Moxa Technologies EIP3000 DF1 user manual Set up Routing and ProCOM function

Page 37

MGate EIP3000 Series User’s Manual

Configuring the EtherNet/IP Gateway

Set up Routing and ProCOM function

The definitions of the Routing tab determine how requests will be routed by the unit.

How to set Routing on the MGate EIP3000

The MGate EIP3000 decides where to forward the received requests according to its internal routing rules. The internal routing rules are set on the Routing page. Two kinds of routing rules can be used. The first one is forwarding each received request according to its DST. DST is the destination address of each request in PCCC protocol (DF1 application protocol). You must set up the DST of each target device first, so that the EIP3000 knows which target device to forward the request to. On the Routing page, this information is shown in the table on the bottom half of the page. In this table, the DF1 devices connected to EIP3000 (via serial port or ProCOM) are added automatically and assigned a default DST (EIP3170:PORT1=1, ProCOM =2, 3, 4, 5; EIP3270:PORT1=1, PORT2=2, ProCOM =3, 4, 5, 6). If you would like to connect to an EIP interface (EtherNet/IP) device, you must configure the relationship between “Node DST” and “Target Node IP” of the EIP interface device manually.

Another routing rule is static link, which ignores the DST and directly forwards all the requests sent from a specified source device to the defined target device. You can set the source device and target device mapping on the upper half of the page.

The complete routing table is shown on the upper half of the page. This table shows which rule (by DST or static link) is used on the requests from a specified source. The default setting for EIP3270 is static link of PORT1 to PORT2, PORT2 to PORT1, PORT3(ProCOM) to PORT1, PORT4(ProCOM) to PORT2, PORT5(ProCOM) to PORT1, PORT6(ProCOM) to PORT2 and all EIP devices connect from IP1 and forward to PORT1, and all EIP devices connect from IP2 and forward to PORT2. Of course, you could use the DST rule instead of the static link rule by changing the setting manually. Notice that the EIP device can only use the static link rule since there is no DST in the EIP requests.

5-13

Image 37
Contents MGateTM EIP3000 DF1 to EtherNet/IP Gateway User’s Manual Trademarks MGate EIP3000 DF1 to EtherNet/IP Gateway User’s ManualTable of Contents Chapter Pin Assignments Introduction ‰ Overview ‰ Package Checklist ‰ Product FeaturesStandard Accessories Package ChecklistOptional Accessories OverviewProduct Features Getting Started Connecting Serial Devices Connecting PowerConnecting to a Host or the Network Mounting the Unit Installing the SoftwareHardware EIP3170, EIP3170I ‰ DIN-Rail, Wall Mounting ‰ SpecificationsName Color Function Panel Layout LED IndicatorsDimensions Jumpers DB9 Male Pin AssignmentsTerminal Block RS-422 Pin RS-232DIN-Rail, Wall Mounting Power Input, Relay OutputSpecifications Hardware EIP3270, EIP3270I Panel Layout LED Indicators 29 mm 1.14 SW 2 SW Pin RS-232 RS-422 DIN-Rail, Wall Mounting MGate EIP3000 Series User’s ManualHardware EIP3270, EIP3270I ‰ Installing the Software ‰ Starting MGate Manager Configuring the EtherNet/IP Gateway‰ Connecting to the Unit ‰ Modifying the ConfigurationMGMSetupVersionBuildDateTime.exe Page Page Page Starting MGate Manager Change Language SettingBroadcast Search Connecting to the UnitSpecify by IP Address Modifying the Configuration Parameter Value Configure IP Address and Other Network SettingsYou can set a password to prevent Configure Serial Communication Parameters How to set Routing on the MGate EIP3000 Set up Routing and ProCOM functionWhat is ProCOM? Set up Protocol Set Up Miscellaneous Monitoring EtherNet/IP Activity Verifying Location of UnitOpen Traffic Monitor Window Filter Description Filter Traffic InformationSave Log to File Upgrading FirmwarePage Pin Assignments RS-232 and RS-422 Pin DB9 MaleEIP3170, EIP3170I Pin Terminal Block RS-422 Power Input, Relay OutputPin RS-422