Siemens SIPROTEC 4 Manual

Siemens SIPROTEC 4 Manual

Remote control via ethernet-modems 7xv585x and 7xv5655
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Remote Control SIPROTEC 4 via Ethernet-Modems 7XV585x and 7XV5655
General
In principle the scope of functions of Ethernet-Modems correspond to the already known analog or
digital telephone modems. Instead of the analog or digital telephone network, the transmission
medium is the well-known Ethernet. For this purpose, the data received at the RS232-interface are
packed into a TCP/IP-protocol and unpacked again at the opposite end for output on the RS232-
interface .Instead of a telephone number, the connection is established from the calling Ethernet
modem (office modem) by selection of an IP address.
This method allows for the simple handling of Ethernet modems by the protection communication
program DIGSI 4 if the following application guidelines are strictly adhered to.
The example outlines a small private network with free IP addresses. The operating PC with
Windows XP and DIGSI 4.50 in this case has a fixed IP address 192.168.10.100. The office modem
has the IP address 192.168.10.161, the substation modems 192.168.10.153 and 192.168.10.154.
Note: This application guide only serves as a additional user information and assumes that the user
has knowledge of the general application guide for the product and its basic functions as described in
the manual.
Approach:
• Installing modem driver in Windows
• Configuring modems with the configuration tool
o Selecting basic data (IP-address and name) of the office modem
o Selecting basic data (IP-address and name) of the substation modem
o Integration of-PC and Ethernet-Modems into the Ethernet
o Selecting the communication parameters (Baud rate, data format etc.) of the office modem
o Selecting the communication parameters (Baud rate, data format etc.) of the substation
modem
Inserting telephone directory and modems in the substation manager of DIGSI 4
o Insert telephone directory with IP addresses
o Insert office and substation modem with settings
o Insert modem connection
Establish the modem connection
o Start the connection
o Check the "number" to be dialled (IP address), correct of necessary
o Check the connection in the report window
o Establishment of connection to the protection device
HELP_DIG4_SIP4_ETHERNET_A2.DOC
Seite 1 von 21
Power Transmission and Distribution
Energy Automation
28.11.2005

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Summary of Contents for Siemens SIPROTEC 4

  • Page 1 Power Transmission and Distribution Energy Automation Remote Control SIPROTEC 4 via Ethernet-Modems 7XV585x and 7XV5655 General In principle the scope of functions of Ethernet-Modems correspond to the already known analog or digital telephone modems. Instead of the analog or digital telephone network, the transmission medium is the well-known Ethernet.
  • Page 2 Power Transmission and Distribution Energy Automation Installation of the modem driver For the operation of an Ethernet modem in a Windows application, it is necessary to install a modem driver in the Control panel of Windows. The operating systems Windows NT 4 from SP6a, Windows 2000 or Windows XP (Professional) are a pre-requisite for this.
  • Page 3 Power Transmission and Distribution Energy Automation The modem must be selected manually. For this purpose a check is placed in the field Select modem (no automatic detection) Press Next >. Install a new modem from Have Disk… Select the correct Drive And search for the modem driver in the storage medium Browse…...
  • Page 4 Power Transmission and Distribution Energy Automation The modem driver is located on the Manuals 7XV5 path Accessories / 7XV585x / Driver / … Select the driver file ipetherModem.inf and Confirm with Seite 4 von 21 HELP_DIG4_SIP4_ETHERNET_A2.DOC 28.11.2005...
  • Page 5 Power Transmission and Distribution Energy Automation Mark the modem model. Siemens – ipEtherModem It may be ignored that this driver has no digital signature. Next > Select the serial connection, e.g. COM1 to which the Ethernet modem will later be connected.
  • Page 6 Power Transmission and Distribution Energy Automation The installation is completed with Finish Overview of the modem drivers installed in Windows. With Properties the settings of the marked modems may be checked and changed. The maximum baud rate to the terminal device may be set here.
  • Page 7 Power Transmission and Distribution Energy Automation In the area “Advanced“ no „further initialising commands“ need to be entered. These additional commands are later entered in DIGSI 4. No settings need to be made under “Alter standard settings“. For control purposes the standard settings may be opened.
  • Page 8 Power Transmission and Distribution Energy Automation Setting Ethernet-modems with the configuration tool All modems are factory pre-set on delivery; this setting must be adapted to the individual applications. This may in principle be done with a terminal program via the RS232 interface, the simplest method however being the use of the configuration tool on a PC which is connected to an Ethernet modem with a crossed patch cable.
  • Page 9 Power Transmission and Distribution Energy Automation Allocating an IP-address and name to the Office Modem In the private network (LAN) or the public network the Ethernet-modem must be allocated with an own, unique IP address. Click on the pre-set IP address (10.10.5.1) with the right mouse button. An option box is opened. Select “Set IP”...
  • Page 10 Power Transmission and Distribution Energy Automation Allocating a name and IP-address to the “Substation modem” In the private network (LAN) or the public network the Ethernet-modem must be allocated with an own, unique IP address Click on the pre-set IP address (10.10.5.1) with the right mouse button. An option box is opened. Select “Set IP”...
  • Page 11 Anr. Erde Anr. Erde Automat Automat Automat Station-PC for Remote control SIPROTEC 4 Max. 31 SIPROTEC 4 Devices Max. 4 SIPROTEC 3 Devices Max. 31 SIPROTEC 3 and Configuration for with Ethernet- with RS485-Interface with optical Interface Devices with the Ethernet-Modems...
  • Page 12 Power Transmission and Distribution Energy Automation Setting communication parameters of the office modem The office modem is only assigned with its basic settings of the RS232 communication parameters. When dial-up to a substation modem takes place with DIGSI 4, other settings (e.g. TC57) are re-set to the factory settings.
  • Page 13 Power Transmission and Distribution Energy Automation Modem - Settings In this window only the field “local Echo on (E1) must (may) be checked. RS232 - Settings In the window “RS232“ the RS232-interface parameters are set. The office modem should in general be set to Baudrate 57600 Databits 8 Parity No Stop (Bits) 1 The other basic settings TotalReadTimeout, CharDistance,...
  • Page 14 Power Transmission and Distribution Energy Automation Setting the communication parameters of the substation modem The settings for the substation modem(s) are done once with the configuration tool i.e. the substation modem may no longer be initialised with DIGSI 4. Note: In Windows 2000 and Windows XP the initialisation of the substation modem in DIGSI 4 may later lead to problems during the dial-up process.
  • Page 15 “RS485 (Half Duplex) &H1”. Mark this checkbox only if devices are connected at the RS485 output. RS232 - settings In the window “RS232“ the RS232-interface parameters are set. In this example for SIPROTEC 4 devices they are Baudrate 57600 Databits 8 Parity No Stop (Bits) 1...
  • Page 16 Save all settings with OK and close the window. Creating a project and substation in DIGSI 4 This description is based on the document „Central operation of SIPROTEC 4 devices“. Here, a substation for the central operation with 57600 Baud and the data format (Frame) 8N1 was constructed and tested.
  • Page 17 Power Transmission and Distribution Energy Automation Creating a telephone directory By double-clicking on the icon “Telephone directory “, “New” and “Number” in the project, the “telephone number” of the office modem and all substation modems is saved under “Name” (see pictures below) with a name.
  • Page 18 Power Transmission and Distribution Energy Automation Creating an office modem in DIGSI 4 When the modem driver for the Ethernet modem together with its settings has been successfully installed, and the telephone directory been filled, the office modem may be created in DIGSI 4. By double-clicking on the icon “Modems”...
  • Page 19 Power Transmission and Distribution Energy Automation Creating a substation modem in DIGSI 4 To achieve a modem connection to a substation, a substation modem with modem driver and “assigned address” must be created in DIGSI 4. By double-clicking on the icon “Modems”...
  • Page 20 Power Transmission and Distribution Energy Automation Setting a modem connection in DIGSI 4 A modem connection must be established for the substation e.g. distributor east. This defines which modems with corresponding settings and assigned IP-addresses (telephone numbers) will be used for the connection arrangement.
  • Page 21 Power Transmission and Distribution Energy Automation Establishing a modem connection to a remote modem The modem connection may be established by double-clicking on “modem connection” and then selecting the device, or directly from the selected protection device. Under “Connection type”, the item “modem connection”...

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