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General| Series | 90-30 |
|---|---|
| I/O Capacity | Up to 512 I/O Points |
| CPU Models | 311 |
| Power Supply | 24V DC or 120/240V AC |
| I/O Modules | Digital, Analog |
| Communication | Ethernet, Profibus |
| Programming Software | Proficy Machine Edition |
| Programming Languages | Ladder Logic, Function Block Diagram |
| Operating Temperature | 0°C to 60°C |
| Backup Memory | Battery-backed RAM |
Emphasizes hazards and conditions causing personal injury or equipment damage.
Highlights situations where equipment might be damaged if care is not taken.
Draws attention to significant information for understanding and operating equipment.
Introduces the TCP/IP Ethernet Interface, its capabilities, and system setup.
Covers the installation, configuration, and initial checkout of the Ethernet Interface.
Details how to program PLC-to-PLC communications using COMMREQ functions.
Provides guidance on diagnosing and isolating problems with the Ethernet Interface.
Contains a glossary of communication terms and acronyms used in the manual.
Describes the serial ports and AAUI port characteristics for Ethernet communications.
Provides details on IP addresses, gateways, subnet masks, and MAC addresses.
Includes sample ladder programs for demonstrating Ethernet communications.
Explains the PC Software Loader utility for firmware upgrades.
Covers concepts related to symbolic naming for Ethernet Interfaces.
Describes the Ethernet Interface, its capabilities, and client/server functions.
Details the functions and advantages of the Ethernet Interface for PLC communication.
Explains physical connection methods and media types for the Ethernet Interface.
Describes the Station Manager software for supervisory access and control.
Explains the utility for downloading firmware to the Ethernet Interface.
Outlines the main tasks required to get the Ethernet Communications System working.
Directs users to Chapter 2 for installing the Ethernet Interface.
Directs users to Procedure 2 for configuring the Ethernet Interface.
Guides users to Procedure 3 for verifying proper power-up of the Ethernet Interface.
Directs users to Procedure 4 for pinging TCP/IP interfaces on the network.
Points to Chapter 3 for programming communications requests.
Directs users to Chapter 4 for troubleshooting the interface.
Provides a description of the physical components and layout of the Ethernet Interface.
Describes the function and meaning of the OK, LAN, SER, and STAT LEDs on the interface.
Explains the four functions of the restart button: LED test, restart, software load, and maintenance.
Describes the RJ-11 RS-232 port for accessing Station Manager software.
Describes the 15-pin D-type RS-485 port for software updates.
Details the 14-pin AAUI port for connecting to an Ethernet transceiver.
Explains the location and purpose of the MAC address and serial number labels.
Lists the necessary hardware and software for installing the Ethernet Interface.
Provides step-by-step instructions for physically mounting the Ethernet Interface onto the PLC baseplate.
Details the process of configuring the Ethernet Interface using Logicmaster 90-30 software.
Explains the fixed TCP/IP mode, status address, and status length parameters.
Covers IP Address, Subnet Mask, Gateway, and Name Server IP configuration.
Details the process of configuring the Ethernet Interface using CIMPLICITY Control software.
Explains the fixed TCP/IP mode, status reference type, and status length.
Covers IP Address, Subnet Mask, Gateway, and Name Server IP configuration.
Describes the steps to power up the interface and verify its operational status via LEDs.
Guides on identifying and resolving problems encountered during the interface's power-up sequence.
Explains how to use the PING command to test interface reachability and configuration.
Provides a method to determine if an IP address is already in use on the network.
Defines a 'Communications Request' and its user elements for initiating channel commands.
Details the COMMREQ Function Block and the COMMREQ Command Block structure.
Describes various channel commands for PLC-to-PLC communication.
Explains the types of status data available to the ladder program.
Provides tips for controlling communications within the ladder program logic.
Explains how to establish channels and the methods for aborting or re-tasking them.
Provides a basic example of setting up the command block for an Establish Read Channel command.
Provides a basic example of setting up the command block for an Establish Write Channel command.
Provides a basic example of setting up the command block for a Send Information Report command.
Shows the command block structure for aborting a communication channel.
Illustrates the command block for obtaining detailed status of a communication channel.
Details the four main types of status data: OK/FT outputs, Status Bits, and Communication Status Words.
Explains when the OK output is set and what it signifies regarding COMMREQ processing.
Describes the FT output and the errors that cause it to be set during COMMREQ execution.
Shows the format of the COMMREQ Status Word (CRS Word) for reporting status and errors.
Shows the format of the Detailed Channel Status Words (DCS Words) for channel activity status.
Lists minor error codes related to service requests at the server or client PLC.
Provides key elements and practices for controlling communications in ladder logic programs.
Guides on identifying and resolving issues indicated by the FT output of the COMMREQ Function Block.
Explains how to diagnose problems based on COMMREQ Status Word values (zero, non-one).
Emphasizes the importance of monitoring the CRS word for successful communication and error detection.
Explains how to use the Channel Error bit as a primary indicator of channel errors.
Describes the Data Transfer bit's function in indicating successful data transfers.
Lists available tools like LEDs, PLC Fault Table, and Station Manager for diagnosing problems.
Guides on contacting GE Fanuc Automation with specific problem details when issues cannot be resolved.
Explains how to access and interpret the PLC Fault Table for logged exceptions.
Provides a list of acronyms and their derivations used throughout the manual.
Details pinouts and cable diagrams for the Station Manager and Software Loader serial ports.
Provides pinouts and cable diagrams for the Apple Attachment Unit Interface (AAUI) port.
Specifies the required serial communication parameters for the Station Manager port.
Details the RJ-11 connector pinouts for the Station Manager port.
Illustrates the serial cable and connector pinouts for connecting a PC to the Station Manager port.
Details the 15-pin D-type RS-485 port pinouts for connecting the PC Software Loader.
Lists part numbers for cables and converters used to connect the PC to the Software Loader Port.
Illustrates the cable assembly for connecting a PC to the Software Loader Port.
Details the pinouts for the 14-pin D-type AAUI female connector used for Ethernet communication.
Shows the configuration for a 10Base2 setup using a detachable transceiver cable.
Explains the structure of IP addresses, including Class A, B, and C formats and netid/hostid parts.
Presents a sample program for alternating reads and writes between PLCs.
Shows a sample program establishing multiple channels for simultaneous PLC communication.
Provides step-by-step instructions for installing new firmware using the PC Software Loader utility.
Explains three scenarios for associating symbolic names with IP addresses.
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