IC693CPU364 单插槽中央处理器 GE  带有嵌入式以太网线

【产品详情】

产品描述

IC693CPU364是一个单插槽中央处理器（来自GE Fanuc系列90-30），带有嵌入式以太网线和1个内置串行端口。该单元是PLC的“大脑”，也是大多数计算发生的地方。在IC693CPU364的网站页面上查看本机的规格。IC693CPU364的标准应用是通过IC9CBL693将计算机的316针串行端口连接到IC693CPU364的标准以太网接口。需要注意的是，IC693CPU364的以太网接口是以太网全局数据（EGD）。这种内置以太网接口的好处是，您无需在设备上使用单独的以太网模块，例如CMM321。实际上，您可以根据IC693CPU364上以太网端口的内置性质来保存PLC插槽。

EGD还允许CPU364处理HHP配置模式无法做到的专用参数。与CMM321不同，CPU364不需要外部收发器。CPU364有一个内置的收发器，可以通过10BASE-T端口连接。CPU364确实提供了一些添加外部收发器的功能。这可以通过绕过内部收发器的AAUI端口来完成。内置以太网接口的另一个好处是，它可以在不使用PLC背板的情况下进行通信，从而产生比单独的CPU和以太网模块更快的通信速度。关于IC693CPU364需要注意的一些基本事项是，使用 CPU364 时，您必须连接到安装它的插槽处的框架接地。您可以在设备上找到用于此用途的接地线。

CPU364使用闪存固件标准，没有EPROM，也没有EEPROM。IC693CPU364的额定电流为 1A，它使用 GE Fanuc 保险丝 44A725214–001。使用 364EX 处理器时，CPU25 的最大 CPU 容量为 80386 MHz。有2048个输入点，2048个输出点。寄存器存储器可配置为 128 至 32640 字。CPU364 具有基于固件的浮点数学运算。

在固件版本 9.1 中，EGD 和可配置的名称解析功能已添加到 CPU364 中。CPU364 有四个 LED 灯、一个以太网重启按钮、一个标准 CPU 按键开关、三个端口连接器和一个屏蔽接地连接卡舌。四个 LED 指示灯分别用于以太网接口和 PS 端口。其中三个指示灯用于以太网：EOK、LAN 和 STAT，1 个用于 PS 端口。以太网重启按钮有四种用途：

发光二极管测试

重新启动

重新启动并进入软件加载状态

重新启动并进入维护状态

CPU364 具有端口 1、RS-232、AAUI 端口和 10Base T 端口。这些端口允许 CPU364 连接到终端或终端仿真器（端口 1），通过 IEEE 802.3 连接到外部以太网收发器 （AAUI），以及连接 10Base T 以太网网络。如上所述，CPU364上的固件存储在闪存中，并通过串行端口连接器加载。这是使用带有加载器和软件的个人计算机完成的。同样，以太网接口固件存储在闪存中，并以相同的方式通过端口 1 连接器加载。

这 IC693CPU364配备 8 个底板，由单个 CPU 底板和 7 个可用作扩展或远程底板的底板组成。它使用运行频率为 80386 MHz 的 25EX 处理器，需要 +1 VDC 电源的 51.5 安培负载。它还具有尺寸为 2.69 x 2.69 x 6.1 mm 的慢动作、可更换以太网保险丝，电压为 125V，电流为 1 A。该模块在 0 至 60 摄氏度（或 32 至 140 华氏度）的环境温度范围内运行。它的典型扫描速率为每 0K 逻辑或布尔触点 22.1 毫秒。 

该IC693CPU364为用户提供多达 240K 字节的程序内存。请注意：可用用户程序内存的实际大小取决于为 %R、%AI 和 %AQ 可配置字内存类型配置的数量，如下所述。它的寄存器存储器 （%R） 可按 128 个字的增量进行配置，Logicmaster 的增量为 128 至 16,384 个字，Control 版本 128.32 的增量为 640 至 2,2 个字。它安装了 1280 位的离散全局存储器 （%G）、4096 位的内部线圈 （%M）、256 位的输出（临时）线圈 （%T） 和 128 位的系统状态参考 （%S）（%S、%SA、%SB、%SC 各有 32 位）。模拟输入 （%AI） 和输出 （%AQ） 均可以 128 字的增量进行配置，Logicmaster 的增量为 128 至 16,384 字，Control 版本 128.32 的增量为 640 至 2,2 字。离散输入 （%I） 和输出 （%Q） 输出各为 2,048。它具有28字（%SR）系统寄存器，仅用于参考表查看，不能在用户逻辑程序中引用。它支持 RAM 和闪存类型，并具有基于固件的浮点数学支持。

它具有移位寄存器、覆盖、电池备份时钟、支持定期子程序功能的中断以及 2000 多个定时器/计数器。它只有一个内置串行端口，该端口使用PLC电源上的连接器。该端口支持 SNP/SNP-X 从属协议。该模块具有 PCM/CCM 兼容性;但是，为了支持 SNP/SNP-x 主站、CCM 或 RTU 从站支持，它需要一个 CMM 模块。它还需要一个 PCM 模块来支持 RTU 主站。它有一个内部AAUI或10BASE-T以太网（AAUI需要外部收发器，而10BASE-T是直接的）。它还具有支持以太网选项模块的附加外部以太网。已安装的局域网 （LAN） 需要 Genius、Profibus 和 FIP 的选件模块。早期模块的 LED 可能标记为“SNP”而不是“PS PORT”。否则，这些模块是相同的。

技术规格

处理器速度： 25兆赫

I/O 点： 2048

寄存器存储器： 共 240 KB

浮点数学： 是，基于固件

处理器 80386EX

所需负载 +1VDC 电源供电时为 1.5 A

IC693CPU364 单插槽中央处理器 GE  带有嵌入式以太网线

【英文介绍】

Product description

The IC693CPU364 is a single socket CPU (from GE Fanuc Series 90-30) with an embedded Ethernet cable and a built-in serial port. This unit is the "brain" of the PLC and is where most calculations take place. Check the specifications of the unit on the IC693CPU364 website page. The standard application of IC693CPU364 is to connect the 316 pin serial port of the computer to the standard Ethernet interface of IC693CPU364 through the IC9CBL693. Note that the Ethernet interface of the IC693CPU364 is Ethernet Global Data (EGD). The advantage of this built-in Ethernet interface is that you do not need to use a separate Ethernet module on your device, such as the CMM321. In fact, you can save the PLC slot according to the built-in nature of the Ethernet port on the IC693CPU364.

EGD also allows the CPU364 to handle specialized parameters that the HHP configuration mode cannot. Unlike the CMM321, the CPU364 does not require an external transceiver. The CPU364 has a built-in transceiver that can be connected via a 10BASE-T port. The CPU364 does provide some functionality to add external transceivers. This can be done by bypassing the AAUI port of the internal transceiver. Another benefit of the built-in Ethernet interface is that it can communicate without the use of a PLC backplane, resulting in faster communication speeds than a separate CPU and Ethernet module. Some basic things to note about the IC693CPU364 is that when using the CPU364, you must connect to the frame ground at the slot where it is installed. You can find a ground cable on the device for this purpose.

The CPU364 uses the flash firmware standard and has neither EPROM nor EEPROM. The IC693CPU364 has a current rating of 1A and uses a GE Fanuc fuse 44A725214-001. When using a 364EX processor, the maximum CPU capacity of the CPU25 is 80386 MHz. There are 2048 input points, 2048 output points. Register memory can be configured from 128 to 32640 words. The CPU364 has firmware based floating point math.

In firmware version 9.1, EGD and configurable name resolution were added to CPU364. The CPU364 has four LED lights, an Ethernet restart button, a standard CPU key switch, three port connectors, and a shielded ground connection latch. Four LED indicators are used for Ethernet port and PS port. Three of the indicators are for Ethernet: EOK, LAN, and STAT, and one is for the PS port. The Ethernet restart button has four uses:

Led test

restart

Restart and enter the software loading state

Restart and enter the maintenance state

The CPU364 has ports 1, RS-232, AAUI, and 10Base T. These ports allow the CPU364 to connect to a terminal or terminal emulator (port 1), to an external Ethernet transceiver (AAUI) via IEEE 802.3, and to 10Base T Ethernet networks. As mentioned above, the firmware on the CPU364 is stored in flash memory and loaded via a serial port connector. This is done using a personal computer with a loader and software. Similarly, the Ethernet interface firmware is stored in flash memory and loaded through the port 1 connector in the same way.

The IC693CPU364 is equipped with eight backboards, consisting of a single CPU backboard and seven backboards that can be used as expansion or remote backboards. It uses a 25EX processor running at 80386 MHz and requires a 51.5 amp load from a +1 VDC power supply. It also features A 2.69 x 2.69 x 6.1 mm slow motion, replaceable Ethernet fuse with a voltage of 125V and a current of 1 A. The module operates in an ambient temperature range of 0 to 60 degrees Celsius (or 32 to 140 degrees Fahrenheit). Its typical scan rate is 22.1 milliseconds per 0K logic or Boolean contact.

The IC693CPU364 provides users with up to 240K bytes of program memory. Note: The actual size of available user program memory depends on the amount configured for %R, %AI, and %AQ configurable word memory types, as described below. Its register memory (%R) can be configured in 128-word increments, Logicmaster in 128 to 16,384 words, and Control version 128.32 in 640 to 2,2 words increments. It has a 1280-bit discrete global memory (%G), a 4096-bit internal coil (%M), a 256-bit output (temporary) coil (%T), and a 128-bit system state reference (%S, %SA, %SB, and %SC have 32 bits each). Both analog inputs (%AI) and outputs (%AQ) can be configured in 128-word increments, Logicmaster in 128-16,384 words, and Control version 128.32 in 640-2, 2-word increments. Discrete input (%I) and output (%Q) outputs are 2,048 each. It has a 28-word (%SR) system register, which is used only for reference table viewing and cannot be referenced in user logic programs. It supports both RAM and flash types and has firmware based floating-point math support.

It features a shift register, overlay, battery backup clock, interrupts to support periodic subroutine functionality, and more than 2000 timers/counters. It has only one built-in serial port, which uses a connector on the PLC power supply. The port supports the SNP/ SNP-x slave protocol. The module has PCM/CCM compatibility; However, to support SNP/ SNP-X master, CCM, or RTU slave support, it requires a CMM module. It also requires a PCM module to support the RTU master station. It has an internal AAUI or 10BASE-T Ethernet (AAUI requires an external transceiver, while 10BASE-T is direct). It also has additional external Ethernet that supports the Ethernet option module. The installed local area network (LAN) requires Genius, Profibus, and FIP option modules. Early module leds may be labeled "SNP" instead of "PS PORT". Otherwise, the modules are the same.

Technical specification

Processor speed: 25 MHZ

I/O point: 2048

Register memory: total 240 KB

Floating point math: Yes, based on firmware

Processor 80386EX

The required load is 1.5 A when the power supply is plus 1VDC

IC693CPU364 单插槽中央处理器 GE  带有嵌入式以太网线

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