Perle Systems DS1, TS2 manual Serial Port Profiles

Page 87

Serial Port Profiles

zBoth - Allows for data to flow from the serial device to the LAN and from the LAN to the serial device.

The role of each of the configurable parameters in an entry depends on the “Direction” selected.

When the direction is "LAN to Serial" the role of the additional parameters is as follow;

zStart IP Address - This is the IP address of the host from which the UDP data will originate. If the data will originate from a number of hosts, this becomes the starting IP address of a range.

zEnd IP Address - If you wish to receive data only from the single host defined by "Start IP address", leave this entry as is (0.0.0.0). If you wish to accept data from a number of hosts, this address will represent the upper end of a range starting from "Start IP Address". Only data originating from this range will be forwarded to the serial port.

zUDP port - This is the UPD port from which the data will originate. There are three options for this parameter.

zAuto Learn - The first UDP message received will be used to define which UDP port we are going to accept UDP data from. Once learned, only data from this UDP port will be accepted. The data must also originate from a host which is in the IP range defined for this entry.

zAny Port - Any UDP port will be accepted as long as the data originates from a host in the IP range defined for this entry.

zPort - Only data originating from the UDP port configured here as well as originating from a host in the IP range defined for this entry will be accepted.

When the direction is "Serial to LAN" the role of the additional parameters is as follow;

zStart IP Address - This is the IP address of the host to which the serial data will be sent using UDP datagrams. If the serial data is to be sent to more than one host, this becomes the starting IP address of a range.

zEnd IP Address - If you wish to send serial data to a single host, leave this entry as is (0.0.0.0). If you wish to send the serial data to a number of hosts, this address will represent the upper end of a range starting from "Start IP Address".

zUDP port - This is the UPD port to which the serial data will be forwarded. For a direction of "Serial to LAN", you must specify the port to be used.

When the direction is "Both" the role of the additional parameters is as follow;

zStart IP Address - This is the IP address of the host to which the serial data will be sent using UDP datagrams. It is also the IP address of the host from which UDP data coming from the LAN will be accepted from. If the data is to be sent to or received from more than one host, this becomes the starting IP address of a range.

zEnd IP Address - If you wish to send serial data to a single host and only receive data from the single UDP host, leave this entry as is (0.0.0.0). If the data is to be sent to or received from more than one host, this address will represent the upper end of a range starting from "Start IP Address". Only data originating from this range will be forwarded to the serial port.

zUDP Port - This is the UPD port to which the serial data will be forwarded as well as the UPD port from which data originating on the LAN will be accepted from. For a direction of "Both", there are two valid option for the UDP Port as follows;

zAuto Learn - The first UDP message received will be used to define which port we are going to accept UDP data from. Once learned, only data from this UDP port will be accepted and serial data being forwarded to the LAN will be sent to this UDP port. Until the port is learned, data from the serial port intended to be sent to the LAN will be discarded.

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Contents Iolan DS1/TS2 EN 55022 1998, Class A, Note Documentation PrefaceAbout This Book Intended AudienceOnline Help Typeface ConventionsTable of Contents Configuration Methods Getting Started Using DeviceManager and WebManager Serial Port Profiles Network Settings Configuring Users Configuring Security UDP Configuring the System Controlling the I/O Channels Appendix a Virtual Modem AT Commands Appendix D I/O Wiring Diagrams Appendix H Data Logging Appendix I Modbus Remapping 241 Introduction About the IolanIolan Family Models Hardware Iolan FeaturesSoftware Security Connectivity IntroductionIolan Components Overview Power Supply SpecificationsGetting to Know Your Iolan Desktop ModelsSerial Activity DS1End View Top ViewConsole/Serial Switch Console ModeSerial Mode Powering Up the Iolan Models with Barrel ConnectorModels with Terminal Block Connector Configuration Methods Chapter Configuration Methods Overview Configures an IP AddressRequires a Configured IP Address Easy Config Wizard DeviceManager Access PlatformsFeatures Connecting to the Iolan Using DeviceManagerDeviceManager Navigating the Options Using DeviceManagerConnecting to the Iolan Using WebManager Downloading the ConfigurationWebManager WebManager Using WebManager Command Line Interface Connecting to the Iolan Using the CLIThrough the Network Through the Serial Port Using the CLIConnecting to the Iolan Using the Menu MenuUsing the Menu Using DHCP/BOOTP Connecting to the Iolan Using DHCP/BOOTPDHCP/BOOTP Parameters Snmp Connecting to the Iolan Using SnmpUsing the Snmp MIB Getting Started Easy Configuration WizardSetting Up the Network Using a Direct Serial Connection to Specify an IP Address Using a Direct Serial Connection to Enable BOOTP/DHCP For an IPv6 Network Using ARP-PingSetting Up the Serial Ports Setting Up the Serial Ports Setting Up Users Using DeviceManager WebManager DeviceManager Navigating DeviceManager/WebManagerWebManager Starting a New Session Using DeviceManager to Connect to the IolanAssigning a Temporary IP Address to a New Iolan Logging in to the Iolan Adding/Deleting IOLANs ManuallyLogging into the Iolan Using WebManager to Connect to the IolanConfiguration Files Creating a New Iolan Configuration in DeviceManagerOpening an Existing Configuration File Importing an Existing Configuration FileManaging the Iolan Functionality Serial PortsEditing a Serial Port Resetting a Serial Port Hardware Tab Field Descriptions Serial Port ProfilesCommon Tabs OverviewEnable Inbound Default NoneDefault Full Default AutoPacket Forwarding Tab Field Descriptions Packet Size Enable Trigger1Enable Trigger2 Packet DefinitionFunctionality Console Management ProfileIP Address Default TelnetGeneral Tab Field Descriptions Protocol Listen for Connections on TCP PortAdvanced Tab Field Descriptions Dial Out Default 10 ms DialModem Dial TimeoutTruePort Profile Dial RetryTCP Port System Default Enabled Host NameConnect Default Disabled Define Additional Connect to remoteAdding/Editing Additional TruePort Hosts Backup Host Adding/Editing a Multihost EntryPrimary Host Signals high Day Motd Default Disabled Enable TCPWhen Enable Data Logging Trueport Lite Mode Dial Retry TCP Sockets Profile Connection Workstation/Server on the network Default EnabledDefault Disabled Adding/Editing Additional Hosts Adding/Editing a Multihost Entry Lost Day Motd Default Disabled Enable DataDefault 10 ms Dial UDP Sockets Profile Serial Port Profiles UDP Entry End IP Address Connections onUDP port Direction Start IP AddressSession Strings Port UDP port to use Default 0 zeroDefault 10 ms Terminal ProfileVT320 specifically supporting VT320-7 Default DumbVT100 TVI925Received Default Disabled ProtocolWhen any data is AutomaticallyDefault Disabled Hotkey Prefix Session TimeoutData Range Login Settings User Service SettingsErase Telnet SettingsInterrupt QuitSerial Tunneling Profile Client Default Disabled Host Name Act As TunnelServer Break Length Delay After BreakVirtual Modem Profile 100 DCD DTR Signal Acts as RTS Signal Always OnRTS Signal Acts as AT CommandResponse Delay VModem Phone Number Entry Phone Number to Host MappingControl Signal I/O Profile Phone NumberHost IP Address Description Input Signal Field DescriptionsInvert Signal Auto Clear ModeFailsafe Action Output Signal Field DescriptionsMode Default Disabled Syslog Manual ClearModbus Gateway Profile Button IP address Advanced Slave Settings ButtonDestination Slave IP MappingsAdvanced Field Descriptions Default 30 msMessage Timeout Default 1000 msModbus Slave IP Settings Field Descriptions Adding/Editing Modbus Slave IP SettingsUID Start Type Default HostDefault TCP UID EndModbus Slave Advanced Settings Field Descriptions Default Off Custom Application ProfileGeneral Tab Field Description Field Descriptions Advanced Serial Settings TabClosing Serial Port Default Disabled Deny Multiple AdvancedAdding/Editing a Modem Modems TabName Name of the modem Field Definitions TruePort Baud Rate TabNetwork Settings Domain IP SettingsIPv4 Settings System NameIPv6 Settings Adding/Editing a Custom IPv6 Address Advanced Default IPV6 68-1500 bytesDelete Button Deletes a host from the host table Host TableAdding/Editing a Host Add Button Adds a host to the host table Edit ButtonAdding/Editing Routes Route ListHost Default DefaultIPv4 Subnet Mask IPv6 Prefix BitsConfiguring Users User Settings General Tab Adding/Editing UsersLevel Default NormalHost IP Services TabService Default DSPromptDefault English Advanced TabLanguage Sessions Tab Connect Session 1, 2, 3Serial Port Access Tab Services Configuring SecurityField Descriptions Technical Specifications Configuring I/O InterfacesAccess Functionality SettingsAdvanced Slave Modbus Settings Failsafe Timer Functionality UDP Functionality UDP Entry Temperature FunctionalityUDP Settings Default CelsiusAnalog I/O Analog ChannelsAnalog Monitoring Application A4D2Alarm Settings Default CurrentDigital I/O Monitoring ApplicationInput Mode 147 Default Sink Output ModeActive Signal Default ManualPulse Mode Inactive SignalRelay I/O Monitoring Application A4D2Relay151 Remote Host Digital I/O ExtensionFront Door Warehouse Perle Iolan ReceptionCurrent Alarm State 1 Byte z 0 = Not in alarm Message type 1 ByteInput number 1 Byte Enable I/O ExtensionInput TCP Port Local connection HostsSimultaneously Communicate to the Primary Host Temperature I/O Industrial Freezers TemperatureDefault RTD Basic Analog Alarm Settings Alarm SettingsClear Advanced Analog Alarm SettingsClear Mode Trigger TypeUDP Broadcast Packet UDP Unicast FormatLength Enabled Analog SectionSection Channel Length Pin Serial Pin Signal SectionDigital/Relay Section Length ChannelModbus Serial Application Connected to the Network Modbus SlaveUDP Unicast Example Modbus Serial Application Connected to the Serial PortModbus I/O Access Modbus TCP ApplicationFunction Codes Coil/Register Descriptions Input Registers Serial Port Coil/Register DescriptionsA4/T4 Registers Data Model A1/T1 A2/T2 A3/T3 A4/T4 Holding RegistersData Model D1/R1 D2/R2 Coils A4D2/A4R2 RegistersData Model Pin Coils Serial Pin SignalsD4/D2R2 Registers Data Model D3/R1 D4/R2 CoilsPC running a Modbus Serial Application TruePort Power Digital OutputTruePort I/O TruePort/Modbus CombinationPC running Custom Application API TruePort API Over TruePort OnlyAccessing I/O Data Via TruePort SetupIntroduction Response Format Format of API CommandsGet Commands Command FormatSet Commands Example 2 Turn on the first and second relay on a D2R2 unit Successful Response FormatUnsuccessful Response Format Example 1 Turn on the first relay on a D2R2 unitSnmp Traps Error CodesConfiguring the System Chapter AlertsSyslog Management Snmp Traps Tab Field Descriptions Default 1 second Custom App/PluginField Description Login Tab Field Descriptions Bootup Files Tab Field Descriptions Filename WebManager WebManager. Default DisabledMessage of the Day Motd Tab Field Descriptions Tftp HostDefault 3 seconds Tftp Tab Field DescriptionsRetry Controlling the I/O Channels Activate Output Manually activates the channel output System Administration Chapter Managing Configuration FilesSaving Configuration Files Downloading Configuration Files Downloading Configuration Files to Multiple IOLANs Reboot ServerServer Name Specifying a Custom Factory Default Configuration Uploading Configuration FilesCalibrating Analog Input Resetting the Iolan to the Default ConfigurationDownloading Iolan Firmware Calibrating I/OCalibrating Current Calibrating VoltageCalibrating Temperature Input Calibrating ThermocoupleCalibrating RTD Calibrating Analog Channels Resetting Calibration DataSetting the IOLAN’s Date and Time Rebooting the IolanResetting the Iolan to Factory Defaults Loading a Supplied Language Language SupportTranslation Guidance Software Upgrades and Language FilesCreating Terminal Definition Files Downloading Terminal DefinitionsFor example Resetting Configuration ParametersLost admin Password Virtual Modem Initialization Commands CommandsAT&Sn AT&RnAT&Cn Pinouts and Cabling Diagrams Serial PinoutsDB25 Male DB25 Female RJ45 DB9 Male I/O DB9 Male Serial OnlyDB25 Female EIA-232 Cabling DiagramsTerminal DB25 Connector DB25 MaleRJ45 DB9 Male10-pin Pin Iolan RJ45 DCE Modem DB25 ConnectorRxD TxD DTR 20 DTR GND Setting Jumpers Port IolanIolan DB25 Male/Female Iolan RJ45 DIP Digital I/O Module Analog Input Module Wiring I/O Diagrams Digital Input Wet ContactDigital Input Dry Contact Digital Output Source Digital Output SinkVoltage Temperature InputAnalog Input CurrentRelay Output RTD 2-WireRTD 3-Wire RTD 4-WireNormally Closed Contact TruePort TruePort UtilityAPI I/O Access Over TruePort API Request FormatAPI Response Format Error Codes Starter Kit Adapters/Cable AccessoriesRJ45F to DB25M DTE Crossover Adapter RJ45F to DB25M DCE Modem Adapter RJ45F to DB25F DTE Crossover Adapter RJ45F to DB9M DTE Crossover Adapter RJ45F to DB9F DTE Crossover Adapter Sun/Cisco RJ45M Connector Cable for Rack Mount ModelsStarter Kit Adapters/Cable Accessories Power/Ready LED continues to blink green in desktop models TroubleshootingHardware Problems Communication IssuesDeviceManager Problems Host ProblemsLogin Problems Login Problems Unknown IP Address Problems with TerminalsModels DHCP/BOOTP ProblemsLanguage Problems Long Reboot CycleIPv6 Issues Making a Technical Support Query Contacting Technical SupportFeedback on this Manual Repair ProcedureData Logging Trueport ProfileTCP Socket Profile Line format for one UID is Modbus Remapping FeatureConfiguring the Modbus UID Translation Feature Create a configuration fileConfiguring the Modbus UID Translation Feature Glossary Silent Connection RIP RoutingInformation Protocol Roaming CallbackIndex BootpSnmp
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DS1, TS2 specifications

Perle Systems TS2 and DS1 are advanced serial-to-Ethernet devices designed to facilitate seamless integration of serial devices with modern IP networks. These devices serve as crucial tools for businesses looking to enhance their communication capabilities while leveraging existing infrastructure.

One of the standout features of the Perle TS2 and DS1 is their ability to support multiple serial protocols including RS232, RS422, and RS485. This versatile support allows businesses to connect various legacy devices to their networks, ensuring that critical equipment can still communicate effectively in an increasingly digital landscape.

The TS2 model is particularly noted for its dual serial ports, enabling simultaneous communication with multiple devices. This capability is invaluable for applications requiring real-time data transmission, such as remote monitoring and automated control systems. The DS1 model, on the other hand, is designed for single-port use, making it an ideal solution for smaller-scale operations or specific single-device connections.

Both the TS2 and DS1 incorporate advanced features such as configuration through a web interface, which simplifies setup and management. Users can easily access device settings and monitor performance metrics remotely, enhancing operational efficiency. These devices also support various network protocols such as TCP/IP, UDP, and ICMP, ensuring compatibility with a wide range of network architectures.

In terms of security, Perle Systems prioritize user data protection. The TS2 and DS1 offer features including SSL encryption and SSH protection, providing an added layer of security for sensitive information transmitted over the network. This is particularly important for industries where data integrity and security are paramount, such as healthcare and finance.

Additionally, the rugged design of both devices ensures reliable performance even in harsh environments. With extended temperature ratings and robust housing, the TS2 and DS1 can operate in diverse conditions without compromising functionality.

To summarize, the Perle Systems TS2 and DS1 provide a reliable and flexible solution for connecting legacy serial devices to modern networks. With their support for multiple serial protocols, web-based management, robust security features, and rugged design, these devices cater to a variety of industries looking to modernize their communication infrastructure while maintaining existing equipment. Whether for large-scale operations or smaller implementations, the TS2 and DS1 equip businesses with the tools needed for effective serial communication in an IP-driven world.
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