SPLUSS_RYMASKON_2XX_MOD

SPLUSS_RYMASKON_2XX_MOD (FB)

FUNCTION_BLOCK SPLUSS_RYMASKON_2XX_MOD

Short description

Control of the Rymaskon 2XX device series from S+S Regeltechnik Additional functions: Two operating modes for setpoint temperature generation Typical application: Room control unit in a zone\

Representation

Interfaces

Inputs

Name	Data type	Value range	Initial value	Function
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 )
rSetpTempBase	REAL		22.0	Base setpoint temperature ( degrees Celsius )
rEnSetpTempOff	BOOL		FALSE	Enable / disable detection of changes of the room setpoint temperature ( FALSE = no detection, rSetpTempOff = 0.0 K )
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

Name	Data type	Value range	Initial value	Function
rSetpTemp	REAL			Set temperature ( degrees Celsius ) ( corresponds to the room setpoint temperature shown on the RBG )
rSetpTempOff	REAL			Setpoint temperature offset ( Kelvin )
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

Name	Data type	Value range	Initial value	Function
ModbusClient	ModbusClientBase			Client of the device

Setpoints / parameters

Name	Data type	Value range	Initial value	Function
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
rSetpTempMin	REAL		18.0	Absolute minimum - setpoint temperature ( degrees Celsius )
rSetpTempMax	REAL		26.0	Absolute maximum - setpoint temperature ( degrees Celsius )
rSetpTempOffMin	REAL		-3.0	Absolute minimum value of the setpoint temperature offset ( Kelvin )
rSetpTempOffMax	REAL		3.0	Absolute maximum value of the setpoint temperature offset ( Kelvin )
rSetpTempVariat	REAL		0.5	Step size of the setpoint temperature offset ( Kelvin )
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 )
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 )
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 from S+S Regeltechnik via Modbus communication. Alternatively, room control units from Loytec can also be used. The detection of the different types ( 21x - 26x ) of room control units is performed automatically. The room control units are automatically configured sensibly according to their type after detection. Two operating modes are provided for the generation of the room setpoint temperature ( MANUALLY, AUTOMATICALLY ). For various outputs ( xButtonXXX ) two operating modes are also provided ( RAW, PULSE ) ( valid only when operated via the room control unit ) \

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’. \

Generation of the room setpoint temperature

The room setpoint temperature, which is displayed directly on the display of the room control unit and output at the output ‘rSetpTemp’, always corresponds to the state at input ‘rSetpTempBase’. It is limited by adjustable absolute minimum ( ‘rSetpTempMin’, default: 18.0 degrees Celsius ) and maximum values ( ‘rSetpTempMax’, default: 26.0 degrees Celsius ). No transfer of room setpoint temperatures outside these absolute limits takes place. \

Generation of the offset of the room setpoint temperature

The offset of the room setpoint temperature is influenced by the outputs ‘xButtonTempUp’ ( rising edge ) and ‘xButtonTempDown’ ( rising edge ). The current state is always shown at the output ‘rSetpTempOff’. The generation of the offset is enabled via the input ‘xEnSetpTempOff’ ( xEnSetpTempOff = TRUE ) and disabled ( xEnSetpTempOff = FALSE ). In the disabled state the value 0.0 is output at the output ‘rSetpTempOff’. In the enabled state the last set value is output at the output ‘rSetpTempOff’. In the enabled state the output ‘rSetpTempOff’ is increased by the parameter ‘rSetpTempOffVariat’ ( default: 0.5 K ) on each rising edge at the output ‘xButtonTempUp’. In the enabled state the output ‘rSetpTempOff’ is decreased by the parameter ‘rSetpTempOffVariat’ on each rising edge at the output ‘xButtonTempDown’. In the enabled state the output ‘rSetpTempOff’ is absolutely limited by the parameters ‘rSetpTempOffMin’ ( default: -3.0 K ) and ‘rSetpTempOffMax’ ( default: 3.0 K ). On any change of the parameters ‘rSetpTempOffVariat’, ‘rSetpTempOffMin’ and ‘rSetpTempOffMax’ the output ‘rSetpTempOff’ is reinitialized to 0.0. Outputs ‘xButtonTempUp’ and ‘xButtonTempDown’ The outputs are influenced by operating the buttons TBO and TB4 on the RBG and additionally by the inputs for the visualization ( ‘xVisuTempUp’ and ‘xVisuTempDown’ ) ( OR linkage ). Each short actuation of button TB0 ( increase temperature ) and TB4 ( decrease temperature ) triggers at the associated outputs ‘xButtonTempUp’ and ‘xButtonTempDown’ a pulse with duration ‘tTimeButtonPulse’ ( default: 1s ). \

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 the visualization ( ‘xVisuXXX’ ) ( OR linkage ). They can be operated on the RBG in two different operating modes ( selected 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 take over 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 unit. If the buttons for the desired function are not present on the room control unit, the assigned outputs remain inactive ( = FALSE ). PULSE Each short actuation of the button triggers a pulse with duration ‘tTimeButtonPulse’ ( default: 1s ) at the associated 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’. \

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:

Scope	Name	Type	Initial	Comment
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	rSetpTempBase	REAL	22.0	Base setpoint temperature ( degrees Celsius )
Input	xEnSetpTempOff	BOOL	FALSE	Enable / disable detection of changes of the room setpoint temperature ( FALSE = no detection, rSetpTempOff = 0.0 K )
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 )
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 shown on the RBG )
Output	rSetpTempOff	REAL		Setpoint temperature offset ( Kelvin )( rSetpTempOff := rSetpTemp - rSetpTempBase )
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
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	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	rSetpTempOffVariat	REAL	0.5	Step size of the setpoint temperature offset ( Kelvin )
Input Const	rSetpTempOffMax	REAL	3.0	Absolute maximum value of the setpoint temperature offset ( Kelvin )
Input Const	rSetpTempOffMin	REAL	-3.0	Absolute minimum value of the setpoint temperature offset ( Kelvin )
Input Const	rSetpTempMax	REAL	26.0	Absolute maximum - setpoint temperature ( degrees Celsius )
Input Const	rSetpTempMin	REAL	18.0	Absolute minimum - setpoint temperature ( degrees Celsius )
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'