GE RX3i PROFINET manuals
RX3i PROFINET
Brand: GE | Category: Controller
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Chapter 1 Introduction
- Revisions in this Manual
- Ethernet Interfaces for PACSystems Controllers
- RX3i Embedded Ethernet Interface - Features
- Ethernet Interface Specifications
- Ethernet Interface Ports
- Built-In Web Server
- SRTP Inactivity Timeout
- Ethernet Redundancy Operation
- Non-HSB Redundancy
- SRTP Server Operation in a Redundancy System
- SRTP Client Operation in a Redundancy System
- Web Server Operation in a Redundancy System
- Chapter 2 Installation and Start-up: RX3i Embedded Interface
- Module Installation
- Connection to a 10Base-T / 100Base Tx Network
- Pinging TCP/IP Ethernet Interfaces on the Network
- Chapter 3 Installation and Start-up: Rack-based and RX7i Embedded Interface
- Ethernet Interface Controls and Indicators
- Ethernet Restart Pushbutton
- Installing an RX3i Ethernet Interface Module
- Ethernet Port Connectors
- Figure 11: Connection Using Hub/Switch/Repeater
- Station Manager Port
- Determining if an IP Address is Already Being Used
- Chapter 4 Configuration
- Initial IP Address Assignment
- Configuring the Ethernet Interface Parameters
- Figure 14: Expand RX3i CPU Node to Configure Embedded Ethernet Interface
- Figure 16: CPE330/CPE400 settings tab
- Figure 17: CPE330 Advanced Ethernet Configuration LAN 1 & 2
- Figure 18: CPE400 Advanced Ethernet Configuration LAN1 & LAN 2
- Figure 19: Terminals Tab Settings in Proficy Machine Edition
- Figure 23: Configuring Multicast & Broadcast EGD on LAN 2
- Rack-based and RX7i Embedded Interfaces
- Configuring Ethernet Interface Parameters
- Configuring Ethernet Global Data
- Chapter 5 Ethernet Global Data
- Ethernet Global Data Operation
- EGD Exchanges
- Valid Memory Types for Ethernet Global Data
- Using Ethernet Global Data in a Redundancy System
- Broadcasting Ethernet Global Data
- Ethernet Global Data Timing
- Configurable Producer Period for an EGD Exchange
- Time-Stamping of Ethernet Global Data Exchanges
- Obtaining Timestamps from the Ethernet Interface Clock
- Obtaining Timestamps from the CPU TOD Clock
- SNTP Operation
- Effect of PLC Modes and Actions on EGD Operations
- Run Mode Store of EGD
- Monitoring Ethernet Global Data Exchange Status
- Exchange Status Word Error Codes
- Chapter 6 Programming EGD Commands
- COMMREQ Status for the EGD Commands
- Read PLC Memory (4000)
- Write PLC Memory (4001)
- Read EGD Exchange (4002)
- Write EGD Exchange (4003)
- Masked Write to EGD Exchange (4004)
- Chapter 7 Programming SRTP Channel Commands
- Channel Operations
- Executing a Channel Command
- COMMREQ Format for Programming Channel Commands
- The COMMREQ Command Block: General Description
- Establish Read Channel (2003)
- Establish Write Channel (2004)
- Send Information Report (2010)
- Abort Channel (2001)
- Retrieve Detailed Channel Status (2002)
- Programming for Channel Commands
- COMMREQ Sample Logic
- Sequencing Communications Requests
- Use "Channel Re-Tasking" To Avoid Using Up TCP Connections
- SRTP Application Timeouts
- Chapter 8 Modbus/TCP Server
- Modbus Reference Tables
- Address Configuration
- Modbus Function Codes
- Chapter 9 Modbus/TCP Client
- Structure of the Communications Request
- Status Data
- Operation of the Communications Request
- COMMREQ Function Block and Command Block
- The COMMREQ Command Block
- Modbus/TCP Channel Commands
- Close a Modbus/TCP Client Connection (3001)
- Read Data from a Modbus/TCP Device (3003)
- Write Data to a Modbus/TCP Device (3004)
- Mask Write Register Request to a Modbus Server Device (3009)
- Read/Write Multiple Registers to/from a Modbus Server Device (3005)
- Controlling Communications in the Ladder Program
- COMMREQ Ladder Logic Example
- Figure 59: COMMREQ Ladder Logic Segment (continued)
- Figure 60: COMMREQ Ladder Logic Segment (continued)
- Figure 61: COMMREQ Ladder Logic Segment (continued)
- Figure 62: COMMREQ Ladder Logic Segment (continued)
- Troubleshooting a Ladder Program
- Monitoring the Communications Channel
- Chapter 10 OPC UA Server
- Application Logic to Control the OPC UA Server
- OPC UA Server Subroutine
- Connect OPC UA Client to OPC UA Server
- OPC UA Client Authentication Settings
- Username/Password Authentication
- OPC UA Security Settings
- Publish Application Variables to OPC UA Address Space
- OPC UA Server Information in Address Space
- OPC UA Server – Application Information
- OPC UA Server – GE Device Information
- OPC UA Automatic Restart Function
- OPC UA Performance Considerations
- Chapter 11 RX7i PLC Monitoring Via the Web
- RX7i Home
- PLC Fault Table Viewer
- I/O Fault Table Viewer
- Changing the Password
- Viewing the RX7i PLC Web
- Chapter 12 Diagnostics
- Diagnostic Tools Available for Troubleshooting
- States of the Ethernet Interface (Rack-based and RX7i Embedded Interfaces)
- EOK LED Blink Codes for Hardware Failures (Rack-based and RX7i Embedded Interfaces)
- Controller Fault Table
- Monitoring the Ethernet Interface Status Bits
- LAN Interface Status (LIS) Bits
- Channel Status Bits
- Monitoring the FT Output of the COMMREQ Function Block
- Format of the COMMREQ Status Word
- Major Error Codes in the COMMREQ Status Word
- Minor Error Codes for Major Error Codes 05H (at Remote Server PLC) and 85H (at Client PLC
- Minor Error Codes for Major Error Code 11H (at Remote Server PLC)
- Minor Error Codes for Major Error Code 90H (at Client PLC)
- Minor Error Codes for Major Error Code 91H (at Remote Modbus/TCP Server)
- Minor Error Codes for Major Error Code A0H (at Client PLC)
- Using the EGD Management Tool (Rack-based and RX7i Embedded)
- Monitoring EGD Devices
- Monitoring Status of Ethernet Global Data for a Device
- Troubleshooting Common Ethernet Difficulties
- PLC Timeout Errors
- Application Timeout Errors
- Station Manager Lockout under Heavy Load
- Sluggish Programmer Response after Network Disruption
- Accelerated EGD Consumption Can Interfere with EGD Production
- Chapter 13 Network Administration
- IP Addresses Reserved for Private Networks
- Gateways
- Subnet Addressing and Subnet Masks
- Appendix A Configuring Advanced User Parameters
- A-1 Format of the Advanced User Parameters File
- A-2 Advanced User Parameter Definitions
- A-3 AUPs Supported by RX3i CPE305/CPE310 Embedded Ethernet Interface
RX3i PROFINET
Brand: GE | Category: Control Unit
RX3i PROFINET
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- chapter 1 introduction
- Revisions in this Manual
- RX3i PROFINET Scanner Specifications
- RX3i PROFINET Scanner Controls and Indicators
- LEDs on the PROFINET Scanner Module
- PROFINET Communications
- Operations of the PROFINET Scanner
- PROFINET Redundant Media
- System Limits
- Supported Modules, Power Supplies and Backplanes
- Glossary
- Documentation
- Chapter 2 LED Operation and Connector Details
- status led
- Port LEDs
- firmware update
- Figure 3: IC695PNS001 LEDs
- Ethernet Network Ports
- SD Card Slot
- USB Port
- chapter 3 installation
- Pre-Installation Check
- Installation in Hazardous Areas
- Module Installation
- Replacing a PROFINET Scanner
- SFP Modules for Ethernet Ports
- Chapter 4 Configuration
- configuration tool
- Adding an IO-Device to a PROFINET LAN
- Configuring an RX3i PROFINET Scanner
- Figure 8: Select System Redundancy Parameters in PME
- Adding RX3i Modules
- Figure 10: Analog Module with Configurable Parameters
- Figure 11: Analog Module with Multiple Possible Option Settings
- Support for Analog Modules with HART Features
- Assigning Device Names
- After the Configuration is Stored to the PROFINET Controller
- Chapter 5 Operations
- Power-up
- I/O Scanning
- Data Coherency
- output control
- Hot Swap of I/O Modules
- Chapter 6 Diagnostics
- Configuration Faults
- version information
- Fatal Error Handling
- Connection Troubleshooting
- A-1 PROFINET Protocol Support
- A-3 Limitations