IC695CPU320HU GE PACSystems RX3i控制器 用于工业机器和过程的有效控制

IC695CPU320是阿格发那科/艾默生自动化控制器模块。该模块属于PACSystems RX3i控制器平台。该控制器可用于工业机器和过程的有效控制。它通过外设部件互连(PCI)插槽实现高速数据传输，并支持用于90-30系列I/O系统迁移的串行背板。

IC695CPU320内置两个通信端口，支持RS232和RS485通信标准。这些通信端口使用90系列协议(SNP)从模式与编程工作站、人机界面(HMI)、监控和数据采集(SCADA)系统通信。该控制器可以安装在目录号为IC695CHS012的Rx3i 12插槽通用背板和目录号为IC695CHS016的Rx3i 16插槽通用背板中。

IC695CPU320内置赛扬M处理器，处理速度为1GHz。它包含65兆字节的用户存储器，内容由目录号分别为IC695ACC302和IC693ACC302的锂智能电池系列90-30辅助电池模块保存。此外，它还有64兆字节的非易失性闪存用户存储器。此外，这些用户存储器支持数据和程序存储器的自定义大小的重新分配。它支持多达512个程序块，其中单个程序块的大小为128 KB。

IC695CPU320支持大多数90-30系列PLC I/O模块。此功能提供了灵活性，在将传统的90-30系列升级到现代PACSystems RX3i控制器平台时尤其有用和有益。这允许分阶段迁移，其中首先迁移现有90-30 PLC的控制器和逻辑，然后是I/O模块。PACSystem RX3i支持固件修改。

可以为IC695CPU320模块订购各种附件，包括像IC200CBL001电缆这样的RS-232电缆，像IC695ACC302电池这样的智能锂电池，像IC693ACC302模块这样的阿格系列90-30辅助电池模块，额定120到240伏交流电、125伏DC和40瓦的标准电源。

GE Fanuc IC695CPU320模块能够在0.047毫秒内执行1000条布尔指令。该模块支持512个程序块。程序块的大小是128千字节。模块上提供了两个嵌入式通信端口，即RS-485和RS-232端口。支持的串行协议包括SNP、串行I/O和Modbus RTU从协议。

IC695CPU320模块通过串口使用SNP从协议与编程器和人机界面通信。该模块通过双背板总线与智能选项模块和I/O通信。环境规格包括0到60摄氏度的工作温度范围。IC695CPU320模块支持串行背板总线和RX3i背板总线，在3.3伏DC下从背板获取1安培电流，在5伏DC下从背板获取1.2安培电流。前面板上有六个led指示灯，用于模块状态更新。

The IC695CPU320 is a GE Fanuc / Emerson Automation controller module. This module belongs to the PACSystems RX3i controller platform. This controller may be used for efficient controlling of industrial machines and processes. It features High-speed data transfer via the Peripheral Component Interconnect (PCI) slot and supports serial backplane for migration of Series 90-30 I/O systems.

The IC695CPU320 has built-in Two (2) communication ports that supports RS232 and RS485 communication standard. These communication ports communicate with programming workstations, Human Machine Interface (HMI), Supervisory Control and Data Acquisition (SCADA) systems using the Series Ninety Protocol (SNP) slave mode. This controller may be installed in Rx3i 12 Slot Universal Backplane with catalog number IC695CHS012 and Rx3i 16 Slot Universal Backplane with catalog number IC695CHS016.

The IC695CPU320 has an internal Celeron M processor with processing speed of 1GHz. It contains 65 Mbytes of user memory with contents retained by a Lithium Smart Battery Series 90-30 Auxiliary Battery Module with catalog number IC695ACC302 and IC693ACC302, respectively. Additionally, it has 64 Mbytes of non-volatile flash user memory. Furthermore, these user memories support re-allocation for custom size of data and program memory. It supports up to 512 program blocks wherein a single block may have a maximum size of 128 KB.

The IC695CPU320 supports majority of series 90-30 PLC I/O modules. This feature provides flexibility that is especially useful and beneficial in upgrading the legacy 90-30 series to the modern PACSystems RX3i controller platforms. This allows a phased migration, wherein the controllers and logic of the existing 90-30 PLCs are migrated first, followed by the I/O modules. The PACSystem RX3i supports firmware modification.

Various accessories can be ordered for the IC695CPU320 module, including an RS-232 cable like the IC200CBL001 cable, a smart lithium battery like the IC695ACC302 battery, a GE Series 90-30 auxiliary battery module like the IC693ACC302 module, standard power supplies rated at 120 to 240 Volts AC, 125 Volts DC, and 40 Watts.

The GE Fanuc IC695CPU320 module is capable of executing 1000 Boolean instructions in 0.047 milliseconds. The module supports 512 program blocks. The maximum size of a program block is 128 kilobytes. Two embedded communications ports are provided on the module which are the RS-485 and RS-232 ports. The serial protocols that are supported include the SNP, Serial I/O, and Modbus RTU slave protocols.

The IC695CPU320 module communicates with a programmer and an HMI through the serial port by using the SNP slave protocol. The module communicates with smart options modules and I/O over the dual backplane bus. The environmental specifications include a 0 to 60 degrees Celsius operating temperature range. The IC695CPU320 module is supports both a serial backplane bus and an RX3i backplane bus and it draws 1 Amp of current at 3.3 Volts DC from the backplane and 1.2 Amps of current at 5 Volts DC from the backplane. Six LEDs are provided on the front panel for module status updates.