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IBA ibaBM-DPM-S Manual

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ibaBM-DPM-S
Profibus-Sniffer
Manual
Issue 2.11

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Summary of Contents for IBA ibaBM-DPM-S

  • Page 1 Profibus-Sniffer Manual Issue 2.11...
  • Page 2 However, the information in this publication is updated regularly. Required corrections are contained in the following regulations or can be downloaded on the Internet. The current version is available for download on our web site www.iba-ag.com. Copyright notice ®...

  • Page 3: Table Of Contents

    ............. 20  7.2.14 Shield connector ..................20 System integration..................21 ibaBM-DPM-S in the ibaPDA environment............21 8.1.1 Connection to the DP-Master (unidirectional) ..........21 8.1.2 Connection to the DP master and other DP slaves (unidirectional) ....22 8.1.3 Connection to the DP master and other DP slaves on the redundant PROFIBUS........................
  • Page 4 Define the time ....................43 Configuration in ibaPDA-V6 ................44 10.1 First steps in ibaPDA-V6 configuration ............44 10.2 Device modules and modules in the I/O-Manager .......... 52 10.2.1 “ibaBM-DPM-S“ device module...............52 10.2.2 „Sniffer“ module....................55 10.2.3 „Active Slave“ module ..................59 10.2.4 „Dig512 sniffer“ module ...................62 10.3...

  • Page 5: About This Manual

    About this manual This manual describes the construction, the use and the operation of the device ibaBM-DPM-S. If you plan to use the device in DPM-S-64 mode (for replacing an old ibaBM-DPM-64 device), please refer to the manual of ibaBM-DPM-S-64.

  • Page 6: Used Symbols

    Manual ibaBM-DPM-S Used symbols If safety instructions or other notes are used in this manual, they mean: The non-observance of this safety information may result in an imminent risk of death or severe injury:  By an electric shock! ...

  • Page 7: Introduction

    The behavior then is exactly the same like of the new ibaBM-DPM-S-64. To get more informa- tion about this mode of operation please refer to the manual of the ibaBM-DPM-S-64. In the following only the ibaBM-DPM-S functions are described.
  • Page 8 Fig. 2: Principle of operation as active slave The two modes of operation can also be combined. In this case the ibaBM-DPM-S reads data that is specifically targeted for the device as well as data for other DP stations.

  • Page 9: Scope Of Delivery

    Scope of delivery An ibaBM-DPM-S delivery contains the following components:  ibaBM-DPM-S  ibaBM-DPM-S manual  USB cable (A/B) for connecting ibaBM-DPM-S and a computer  CD-ROM with  GSD file (for "active slaves")  USB driver  Empty parameter files ...

  • Page 10: Safety Instructions

    Manual ibaBM-DPM-S Safety instructions The device should not be operated at voltages exceeding +24 V DC! An overly high op- erating voltage destroys the device and may result in death or serious injury. The PROFIBUS cable should be connected after proper completion of the active slave configuration only.

  • Page 11: System Requirements

     PROFIBUS DP network Operation in redundancy mode:  ibaBM-DPM-S firmware beginning with version B4 supports the redundancy mode  Moreover, you need to get a license that is activated via the ibaBM-DPM-S Web in- terface. Note Please contact iba AG for getting a license key for the redundancy mode.

  • Page 12: Software

    Manual ibaBM-DPM-S Software  Any automation system with DP master function can send data to ibaBM-DPM-S.  ibaPDA-V6, ibaQDR-V6 beginning with version 6.10.2 on the non-redundant PROFIBUS or ibaLogic-V4 for measuring and recording data.  ibaPDA-V6 / ibaQDR-V6 beginning with version 6.26.3 for measuring and recording data on the redundant PROFIBUS.

  • Page 13: Din Rail Mounting/Dismounting

    Manual DIN rail mounting/dismounting Mounting 1. Locate the DIN rail mounting clip on the rear side of the device. Slowly push down and in so that the bottom part of the mounting clips snaps onto the bottom part of the rail and firmly fixes the device to the DIN rail.

  • Page 14: Device Description

     Via the PROFIBUS interfaces, up to 2 PROFIBUS DP strings are connected for data capturing.  ibaBM-DPM-S sends the captured data via the FO interface to ibaPDA-V6.  Parameters are usually transferred via the network interface of ibaPDA-V6. Alterna- tively, it can also be done via the USB interface or a CF card.

  • Page 15: Views Of Device, Control Elements And Connections

    LAN connector X22 Front view can be different from the one shown! Rear view Type plate Device name iba article number Serial number CE mark MAC address Hardware and software versions (e.g.: HW A1, SW A2) Figure 4: Device views...

  • Page 16: On / Off Switch S11

    Manual ibaBM-DPM-S  7.2.1.1 Fiber optic cable connectors RX / TX RX: 32 Mbit/s FO reception without function yet. TX: 32 Mbit/s fiber optic transmission interface for direct data transmission to an ibaPDA-V6 or ibaLogic system. Your ibaPDA-V6 or ibaLogic system requires an ibaFOB-D card to receive data.

  • Page 17: Power Supply

    7.2.4 24 V Power supply The ibaBM-DPM-S device requires an external 24 V DC power supply (unregulated) and should be operated at a maximum of 500 mA. The operating voltage should be run through the provided 2-pin Phoenix threaded coupling connector. If desired, you can order DIN rails or plug-in power supply units from iba.

  • Page 18: Pushbutton S10

    Manual ibaBM-DPM-S Now all customized settings are deleted and set back to default settings, i. e. also spe- cific settings for TCP/IP or USB are reset, incl. passwords. Saved settings of signal pa- rameters (*.csv) and the activated number of active slaves remain.

  • Page 19: Leds For Profibus Bus0, Bus1

    Manual   7.2.11 LEDs for PROFIBUS Bus0, Bus1 PROFIBUS Status Description Blinking PROFIBUS controller active and OK (green) Error in the CPU of the DP controller No PROFIBUS found or no communication (yellow) Blinking fast (appr. At least one master active in the DP, but no slave 0.1 s)

  • Page 20: Profibus Switches

    Bus1 ibaBM-DPM-S is the last device on Bus0 ibaBM-DPM-S is the last device on Bus1 ibaBM-DPM-S is to be looped into a PROFIBUS line, whereby only two cable ends with end plugs of the same line are available.

  • Page 21: System Integration

    8.1.1 Connection to the DP-Master (unidirectional) Figure 5: ibaBM-DPM-S connected to the DP master and ibaFOB-4i-D in the measuring PC The configuration shown above illustrates the ibaBM-DPM-S device connected to a DP Master device (for example the SIMATIC S7). The measured values can be logged with a stationary ibaPDA-V6 PC using an ibaFOB-4i–D card.

  • Page 22: Connection To The Dp Master And Other Dp Slaves (Unidirectional)

    Connection to the DP master and other DP slaves (unidirectional) Figure 6: ibaBM-DPM-S connected to DP master, further DP slave devices and measuring PC ibaBM-DPM-S can be inserted anywhere into an existing PROFIBUS DP network. Vari- ous cases are conceivable.

  • Page 23: Connection To The Dp Master And Other Dp Slaves On The Redundant

    The highly available S7-400H automation system offers two parallel redundant PROFIBUS strings. ibaBM-DPM-S is looped into the two lines by the two DP connections Bus0 (X40) and Bus1 (X41). In redundancy mode, the S6 switch needs to be open (OFF). The Bus0 (X40) connection is connected to the DP string of the CPU0 and the Bus1 (X41) connection to the DP line of the CPU1.
  • Page 24 Manual ibaBM-DPM-S Figure 8: ibaBM-DPM-S connected to redundant PROFIBUS and measuring PC Issue 2.11...

  • Page 25: Profibus

    In case you change addresses and data of defined slaves, the PROFIBUS communication is not disturbed! Please, only define active slaves if those are identical to the ibaBM-DPM-S. Never use slave numbers of other devices as active slaves! This disturbs communication on the PROFIBUS.

  • Page 26: Transferring The Configuration With The Compactflash

    The Ethernet TCP/IP interface at the bottom of the device is used for configuring de- vice parameters. Each ibaBM-DPM-S device has a unique MAC address that allows to identify the de- vice in the network. You can find the MAC address on the type label on the back of the device.

  • Page 27: Usb Interface

    IP address („Auto-IP“). This can take up to two minutes. First configuration of a TCP/IP connection If you connect a new ibaBM-DPM-S device for the first time to a PC via cross over cable, because there is no network available, please complete the following steps.
  • Page 28 Insert the delivered CD-ROM into your CD drive and click on “Next”. The driver for “IBA AG USB Remote NDIS Network Device“ will be found. 4. The message box which points out that “The software you are installing... has not passed the Windows Logo testing..”...
  • Page 29 6. There, in section “LAN or High-Speed Internet” you’ll find a LAN connection with the device name “IBA AG USB Remote NDIS Network Device”. Highlight this line and se- lect “Properties” from the “File” menu. A new dialog box “LAN-connection... Properties“...
  • Page 30 Manual ibaBM-DPM-S 8. Choose “Use the following IP address“ and enter the address “192.168.0.2” into the field “IP address” and the value “255.255.255.0” into the field “Subnet mask”. Then close this dialog and the previous one by click on “OK”.

  • Page 31: Configuration Of The Device Via The Web Interface

    In redundancy mode, activation and configuration are done with ibaPDA-V6. 9.4.1 Starting the Web interfaces 1. After having connected the PC to ibaBM-DPM-S via Ethernet or USB, please start the Internet Explorer. 2. Type in the Internet address of the device in the address line (URL) If connection via …...
  • Page 32 Manual ibaBM-DPM-S Important note When working under Windows 7, you might get no access to the Website, although a con- nection is established. Please check or change the following parameters in the Windows security settings: Path: Local Security policy “Security settings - Local policies - Security options”...
  • Page 33 An increased maximum number of slaves is an optional license which can be purchased from iba AG. Such an upgrade can only be released after approval of compliance to the existing installation by iba AG. The release of redundancy mode is an optional license which can be purchased from iba AG.

  • Page 34: Info - Homepage

    Manual ibaBM-DPM-S 9.4.2 Info – homepage Figure 10: Homepage of the device The Web pages all have the same basic layout: (1) The header section on the upper part of the page contains information about the currently selected page. (2) The navigation section provides buttons for selecting the individual web pages.

  • Page 35: Network - Configuration Data

    Manual 9.4.3 Network – configuration data Clicking the <Network> button in the navigation section takes you to the configuration data of the network accesses. You must be logged in as “admin” in order to change network settings. Figure 11: Page with network settings This page shows the two network adaptors of the device.

  • Page 36: Settings

    Manual ibaBM-DPM-S 9.4.4 Settings By clicking on the <Settings> button in the navigation panel, you choose the page for sig- nal settings. This page is divided into several subpages that can be chosen by clicking on tabs. The page is segmented like follows: Figure 12: Page with signal settings (digital values) The buttons in section (1) apply to all diagnostic values.
  • Page 37 In this mode, the device can be operated as sniffer and/or with active slaves.  DPM-S-64 mode In this mode, the device exactly behaves like the ibaBM-DPM-S-64 device or like the predecessor ibaBM-DPM-64 with a maximum of two slaves and up to 64 analog and 64 digital signals.
  • Page 38 Manual ibaBM-DPM-S Figure 13: Setting operating mode (Mode Settings) Note If the redundancy mode license is activated, the “DPMS Sniffer / Active Slave Mode“ shows if the redundancy mode is chosen in ibaPDA-V6. In the DPM-S-64 mode, the needed parameters can be set on this tab: ...
  • Page 39 Manual 9.4.4.2 “Active Slaves“ tab (Defining the slave addresses) On this tab, you can choose the slaves for each PROFIBUS connection. Moreover, ad- dresses can be assigned to the slaves. Figure 14: “Active Slaves“ tab You can define a maximum of eight slaves. In case, not all eight slaves are listed, yet, you can add further slaves by clicking the <add entry>...
  • Page 40 Manual ibaBM-DPM-S 9.4.4.3 “Digital Values“ tab (digital signals) For a detailed overview of this tab, please read chapter 9.4.4 “Settings“. Figure 15: “Digital values“ tab Some of the parameters can be selected also in the ibaPDA-V6 I/O manager. For the names of the columns in ibaPDA-V6, please have a look at the brackets.
  • Page 41 Manual 9.4.4.4 “Analog Values“ tab (analog signals) The structure of this tab corresponds to the structure of the digital signals. Figure 16: „Analog Values“ tab Some of the parameters can be set in the ibaPDA-V6 I/O manager. The meaning of the following columns is the same as for the digital signals: ...

  • Page 42: Administrator Functions

    Manual ibaBM-DPM-S 9.4.4.5 „Log“ tab Here, the logbook of the last new configuration of ibaBM-DPM-S is given out (only for ser- vice purposes). 9.4.5 Administrator functions On the administrating page, passwords can be changed and firmware updates can be loaded into the device. This page can only be used by the „admin“ user.

  • Page 43: Define The Time

    Manual Note The installation might take several minutes. Please do not switch off the device, as this would interrupt the procedure. (4) Activate number of active slaves: In the same window, you can change the maximum number of active slaves.

  • Page 44: Configuration In Ibapda-V6

    For using Request-TDC, you need version 6.22.0 or higher. 10.1 First steps in ibaPDA-V6 configuration By means of the following instruction, you learn how to integrate ibaBM-DPM-S step by step into ibaPDA-V6 and how to configure measuring signals. Note In a first step, you should define over the Web interface the main device settings like op- erating mode, network settings, passwords, firmware etc.
  • Page 45 When using the automatic detection, the device name is entered automatically. 8. Please decide, if you want ibaBM-DPM-S to work with active slaves or just as sniffer. In case, you want the device to participate on the bus with one or more active slaves, you first need to do PROFIBUS configuration for the control for defining the slave numbers Issue 2.11...
  • Page 46 (slave no., memory area and data types). You also need these data for the sniffer operating mode. 9. Please add a module under the ibaBM-DPM-S device module. Click with the right mouse button on the ibaBM-DPM-S device module and choose the „Add module“ op- tion in the context menu.
  • Page 47 Manual Only define addresses for the active slaves, which are not defined on the PROFIBUS line, yet. You can use exactly the addresses that you have defined in the controls´ configuration (e.g. SIMATIC Step7 hardware configuration) for the active slaves. If you do not apply to...
  • Page 48 Manual ibaBM-DPM-S If you enter the signals of a slave sequentially, you need to set the data types for all sig- nals. This way, the byte addresses of all signals can be calculated automatically. Enter the correct byte address only for the first signal of the slave in the “Address” column and click on the head of column.
  • Page 49 19. Active slaves for „Sniffer“ module For generating slaves on an ibaBM-DPM-S device, you can not only use the “Active slave“ module, but also the “Sniffer“ module. Please enter under “Active slaves“ (“General“ tab of the “Sniffer“ module) the slave addresses for each bus connection (Bus0: X40, Bus1: X41).
  • Page 50 21. When all signals have been configured, please activate the configuration by clicking on <OK> or <Apply>. In course of the following validation, the configuration is trans- ferred to ibaBM-DPM-S. <OK> closes the I/O manager, provided that no warning or error messages have appeared during the validation process.
  • Page 51 Manual detected masters and slaves and their status are shown for both PROFIBUS systems. The PROFIBUS browser tab shows detailed information about both PROFIBUS sys- tems (e.g. bus rotation time) and about the input and output areas of each slave.

  • Page 52: Device Modules And Modules In The I/O-Manager

    10.2 Device modules and modules in the I/O-Manager If you want to use ibaBM-DPM-S with ibaPDA-V6, you have to set up the device in the ibaPDA-V6 I/O manager. Please proceed according to the step by step instruction in chap- ter 10.1 “First steps in ibaPDA-V6“.
  • Page 53 Connection  IP Address Enter the IP address or the device name of the ibaBM-DPM-S. The device name is made up of the last four digits of the Mac address with a “dpms_“ in front, e.g. “dpms_060b“. Via this IP address/device name, the configuration is read from the device or transferred to the device.
  • Page 54 10.2.1.2 „Analog“ tab If analog signals are configured in the modules, and the configuration has been transferred to ibaBM-DPM-S, an overview of all captured analog signals with an online view of the ac- tual signals is shown. Figure 21: „ibaBM-DPM-S“ module – „Analog“ tab 10.2.1.3 „Digital“...

  • Page 55: Sniffer" Module

    10.2.2 „Sniffer“ module The “Sniffer“ module can be added to an ibaBM-DPM-S device module. You can use this module if you want to “listen” to the signals from an existing master/slave communication. Moreover, you can generate active slaves in the “Sniffer“ module. This is not compulsory (for step by step configuration, please read chapter 10.1 “First steps in ibaPDA-V6“).
  • Page 56 Defining the number of digital signals for this module (min. 0, max. 512). Bus 0 / 1  Active slaves Here, you can define the addresses of the active internal ibaBM-DPM-S PROFIBUS slaves. Command for browsing the PROFIBUS  Browse PROFIBUS When using this command, a special version of the PROFIBUS browser is opened (for a detailed description, please see chapter 10.3.2).
  • Page 57 Manual 10.2.2.2 „Analog“ tab Figure 24: “Sniffer“ module – “Analog“ tab Please enter here the analog signals to be recorded sequentially. The columns in the sig- nal list have got the following meaning:  Name Assign a meaningful name to each signal.
  • Page 58 Manual ibaBM-DPM-S  I/O Choose the I/O type of the signal: input signal (from the masters point of view) Out: output signal (from the masters point of view) DP RAM: only for service purposes (Support)  Address The byte address of the signal within the input or output data range of the slave.

  • Page 59: Active Slave" Module

    10.2.3 „Active Slave“ module The “Active Slave“ module can be added to an ibaBM-DPM-S device module. With the “Active Slave“ module, you generate a single slave on ibaBM-DPM-S. A master can send data for recording directly to that slave (see also step by step configuration in chapter 10.1 “First steps in ibaPDA-V6“).
  • Page 60 Please define here, on which bus system (Bus 0: X40, Bus 1: X41) the active slave is to be generated.  Slave number Please define here the address of the active ibaBM-DPM-S slave. Command for browsing the PROFIBUS  Browse PROFIBUS When using this command, a special version of the PROFIBUS browser is opened (for a detailed description, please see chapter 10.3.2).
  • Page 61 The default settings limit the number of slaves to a maximum of eight. If you define more than these eight slaves, an error message will appear. If you need more than eight active slaves, please do not hesitate to contact the iba support. Note Only define addresses for the active slave, that are not defined on the PROFIBUS line, yet.

  • Page 62: Dig512 Sniffer" Module

    10.2.4 „Dig512 sniffer“ module The “Dig512 sniffer“ module can be added to an “ibaBM-DPM-S“ device module. With the “Dig512 sniffer“ module, you can capture large amounts of digital signals that can be found on the PROFIBUS as words (e.g. status words of drives).
  • Page 63 Manual Basic settings  Locked, Enabled, Name, Module No., Timebase (only display) see chapter 10.2.1.1 „„General“ tab“ Bus 0 / 1  Active slaves see chapter 10.2.2.1 „„General“. 10.2.4.2 „Digital“ tab The digital signals are declared in two steps. First, please define the words which are to be captured as source of the digital signals.
  • Page 64 Manual ibaBM-DPM-S  I/O Choose the I/O type of the signal: input signal (from the masters point of view) Out: output signal (from the masters point of view)  Address The byte address of the signal within the input or output data range of the slave.

  • Page 65: Diagnostic Functions

    When using an ibaPDA-V6 version < V6.19.0 or an ibaBM-DPM-S firmware  A7 you have got a simple standard PROFIBUS diagnosis at your disposal. On the “Diagnostics“ tab of the “ibaBM-DPM-S“ device module, for each DP line of the de- vice the slave status are shown for all possible addresses.
  • Page 66 PROFIBUS browser. The PROFIBUS browser supplies you with information on the PROFIBUS connected to ibaBM-DPM-S. If you mark the main node in the browser tree structure, you get informa- tion about the device (see figure below).
  • Page 67 Figure 33: PROFIBUS Browser There are different ways to open the PROFIBUS Browser:  In case, you have marked the ibaBM-DPM-S device in the I/O manager tree structure, Please click on the “Diagnostics“ tab. When clicking on the slave sym- bol in the overview, the PROFIBUS browser is changed and the slave preselected.
  • Page 68 Manual ibaBM-DPM-S Figure 34: PROFIBUS Browser – information about bus If the node of a bus participant (slave or master) is marked, you are given information about this participant, e.g. status, telegram counter and actual values (output/input). Figure 35: PROFIBUS Browser – information about slave Choosing signals via PROFIBUS Browser You can use the PROFIBUS Browser for choosing signals for a “Sniffer“...
  • Page 69 Manual Figure 36: PROFIBUS Browser on the “General“ tab Please mark the node of the participant (slave). Figure 37: PROFIBUS Browser – Slave marked and input data chosen Figure 38: PROFIBUS Browser – Slave marked and output data chosen...
  • Page 70 Manual ibaBM-DPM-S If a slave has input and/or output data, (e.g. ET200 station with input and/or output sig- nals), the data are shown on two tabs, the „Output data“ and the „Input data“ tab. You can interpret the binary data by means of the Hex viewer.

  • Page 71: Profibus Configuration

    The “ibaDPMSi.gsd“ GSD file is supplied with the device. The device is then shown as “ibaBM-DPM-S/DP monitor“ in the device selection of the PROFIBUS configuration (e.g. SIMATIC Step7 HW config catalog) . With this GSD files, the slaves can be defined freely concerning offsets and data types.
  • Page 72 For further information, please see the “ibaPDA-Request-S7“ manual. In the example in fig. 41, the ibaBM-DPM-S device has been assigned 112 bytes of source data (from master to slave). These source data are combined by three templates (64 bytes, 32 bytes and 16 bytes).

  • Page 73: Redundancy Mode

    In case, valid data are recognized on both bus systems, the 0 bus system (connected to the X40 plug) is preferred. In the redundancy mode, „Sniffing“ an existing Master/Slave communication can be done. You can also use active slaves in ibaBM-DPM-S for sending internal data of the control di- rectly to ibaPDA-V6. Note Concerning the connection of ibaBM-DPM-S to the redundant PROFIBUS, please take account of the notes in chapter 8.1.3 “Connection to the DP master and other DP slaves...
  • Page 74 PROFIBUS is changed. If you use active slaves on ibaBM-DPM-S, the S7-400H CPU will show a bus failure until a successful setback. For a setback, you can either switch off and switch on again the device, or transfer in ibaPDA-V6 the I/O configuration with the „Force active slaves reset“...

  • Page 75: Configuration With Ibapda-V6

    Figure 43: Display of active/ non active redundancy mode 12.1 Configuration with ibaPDA-V6 Connect the ibaBM-DPM-S to a free link of a ibaFOB-D input card. In the I/O manager, add a device module „ibaBM-DPM-S“. Set the redundancy mode on TRUE on the „general“ tab. The redundancy mode, being switched on now, is shown by an orange colored symbol of the device module.

  • Page 76: Notes On The „Sniffer" Module

    Manual ibaBM-DPM-S In redundancy mode, you can only use the following modules:  Active Slave  Sniffer and  Dig512 sniffer In case other modules are projected (e.g. FM458 request), when the redundancy mode is configured, these modules are deactivated automatically as soon as the redundancy mode is activated.

  • Page 77: Notes On The "Active Slave" Module

    Manual As ibaBM-DPM-S „decides“ in redundancy mode which PROFIBUS system data are sent over, the setting in the „bus“ column is not relevant. Hence, this column is blocked in re- dundancy mode. Figure 46: „Analog“ tab – display of bus in redundancy mode 12.1.2...

  • Page 78: Special Features I/O Types

    Looking at the diagnosis, you will see that both slaves have been generated on both bus systems (a thick outline means that this slave is assigned to the chosen ibaBM-DPM-S device). Moreover, an “external“ slave – in this case an ET200 station – is displayed with the address 9.

  • Page 79: Profibus Configuration

    Manual Due to the way ibaBM-DPM-S works, in general, in the redundancy mode for analog and digital signals, no bus system has to be chosen. The I/O type “Status“ is an exception for the digital signals. As there is an independent redundant slave (e.g. ET200) on both bus systems (see sys- tem design chapter 8.1.3 “Connection to the DP master and other DP slaves on the redun-...

  • Page 80: Operation As Active Slave On The Redundant Profibus

    I/O address range (see figure above). In contrast to that, an active slave of the ibaBM-DPM-S has to be configured on both bus systems. In both bus systems, the slave has to get the same PROFIBUS address.
  • Page 81 Manual Example In the figure above, two active slaves have been configured (addresses 22 and 100) The following address ranges have been assigned to: Slave 22 – Bus 0  output 122 BYTES: 1024…1145  output 122 BYTES: 1146…1267 Figure 53: Slave 22 –...
  • Page 82 Manual ibaBM-DPM-S Slave 100 – Bus 1  output 122 BYTES: 1844…1965  output 122 BYTES: 1966…2087 Figure 56: Slave 100 – Bus 1 address range In the PLC program of the S7-400H, you need to give the data you want to record with the active slave always to the two slaves belonging together (e.g.
  • Page 83 CPU. When using active slaves on ibaBM-DPM-S, you have to take measures in the S7-400H CPU program for preventing an eventual downtime of an actual slave (e.g. over OB85) for there are no negative consequences for the rest of the program.

  • Page 84: Technical Data

    Manual ibaBM-DPM-S Technical data Order number 13.121000 Manufacturer iba AG, Germany Mechanical properties DIN IEC 68-2-6 (if properly assembled and with DIN rail) Operation temperature 0 °C to 50 °C (32 °F to 122 °F) Storage temperature -25 °C to 70 °C (-13 °F to 158 °F) Transport temperature -25 °C to 70 °C (-13 °F to 158 °F)

  • Page 85: Data Transmission

    Manual PROFIBUS module PROFIBUS-DP 2 x 9-pin D-Sub socket Terminating switch S4: Terminator network for Bus0 S5: Terminator network for Bus1 LEDs Status Bus0 Run (green); Bus (yellow); Active (white); Error (red) Bus1 Run (green); Bus (yellow); Active (white); Error (red) 13.2...

  • Page 86: Dimension Sheet

    Manual ibaBM-DPM-S 13.3 Dimension sheet Dimensions given in mm Figure 59: Dimension sheet Issue 2.11...

  • Page 87: Support And Contact

    Koenigswarterstr. 44 90762 Fuerth Germany Phone: +49 911 97282-0 Fax: +49 911 97282-33 Email: iba@iba-ag.com Contact: Mr. Harald Opel Regional and Worldwide For contact data of your regional iba office or representative please refer to our web site www.iba-ag.com. Issue 2.11...

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