Features:
- 1 Mbyte battery-backed user memory for larger control projects
- 12K mixed discrete references and up to 8K analog I/O
- Three independent serial ports with in-system firmware upgrade capability
IC697CPX782 increases both retained memory and discrete capacity over the CPX772 while keeping the same single-slot CPX format.
The processor manages 12K mixed digital points for applications whose rack and remote I/O exceed the smaller CPU boundary.
Its applicable DD release preserves the behavior of earlier hardware while identifying an internal update.
The General Electric IC697CPX782 Series 90-70 96 MHz CPU with 1 Mbyte memory may remain available for quotation and installed-system support from Apter Power.
General Electric IC697CPX782 Series 90-70 96 MHz CPU with 1 Mbyte memory Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Provides reliable real-time control for automated machinery, production equipment, and manufacturing operations.
- Supports continuous monitoring, logic execution, and precise control of various industrial processes.
- Manages the sequencing and coordinated operation of conveyors, transfer equipment, and other material-handling systems.
- The CPU includes one RS-232 and two RS-485-compatible ports.
- Compatible DOS or Windows engineering software can connect through serial or Ethernet system options.
- Later firmware enables program load/store and datagram functions on the added serial channels.
- Seven front indicators report CPU, run, output-enable, memory, and port activity states.
- A three-position control selects run with outputs, run without outputs, or stop.
- The keyswitch provides local protection of stored application memory.
- One CPU can coordinate broad discrete interlocks and thousands of analog references.
- Multi-section production equipment can use the 12K mixed-point address space.
- Automated storage, retrieval, and conveyor zones can be distributed across supported racks and buses.