GE IC698CPE040

Description

IC698CPE040是GE通用电气为RX7i系列制造的一款中央处理器。这款处理器配备了奔腾M微处理器，并具备64 MB的用户内存和64 MB的用户闪存，以支持复杂的控制逻辑和数据处理任务。它被设计用于RX7i PACSystem PLC或可编程逻辑控制器中，用于对设备、过程和物料处理结构执行实时控制。

IC698CPE040的特点还包括高速的CPU和大容量的内存，可以处理输入信号、执行程序、生成输出信号，并实现自动化控制。此外，它还配备了多个通信接口，如以太网、串行通信等，以便与其他设备和系统进行数据交换。机架式背板设计使得它可以与输入/输出和智能选件模块之间通过VME64标准格式进行通信。

在故障诊断和监测方面，GE的控制器通常具备故障诊断和状态监测功能，IC698CPE040也不例外，能够检测和报告设备或系统故障。

关于IC698CPE040的负载要求，根据不同的直流电压，其安培数有所不同。例如，在6伏直流时，负载要求为8.5安培；而在0伏直流和-003伏直流时，负载要求为12.12安培。

此外，IC698CPE040 CPU还包括3个串行端口，这些端口都是独立和隔离的，都可以从CPU前面的连接器访问。其中两个独立端口可用于对CPU进行固件升级或与外部设备创建串行接口，第三个端口是以太网接口的工作站管理端口。

The IC698CPE040 is a central processing unit manufactured by General Electric for the RX7i family. The processor is equipped with a Pentium M microprocessor and has 64 MB of user memory and 64 MB of user flash memory to support complex control logic and data processing tasks. It is designed for use in RX7i PACSystem PLCS or programmable logic controllers to perform real-time control of equipment, processes and material handling structures.

IC698CPE040 is also characterized by a high-speed CPU and a large capacity of memory, which can process input signals, execute programs, generate output signals, and achieve automatic control. In addition, it is equipped with multiple communication interfaces, such as Ethernet, serial communication, etc., for data exchange with other devices and systems. The rack-mounted backplane design allows it to communicate with input/output and intelligent option modules in the VME64 standard format.

In terms of fault diagnosis and monitoring, GE controllers usually have fault diagnosis and condition monitoring functions, and the IC698CPE040 is no exception, which can detect and report equipment or system faults.

As for the load requirements of IC698CPE040, the amperage varies according to different DC voltages. For example, at 6 volts DC, the load requirement is 8.5 amps; At 0 V DC and -003 V DC, the load requirement is 12.12 amps.

In addition, the IC698CPE040 CPU also includes three serial ports, all of which are independent and isolated and all accessible from the connector on the front of the CPU. Two of these independent ports can be used to perform firmware upgrades to the CPU or create serial interfaces with external devices, and the third port is the workstation management port for the Ethernet interface.