Technical specification
Product model: IC697CPU772RR
Module type: scalable floating-point CPU
Number of slots: 1 (single slot)
Required current: 1.2 amps
Points: 2K input and output (any mix)
Support: IC660/IC661 I/O and IC697 I/O
Technical specification
Product model: IC697CPU772RR
Module type: scalable floating-point CPU
Number of slots: 1 (single slot)
Required current: 1.2 amps
Points: 2K input and output (any mix)
Support: IC660/IC661 I/O and IC697 I/O
Product description
The IC697CPU772RR is a single slot PLC CPU with expandable memory manufactured by GE Automation and Controls. It enables real-time control of industrial machinery and processes. The rack-mounted backplane is used to communicate with various I/O modules. The IC697CPU772 has a 12MHz 80C186 microprocessor and is capable of performing floating-point calculations at 0.4 microseconds per Boolean function. The device supports analog I/O up to 8K, as well as any mix of 2K inputs and outputs.
In addition to the IC697 LAN interface module, IC660/IC661 bus controller module and link interface module, the device also supports a variety of coprocessors and communication modules. The device also supports all discrete and analog I/O modules of the IC697 family.
The IC697CPU772RR is configured and programmed by software running from the connected computer. This device does not need to be configured with dual in-line package switches and jumpers. Devices can be programmed using MS-DOS or programs running on Win 95 or Win NT via serial, parallel, or Ethernet connections.
Peripheral expansion: Add more peripheral ports, such as USB, serial ports, and network ports, to the CPU module by adding interface cards and expansion slots.
Software enhancement: The software functions of the CPU module are enhanced by upgrading the operating system, installing drivers, and developing dedicated software to improve its performance or add new functions.
Firmware upgrade: Updates the BIOS firmware or microcode of a CPU module to optimize its performance, fix vulnerabilities, or add new features.
Hardware upgrade: Improves the hardware performance of CPU modules by replacing more powerful processors, adding memory, and expanding storage capacity to meet more complex computing requirements.
Network extension: Improve the network connection capability of CPU modules by adding network interface cards and expanding network bandwidth to support more network applications.
