# THERMOKON\_WRF07\_TEMP\_HUMIDITY ## `THERMOKON_WRF07_TEMP_HUMIDITY` (FB) `FUNCTION_BLOCK` THERMOKON\_WRF07\_TEMP\_HUMIDITY ### Representation
### General > Notes: > By the setpoint / parameter `eMode` currently (16.05.2022) only the formation of the room setpoint temperature `rSetpTemp` as well as the setpoint temperature offset `rOffset` is influenced. > The configuration registers (R0 - R69) or coils (C0 - C5) are always set for operation of the WRF07 as a pure room operating device (i.e. without its own internal control). > **\* Device configuration \*** > In registers 0 - 69 or in coils 0 - 5, the current configuration of the device is stored. This is read once at restart / once on every rising edge (xUpdateConfigRead) / cyclically (tTimeUpdateConfigRead) and stored in the arrays `_arwKonfiguration_0` or `arbyKonfiguration_1` stored. > During operation, registers 2 - 69 or coils 0 - 3 are rewritten once at restart / when values change (`_arwKonfiguration_2` or `arbyKonfiguration_3`). In addition, this write access can be triggered by a rising edge at input `xUpdateConfigWrite` This write access must not occur cyclically, as the number of write accesses is limited (EEPROM). > The device configuration cannot be reset to the factory state; in the arrays `_arwKonfiguration_4` and `_arbyKonfiguration_5` the default values are stored and can be loaded / written into the device via input `xResDefault` . > Setpoint / Parameter `rOffsetRange`: A change is transmitted immediately without error, but the new offset is only used after a cold start of the WRF07. InOut: | Scope | Name | Type | Initial | Comment | | ----------- | ----------------------- | ------------------------------------------------------------ | ---------------------------------------------------------------------------------- | --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | | Input | `xEn` | `BOOL` | TRUE | Enable / disable communication (TRUE = enable) | | Input | `byUnitId` | `BYTE` | 0 | Device address (1 .. 247) (1 .. 63 via DIP switch, 1 .. 247 via Modbus commands) | | Input | `xUpdateActual` | `BOOL` | FALSE |

Updating the actual values (at every rising edge
) (range: operation)

| | Input | `xUpdateSetp` | `BOOL` | FALSE |

Update of setpoints (on every rising edge
)

| | Input | `xUpdateConfigRead` | `BOOL` | FALSE |

Update configuration (read access) (on
every rising edge)

| | Input | `xUpdateConfigWrite` | `BOOL` | FALSE |

Configuration update (write access) (
with every rising edge)

| | Input | `xUpdateStates` | `BOOL` | FALSE |

Update states (registers 256 - 257) (on
every rising edge)

| | Input | `xResDefault` | `BOOL` | FALSE |

Reset configuration to default state (
registers 0 - 69) (coils 0 - 5) (on every rising
edge)

| | Input | `rSetpTempBase` | `REAL` | 22.0 | Base setpoint temperature (degrees Celsius) | | Input | `xLED1` | `BOOL` | FALSE | Control of LED1 (TRUE = On) | | Input | `xLED2` | `BOOL` | FALSE | Control of LED2 (TRUE = On) | | Input | `xLED3` | `BOOL` | FALSE | Control of LED3 (TRUE = On) | | Input | `xLED4` | `BOOL` | FALSE | Control of LED4 (TRUE = On) | | Input | `xLED5` | `BOOL` | FALSE | Control of LED5 (TRUE = On) | | Input | `xLED6` | `BOOL` | FALSE | Control of LED6 (TRUE = On) | | Input | `xLED7` | `BOOL` | FALSE | Control of LED7 (TRUE = On) | | Input | `xLED8` | `BOOL` | FALSE | Control of LED8 (TRUE = On) | | Input | `xLED9` | `BOOL` | FALSE | Control of LED9 (TRUE = On) | | Input | `xEnOffset` | `BOOL` | FALSE |

Enable / disable the influence of the setpoint adjuster (
rOffset) on the setpoint temperature (rSetpTemp)

| | Input | `rAO1Manual` | `REAL` | 0.0 |

State of analog output 1 (eOutputsMode =
THERMOKON\_WRF07\_TEMP\_HUMIDITY\_ANALOG\_OUTP\_MODE.MANUAL\_MODE)
(0.0 - 100.0% = 0.0 - 10.0 V) (Address 516, FC16)

| | Input | `rAO2Manual` | `REAL` | 0.0 |

State of analog output 2 (eOutputsMode =
THERMOKON\_WRF07\_TEMP\_HUMIDITY\_ANALOG\_OUTP\_MODE.MANUAL\_MODE)
(0.0 - 100.0% = 0.0 - 10.0 V) (Address 517, FC16)

| | Input | `xDO1Manual` | `BOOL` | FALSE |

State of digital output 1 (eOutputsMode =
THERMOKON\_WRF07\_TEMP\_HUMIDITY\_ANALOG\_OUTP\_MODE.MANUAL\_MODE)
(0 = open, 1 = closed) (Address 516, FC16)

| | Input | `xDO2Manual` | `BOOL` | FALSE |

State of digital output 2 (eOutputsMode =
THERMOKON\_WRF07\_TEMP\_HUMIDITY\_ANALOG\_OUTP\_MODE.MANUAL\_MODE)
(0 = open, 1 = closed) (Address 517, FC16)

| | Input | `xResError` | `BOOL` | FALSE |

Reinitialization of the output eErrorCodeCom (with every
rising edge)

| | Inout | `ModbusClient` | `ModbusClientBase` | | Client of the device | | Output | `eDeviceType` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DEVICE\_TYPE | | Device type | | Output | `eUnitFb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_UNIT | | Current unit system of the device — feedback | | Output | `eRegulationModeFb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_REGULATION\_MODE\_FEEDBACK | | Current controller mode of the device | | Output | `rRoomTemp` | `REAL` | | Current room temperature in degrees Celsius | | Output | `rSetpTempBaseFb` | `REAL` | | Base setpoint temperature (degrees Celsius) — feedback | | Output | `rOffset` | `REAL` | | Current offset of the room setpoint temperature in K | | Output | `rSetpTemp` | `REAL` | | Current setpoint temperature in degrees Celsius | | Output | `rRelHumidity` | `REAL` | | Relative room humidity in percent | | Output | `xSensorOffsetInDevice` | `BOOL` | |

Indication of whether the sensors must be calibrated in the device
(TRUE = calibration in the device required, FALSE = calibration in the
FB required)

| | Output | `rDewPointTemp` | `REAL` | | Dew point temperature in degrees Celsius or Fahrenheit | | Output | `rAbsHumidity` | `REAL` | | Absolute room humidity in g/m3 or grain/ft3 | | Output | `rEnthalpy` | `REAL` | | Enthalpy in kJ/kg or BTU/lb3 | | Output | `xButton1` | `BOOL` | FALSE |

Activation of button 1 (RAW, pulse with duration
tTimeButtonPulse)

| | Output | `eFunctionButton1Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | | Function of button 1 — feedback | | Output | `xButton2` | `BOOL` | FALSE |

Activation of button 2 (RAW, pulse with duration
tTimeButtonPulse)

| | Output | `eFunctionButton2Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | | Function of button 2 — feedback | | Output | `xButton3` | `BOOL` | FALSE |

Activation of button 3 (RAW, pulse with duration
tTimeButtonPulse)

| | Output | `eFunctionButton3Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | | Function of button 3 — feedback | | Output | `xButton4` | `BOOL` | FALSE |

Activation of button 4 (RAW, pulse with duration
tTimeButtonPulse)

| | Output | `eFunctionButton4Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | | Function of button 4 — feedback | | Output | `xButton5` | `BOOL` | FALSE |

Activation of button 5 (RAW, pulse with duration
tTimeButtonPulse)

| | Output | `eFunctionButton5Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | | Function of button 5 — feedback | | Output | `xButton6` | `BOOL` | FALSE |

Actuation of button 6 (RAW, pulse with duration
tTimeButtonPulse)

| | Output | `eFunctionButton6Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | | Function of button 6 — feedback | | Output | `xButton7` | `BOOL` | FALSE |

Actuation of button 7 (RAW, pulse with duration
tTimeButtonPulse)

| | Output | `eFunctionButton7Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | | Function of button 7 — feedback | | Output | `xButton8` | `BOOL` | FALSE |

Actuation of button 8 (RAW, pulse with duration
tTimeButtonPulse)

| | Output | `eFunctionButton8Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | | Function of button 8 — feedback | | Output | `xButton9` | `BOOL` | FALSE |

Actuation of button 9 (RAW, pulse with duration
tTimeButtonPulse)

| | Output | `eFunctionButton9Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | | Function of button 9 — feedback | | Output | `xLED1Fb` | `BOOL` | FALSE | State of LED 1 — feedback (TRUE = On) | | Output | `eFunctionLED1Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | | Function of LED 1 — feedback | | Output | `xLED2Fb` | `BOOL` | FALSE | State of LED 2 — feedback (TRUE = On) | | Output | `eFunctionLED2Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | | Function of LED 2 — feedback | | Output | `xLED3Fb` | `BOOL` | FALSE | State of LED 3 — feedback (TRUE = On) | | Output | `eFunctionLED3Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | | Function of LED 3 — feedback | | Output | `xLED4Fb` | `BOOL` | FALSE | State of LED 4 — feedback (TRUE = On) | | Output | `eFunctionLED4Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | | Function of LED 4 — feedback | | Output | `xLED5Fb` | `BOOL` | FALSE | State of LED 5 — feedback (TRUE = On) | | Output | `eFunctionLED5Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | | Function of LED 5 — feedback | | Output | `xLED6Fb` | `BOOL` | FALSE | State of LED 6 — feedback (TRUE = On) | | Output | `eFunctionLED6Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | | Function of LED 6 — feedback | | Output | `xLED7Fb` | `BOOL` | FALSE | State of LED 7 — feedback (TRUE = On) | | Output | `eFunctionLED7Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | | Function of LED 7 — feedback | | Output | `xLED8Fb` | `BOOL` | FALSE | State of LED 8 — feedback (TRUE = On) | | Output | `eFunctionLED8Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | | Function of LED 8 — feedback | | Output | `xLED9Fb` | `BOOL` | FALSE | State of LED 9 — feedback (TRUE = On) | | Output | `eFunctionLED9Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | | Function of LED 9 — feedback | | Output | `xDI1` | `BOOL` | FALSE |

State of digital input 1 (assignment depending on
function eFunctionDI1) (FALSE = Open, TRUE =
Closed)

| | Output | `eFunctionDI1Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION | | Function of digital input 1 — feedback | | Output | `xDI2` | `BOOL` | FALSE |

State of digital input 2 (assignment depending on
function eFunctionDI2) (FALSE = Open, TRUE =
Closed)

| | Output | `eFunctionDI2Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION | | Function of digital input 2 — feedback | | Output | `xDI3` | `BOOL` | FALSE |

State of digital input 3 (assignment depending on
function eFunctionDI1) (FALSE = Open, TRUE =
Closed)

| | Output | `eFunctionDI3Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION | | Function of digital input 3 — feedback | | Output | `xDI4` | `BOOL` | FALSE |

State of digital input 4 (assignment depending on
function eFunctionDI2) (FALSE = Open, TRUE =
Closed)

| | Output | `eFunctionDI4Fb` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION | | Function of digital input 4 — feedback | | Output | `rAO1` | `REAL` | 0.0 |

Current state at analog output 1 (0.0 - 100.0% = 0.0
- 10.0 V)

| | Output | `rAO2` | `REAL` | 0.0 |

Current state at analog output 2 (0.0 - 100.0% = 0.0
- 10.0 V)

| | Output | `xDO1` | `BOOL` | FALSE |

Current state at digital output 1 (0 = Open, 1 =
Closed)

| | Output | `xDO2` | `BOOL` | FALSE |

Current state at digital output 2 (0 = Open, 1 =
Closed)

| | 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 | `xBusy` | `BOOL` | | Communication indicator (TRUE = communication) | | Input Const | `eLEDAssignment` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_ASSIGNMENT | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_ASSIGNMENT.LEDS\_1\_TO\_5\_STD |

Specification of the assignment of the light-emitting diodes (1 = LEDs 1 - 5,
Standard)

| | Input Const | `eButtonsAssignment` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_ASSIGNMENT | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_ASSIGNMENT.BUTTONS\_1\_TO\_5\_STD |

Specification of the assignment of the buttons (1 = buttons 1 - 5,
Standard)

| | Input Const | `eOutputsMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_OUTPUTS\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_OUTPUTS\_MODE.MANUAL\_MODE |

Mode for analog / digital outputs AO1, AO2, DO1,
DO2 (MANUAL\_MODE:

\
\*\


rAO1Manual,rAO2Manual, xDO1Manual
and xDO2Manual define the current states of the
outputs)

| | Input Const | `eUnit` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_UNIT | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_UNIT.SI | Current unit system of the device | | Input Const | `rRoomHumidityOffset` | `REAL` | 0.0 |

Offset of the room humidity (for calibration of the humidity sensor
) in percent

| | Input Const | `eFunctionLED9` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION.EXTERNAL\_CONTROL | Function of LED 9 | | Input Const | `eFunctionLED8` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION.EXTERNAL\_CONTROL | Function of LED 8 | | Input Const | `eFunctionLED7` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION.EXTERNAL\_CONTROL | Function of LED 7 | | Input Const | `eFunctionLED6` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION.EXTERNAL\_CONTROL | Function of LED 6 | | Input Const | `eFunctionLED5` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION.EXTERNAL\_CONTROL | Function of LED 5 | | Input Const | `eFunctionLED4` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION.EXTERNAL\_CONTROL | Function of LED 4 | | Input Const | `eFunctionLED3` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION.EXTERNAL\_CONTROL | Function of LED 3 | | Input Const | `eFunctionLED2` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION.EXTERNAL\_CONTROL | Function of LED 2 | | Input Const | `eFunctionLED1` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_LED\_FUNCTION.EXTERNAL\_CONTROL | Function of LED 1 | | Input Const | `eFunctionDI4` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION.NORMALLY\_OPEN\_CONTACT | Function of digital input 4 | | Input Const | `eFunctionDI3` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION.NORMALLY\_OPEN\_CONTACT | Function of digital input 3 | | Input Const | `eFunctionDI2` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION.NORMALLY\_OPEN\_CONTACT | Function of digital input 2 | | Input Const | `eFunctionDI1` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_DIGITAL\_INPUT\_FUNCTION.NORMALLY\_OPEN\_CONTACT | Function of digital input 1 | | Input Const | `eFunctionButton9` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION.NO\_SPECIAL\_FUNCTION | Function of button 9 | | Input Const | `eFunctionButton8` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION.NO\_SPECIAL\_FUNCTION | Function of button 8 | | Input Const | `eFunctionButton7` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION.NO\_SPECIAL\_FUNCTION | Function of button 7 | | Input Const | `eFunctionButton6` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION.NO\_SPECIAL\_FUNCTION | Function of button 6 | | Input Const | `eFunctionButton5` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION.NO\_SPECIAL\_FUNCTION | Function of button 5 | | Input Const | `eFunctionButton4` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION.NO\_SPECIAL\_FUNCTION | Function of button 4 | | Input Const | `eFunctionButton3` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION.NO\_SPECIAL\_FUNCTION | Function of button 3 | | Input Const | `eFunctionButton2` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION.NO\_SPECIAL\_FUNCTION | Function of button 2 | | Input Const | `eFunctionButton1` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_FUNCTION.NO\_SPECIAL\_FUNCTION | Function of button 1 | | Input Const | `rSetpTempMax` | `REAL` | 26.0 | Absolute maximum value - setpoint temperature (degrees Celsius) | | Input Const | `rSetpTempMin` | `REAL` | 18.0 | Absolute minimum value - setpoint temperature (degrees Celsius) | | Input Const | `rSetpTempBaseReset` | `REAL` | 22.0 | Base setpoint temperature in degrees Celsius after a reset | | Input Const | `rOffsetRange` | `REAL` | 3.0 |

Adjustment range of the setpoint potentiometer (symmetrical,
3.0 = +/. 3.0K)

| | Input Const | `rRoomTempOffset` | `REAL` | 0.0 |

Offset of the room temperature (for calibration of the
temperature sensor) in K

| | Input Const | `eButton9OutpMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE.RAW | Operating mode of the output `xButton9` (RAW, PULSE) | | Input Const | `eButton8OutpMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE.RAW | Operating mode of the output `xButton8` (RAW, PULSE) | | Input Const | `eButton7OutpMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE.RAW | Operating mode of the output `xButton7` (RAW, PULSE) | | Input Const | `eButton6OutpMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE.RAW | Operating mode of the output `xButton6` (RAW, PULSE) | | Input Const | `eButton5OutpMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE.RAW | Operating mode of the output `xButton5` (RAW, PULSE) | | Input Const | `eButton4OutpMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE.RAW | Operating mode of the output `xButton4` (RAW, PULSE) | | Input Const | `eButton3OutpMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE.RAW | Operating mode of the output `xButton3` (RAW, PULSE) | | Input Const | `eButton2OutpMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE.RAW | Operating mode of the output `xButton2` (RAW, PULSE) | | Input Const | `eButton1OutpMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_BUTTON\_OUTP\_MODE.RAW | Operating mode of the output `xButton1` (RAW, PULSE) | | Input Const | `eMode` | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_MODE | THERMOKON\_WRF07\_TEMP\_HUMIDITY\_MODE.ROOM\_CONTROL\_UNIT |

General operating mode of the device (ROOM\_CONTROL\_UNIT: device
serves as RBG, INTERNAL\_REGULATION: setpoint formation /
temperature control in the device)

| | Input Const | `tTimeButtonPulse` | `TIME` | TIME#1s0ms |

Duration of the pulse at the output, if the assigned
button was pressed

| | Input Const | `tTimeUpdateStates` | `TIME` | TIME#500ms |

Update interval for the processes influenced by the input
xUpdateStates influenced

| | Input Const | `tTimeUpdateConfigRead` | `TIME` | TIME#0ms |

Update interval for the processes influenced by the input
xUpdateConfigRead influenced

| | Input Const | `tTimeUpdateSetp` | `TIME` | TIME#45s0ms |

Update interval for the processes influenced by the input
xUpdateSetp influenced

| | Input Const | `tTimeUpdateActual` | `TIME` | TIME#3s0ms |

Update interval for the processes influenced by the input
xUpdateActual influenced

|