Page 1 ___________________ TIM DNP3 Preface Uses and properties of the ___________________ Network structures and ___________________ SIMATIC NET configurations ___________________ LEDs and connectors Industrial Remote Communication - Telecontrol Installation and ___________________ commissioning TIM DNP3 ___________________ Configuration in STEP 7 System Manual The SINAUT Configuration ___________________ Tool ___________________...
Page 2 Note the following: WARNING Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation. If products and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems.
Page 3: Preface
Preface Validity of this manual This manual applies to the following modules: ● TIM 3V-IE DNP3 Hardware product version: 4 Firmware version V3.1 Article number: 6NH7803-3BA00-0AA0 ● TIM 4R-IE DNP3 Hardware product version: 4 Firmware version V3.1 Article number: 6NH7803-4BA00-0AA0 Communications modules for the SIMATIC 300/400 for DNP3 communication via classic WAN networks (via serial interface) and IP-based LAN / WAN networks (via RJ-45 interface) Product names and abbreviations...
Page 4: System Manual, 12/2015, C79000-G8976-C253
Replaced documentation This manual replaces the manual release 06/2014. Current manual release on the Internet You will also find the current version of this manual on the Internet pages of Siemens Industry Online Support under at the following address: 49109245 (https://support.industry.siemens.com/cs/ww/en/ps/15939/man) 46636298 (https://support.industry.siemens.com/cs/ww/en/ps/15940/man)
Page 5 Further information on the Internet You will find further information on the telecontrol products such as the latest information, manuals, FAQs or software updates on the Internet on the pages of Siemens Industry Online Support under the following address: Link: (https://support.industry.siemens.com/cs/ww/en/ps/15939) There select the required information under "Entry type"...
Page 6 Preface Trademarks The following and possibly other names not identified by the registered trademark sign ® registered trademarks of Siemens AG: TIM 3V-IE DNP3, TIM 4R-IE DNP3, SINAUT, SCALANCE, MODEM MD720, Modem MD2 / MD3 / MD4, LTOP TIM DNP3...
Page 7: Table Of Contents
Table of contents Preface ..............................3 Uses and properties of the TIM ......................13 Application ..........................13 TIM 3V-IE DNP3 - Overview ....................15 TIM 4R-IE DNP3 - Overview ....................17 Communications services of the TIM ..................19 DNP3 device attributes of the TIM ..................21 Other properties of the TIM .....................
Page 8 Table of contents TIM 3V-IE DNP3 ........................51 3.1.1 Display elements, connectors and buttons ................51 3.1.2 LEDs of the TIM 3V-IE DNP3 ....................52 3.1.3 Pinout of the ports ........................54 TIM 4R-IE DNP3 ........................55 3.2.1 Display elements, connectors and buttons ................55 3.2.2 LEDs of the TIM 4R-IE DNP3 ....................
Page 9 Table of contents 5.6.2 Configuring Industrial Ethernet ....................98 5.6.3 Generating network attachments .................... 99 5.6.4 Configuring WAN network nodes .................... 99 5.6.5 Configuring Ethernet nodes ....................111 5.6.6 Plausibility check of the network configuration ..............113 Configuring TIM modules ...................... 114 5.7.1 "General"...
Page 10 Table of contents 6.6.5 Basic settings for subscribers with TD7onTIM ..............171 6.6.6 Parameters specific to the destination subscribers ............. 175 6.6.7 Objects of TD7onTIM ......................177 6.6.8 Mirroring back ........................183 6.6.9 Inserting and copying objects and channels ................ 185 6.6.10 System objects: Configuration .....................
Page 11 Table of contents 7.3.5.1 Download SDB ........................275 7.3.5.2 Loading new firmware ......................276 7.3.5.3 Repair ........................... 278 7.3.6 Messages in the diagnostic buffer of the TIM ............... 280 7.3.6.1 Introduction ........................... 280 7.3.6.2 Diagnostic messages of the TIM ..................281 7.3.6.3 DNP3-specific diagnostics messages of the TIM ..............
Page 12 Table of contents TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 13: Uses And Properties Of The Tim
SIMATIC S7 stations via a WAN (Wide Area Network) or Ethernet (TCP/IP). Connecting the SIMATIC S7 to DNP3 master stations S7 stations with a DNP3 TIM can be connected to DNP3 control systems from Siemens or other vendors. A DNP3 master station can be a TIM or a control system.
Page 14 Uses and properties of the TIM 1.1 Application Classic WAN networks In a classic WAN network, the following media can be used for data transfer with the TIM: ● Dedicated line Medium: Copper or fiber-optic cable ● Dial-up networks – Analog dial-up network –...
Page 15: Tim 3V-Ie Dnp3 - Overview
Uses and properties of the TIM 1.2 TIM 3V-IE DNP3 - Overview TIM 3V-IE DNP3 - Overview Image 1-1 TIM 3V-IE DNP3 Overview of the Properties of the TIM 3V-IE DNP3 ● TIM without integrated modem, single width ● For installation as a communications processor (CP) in an S7-300 ●...
Page 16 Uses and properties of the TIM 1.2 TIM 3V-IE DNP3 - Overview ● DNP3 communication With a TIM 3V-IE DNP3, an S7-300 CPU or a C7 control system can handle DNP3 communication: – Over an IP-based network (WAN or LAN) with DNP3 subscribers –...
Page 17: Tim 4R-Ie Dnp3 - Overview
Uses and properties of the TIM 1.3 TIM 4R-IE DNP3 - Overview TIM 4R-IE DNP3 - Overview Image 1-2 TIM 4R-IE DNP3 Overview of the Properties of the TIM 4R-IE DNP3 ● TIM without integrated modem, double width ● Compact unit that can be used in a wide variety of situations: –...
Page 18 Uses and properties of the TIM 1.3 TIM 4R-IE DNP3 - Overview ● DNP3 communication The SIMATIC devices named above can use DNP3 communication: – Via any two WAN networks with DNP3 subscribers – via two IP-based networks (WAN or LAN) with DNP3 subscribers The four transmission paths can all be different and operated independently.
Page 19: Communications Services Of The Tim
Uses and properties of the TIM 1.4 Communications services of the TIM Communications services of the TIM DNP3 communication The communication of the TIM is based on the DNP3 SPECIFICATION Version 2.x (2007/2009). This handles the data traffic for the S7-CPU or for the control center PC with the aid of the DNP3 protocol via the relevant network.
Page 20 Uses and properties of the TIM 1.4 Communications services of the TIM DNP3 subscriber types The following subscriber types are specified in the DNP3 specification: ● Master Synonym: DNP3 master station For the subscriber type "Master", the term "DNP3 master station" is used in this manual. A master station is a higher-level controlling device.
Page 21: Dnp3 Device Attributes Of The Tim
Uses and properties of the TIM 1.5 DNP3 device attributes of the TIM ● DNP3 station Outstation in the sense of the DNP3 specification TIM 3V-IE DNP3 or TIM 4R-IE DNP3 in an S7-300/S7-400 station ● "Node station" S7 station with a TIM 4R-IE DNP3, that connects two DNP3 networks. It has at least the following connections: –...
Page 22 Serial number of the TIM Not supported (negative acknowledgment) DNP3 implementation level Value of the configured conformity level of the DNP3 master station Product name and model Order number as string Vendor SIEMENS AG TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 23: Other Properties Of The Tim
You will find a detailed overview of the attributes and properties specified in the DNP3 protocol and supported by the two DNP3 TIM modules in the DNP3 device profile. You will find the DNP3 device profiles on the Internet pages of Siemens Automation Customer Support under the following entry IDs: ●...
Page 24: Transmission Types And Connection Establishment
Uses and properties of the TIM 1.7 Transmission types and connection establishment DNP3 communication between stations Depending on the network type via which the DNP3 stations communicate, communication between the DNP3 stations is handled as follows: ● Direct communication The DNP3 stations are connected via the following network types: –...
Page 25 Uses and properties of the TIM 1.7 Transmission types and connection establishment ● Event class 1, 2 or 3 The data is stored as an event in the send buffer and actively transferred to the DNP3 master station. You will find detailed information about the event classes in the section Classification of the data according to the type of transmission (Page 161).
Page 26: Message Memory Of The Tim For Events
Uses and properties of the TIM 1.8 Message memory of the TIM for events Message memory of the TIM for events Message memory for events Note Reducing the size of the message memory The overall size of the message memory can be configured and can be reduced. Since the transmission of several thousand events via connections with a low transmission speed (modem) takes a relatively long time, a reduction may be practical.
Page 27 Uses and properties of the TIM 1.9 Time synchronization Time-of-day synchronization using DNP3 mechanisms The system time of the station TIM can be set by a PC of the connected DNP3 master station. If the TIM module has established a connection to the DNP3 master station, the TIM module requests time-of-day synchronization by the master station in the accompanying internal indication bit "IIN1.4 [NEED_TIME]".
Page 28: Configuration Limits
Uses and properties of the TIM 1.10 Configuration limits 1.10 Configuration limits Number of communications partners (connection resources) per TIM The maximum number of communications partners is the maximum possible number of DNP3 connections (sessions) per TIM. You will find the connection resources in the form of the table after the following listing. TIM configured as DNP3 master station / node station ●...
Page 29 Uses and properties of the TIM 1.10 Configuration limits Table 1- 2 Overview of the connection resources TIM type Subscriber type / Max. number of Interface Network type Max. number of interface configura- connections per connections per tion TIM in total interface TIM 4R-IE DNP3 Master station...
Page 30: Scope Of Delivery
Uses and properties of the TIM 1.11 Scope of delivery Number of S7 connections via Ethernet In addition to the DNP3 connections, the number of possible S7 connections via the Ethernet interface is as follows: ● TIM 4R-IE DNP3 Number in total: Max. 5, of which: –...
Page 31: Requirements For Operation - Necessary Components And Services
Uses and properties of the TIM 1.12 Requirements for operation - necessary components and services 1.12 Requirements for operation - necessary components and services The TIM is based on the SIMATIC S7-300, S7-400 and S7-400H systems. It expands these systems with the components listed below that include both hardware and software. 1.12.1 Hardware and required services Required hardware components and services...
Page 32 Uses and properties of the TIM 1.12 Requirements for operation - necessary components and services ● DNP3 station To set up DNP3 stations, SIMATIC stations are required consisting of CPU, I/O modules and possibly other modules. The following is required in the SIMATIC station for DNP3 communication: –...
Page 33: Compatible Simatic Cpus
Uses and properties of the TIM 1.12 Requirements for operation - necessary components and services 1.12.2 Compatible SIMATIC CPUs 1.12.2.1 CPUs for installing the TIM 3V-IE DNP3 in an S7-300 Compatible CPU types in the S7-300 The TIM 3V-IE DNP3 can be used in an S7-300 as a communications processor (CP). In principle, all S7-300 standard and compact CPUs can be combined with this TIM.
Page 34: Cpus For Installing The Tim 4R-Ie Dnp3 In An S7-300
Uses and properties of the TIM 1.12 Requirements for operation - necessary components and services 1.12.2.2 CPUs for installing the TIM 4R-IE DNP3 in an S7-300 Introduction The TIM 4R-IE DNP3 can be used in an S7-300 as a communications processor (CP). In principle, all S7-300 standard and compact CPUs can be combined with this TIM.
Page 35: Cpus For A Standalone Tim 4R-Ie Dnp3 With S7-400 Or S7-400H
Uses and properties of the TIM 1.12 Requirements for operation - necessary components and services 1.12.2.3 CPUs for a standalone TIM 4R-IE DNP3 with S7-400 or S7-400H Compatible CPU types for a standalone TIM 4R-IE DNP3 In standalone mode, in other words, without an S7-300-CPU, the TIM 4R-IE DNP3 is ideally suited as a communications processor for an S7-400 or S7-400H.
Page 36: Software
An already installed full version V5.x can upgraded to the current version with an upgrade package. You will find the upgrade package under the following article number: 6NH7997-0CA54-0GA0 Information on the upgrade package can be found on the Internet pages of Siemens Industry Online Support under the following entry ID: 87795994 (http://support.automation.siemens.com/WW/view/en/87795994) You will find the STEP 7 version required for the SINAUT engineering software in the "STEP 7"...
Page 37: The Sinaut Engineering Software
Uses and properties of the TIM 1.12 Requirements for operation - necessary components and services ● STEP 7 At least STEP 7 V5.4 Service Pack 4 is required. As of STEP 7 V5.4 SP4 the following operating systems are supported: –...
Page 38 Uses and properties of the TIM 1.12 Requirements for operation - necessary components and services Licensing The software package is a working package that can be used for any number of projects without licensing. Components of the SINAUT configuration and diagnostics software The SINAUT configuration and diagnostics software includes the following components: ●...
Page 39: Compatibility Of The Versions Of The Sinaut Configuration Tool
Uses and properties of the TIM 1.12 Requirements for operation - necessary components and services The SINAUT Configuration Tool The SINAUT configuration tool is a separate configuration tool embedded in the STEP 7 environment. This allows you to perform the remaining tasks required for telecontrol networks.
Page 40 Uses and properties of the TIM 1.12 Requirements for operation - necessary components and services TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 41: Network Structures And Configurations
Network structures and configurations Overview of the possible network types With the DNP3 TIM, hierarchical networks consisting of control center and stations and if required node stations can be set up via a WAN. IP-based WAN DNP3 communication is possible between station and control center via IP-based WANs: ●...
Page 42: Communication With Modbus Slaves
Network structures and configurations 2.3 Communication with MODBUS slaves ● A node station with DNP3 TIMs can communicate with a higher-level DNP3 master station and with DNP3 stations of a lower-level DNP3 network. This means that DNP3 communication via several lower-level hierarchical networks is not possible.
Page 43: Configurations With S7-400
Network structures and configurations 2.4 Configuration options with the DNP3 TIMs 3. Redundant connection of a station via 1 DNP3 dedicated line or dial-up network and 1 Ethernet network 4. Redundant connection of a station via 2 classic WAN networks (DNP3 dedicated line or dial-up network) 5.
Page 44 Network structures and configurations 2.4 Configuration options with the DNP3 TIMs 4. Redundant connection of a station via 2 DNP3 dedicated line or dial-up networks (or mixed) 5. Connections between the stations themselves via a local Ethernet network are not DNP3 connections.
Page 45: Configurations With S7-400H
Network structures and configurations 2.4 Configuration options with the DNP3 TIMs 2.4.3 Configurations with S7-400H Possible configurations The following configuration options are possible with DNP3 TIMs in the S7-400H. You will find the numbering of the station connectors in the following figure. 1.
Page 46: Configuration Variants With Ip-Based Wan
Network structures and configurations 2.5 Configuration variants with IP-based WAN Image 2-3 Configurations with S7-400H Configuration variants with IP-based WAN Hierarchical networks with node stations The two following examples illustrate configurations in a star or ring topology. You will find hierarchical network structures with node stations in the following section Configuration variants with classic and IP-based WAN (Page 48).
Page 47 Network structures and configurations 2.5 Configuration variants with IP-based WAN IP-based optical network, linking via switches in a ring topology Image 2-4 IP-based network, linking via switches IP-based communication via DSL Image 2-5 IP-based communication via DSL TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 48: Configuration Variants With Classic And Ip-Based Wan
Network structures and configurations 2.6 Configuration variants with classic and IP-based WAN Configuration variants with classic and IP-based WAN Dedicated line configurations Image 2-6 Examples of dedicated line configurations TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 49 Network structures and configurations 2.6 Configuration variants with classic and IP-based WAN Dial-up network configurations Image 2-7 Examples of dial-up network configurations TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 50 Network structures and configurations 2.6 Configuration variants with classic and IP-based WAN Various redundant configurations Image 2-8 Examples of redundant configurations TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 51: Leds And Connectors
LEDs and connectors TIM 3V-IE DNP3 3.1.1 Display elements, connectors and buttons Image 3-1 Front view of a TIM 3V-IE DNP3 with closed front panel TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 52: Leds Of The Tim 3V-Ie Dnp3
LEDs and connectors 3.1 TIM 3V-IE DNP3 Image 3-2 Front view of a TIM 3V-IE DNP3 with front panel removed For information on the function of the RESET button, refer to "Default startup" in the section Startup activities of the TIM 3V-IE DNP3 (Page 70). 3.1.2 LEDs of the TIM 3V-IE DNP3 The following table summarizes the meaning of the nine LEDs during normal operation.
Page 53 LEDs and connectors 3.1 TIM 3V-IE DNP3 LED no. Labeling Relevant TIM port Description LINK Ethernet Connection to Ethernet LED is lit when there is a physical connection to Ethernet. LED is off when there is no physical connection to Ethernet. RX/TX Ethernet Data flow over Ethernet...
Page 54: Pinout Of The Ports
LEDs and connectors 3.1 TIM 3V-IE DNP3 3.1.3 Pinout of the ports RS-232 interface The connector for the RS-232 port is designed as a 9-pin D-sub miniature connector (male). The pinout is shown in the following table. As an RS-232 port, the pinout corresponds to that of a standardized PC connector.
Page 55: Tim 4R-Ie Dnp3
LEDs and connectors 3.2 TIM 4R-IE DNP3 TIM 4R-IE DNP3 3.2.1 Display elements, connectors and buttons Image 3-3 Front view of the TIM 4R-IE DNP3 with closed front panel For information on the RESET button, refer to "Default startup" in the section Startup activities of the TIM 4R-IE DNP3 (Page 73).
Page 56: Leds Of The Tim 4R-Ie Dnp3
LEDs and connectors 3.2 TIM 4R-IE DNP3 Image 3-4 Front view of the TIM 4R-IE DNP3 with front panel removed On the rear of the housing, there is an opening for the optional C-PLUG. The configuration data of the TIM 4R-IE DNP3 can be stored on the C-PLUG. If service is required, a standalone TIM can be replaced without needing a PG.
Page 57 LEDs and connectors 3.2 TIM 4R-IE DNP3 Table 3- 5 Meaning of the LEDs on the left of the front panel of the TIM 4R-IE DNP3 LED no. Labeling Relevant TIM port Type of WAN Description driver BATF If there is a functioning battery installed, the LED is off.
Page 58: Pinout Of The Ports
LEDs and connectors 3.2 TIM 4R-IE DNP3 3.2.3 Pinout of the ports RS-232/RS-485 interfaces The plugs for the two serial ports are designed as a 9-pin D-sub miniature connectors (male). The pinout of the two connectors is identical and is shown in the following table. As an RS-232 port, the pinout corresponds to that of a standardized PC connector.
Page 59: Installation And Commissioning
Installation and commissioning Installation guide 4.1.1 Installation of a DNP3 TIM in an S7-300 Installation in a rack With standard and compact CPU modules, the TIM can be inserted into any of the racks 0 to 3 but only in expansion racks 1 to 3 if these racks are connected to the CPU over the IM 360/IM 361 interface modules.
Page 60 Installation and commissioning 4.1 Installation guide S7-300 with modem connection for access to the WAN To implement classic WAN access for an S7-300, you can use a TIM 3V-IE DNP3 or TIM 4R-IE DNP3. The following figure shows such a configuration. Image 4-1 SIMATIC S7-300 with TIM 3V-IE DNP3 with 1 connection to classic WAN via an external MDx modem...
Page 61: Installation Of A Stand-Alone Tim 4R-Ie Dnp3
Installation and commissioning 4.1 Installation guide Image 4-3 SIMATIC S7-300 with TIM 3V-IE DNP3 connected to a fiber-optic cable via a SCALANCE X-200 Image 4-4 SIMATIC S7-300 with TIM 3V-IE DNP3, 1 GPRS access via SCALANCE M875 4.1.3 Installation of a stand-alone TIM 4R-IE DNP3 Installation When installed separately, the TIM is normally installed on a separate S7-300 standard rail, when necessary along with a power supply module to supply the TIM with 24 V.
Page 62: Connection Of A Stand-Alone Tim 4R-Ie Dnp3 To S7-400 / S7-400H
Installation and commissioning 4.1 Installation guide 4.1.4 Connection of a stand-alone TIM 4R-IE DNP3 to S7-400 / S7-400H TIM 4R-IE DNP3 with SIMATIC S7-400 or SIMATIC S7-400H The TIM 4R-IE DNP3 is connected to a SIMATIC S7-400 or SIMATIC S7-400H via one of the Ethernet interfaces of the TIM.
Page 63: Permitted Ambient Temperatures With Horizontal And Vertical Installation
Installation and commissioning 4.1 Installation guide Dimensions for installation of the components Table 4- 1 Dimensions for installation of the SINAUT DNP3 components Module Module Module Max. depth Installation width height Communications module 40 mm 125 mm 120 mm or 150 mm with S7 rail TIM 3V-IE DNP3 open front panel...
Page 64: Mounting And Connecting Up A Tim
Installation and commissioning 4.2 Mounting and connecting up a TIM Mounting and connecting up a TIM 4.2.1 Important notes on using the device Safety notices on the use of the device Note the following safety notices when setting up and operating the device and during all associated work such as installation, connecting up or replacing the device.
Page 65: Notices On Use In Hazardous Areas According To Atex / Iecex
Installation and commissioning 4.2 Mounting and connecting up a TIM WARNING Power supply The equipment is designed for operation with Safety Extra-Low Voltage (SELV) by a Limited Power Source (LPS). This means that only SELV / LPS complying with IEC 60950-1 / EN 60950-1 / VDE 0805-1 must be connected to the power supply terminals.
Page 66: Notices On Use In Hazardous Areas According To Ul Hazloc
Installation and commissioning 4.2 Mounting and connecting up a TIM WARNING If the cable or conduit entry point exceeds 70 °C or the branching point of conductors exceeds 80 °C, special precautions must be taken. If the equipment is operated in an air ambient in excess of 50 °C, only use cables with admitted maximum operating temperature of at least 80 °C.
Page 67: Installing A Tim Module As Cp
Installation and commissioning 4.2 Mounting and connecting up a TIM 4.2.3 Installing a TIM module as CP Order of installation Note Only 1 DNP3 TIM module may be installed in an S7-300. This means that TIM modules of other types cannot be added either. Install a TIM as a CP in an S7-300 rack by following the steps in the order shown below: 1.
Page 68: Connecting The Tim To The Power Supply
Installation and commissioning 4.2 Mounting and connecting up a TIM 4. If you are connecting the TIM to an external modem, the insert the 9-pin D-sub connector of the modem connecting cable into the X1 or X2 connector of the TIM 4R-IE DNP3 and screw it tight.
Page 69 Installation and commissioning 4.2 Mounting and connecting up a TIM Wiring To wire up the power supply module with a TIM, follow the steps below: 1. Open the front panels of the power supply module and the TIM. 2. Connect the power cables from the power supply module to the TIM: M and L+ 3.
Page 70: Commissioning The Tim
Installation and commissioning 4.3 Commissioning the TIM Commissioning the TIM 4.3.1 Steps in commissioning Requirements for commissioning The following requirements must be met for the full commissioning of the TIM: ● Installation and wiring Installation and wiring is described in the preceding sections. ●...
Page 71 Installation and commissioning 4.3 Commissioning the TIM LED displays during startup The following table summarizes the startup phases. Table 4- 3 LED activity on the TIM 3V-IE DNP3 during the various startup phases Phase Activity STOP KBus Power ON followed by hardware initialization Loading the operating system from flash memory Starting VxWorks operating system...
Page 72 Installation and commissioning 4.3 Commissioning the TIM Group error LED If a problem occurs during startup, the red group error LED (SF) lights up and a diagnostic interrupt is sent to the CPU. A message to this effect is also entered in the diagnostic buffer of the TIM.
Page 73: Startup Activities Of The Tim 4R-Ie Dnp3
Installation and commissioning 4.3 Commissioning the TIM 4.3.3 Startup activities of the TIM 4R-IE DNP3 Introduction During startup, the LEDs on the front panel of the TIM 4R-IE DNP3 have a different significance compared with normal operation. They are optical indicators of the various startup phases and provide detailed information about any errors detected during startup.
Page 74 Installation and commissioning 4.3 Commissioning the TIM Phase Activity STOP KBUS TxD1 RxD1 TxD2 RxD2 Startup aborted - No firmware Flashes Flashes Flashes loaded Startup aborted - No SDBs and no Flashes Flashes Flashes Flashes Flashes firmware loaded Default startup completed (see Flash- Flashes below)
Page 75: Battery Of The Tim 4R-Ie Dnp3
Installation and commissioning 4.4 Battery of the TIM 4R-IE DNP3 Note If the TIM 4R-IE DNP3 is installed as a CP in an S7-300 and the CPU is of the type CPU 312, CPU 312-C, CPU 313-C, CPU 314, CPU 314-C, CPU 315-2 DP or CPU 315F-2 DP, the TIM is assigned the MPI address 3 following a default startup.
Page 76 • Make sure that you observe the waste disposal regulations in your country. Please ask your regional contact concerning the procedure for exchanging old batteries. You will find additional information in the Internet at: Partner http://www.automation.siemens.com/partner Procedure for returning devices with batteries CAUTION Remove the battery before returning the device Remove the battery before returning the device.
Page 77: Configuration In Step 7
Configuration in STEP 7 Overview 5.1.1 The SINAUT configuration software in the SIMATIC world The SINAUT configuration software is used to configure and assign parameters for the specific properties of telecontrol systems. With this software, the user can implement and set the parameters for the telecontrol components in a STEP 7 project.
Page 78: Sequence Of Configuration Of A Telecontrol System
Configuration in STEP 7 5.1 Overview The SINAUT software also allows the configuration of the following objects: ● WAN networks and WAN network nodes ● TIM modules ● WAN connections ● Objects (for example system and data objects) 5.1.2 Sequence of configuration of a telecontrol system The configuration of a telecontrol system is shown below step-by-step.
Page 79: Configuration Of A Tim - Overview
Configuration in STEP 7 5.1 Overview Following each step, the configured data must be saved. As the second to last step, the subscriber information, the system data blocks (SDBs) are generated for TIM and CPU modules. Finally, the SDBs are downloaded to the relevant modules. 5.1.3 Configuration of a TIM - overview Introduction...
Page 80 Configuration in STEP 7 5.1 Overview Assigning parameters to the TIM If you double-click on the TIM module, you open the parameter assignment dialog for the TIM. You can then specify the required properties in a series of tabs. Image 5-3 S7-300 station with installed TIM and TIM parameter assignment dialog Setting parameters for networks and network nodes The next step is to connect the various stations in a WAN.
Page 81 Configuration in STEP 7 5.1 Overview Image 5-4 Networked system with parameter assignment dialogs for network and network nodes opened The properties of classic WANs are specified in a parameter assignment dialog. The relevant dialog can be opened by double-clicking on the corresponding network. To set the parameters for the various network nodes, you also double-click on the connecting line between the network and the node to open the relevant parameter assignment dialog.
Page 82 Configuration in STEP 7 5.1 Overview Configuration in the SINAUT configuration tool If the system is networked and the properties for the networks or network nodes have been specified, the SINAUT configuration tool is called. Image 5-5 SINAUT configuration tool for connection configuration and subscriber administration ●...
Page 83 Configuration in STEP 7 5.1 Overview ● Configuring the communications software TD7onTIM The communication of the CPU of an S7 station is handled by a DNP3 TIM. The TIM supports communication with the following partners: – Communication of the local CPU with DNP3 control centers –...
Page 84: Creating A Project In The Simatic Manager
Configuration in STEP 7 5.2 Creating a project in the SIMATIC Manager Downloading the SDBs to a TIM Note The SDBs of a TIM can be stored on the TIM or the S7-300 CPU (not on stand-alone TIMs). This is decided during the parameter assignment of the module (properties dialog of the TIM >...
Page 85: Creating Stations And Networks In Network Configuration
Configuration in STEP 7 5.4 Creating stations and networks in network configuration Creating stations and networks in network configuration NetPro The STEP 7 tool is used for graphic configuration of network topologies. During network configuration, networks and stations are added to a new project, given parameter settings, and interconnected.
Page 86: The Hardware Catalog
Configuration in STEP 7 5.5 Configuring stations in STEP 7 / HW Config The module catalog in the window on the right of HW Config contains the available objects. For telecontrol networks, these are: ● Racks ● Power supplies ● CPU modules ●...
Page 87 Configuration in STEP 7 5.5 Configuring stations in STEP 7 / HW Config Image 5-7 The module catalog in the hardware configuration TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 88: Installing Racks And Modules
Configuration in STEP 7 5.5 Configuring stations in STEP 7 / HW Config 5.5.2 Installing racks and modules The editing window of hardware configuration is in two parts. In the upper part of the window, you can see all the existing racks with the modules they contain. In the lower part of the window, you will see a precise listing of the modules used in the current rack along with the order number and the MPI or I/O addresses.
Page 89: Configuring Modules
Configuration in STEP 7 5.5 Configuring stations in STEP 7 / HW Config Once a station is complete and has all the required modules, it must be saved with the Station / Save menu. When you close hardware configuration, a dialog opens automatically prompting you to save your entries.
Page 90: Configuring Networks And Network Nodes In Step 7 / Netpro
Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro Configuring networks and network nodes in STEP 7 / NetPro A fully configured network is required for the next steps in configuration. ● Configuring telecontrol connections ●...
Page 91 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro "General" Tab Image 5-9 Properties - DNP3 Dedicated Line dialog, General tab The following parameters are available in this tab: ● Name: The default entry in the Name input box is the default name of the network. You can change this to suit your purposes.
Page 92 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro "Network Settings" tab The Network Settings tab specifies the basic communications parameters for the current network. Image 5-10 Network Settings tab The parameters are somewhat different for dial-up networks and DNP3 dedicated lines. The "Identification"...
Page 93 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro – DNP3 mode For dial-up networks, both the polling and the spontaneous (unsolicited) mode are possible. In spontaneous mode, a TIM with an important data change transfers its data unsolicited and waits for the acknowledgment from the partner.
Page 94 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro interpreted by the TIM as a short acknowledgment. example: Bad wireless link ● WAN protocol: For DNP3 dedicated lines, this parameter has the default setting "DNP3" and this cannot be changed.
Page 95 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro Dial-up network options ● Cancel parameter: This is the number of attempted calls before the attempt is finally aborted. Range of values: 0 ... 127 Default: 0 –...
Page 96 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro "Time Service" tab The Time Service tab specifies the extent to which time synchronization services will be executed by the master station. The time-of-day synchronization for TIM modules is described in the properties dialog of the TIM, refer to the section Configuring TIM modules (Page 114).
Page 97 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● Second scheme: The number of seconds between synchronization activities can be set in the "Second scheme" drop-down list. ● Time of day: Synchronization takes place once a day. Set the time of day for the synchronization in the "Time of day"...
Page 98: Configuring Industrial Ethernet
Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro 5.6.2 Configuring Industrial Ethernet General Properties - Industrial Ethernet You set the parameters for Industrial Ethernet in the dialog. Properties - Industrial Ethernet General Image 5-13 dialog, The following parameters are available in this tab: Name...
Page 99: Generating Network Attachments
Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro Date of the last modification ● The is displayed. Comment ● In the input box, you can enter comments of up to 254 characters. 5.6.3 Generating network attachments To network a project, the communication-compliant modules (for example CPU or TIM) must be connected to suitable networks.
Page 100 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● "Basic Param." tab for setting the basic communications parameters ● "Dedicated Line" tab with parameters specifically for dedicated lines ● "Dial-up Network" tab with parameters specifically for dial-up networks ●...
Page 101 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● The date created is displayed. ● The date of the last modification is displayed. ● In the Comment input box, you can enter comments with up to 254 characters. Network Connection tab The Network Connection tab allows you to set the most important networking properties of the WAN network node.
Page 102 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● Subnet This lists all the networks of this type in the project. If the subscriber is not connected, the row ----Not Networked---- is shown as selected in the subnet list. –...
Page 103 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● Operating mode: This parameter cannot be configured for DNP3 and has no significance. ● Extra transmission time: This parameter cannot be set for DNP3 and has no significance. ●...
Page 104 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● RTS/CTS delay time: Setting the RTS/CTS delay time is required, for example when connecting a modem to the RS-485 interface of the TIM module. The values necessary for the RTS/CTS delay time can be found in the descriptions of the modems.
Page 105 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● Number of stations in sub-cycle: This parameter cannot be configured for DNP3 and has no significance. ● Transmission mode: This parameter cannot be configured for DNP3 and has no significance. "Dial-up Network"...
Page 106 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● Master station monitoring time [min]: Monitoring time for the DNP3 master station. Within the configured time, the TIM expects a signal from the DNP3 master station at the application layer. If the TIM does not receive a signal from the master station during this time it assumes a fault on the master station, outputs an error message to the diagnostics buffer and, if configured, sets the relevant bit in the PartnerStatus system object to zero.
Page 107 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro "Dialing Param." tab The Dialing Param. tab appears only with dial-up network nodes and includes all parameters specific to call-numbers. Image 5-20 Properties - DNP3 Dial-up Network TIM dialog, Dialing Param. tab The parameters here are: ●...
Page 108 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● Dialing format: The data format of the dial-up phase depends on the type of modem. The following settings are possible: – 8 data bits, no parity, 1 stop bit –...
Page 109 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● Own tel. number: Here, you enter your own telephone number for the network node including the area code. This telephone number can no longer be changed later in the Properties of subscriber dialog.
Page 110 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro The AT Initialization tab appears only for dial-up network nodes and when the AT mode is selected as the Dialing mode in the Dialing parameters tab. The string stored here is formed automatically from the previously set dial-up network parameters and the SINAUT dial-up modem selected on the TIM interface.
Page 111: Configuring Ethernet Nodes
Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro 5.6.5 Configuring Ethernet nodes "General" Tab Image 5-22 Properties - Ethernet interface dialog, General tab The General tab informs you about general parameters of the Ethernet interface. ●...
Page 112 Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro "Parameters" Tab Image 5-23 Properties - Ethernet interface dialog, Parameters tab The Parameters tab provides the following parameters: ● Set MAC address / use ISO protocol: Since an Ethernet TIM does not use the ISO protocol but TCP/IP, this option remains disabled.
Page 113: Plausibility Check Of The Network Configuration
Configuration in STEP 7 5.6 Configuring networks and network nodes in STEP 7 / NetPro ● In the Gateway box, you have the option of specifying whether data transmission is via a router. If a router exists, the IP address of the router is entered in the Address box. ●...
Page 114: Configuring Tim Modules
Configuration in STEP 7 5.7 Configuring TIM modules Configuring TIM modules The parameters for a TIM module are divided among various tabs of the "Properties - TIM" dialog. The following tabs are available: ● "General" tab with general information and for modifying the module name or adding comments ●...
Page 115: General Tab
Configuration in STEP 7 5.7 Configuring TIM modules 5.7.1 "General" tab General tab The "General" tab informs you about the general properties of a TIM module. Image 5-24 "Properties - TIM" dialog, "General" tab This tab contains the following output boxes and parameter assignment options: ●...
Page 116: Addresses Tab
Configuration in STEP 7 5.7 Configuring TIM modules 5.7.2 "Addresses" tab Addresses Image 5-25 "Properties - TIM" dialog, "Addresses" tab The "Addresses" tab provides information on the address areas occupied by the TIM module in the I/O from the perspective of the CPU. These addresses are also relevant to you if the CPU is supplied with the date and time of day by the TIM.
Page 117: Time Service Tab
Configuration in STEP 7 5.7 Configuring TIM modules 5.7.3 "Time Service" tab Time Service This tab applies only to the Ethernet interface of the TIM. Note Here, it is not possible to set the time-of-day synchronization via the network attachments to a dedicated line (RS-232/RS-485 interface of the TIM).
Page 118 Configuration in STEP 7 5.7 Configuring TIM modules Each Ethernet interface to be synchronized by the master must be activated. Otherwise synchronization is not accepted on this port. The setting of the synchronization interval or time of a slave should be identical to that of the master on the Ethernet network because the slave monitors whether or not the synchronization takes place at the specified intervals or at the specified time.
Page 119: Interfaces" Tab
Configuration in STEP 7 5.7 Configuring TIM modules 5.7.4 "Interfaces" tab "Interfaces" tab The "Interfaces" tab displays a list of interfaces of the TIM module. Image 5-27 "Properties - TIM" dialog, "Interfaces" tab for an Ethernet TIM If you click on an interface, the parameter box for the relevant interface is displayed below the interface list.
Page 120 Configuration in STEP 7 5.7 Configuring TIM modules The DNP3 TIM does not have an MPI interface. The display of the MPI interface depends on the configured CPU type: ● Configurations with CPU 315F, 315T, 317, 319 With these configurations, no MPI interface is displayed for the TIM. ●...
Page 121 Configuration in STEP 7 5.7 Configuring TIM modules When an Ethernet interface is selected, you will see the following parameters: ● Send Keepalives for Connections - Interval [s] Range of values: 0...65 535 This parameter specifies the interval in seconds at which keepalives are sent. If the value is set to 0, no keepalive messages are sent.
Page 122 Configuration in STEP 7 5.7 Configuring TIM modules ● Master station monitoring time[s]: Monitoring time for the DNP3 master station. Within the configured time, the TIM expects a signal from the DNP3 master station at the application layer. If the TIM does not receive a signal from the master station during this time it assumes a fault on the master station, outputs an error message to the diagnostics buffer and, if configured, sets the relevant bit in the PartnerStatus system object to zero.
Page 123: Dnp3 Parameters" Dialog
Configuration in STEP 7 5.7 Configuring TIM modules ● Modem type The type of connected modem is displayed for each interface in "Modem type" if a modem exists on the TIM module or can be connected externally. The type of modem on the interface must be configured using the list box.
Page 124 Configuration in STEP 7 5.7 Configuring TIM modules "DNP3 Basic Parameters" tab "Transmission settings" box ● Unsolicited transfer The parameter specifies whether or not event messages from a station TIM can be sent spontaneously to the DNP3 master station. Range of values: –...
Page 125 Configuration in STEP 7 5.7 Configuring TIM modules ● Preselection time [s] The time value specifies the maximum time between command preselection and command input in seconds (select before operate). If the command is not input within the specified time after the command preselection by the operator in the master station, the command must be selected again.
Page 126 Configuration in STEP 7 5.7 Configuring TIM modules ● Acknowledgment request (data link layer) Here, you specify whether or not the TIM requests an acknowledgement from the communications partner on the application layer with sent data messages (sending of the function code "CONFIRMED_USER_DATA").
Page 127 Configuration in STEP 7 5.7 Configuring TIM modules "Event properties " box ● Buffer for class 1 / class 2 / class 3 events Once the number of events of the specified class entered here is reached in the send buffer (message memory) of the TIM, the relevant messages are sent to the DNP3 master station and the events are deleted from the send buffer.
Page 128 Configuration in STEP 7 5.7 Configuring TIM modules ● Max. polling period [s] Specifies the maximum period for which the DNP3 master station can poll this station continuously. Even if there is still data to be transferred in the station after this time, polling is stopped by the DNP3 master station.
Page 129 Configuration in STEP 7 5.7 Configuring TIM modules "DNP3 master station parameters" tab This tab is shown only for interfaces with the connection mode "DNP3 master station". "Master station parameters" box ● Base polling interval [s] Here, you specify the base interval for polling stations by the DNP3 master station. The base polling interval is used to calculate the following parameters in the "DNP3 station parameters"...
Page 130: Options" Tab
Configuration in STEP 7 5.7 Configuring TIM modules 5.7.6 "Options" tab "Options" Tab Image 5-29 "Properties - TIM" dialog, "Options" tab "Global message memory" box ● Size: This parameter specifies how much memory is used to manage buffered DNP3 events. 40 bytes of memory are necessary for each DNP3 event.
Page 131 Configuration in STEP 7 5.7 Configuring TIM modules events are sent first, it takes a correspondingly long time before the latest events are known in the master station. Range of values: 0 to 1024 KB default: 0 ● Size of memory block: This parameter cannot be set for DNP3, it is set permanently to 128..
Page 132: Ntp" Tab
Configuration in STEP 7 5.7 Configuring TIM modules “Security settings for Ethernet SDBs“ box ● Check DDB source The option is only effective when the system data blocks are stored on the CPU, refer to the parameter group “Replace module without PG“ (“Save configuration data on the CPU:“...
Page 133: Consistency Check And Saving
Configuration in STEP 7 5.8 Consistency check and saving "Basic settings" box ● Synchronization cycle You specify the synchronization cycle using the drop-down list. ● GMT offset (hours) Here, select the offset of your local time zone to Greenwich Mean Time. ●...
Page 134: Configuring Time-Of-Day Synchronization
Configuration in STEP 7 5.9 Configuring time-of-day synchronization Note To be able to acquire all the configured parameters for the TD7 software following changes in the hardware configuration of existing installations when the system data is generated, the SINAUT configuration tool must first be started with the connection configuration and then with the subscriber administration.
Page 135: Time-Of-Day Synchronization Of The S7-300 Cpu
Configuration in STEP 7 5.9 Configuring time-of-day synchronization The procedure that follows differs depending on the S7 device family (S7-300 / S7-400) and on the network type. Time-of-day synchronization via the TIM in an S7-300 You specify day direction of the time-of-day synchronization with the type of connected interfaces of the TIM modules.
Page 136 Configuration in STEP 7 5.9 Configuring time-of-day synchronization The TIM in the S7-300 makes the time of day available to its local CPU in the I/O addresses. The CPU user program can then read and evaluate the time there. The I/O addresses of the CPU that makes the date and time information available to the TIM are set in the properties dialog of the TIM, "Addresses"...
Page 137: Time-Of-Day Synchronization Of An S7-400 Cpu
Configuration in STEP 7 5.9 Configuring time-of-day synchronization Format of "Status" The status of the time information is available in the four bits of the low nibble of byte 8. The following table shows the meaning and the values of the status. Table 5- 2 Status bits of the time (low nibble of byte no.
Page 138: Synchronization Of The Tim Time Of Day By The Cpu
Configuration in STEP 7 5.9 Configuring time-of-day synchronization 5.9.4 Synchronization of the TIM time of day by the CPU Apart from the option of synchronizing the TIM by a master station or using NTP, the TIM can also be synchronized by its local CPU. Please note: You require an Ethernet CP in the 400 station.
Page 139: The Sinaut Configuration Tool
The SINAUT Configuration Tool Installing / uninstalling 6.1.1 Installation of the SINAUT standard software package To install individual or all components of the engineering software, the required versions of the following components must exist on the PC: ● Windows operating system ●...
Page 140: Uninstalling Sinaut Software Packages
TD7 library (for the CPU) and the TIM firmware are also shown. This is called from the Windows Start menu: Start > Siemens Automation > SIMATIC > SINAUT ST7 > SINAUT ST7 - Information Version information of the engineering tool and link to telecontrol Internet pages To display program version information, call up the About dialog of the SINAUT configuration tool with the "Help >...
Page 141 The SINAUT Configuration Tool 6.3 Startup and operation ● SINAUT ST1 ... This tool is not required for DNP3 systems. Image 6-1 Selection dialog of the SINAUT Configuration Tool To create the configuration, first select the Connection Configuration option. Changing between the tools When the SINAUT Configuration Tool is open, you can change between the three functions using: ●...
Page 142: The Connection Configuration
The SINAUT Configuration Tool 6.4 The connection configuration ● Cancel Discards the entries made and closes the dialog. Exception: In the "Subscriber Administration, the Cancel button is not available. In this case, the dialog is closed without entering changes by clicking on the close button [x] in the right- hand top corner of the header line of the dialog.
Page 143 The SINAUT Configuration Tool 6.4 The connection configuration The connection shown in red in the figure between the DNP3 master station and DNP3 station is not shown in this form in NetPro. This is taken into account in the SINAUT connection configuration: ●...
Page 144 The SINAUT Configuration Tool 6.4 The connection configuration The entries in the connection tables must be interpreted as follows: Table 6- 1 Symbols in the connection list of the connection configuration Level Symbol Meaning Connection starting point Connection end point Alternative path Connection node over which the connection runs Invalid connections are displayed in red as shown in the example of a connection that no...
Page 145 The SINAUT Configuration Tool 6.4 The connection configuration Functions of connection configuration To make configuration of the required connections as simple as possible for the user, the SINAUT Configuration Tool uses the following strategy: ● The entire currently configured network is analyzed. All potential communications subscribers from the engineering software perspective are assigned a subscriber number (DNP3 address) if they do not already have one.
Page 146 The SINAUT Configuration Tool 6.4 The connection configuration The connection with the preferred path should therefore be applied first. A station always replies on the path on which it received the polling message. Connections that are not required can be removed from the list of configured connections at any time.
Page 147: Invalid Connections
The SINAUT Configuration Tool 6.4 The connection configuration Project / Before printing, you can use a print preview function to check the printout using the Print Preview menu. 6.4.2 Invalid Connections With its algorithms, connection configuration finds all the possible connections in the current project.
Page 148: Recovering Lost Connections
The SINAUT Configuration Tool 6.4 The connection configuration The permitted connections must keep to the following rules: ● A connection must not run through an inconsistent network. Examples are described along with the plausibility check in the network configuration. Note To avoid including large numbers of connections unnecessarily in the list of possible and configured connections, some connections used between two subscribers in both directions are shown only in one direction.
Page 149: The Subscriber Administration
The SINAUT Configuration Tool 6.5 The Subscriber Administration The Subscriber Administration 6.5.1 Functions of subscriber administration Configuring subscriber data Once the telecontrol connections have been configured, all the requirements are met so that you can configure the subscriber data for the DNP3 communications subscribers as follows: ●...
Page 150: Subscriber List
The SINAUT Configuration Tool 6.5 The Subscriber Administration 6.5.2 Subscriber list Information in the subscriber list The window of the subscriber administration contains the following areas: ● Directory tree in the left-hand part of subscriber administration ● Subscriber list top right ●...
Page 151 The SINAUT Configuration Tool 6.5 The Subscriber Administration and is unique throughout the project. The subscriber number of a CPU that is assigned to a TIM module is used as the address for DNP3 communication. Changing the subscriber number To change the subscriber number, click on the required subscriber. By clicking again on the subscriber number, the "Subscriber no."...
Page 152: The "Properties Of Subscriber" Dialog
The SINAUT Configuration Tool 6.5 The Subscriber Administration Parameter area The dialogs below the subscriber list are used for configuring the TD7 software for the TIM (TD7onTIM). 6.5.3 The "Properties of Subscriber" dialog 6.5.3.1 Parameter overview Overview of the tabs of the Properties of subscriber dialog By double-clicking on a subscriber number or by selecting the Edit / Properties menu, the Properties of subscriber dialog is displayed.
Page 153: Info" Tab
The SINAUT Configuration Tool 6.5 The Subscriber Administration 6.5.3.2 "Info" tab Info Properties of subscriber Info Image 6-6 dialog (CPU), Info tab displays the following information on the selected subscriber: Name ● shows the default name of the module or the name assigned in network configuration Station ●...
Page 154: Connections" Tab
The SINAUT Configuration Tool 6.5 The Subscriber Administration 6.5.3.3 "Connections" tab Connections This tab lists all the configured local connections over LAN along with their most important properties for the current subscriber: ● X connections Unconfigured S7 connections that use the SFCs "X_SEND" and "X_RCV". ●...
Page 155 The SINAUT Configuration Tool 6.5 The Subscriber Administration Properties of subscriber Connections Image 6-7 dialog (CPU), Here, you can configure the following: ● Length of the CPU send buffer for any existing communications block connections [bytes] This parameter cannot be set for a DNP3 CPU. The length of the CPU send buffer for any existing communications function block connections of a CPU.
Page 156 The SINAUT Configuration Tool 6.5 The Subscriber Administration Properties - Local Connection dialog for the TIM This dialog displays the properties of the local LAN connection of a TIM module to its CPU. Properties - Local Connection Image 6-8 dialog (TIM) For the local connection of the TIM module, you can set the following here: Send Keepalives for this connection: ●...
Page 157 The SINAUT Configuration Tool 6.5 The Subscriber Administration Properties - Local Connection dialog for the CPU This dialog visualizes the properties of a local LAN connection of a CPU and allows the following properties to the selected: ● CPU modules with X connections / P bus connections: length of the send buffer [bytes] –...
Page 158: Db Configuration" Tab
The SINAUT Configuration Tool 6.6 TD7onTIM 6.5.3.4 "DB Configuration" tab DB Configuration This tab has no significance for DNP3, because the CPU does not require any telecontrol- specific data blocks. 6.5.3.5 "Library Info" tab Library Info This tab shows the name, path, version, date of creation and source information for the SINAUT TD7 library German and English version of the with which system data for the...
Page 159: Dnp3 Elements With Td7Ontim
The SINAUT Configuration Tool 6.6 TD7onTIM 6.6.2 DNP3 elements with TD7onTIM 6.6.2.1 Implementation of DNP3 elements in TD7onTIM Overview of the elements with DNP3 and TD7onTIM The DNP3 protocol specifies various elements for addressing subscribers and for classifying and identifying data to be transmitted. Below you will find an overview of how the DNP3 elements are implemented in the corresponding elements of the TD7onTIM communications software.
Page 160: Configuring The Index
The SINAUT Configuration Tool 6.6 TD7onTIM DNP3 TD7onTIM Channels Channels are not defined in the DNP3 protocol. Each data object has a fixed set of one or more channels for sending or receiving data (send channels, receive channels). Depending on the object type, one or more data points are configured in a channel.
Page 161: Classification Of The Data According To The Type Of Transmission
The SINAUT Configuration Tool 6.6 TD7onTIM The following indexes will be assigned: ● Channel 1: Index 0 to 7 ● Channel 2: Index 8 to 15 ● Channel 3: Index 16 to 23 ● Channel 4: Index 24 to 31 In this station, the indexes 0 to 31 cannot be used for any other object of the type "Bin04B_S"...
Page 162: Supported Dnp3 Object Groups
The SINAUT Configuration Tool 6.6 TD7onTIM Division into event classes When configuring the TIM module, each process value to be transmitted to the DNP3 master station can be defined as an event with a selectable class. The DNP3 protocol defines object groups for events and these are listed below. The DNP3 specification also recommends assigning events according to the priority of the process value of an event class: ●...
Page 163 The SINAUT Configuration Tool 6.6 TD7onTIM For some TD7onTIM objects, the communications partner must support certain DNP3 implementation levels. If there are special requirements, you will find the corresponding information in the right-hand column. Table 6- 4 Assignment of DNP3 object groups and TD7onTIM objects Object Variation Format according Station type...
Page 164 The SINAUT Configuration Tool 6.6 TD7onTIM Object Variation Format according Station type TD7onTIM object S7 data DNP3 level of the part- group to the DNP3 speci- type ner *** fication 23 * Frozen counter Station Cnt01D_S WORD event - 16-bit with flag Analog input - Station...
Page 165 The SINAUT Configuration Tool 6.6 TD7onTIM Object Variation Format according Station type TD7onTIM object S7 data DNP3 level of the part- group to the DNP3 speci- type ner *** fication 40 *, ** Analog output Station Dat12D_R DINT status - 32-bit with Par12D_R ** As of DNP3 level 4 flag...
Page 166: Configuring Td7Ontim (Overview)
The SINAUT Configuration Tool 6.6 TD7onTIM Mirroring back: You will find an description of the function in the section in the section Mirroring back (Page 183). The DNP3 implementation level is specified for every subscriber in the SINAUT configuration tool: >...
Page 167 The SINAUT Configuration Tool 6.6 TD7onTIM Parameters specific to the destination subscribers Destination subscribers are the communications partners of the local CPU of the S7 station. Data is exchanged with the partner via the TIM module that has TD7onTIM. The basic settings for each destination subscriber that apply to the data traffic of all DNP3 TIMs in the project with this subscriber are made here.
Page 168: Dialogs For Td7Ontim
The SINAUT Configuration Tool 6.6 TD7onTIM 6.6.4 Dialogs for TD7onTIM Calling and appearance of the parameter assignment dialogs The displayed information and parameter assignment boxes of TD7onTIM are divided into three areas in subscriber administration: ● Directory tree in the left-hand part of subscriber administration ●...
Page 169 The SINAUT Configuration Tool 6.6 TD7onTIM Directory tree The TD7-compliant TIM modules of a project are shown in the directory tree in the "TIMs with TD7onTIM" directory. If you expand the directory with the (+) symbol or double-click on the directory, the following contents are displayed: ●...
Page 170 The SINAUT Configuration Tool 6.6 TD7onTIM Image 6-11 Selected channel of a data object in the node list, below this the parameter range of the channel Parameter area In the parameter area below the subscriber list, you set the parameters for the TD7onTIM- relevant subscribers, objects and channels.
Page 171: Basic Settings For Subscribers With Td7Ontim
The SINAUT Configuration Tool 6.6 TD7onTIM Entering and saving parameters To simplify data input, the relevant parameter area is not opened and closed using separate buttons or menus but is shown automatically. Entries in the parameter assignment dialogs are adopted immediately with the following actions: ●...
Page 172 The SINAUT Configuration Tool 6.6 TD7onTIM The parameters of the basic settings for TIM subscribers with TD7onTIM relate to the following: ● Configuration of the read/write cycle of the TIM ● Checking the source address when a message is received ●...
Page 173 The SINAUT Configuration Tool 6.6 TD7onTIM Parameters in the TD7 Read / Write Cycle box Name: Max. write Range of val- 1 ... 32000 ues: Default: Explanation: This is the maximum number of (different) data objects whose data is written to the CPU per basic cycle.
Page 174 The SINAUT Configuration Tool 6.6 TD7onTIM Parameters in the TD7 Message receive box Name: Check of source address Range of val- Function active, function deactivated ues: Default: Function active Explanation: With this parameter, you specify whether or not the source address of the sending subscriber is checked prior to accepting data from a received mes- sage.
Page 175: Parameters Specific To The Destination Subscribers
The SINAUT Configuration Tool 6.6 TD7onTIM 6.6.6 Parameters specific to the destination subscribers Core statement Each TIM with TD7onTIM can exchange data with one or more partners, known as destination subscribers. Which subscribers in the project can be destination subscribers depends on the connection configuration.
Page 176 The SINAUT Configuration Tool 6.6 TD7onTIM project. The parameter area for the destination subscriber-specific parameters is opened and the parameters are set for every configured destination subscriber. The following destination subscriber-specific parameters are available: Parameters of the DNP3 master station Name: DNP3 implementation level Range of val-...
Page 177: Objects Of Td7Ontim
The SINAUT Configuration Tool 6.6 TD7onTIM 3. Select a second destination subscriber in the list box. 4. Transfer the parameters to this other destination subscriber using "Paste" in the shortcut menu. 6.6.7 Objects of TD7onTIM Transmission direction of the objects The transmission direction of the objects can be seen in the name suffixes _S or _R (send or receive): ●...
Page 178 The SINAUT Configuration Tool 6.6 TD7onTIM System object Function System objects for MODBUS communication ModbusGateway Configuration of the MODBUS protocol for a serial interface of the TIM The use of the MODBUS protocol for a serial interface of the DNP3 TIM is specified using the "ModbusGateway"...
Page 179 The SINAUT Configuration Tool 6.6 TD7onTIM Data object Object type and function Number of DNP3 object group [vari- DNP3 level * Use in stations indexes ation] type ** occupied (S7 data type) Mean04W_S Mean value object for send 30 [2] (WORD) 1 ...
Page 180 The SINAUT Configuration Tool 6.6 TD7onTIM Data object Object type and function Number of DNP3 object group [vari- DNP3 level * Use in stations indexes ation] type ** occupied (S7 data type) Setpoint and parameter objects Set01W_S Setpoint object for send direc- tion Send 1 setpoint (16 bits), object with 3 channels:...
Page 181 The SINAUT Configuration Tool 6.6 TD7onTIM Data object Object type and function Number of DNP3 object group [vari- DNP3 level * Use in stations indexes ation] type ** occupied (S7 data type) Par12D_R Parameter object for receive direction Receive max. 12 double words with parameters or setpoints, object with 3 channels: - not used -...
Page 182 The SINAUT Configuration Tool 6.6 TD7onTIM Data object Object type and function Number of DNP3 object group [vari- DNP3 level * Use in stations indexes ation] type ** occupied (S7 data type) Dat12D_R Data object for receive direction 1 ... 12 30 [1] (DINT) 1 ...
Page 183: Mirroring Back
The SINAUT Configuration Tool 6.6 TD7onTIM 6.6.8 Mirroring back Mirroring back The values of data points in DNP3 stations that are set by commands or setpoints by the DNP3 master station can also be set by manual operator input in the station. This overwrites the values set by the master station.
Page 184 The SINAUT Configuration Tool 6.6 TD7onTIM the DNP3_Cmd01X_R object and sends the local value back to the master via the mirror back channel. You will find a detailed description of the channel types in the section Data objects: Specific channel parameters (Page 206). During configuration make sure that the two objects of every pair in the station access the same address range in the CPU when mirroring back.
Page 185: Inserting And Copying Objects And Channels
The SINAUT Configuration Tool 6.6 TD7onTIM 6.6.9 Inserting and copying objects and channels Opening the TD7onTIM library After setting the basic parameters of TD7onTIM and the destination subscriber-specific parameters, the objects of TD7onTIM are configured. To do this, a TIM module is selected in the directory tree.
Page 186 The SINAUT Configuration Tool 6.6 TD7onTIM Copying objects to other TIMs Once all the objects for a TIM have been configured and have had parameters assigned, you can copy the objects and the parameter assignments to another TIM in the project that requires the same or similar objects.
Page 187 The SINAUT Configuration Tool 6.6 TD7onTIM Dialogs for setting channel parameters Depending on their function, the channels have different parameters: ● Obligatory parameters These are general parameters that can be set depending on the channel class: – Obligatory parameters of the send channels –...
Page 188: System Objects: Configuration
The SINAUT Configuration Tool 6.6 TD7onTIM Copying channels To simplify parameter assignment, channels along with their parameter assignment can be copied. If a data object requires more than one channel with the same parameter assignment (except for the input or output address) and if the parameter settings have been completed for one channel, this channel along with its parameters can be copied.
Page 189 The SINAUT Configuration Tool 6.6 TD7onTIM Image 6-15 TIM with selected system object "WatchDog" and the corresponding parameters WatchDog The "WatchDog" system object can be included as an option. It indicates to the CPU program whether the communication between CPU and local TIM is still working; in other words, whether TD7onTIM is still reading from and writing to the memory areas of the CPU.
Page 190 The SINAUT Configuration Tool 6.6 TD7onTIM PartnerStatus The optional PartnerStatus object can be used to monitor the reachability of up to 8 communications partners (DNP3 master stations). The status is made available to the CPU in an output byte. One bit per communications partner is reserved in the output byte to indicate the status of the partner: If TD7onTIM has a connection to more than 8 partners whose status needs to be monitored, the "PartnerStatus"...
Page 191 The SINAUT Configuration Tool 6.6 TD7onTIM OpInputMonitor OpInputMonitor indicates the status of operator input to the CPU when a command, setpoint or parameter is input. The current status can be displayed to the operator for each user program in a suitable form, for example using the LEDs, on an operator panel etc. Note OpInputMonitor is not normally used when using DNP3.
Page 192 The SINAUT Configuration Tool 6.6 TD7onTIM objects: Partner and send parameters (Page 194) > "Read cycle" parameter). All setpoint and parameter objects in the fast cycle are subjected to a 1-out-of-n check; in other words, at the end of the fast cycle there is a check to make sure that there is a setpoint or parameter entry for only 1 of the acquired objects.
Page 193 The SINAUT Configuration Tool 6.6 TD7onTIM Assignment of the status byte for operator input Bit no. Status 1-out-of- Input Input OK n error error For val- Unused bits are set to 0 "Tolerance time for hardware input" box Name: Max. input time Range of val- Enter value x 1 [s] (10 corresponds to 10 seconds) ues:...
Page 194: Data Objects: Partner And Send Parameters
The SINAUT Configuration Tool 6.6 TD7onTIM 6.6.11 Data objects: Partner and send parameters Configuration of the objects and channels You configure the data objects and their channels in two steps: 1. Configuring the objects Here, you specify the properties valid for the entire object and all its channels. –...
Page 195 The SINAUT Configuration Tool 6.6 TD7onTIM Image 6-18 Subscriber administration with the parameter assignment dialog of a data object Note In the subscriber management, if a TIM is selected with TD7onTIM with the system object “ModbusGateway“, in the object list in the column “Partner no.” with the Modbus objects, the gateway number is displayed preceded by “G”.
Page 196 The SINAUT Configuration Tool 6.6 TD7onTIM Parameters in the "Partner" box From the "Available partners" list, select the DNP3 master station to which the process values of the data object will be sent. With receiving objects in stations, only one DNP3 master station is normally selected as the data source.
Page 197 The SINAUT Configuration Tool 6.6 TD7onTIM Default: Explanation: By assigning the DNP3 start index, each process value of a TD7 data object is assigned a consecutive index number that must be unique within a DNP3 object group. Rules for configuring the start index: ●...
Page 198 The SINAUT Configuration Tool 6.6 TD7onTIM All changes of a process value are buffered in the event memory and report- ed immediately to the master station. Event class 2 All changes of a process value are buffered in the event memory and report- ed immediately to the master station.
Page 199 The SINAUT Configuration Tool 6.6 TD7onTIM Note the differences in the configuration for the various subscriber types: • Master TIM For a TIM whose interfaces only have the master station function, the parameter is automatically enabled and grayed out. • Node station TIM For a node station, you need to enable or disable the parameter individually.
Page 200: Data Objects: Memory Area And Triggers Of The Channels
The SINAUT Configuration Tool 6.6 TD7onTIM 6.6.12 Data objects: Memory area and triggers of the channels Enabling the channels of an object When configuring the send and receive channels, you need to enable the individual channels so that the transfer of data during operation is enabled for this channel. To allow this, each channel of an object has the following option: ●...
Page 201 The SINAUT Configuration Tool 6.6 TD7onTIM Image 6-19 Parameter assignment dialog of a send channel based on the example of Counted value send Image 6-20 Parameter assignment dialog of a receive channel based on the example of Binary receive TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 202 The SINAUT Configuration Tool 6.6 TD7onTIM Input / output address Data transferred from TD7onTIM to a communications partner is first read from the work input address memory of the CPU. For each send channel, the source address ( ) must be specified in the relevant memory area of work memory on the local CPU module from which the data will be read.
Page 203 The SINAUT Configuration Tool 6.6 TD7onTIM DB No.: Specifies the DB number in the CPU if the data block memory area ( ) was selected Address [Byte]: Input field for the byte number in the selected memory area. For data types involving more than one byte (WORD, DWORD, DINT), the least significant byte number must be entered as in STEP 7.
Page 204 The SINAUT Configuration Tool 6.6 TD7onTIM Name: Send at change of Range of val- In general: 0 ... 32767 ues: Exceptions: • Channel type Command send (Cmd01B_S): 0 or 1 • Channel type Data send (Dat12D_S): 0 or 1 • Channel type Setpoint send (Set01W_S / Par12D_S) 0 or 1 Default: •...
Page 205 The SINAUT Configuration Tool 6.6 TD7onTIM Table 6- 7 Example of the integration calculation of a threshold value configured with 12 Time [s] Process value Current process Value of the devia- Integrated stored in the value tion threshold value (calculation cycle) send buffer The configured threshold value of 12 in this example is reached after 6.5 seconds and a new process value of 36 is entered in the send buffer.
Page 206: Data Objects: Specific Channel Parameters
The SINAUT Configuration Tool 6.6 TD7onTIM The "Trigger signal" area includes the option of an external send trigger that can be activated with the "Active" option. Name: Trigger signal Memory area: The following options are available for the source address: •...
Page 207 The SINAUT Configuration Tool 6.6 TD7onTIM Bin04B_S allows sending of up to 32 binary values. The object contains 4 channels each for 1 byte (8 binary values). The object occupies 32 indexes if all 4 channels are configured. The "Masks" box provides three options for transmitting binary value messages. You can specify bit-by-bit whether certain bits do not trigger message transmission or which bits trigger a different type of transmission than was specified in the basic parameters of the object.
Page 208 The SINAUT Configuration Tool 6.6 TD7onTIM The bits are masked as shown in the following example in which the hexadecimal value "A3" is entered in the input box of the parameter assignment dialog. The bits with the value 1 are masked;...
Page 209 The SINAUT Configuration Tool 6.6 TD7onTIM Bin08X_R Channel "StatusBit_x" Channel type: Data receive Bin08X_R allows receipt of up to 8 binary values. The object contains 8 channels each for 1 bit. The object occupies 8 indexes if all 8 channels are configured. Taking control codes into account Note LATCH_ON / LATCH_OFF...
Page 210 The SINAUT Configuration Tool 6.6 TD7onTIM Analog value processing is handled in the following order: 1. Reading the data from the input area of the CPU 2. Analog preprocessing in the following steps: – Unipolar analog value – Fault suppression time –...
Page 211 The SINAUT Configuration Tool 6.6 TD7onTIM Name: Fault suppression time Range of val- 0 ... 32767 [s] ues: Default: Explanation: Transmission of an analog value located in the overflow or underflow range (7FFF or 8000 ) is suppressed for the time period specified here. The value 7FFF or 8000 is only sent after this time has elapsed, if it is still pending.
Page 212 The SINAUT Configuration Tool 6.6 TD7onTIM Mean04W_S Channel "MeanValueInput_x" Channel type: Mean value send Mean04W_S allows sending of up to 4 analog mean values. The data object is divided into 4 channels to each of which an analog value is assigned. Values in the range from 0 to 65535 are transferred.
Page 213 The SINAUT Configuration Tool 6.6 TD7onTIM Specifying the data type specifies how the data of the S7 CPU is interpreted and transmitted to the communications partner. The number of required elements, in other words the size of the data field is configured in the Number input box.
Page 214 The SINAUT Configuration Tool 6.6 TD7onTIM The configured number of values specifies how many DNP3 indexes are occupied consecutively by the object starting with the specified start index. The following assignment between the data type used and the DNP3 indexes used applies: Data type Range of values Number of DNP3 indexes...
Page 215 The SINAUT Configuration Tool 6.6 TD7onTIM The master station can freeze counted values with a "Freeze" command and then read them as a "Frozen counter". Counted values that are assigned to an event class are stored in the event memory as a "Frozen counter" event when the "Freeze" command is received. Decrementing the counter reading is not supported.
Page 216 The SINAUT Configuration Tool 6.6 TD7onTIM Mask Individual bits of the byte to be sent can be blocked using the disable mask for command acquisition: Name: Disable mask Range of val- Mask in hexadecimal format ues: Default: 00 (hex) Explanation: Masked bits in the byte of the "Command send"...
Page 217 The SINAUT Configuration Tool 6.6 TD7onTIM Default: Explanation: Time during which the command output of the channel is active. When the configured time has elapsed, the bit is reset to zero by TD7onTIM. DNP3_Cmd01X_R Channel "CmdReceive" Channel type: Receive DNP3 command The object is intended for the station and occupies 1 index.
Page 218 The SINAUT Configuration Tool 6.6 TD7onTIM Parameters of CmdReceive: Name: Output mode Range of val- • Pulse on ues: • Latch on/off Default: Pulse on Explanation: Specifies the type of command The control code received from the master is evaluated. Name: Max.
Page 219 The SINAUT Configuration Tool 6.6 TD7onTIM Set01W_S Set01W_S sends 1 setpoint. The locally valid setpoint can also be indicated by this object. The object can only be used in the master station. Checking the input time and 1-out-of-n check of entries For information on checking the input time and on the 1-out-of-n check of inputs for increased reliability when inputting setpoints and parameters, see the description of "Par12D_S"...
Page 220 The SINAUT Configuration Tool 6.6 TD7onTIM If you do not require the parameter, leave it disabled. Channel "SetpointOutput" Channel type: Setpoint receive Function: Setpoint output The setpoint sent by the partner object or entered locally at LocalSetpointInput is output at SetpointOutput.
Page 221 The SINAUT Configuration Tool 6.6 TD7onTIM In TD7onTIM, the partner object in the station receiving the parameter values reports back the currently valid local parameter values if the "LocalParameterInput" channel is set in the receive object in the station. These returned values are indicated at the "ReturnedParameter"...
Page 222 The SINAUT Configuration Tool 6.6 TD7onTIM Channel "Local" Channel type: Binary send Function: Parameter input mode 'local'. The channel is not used for the DNP3 protocol. Channel "LocalParameterInput" Channel type: Data send Function: Local parameter input Local active parameters can be returned to the send block via "LocalParameterInput". The data area corresponds to the data area set for "ParameterOutput"...
Page 223: Configuring Modbus Communication
The SINAUT Configuration Tool 6.6 TD7onTIM 6.6.14 Configuring MODBUS communication Differences in the configuration of MODBUS communication Since MODBUS slaves are not SIMATIC devices or stations they are not configured as stations in STEP 7 nor are they configured as destination subscribers. Connections to MODBUS slaves are therefore also not configured in the connection configuration.
Page 224 The SINAUT Configuration Tool 6.6 TD7onTIM If the serial interface is set to the standard RS-485, up to 8 MODBUS slaves can be connected and monitored (1 slave with RS-232). Name: Gateway number Explanation: Internal partner number of TD7onTIM, cannot be set. Note on the gateway number In the subscriber management, if a TIM is selected with TD7onTIM with the system object “ModbusGateway“, in the object list in the column “Partner...
Page 225 The SINAUT Configuration Tool 6.6 TD7onTIM Name: MODBUS role Explanation: Specifies the MODBUS role for the TIM. Only the default role "Master" is possible. "WAN connection" box Name: Interface type: Explanation: Selection of the interface standard and the directional dependency of the interface Range of val- •...
Page 226: The "Modbuswrite" Object
The SINAUT Configuration Tool 6.6 TD7onTIM Default: If you configure the value 0, a message is only sent after setting the RTS signal when the CTS signal has been received from the partner and the send delay time (see below) has elapsed. Name: RTS off delay Explanation:...
Page 227 The SINAUT Configuration Tool 6.6 TD7onTIM The input address Data written from TD7onTIM to the MODBUS slaves is read from the input address area of the CPU. Only the specified address areas can be read by TD7onTIM. Data from other areas, for example analog values acquired over peripheral input words (PIW) must be mapped to the bit memory or data block area by the user program.
Page 228 The SINAUT Configuration Tool 6.6 TD7onTIM Function code: Specifies the MODBUS data type. The following MODBUS data types are available: Write single coil • (write 1 value, 1 bit) Write multiple coils • (write multiple values,1 bit) Write single register •...
Page 229: The "Modbusread" Object
The SINAUT Configuration Tool 6.6 TD7onTIM MODBUS write status The result of a write job is returned by the MODBUS slave in an acknowledgement message. The result is returned as a hexadecimal word and can be saved as a status in the input area of the CPU.
Page 230 The SINAUT Configuration Tool 6.6 TD7onTIM MODBUS input The register address on the MODBUS slave from which the data is read is specified here. Name: MODBUS input Register ad- Specifies the register address. dress: You will find the permitted address ranges in the documentation of your MODBUS slave.
Page 231 The SINAUT Configuration Tool 6.6 TD7onTIM S7 CPU output address Data read from the MODBUS slaves by TD7onTIM is saved in the output address area of the CPU. Only the specified address areas can be written by TD7onTIM. Data for other areas, for example analog values output via peripheral output words (PQW) must be mapped via the bit memory or data block area by the user program.
Page 232 The SINAUT Configuration Tool 6.6 TD7onTIM Table 6- 10 Range of values of the MODBUS read status Code Meaning 0x7002 Job executed without errors 0x8000 Job executed with error 0x8001 Illegal Function After this error has occurred, the read job is blocked until the TIM restarts and is no longer sent to the slave.
Page 233: Saving And Generating System Data
The SINAUT Configuration Tool 6.7 Saving and generating system data Saving and generating system data 6.7.1 Saving subscriber data You save the data from subscriber administration using the Save button in the toolbar or with the SINAUT / Save menu. The Options dialog opens in which you specify the scope of the system data to be saved, processed and prepared.
Page 234 The SINAUT Configuration Tool 6.7 Saving and generating system data The other options relate to the scope of system data generation ● for all CPUs or ● for selected CPUs (selected in the subscriber list) The third option relates to generating the ●...
Page 235: Generating System Data Blocks
The SINAUT Configuration Tool 6.7 Saving and generating system data 6.7.2 Generating system data blocks All the parameters of the TIM module from the hardware setting to information on communication partners or local connections are packed in system data blocks (SDBs). SDBs with numbers starting at 1000 are used.
Page 236: Consistency Check
The SINAUT Configuration Tool 6.7 Saving and generating system data 6.7.4 Consistency check The consistency check is always started automatically before you use the generate/compile functions in subscriber administration to prevent SDBs or DBs being created with inconsistent data. SINAUT / Check The consistency check can also be started as a separate function using the consistency...
Page 237: Changing The Configuration
The SINAUT Configuration Tool 6.8 Changing the configuration Changing the configuration Changing the configuration This section describes the required follow-up actions after typical operator activities in the SINAUT configuration software. Table 6- 11 Change matrix Object affected Action in the SINAUT configu- Necessary follow-up action ration tool Station...
Page 238 The SINAUT Configuration Tool 6.8 Changing the configuration Object affected Action in the SINAUT configu- Necessary follow-up action ration tool Network nodes Changing the parameter set- The SDBs of the module that contains this network node must tings of a network node be regenerated.
Page 239: Downloading
The SINAUT Configuration Tool 6.9 Downloading Downloading 6.9.1 Downloading data blocks to the CPU To download data blocks to the CPU module, you use the STEP 7 SIMATIC Manager standard tool. This allows you to copy blocks using drag-and-drop or a menu either in an online window (configured online access) or in the window with the accessible nodes (non- configured online access).
Page 240: Uploading Stations With The Upload Station To
The SINAUT Configuration Tool 6.9 Downloading 6.9.3 Uploading stations with the Upload Station to PG function The STEP 7 function "PLC" > Upload station to PG" allows the configuration of a connected station to be adopted. In conjunction with TIM modules, this function can only be used with the following restriction.
Page 241: Diagnostics And Upkeep
New firmware versions of the TIM If a new firmware version is available for the module, you will find this on the Internet pages of Siemens Industry Online Support under the following ID: 89372872 (http://support.automation.siemens.com/WW/view/en/89372872) On the Internet page, select the "Entry list" tab and the "Download" entry type.
Page 242: Sinaut Diagnostics And Service Tool
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Loading the firmware basic package You can only load a new firmware driver package via the Ethernet interface of the TIM. To load firmware, you require an Industrial Ethernet CP module in the PG/PC (for example, CP 1613) or a normal Ethernet module with the "Softnet"...
Page 243: Starting The Program And Types Of Access
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool ● Firmware update of TIM modules ● Downloading a new parameter assignment to the TIM modules Note Diagnostics functions that are also available in the SIMATIC Manager are described here with the emphasis on diagnostics of TIM modules. 7.3.1.1 Starting the program and types of access Opening the SINAUT diagnostics and service tool...
Page 244 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool project list. Project / Recently Used As an alternative, you can open a current project with the menu. SINAUT 4. Select the subscribers you require for the subsequent diagnostic functions in the subscriber list by clicking on them with the mouse.
Page 245: Access To Subscribers And Working With The Diagnostics Dialogs
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool ● Name: The module, application or PC/PG name. This can be changed in the configuration. As default, this is the name of the module type or the application as specified in the configuration. ●...
Page 246 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Working with the dialogs The graphic user interface of the SINAUT diagnostics and service tool is designed based on Windows technology. To use diagnostic functions, you must generally first select a particular subscriber or a component from a list in the Windows and dialogs and the function will then be executed and the diagnostic data displayed for this subscriber or component.
Page 247: Functions Of The Sinaut Diagnostics And Service Tool
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool 7.3.1.3 Functions of the SINAUT diagnostics and service tool Overview of the diagnostic and service functions The diagnostic functions of the SINAUT diagnostics and service tool can be grouped together as follows: ●...
Page 248: Step 7 Diagnostics
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Function group, Subscriber type Called in Access over Access us- diagnostic function relevant for diag- menu STEP 7 ing Accessi- (remarks) nostics project ble Nodes TD7 communication configuration " check (configured data) TD7onTIM diagnostics "...
Page 249 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool CPU Messages Image 7-2 dialog Archive The messages for diagnostic events are entered at the bottom of the dialog in the tab of the message list. From the menu of the dialog or using the buttons of the toolbar, various user-specific settings can be made for message output such as emptying the archive, processing messages, the view of the message window, the settings for the archive size and saving the PG CP messages...
Page 250: Module Information
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool W column 4. Click on the relevant field for the module in the of the module list again to deactivate archiving of the diagnostic messages. 5. Select the menu or the button of the dialog to change the settings. CPU Messages close dialog 6.
Page 251 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool General General tab displays the operating mode of the local CPU module and the operating mode and status of the connected module if this is selected for outputs of diagnostic data. Status text box displays information on the status of the connected module from the perspective of the local CPU module.
Page 252 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool 3. In the lower part of the dialog, select the following options if necessary: - Output event information in hexadecimal format - Update display during operating mode transition - Save settings for this dialog box 4.
Page 253: Operating Mode
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool ● Default router: If a default router was specified during configuration, the IP address of the default router is displayed here. ● IP settings: Indicates where the module obtained the IP parameters from. Note With a TIM 4R-IE DNP3, only information on the first Ethernet port P1 is displayed.
Page 254: Setting The Time
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Operator activities SINAUT subscriber list Accessible 1. Select a subscriber in the of the open project or in Nodes STEP 7 Diagnostics / Operating Mode 2. Open the dialog by selecting the menu.
Page 255 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Time synchronization ● tab: Status of the time-of-day synchronization on the interfaces of the TIM Time ● tab: Information on the system clock of the TIM Filesystem ● tab: Displays all the files in the flash file system or on the RAM disk of the TIM Operator activities SINAUT subscriber list Accessible...
Page 256 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool With TD7onTIM-compliant TIM modules, the message buffer contains the buffer area for data messages, divided up according to destination subscribers (destination subscriber buffer) Message buffer diagnostic function analyzes the buffer areas of the destination subscribers in which the DNP3 events are stored.
Page 257 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool no. of prio. messages ● Number of stored messages to be sent with high priority (not relevant for DNP3). Status: ● The status is a hexadecimal value that codes the buffer information following it into binary.
Page 258: Tim Subscriber Diagnostics
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Filesystem Filesystem town displays all the system data blocks and files of the individual firmware components installed on the flash file system. This data is stored on the RAM disc of the module and can be transferred to the connected programming device using the "File System"...
Page 259 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Operator activities SINAUT subscriber list Accessible 1. Select a TIM module in the of the open project or in Nodes SINAUT / TIM Subscriber Diagnostics 2. Open the dialog by selecting the menu.
Page 260: Tim Diagnostic Messages
With the "TIM Diagnostic Messages" function, extended diagnostic messages are activated or deactivated at selected levels for various components of the TIM firmware. The extended diagnostic messages are intended for the Siemens hotline. The extended diagnostic messages contain detailed information on subfunctions of individual firmware components and are entered in the diagnostic buffer of the TIM.
Page 261: Tim Message Monitor
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool If multiple extended diagnostic messages are activated, you must confirm the activation Activate of the message output for each individual firmware component and level with Module Information / Diagnostic Buffer tab 8.
Page 262: Td7Ontim Diagnostics
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Operator activities SINAUT subscriber list 1. Select a subscriber in the of the open project. TIM Message Monitor SINAUT / TIM Message Monitor 2. Open the dialog by selecting the menu. Output file *.7dt 3.
Page 263 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool The dialog displays the following information for the station of the selected TIM module: path ● The of the TIM in the project subscriber no. of the TIM ● The subscriber no. of the CPU ●...
Page 264: Sdb Viewer
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool 7.3.3.6 SDB Viewer Description of the functions SDB Viewer function lists the content of the system data blocks (SDBs) of a previously selected CPU or TIM module. For TIM modules, the following SDB classes can be selected for display: ●...
Page 265: Message Protocol Diagnostics
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool 7.3.4 Message protocol diagnostics Introduction To read out messages, SINAUT DNP3 provides you with the option of recording and archiving transferred messages on the TIM as a storable TIM message log. the TIM message log (protocol) is used to record messages received and sent by a TIM module.
Page 266: Diagnostics Of The Tim Message Protocol
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool 7.3.4.2 Diagnostics of the TIM message protocol Structure of the TIM message protocol TIM message protocol The upper part of the dialog summarizes the following information: - Total number of messages, - Number of messages shown, - Source and path of the protocol file Below this, there is the list of TIM messages, that has nine columns as default and provides...
Page 267 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool ● Statistics ● Filter functions ● Exporting protocol files Working with the message list TIM message protocol Project / TIM Message Protocol After opening the with the menu, the following options are available in the open dialog: 1.
Page 268 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Details << >> To page to other messages within the dialog, click on the button. In each tab, the dialog view switches to the previous or next message. Message Header ● The tab displays a table containing three columns with the following data from the message header of the selected message: –...
Page 269 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Details Net Data Image 7-5 dialog, TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 270 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool TIM Routing Infos ● The tab shows the following: Message – At the top in the area: - the internal task ID - the complete message length [bytes] Address infos – Below in the area: - the device ID as a number and in plain text (for example MPI bus) - the CN ID...
Page 271 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool ● The tab shows the following in hexadecimal format: complete buffer – In the box, the content of the entire message The 1st block of numbers in each line is the byte number and data begins with the second block of numbers.
Page 272 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Details Source/Destination/Time stamp Image 7-8 dialog, Statistics Statistics function provides a statistical evaluation of the entire message protocol in terms of numbers, types, and throughput of messages of the subscribers involved are sorted according to ●...
Page 273 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Statistics dialog displays the statistical data of the TIM message protocol in three tabs. In each tab, the sampling period of message recalling is displayed at the top. The three tabs of the dialog list the messages as tables sorted according to the following: Counters ●...
Page 274 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Delete list If you select the function with the mouse, the TIM messages displayed in the list deleted view are . This deletion can be reversed. The messages can be inserted in the list Selection Show all messages view again using the to functions...
Page 275: Service Functions
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool 7.3.5 Service functions 7.3.5.1 Download SDB Description of the functions Download SDB function downloads the system data blocks of a TIM module from the program directory of the SIMATIC Manager to the module. This is the same procedure as Download Module function in the SIMATIC Manager.
Page 276: Loading New Firmware
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool 7.3.5.2 Loading new firmware Firmware update The "Firmware Update" function allows you to load a new firmware version of the firmware driver package on a TIM module. Note You can read out the version of the operating system of a TIM using the "Module Information"...
Page 277 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Operator activities Note Make sure that you select the correct TIM module in your project. The station and module name must match and the configured module must be of the same type as the module to which you are downloading.
Page 278: Repair
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool ● ignore: The file is not affected by the firmware update. ● delete: There is no newer version for the file. The existing file is no longer required and is deleted during the firmware update. Update details Firmware Update Image 7-10...
Page 279 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Requirements ● To use this function, the firmware must have been installed on the computer using the setup. If the firmware is not installed on the PG or is incomplete, a message is displayed. Installation details Update details ●...
Page 280: Messages In The Diagnostic Buffer Of The Tim
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Update details 4. Click on the button if you require a detailed information on the firmware Installation details update. The dialog opens. Start Installation Firmware Install 5. Click on the button in the dialog to start the repair.
Page 281: Diagnostic Messages Of The Tim
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool 7.3.6.2 Diagnostic messages of the TIM Classification of TIM messages The TIM uses a reserved area within the event class F, namely Fx60, known as the event ID. All TIM diagnostics messages start with Fx60 in the hexadecimal representation, where x a digit is the placeholder for an identifier that allows a global classification of the message: Table 7- 3 Global classification of the TIM diagnostic messages...
Page 282 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F560 0068 Dongle flag not found in catalog. F560 0069 EXE loader not found in catalog. F360 006A Internal / external WAN interface: Driver not released. F560 006B Internal / external WAN interface: Error sending the load job for a driver.
Page 283 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F560 0090 DNP3 installation started. F360 0091 Wrong TIM firmware loaded. F560 0092 Installation error in the Start manager F560 0100 Module startup: Installation error LAN messages F560 0101...
Page 284 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F560 011E Bad TCP/IP packet. F560 011F Error setting a socket. F560 0120 Error in ACCEPT socket. F560 0121 TCP/IP connection termination by partner. F560 0122 TCP/IP reception error.
Page 285 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F260 Exiting state: Internal / external WAN interface: Subscriber call in main cycle. F360 030F Entering state: Internal / external WAN interface: Permanent call to a subscriber enabled. F260 Exiting state: Internal / external WAN interface: Permanent call to a subscriber ended.
Page 286 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F560 032C Internal / external WAN interface: STA number not found in telephone number list. F360 032D Entering state: Internal / external WAN interface: Permanent connection established to a subscriber.
Page 287 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F960 034A Internal / external WAN interface: SMS server of the TIM has received an unknown message. F960 034C Internal / external WAN interface: Short message (SMS) acknowledgment received from an unknown mobile subscriber.
Page 288 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F560 0508 PDU with bad address received. Destination subscriber number not found. F560 0509 No WAN driver available. F560 050B Error enabling heap memory. F560 050C Installation of the routing program ended.
Page 289 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F360 0621 for error code = 0: Installation of the clock driver completed for error code = 1: Installation of clock driver aborted. F560 0622 Entering state: Time synchronization (master) disturbed.
Page 290 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F560 0663 Entering state: Error occurred receiving a message. F460 Exiting state: Error occurred receiving a message. F560 0664 Entering state: Heap memory overflow. F460 Exiting state: Heap memory overflow eliminated.
Page 291 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F560 06E2 SDB could not be deleted. F560 06E3 SDB could not be loaded. F560 06E4 SDB information of hierarchy 1 not available. F560 06E5 SDB information of hierarchy 2 not available.
Page 292 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Meaning (hex) event (hex) F560 072A Basic channel memory assignment error. F560 072D TD7-Par: Wrong channel data type. F560 072E Unknown channel type. F560 0730 TD7-Par: Invalid scan cycle ID. F560 0731 Memory assignment error creating the object list for the current subscriber.
Page 293: Dnp3-Specific Diagnostics Messages Of The Tim
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool The following table contains a summary of all error messages that caused the group error LED (SF) to light up. Table 7- 5 Classification of the messages and activation of the group error LED Error class Detailed event (hex) in the diagnostics message Internal error...
Page 294 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Status message Meaning (hex) event (hex) F560 0405 DNP3 data output locked No DNP3 communication possible F360 0405 DNP3 data output released DNP3 communication possible F560 0406 Unknown control message Internal error F560 0407...
Page 295: Modbus-Specific Diagnostics Messages Of The Tim
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Status message Meaning (hex) event (hex) F560 0421 Message incoming: CPU of the station Note: The message is formed by a DNP3 master TIM DNP3 address < > (subscriber number) when it receives the set internal indication bit "IIN1.6"...
Page 296: Meaning Of Errcls And Errcod
Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool Event ID Detailed Status message Meaning / remark (hex) event (hex) F460 0808 Message queue overflow (outgoing) Meaning in byte 5 of the diagnostics message: 1 = LAN COM • 2 = S7 adapter •...
Page 297 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool ERRCLS ERRCOD Meaning Wrong LAN connection: The connection index is higher than the maximum index limit. The message is deleted. Wrong LAN connection: The send channel was not found. • The addressed connection does not exist. •...
Page 298 Diagnostics and upkeep 7.3 SINAUT diagnostics and service tool TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 299: Technical Specifications
Technical specifications Technical specifications of the TIM 3V-IE DNP3 Table 8- 1 Technical specifications of the TIM 3V-IE DNP3 Technical specifications of the TIM 3V-IE DNP3 Article number 6NH7803-3BA00-0AA0 Connection to WAN classic Number Execution Serial port, 9-pin D-sub male connector Standard RS-232 Maximum permitted cable length...
Page 300 Technical specifications 8.1 Technical specifications of the TIM 3V-IE DNP3 Technical specifications of the TIM 3V-IE DNP3 Permitted ambient conditions Ambient temperature During operation with the rack in- 0 ℃ to +60 ℃ stalled horizontally During operation with the rack in- 0 ℃...
Page 301: Technical Specifications Of The Tim 4R-Ie Dnp3
Technical specifications 8.2 Technical specifications of the TIM 4R-IE DNP3 Technical specifications of the TIM 3V-IE DNP3 Transmission protocol Ethernet Protocol DNP3 Transport protocol • • Communication services DNP3 using S7 communication • PG communication • * You will find further product characteristics in the section Uses and properties of the TIM (Page 13).
Page 302 Technical specifications 8.2 Technical specifications of the TIM 4R-IE DNP3 Technical specifications of the TIM 4R-IE DNP3 Exchangeable media Slot for exchangeable media C-PLUG (optional) Electrical data External power supply Supply voltage 24 VDC Permitted range min. 20.4 V, max. 28.8 V Execution 2-pin plug-in terminal strip Current consumption...
Page 303 Technical specifications 8.2 Technical specifications of the TIM 4R-IE DNP3 Technical specifications of the TIM 4R-IE DNP3 Installation options Installation on a DIN rail • Installation on an S7-300 standard rail • Wall mounting • Mounting in a 19" rack •...
Page 304: Current Consumption And Power Loss
Technical specifications 8.3 Current consumption and power loss * You will find further product characteristics in the section Uses and properties of the TIM (Page 13). Current consumption and power loss Introduction The DNP3 components obtain the current required for operation from an external power supply.
Page 305 Technical specifications 8.3 Current consumption and power loss Calculation of the current and power loss balance The following table contains the power consumption and loss balance for the S7- 300 configuration described above. This current consumption and power loss balance does not include any actuators connected to the outputs.
Page 306 Technical specifications 8.3 Current consumption and power loss TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 307: Approvals
Directive of the European Parliament and of the Council of 8 June 2011 on the restriction of the use of certain hazardous substances in electrical and electronic equipment The EC Declaration of Conformity is available for all responsible authorities at: Siemens Aktiengesellschaft Process Industries and Drives Process Automation...
Page 308 You can see the current versions of the standards in the IECEx certificate that you will find on the Internet at the following address: Link: (https://support.industry.siemens.com/cs/ww/en/view/109475158) The conditions must be met for the safe deployment of the product according to the section Notices on use in hazardous areas according to ATEX / IECEx (Page 65).
Page 309 Approvals The device meets the requirements of the EC Directive:2004/108/EEC "Electromagnetic Compatibility” (EMC directive). Applied standards: ● EN 61000-6-4 Electromagnetic compatibility (EMC) - Part 6-4: Generic standards - Emission standard for industrial environments ● EN 61000-6-2 Electromagnetic compatibility (EMC) - Part 6-2: Generic standards - Immunity for industrial environments RoHS The device meets the requirements of the EU directive 2011/65/EC on the restriction of the...
Page 310 SIMATIC NET products are regularly submitted to the relevant authorities and approval centers for approvals relating to specific markets and applications. If you require a list of the current approvals for individual devices, consult your Siemens contact or check the Internet pages of Siemens Industry Online Support: Link: (https://support.industry.siemens.com/cs/ww/en/ps/15937/cert)
Page 311 Approvals TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 313: Accessories
1 RJ-45 Ethernet interface, 1 mobile wireless interface, 1 digital input, 1 digital output security functions Information on the devices can be found on the Internet pages of Siemens Industry Online Support under the following entry ID: 80046561 (http://support.automation.siemens.com/WW/view/en/80046561) TIM DNP3...
Page 314: Modems
RS-232/RS-485 interface, max. 64000 bps (no longer available) Information on the devices can be found on the Internet pages of Siemens Industry Online Support under the following entry ID: 89330308 (http://support.automation.siemens.com/WW/view/en/89330308) These modems can be connected to the serial modem interface of the TIM.
Page 315 Accessories A.2 Modems Image A-1 Connectors of a SINAUT ST7 modem Image A-2 Classic SINAUT MD modem TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 316 Accessories A.2 Modems Technical specifications of the MD2 dedicated line modem Interfaces Attachment to dedicated line RJ-12 • • RS-232 attachment to DTE 9-pin D-sub male connector • • RS-485 attachment to DTE 9-pin D-sub female connector • • Connection to power supply 4-pin terminal strip •...
Page 317 Accessories A.2 Modems Terminating resistor can be adjusted For 1200 and 2400 bps 600 ohms • • For 9600 and 19,200 bps 150 ohms • • For tapping point > 6 kilohms • • Ready to send At 1200 bps After 7 ms •...
Page 318 Accessories A.2 Modems Power loss 4.8 W Permitted ambient conditions Operating temperature 0 °C through +60 °C • • Transport/storage temperature -40 °C through +70 °C • • Relative humidity Max. 95 % at +25 °C • • Construction Module format Compact module for S7-300, double width •...
Page 319 Accessories A.2 Modems Standard dedicated line profile 300 bps (direct) • 1200 bps (direct) • 2400 bps (direct) • 9600 bps (direct) • 19,200 bps (direct) • 19200 bps (buffered) • 33,600 bps (buffered) • Compatible with SINAUT modems (as telephone modem) MD125 V.22 1200 bps, duplex...
Page 320: Connecting Cables
Accessories A.3 Connecting cables Permitted ambient conditions Operating temperature 0 °C through +60 °C • • Transport/storage temperature -40 °C through +70 °C • • Relative humidity Max. 95 % at +25 °C • • Construction Module format Compact module for S7-300, double width •...
Page 321: Standard Connecting Cable For The Dnp3-Tims
Accessories A.3 Connecting cables A.3.1 Standard connecting cable for the DNP3-TIMs A modem or other transmission device can be connected to the 9-pin connector of the serial interface of the TIM. The following standard connecting cables are available for connection to these connectors.
Page 322 Accessories A.3 Connecting cables Connecting cable only for the TIM 4R-IE DNP3 Table A- 1 Connecting cable for the serial interface of the TIM 4R-IE DNP3 Order no. Description Illustration 6NH7701-4DL Cable for connecting a TIM 4R-IE DNP3 (RS-485) with multiple SINAUT DNP3 dedicated line modems of the type MD2 or MD3 (RS-485) connected in parallel.
Page 323 Accessories A.3 Connecting cables Image A-4 Assembly of the standard connecting cable 6NH7701-4DL Image A-5 Assembly of the standard connecting cable 6NH7701-5AN TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 324 Accessories A.3 Connecting cables Image A-6 Assembly of the standard connecting cable 6NH7701-4BN Image A-7 Assembly of the standard connecting cable 6NH7701-0AR Connecting cables for connecting to Ethernet For the Ethernet attachment of the TIM 4R-IE DNP3, you can use the suitable Ethernet connecting cables (for example IE TP Cord) from the SIMATIC NET product range (catalog IK PI).
Page 325: Connecting Cables For Wan Attachment With Ltop
Accessories A.3 Connecting cables Image A-8 Pinout of a crossover Ethernet RJ-45 cable The cable must be suitable for the 10Base-TX or 100Base-TX specification. A.3.2 Connecting cables for WAN attachment with LTOP A 6NH7700-xxx connecting cable ships with every MD2 / MD3 modem. This can be used to connect the modem to the relevant WAN network.
Page 326: Antennas
The antennas must be ordered separately. ● Quadband antenna ANT794-4MR You will find detailed information in the device manual. You will find this on the Internet on the pages of Siemens Industrial Automation Customer Support under the following entry 16518558 (http://support.automation.siemens.com/WW/view/en/16518558) Image A-9...
Page 327: Ltop Overvoltage Protection Modules
Accessories A.5 LTOP overvoltage protection modules LTOP overvoltage protection modules A.5.1 Variants and overview of the LTOP overvoltage protection modules Copper dedicated lines are highly susceptible to electromagnetic interference. The coupling of extraneous voltages can be inductive or capacitive, for example due to the effects of lightning.
Page 328: Ltop Line Transformer With Overvoltage Protection
Accessories A.5 LTOP overvoltage protection modules A.5.2 LTOP line transformer with overvoltage protection Introduction Copper dedicated lines are highly susceptible to electromagnetic interference. The coupling of extraneous voltages can be inductive or capacitive, for example due to the effects of lightning.
Page 329 Accessories A.5 LTOP overvoltage protection modules Note The protection elements in the OPM (Overvoltage Protection Module) undergo high stress during discharge processes and progressively deteriorate. It is therefore recommended that you replace the OPMs approximately once a year. To be on the safe side, in regions with frequent thunderstorms this period should be reduced to approximately 6 months.
Page 330: Technical Specifications Of The Ltop Overvoltage Protection Module
Accessories A.5 LTOP overvoltage protection modules View from above Schematic A.5.3 Technical specifications of the LTOP overvoltage protection module LTOP Transmission paths Private transmission lines with or without loading coils Transmission ratio 1 : 1; ± 5 % (e.g. 600/600 ohms in the voice band) Transmission range 300 Hz to 35 kHz Frequency-dependent attenuation...
Page 331 Accessories A.5 LTOP overvoltage protection modules LTOP Permitted ambient conditions Operating temperature 0 °C through +60 °C • • Transport/storage temperature -40 °C through +70 °C • • Relative humidity Max. 95 % at +25 °C • • Construction Dimensions (W x H x D) in mm 90 x 75 x 110 mm •...
Page 332 Accessories A.5 LTOP overvoltage protection modules TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 333: Pg Routing Via Wan
PG routing via WAN What is PG Routing? B.1.1 Introduction In the SIMATIC world, the term routing is defined as follows: Routing is finding the path for information beyond network boundaries. In the SIMATIC world at the present time, it is not possible to configure a connection over which data can be transmitted between the two endpoints involved if this connection goes beyond the boundaries of a network.
Page 334: Configuration For
PG routing via WAN B.1 What is PG Routing? B.1.2 Configuration for PG routing The following figure shows the basic principle of PG routing. Basic configuration of PG routing In the basic configuration, a PG in the master station is configured and connected to the Ethernet network.
Page 335 PG routing via WAN B.1 What is PG Routing? Functions of the SINAUT diagnostics and service tool with PG routing ● "TIM Message Monitor" function Activating the TIM message monitor on a remote TIM using PG routing is not possible. ●...
Page 336: System Requirements For Pg Routing
PG routing via WAN B.2 System requirements for PG routing System requirements for PG routing Software requirements To use the PG routing function in the SINAUT telecontrol network with SINAUT DNP3, the following requirements must be met: ● STEP 7 is installed on the PG/PC. You will find the required version in Preface (Page 3).
Page 337: Canceling The Pg/Pc Attachment In The Network
PG routing via WAN B.3 Preparations for PG routing 6. In the "Connection monitoring time" box, set the value "100 sec." for the "Timeout" parameter. 7. Close the dialogs with "OK". This completes the adaptation of the PG/PC interface. Image B-2 Properties dialog of the interface in the Control Panel B.3.3 Canceling the PG/PC attachment in the network...
Page 338: Pg/Pc Assignment In The Network
PG routing via WAN B.3 Preparations for PG routing B.3.4 PG/PC assignment in the network Before you can use PG routing with a PG/PC over WAN networks, this must be configured and assigned within a project. Assigning the PG/PC The PG/PC is assigned in the network using the SIMATIC network configuration tool NetPro. NetPro 1.
Page 339 PG routing via WAN B.3 Preparations for PG routing 8. Close the dialog with the button. The successful assignment of the PG/PC is indicated by an Ethernet connection on a yellow background and a yellow arrow pointing NetPro SIMATIC Manager upwards in the PG/PC icon in and in the NetPro...
Page 340 PG routing via WAN B.3 Preparations for PG routing TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 341: Glossary
Glossary For further terms, go to the reference to the SIMATIC NET glossary in the preface of the manual. Analog value An analog value is an analog process variable such as pressure, temperature etc. It is acquired over an analog input as a current or voltage value and converted by this module to a binary-coded value.
Page 342 Glossary Distributed Network Protocol DNP3 protocol The DNP3 protocol is a telecontrol protocol that allows the process data of sensors, field devices and RTUs to be connected to operator control and monitoring systems. The protocol was first specified in 1990. In 1993, this specification was released for general use under a public domain license.
Page 343 Glossary TD7onTIM does not support the general request. Image memory / send buffer A TIM has a send buffer and an image memory for buffering send messages. The data of the process image of the CPU configured for transfer by the TIM in the objects of the TD7onTIM is written continuously to the image memory of the TIM.
Page 344 Glossary Master TIM Interface of a TIM set to the "master station" function. Use in control centers and node stations. Message The term message generally is used generally for a data message or particularly for data messages of the application layer. Multi Point Interface MPI is the programming device interface of SIMATIC S7.
Page 345 Glossary specific processing functions and change checks assigned to it to minimize the communication traffic in the WAN. Type-specific processing functions include, for example, change checks or smoothing with the object type for analog values. The change check is designed so that a message is generated only when the object data has changed compared with the last time its value was transferred or when the type-specific processing enables generation of a message because the object data is "worth"...
Page 346 Glossary When a TIM is used as the master station, the master TIM sends a polling message to the connected stations (station TIMs) one after the other instructing them to transmit their stored data messages to the master TIM. If a polled station has not saved any data messages, it replies with an acknowledgment message.
Page 347 In this case, the acquisition program recognizes an error. Neither the setpoint nor the command are transmitted. SIMATIC S7 Siemens automation system SINAUT SIemens Network AUTomation Telecontrol system based on SIMATIC S7...
Page 348 Glossary SINAUT ST7 protocol This protocol is used in the SINAUT ST7 system for data transmission via classic WAN networks and IP-based networks. It is not compatible with DNP3. SNAP Subnetwork Access Protocol Spontaneous message Unsolicited messages are generated and transferred if a process value changes or event- driven.
Page 349 Glossary The following variants of the TD7 software exist: ● TD7onTIM This TD7 variant runs on the TIM. It is available for the Ethernet and DNP3 TIMs and can only be used in an S7-300 station. TD7onTIM can only be used as an alternative to TD7onCPU. Simultaneous use in a station is not possible.
Page 350 Glossary TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...
Page 351: Index
Index Consistency check, 113, 234, 236 Control code, 208 " Copying projects, 84 Current information, 5 "Command direction (parameter), 198 Cycle monitoring time (CPU), 89 1-out-of-n check, 219, 220 Data object, 159 1-out-of-n error, 191, 191 Data point, definition, 159 DCP, 131 Definition of terms, 20 Definitions, 20...
Page 352 Index Node station - process image, 128 NTP, 27 Glossary, 5 NTP (secure), 27 HW Config, 85 Object group, 159 Objects, max. number, 29 Ordering data LTOP, 327 IIN1.4, 27 Outstation, 20 IIN1.6, 128 Image memory, 161 Index Configuration, 160 Par12x1D_R, 166 Function, 159 Path redundancy...
Page 353 Index SINAUT diagnostics SDB Viewer, 264 Variation, 159 TD7onTIM diagnostics, 262 Version information, 140 TIM Diagnostics, 254 TIM Message Monitor, 261 TIM subscriber diagnostics, 258 SINAUT software Version, 36 WAN interface, 122 Software Version, 36 Stand-alone TIM Configuration, 44, 45 Connector, 62 Start index, configuring, 160 Static data, 161...
Page 354 Index TIM DNP3 System Manual, 12/2015, C79000-G8976-C253-04...

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Siemens SIMATIC TIM 3V-IE DNP3 System Manual

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1 Uses and Properties of the TIM

2 Network Structures and Configurations

3 Leds and Connectors

4 Installation and Commissioning

5 Configuration in STEP 7

6 The SINAUT Configuration Tool

7 Diagnostics and Upkeep

8 Technical Specifications

9 Approvals

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Summary of Contents for Siemens SIMATIC TIM 3V-IE DNP3