispFanLev’ in the range 0.0 - 7.0 ) is shown by the right bargraph on the display of the room control unit, if the display is generally enabled ( parameter ‘xDispBargrFanLev’ = TRUE ).\
rSetpDispFanLev
Display
Notes
0
Level 0 - Manual
1
Level 1 - Manual
2
Level 2 - Manual
3
Level 3 - Manual
4
Level 0 - Automatic
5
Level 1 - Automatic
6
Level 2 - Automatic
7
Level 3 - Automatic
Display of heating/cooling power
The display of heating/cooling power ( selected via the input ‘rSetpDispHCLev’ in the range 0.0 - 7.0 ) is shown by the left bargraph on the display of the room control unit, if the display is generally enabled ( parameter ‘xDispBargrHCLev’ = TRUE ).\
rSetpDispHCLev
Display
Notes
0
Level 0 - Manual
1
Level 1 - Manual
2
Level 2 - Manual
3
Level 3 - Manual
4
Level 0 - Automatic
5
Level 1 - Automatic
6
Level 2 - Automatic
7
Level 3 - Automatic
Display of symbols
The display of the desired symbols on the display of the room control unit is triggered by the TRUE state at the assigned input. ( Example: xDsplSymbHeat = TRUE causes the static display of the ‘heating’ symbol on the display ). Inputs with the name suffix ‘–Al–’ cause a slowly blinking representation of the associated symbol. ( Example: xDsplSymbAlStorm = TRUE causes the slowly blinking display of the ‘windsock’ symbol on the display ).\
Resetting the room control unit
The room control unit is reset on each rising edge at the input ‘xResetDevice’. \
Reset the room control unit to factory settings
Press buttons TB0, TB3 and TB4 simultaneously. Enter PIN: 7458 In the last menu item you will find the start for the factory reset ( observe sequence ) \
Configuration of the display behavior
After a period of about 1 minute without button operation the display returns to the first display value ( = room temperature ) ( fixed ) After a period of about 2 minutes without button operation the brightness of the display changes according to the current setting of the parameter eDisplAutoDim.\
Control of the piezo buzzer in the room control unit
The static TRUE state at the input ‘xBuzzer_Alarm’ triggers an interrupted alarm tone with frequency 800 Hz in the room control unit. \
Display of faults
The display of faults is shown at the collective output ‘xAlarm’ ( = TRUE ). It includes communication faults ( time delay: gc_Parameters.gc_tOnDelayxAlarmCom, default = 60s ) and device faults ( immediate ). At the output ‘eErrorCodeCom’ an explanatory text for the cause is available in case of a communication error. It always shows the cause of the last communication error. At the output ‘eErrorCodeDev’ an explanatory text for the cause is available in case of a device error.\
Output ‘xConfig’
The output signals the configuration of the device ( = TRUE ) after it has been recognized ( see detection of the product code )\
Output ‘wDeviceMode’
The numeric value at this output indicates the current representation of the room control unit ( menu level, displayed content, password level, etc. ) It corresponds to the content of Modbus register 101, see the device documentation for this.\
Update of the outputs for button actuations ( 9 outputs )
The state of the output ‘xButtonXXX’ is formed from the OR linkage of the state due to operations on the room control unit ( ‘_xButtonXXX’ ) and due to operation in the visualization ( ‘xVisuXXX’ ).
Codesys
InOut:
Input
xEn
BOOL
TRUE
Enable / disable communication (TRUE = enabled)
Input
byUnitId
BYTE
0
Address of the device ( 0 .. 255 )
Input
xUpdateActual
BOOL
FALSE
Update of actual values (on every rising edge )
Input
xUpdateStates
BOOL
FALSE
Update of the states ( on every rising edge )
Input
xUpdateSetp
BOOL
FALSE
Update of setpoints (on every rising edge )
Input
xUpdateConfig
BOOL
FALSE
Update of the configuration ( on every rising edge )
Input
rSetpTempNight
REAL
18.0
Setpoint temperature - night mode (degrees Celsius)
Input
rSetpTempBaseDay
REAL
22.0
Base setpoint temperature - day mode (degrees Celsius)
Input
rSetpFanLevelNight
REAL
1.0
Set fan level - night mode ( integer setpoints only !!! )
Input
rSetpFanLevelBaseDay
REAL
2.0
Base - set fan level - day mode ( integer setpoints only !!! )
Input
rSetpDispFanLev
REAL
0.0
Setpoint for the display of the fan level ( bargraph - right )
Input
rSetpDispHCLev
REAL
0.0
Setpoint for the display of heating/cooling power ( bargraph - left )
Input
xDsplSymbPresen
BOOL
FALSE
Display of the symbols for presence ( = TRUE ) or absence ( = FALSE ) ( FALSE = night mode, TRUE = day mode )
Input
xDsplSymbHeat
BOOL
FALSE
Display of the symbol for heating operation ( TRUE = display )
Input
xDsplSymbCool
BOOL
FALSE
Display of the symbol for cooling operation ( TRUE = display )
Input
xDsplSymbFan
BOOL
FALSE
Display of the symbol for the fan ( TRUE = display )
Input
xDsplSymbAlWindo
BOOL
FALSE
Display of the symbol for window - alarm ( TRUE = display )
Input
xDsplSymbAlRainf
BOOL
FALSE
Display of the symbol for rain - alarm ( TRUE = display )
Input
xDsplSymbAlStorm
BOOL
FALSE
Display of the symbol for wind - alarm ( TRUE = display )
Input
xDsplSymbAlAlarm
BOOL
FALSE
Display of the symbol for alarm ( TRUE = display )
Input
xDsplSymbNotDrop
BOOL
FALSE
Display of the symbol for the crossed-out drop ( TRUE = display )
Input
xDsplSymbClock
BOOL
FALSE
Display of the symbol for the clock ( TRUE = display )
Input
xBuzzer_Alarm
BOOL
FALSE
Enable / disable the alarm tone ( buzzer ) ( TRUE = enabled )
Input
xResetDevice
BOOL
FALSE
Reset of the device ( on each rising edge )
Inout
ModbusClient
ModbusClientBase
Client of the device
Output
rSetpTemp
REAL
Set temperature ( degrees Celsius ) ( corresponds to the room setpoint temperature displayed on the RBG ) ( = register 384 )
Output
rSetpTempOff
REAL
Set temperature offset ( Kelvin ) ( calculation: rSetpTempOff = rSetpTemp - rSetpTempBase )
Output
rSetpTempMin
REAL
Absolute minimum value - setpoint temperature (degrees Celsius) ( calculation depending on night/day operating mode)
Output
rSetpTempMax
REAL
Absolute maximum value - setpoint temperature (degrees Celsius) ( calculation depending on night/day operating mode)
Output
rSetpFanLevel
REAL
Set fan level ( corresponds to the set fan level displayed on the RBG ) ( = register 385 )
Output
rSetpFanLevelMin
REAL
Absolute minimum - set fan level ( calculation, depending on operating mode night / day )
Output
rSetpFanLevelMax
REAL
Absolute maximum - set fan level ( calculation, depending on operating mode night / day )
Output
rRoomTemp
REAL
Room temperature in XXX.X degrees Celsius
Output
rExtTemp
REAL
External temperature in XXX.X degrees Celsius
Output
rRelHumidity
REAL
Relative room humidity in XXX.X %
Output
rDewPointTemp
REAL
Dew point temperature in XXX.X degrees Celsius ( The offsets of temperature and rel. humidity are not considered )
Output
xSensorOffsetInDevice
BOOL
Indicates whether sensor calibration must be performed in the device ( TRUE = calibration required in the device, FALSE = calibration required in the FB )
Output
rSupplyVolt
REAL
Supply voltage in XXX.X volts
Output
rCpuTemp
REAL
CPU temperature in XXX.X degrees Celsius
Output
rCpuVolt
REAL
CPU voltage in XXX.X volts
Output
sSerialNum
STRING
Serial number of the device
Output
sProductCode
STRING
Product code of the device ( e.g. ‘21X’ )
Output
wDeviceMode
WORD
Operating mode of the device ( = register 101 )
Output
xConfig
BOOL
FALSE
State of the device configuration [ TRUE = configuration active ]
Output
xButtonPresence
BOOL
FALSE
Actuation of the presence button ( RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
Output
xButtonTempUp
BOOL
FALSE
Actuation of the button to increase the setpoint temperature ( pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
Output
xButtonTempDown
BOOL
FALSE
Actuation of the button to decrease the setpoint temperature ( pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
Output
xButtonFanUp
BOOL
FALSE
Actuation of the button to increase the fan level ( RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
Output
xButtonFanDown
BOOL
FALSE
Actuation of the button to decrease the fan level ( RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
Output
xButtonLightOn
BOOL
FALSE
Actuation of the button to activate the lighting ( RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
Output
xButtonLightOff
BOOL
FALSE
Actuation of the button to deactivate the lighting ( RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
Output
xButtonShadeUp
BOOL
FALSE
Actuation of the button to open the shading ( RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
Output
xButtonShadeDown
BOOL
FALSE
Actuation of the button to close the shading ( RAW, pulse with duration ‘tTimeButtonPulse’ ) ( RBG and/or VISU )
Output
xStateExtBut0
BOOL
State of external input 0
Output
xStateExtBut1
BOOL
State of external input 1
Output
xStateExtBut2
BOOL
State of external input 2
Output
xStateExtBut3
BOOL
State of external input 3
Output
xAlarm
BOOL
FALSE
Collective fault (TRUE = fault)
Output
xAlarmCom
BOOL
FALSE
Collective fault - communication (TRUE = fault)
Output
eErrorCodeCom
ModbusErrorCode
Error code - communication (0 = no error)
Output
eErrorCodeDev
SPLUSS_ERROR_CODE_TYPE_2
Error code - device (0 = no error)
Output
xBusy
BOOL
Communication indicator (TRUE = communication)
Input Const
rRelHumidityOffset
REAL
0.0
Constant measurement offset for the transmitted relative humidity - actual value ( internal relative humidity )
Input Const
rExtTempOffset
REAL
0.0
Constant measurement offset for the transmitted temperature - actual value ( external temperature )
Input Const
rRoomTempOffset
REAL
0.0
Constant measurement offset for the transmitted temperature - actual value ( internal temperature )
Input Const
xVisuShadeDown
BOOL
FALSE
Actuation of the button to close the shading in the visualization
Input Const
xVisuShadeUp
BOOL
FALSE
Actuation of the button to open the shading in the visualization
Input Const
xVisuLightOff
BOOL
FALSE
Actuation of the button to deactivate the lighting in the visualization
Input Const
xVisuLightOn
BOOL
FALSE
Actuation of the button to activate the lighting in the visualization
Input Const
xVisuFanDown
BOOL
FALSE
Actuation of the button to decrease the fan level in the visualization
Input Const
xVisuFanUp
BOOL
FALSE
Actuation of the button to increase the fan level in the visualization
Input Const
xVisuTempDown
BOOL
FALSE
Actuation of the button to decrease the setpoint temperature in the visualization
Input Const
xVisuTempUp
BOOL
FALSE
Actuation of the button to increase the setpoint temperature in the visualization
Input Const
xVisuPresence
BOOL
FALSE
Actuation of the presence button in the visualization
Input Const
eDisplAutoDim
SPLUSS_RYMASKON_2XX_DISPL_AUTO_DIM
SPLUSS_RYMASKON_2XX_DISPL_AUTO_DIM.PERCENT_10
Definition of the functionality 'dim display' after approx. 2 minutes without button operation ( OFF, 50% brightness, 10% brightness, 0% brightness )
Input Const
eShadeOutpMode
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE.RAW
Operating mode of the outputs ‘xButtonShadeUp’ and ‘xButtonShadeDwn’ ( RAW, PULSE )
Input Const
eLightOutpMode
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE.PULSE
Operating mode of the outputs ‘xButtonLightOn’ and ‘xButtonLightOff’ ( RAW, PULSE )
Input Const
eFanOutpMode
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE.PULSE
Operating mode of the outputs ‘xButtonFanUp’ and ‘xButtonFanDwn’ ( RAW, PULSE )
Input Const
ePresenceOutpMode
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE
SPLUSS_RYMASKON_2XX_BUTTON_OUTP_MODE.PULSE
Operating mode of the output ‘xButtonPresence’ ( RAW, PULSE )
Input Const
xDispBargrHCLev
BOOL
FALSE
Enable / disable the display of the left bargraph ( FALSE = no display )
Input Const
xDispBargrFanLev
BOOL
FALSE
Enable / disable the display of the right bargraph ( FALSE = no display )
Input Const
eColorScheme
SPLUSS_LCD_COLOR_SCHEME
SPLUSS_LCD_COLOR_SCHEME.WHITE
Number of the color scheme ( 1 = white, 1-7 = valid numbers )
Input Const
wPinCodeEndUser
WORD
3333
PIN code for the user level ( 0 = no code, 0001 - 9999 valid code )
Input Const
wPinCodeAdmin
WORD
7458
PIN code for the administrator level ( 0 = no code, 0001 - 9999 valid code )
Input Const
rSetpFanLevelMaxPara
REAL
3.0
Set value - absolute maximum - set fan level in day mode ( integer setpoints only !!! )
Input Const
rSetpFanLevelMinPara
REAL
0.0
Set value - absolute minimum - set fan level in day mode ( integer setpoints only !!! )
Input Const
rSetpTempOffMax
REAL
3.0
Absolute maximum value of the setpoint temperature offset in day mode (Kelvin)
Input Const
rSetpTempOffMin
REAL
-3.0
Absolute minimum value of the setpoint temperature offset in day mode (Kelvin)
Input Const
tTimeButtonPulse
TIME
TIME#1s0ms
Duration of the pulse on the output if the associated button was pressed briefly
Input Const
tPCTimeShort
TIME
TIME#5s0ms
Interval duration of the scan process to determine the product code ( short duration, device not yet recognized )
Input Const
tPCTimeLong
TIME
TIME#1m0s0ms
Interval duration of the scan process to determine the product code ( long duration, device recognized )
Input Const
tTimeUpdateConfig
TIME
TIME#0ms
Update interval for the processes influenced by the input ‘xUpdateConfig’
Input Const
tTimeUpdateSetp
TIME
TIME#45s0ms
Update interval for the operations affected by the input 'xUpdateSetp'
Input Const
tTimeUpdateStates
TIME
TIME#500ms
Update interval for the processes influenced by the input ‘xUpdateStates’
Input Const
tTimeUpdateActual
TIME
TIME#3s0ms
Update interval for the operations affected by the input 'xUpdateActual'
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