Dos Serial Port Settings For 396xt' title='Dos Serial Port Settings For 396xt' />This page provides methods for printing from WPDOS under 32bit Windows only If you have 64bit Windows as you almost certainly do if you bought you computer after. Right click on the virtual machine you just created and click settings. I renamed mine DOS because I already had one nme DOS 6. Go to the System page and click. OMNI SerialEthernet Modbus Mux Module Model 6. Setup Installation. OMNI Flow Computers manufactures a communications module that provides 1. Base. T Ethernet capability to existing 3. Flow Computers.  The module model currently produced is 6. SerialEthernet Modbus Mux SE Module. The SE Module provides two 2 communications channels. One channel is an RS 2. RS 4. 85 Serial channel and the other is a 1. Pc5sBRnFuE/VXgjD8SG8LI/AAAAAAAABxw/93sqRbpqfZw/s1600/Main.png' alt='Dos Serial Port Settings' title='Dos Serial Port Settings' />Base. T Ethernet channel. Features and Specifications. Ethernet Printing Ethernet printing was introduced in v. SE module firmware. To determine if your flow computer firmware supports Ethernet printing, press STATUS DISPLAY on the front panel of the flow computer. If the display shows an SE module address andshows the firmware of the SE module v. Ethernet printing. All reports are still sent to the local RS 2. Refer to the OMNICOM for Windows v. Help file content under the ConfigurePorts menu setting for additional details on configuring Ethernet printing. EthernetSerial Terminal Assignments Ethernet and serial signals have fixed terminal assignments, even when the function of the two is swapped. Serial signals always correspond to terminals 1 through 6 and Ethernet signals always correspond to terminals 7 through 1. OMNI backpanel terminal strip. The OMNI SE Module provides one RS 2. RS 4. 85 port, one 1. Base. T Ethernet port, one 2 wire RS 4. Repeater port and one 1 RS 2. Configuration Port. The board can be used with existing OMNI 3. Flow Computers with no additional firmware modifications required. Address selection for Serial Module 1 S1, Serial Module 2 S2 or Serial Module 3 S3 is provided along with the ability to swap the Serial and Ethernet channels. For OMNI firmware versions less than v. XX. 7. 4. 1. 0, this is achieved by the Ethernet port emulating a serial port. The RS 2. 32RS 4. Serial port is hardware identical to one half the OMNI RS 2. CRS 4. 85 Serial IO Module model 6. B and maintains the same IO connector pin out and specifications. It can be configured for RS 2. RS 4. 85 or 2 wire RS 4. The serial port signals always occupy contacts 1 through 6 of the back panel terminal strip Refer to OMNI Technical Bulletin 9. Siemens Simatic Step 7 V11. The Ethernet port supports encapsulated Modbus in ASCII or RTU format, ModbusTCP and remote configuration via Telnet. Ethernet signals always occupy contacts 7 through 1. Up to eight 8 simultaneous connections are supported along with one 1 Telnet connection. The Repeater port allows messages arriving via the Ethernet connections to be routed to additional flow computers or compatible Modbus devices, using a multi dropped 2 wire RS 4. Messages are routed to the Repeater port when they are not addressed to the Host flow computer. The flow computer containing the SE Module is referred to as the Host. All transactions containing the Modbus ID of the Host are routed internally to the hosting flow computer while all others are routed out the Repeater port. The Host and Repeater Ports can be accessed simultaneously with complete overlap of the IO. The communication parameters, such as baud rate or protocol, do not need to be the same for the Host and Repeater ports. The onboard RS 2. DB9 connector allows local configuration of the SE Modules parameters using Telnet protocol and a terminal emulator program such as Microsoft Hyper. Terminal. Modbus Support. ModbusTCP More information about the enhanced Modbus protocol for TCP communications is available on the Web at  www. Standard Modbus messages encapsulated in TCPIP are supported in either RTU or ASCII format and they may be intermixed. The messages will be converted based upon configuration parameters in the SE module. Modbus IDs are used to determine how the messages are routed. If the address matches the one configured in the Host port parameters, it is routed to the Host port. Otherwise, it is routed out the Repeater port. The SE Module also supports ModbusTCP, which is an enhanced Modbus protocol used specifically for TCP communications. The protocol you use depends on the driver supported in your application program. Installation. You can install the SE Module in any slot in the flow computer. The slot in which you install the module determines which backpanel terminal strip is used for the signals. Quick Installation Reference. Follow these steps to install and configure the SE module. Decide which OMNI serial port you wish the Ethernet module to occupy. Set the Address, channel selection, and IRQ jumpers on the SE module. Write down the six 6 hex digits on the white label on the small plug in card on the board. This is the last part of the MAC or hardware address of the Ethernet module. The first part of the MAC address is always 0. C2 and is not shown on the label. Set the termination resistors for the RS2. Install the Repeater port termination jumpers if it will be the first or last device on the 4. Install the module in the flow computer. Connect the supplied 1. Base. T cable to the terminal strip on the back of the flow computer that matches the slot occupied by the SE module. Connect the 1. 0Base. T cable to an active network and apply power to the flow computer. The green Ethernet LNK LED should go active. If there is network activity, the red Ethernet ACT LED will flash. Set the parameters for the Ethernet port in the flow computer to match the default Host parameters in the SE module. If you change the default Host parameters in the SE module config, you must also change the parameters for the Ethernet port of the flow computer to match the Host parameters set in the SE modules config. Configure the SE module using OMNICOM SE Module firmware v. OMNI firmware, a Telnet connection we recommend OMNIs Network Utility program which can be installed from the OMNI website or from the OMNICOM install CD or by connecting a PC to the SE module using a nine pin straight through serial cable plugged into the on board configuration port DB9 connector. Set the IP address, Subnet Mask and Gateway for the SE module. Make sure to save the parameters before proceeding. Go through the SE modules configuration menus and make any other parameter changes desired. All Host parameters must match the parameters of the associated Ethernet port of the flow computer. Jumper Settings. Figure 1 is a drawing of the OMNI SE Module. The jumper and termination resistor pack locations are magnified. Figure 1.   OMNI SerialEthernet Modbus Mux SE Module Model 6.