IC695CRU320 GE CPU模块 冗余处理器

兼容性：PACS系统RX3i

产品类型：CPU模块

零件编号：IC695CRU320

系列：RX3i Pac系统

电源要求：1.3伏直流电时为3安培,1 伏直流电时为2.5安培

最大程序块数：512

工作温度：0至60摄氏度

IC695CRU320

IC695CRU320有两个独立的串行端口和一个英特尔赛扬-M微处理器。它的64MB非易失性闪存补充了64MB电池供电的随机存取存储器(RAM)。IC695CRU320还支持本地和远程扩展机架。CPU采用串行背板设计，与90-30系列I/O产品系列中的扩展模块(但不是主机架)兼容。IC695CRU320使用Proficy Machine Edition，通用于所有GE Fanuc控制器的开发环境。

IC695CRU320是PACSystems RX3i产品系列中的一款冗余处理器。该处理器由GE FanuclEmerson automaton制造，归类为可编程自动化控制器―(PAC).

IC695CRU320特别适用于冗余或热备用配置。通过这种控制器配置，可用性显著提高。两(2)个控制器机架，具有与主(主用)和辅助（备用)机架类似的配置功能。当单个机架发生故障时，主要是由于C695CRUS320检测到的错误或C95CRU320处理器本身的错误，活动控制器职责会自动转移到韩助(备用)。辅助机架成为主机架，故障机架转移到辅助机架。此外，还可以手动切换。

控制器切换在最多1次逻辑扫描中执行，最短切换时间为3.133毫秒。它支持多达IC695RMX128228个同步链路，并能够传输多达2MB的数据。该控制器采用具有1GHz处理速度和64MB用户内存的赛扬M处理器，非常适合用于具有更高关键水平的大型复杂应用。此外，该处理器最多可保存512个程序块，每个程序块大小可达128 KB.

IC695CRU320 处理器安装在RX3i背板上，直接安装到外围组件互连―(PCI)插槽。与总线的其他模块连接也通过PCI22或更高版本。此PCI插槽可在背板内快速传输和共享数据。该IC695CRU320还支持用于分阶段迁移的90-30系列IO模块。

GE FanuclC695CRU320 CPU的当前要求是1安培(3.3伏直流电)和1.2安培(5伏直流电)。模块上有两个集成串行端口，分别支持RS-232和RS-485通信。最多可配置512个程序块，其中每个块最大支持128kB。额定闪存耐久性额定值至少为10000 次写入擦除周期。切换时间最短为3.133毫沙，最长为1次逻辑扫描。一次最多可以传输2MB的数据量。IC595CRU320CPU最多支持两个IC695RMX128228同步链路以实现冗余。IC6595CRU320CPU的编程可以用梯形图、C和功能块图语言完成。通过基于机架的以太网通信模块支持以太网通信。

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IC695CRU320 GE CPU模块 冗余处理器

Compatibility: PACS system RX3i

Product type: CPU module

Part number: IC695CRU320

Series: RX3i Pac system

Power requirements: 3 amps at 1.3 volts DC, 2.5 amps at 1 volt DC

Maximum number of program blocks: 512

Operating temperature: 0 to 60 degrees Celsius

IC695CRU320

The IC695CRU320 has two separate serial ports and an Intel Celeron-M microprocessor. Its 64MB non-volatile flash memory complements 64MB of battery-powered random access memory (RAM). The IC695CRU320 also supports local and remote extension racks. The CPU uses a serial backplane design that is compatible with the expansion modules (but not the mainframe) in the 90-30 series I/O product family. The IC695CRU320 uses Proficy Machine Edition and is used in all GE Fanuc controller development environments.

The IC695CRU320 is a redundant processor in the PACSystems RX3i product family. The processor is manufactured by GE FanuclEmerson automaton and is classified as a Programmable Automation Controller - (PAC).

The IC695CRU320 is particularly suitable for redundant or hot standby configurations. With this controller configuration, availability is significantly improved. Two (2) controller racks with similar configuration functions as the primary (primary) and secondary (standby) racks. When a single rack fails, mainly due to an error detected by the C695CRUS320 or an error by the C95CRU320 processor itself, the active controller responsibilities are automatically transferred to Hansuke (standby). The auxiliary rack becomes the host rack, and the faulty rack is transferred to the auxiliary rack. In addition, it can be switched manually.

Controller switching is performed in a maximum of one logical scan with a minimum switching time of 3.133 ms. It supports up to IC695RMX128228 synchronous links and is capable of transferring up to 2MB of data. The controller features a Celeron M processor with 1GHz processing speed and 64MB of user memory, making it ideal for large, complex applications with higher critical levels. In addition, the processor can store up to 512 program blocks, each up to 128 KB in size.

The IC695CRU320 processor is installed on the RX3i backplane directly into the Peripheral Component Interconnect - (PCI) slot. Connections to other modules of the bus are also made through PCI22 or later. This PCI slot enables fast transfer and sharing of data within the backplane. The IC695CRU320 also supports the 90-30 Series IO modules for phased migration.

The current requirements for the GE FanuclC695CRU320 CPU are 1 amp (3.3 volts DC) and 1.2 amp (5 volts DC). There are two integrated serial ports on the module, which support RS-232 and RS-485 communication. A maximum of 512 program blocks can be configured. Each block supports a maximum of 128kB. The rated flash durability rating is at least 10,000 write erase cycles. The minimum switching time is 3.133 MSA, and the maximum switching time is 1 logical scan. Up to 2MB of data can be transferred at a time. The IC595CRU320CPU supports up to two IC695RMX128228 synchronous links for redundancy. Programming of the IC6595CRU320CPU can be done in ladder diagram, C and function block diagram languages. Ethernet communication is supported through a rack-based Ethernet communication module.

Main brand

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