About GE Fanuc RX7i PacSystem
Apr. 7, 2023
The RX7i PACSystem is part of GE’s Programmable Controller products, particularly the PACSystem controller environment. This series is especially designed for large and more complex applications with support for higher density of I/O points.
This PACSystem series are high-performing Programmable Automation Controllers (PACs), primarily intended to increase plant productivity by increasing machine uptime, openness to allows communication with controller hardware such as 3rd party systems, and Flexibility as this PACsystem series are highly scalable and modular, that supports stand-alone or Distributed I/O architecture.
The RX7i PACSystem is configured using the CIMPLICITY Machine Edition Programming software which features configuration and programming functions as well as commissioning tools such as online editing and I/O forcing. This same programming software may be designed to provide detailed and advanced diagnostics that may be used by the system maintenance team in performing hardware services.
The RX7i PACSystem features a set of high-performance Controllers that are equipped with Central Processing Units (CPU) that are Intel Celeron based with 300MHz frequency and Pentium III based with 700 mHz frequency. These CPUs enables fast execution of logic and data. This same CPUs are designed in compatibility with an increased memory capacity and newer incoming technologies.
Each RX7i PACSystems controller features an embedded Dual Ethernet communication interface that supports 10/100 mbps transmission speed with auto-negotiation function. These ports functions as auto-sensing switch that may be used for uploading, downloading and establishing online connection to the controller. The same communication ports may also be used to communicate with Human Machine Interfaces (HMI), Supervisory Control and Data Acquisition (SCADA) and Distributed Control Systems (DCS). Additionally, due to the RX7i PACSystems support for Open connectivity, the same communication port allows integration to 3rd party devices such as OLE for Process Controls (OPC) servers, data bases and analysis software applications. The integrated Ethernet communication port has a built-in webserver which may be used to remotely monitor the RX7i PACSystems remotely with the use of a standard Web Browser.
This PACSystem series are high-performing Programmable Automation Controllers (PACs), primarily intended to increase plant productivity by increasing machine uptime, openness to allows communication with controller hardware such as 3rd party systems, and Flexibility as this PACsystem series are highly scalable and modular, that supports stand-alone or Distributed I/O architecture.
The RX7i PACSystem is configured using the CIMPLICITY Machine Edition Programming software which features configuration and programming functions as well as commissioning tools such as online editing and I/O forcing. This same programming software may be designed to provide detailed and advanced diagnostics that may be used by the system maintenance team in performing hardware services.
The RX7i PACSystem features a set of high-performance Controllers that are equipped with Central Processing Units (CPU) that are Intel Celeron based with 300MHz frequency and Pentium III based with 700 mHz frequency. These CPUs enables fast execution of logic and data. This same CPUs are designed in compatibility with an increased memory capacity and newer incoming technologies.
Each RX7i PACSystems controller features an embedded Dual Ethernet communication interface that supports 10/100 mbps transmission speed with auto-negotiation function. These ports functions as auto-sensing switch that may be used for uploading, downloading and establishing online connection to the controller. The same communication ports may also be used to communicate with Human Machine Interfaces (HMI), Supervisory Control and Data Acquisition (SCADA) and Distributed Control Systems (DCS). Additionally, due to the RX7i PACSystems support for Open connectivity, the same communication port allows integration to 3rd party devices such as OLE for Process Controls (OPC) servers, data bases and analysis software applications. The integrated Ethernet communication port has a built-in webserver which may be used to remotely monitor the RX7i PACSystems remotely with the use of a standard Web Browser.
MODEL RECOMMENDATIONS
| UR8RH | IC695PBM300 |
| UR6AH | IS210AEDBH4AGD |
| UR7JH | IS200AEADH4ADA |
| UR7JV | MV3013-4001A |
| UR8AH | IS200REBFH1BBA |
| UR8FV | IS210AEBIH3BED |
| URRHV | CM400RGICH1ACB |
| UR9CH | CM400RGACH1AEC |
| UR1HH | CM400RGICH1AAA |
| F650BABF2G1HI | CM400RGACH2AEC |
| F650BFCF2G1HI | CM400RGACH2ACB |