IC698CPE040 CPU或中央處理器是由GE發(fā)那科在GE RX7i PACSystem產(chǎn)品線中設(shè)計和制造的，它的功能盡可能強(qiáng)大。GE IC698CPE040 CPU以其快速的程序和應(yīng)用程序執(zhí)行速度，相當(dāng)大的內(nèi)存容量以及易于升級的能力而聞名。這種CPU可以使用很長時間，因為它可以容納升級，使其能夠跟上新技術(shù)和新的工業(yè)應(yīng)用需求。IC698CPE040 CPU設(shè)計用于RX7i pac系統(tǒng)PLC或可編程邏輯控制器。IC698CPE040 CPU的負(fù)載要求為:直流5v時為6.8安培，直流12v和- 12v時為0.003安培。

GE Fanuc RX7i PACSystem IC698CPE040 CPU的規(guī)格包括64mb用戶內(nèi)存和1800兆赫的額定處理器速度。這個CPU是Pentium-M CPU。它包括3個串行端口，它們都是獨(dú)立和隔離的，并且都可以從CPU前面的連接器訪問。其中兩個獨(dú)立的端口既可以用于對CPU進(jìn)行固件升級，也可以用于創(chuàng)建與外部設(shè)備的串行接口。第三個端口是以太網(wǎng)接口的工作站管理端口。IC698CPE040 CPU上的第一個固件端口是一個rs -232兼容端口，帶有指示燈，顯示該端口的活動指示。第二個固件端口是rs -485兼容的，它需要屏蔽電纜進(jìn)行連接。第三個端口與第一個固件端口一樣兼容rs -232。

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IC698CPE040是GE Fanuc為RX7i系列生產(chǎn)的1.8 MHz中央處理器。IC698CPE040采用奔騰M微處理器，裝載64 MB用戶內(nèi)存和64 MB用戶閃存。就像任何其他RX7i CPU一樣，IC698CPE040被配置為執(zhí)行設(shè)備、過程和材料處理結(jié)構(gòu)的實時控制。機(jī)架安裝背板通過VME64標(biāo)準(zhǔn)格式促進(jìn)IC698CPE040、I/O和智能選件模塊之間的通信。

嵌入式以太網(wǎng)端口方便了IC698CPE040、編程器和不同HMI設(shè)備之間的通信。通電后，IC698CPE040會進(jìn)行常規(guī)自診斷檢查。在初始化過程中，LED燈按順序打開和關(guān)閉。初始化結(jié)束后，OK LED燈將會閃爍，然后亮起。RAM存儲器由鋰電池組IC698ACC701保護(hù)。

為避免記憶喪失，日常維護(hù)程序應(yīng)包括鋰電池組的定期更換。除了維護(hù)程序和數(shù)據(jù)存儲，鋰電池還可以在斷電時運(yùn)行日歷時鐘。這IC698CPE040CPU提供了許多重要的功能，包括使用任意數(shù)量用戶內(nèi)存的自動定位符號變量、VME模塊支持、允許用戶即使在程序運(yùn)行時也能輕松測試修改的測試編輯模式、位字引用以及三個不同的串行端口。CPU和模塊固件可以通過CPU的RS-232或RS-485串行端口上的Win loader進(jìn)行升級。

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The IC698CPE040 CPU, or central processing unit, is designed and manufactured by GE Fanuc in the GE RX7i PACSystem product line to be as powerful as possible. The GE IC698CPE040 CPU is known for its fast program and application execution speed, considerable memory capacity, and the ability to upgrade easily. This CPU can last a long time because it can accommodate upgrades, allowing it to keep up with new technologies and new industrial application demands. The IC698CPE040 CPU is designed for use with an RX7i pac system PLC or programmable logic controller. The load requirements for the IC698CPE040 CPU are 6.8 amps at 5v DC and 0.003 amps at 12v DC and -12 V DC.

The specifications of the GE Fanuc RX7i PACSystem IC698CPE040 CPU include 64mb of user memory and a rated processor speed of 1800 MHZ. This CPU is a Pentium-M CPU. It consists of 3 serial ports, all of which are independent and isolated, and all accessible from the connector on the front of the CPU. Two of these separate ports can be used either to perform firmware upgrades to the CPU or to create serial interfaces with external devices. The third port is the workstation management port of the Ethernet interface. The first firmware port on the IC698CPE040 CPU is an rs-232 compatible port with an indicator indicating the activity of that port. The second firmware port is rs-485 compatible and requires a shielded cable for connection. The third port is as compatible with rs-232 as the first firmware port.

The IC698CPE040 is a 1.8 MHz CPU produced by GE Fanuc for the RX7i series. The IC698CPE040 uses a Pentium M microprocessor with 64 MB of user memory and 64 MB of user flash memory. Just like any other RX7i CPU, the IC698CPE040 is configured to perform real-time control of devices, processes, and material handling structures. The rack-mount backplane facilitates communication between IC698CPE040, I/O, and intelligent option modules through the VME64 standard format.

The embedded Ethernet port facilitates communication between the IC698CPE040, the programmer, and different HMI devices. When powered on, the IC698CPE040 performs routine self-diagnostic tests. During initialization, the LED lights turn on and off sequentially. After initialization, the OK LED light will flash and then light up. The RAM memory is protected by the lithium battery pack IC698ACC701.

To avoid memory loss, routine maintenance procedures should include regular replacement of the lithium battery pack. In addition to maintaining programs and data storage, lithium batteries can also run a calendar clock during power outages. The IC698CPE040CPU provides a number of important features, including automatic positioning of symbol variables using any amount of user memory, VME module support, a test edit mode that allows users to easily test modifications even while the program is running, bit word references, and three different serial ports. The CPU and module firmware can be upgraded via Win loader on the RS-232 or RS-485 serial port of the CPU.

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