Related Manuals for Siemens TX-I/O
Summary of Contents for Siemens TX-I/O
- Page 1 TX-I/O™ TX-I/O PROFINET BIM V1.0 User manual CM110564en_02 Building Technologies 23.09.2010...
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Page 2: Table Of Contents
Process Data...................30 4.3.5 Defining Start Counter Value..............30 4.3.6 Channel Diagnosis ..................30 Binary Output – OnOff................31 4.4.1 Backup Mode ..................31 4.4.2 BO Backup Value ..................31 4.4.3 Display.....................31 2 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies About this Document 23.09.2010... - Page 3 Channel Diagnosis..................47 4.10 Analog Input (Measure) ................48 4.10.1 Representation in the SIMATIC Manager Hardware Catalog ....48 4.10.2 Functions....................48 4.10.3 Compensation ..................49 4.10.4 Representation of Analog Values............49 3 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies About this Document 23.09.2010...
- Page 4 5.3.6 Advanced Diagnostics................66 5.3.7 Alarm List ....................67 5.3.8 Device List....................67 Updates ....................68 Firmware Update..................68 6.1.1 FW Upload to TX-I/O BIM ...............68 6.1.2 Firmware Update of PROFINET BIM ............69 Configurations Update ................70 6.2.1 Preparation....................70 6.2.2 Updating the SIMATIC Manager .............70 6.2.3 Updating Export Data................71...
- Page 5 Labeling and Addressing Devices............85 8.3.1 Flow and Allocation of the Labelling............85 8.3.2 Labeling the I/O Modules ................85 8.3.3 Addressing ....................86 Technical Data..................87 Connections ....................89 Index ........................91 5 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies About this Document 23.09.2010...
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Page 6: About This Document
Before you Start Copyright This document may be duplicated and distributed only with the express permission of Siemens, and may be passed only to authorized persons or companies with the required technical knowledge. Quality assurance These documents were prepared with great care. - Page 7 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 improper compliance of the same.
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Page 8: Terminology
Connection unit for the cables of the peripheral devices (field devices). Terminal socket Part of the TX-I/O module that is mounted on the standardized mounting rail and on which the wiring is implemented. The terminals implement the function of switching cabinet series terminals. -
Page 9: General
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. -
Page 10: Configuration
Configuration The following figure shows how the TX-I/O modules are connected to SIMATIC S7 (S7-200, 300 and 400) and to the higher-level management PC. Features Communication On the Profinet side, Profinet BIM supports 100-MHz full duplex Ethernet communication. Performance The performance (number of TX-I/O modules per Profinet BIM that can be used) depends on the following specific conditions: 64 TX-I/O modules (max.) -
Page 11: Cycle Times Of Profinet Bim
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. Other data Module process data... -
Page 12: Product Overview & Functionality
Island bus The process data exchange interval is fixed. The process data of every TX-I/O module is accessed once every 500 ms. Product Overview & Functionality The Profinet BIM can be configured for the following TX-I/O modules: 8 DP DI modules TXM1.8D... - Page 13 Example of reading The Y250T function (actuating signal, three-point output) occupies two I/O points. There is room for 3 actuating drives on a TXM1.6R relay. 13 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies General 23.09.2010...
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Page 14: Engineering
GSDML file to use for the Profinet BIM. As a result of the import, the Profinet BIM will then appear as a field device in the hardware catalog of the program (path: ...\Profinet IO\I/O\TX-I/O). Workflow... -
Page 15: Creating A Step7 Project
Add power supply Rightclick Rack: Field 1 > context menu: Insert Object From the list box, select a power supply The power supply is added to the rack. 15 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Engineering 23.09.2010... - Page 16 If the I/O system was already created, it is now automatically attached to the subsystem. Note If the I/O system is not already available, please proceed as described above (Add Profinet I/O system). 16 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Engineering 23.09.2010...
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Page 17: Install Gsdml File
They must be imported. Before the installation, you must copy the files to a folder outside C:\...\Siemens\Step7\GSD\... – otherwise they will not be installed. During the installation, the files are written to the above-mentioned folder. Import GSDML and... -
Page 18: Engineering The Profinet Bim With The Simatic Manager
512 ms. 10. Close with OK. 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. Supported TX-I/O TXM1.8D TXM1.8U TXM1.8X... -
Page 19: Module Configuration
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):... -
Page 20: Channel Configuration
Procedure Hardware catalog: open the module with the affected objects 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. -
Page 21: Symbol Table
Optional: Rename the symbol (Edit > Rename > Text box: Enter new name) Open the symbol table (rightclick on symbol > context menu: Open object) Opens the symbol editor 21 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Engineering 23.09.2010... -
Page 22: Variable Table
Requirements In order that the variable table can be created and used, specific requirements must be fulfilled:Defined device name in TX-I/O BIM If you want to work with symbols, they must previously have been created in the symbol table... - Page 23 Modify/Force Value as Comment (on/off) Step-by-step procedure SIMATIC Manager: open tree to Blocks > Mark blocks > rightclick variable table > context menu: Open object 23 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Engineering 23.09.2010...
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Page 24: Parameters
The size of the process image is configured with the properties of the CPU under the "Cycle/clock marker" tab (separately for inputs and outputs). Parameters Note This is a summary. Its purpose is to quickly locate the relevant parameters. 24 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 25: Binary Input (Static)
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. 25 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 26: Process Data
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 26 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 27: Binary Input (Pulse)
0 > 1 > 0 0 > 1 > 0 Contact open > Pulse Pulse closed 0 > 1 > 0 0 > 1 > 0 27 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 28: Debounce Time
Chapter 4, "Process Data Channel Mapping" of the TX-I/O modules. 4.2.6 Channel Diagnosis Alarm type Cause / solution Invalid Check the module configuration and parameterization 28 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 29: Counter Input
I/O module. The controller is responsible for the following: for tracing the current counter and for persistent saving in the event of power failure. 29 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 30: Process Data
The transmitted counter value is activated when the corresponding channel bit changes from '0' to '1'. For counter value mapping of counter input (CI)-configured channels, refer to the corresponding sections in Chapter 5, "Counter Value Definition Channel Mapping" of the CI-configured TX-I/O modules. 4.3.6 Channel Diagnosis Alarm type... -
Page 31: Binary Output - Onoff
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. 31 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 32: Enabling Local Override
The allocation of process data of binary output-configured channels is described in 'Process Data Channel Mapping' for the corresponding TX-I/O module. Masterdown If the TX-I/O BIM is in the status 'Masterdown', a backup value becomes valid according to [BackupMode]. 4.4.7... -
Page 33: Binary Output (Bistable)
Parameter for defining the behavior following the detection of a MasterDown. Definition, addition Possible values Description Process value = INACTIVE, 0 (Off) VALUE Specific value of the parameter [BOBackupValue] KEEP Save the last active process value 33 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 34: Bopowerdownvalue
The automatic process value becomes valid once the Profinet I/O controller writes a new value. Possible values Description Selected Enabled Not selected Disabled Restriction The module TXM1.6RL ('light module') does not support local overriding. 34 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 35: Local Override Mode
The allocation of process data of binary output-configured channels is described in 'Process Data Channel Mapping' for the corresponding TX-I/O module. Masterdown If the TX-I/O BIM is in the status 'Masterdown', a backup value becomes valid according to [BackupMode] after the [BOBackupDelay] delay. Powerdown (AC24) If the device detects a [PowerDown], a backup value becomes valid according to [PowerDownModeAC24]. -
Page 36: Binary Output - Onoff Pulse (1-Channel)
This time is needed to prevent (electrical) damage to an actuator. Value range Unit 0…255 0.1 s 4.6.2 Pulse Time Definition, addition Parameter for defining the pulse length. Value range Unit 1…255 0.1 s 36 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 37: Enabling Local Override
'Process Data Channel Mapping' for the corresponding TX-I/O module. Masterdown If the TX-I/O BIM has the status 'Masterdown', the relay (after a delay for an active pulse) will return to its original status (i.e., no new output pulse is generated). -
Page 38: Binary Output - Onoff Pulse (2-Channel)
S7 software displays the status of the field 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. Panel wiring Locking in the module makes it impossible to run a command on both channels at the same time. -
Page 39: Pulse Time
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 has the status 'Masterdown', the relays (after a delay for an active Masterdown pulse) will return to their original status (i.e., no new output pulse is generated). -
Page 40: Channel Diagnosis
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 40 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 41: Multistate Output Mapping (Static)
a backup value becomes valid according to the value in [BackupMode]. Duplicate assignments in the [MappingTable] are not detected by the I/O function. Only the value that is found first determines the output channel. 41 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 42: The Mapping Function Updown
Function for control of the behavior of the function when changing to the "MasterDown" status. Possible values Description Process value = INACTIVE, 0 (Off) VALUE Specific value of the parameter [BOBackupValue] KEEP Save the last active process value 42 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 43: Mo Backup Value
Binary output is active. INACTIVE Binary output is 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. 4.8.6 Mapping Type Definition, addition Parameter for defining the mapping type. -
Page 44: Process Data
a quality error message (Reliability) is generated [Quality = MULTISTATE_FAULT] a backup value becomes valid according to the value in [BackupMode]. Masterdown If the TX-I/O BIM is in the status 'Masterdown', a backup value becomes valid according to [BackupMode]. 4.8.10 Channel Diagnosis Alarm type... -
Page 45: Multistate Output Mapping (Pulse)
The multistate output (pulse) is similar to the function of the Q250-P (BO_OnOff_Pulse). The function has n combined outputs. n is independent of the TX-I/O module that is used. The function ensures that only one output can be active at any one time. -
Page 46: Backup Mode
Binary output is active. INACTIVE Binary output is 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... -
Page 47: Local Override Mode
Mapping error -> check the multistate functions Masterdown If the TX-I/O BIM has the status 'Masterdown' after a start, no new output pulses are generated, regardless of the value [BackupMode]. If local override is active after starting the TX-I/O, an output pulse defined by Local override [MOValue] will be generated. -
Page 48: Analog Input (Measure)
Current measurement Current measurement SIMATIC HW Description Rated Maximum Resolution catalog measurement measurement range range 3.0… 23 mA AI_I020 DC measurement 0…20 mA 1/1000 mA (0…20 mA) 48 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 49: Compensation
Overshoot range; measurement is correct, measurement accuracy is no longer assured 27649 6C01 20.0007 mA 27648 6C00 20.0000 mA Measurement range 20736 5100 15.0000 mA 0.7234 μA 49 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... - Page 50 32512 7F00 6100 610°C Upper limit range Overshoot range 4001 4000 400.0 °C Measurement range Rated range 1000 100.0 °C Varies according to sensor type 0.1 °C 50 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010...
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Page 51: Channel Diagnosis
The operating voltage ACDC 24 V is below a specific value (AC or DC) > check the operating voltage value (power supply) Error messages (overview) Function AI_U10N AI_I020 AI_I420N AI_NI1K AI_PT1K375 AI_PT1K385 AI_R2K5 AI_T1 AI_NTC10K 51 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... - Page 52 AI_NTC100K AI_PT100_4_Climatic AI_PT100_4_Standard 52 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010...
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Page 53: Analog Output (Positioning)
Definition, addition becomes valid in the following cases: a change in status to 'MasterDown' and the parameter [BackupMode] = VALUE Value range -32768 .. +32767 53 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 54: Enabling Local Override
'Process Data Channel Mapping' for the corresponding TX-I/O module. Masterdown If the TX-I/O BIM is in the status 'Masterdown', the backup functions become active. The backup function then works in the mode defined by the value in the parameter [BackupMode]. -
Page 55: Channel Diagnosis
Unreliable The operating voltage ACDC 24 V is below a specific value (AC or DC) > check the operating voltage value (power supply) 55 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 56: Continuous 3-Point Analog Output
Possible values Description Process value = INACTIVE, 0 (Off) VALUE Specific value of the parameter [BOBackupValue] KEEP Save the last active process value 4.12.3 AO Backup Value 56 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 57: Startsynchronization
The synchronization is not interrupted by any other event. Possible values Description NONE No synchronization Immediate 'Open' synchronization for 1.5 [rise time] SINGLEOPEN Immediate 'Close' synchronization for 1.5 [fall time] SINGLECLOSE 57 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 58: Limitsynchronization
Parameter for defining the open time of a valve, flap, etc. Value range Unit Recommended range 63...65535 0.1 s 6.5...600 s The open time (0 % to 100 %) can be defined within the range specified above. 58 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 59: Falltime
OnCmd or OffCmd pulse has been generated.. The entire deviation Y in the figure below must comply with the following condition: NeutralZon Hysteresis 59 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 60: Enabling Local Override
Mapping' for the corresponding TX-I/O module. Local override If local override is active after starting the TX-I/O, [StrokeModel] is set to the value of the last override value. As a result, the relay remains inactive and the drive is immobile. -
Page 61: Channel Diagnosis
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 61 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Parameters 23.09.2010... -
Page 62: Diagnostics
(order number) Serial number Identification tab, group field: Manufacturer information > Serial number Ethernet port statistics Statistics tab Close button. Closes the dialog box. 5.1.2 Advanced Diagnostics 62 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Diagnostics 23.09.2010... -
Page 63: Diagnostics Alarms
Upper Limit Exceeded Untere Grenze überschritten Lower Limmit Exceeded Fehler Error Ungültig Invalid Gerätefehler Device Fault Kein Fühler No Sensor Ausgang gesperrt Output Disabled Multistate-Fehler Multistate Fault Break Fault 63 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Diagnostics 23.09.2010... -
Page 64: Diagnostics On Profinet Bim
Shows the active alarms diagbasic Display the diagnostic and process alarms diagextended Display the extended diagnosis ethstats Display the ethernet statistics showlog Display trace log version Display the firmware version 64 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Diagnostics 23.09.2010... -
Page 65: Authentication
At the DOS prompt (C:\temp>) enter: telnet > return key Starts Telnet and shows the welcome text 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 At the DOS prompt (login:) enter: telnet >... -
Page 66: Configuration
The file created with this command can be downloaded via FTP. Procedure At the DOS prompt (PNBIM>) enter: diagextended > return key Shows the parameters of the extended diagnostics of the TX-I/O BIM; the following parameters are listed: Diagnostics alarm list per device/function object/channel ... -
Page 67: Alarm List
Optional: Exit by entering at the DOS prompt: quit > return key 5.3.8 Device List Definition, addition 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. Procedure At the DOS prompt (PNBIM) enter: devicelist >... -
Page 68: Updates
> return key At the DOS prompt (C:\temp>) enter: ftp > return key Prompts ftp> 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 address> and 220 Service ready' At the DOS prompt User (<IP address>: (none)) enter: user >... -
Page 69: Firmware Update Of Profinet Bim
At the DOS prompt enter: telnet > return key Starts Telnet and shows the welcome text 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 At the DOS prompt (login:) enter: telnet >... -
Page 70: Configurations Update
Install new GSDML file refer to page 17 – Import GSDML and BMP files S7 Manager: Run the hardware configuration Tools > Install GSD Files Opens Install GSD Files 70 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Updates 23.09.2010... -
Page 71: Updating Export Data
Replace the old file names by the new GSDML file names. This is most easily done by Search & Replace. Save the configuration file Update the S7 hardware configuration Refer to the next section for details. 71 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Updates 23.09.2010... -
Page 72: Updating The S7 Hardware Configuration
Target system > load to module Opens the 'Select target module' dialog box Select target module > click OK Follow the dialog; the action ends after a short time. 72 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Updates 23.09.2010... -
Page 73: Module Data
Module Data This section explains how the input/output channels of the TX-I/O modules are mapped to the SIMATIC S7 input/output addresses. General Every newly added ('plugged') module must be addressed. This procedure is not similar for all modules. We distinguish between binary input/output modules and ... -
Page 74: Txm1.8D
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 74 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Module Data 23.09.2010... -
Page 75: Txm1.16D
Byte 0 Channel 15 Subslot 16 Byte 3 Byte 2 Byte 1 Byte 0 Channel 16 Subslot 17 Byte 3 Byte 2 Byte 1 Byte 0 75 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Module Data 23.09.2010... -
Page 76: Counter Value Default Channel Mapping
Bit 2 Channel 4 Subslot 1 Byte 0 Bit 3 Channel 5 Subslot 1 Byte 0 Bit 4 Channel 6 Subslot 1 Byte 0 Bit 5 76 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Module Data 23.09.2010... -
Page 77: Local Override Channel Mapping
Byte 0 Channel 6 Subslot 7 Byte 1 Byte 0 Channel 7 Subslot 8 Byte 1 Byte 0 Channel 8 Subslot 9 Byte 1 Byte 0 77 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Module Data 23.09.2010... -
Page 78: Counter Value Default Channel Mapping
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 78 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Module Data 23.09.2010... -
Page 79: Txm1.6R, Txm1.6R-M, Txm1.6Rl
Mapping type The mapping type is selected in the [MappingKind] parameter of the function. Three (3) different mapping types are provided: Mapping_1_n Mapping_UpDown Mapping_Binary 79 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Module Data 23.09.2010... - Page 80 Bit 2 Bit 1 Bit 0 No channel MO channel 1 MO channel 2 MO channel 3 MO channel 4 MO channel 5 MO channel 6 80 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Module Data 23.09.2010...
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Page 81: Local Override Channel Mapping
Byte 0 Channel 6 Subslot 7 Byte 1 Byte 0 Channel 7 Subslot 8 Byte 1 Byte 0 Channel 8 Subslot 9 Byte 1 Byte 0 81 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Module Data 23.09.2010... -
Page 82: Local Override Channel Mapping
Section 4 – Parameters. Channel 6 Subslot 7 Byte 0 Bit 0 Channel 7 Subslot 8 Byte 0 Bit 0 Channel 8 Subslot 9 Byte 0 Bit 0 82 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Module Data 23.09.2010... -
Page 83: Hardware
Insert the I/O modules in succession on (4), (5). Optional: Add additional bus interface modules between the modules and no more than one further power supply module ('A') for each I/O row. 83 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Hardware 23.09.2010... -
Page 84: Replacing A Module
When replacing a whole module (including socket), the following points must be socket observed: The bus connector protrudes from all TX-I/O devices on the right. For this reason, the electronic unit must first be removed from the neighboring module on the right. -
Page 85: Labeling And Addressing Devices
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. -
Page 86: Addressing
The address key must first be firmly inserted in the terminal socket and then carefully swiveled into the electronic part. 86 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Hardware 23.09.2010... -
Page 87: Technical Data
Industrial environment EN 61000-6-2 Emitted interference Residential EN 61000-6-3 environment, light industry CE conformance EMC guidelines 2004/108/EG c-Tick conformance Australian EMC framework radio emission AS/NZS 61000-6-3 UL-Approbation 87 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Hardware 23.09.2010... - Page 88 2002/95/EG (RoHS) benefits, disposal) Color Housing RAL 7035 (light-gray) Dimensions See dimension images Width in DIN pitch units Weight Including packaging 0.201 kg 88 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Hardware 23.09.2010...
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Page 89: Connections
Communication Ethernet port 1 LINK2 Connection Ethernet port 2 COM2 Communication Ethernet port 1 For details on the LEDs, refer to 5.2 – Diagnostics on the TX-I/O BIM 1 2 3 4 5 6 7 8 RJ45 pin assignment not assigned Note... - Page 90 90 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Hardware 23.09.2010...
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Page 91: Index
TXM1.6R-M, TXM1.6RL........79 Technical Data............87 TXM1.8D ............74 TXM1.8P ............81 Terminology .............8 TXM1.8U, TXM1.8U-ML, TXM1.8X, TXM1.8X- ML ..............76 Update Configuration............70 Parameters ............25 Firmware ............68 91 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Index 23.09.2010... - Page 92 22 Variable table working with the variable table......23 92 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Index 23.09.2010...
- Page 93 93 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies Index 23.09.2010...
- Page 94 Siemens Schweiz AG Industry Sector Building Technologies Division Gubelstrasse 22 6301 Zug Schweiz Tel. +41 41-724 24 24 © 2010 Siemens Schweiz AG www.buildintechnologies.siemens.com Subject to change 94 / 94 Siemens TX-I/O PROFINET BIM V1.0 CM110564en_02 Building Technologies 23.09.2010...