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TFortis Teleport-1 Configuration Manual

Integration unit/broadcasting dry contacts
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Configuration Manual
Teleport-01
Teleport-02
Integration unit /
Broadcasting dry contacts
Manual Version 1 Firmware
Version 1.0
© Fort-Telecom, Perm 2016

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Summary of Contents for TFortis Teleport-1

  • Page 1 Configuration Manual Teleport-01 Teleport-02 Integration unit / Broadcasting dry contacts Manual Version 1 Firmware Version 1.0 © Fort-Telecom, Perm 2016...

  • Page 2: Table Of Contents

    Table of contents Designations ..............................3 1 Introduction ..............................4 2 Device features ............................5 3 LED indication............................6 4 Reset and restart buttons ........................... 7 5 Management .............................. 8 5.1 Management interfaces ........................8 5.2 What you need to know before connection ..................8 5.3 Management via web interface ......................
  • Page 3 5.4.3.5 Configuring TFTP ......................60 5.4.3.6 Configuring events ......................61 5.4.3.7 Configuring user accounts ....................61 5.4.3.9 Configuring inputs ......................62 5.4.3.10 Configuring outputs ......................63 5.4.3.11 Configuring RS485 ......................64 5.4.3.12 Configuring Modbus ....................... 65 5.4.3.13 Setting the list of remote devices ..................66 5.4.4 Show group ..........................

  • Page 4: Designations

    Designations The following designations are used in this manual: Designation Meaning WARNING sign Basic Settings → Network When describing configuration process via the web Settings interface, italics are used to show the path to the web page DEFAULT Bold type is used to highlight important parameters, values, button names, etc.

  • Page 5: Introduction

    1.1 Integration of video surveillance and perimeter security systems Two devices: Teleport-1 and Teleport-2 allow you to organize “Virtual channel” RS-485 over Ethernet. At the same time, the ready-made transport infrastructure is used and there are no restrictions on the length of the RS-485 line. Thus, in the presence of an existing video surveillance system, you can very easily deploy perimeter security system.
  • Page 6 Fig. 1.2 Application for control of devices with RS-485 interface 1.3 Electricity monitoring For remote reading of indications of energy consumption at the facility, you can use meters with RS-485 interface. Fig. 1.3 Application in the monitoring of electricity meters 1.4 Converting RS-485 to Ethernet There is another option to connect detectors working via RS-485 to the server.
  • Page 7 In addition, the TFortis Administrator program is developed, which runs on a server and translates data into a virtual COM port. The connection of the program for detectors monitoring is made to this port. Fig. 1.5 Converting RS-485 to Ethernet 2.
  • Page 8 Figure 1.7 Transmission of alarm signals from TFortis PSW switches to Orion integrated security system 2.2 Remote control automation Broadcasting the input of one device to the output of another can also be used for remote control of actuators. However, it should be kept in mind that the built-in output relays are low-power. To switch a powerful load, you need to use additional switching devices (contactors).
  • Page 9 3. Transmission of alarm events from PSW switches TFortis switches form a series of events that can be transmitted to Teleport integration units: • Camera hanging • Loss of power 230VAC • Disconnection of fiber optics, etc. On the server side these events are converted into logical states of the outputs of the Teleport unit, which can be connected to the security controller.

  • Page 10: Device Features

    2 Device features 2.1 Teleport 1 integration unit  Ethernet  10/100Base-Tx with RJ-45 connector – 1;  supports Auto-MDIX;  supports IEEE 802.3x flow control.  RS-485 – 1  up to 115 200 bit/sec rate  up to 100 m length ...
  • Page 11  Humidity up to 80%  Storage  Temperature -50 C .. +50 C  Humidity up to 80% 2.2 Teleport 2 integration unit  Ethernet  10/100Base-Tx with RJ-45 connector – 1;  supports Auto-MDIX;  supports IEEE 802.3x flow control. ...
  • Page 12  Broadcasting the state of the inputs to the outputs of the remote device  Broadcasting data from RS485 via Ethernet to a remote device or to the TFortis Administrator application (Virtual extension of the RS485 line)  Support of up to 32 remote devices ...
  • Page 13 3 Description 3.1 Appearance Fig. 3.1 Teleport-1 appearance Fig.3.2 Teleport-2 appearance (with removed cover) Teleport Integration Unit. Configuration Manual...

  • Page 14: Led Indication

    3.2 LED indication Figure 3.1. Teleport-1 indicators Integration units Teleport-1 and Teleport-2 have LED indication on the front panel that displays the operating parameters of the device (1 ) or the state of inputs and outputs ( 2 ). RUN indicator displays the operating mode of the device.

  • Page 15: Reset And Restart Buttons

    4 Reset and restart buttons TFortis Teleport integration unit has RESET hard button. The button is located in (3) (see Figure 3.1) and is sunken in the housing. To press the button, use any thin non-metallic object.  To restart the integration unit, press RESET button and hold it down for 3-5 seconds.

  • Page 16: Management

    5 Management 5.1 Management Interfaces TFortis Teleport integration units have the following options of remote management: Web interface, Telnet, SNMP. Web interface contains a full set of managed parameters with a detailed explanation and a short summary. The interface is available in Russian and in English.

  • Page 17: Management Via Web Interface

    5.3 Management via web interface 5.3.1 First connection, quick start When switched on for the first time, the integration unit has the following default settings: IP address: 192.168.0.1 Subnet mask: 255.255.255.0 Login/Password not specified DHCP client Telnet SNMP Before connecting, make sure that the network card of the computer is on the same subnet as Teleport integration unit (192.168.0.
  • Page 18 Figure 5.3.1.2. Web interface The web interface can be divided into 4 frames shown in Figure 5.3.1.2: 1 1 – side menu that provides access to various groups of settings 2 2 – the main frame containing the group of settings 3 –...
  • Page 19 – pipe – via Ethernet for RS-485. Teleport-2 converts RS-485 to Ethernet. Data goes through the nodal switch TFortis PSW, then by fiber optics through the core switch, then to Teleport-1 integration unit, where the reverse conversion Ethernet → RS-485 is performed.
  • Page 20 In the network settings of the integration unit, you should specify a unique IP address within the subnet. Let's say, the IP of Teleport-1 is 192.168.0.1, and the IP of Teleport-2 is 192.168.0.2. Change these fields as shown in Figure 5.3.1.4. To do that, select Basic Settings →...
  • Page 21 Figure 5.3.1.6 List of remote devices of Teleport-1 A similar setting is made on Teleport-2 web interface. Figure 5.3.1.7 Configuration of remote devices of Teleport-2 Configuring RS-485 port To configure RS-485 port, go to RS-485 → RS-485 Settings tab Figure 5.3.1.7 Configuration of RS-485 port of Teleport-1...
  • Page 22 In RS485 Settings section enter the same port settings as for the perimeter surveillance controller. Enter operating mode of the port in Operation mode section. We need to transfer data via Ethernet, so we select RS485->Ethernet mode. Indicate all the devices to which the data will be broadcast in the list of Remote Devices.

  • Page 23: Network Settings

    5.3.2 Network settings Basic Settings → Network Settings This section describes the basic network settings of the integration unit. Figure 5.3.2.1 Network settings MAC is the physical address of the device used to identify the device in the network. It is not recommended to change the MAC address otherwise than in extreme cases, since it ensures uniqueness of the device in the network.

  • Page 24: Configuring User Accounts

    5.3.3 Configuring user accounts Basic Settings → User Accounts This section contains the settings of user accounts. Figure 5.3.3.1 List of users By default, the only account is the administrator account with an unset user name and password. It means that access to web interface and Telnet is available without authentication.

  • Page 25: Device Description

    Note 2: The fields are case sensitive, i.e. there is a difference between "Admin" and "admin". Note 3: Up to 4 accounts are supported. 5.3.4 Device description Basic Settings → Device Description Figure 5.3.4.1 Device description Device Name – device name Device Location –...

  • Page 26: Telnet Configuration

    5.3.5 Telnet configuration Basic Settings → Telnet Figure 5.3.5.1. Enabling Telnet and TFTP Telnet – protocol used for remote management of network equipment based on port 23 TCP protocol. By default, Telnet is enabled. If necessary, it may be disabled. The login and password for Telnet access are the same as for the web interface access.

  • Page 27: Sntp Configuration

    5.3.6 Configuring SNTP Basic Settings → SNTP Figure 5.3.6.1. Configuring SNTP SNTP (Simple Network Time Protocol) is the protocol by which the integration unit synchronizes its internal clock with an external time server. Teleport does not contain a built-in real-time clock, so it is necessary to use SNTP protocol to get information about the current time.

  • Page 28: Web Interface Language Setting

    5.3.7 Web interface language setting Basic Settings → Language Figure 5.3.7.1. Language selection The web interface of Teleport supports 2 languages: Russian and English. The default language is English. You may change it to Russian, if necessary. To do that, make sure there are no problems with text encodings in the browser.

  • Page 29: Broadcasting Mode Configuration

    5.3.8 Configuring the broadcasting mode 5.3.8.1 Setting the list of remote devices Teleport Settings → Remote Devices Figure 5.3.8.1. Adding remote devices To configure a bundle of devices used to broadcast the state of dry contact inputs and RS-485 data, first create a list of devices to send data to. Fill in the list of remote devices only in this tab.
  • Page 30 Figure 5.3.8.2. Detailed information about the device Teleport Integration Unit. Configuration Manual...

  • Page 31: Configuring Rs-485 Port

    5.3.9 Configuring RS-485 port RS-485 → RS-485 Settings This section describes RS-485 port configuration. The configuration processes consists of two stages: setting physical parameters of the interface and setting the operating mode. Setting the interface parameters:  Baudrate – speed of the port (bits per second) ...

  • Page 32: Configuring Digital Inputs

    5.3.10 Configuring digital inputs Inputs/Outputs → Inputs Figure 5.3.10.1 Configuring inputs The inputs of the integration unit may be broadcast to the remote device output.  Active – enables input operation. If this box is checked, the input is active and its state may be broadcast to the remote device....

  • Page 33: Configuring Digital Outputs

    get information about the input state, use the following methods: 1) receiving messages about changes in the input state via Syslog, SMTP, SNMP-Traps protocol 2) sending requests via the SNMP protocol 3) sending requests via the Modbus protocol 5.3.11 Configuring digital outputs Inputs/Outputs →...
  • Page 34 Manual – Manual control mode. You may set the necessary output state via the web interface or Telnet. Open – the output relay is open. Short – the output relay is closed. SNMP – the output is controlled only via the SNMP protocol Modbus –...

  • Page 35: Configuring Modbus

    By default, Modbus is enabled. Use the Modbus protocol to read the state of inputs and outputs and manage the outputs. Address space for the Modbus protocol address value 00001-00009 The state of digital outputs for Teleport-1 (00001) (Teleport-2) 10001-10003 The state of digital inputs for Teleport-1 (10001-10005)

  • Page 36: Configuring The Event List

    5.3.13 Configuring the event list Events → Event List The Teleport integration unit has a wide range of capabilities to ensure convenient administration. The key feature is the ability to provide an administrator with instant notifications about the events through various tools, such as Syslog, SMTP (e-mail) or SNMP Trap.

  • Page 37: Configuring Syslog

    5.3.14 Configuring Syslog Events → Syslog Syslog – the standard for sending messages about the events occurring in the system (logs) used in IP networks. Syslog protocol is simple: when certain events occur, Teleport sends a short text message, less than 1024 bytes in size, to the recipient of the message.
  • Page 38 Figure 5.3.14.1. SNTP is not configured As we see, the time has not been set. The time after start is shown. Figure 5.3.14.2. SNTP is configured Now the message has a standard time stamp. Configuring Syslog on the integration unit Configuring is rather simple.
  • Page 39 Let's choose Kiwi Log Viewer. This is a free simplified version of Kiwi Syslog Server. Nevertheless, it is fit for purpose in our case. Download address is http://www.kiwisyslog.com/downloads.aspx The installation of the program is rather simple. The main thing is to choose 'Install as Service' in the 'Choose Operating Mode' window (in this case, Kiwi Syslog will be installed as a service: it will start as the OS starts and will reside in the tray).

  • Page 40: Syslog Message List

    5.3.14.1 Syslog message list Table 5.3.1. Syslog message list Web interface authentication: Ok Login to the web interface with a password Update firmware x.x.x Firmware update Default settings Reset to factory settings Clear ARP cash Clear the ARP cache Start after power reset Start after power reset Start after reset Start after reset...

  • Page 41: Configuring Smtp

    5.3.15 Configuring SMTP Events → SMTP Short list of terms. SMTP – (Simple Mail Transfer Protocol) protocol for sending e-mail messages over the network. SMTP is used to send messages to a mail server. To receive messages from the mail server, client applications typically use POP or IMAP protocols.

  • Page 42: Example Of Configuration With A Dedicated Mail Server On The Local Network

    5.3.15.1 Example of configuration with a dedicated mail server on the local network Figure 5.3.15.1.1 Network structure Let's formulate the task as follows: We need to configure SMTP on switch SW2 (PSW-2G) with IP 192.168.0.1 to send messages about the link change on the ports of PSW-2G switch to operator's computer 192.168.0.3.
  • Page 43 E-mail subject is "TFortis Teleport-1". Leave the Login and Password fields empty since we are not going to use authentication. Figure 5.3.15.1.3 Configuring SMTP in Teleport Press "Apply". Now the settings are applied. Now let's configure the mail server.
  • Page 44 As an example of mail server for Windows, let's see Office Mail Server (https://www.box.com/oms). This is a free program with simple configuration. Technical support and instructions are available on the website: http://oficemailserver.livejournal.com/ Install the program. After startup, the main window will be available: Figure 5.3.15.1.4 Office Mail Server main window Go to menu Options->SMTP/POP3 server options and select Local domain name: companyname.com...
  • Page 45 Figure 5.3.15.1.5 Office Mail Server configuration In Options->Transaction options tab: Set the IP address of the server, check the box "Automatically send outbound message if found", disable SMTP authorization (SMTP login button) Figure 5.3.15.1.5 Office Mail Server configuration Now all the messages coming to the server will be forwarded to client@companyname.com Teleport Integration Unit.
  • Page 46 Configuring client Configuring client is rather simple. Example of configuring using Mozilla Thunderbird: Figure 5.3.15.1.5 Configuring the Mozilla Thunderbird mail program After finishing all the settings, you can go to the web interface to the SMTP Settings tab and check by sending a test message. Fill in Subject and Message fields and send out the message.

  • Page 47: Example Of Configuration With An External Mail Server

    5.3.15.2. Example of setting with an external mail server Figure 5.3.15.2.1 Sample network topology In this example we will see how to configure PSW when an external mail server is used. Let it be a mail server mail.ru. The procedure will be similar for other servers that support AUTH PLAIN or AUTH LOGIN authentication.
  • Page 48 Figure 5.3.15.2.2 Configuring SMTP in PSW After finishing all the settings, you can go to the web interface to the SMTP Settings tab and check by sending a test message. Fill in Subject and Message fields and send out the message. Figure 5.3.15.2.3 Sending a test message Teleport Integration Unit.

  • Page 49: Configuring Snmp

    5.3.16 Configuring SNMP SNMP → SNMP SNMP (Simple Network Management Protocol) is a protocol used to manage and monitor network devices. Using the SNMP protocol, the software can access information that is stored on managed devices (for example, on a switch). On managed devices, SNMP stores information about the device on which it operates in a database called MIB.

  • Page 50: Configuring Snmp V3

    5.3.16.2 Configuring SNMP v3 SNMP v3 provides a higher level of security compared to SNMP v1. Figure 5.3.16.2 Configuring SNMP v3 To configure SNMP v3, set the Version switch to "SNMP v3". SNMP v3 allows to flexibly configure the security level. The level is selected by the "Security Level"...

  • Page 51: Remote Ping Function

    5.3.17 Remote Ping function Diagnostic Tools → Ping Figure 5.3.17.1 Remote PING interface PING is a software utility used to test connection in TCP/IP-based networks. This utility sends four 32-bytes packages and waits for echo replies. This utility helps you "ping" the remote device directly from the integration unit.

  • Page 52: Statistics

    5.3.18 Statistics The Teleport integration unit provides a variety of statistic information that can be useful to solve network issues and for network administration. 5.3.18.1 Summary information Statistics → Main Statistics This section displays statistics on the state of inputs and outputs, RS- 485 and the list of connected devices.

  • Page 53: Arp Table

    5.3.18.3 ARP table Statistics → ARP Table The page contains the ARP cache of the processor represented as a table. Figure 5.3.18.3.1 ARP table 5.3.18.5 DNS table Statistics → DNS Table The tab contains the output of the DNS protocol: matching hostname with its IP address.

  • Page 54: System Log

    5.3.18.6 System log Statistics → Log The tab contains the integration unit log. There are 10000 entries per page. In order to go to the next page, click Next. To save this log in a .txt file, press Download log as file. Figure 5.3.26.6.1 Log 5.3.19 Firmware update...
  • Page 55 Figure 5.3.19.2. Press Browse Figure 5.3.19.3. Pick a *.img file Press the Upload button and wait until the file is copied into device internal storage. Figure 5.3.19.4. Wait when the file upload is finished When the file is uploaded, press Update to update or Cancel to cancel.

  • Page 56: Saving And Restoring Settings

    Note: the integration unit also supports updating via Telnet from an external TFTP server. For more information take a look at "Manage using Telnet" section. 5.3.20 Saving and restoring settings Update/Backup → Backup/Recovery The Teleport integration unit support saving current settings to a configuration file, this file editing and restoring settings from the file.

  • Page 57: Restoring Settings From A File

    5.3.20.2. Restore settings from the file. If you want to restore previously saved settings from the file, then in Update/Backup → Backup/Recovery tab, choose in section 2 (Recovery settings) *.bak configuration file and press "Upload" for upload. Figure 5.3.20.2.1 Reboot After uploading the file, the device will reboot and the settings will be applied.
  • Page 58 1 #SMTP_TO2=[] mailing address of recipient 2 #SMTP_TO3=[] mailing address of recipient 3 #SMTP_FROM=[] mailing address of the sender #SMTP_SUBJ=[TFortis Teleport-1] e-mail subject #SMTP_LOGIN=[] login to access the mailbox #SMTP_PASS=[] password to access the mailbox #SMTP_PORT=[25]...
  • Page 59 #SNTP_STATE=[0] SNTP protocol state #SNTP_SETT_SERV=[0.0.0.0] IP address of SNTP server #SNTP_SERV_NAME=[] Domain name of SNTP server #SNTP_TIMEZONE=[0] time zone, relative to UTC (from -12 to +13) #SNTP_PERIOD=[10] server synchronization period (1, 10 or 60 minutes) #SYSLOG_STATE=[0] Syslog protocol state #SYSLOG_SERV_IP=[0.0.0.0] IP address of the Syslog server #EVENT_LIST_SYSTEM_T=[7] event in the EventList (7 –...
  • Page 60 #TFTP_PORT=[69] UDP port on TFTP #SERIAL_STATE=[1] Enabling the RS-485 port #SERIAL_BAUDRATE=[9600] The RS-485 port speed #SERIAL_PARITY=[0] RS-485 parity (0 – Disable, 1 – Even, 2 – Odd) #SERIAL_DATABITS=[8] Number of data bits #SERIAL_STOPBITS=[1] Number of stop bits #SERIAL_MODE=[0] Port operating mode: 0 – Disable, 1 – Pair Connection #SERIAL_REMDEV=[[1][0][0][0][0] List of remote devices for Pair...

  • Page 61: Resetting To Factory Settings

    #TLP1_IP=[0.0.0.0] IP address of device 1 #TLP1_GATE=[0.0.0.0] Not used #TLP1_MASK=[0.0.0.0] Not used #TLP_NET_MODE=[0] Not used #MODBUS_STATE=[1] State of the Modbus protocol #MODBUS_ID=[0] Not used #MODBUS_MODE=[2] Operating mode: only 2-Modbus TCP 5.3.21 Reset to factory settings Reboot/Default → Factory Default Figure 5.3.21.1 Restoring default settings If necessary, it is possible to reset the settings to the factory settings.

  • Page 62: Management Via Telnet

    5.4 Management via Telnet Telnet is used for remote management of equipment through the command line. Telnet uses TCP protocol and port 23. In TFortis Teleport integration units, Telnet is enabled by default. If necessary, you may disable it: go to Basic Settings →...
  • Page 63 Note: if login / password were entered incorrectly 30 times in a row, access to Telnet is blocked for 1 hour. The # symbol and the device name indicate that the authentication was successful and the integration unit went into configuration mode. (Access rights – Admin) If you have entered the login / password for an account with limited rights, you will enter the viewing mode.

  • Page 64: Configuration Example

    Add a default gateway: config ipif System gateway 192.168.0.100 Add a new remote device: config teleport add 192.168.0.1 Check that the device is added: show teleport Configure input 1 for further broadcasting to output 1 of the Teleport-1 device from IP 192.168.0.1 config inputs 1 state enable config inputs 1 remdev 192.168.0.1...

  • Page 65: Description Of Telnet Commands

    5.4.2 Description of Telnet commands The integration units support the following set of Telnet commands: 1. The config command group:  ipif – network settings (IP address, subnet mask, gateway)  snmp – SNMP setting  syslog – Syslog setting ...

  • Page 66: Config Group

    4. Save settings and system log to TFTP server upload 5. Ping utility ping 6. Save and apply settings save 7. Reboot reboot 8. Display help on commands help or ? 9. Exit Telnet management mode exit 5.4.3 config group 5.4.3.1 Network settings (config ipif) 1.

  • Page 67: Configuring Snmp

    Example: config ipif System dhcp enable – DHCP client mode enabled 5.4.3.2 Configuring SNMP 1. Enabling SNMP config snmp state <STATE> Example: config snmp state enable 2. IP address of the server (for SNMP Traps) config snmp host <IP> Example: config snmp host 192.168.0.1 3.

  • Page 68: Configuring Syslog

    9. Priv Password for SNMP v3 (required if the security level is Auth, Priv) config snmp priv_pass <STRING> Example: config snmp priv_pass test 9. Engine ID for SNMP v3, unique identifier config snmp engine_id <STRING> Example: config snmp engine_id 8000A42303C011A6050001 5.4.3.3 Configuring Syslog 1.

  • Page 69: Configuring Events

    5.4.3.6 Configuring events It is necessary to configure events that will be sent to the monitoring server. If Syslog protocol is used, it is also necessary to indicate event significance. <STATE> variable takes the value enable/disable, <NUM> variable shows the significance level 0..7 1.

  • Page 70: Configuring Inputs

     user_rule Example: config user_account add username password user_rule "Username" account has different access rights now (User) 3. Deleting a user config user_account delete <USERNAME> where <USERNAME> is the user name (maximum 20 characters) Example: config user_account delete username Account "username" has been deleted. 5.4.3.8 Configuring device description 1.

  • Page 71: Configuring Outputs

    Example: config inputs 1 description some_name 3. Specifying a remote device for the input config inputs <INPUT> remdev <IP> where <INPUT> is the input number, <IP Address> – IP address of the remote device Note: First add the remote device to the list (config teleport add ..). If you add a device with an unknown IP address, an error will occur.

  • Page 72: Configuring Rs485

     manual – manual control mode.  snmp – the output is controlled only via the SNMP protocol  modbus – the output is controlled only via the Modbus TCP protocol Example: config outputs 1 mode pair 3. Configuring the output description config outputs <OUTPUT>...

  • Page 73: Configuring Modbus

    3. Number of data bits config rs485 databits <DATABITS> where <DATABITS> is the number of data bits Example: config rs485 databits 7 4. Number of stop bits config rs485 stopbits <STOPBITS> where <STOPBITS> is the number of stop bits Example: config rs485 databits 1 5.

  • Page 74: Setting The List Of Remote Devices

    5.4.3.13 Setting the list of remote devices 1 Adding remote devices config teleport add <IP> where <IP> is the IP address of a new remote device Example: config teleport add 192.168.0.1 Deleting the remote device config teleport del <IP> where <IP> is the IP address of the remote device Example: config teleport del 192.168.0.1 Teleport Integration Unit.

  • Page 75: Show Group

    5.4.4 Show group Possible commands:  system — summary information about the device  snmp — information about SNMP  syslog – information about SYSLOG protocol  sntp — information about SNTP  smtp — information about SMTP  firmware — information about current firmware version ...

  • Page 76: Viewing Summary Information

    5.4.4.1 View summary information 1. Display full information about the device and its configuration show system 2. Display information about integrated firmware show firmware 3. Display ARP table show arpentry Teleport Integration Unit. Configuration Manual...

  • Page 77: Viewing Teleport Integration Unit Settings

    5.4.4.2 View the settings of the Teleport integration unit 1. Display information about SNMP show snmp For SNMP v1: For SNMP v3: 2. Display information about Syslog protocol show syslog 3. Display information about SNTP settings show sntp 4. Display information about SMTP settings show smtp Teleport Integration Unit.
  • Page 78 5. Display information about TFTP settings show tftp 6. Display information about event list setting show events 7. Display full configuration (information is displayed in same form as the configuration file) show config Teleport Integration Unit. Configuration Manual...
  • Page 79 8. Information about the state of inputs show inputs 9. Information about the state of outputs show outputs 10. RS485 configuration information show rs485 11. Modbus configuration information show modbus Teleport Integration Unit. Configuration Manual...
  • Page 80 12. Information about remote devices show teleport Teleport Integration Unit. Configuration Manual...

  • Page 81: Firmware Update Using Tftp

    5.4.5 Firmware update using TFTP TFortis Teleport integration units support firmware update via Telnet using the external TFTP server. Command for firmware update: download firmware_fromTFTP <IP> <PATH> where <IP> is the IP address of the TFTP server <PATH> is the path to the firmware file Let's consider the update process in detail.
  • Page 82 3. On the server side, everything is ready, let's proceed to the switch settings. By default, the TFTP protocol on the integration units is disabled, enable it using the following command: config tftp state enable The protocol support will be enabled. In order to save this setting in the non-volatile memory, we execute the save command, otherwise after the reboot this setting will not be saved.

  • Page 83: Saving And Loading Configuration And Log Via Tftp

    the Telnet connection will be interrupted. The update process lasts about 1 minute. After that, you can reconnect via Telnet and check the firmware version, making sure that the update was successful. 5.4.6 Saving and loading configuration and log via TFTP Teleport supports saving current settings to a configuration file, this file editing and restoring settings from the file.

  • Page 84: Saving System Log

    5.4.6.3 Saving system log In some cases, it may be necessary to save the log of the device for later analysis. upload log_toTFTP <IP> <PATH> where <IP> is the IP address of the TFTP server <PATH> is the path to the configuration file 5.4.7 Saving settings Saving settings to a non-volatile memory.

  • Page 85: Diagnostic Functions

    5.4.10 Diagnostic functions 5.4.10.1 Ping utility It allows to ping the remote node ping <IP> where <IP> is the node IP address If the node is available: If the node is not available Teleport Integration Unit. Configuration Manual...

  • Page 86: Technical Support

    To get technical support for the design of systems, operation and adjustment of equipment:  call (8 a.m. to 4 p.m. Moscow time) 8 800 100 112 8 +7 (342) 260 20 30  e-mail at: tfortis@fort-telecom.ru info@fort-telecom.ru  use Help-Desk http://support.fort-telecom.ru/ All technical documents are available at: http://www.tfortis.ru/en...

This manual is also suitable for:

Teleport-2

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