Library for Building Automation. Function Block Description for Enocean Radio Receiver

Transcription

1 Library for Function Block Description for Radio Receiver Last Update

2 Copyright 2008 by WAGO Kontakttechnik GmbH & Co. KG All rights reserved. WAGO Kontakttechnik GmbH & Co. KG Hansastraße 27 D Minden Phone: +49 (0) 571/ Fax: +49 (0) 571/ info@wago.com Web: Technical Support Phone: +49 (0) 571/ Fax: +49 (0) 571/ tcba@wago.com Every conceivable measure has been taken to ensure the correctness and completeness of this documentation. However, as errors can never be fully excluded we would appreciate any information or ideas at any time. We wish to point out that the software and hardware terms as well as the trademarks of companies used and/or mentioned in the present manual are generally trademark or patent protected. Subject to design changes WAGO Kontakttechnik GmbH & Co KG P.O. box 2880 D Minden Phone: / info@wago.com Copyright 2008 Hansastr. 27 D Minden Fax.: / Web: 2

3 General WAGO-I/O-PRO CAA Library for radio receiver List of contents Important Comments 5 TCopyright... 5 TPersonnel Qualification... 5 Intended Use... 5 Scope of validity... 5 Receiver function blocks 6 receiver (FbReceive)... 6 Receiver IPC (FbReceive_IPC)... 7 transmitter ID 8 Search pushbutton transmitter ID (FbShow_ID_By_Button)... 8 Seach sensor transmitter ID (FbShow_ID_By_Click)... 9 Learning Transmitter IDs (FbLearn_Switch) Learning Transmitter IDs (new) (FbLearn_Switch_01) Buttons 15 Two or four pushbuttons (FbButton_x_Channel) Eight pushbuttons (FbButton_8_Channel) Select button channel (FbButtonSelectChannel) Position switches 20 Window handle SecuSignal (FbSecuSignal) Window / door contact SRW01 (FbSRW01) Door handle- / position switches TGF / EF 41 / EF 95 (FbEF_xx) Digital input SR 65 DI (FbSR65DI) Key- or Selector switches IP67 (FbSelectorSwitch_IP67) Pushbuttons IP67 (FbPushbutton_IP67) Light sensor / presence detector 26 Presence detector SR PIR-360 (FbSR_PIR_360) SR-MDS Ceiling Multi Sensor (FbSR_MDS) Light sensor SR 65 LI (FbSR65LI) Room operation panels / Temperature sensors 29 Room operating panel SR 04 (FbSR04) Room sensor humidity/temperature SR 04 rh (FbSR04_rH) Temperature sensor SR 65 (FbSR65) Subject to design changes WAGO Kontakttechnik GmbH & Co. KG P.O. box 2880 D Minden Phone: / info@wago.com Copyright 2008 Hansastr. 27 D Minden Fax.: / Web: 3

4 List of Contents Raw data 34 One byte STM sensor (Fb_1_BYTE_Sensor) Four byte STM sensor (Fb_4_BYTE_Sensor) Subject to design changes WAGO Kontakttechnik GmbH & Co KG P.O. box 2880 D Minden Phone: / Copyright 2008 Hansastr. 27 D Minden Fax.: / Web: 4

5 Important comments Important Comments Copyright Personnel Qualification To ensure fast installation and start-up of the units described in this manual, we strongly recommend that the following information and explanation is carefully read and adhered to. This manual is copyrighted, together with all figures and illustrations contained therein. Any use of this manual which infringes the copyright provisions stipulated herein, is not permitted. Reproduction, translation and electronic and photo-technical archiving and amendments require the written consent of WAGO Kontakttechnik GmbH & Co. KG. Non-observance will entail the right of claims for damages. The use of the product detailed in this manual is exclusively geared to specialists having qualifications in PLC programming, electrical specialists or persons instructed by electrical specialists who are also familiar with the valid standards. WAGO Kontakttechnik GmbH & Co. KG declines all liability resulting from improper action and damage to WAGO products and third party products due to non-observance of the information contained in this manual. Intended Use Scope of validity For each individual application, the components supplied are to work with a dedicated hardware and software configuration. Modifications are only admitted within the framework of the possibilities documented in the manuals. All other changes to the hardware and/or software and the nonconforming use of the components entail the exclusion of liability on part of WAGO Kontakttechnik GmbH & Co. KG. Please direct any requirements pertaining to a modified and/or new hardware or software configuration directly to WAGO Kontakttechnik GmbH & Co. KG. This application note is based on the respective manufacturer's stated hardware and software and the associated documentation. This application note therefore only applies to the installation described. New hardware and software versions may need to be treated differently. Please pay attention to the detailed description in the respective manuals. Subject to design changes WAGO Kontakttechnik GmbH & Co. KG P.O. box 2880 D Minden Phone: / info@wago.com Copyright 2008 Hansastr. 27 D Minden Fax.: / Web: 5

6 receiver (FbReceive) Receiver function blocks receiver (FbReceive) FbReceive _04.lib without / 814 / 815 / 816 and Used libraires: mod_com.lib bmodule_750_642 BYTE Index of the module Preset value = 1 typ typ Output data of the received radio telegram. berror BYTE Error code 0x00 = no error 0x02 = no module identified 0x81 = faulty telegram (CRC error) The function block FbReceive is used to communicate with the radio module via fieldbus controllers. The controller recognizes the plugged modules on its own and counts them one after the other, starting from the left. To address the function block to the proper module, the corresponding module index must be entered as a constant at the input bmodule_750_642. This function block may be used only once per installed radio receiver module. All other function blocks must be linked to these function blocks via the input variable typ. The output variable typ contains all relevant data of the received radio telegrams. It can then be further processed by other function blocks. Possible errors will be displayed at the output berror. Subject to design changes WAGO Kontakttechnik GmbH & Co KG P.O. box 2880 D Minden Phone: / info@wago.com Copyright 2008 Hansastr. 27 D Minden Fax.: / Web: 6

7 Receiver IPC (FbReceive_IPC) Receiver IPC (FbReceive_IPC) FbReceive_IPC _04.lib In_Data ARRAY[0..3] OF BYTE Input array of radio receiver module Input/output parameter: Data type: Comment: Out_Data ARRAY [0..3] OF BYTE Output array of radio receiver module typ typ Output data of the received radio telegram. berror BYTE Error code 0x00 = no error 0x81 = faulty telegram (CRC error) The function block FbReceive_IPC is used to communicate with the radio module via fieldbus controllers. The inputs In_Data and Out_Data contain the input or output array for the data of the radio receiver module. The variables at these inputs must be linked to the corresponding hardware address. The address depends on the installation position of the module. Example: In_Data = Input AT %IB0 : ARRAY [0..3] OF BYTE; Out_Data = Output AT %QB0 : ARRAY [0..3] OF BYTE; This function block may be used only once per installed radio receiver module. All other function blocks must be linked to these function blocks via the input variable typ. The output variable typ contains all relevant data of the received radio telegrams. It can then be further processed by other function blocks. Possible errors will be displayed at the output berror. Subject to design changes WAGO Kontakttechnik GmbH & Co. KG P.O. box 2880 D Minden Phone: / info@wago.com Copyright 2008 Hansastr. 27 D Minden Fax.: / Web: 7

8 Search pushbutton transmitter ID (FbShow_ID_By_Button) transmitter ID Search pushbutton transmitter ID (FbShow_ID_By_Button) FbShow_ID_By_Button _04.lib typ typ Input data of the received radio telegram. bbutton_count BYTE Number of buttons pressed simultaniously Preset value = 2 dwid DWORD Display of the transmitter ID searched This function block helps identify the transmitter IDs of the radio sensors. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The value at input bbutton_count defines how many buttons must be pressed simultaniously so that the transmitter ID included in the radio telegram can be displayed by the function block at the output dwid. Radio telegrams having only one button pressed, for example, will be ignored ( bbutton_count = 2). The function block can only be used for touch sensors. Transmitter IDs of analog sensors cannot be displayed. Subject to design changes WAGO Kontakttechnik GmbH & Co KG P.O. box 2880 D Minden Phone: / info@wago.com Copyright 2008 Hansastr. 27 D Minden Fax.: / Web: 8

9 Seach sensor transmitter ID (FbShow_ID_By_Click) Seach sensor transmitter ID (FbShow_ID_By_Click) FbShow_ID_By_Click _04.lib typ typ Input data of the received radio telegram. enumrf_type enum RF_TYPE Selection of the type of sensor to be searched Preset value = RF_TYPE_PTM Range of values: 5 = RF_TYPE_PTM 6 = RF_TYPE_STM 8 = RF_TYPE_CTM bclick_number BYTE Number of successively received telegrams having the same transmitter ID Preset value = 2 dwid DWORD Display of the transmitter ID searched This function block helps identify the transmitter IDs of the radio sensors. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received A filter can be selected via the input of the enumrf_type input parameter so that only the telegrams of some particular types of sensors will be identified by the function block. The following requirements must be fulfilled so that the received transmitter ID can be displayed at the output dwid : The telegram must belong to the sensor type selected at the input enumrf_type. The number of successively received telegrams having the same transmitter ID corresponds to the input value bclick_number. Note concerning the types of sensors: RF_TYPE_PTM = touch sensor with piezoelectric contact RF_TYPE_STM = sensors with solar power supply RF_TYPE_CTM = remote control with solar power supply Subject to design changes WAGO Kontakttechnik GmbH & Co. KG P.O. box 2880 D Minden Phone: / info@wago.com Copyright 2008 Hansastr. 27 D Minden Fax.: / Web: 9

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11 Learning Transmitter IDs (FbLearn_Switch) FbLearn_Switch _04.lib xlearn_mode BOOL Learn mode activation typ Input / Output parameter Data type: Comment: typswitch_ids typ List of the learned transmitter IDs _ Learned_ Switches xstatus BOOL Feedback status This function block can learn up to 16 PTM 100 touch sensors in the PLC via there transmitter ID. As a result, the touch sensors can be logically assigned to the application functions even during the program runtime and the radio sensors used can be replaced. The output variable typ of FbReceive function block must be connected to the input variable typ of this function block. All the received The input/output variable typswitch_ids has 16 storage spaces in which the transmitter IDs can be stored. The following procedure is required to learn a touch sensor: 1. Set the value of the xlearn_mode input variables on TRUE. The xstatus output signal starts flashing quickly (approx. 30 Hz). 2. Operate two sensor push-buttons at the same time The current storage space no. 1 is displayed via the flash code at the xstatus output. 3. The storage space number is incremented by pressing two sensor press-buttons repeatedly. The current storage space number is displayed via the flash code (see picture) at the xstatus output.

12 4. By double clicking one of the sensor push-buttons, the transmitter ID is written to the storage space no. addressed currently. The xstatus output starts flashing quickly and signals that other touch sensors can be learned. 5. The xlearn_mode input signal must be set to FALSE signal to escape the learn mode. xstatus = FALSE Note: The input/output variable typswitch_ids should be declared as a VAR RETAIN variable, so that the assignments of the recorded IDs are saved even after resetting the controller.

13 Learning Transmitter IDs (new) (FbLearn_Switch_01) WAGO-I/O-PRO CAA Library Elements FbLearn_Switch_01 _04.lib Input parameter: Data type: Comment : xlearn_mode BOOL Learn mode activation typ Input / Output parameter Data type: Comment: typswitch_ids typ List of the learned transmitter IDs _ Learned_ Switches xstatus BOOL Feedback status bplacenumber BYTE Number of the storage location This function block can learn up to 16 PTM touch sensors in the PLC via there transmitter ID. As a result, the touch sensors can be logically assigned to the application functions even during the program runtime and the radio sensors used can be replaced. The output variable typ of FbReceive function block must be connected to the input variable typ of this function block. All the received The input/output variable typswitch_ids has 16 storage spaces in which the transmitter IDs can be stored.

14 The following procedure is required to learn a touch sensor: 1. Set the value of the xlearn_mode input variables on TRUE. The xstatus output signal starts flashing quickly (approx. 30 Hz). 2. Operate one sensor push-button The current storage space no. 1 is displayed via the flash code at the xstatus output. 3. The storage space number is incremented by pressing the sensor pressbutton repeatedly. The current storage space number is displayed at the output bspacenumber and via the flash code (see picture) at the xstatus output. 4. By a long click one of the sensor push-button, the transmitter ID is written to the storage space no. addressed currently. The xstatus output starts flashing quickly and signals that other touch sensors can be learned. 5. The xlearn_mode input signal must be set to FALSE signal to escape the learn mode. xstatus = FALSE Note: The input/output variable typswitch_ids should be declared as a VAR RETAIN variable, so that the assignments of the recorded IDs are saved even after resetting the controller.

15 Buttons Two or four pushbuttons (FbButton_x_Channel) FbButton_2_Channel FbButton_4_Channel _04.lib typ dwid DWORD Transmitter ID of the touch sensor ttimeout TIME Maximum on-time Preset value = t#0s t#0s unlimited on-time xupper_button_l BOOL Output signal button top left xlower_button_l BOOL Output signal button bottom left xupper_button_r BOOL Output signal button top right xlower_button_r BOOL Output signal button bottom right The function block FbButton_2_Channel and respectively FbButton_4_Channel converts the radio telegrams of individual touch sensors into a boolean output signal using radio technology. The function blocks can be used for touch sensors with one or two rocker switches. They support PTM 100 and PTM 200 sensors. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors.

16 If the buttons are pressed, the output signals ( xupper_button_l... xlower_button_r ) are set to TRUE. The input ttimeout can be optionally used to limit the maximum on-time of the button outputs. If no time value (t= 0 second) has been selected, the on-time of the outputs is unlimited, i.e. the output signal is TRUE as long as the push-button is pressed. Note: Pressing two buttons simultaneously allows to set two output signals at the same time with 4-channel PTM 200 sensors. Eight pushbuttons (FbButton_8_Channel) FbButton_8_Channel _04.lib typ dwid DWORD Transmitter ID of the touch sensor ttimeout TIME Maximum on-time Preset value = t#0s t#0s unlimited on-time xbutton_1 BOOL Output touch signal 1 xbutton_2 BOOL Output touch signal 2 xbutton_3 BOOL Output touch signal 3 xbutton_4 BOOL Output touch signal 4 xbutton_5 BOOL Output touch signal 5 xbutton_6 BOOL Output touch signal 6 xbutton_7 BOOL Output touch signal 7 xbutton_8 BOOL Output touch signal 8

17 The function block FbButton_8_Channel converts the radio telegrams of individual touch sensors into boolean output signals using radio technology. This function block can be used for touch sensors equipped with one, two or four rocket-switches. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The input ttimeout can be optionally used to limit the maximum on-time of the outputs xbutton_1 xbutton_8. If no time value (t= 0 second) has been defined, the on-time of the outputs is unlimited, i.e. the output signal is TRUE as long as the push-button is pressed. According to the number of rocker switches, the outputs are assigned as follows (when using a PTM 100 sensor): xbutton_5 xbutton_1 xbutton_7 xbutton_1 xbutton_3 xbutton_5 xbutton_7 xbutton_6 xbutton_2 xbutton_8 xbutton_2 xbutton_4 xbutton_6 xbutton_8 Note: When using PTM 200 sensors, the assignment will differ from the one shown above. In this case we recommend the use of function block FbButton_2_Channel or FbButton_4_Channel.

18 Select button channel (FbButtonSelectChannel) FbButtonSelectChannel _04.lib typ dwid DWORD Transmitter ID of the touch sensor bbutton BYTE Number of the touch sensor push-button Preset value = 1 Range of values 1-8 ttimeout TIME Maximum on-time Preset value: t#0s unlimited on-time xbutton BOOL Output touch signal The function block FbButtonSelectChannel converts the radio telegrams of individual touch sensors into a boolean output signal using radio technology. This function block can be used for touch sensors equipped with one, two or four rocket-switches. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. Numbers have been assigned to the push-buttons of the touch sensors as shown in the picture below. The number (1-8) at the bbutton input defines the push-button which is used to induce a reaction at the xbutton output.

19 The input ttimeout can be optionally used to limit the maximum on-time of the xbutton output. If no time value (t= 0 second) has been selected, the on-time of the outputs is unlimited, i.e. the output signal is TRUE as long as the push-button is pressed. According to the number of rocker switches, the outputs are assigned as follows (when using a PTM 100 sensor): Note: When using PTM 200 sensors, the assignment will differ from the one shown above. In this case we recommend the use of function block FbButton_2_Channel or FbButton_4_Channel

20 Position switches Window handle SecuSignal (FbSecuSignal) FbSecuSignal _04.lib typ dwid DWORD Transmitter ID of the sensor xwindow_closed BOOL Window handle is in closed position xwindow_opened BOOL Window handle is in opened position xwindow_tilted BOOL Window handle is in tilted position The function module FbSecuSignal provides the position of the window handle "SecuSignal" by Hoppe Co. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The output "xwindows_closed" indicates that the window handle is in "closed" position. The output "xwindows_opened" indicates that the window handle is in "open" position. The output "xwindow_tilted" indicates that the windows handle is in "tilted" position.

21 Window / door contact SRW01 (FbSRW01) FbSRW01 _04.lib typ dwid DWORD Transmitter ID of the sensor ttimeout TIME Maximum interval between two telegrams. Preset value = t#60m xopen BOOL Window open = TRUE xerror BOOL No new telegram within timeout period. The function block FbSRW01 outputs the status of the window contact SRW01. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The output xopen indicates if the window contact is open or closed. The input ttimeout can optionally be used to monitor if the sensor sends a telegram at regular intervals (e.g. every 15 min). An input value ttimeout = t#0s deactivates the timeout monitoring. If the ttimeout time has expired without the function block having received a new telegram, the xerror output will be set to TRUE.

22 Door handle- / position switches TGF / EF 41 / EF 95 (FbEF_xx) FbEF_41 FbEF_95 _04.lib typ dwid DWORD Transmitter ID of the sensor ttimeout TIME Maximum interval between two telegrams. Preset value = t#60m xactiv BOOL Output switch signal xerror BOOL No new telegram within timeout period. The function block FbEF_41 supports the door handle switch (TGF), the position switch (EF 41) and the pull-wire switch (EF 41 Z) from Steute. The function block FbEF_95 supports the EF 95 position switch. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The output xactiv indicates, it the switch is active. The input ttimeout can optionally be used to monitor if the sensor sends a telegram at regular intervals (e.g. every 15 min). An input value ttimeout = t#0s deactivates the timeout monitoring. If the ttimeout time has expired without the function block having received a new telegram, the xerror output will be set to TRUE.

23 Digital input SR 65 DI (FbSR65DI) FbSR65DI _04.lib typ dwid DWORD Transmitter ID of the sensor ttimeout TIME Maximum interval between two telegrams Preset value = t#60m xactiv BOOL Output switch signal rbatteryvoltage REAL Battery voltage from the sensor xerror BOOL No new telegram within timeout period The function block FbSR65DI indicates the digital input signal from the Thermokon module SR65 DI. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The input ttimeout can optionally be used to monitor if the sensor sends a telegram at regular intervals (e.g. every 16 min). An input value ttimeout = t#0s deactivates the timeout monitoring. If the ttimeout time has expired without the function block having received a new telegram, the xerror output will be set to TRUE. The output rbatteryvoltage indicates the battery voltage of the sensor. The output xactiv indicates the status of the digital input.

24 Key- or Selector switches IP67 (FbSelectorSwitch_IP67) WAGO-I/O-PRO CAA Library Elements FbSelectorSwitch_IP67 _04.lib typ dwid DWORD Transmitter ID of the sensor bswitchsetting BYTE Actual switch position xswitchsetting_1 BOOL Key- or selector switch in position 1 xswitchsetting_0 BOOL Key- or selector switch in position 0 xswitchsetting_2 BOOL Key- or selector switch in position 2 The function module FbSelectorSwitch_IP67 provides the position of the IP 67 keyor selector switch by DUX Co. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The output bswitchsetting idicates the switch setting of the key- or selector switch. The output "xswitchsetting_1" indicates that the switch setting is in position 1. The output "xswitchsetting_0" indicates that the switch setting is in position 0. The output "xswitchsetting_2" indicates that the switch setting is in position 2.

25 Pushbuttons IP67 (FbPushbutton_IP67) WAGO-I/O-PRO CAA Library Elements FbPushbutton_IP67 _04.lib typ dwid DWORD Transmitter ID of the sensor xpushbutton BOOL Status of the pushbutton The function module FbPushbutton_IP67 provides the position of the IP 67 pushbutton by DUX Co. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The output xpushbutton indicates the status of the pushbutton.

26 Light sensor / presence detector Presence detector SR PIR-360 (FbSR_PIR_360) FbSR_PIR_360 _04.lib typ dwid DWORD Transmitter ID of the sensor ttimeout TIME Maximum interval between two telegrams. Preset value = t#60m xpresence BOOL Indicates the presence of a person within the measurement range of the sensor. xerror BOOL No new telegram within timeout period. The function block FbSR_PIR_360 indicates the state of the movement sensor SR-PIR 360. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The input ttimeout can optionally be used to monitor if the sensor sends a telegram at regular intervals (e.g. every 16 min). An input value ttimeout = t#0s deactivates the timeout monitoring. If the ttimeout time has expired without the function block having received a new telegram, the xerror output will be set to TRUE. The output "xpresence indicates whether a person is within the measurement range of the sensor.

27 SR-MDS Ceiling Multi Sensor (FbSR_MDS) WAGO-I/O-PRO CAA Library Elements FbSR_MDS _04.lib typ dwid DWORD Transmitter ID of the sensor ttimeout TIME Maximum interval between two telegrams. Preset value = t#60m xpresence BOOL Indicates the presence of a person. rbrightness REAL Light level from the light sensor [LUX] Value range = Lux rbatteryvoltage REAL Battery voltage from the sensor[v] Value range = V xerror BOOL No new telegram within timeout period. The FbSR_MDS function block displays both the movement and brightness detected by the SR-MDS ceiling multi sensor. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to the sensor. The input ttimeout can optionally be used to monitor if the sensor sends a telegram at regular intervals (e.g. every 16 min). An input value ttimeout = t#0s deactivates the timeout monitoring. If the ttimeout time has expired without the function block having received a new telegram, the xerror output will be set to TRUE. The output "xpresence indicates whether a person is within the measurement range of the sensor. The "rbrightness" output indicates the measured brightness value and the "rbatteryvoltage" output shows the charging voltage of the energy storage device.

28 Light sensor SR 65 LI (FbSR65LI) FbSR65LI _04.lib typ dwid DWORD Transmitter ID of the sensor ttimeout TIME Maximum interval between two telegrams. Preset value = t#60m wluxrange30k WORD Light level in 30 K Lux range wluxrange60k WORD Light level in 60 K Lux range xerror BOOL No new telegram within timeout period The function block FbSR65LI evaluates the light level from SR 65 LI in two different measurement ranges. Only one measurement range is valid depending on the setting of the light sensor. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The input ttimeout can optionally be used to monitor if the sensor sends a telegram at regular intervals (e.g. every 17 min). An input value ttimeout = t#0s deactivates the timeout monitoring. If the ttimeout time has expired without the function block having received a new telegram, the xerror output will be set to TRUE. The output "wluxrange30k indicates the current light level for a measurement range set between 300 lx and 30,000 lx. The output "wluxrange60k indicates the current light level for a measurement range set between 600 lx and 60,000 lx.

29 Room operation panels / Temperature sensors Room operating panel SR 04 (FbSR04) FbSR04 _04.lib typ dwid DWORD Transmitter ID of the sensor rmaxsetpointcorrection REAL Maximum correction of desired value at the room operating panel [K] ttimeout TIME Maximum interval between two telegrams. Preset value = t#60m xerror BOOL No new telegram within timeout period. xpresence BOOL Presence button activated = FALSE Default value = TRUE rtemperature REAL Indication of room temperature [ C] Default value: 20 rsetpointcorrection REAL Correction of the desired value at the room operating panel [K] xauto BOOL Rotary switch position automatic Default value = TRUE xlevel_0 BOOL Rotary switch level 0 xlevel_1 BOOL Rotary switch level 1 xlevel_2 BOOL Rotary switch level 2 xlevel_3 BOOL Rotary switch level 3

30 The function block FbSR04 evaluates the data of the Series SR04 room operating panel. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The maximum desired value deviation is set at the rmaxsetpointcorrection input. The desired value deviation that is indicated at the output rsetpointcorrection depends on the specified maximum desired value deviation and on the position of the adjuster for the desired value on the room operating panel. The input ttimeout can optionally be used to monitor if the sensor sends a telegram at regular intervals (e.g. every 15 min). An input value ttimeout = t#0s deactivates the timeout monitoring.. If the ttimeout time has expired without the function block having received a new telegram, the xerror output will be set to TRUE. The output xpresence is set to FALSE if the presence button of the room control panel is activated. The measured temperature is given in C at the output rtemperature. The outputs xauto and xlevel_0 to xlevel_3 indicate the ventilation level of the room operating panel.

31 Room sensor humidity/temperature SR 04 rh (FbSR04_rH) FbSR04_rH _04.lib typ dwid DWORD Transmitter ID of the sensor rmaxsetpointcorrection REAL Maximum correction of desired value at the room operating panel [K] ttimeout TIME Maximum interval between two telegrams. Preset value = t#60m xerror BOOL No new telegram within timeout period. xpresence BOOL Presence button activated = FALSE Default value = TRUE rtemperature REAL Indication of room temperature [ C] Default value: 20 rsetpointcorrection REAL Correction of the desired value at the room operating panel [K] rhumidity REAL Indication of relative humidity Range of values: % The function block FbSR04_rH evaluates the data of the series SR04 rh room operating panels. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors.

32 The maximum desired value deviation is set at the rmaxsetpointcorrection input. The desired value deviation that is indicated at the output rsetpointcorrection depends on the specified maximum desired value deviation and on the position of the adjuster for the desired value on the room operating panel. The input ttimeout can optionally be used to monitor if the sensor sends a telegram at regular intervals (e.g. every 15 min). An input value ttimeout = t#0s deactivates the timeout monitoring. If the ttimeout time has expired without the function block having received a new telegram, the xerror output will be set to TRUE. The output xpresence is set to FALSE if the presence button of the room control panel is activated The measured temperature is given in C at the output rtemperature. The measured relative humidity is transmitted at the rhumidity output and has a value range of 0 to 100 %

33 Temperature sensor SR 65 (FbSR65) FbSR65 _04.lib typ dwid DWORD Transmitter ID of the sensor ttimeout TIME Maximum interval between two telegrams. Preset value = t#60m xerror BOOL No new telegram within timeout period. rtemperature REAL Temperature measured by the temperature sensor [ C] The function blocks FbSR65_xxx output the measuring value of the temperature sensor. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The input ttimeout can optionally be used to monitor if the sensor sends a telegram at regular intervals (e.g. every 15 min). An input value ttimeout = t#0s deactivates the timeout monitoring. If the ttimeout time has expired without the function block having received a new telegram, the xerror output will be set to TRUE. The measured temperature is given in C at the output rtemperature. Value ranges of the temperature sensors: FbSR65-20 C C FbSR65_TF -20 C C FbSR65_AKF 10 C C FbSR65_VFG 10 C C

34 Raw data One byte STM sensor (Fb_1_BYTE_Sensor) Fb_1_BYTE_Sensor _04.lib typ dwid DWORD Transmitter ID of the sensor bvalue BYTE Analog output signal Range of values The function block Fb_1_BYTE_Sensor is used to output the analog signal of a sensor by means of radio technology. The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors. The bvalue output operates in the range Depending on the type of sensor used, this raw value must be converted into a physical value requiring the manufacturer s specifications of the sensor (e.g. temperature curve).

35 Four byte STM sensor (Fb_4_BYTE_Sensor) Fb_4_BYTE_Sensor _04.lib typ dwid DWORD Transmitter ID of the sensor xcontact_1 BOOL Digital output signal 1 xcontact_2 BOOL Digital output signal 2 xcontact_3 BOOL Digital output signal 3 xcontact_4 BOOL Digital output signal 4 bvalue_1 BYTE Analog output signal 1 Range of values bvalue_2 BYTE Analog output signal 2 Range of values bvalue_3 BYTE Analog output signal 3 Range of values The function block Fb_4_BYTE_Sensor is used to deliver three analog signals of a sensor using radio technology. Furthermore, four digital signals can also be delivered by the same sensor (e.g. presence buttons of room temperature sensor). The output variable typ of the FbReceive function block must be connected to the input variable typ of this function block. All the received The received data is processed by the function block provided that the number entered at the input "dwid" is identical to the sensor ID number included in the telegram. As a result, the function block can be logically assigned to certain types of sensors.

36 The outputs xcontact_1 xcontact_4 deliver the four possible digital signals (e.g. presence button or mode switch) of the analog radio sensor. The analog outputs bvalue_1 bvalue_3 operate in the range Depending on the type of sensor used, these raw values must be converted into physical values requiring the manufacturer s specifications of the sensor (e.g. temperature curve).

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