Siemens TX-I/O User Manual Download Page 85

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Siemens

TX-I/O PROFINET BIM V1.0

CM110564en_02

Building Technologies

Hardware

23.09.2010

8.3

Labeling and Addressing Devices

8.3.1

Flow and Allocation of the Labelling

Depending on the project work flow and organization of the goods flow, the labels

–

are supplied with the devices to install

–

are used when taking them into commission at the system site.

8.3.2

Labeling the I/O Modules

The information applied at the following positions is used for unique identification of
each I/O module and its connections:



Module front

–

Module type and symbols for the display and control elements

–

Insertable label, can be freely labeled



Address key

–

Address numbers from 1...120

The insertable labels for the I/O modules can be freely labeled.

A4 sheets with the corresponding divisions and perforations can be ordered

under the order number TXA1.LA4.

These sheets can be printed with the easy-to-use Excel file

IoLabel.xls

The module address and the function of each I/O point can be printed on the labels
created in this way.

A function is integrated into the TX-I/O tool that enables the label sheets to be
automatically printed in accordance with the generated module assignment.

The connection terminals have only general names since the I/O points can have
different functions.



The electronic unit has a removable transparent cover (label holder) into which

the label can be inserted (A, C).



The modules can also be operated without this 'cover' (B).

Inserting the label

Removing the cover

Assembly

1056

Different flows

Labeling positions

Labels

Connection terminals

Inserting the labels

Summary of Contents for TX-I/O

Page 1: ...s TX I O TX I O PROFINET BIM V1 0 User manual CM110564en_02 23 09 2010 Building Technologies ...

Page 2: ...ager 18 3 3 1 Module Configuration 19 3 3 2 Channel Configuration 20 3 3 3 Parameterizing Submodules 20 3 3 4 Symbol Table 21 3 3 5 Variable Table 22 4 Parameters 24 4 1 Binary Input Static 25 4 1 1 Contact 25 4 1 2 Debounce Time 25 4 1 3 Display 25 4 1 4 Process Data 26 4 1 5 Channel Diagnosis 26 4 2 Binary Input Pulse 27 4 2 1 Pulse Length 27 4 2 2 Contact 27 4 2 3 Debounce Time 28 4 2 4 Display...

Page 3: ... Pulse 2 channel 38 4 7 1 Break Time 38 4 7 2 Pulse Time 39 4 7 3 Enabling Local Override 39 4 7 4 Local Override Mode 39 4 7 5 Process Data 39 4 7 6 Channel Diagnosis 40 4 8 Multistate Output Mapping Static 41 4 8 1 Mapping Function 1 n 41 4 8 2 The Mapping Function UpDown 42 4 8 3 The Mapping Function BINARY 42 4 8 4 Backup Mode 42 4 8 5 MO Backup Value 43 4 8 6 Mapping Type 43 4 8 7 Enabling Lo...

Page 4: ...10 BreakTime 59 4 12 11 NeutralZone 59 4 12 12 Hysteresis Switching Limit 59 4 12 13 Enabling Local Override 60 4 12 14 Local Override Mode 60 4 12 15 Process Data 60 4 12 16 Channel Diagnosis 61 5 Diagnostics 62 5 1 Diagnostics with the SIMATIC Manager 62 5 1 1 Basic Diagnostics 62 5 1 2 Advanced Diagnostics 62 5 1 3 Diagnostics Alarms 63 5 2 Diagnostics on Profinet BIM 64 5 3 Diagnostics in Teln...

Page 5: ...Process Data Channel Mapping 76 7 4 2 Local Override Channel Mapping 77 7 4 3 Counter Value Default Channel Mapping 78 7 5 TXM1 6R TXM1 6R M TXM1 6RL 79 7 5 1 Process Data Channel Mapping 79 7 5 2 Local Override Channel Mapping 81 7 6 TXM1 8P 81 7 6 1 Channel Process Data Channel Mapping 81 7 6 2 Local Override Channel Mapping 82 8 Hardware 83 8 1 Installing the Devices 83 8 2 Replacing a Module 8...

Page 6: ...nly to authorized persons or companies with the required technical knowledge These documents were prepared with great care The contents of all documents are checked at regular intervals Any corrections necessary are included in subsequent versions Documents are automatically amended as a consequence of modifications and corrections to the products described Please make sure that you are aware of t...

Page 7: ...bt siemens com SwanWeb From the Siemens branch office near you www buildintechnologies siemens com or from your system supplier From the support team at headquarters fieldsupport zug ch sbt siemens com if there is no local point of contact Siemens assumes no liability to the extent allowed under the law for any losses resulting from a failure to comply with the aforementioned points or for the imp...

Page 8: ...nnected by a common bus master I O module Device in which the physical signals of the field devices are converted to software process values and vice versa An I O module has a number of I O points specified by the module type The modules are divided into a terminal socket and a pluggable electronic unit I O point Smallest addressable unit in an I O module One or more I O points e g a three stage s...

Page 9: ...and supports the datagram data exchange in the direction of the Profinet IO controller SIMATIC S7 On the island bus communication bus of the TX I O modules the Profinet BIM operates as the island bus master Consequently it is responsible for the data flow to and from the TX I O modules All data forwarded via the Profinet BIM is converted to the datagram format used by SIMATIC S7 Engineering of the...

Page 10: ...64 TX I O modules max Programmable TX I O module addressing range 1 120 It is recommended to start from 1 and increase in steps Maximum of 256 input bytes made up of the following data Total of all process data bytes of all input modules Number of input modules Number of output modules Maximum of 256 output bytes made up of the following data Total of all process data bytes of all output modules T...

Page 11: ...nput or output Input Output 1 x Profinet BIM device 4 0 1 x TXM1 8D 1 0 1 x BI 0 0 1 x CI 4 1 Total 9 bytes 1 byte 9 bytes cyclic input data length and 1 byte cyclic output data length In the cyclic telegram between Profinet BIM and Profinet I O controller the input and output data lengths vary according to the TX I O module used and its configured functionality Module process data Chapter 4 2 5 C...

Page 12: ...ollowing pages provide an overview with signal types S7 types brief descriptions and the maximum number of functions for each module Signal type S7 type Description Max number of functions per module I O points per function TXM1 8D TXM1 16D TXM1 8U TXM1 8U ML TXM1 8X TXM1 8X ML TXM1 8P TXM1 6R TXM1 6R M TXM1 6RL Digital inputs D20 D20R BI_STATIC Indication floating permanent contact NO NC contact ...

Page 13: ...tage 2 4 1 3 1 3 Q250 P2 4 MOx_Pluse_x 1Cha Pulse 3 stage 3 5 1 2 1 2 Q250L BO_Bistabil NO contact bistable 1 6 Y250T AO_Y250T Pulse actuating signal 3 point output internal hub model 2 3 3 Analog outputs Y10S AO_U10N Constant actuating signal DC 0 10 V 1 8 8 8 8 Y420 AO_I420N Constant actuating signal DC 4 20 mA 1 4 4 Indication and local override control Local override control x x x LCD indicati...

Page 14: ...lowing organization modules should be available OB no OB name Meaning OB82 I O Point Fault 1 Diagnostics alarm OB83 I O Point Fault 2 Removal insertion of modules OB85 OB Not Loaded Fault Program operation error OB86 Loss of Rack Fault Module rack failure OB122 Module Access Error Program operation error can be found in the online help function of the SIMATIC Manager If no organization blocks are ...

Page 15: ...type of PCL used The selected CPU family is added to the project e g SIMATIC 300 Click the new entry Hardware then appears in the right part of the window 1 Open the Hardware Design window click Hardware context menu Open Object Opens the hardware configuration dialog window HW Config 2 Hardware catalog Select profile bar for CPU e g Rack 300 a Open the appropriate folder b Doubleclick the profile...

Page 16: ...oup field NEW button Open the Properties dialog field new subnet Industrial Ethernet 3 Properties dialog field new subnet Industrial Ethernet text field Name a Enter the required subnet name b OK button The subnet name then appears in the selection of the Properties dialog field new subnet Industrial Ethernet 4 Ethernet interface properties dialog field Parameters tab a Select subnet b OK button I...

Page 17: ...not the full path name You would usually want to download the latest version This version can be found under the specified path as shown in the adjacent figure e g V0 2 17 2 Copy files to the following path in the local PC C Program Files Siemens Step7 S7tmp This path must be used The files are not permitted to be copied to the actual target folder This is done automatically by the installation pr...

Page 18: ...pens the Edit update time mode dialog field 9 Set the update time to 256 ms using the dropdown list box This is a recommendation A higher clock rate makes no sense since the island bus is clocked at 512 ms 10 Close with OK 3 3 Engineering the Profinet BIM with the SIMATIC Manager The Profinet BIM is a modular device It supports specific TX I O modules and their corresponding channel functions TXM1...

Page 19: ...ocated and TX I O modules must be inserted in the slot whose number matches the corresponding TX I O module address Slots suitable for accepting TX I O modules are marked in green A TX I O module can be deleted at any time with the Del button In doing so you must reply to a security prompt example for a TXM1 6R module 1 Upper window section click the required submodule Opens the TX I O module in t...

Page 20: ...of module channels 1 Multistate output channels MO must be carefully connected The channels must be integrated in precisely the order in which they appear in the catalog 1 Hardware catalog open the module with the affected objects 2 Enter the required objects in the TX I O module in the rack in the correct order by drag drop This only works with individual objects multiselection is not possible 3 ...

Page 21: ...ls are defined and remarked upon in the symbol table address address type The symbols can then be entered in the variable table which then appear in the allocated symbol table in the variable table Operand Description Format Example E Input bit BOOL E 8 6 A Output bit BOOL A 30 1 EB Input byte BIN EB 10 AB Output byte HEX AB 11 EW Input word DEC EW 100 AW Output word DEC AW 120 PEW Process input w...

Page 22: ...l name or address missing Enter the corresponding parameter 3 3 5 Variable Table 3 3 5 1 Creating a Variable Table Block for displaying or editing the attributes of the current module System attributes and user defined attributes control and coordinate functions between individual application for reading writing controller input output and local data All I O address data entered in this table can ...

Page 23: ...his is particularly useful when testing during commissioning and or for diagnostics The corresponding module and or channel is released for local override The SIMATIC Manager can work in online mode S300 is available and operable The symbol bar contains the elements for controlling variables using the variable table When moving the mouse over a symbol mouseover the explanations tips given in the t...

Page 24: ...s value with the Update status value button 6 Save and or close the table as required When closing the table a security prompt must be answered accordingly if changes were made Note 1 The submodule process data can be accessed by means of the E and A addresses using controllers and VATs variable tables of the SIMATIC Manager These addresses must be defined beforehand 2 Only variables from the proc...

Page 25: ... Process value Closed LED on 1 LED off 0 Open LED off 0 LED on 1 4 1 2 Debounce Time Parameter to define the minimum time that the input signal must remain stable in order to be valid Changing the parameter resets an active debounce timer Value range Unit 0 255 0 1 s 4 1 3 Display Parameters for color definition of the meaning of an indication As a result a specific LED color is assigned to each m...

Page 26: ...tion with the status of the process value 4 1 4 Process Data For process data mapping of binary input functions to channel process data refer to the corresponding sections in Chapter 4 Process Data Channel Mapping of the TX I O modules 4 1 5 Channel Diagnosis Alarm type Cause solution Invalid Check the module configuration and parameterization ...

Page 27: ... the Profinet communication is missing a short pulse is indicated with the relevant LED for each pulse at the input 4 2 1 Pulse Length Parameter for defining the pulse length Value range Unit 0 255 0 1 s 4 2 2 Contact Parameters for defining the contact type Possible values Description NO Contact Not Open contact NC Contact Not Closed contact Status NO contact NC contact Contact position LED indic...

Page 28: ... LED is lit green Alarm LED is lit red Service LED is lit yellow Note This parameter is used to assign a LED color to a signal type After the configuration the color remains permanently assigned It is expressly not intended for use in combination with the status of the process value 4 2 5 Process Data For process data mapping of binary input functions to channel process data refer to the correspon...

Page 29: ...act_Mech 25 Contact_El 100 4 3 2 New CI Value New counter value that is set by the controller during the connection setup phase of the Profinet communication The existing counter value is replaced by the new counter value if the function output byte value changes from 0 to 1 Value range 0 2 32 1 4294967295 4 3 3 Power up Mode Parameters for defining the behavior of PowerUpMode The operation of the...

Page 30: ...O module Security can be obtained in the following ways by saving the counter value upon detection of a power supply fault and or by periodic saving of the counter value and or by any other mechanism Because of the limited number of write cycles of the volatile memory and for economic reasons the counter value may not be absolutely accurate 4 3 4 Process Data For process data mapping of counter in...

Page 31: ...ollowing cases a change in status to MasterDown and the parameter BackupMode VALUE Possible values Description ACTIVE Binary output is active INACTIVE Binary output is inactive 4 4 3 Display Parameters for color definition of the meaning of an indication As a result a specific LED color is assigned to each meaning Parameter type DisplayEnum Possible values Description Normal LED is lit green Alarm...

Page 32: ...the type of local override signal A logical 1 is usually interpreted as active However it is possible for migrations to interpret a logical 0 as active The following assignments apply here Value Input Local override Active 1 Active Inactive 0 Active Active 0 Inactive Inactive 1 Inactive 4 4 6 Process Data BO value LED NO contact NC contact Active On Closed Open Inactive Off Open Closed The allocat...

Page 33: ... Off VALUE Specific value of the parameter BOBackupValue KEEP Save the last active process value 4 5 2 BO Backup Value Parameter type BinaryValueEnum that represents the backup value and becomes valid in the following cases a change in status to MasterDown and the parameter BackupMode VALUE Possible values Description ACTIVE Binary output is active INACTIVE Binary output is inactive 4 5 3 BackupDe...

Page 34: ...ion the color remains permanently assigned It is expressly not intended for use in combination with the status of the process value 4 5 7 Enabling Local Override Enable disable the module key Up Down for the Local override function The general switching behavior for enabled local overriding is defined as follows Switch from automatic to local override manual The current process value is valid unti...

Page 35: ...Closed Open Inactive Off Open Closed The allocation of process data of binary output configured channels is described in Process Data Channel Mapping for the corresponding TX I O module If the TX I O BIM is in the status Masterdown a backup value becomes valid according to BackupMode after the BOBackupDelay delay If the device detects a PowerDown a backup value becomes valid according to PowerDown...

Page 36: ...eld device is to change from 0 to 1 or from 1 to 0 Panel wiring The field device is controlled by an external surge current relay Manual operation The TXM1 6R M module allows local override by means of pressure on the rocker switch of one of the two channels The following applies pressure on Middle hand local override ON OFF no change at the output The yellow LED of the channel lights while the ov...

Page 37: ...l 1 is usually interpreted as active However it is possible for migrations to interpret a logical 0 as active The following assignments apply here Value Input Local override Active 1 Active Inactive 0 Active Active 0 Inactive Inactive 1 Inactive 4 6 5 Process Data The allocation of process data of binary output configured channels is described in Process Data Channel Mapping for the corresponding ...

Page 38: ...device The S7 software does not send any pulse signals since the pulses are generated by the TX I O module Each signal sent to the second channel is ignored Locking in the module makes it impossible to run a command on both channels at the same time However we recommend the installation of an additional lock in the switching cabinet The switching contacts can be used for this purpose for example T...

Page 39: ...ed 4 7 4 Local Override Mode Parameter for defining the type of local override signal A logical 1 is usually output for active However it is possible for migrations to output a logical 1 for active The following assignments apply here Value Input Local override Active 1 Active Inactive 0 Active Active 0 Inactive Inactive 1 Inactive 4 7 5 Process Data The allocation of process data of binary output...

Page 40: ...T BIM V1 0 CM110564en_02 Building Technologies Parameters 23 09 2010 4 7 6 Channel Diagnosis Alarm type Cause solution Invalid Check the module configuration and parameterization No_Output Operating voltage too low check the power ...

Page 41: ...MO4_Static_4Cha_St1 MO4_Static_4Cha_St2 MO4_Static_4Cha_St3 MO4_Static_4Cha_St4 Important These function groups must be inserted in the subslots without any changes to the order and in direct succession to each other 4 8 1 Mapping Function 1 n Parameter for mapping the multistate process value to a single active output channel in accordance with the parameter MappingTable Only a single output can ...

Page 42: ...g Function BINARY Parameter for assigning a MOValue to multistate switching outputs The parameter enables multiple outputs at the same time Their combination is fixed and remains so 4 8 4 Backup Mode Function for control of the behavior of the function when changing to the MasterDown status Possible values Description NO Process value INACTIVE 0 Off VALUE Specific value of the parameter BOBackupVa...

Page 43: ... 8 7 Enabling Local Override Parameter for enabling disabling the module key Up Down for the Local override function General switching behavior for enabled local overriding Switch from automatic to local override manual The current process value is valid until a new manual command is issued Switch from local override to automatic The automatic process value becomes valid once the Profinet I O cont...

Page 44: ...O4_Static_4Cha 0 1 3 0 1 3 7 0 1 3 7 15 Binary mapping MO2_Static_2Cha MO3_Static_3Cha MO4_Static_4Cha 0 3 0 7 0 15 If MOValue is invalid i e the value exceeds the permitted range for the assigned number of outputs then a quality error message Reliability is generated Quality MULTISTATE_FAULT a backup value becomes valid according to the value in BackupMode If the TX I O BIM is in the status Maste...

Page 45: ...ay is disabled Note The first channel of the MO_PULSE function is always the OFF channel If a pulse with the pulse length MinOffTime was generated in the OFF channel before a change in the value MOValue it cannot be interrupted by changing the value We distinguish between three different MO n _PULSE function types The following table shows the channels in regard to function and representation in t...

Page 46: ...s inactive Backup values are the same values as the process data values for the channels For information refer to Process Data Channel Mapping of each TX I O module with MO function 4 9 3 Minimum OFF Time Parameter for defining the minimum pulse length for the OFF channel first channel Value range Unit 1 255 0 1 s 4 9 4 Pulse Time Parameter for defining the pulse length for contact channels 2 n Va...

Page 47: ...scribed in Process Data Channel Mapping for the corresponding TX I O module MOValue represents the current status During the off pulse MOValue changes to 0 During the delay period MinOffTime the current MOValue differs from the commanded value If MOValue is invalid i e no corresponding channel is available then a quality error message Reliability is generated Quality MULTISTATE_FAULT a backup valu...

Page 48: ...flow value 32767 or underflow value 32768 Resistance measurements have different ranges and conversions compared with SIMATIC analog inputs For further information refer to the corresponding table under Resistance Measurement further below in this section 4 10 1 Representation in the SIMATIC Manager Hardware Catalog The following inputs are represented in the SIMATIC Manager hardware catalog AI_U1...

Page 49: ...ance The compensation value is subtracted from the result of the resistance measurement It is used for all signal types with two wire resistance sensors Exceptions NTC 10K and NTC 100K Value range Unit 0 65535 0 01 ohm 4 10 4 Representation of Analog Values SIMATIC value Analog value Description Decimal Hex 32767 7FFF 11 8515 V 31458 7AE2 11 3780 V Overflow measurement faulty 31457 7AE1 11 3777 V ...

Page 50: ...ion Decimal Hex 32767 7FFF 155 185 C 32512 7F00 Overflow line interruption 15500 18500 155 00 185 00 C 11501 18001 Upper limit range Overshoot range 11500 18000 115 00 180 00 C 10000 100 00 C 1 0 01 C 0 0 C 1 0 01 C 3999 4999 4000 5000 40 00 50 00 C Measurement range Rated range Varies according to sensor type 4001 5001 5250 52 50 C Underflow range Lower limit range 32513 80FF 32768 8000 52 50 C U...

Page 51: ...heck the sensor output Short_Loop The connection between the sensor and module shows a value that indicates a short circuit check the sensor and cable connection between the sensor and module Open_Loop The connection between the sensor and module shows a value that indicates an interruption check the sensor and cable connection between the sensor and module No_Sensor The 4 20 mA current measuremen...

Page 52: ...52 94 Siemens TX I O PROFINET BIM V1 0 CM110564en_02 Building Technologies Parameters 23 09 2010 AI_NTC100K X X X AI_PT100_4_Climatic X X X X AI_PT100_4_Standard X X X X ...

Page 53: ...TIC HW catalog Description Rated measurement range Maximum measurement range Resolution AI_U10N DC output 4 20 mA 16 10000 mA 4 11 2 Backup Mode Function for control of the behavior of the function when changing to the MasterDown status Possible values Description NO Process value INACTIVE 0 Off VALUE Specific value of the parameter BOBackupValue KEEP Save the last active process value 4 11 3 AO B...

Page 54: ...ret a logical 0 as active The following assignments apply here Value Input Local override Active 1 Active Inactive 0 Active Active 0 Inactive Inactive 1 Inactive 4 11 6 Process Data The allocation of process data and the channel status information of analog output configured channels for local override are described in Process Data Channel Mapping for the corresponding TX I O module If the TX I O ...

Page 55: ...0 mA 32513 80FF 0 mA Underflow no voltage no current 4 11 8 Channel Diagnosis Alarm type Cause solution Invalid Check the module configuration and parameterization No_Output Operating voltage too low check the power Over_Range Sensor shows a higher value than the rated range check the output process value Under_Range Sensor shows a lower value than the rated range check the output process value Sh...

Page 56: ...HW catalog Description AO_Y250T_2Cha_1_Open Open channel for the AO_Cont3Point_Simple function AO_Y250T_2Cha_2_Close Close channel for the AO_Cont3Point_Simple function The function converts the process value AOValue to a 3 position signal A stroke model StrkPos path algorithm continuously simulates the position of the drive based on the incoming control commands and calculates the required length...

Page 57: ...t specified end positions In doing so StrkPos is set to AOValue at the same time While LmStp TRUE all synchronization types remain irrelevant any ongoing synchronization operation is cancelled If the local override function is active LmStp is set to FALSE Note The function becomes even more useful if an end position detection function is available with an additional input and a correspondingly ass...

Page 58: ...onization for 1 5 rise time 100 or 1 5 fall time 0 EVERY10MIN Synchronization for 1 5 rise time 100 or 1 5 fall time 0 every 10 minutes EVERY20MIN Synchronization for 1 5 rise time 100 or 1 5 fall time 0 every 20 minutes CONTINOPEN Continuous synchronization 100 SINGLEOPEN Synchronization für 1 5 rise time 100 EVERY10MINOPEN Synchronization für 1 5 rise time 100 every 10 minutes EVERY20MINOPEN Syn...

Page 59: ...he required time Value range Unit 0 20 0 1 s Is the difference between the process value and path algorithm greater than half of the neutral zone plus hysterisis a pulse of appropriate length and direction is generated until the difference value is again within the neutral zone 4 12 12 Hysteresis Switching Limit Parameter for defining the component of deviation between StrokeModel and the process ...

Page 60: ...e enables local override Press the rocker switch of either of the two channels The following applies pressure on 4 12 14 Local Override Mode Parameter for defining the type of local override signal A logical 1 is usually interpreted as active However it is possible for migrations to interpret a logical 0 as active The following assignments apply here Value Input Local override Active 1 Active Inac...

Page 61: ...0 no faults 27648 6C00 100 20736 5100 75 1 1 0 0 0 Measurement range 1 FFFF 32768 Value limited to 0 no faults 4 12 16 Channel Diagnosis Alarm type Cause solution Invalid Check the module configuration and parameterization No_Output Operating voltage too low check the power No_Output AC DC 24 V voltage lower than minimum value check the power supply SIMATIC representation of analog values ...

Page 62: ... information is displayed in the module information window the firmware version the hardware version MLFB number machine readable production number order number Ethernet port statistics 1 SIMATIC Manager left screen section Mark CPU menu Target system Show accessible nodes Opens the Accessible Nodes dialog box 2 General tab group field Version Version 3 Identification tab group field Manufacturer ...

Page 63: ...s tab group field Standard diagnstics and Channel specific diagnostics 5 1 3 Diagnostics Alarms German English Alarm Kurzschluss Short Circuit 1 Unterspannung Under Voltage 2 Überspannung Over Voltage 3 Überlast Over Load 4 Übertemperatur Over Temperature 5 Line Break 6 Obere Grenze überschritten Upper Limit Exceeded 7 Untere Grenze überschritten Lower Limmit Exceeded 8 Fehler Error 9 Ungültig Inv...

Page 64: ...lickerin g Ethernet communication on port 2 5 3 Diagnostics in Telnet 5 3 1 Telnet Commands The following commands are used on the DOS command level for working with Telnet help firmware Command Description fwupdate Starts firmware update cimiupdate Starts CIMI firmware update cfgget Get device configuration cfgupdate Update device configuration calibrate Starts CIMI calibration devicestop Stops P...

Page 65: ... shows the welcome text 3 At the DOS prompt Microsoft Telnet enter the IP address of the TX I O BIM open xxx xxx xxx xxx return key Refreshes the screen and displays the login prompt 4 At the DOS prompt login enter telnet return key 5 At the DOS prompt password enter hidden text input user01 return key Displays Welcome user and prompts with PNBIM 6 Continue with the following options Version Basic...

Page 66: ... are listed see the example below Firmware version CIMI firmware version Serial number Hardware version MLFB number Ethernet port statistics 2 Optional Exit by entering at the DOS prompt quit return key 5 3 6 Advanced Diagnostics Command for running and displaying the basic diagnostics and for writing the advanced diagnostics to a file diagext file The file created with this command can be downloa...

Page 67: ...ter alarmlist return key Shows the alarm list for example 2 Optional Exit by entering at the DOS prompt quit return key 5 3 8 Device List Command for displaying a TX I O module list for modules that are connected with the Profinet BIM This command can only be run during ongoing Profinet communication 1 At the DOS prompt PNBIM enter devicelist return key Shows the device list for example 2 Optional...

Page 68: ... and monitoring root root All rights 1 Start Run 2 Enter cmd in the text box and then return key Opens the DOS commander 3 Optional recommended navigate to the folder named above e g C temp with cd c temp return key 4 At the DOS prompt C temp enter ftp return key Prompts ftp 5 At the DOS prompt ftp enter the IP address of the TX I O BIM open xxx xxx xxx xxx return key Displays Connected to IP addr...

Page 69: ...lays the login prompt 6 At the DOS prompt login enter telnet return key 7 At the DOS prompt password enter hidden text input user01 return key Displays Welcome user and prompts with PNBIM 1 At the DOS prompt PNBIM enter devicestop return key Displays Stopping PNIO Device 2 At the DOS prompt PNBIM enter fwupdate pnbim_fw_Vx_x_x bin return key Displays Firmware update command received New file pnbim...

Page 70: ...ta SIMATIC Manager File context menu Archive OK 2 Read the release notes on the GSDML file to determine in what sub modules data was changed 3 Delete all sub modules with changes from the HW configuration Rightclick the module row context menu Delete security prompt Yes button Hold down the CTRL key for multiselection 4 Export the hardware configuration engineering data to a Config file HW configu...

Page 71: ...he required latest file 4 Optional make your selection in the Use marked output status for group field default the current I O device 5 Note the names of the old and new GSDML files These file names will be needed later 6 Click the OK button Closes the listbox 7 Properties dialog box click OK 1 S7 hardware configurator mark Profinet BIM Station Save 2 Optional If other BIMs are available for updat...

Page 72: ...ject i e a security prompt will be displayed for the next object All Acknowledgement for each category of objects in this way for example all racks all subsystems etc can be handled with one security query in each case 5 Reply to the security query by clicking Yes The data is then saved and the dialog box closes 6 Reengineer all previously removed modules and submodules These are modules and submo...

Page 73: ...f a binary input output is obtained from the parameterized address of the module plus the offset specified in the table Example Module input address 50 Channel 4 0 3 byte 0 bit 3 SIMATIC S7 address E 50 3 The addressing takes place on the submodule subslots 2 1 according to the analog or multistate function The SIMATIC S7 address of the analog multistate input output is obtained directly from the ...

Page 74: ...yte 3 Byte 2 Byte 1 Byte 0 Channel 5 Subslot 6 Byte 3 Byte 2 Byte 1 Byte 0 Channel 6 Subslot 7 Byte 3 Byte 2 Byte 1 Byte 0 Channel 7 Subslot 8 Byte 3 Byte 2 Byte 1 Byte 0 Channel 8 Subslot 9 Byte 3 Byte 2 Byte 1 Byte 0 7 2 2 Counter Value Default Channel Mapping The table below shows the counter value set command value assignment of the CI configured channels The command is triggered by setting th...

Page 75: ...e 1 Channel 16 Subslot 1 Bit 7 Byte 1 CI channel Offset to input address Channel 1 Subslot 2 Byte 3 Byte 2 Byte 1 Byte 0 Channel 2 Subslot 3 Byte 3 Byte 2 Byte 1 Byte 0 Channel 3 Subslot 4 Byte 3 Byte 2 Byte 1 Byte 0 Channel 4 Subslot 5 Byte 3 Byte 2 Byte 1 Byte 0 Channel 5 Subslot 6 Byte 3 Byte 2 Byte 1 Byte 0 Channel 6 Subslot 7 Byte 3 Byte 2 Byte 1 Byte 0 Channel 7 Subslot 8 Byte 3 Byte 2 Byte ...

Page 76: ...16 Byte 0 Bit 0 Channel 16 Subslot 17 Byte 0 Bit 0 7 4 TXM1 8U TXM1 8U ML TXM1 8X TXM1 8X ML TXM1 8U 8 channel Universal module TXM1 8U ML 8 channel Universal module with local override and LCD AI_NI1K AI_PT1K385 AO_U10N AI_NTC100K AI_R2K5 BI_STATIC AI_NTC10K AI_T1 BI_PULSE AI_PT1K375 AI_U10N CI TXM1 8X 8 channel Super Universal module TXM1 8X ML 8 channel Super Universal module with local overrid...

Page 77: ...annel 6 Subslot 7 Byte 1 Byte 0 Channel 7 Subslot 8 Byte 1 Byte 0 Channel 8 Subslot 9 Byte 1 Byte 0 AO channel Offset to output address Channel 1 Subslot 2 Byte 1 Byte 0 Channel 2 Subslot 3 Byte 1 Byte 0 Channel 3 Subslot 4 Byte 1 Byte 0 Channel 4 Subslot 5 Byte 1 Byte 0 Channel 5 Subslot 6 Byte 1 Byte 0 Channel 6 Subslot 7 Byte 1 Byte 0 Channel 7 Subslot 8 Byte 1 Byte 0 Channel 8 Subslot 9 Byte 1...

Page 78: ...ng CI channel Offset to input address Channel 1 Subslot 2 Byte 0 Bit 0 Channel 2 Subslot 3 Byte 0 Bit 0 Channel 3 Subslot 4 Byte 0 Bit 0 Channel 4 Subslot 5 Byte 0 Bit 0 Channel 5 Subslot 6 Byte 0 Bit 0 Channel 6 Subslot 7 Byte 0 Bit 0 Channel 7 Subslot 8 Byte 0 Bit 0 Channel 8 Subslot 9 Byte 0 Bit 0 CI channels configured as counter input ...

Page 79: ...ed channels process data allocation of the MO configured channels The first n channels apply to the n channel MO function Example The following values apply to the function Mo_Map_4Cha None Channel 1 Channel 2 Channel 3 Channel 4 The MO channel 1 begins with the channel number of the MO configured submodule Example The following MO channel mapping applies to the function Mo_Map_4Cha in the Subslot...

Page 80: ...el 1 2 3 4 0 0 1 1 1 1 MO channel 1 2 3 4 5 0 1 1 1 1 1 MO channel 1 2 3 4 5 6 1 1 1 1 1 1 Only some of the values possible for binary mapping are listed for this mapping type in the table below All MO channel combinations are valid SIMATIC value Channel number Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 No channel 0 0 0 0 0 0 MO channel 1 0 0 0 0 0 1 MO channel 2 0 0 0 0 1 0 MO channel 3 0 0 0 1 0 0 MO c...

Page 81: ...7 Subslot 1 Byte 0 Bit 6 Channel 8 Subslot 1 Byte 0 Bit 7 The last bit bit 0 7 in each case is responsible for the mode active inactive of the local override function For details refer to the appropriate local override mode parts in Section 4 Parameters 7 6 TXM1 8P TXM8P PT100 module AI_NI1K AI_PT1K375 AI_PT100_4_Climatic AI_R250 AI_PT100_4_Climatic AI_R2K5 7 6 1 Channel Process Data Channel Mappi...

Page 82: ...slot 2 Byte 0 Bit 0 Channel 2 Subslot 3 Byte 0 Bit 0 Channel 3 Subslot 4 Byte 0 Bit 0 Channel 4 Subslot 5 Byte 0 Bit 0 Channel 5 Subslot 6 Byte 0 Bit 0 Channel 6 Subslot 7 Byte 0 Bit 0 Channel 7 Subslot 8 Byte 0 Bit 0 Channel 8 Subslot 9 Byte 0 Bit 0 The last bit bit 0 7 in each case is responsible for the mode active inactive of the local override function For details refer to the appropriate loc...

Page 83: ...power supply U1 Power supply module TXS1 12F10 X1 Bus interface module TXS1 EF10 Install each I O row from left to right or from top to bottom Install the devices in an upright position in succession on the standard mounting rail The island bus constructs itself as a result 1 Start the installation in all cases with one or two A devices that provide the bus signal the module power supply and the f...

Page 84: ...Un 3 4 Remove the whole module Un with the terminal socket 4 5 Install the new module Un with terminal socket without an address key 6 Push in the mounting slider Un 7 Insert the address key of the old module in the new module and swivel it into position carefully 8 Insert the electronic unit at the neighboring module Un 1 again and carefully swivel the address key into position U n 1 U n 1 U n 10...

Page 85: ... the I O modules can be freely labeled A4 sheets with the corresponding divisions and perforations can be ordered under the order number TXA1 LA4 These sheets can be printed with the easy to use Excel file IoLabel xls The module address and the function of each I O point can be printed on the labels created in this way A function is integrated into the TX I O tool that enables the label sheets to ...

Page 86: ...d bus and in this way receives the information as to what peripheral devices are connected and what function is required for the periphery If the electronic unit is replaced the address key must first be swiveled out The load is disabled as a result The values remain stored in the bus master The key is left inserted in the terminal socket so that the bus master can inform the new electronic unit o...

Page 87: ...0730 Operation of automatic controller Level of contamination Construction type Type 1 2 Protection class III Housing protection type Protection type as per EN 60529 Front parts in the DIN section Terminal part IP30 IP20 Environmental conditions Operation According to IEC 60721 3 3 Climatic conditions Class 3K5 Temperature 5 50 C Relative humidity 5 95 r H Mechanical conditions Class 3M2 Transport...

Page 88: ...al declaration CM1E8186 contains data for environmental compatible product design and evaluation RoHS conformance material composition packaging environmental benefits disposal ISO 14001 environment ISO 9001 quality SN 36350 environmental compatible products 2002 95 EG RoHS Color Housing RAL 7035 light gray Dimensions See dimension images Width in DIN pitch units 7 5 Weight Including packaging 0 2...

Page 89: ...onnection Ethernet port 1 1 COM1 Communication Ethernet port 1 1 LINK2 Connection Ethernet port 2 1 COM2 Communication Ethernet port 1 1 1 For details on the LEDs refer to 5 2 Diagnostics on the TX I O BIM 1 GND 5 VPP 2 RxD 6 CHM 3 not assigned 7 BTL 4 TxD 8 GND 12 345678 Note The PROFINET BIM must not be connected with either a hub a router or a non real time switch Always connect the PROFINET BI...

Page 90: ...90 94 Siemens TX I O PROFINET BIM V1 0 CM110564en_02 Building Technologies Hardware 23 09 2010 ...

Page 91: ... ML 76 P Parameters 25 AI_XXX analog input measure 48 AO_U10N AO_I420N analog output Positioning 53 AO_Y250T_2Cha_1_Open AO_Y250T_2Cha_1_Close continuous 3 point analog output 56 BI_PULSE binary input pulse 27 BI_STATIC binary input static 25 BO_BISTABIL binary output bistable 33 BO_Q250 binary output OnOff 31 binary output OnOff pulse 1 channel 36 BO_Q250_P_2CHA binary output OnOff pulse 2 channe...

Page 92: ...92 94 Siemens TX I O PROFINET BIM V1 0 CM110564en_02 Building Technologies Index 23 09 2010 V Variable table creating a variable table 22 working with the variable table 23 ...

Page 93: ...93 94 Siemens TX I O PROFINET BIM V1 0 CM110564en_02 Building Technologies Index 23 09 2010 ...

Page 94: ...M110564en_02 Building Technologies 23 09 2010 Siemens Schweiz AG Industry Sector Building Technologies Division Gubelstrasse 22 6301 Zug Schweiz Tel 41 41 724 24 24 www buildintechnologies siemens com 2010 Siemens Schweiz AG Subject to change ...

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